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Edit File : gen_stub.php \| Size : 163.30 KB
#!/usr/bin/env php <?php declare(strict_types=1); use PhpParser\Comment\Doc as DocComment; use PhpParser\ConstExprEvaluator; use PhpParser\Node; use PhpParser\Node\Expr; use PhpParser\Node\Name; use PhpParser\Node\Stmt; use PhpParser\Node\Stmt\Class_; use PhpParser\Node\Stmt\Enum_; use PhpParser\Node\Stmt\Interface_; use PhpParser\Node\Stmt\Trait_; use PhpParser\PrettyPrinter\Standard; use PhpParser\PrettyPrinterAbstract; error_reporting(E_ALL); ini_set("precision", "-1"); const PHP_70_VERSION_ID = 70000; const PHP_80_VERSION_ID = 80000; const PHP_81_VERSION_ID = 80100; const PHP_82_VERSION_ID = 80200; const ALL_PHP_VERSION_IDS = [PHP_70_VERSION_ID, PHP_80_VERSION_ID, PHP_81_VERSION_ID, PHP_82_VERSION_ID]; /** * @return FileInfo[] / function processDirectory(string $dir, Context $context): array { $pathNames = []; $it = new RecursiveIteratorIterator( new RecursiveDirectoryIterator($dir), RecursiveIteratorIterator::LEAVES_ONLY ); foreach ($it as $file) { $pathName = $file->getPathName(); if (preg_match('/\.stub\.php$/', $pathName)) { $pathNames[] = $pathName; } } // Make sure stub files are processed in a predictable, system-independent order. sort($pathNames); $fileInfos = []; foreach ($pathNames as $pathName) { $fileInfo = processStubFile($pathName, $context); if ($fileInfo) { $fileInfos[] = $fileInfo; } } return $fileInfos; } function processStubFile(string $stubFile, Context $context, bool $includeOnly = false): ?FileInfo { try { if (!file_exists($stubFile)) { throw new Exception("File $stubFile does not exist"); } if (!$includeOnly) { $stubFilenameWithoutExtension = str_replace(".stub.php", "", $stubFile); $arginfoFile = "{$stubFilenameWithoutExtension}_arginfo.h"; $legacyFile = "{$stubFilenameWithoutExtension}_legacy_arginfo.h"; $stubCode = file_get_contents($stubFile); $stubHash = computeStubHash($stubCode); $oldStubHash = extractStubHash($arginfoFile); if ($stubHash === $oldStubHash && !$context->forceParse) { / Stub file did not change, do not regenerate. / return null; } } if (!$fileInfo = $context->parsedFiles[$stubFile] ?? null) { initPhpParser(); $fileInfo = parseStubFile($stubCode ?? file_get_contents($stubFile)); $context->parsedFiles[$stubFile] = $fileInfo; foreach ($fileInfo->dependencies as $dependency) { // TODO add header search path for extensions? $prefixes = [dirname($stubFile) . "/", dirname(__DIR__) . "/"]; foreach ($prefixes as $prefix) { $depFile = $prefix . $dependency; if (file_exists($depFile)) { break; } $depFile = null; } if (!$depFile) { throw new Exception("File $stubFile includes a file $dependency which does not exist"); } processStubFile($depFile, $context, true); } $constInfos = $fileInfo->getAllConstInfos(); $context->allConstInfos = array_merge($context->allConstInfos, $constInfos); } if ($includeOnly) { return $fileInfo; } $arginfoCode = generateArgInfoCode( basename($stubFilenameWithoutExtension), $fileInfo, $context->allConstInfos, $stubHash ); if (($context->forceRegeneration \|\| $stubHash !== $oldStubHash) && file_put_contents($arginfoFile, $arginfoCode)) { echo "Saved $arginfoFile\n"; } if ($fileInfo->generateLegacyArginfoForPhpVersionId !== null && $fileInfo->generateLegacyArginfoForPhpVersionId < PHP_80_VERSION_ID) { $legacyFileInfo = clone $fileInfo; foreach ($legacyFileInfo->getAllFuncInfos() as $funcInfo) { $funcInfo->discardInfoForOldPhpVersions(); } foreach ($legacyFileInfo->getAllConstInfos() as $constInfo) { $constInfo->discardInfoForOldPhpVersions(); } foreach ($legacyFileInfo->getAllPropertyInfos() as $propertyInfo) { $propertyInfo->discardInfoForOldPhpVersions(); } $arginfoCode = generateArgInfoCode( basename($stubFilenameWithoutExtension), $legacyFileInfo, $context->allConstInfos, $stubHash ); if (($context->forceRegeneration \|\| $stubHash !== $oldStubHash) && file_put_contents($legacyFile, $arginfoCode)) { echo "Saved $legacyFile\n"; } } return $fileInfo; } catch (Exception $e) { echo "In $stubFile:\n{$e->getMessage()}\n"; exit(1); } } function computeStubHash(string $stubCode): string { return sha1(str_replace("\r\n", "\n", $stubCode)); } function extractStubHash(string $arginfoFile): ?string { if (!file_exists($arginfoFile)) { return null; } $arginfoCode = file_get_contents($arginfoFile); if (!preg_match('/\ Stub hash: ([0-9a-f]+) \/', $arginfoCode, $matches)) { return null; } return $matches[1]; } class Context { public bool $forceParse = false; public bool $forceRegeneration = false; /* @var iterable<ConstInfo> / public iterable $allConstInfos = []; /* @var FileInfo[] / public array $parsedFiles = []; } class ArrayType extends SimpleType { public Type $keyType; public Type $valueType; public static function createGenericArray(): self { return new ArrayType(Type::fromString("int\|string"), Type::fromString("mixed\|ref")); } public function __construct(Type $keyType, Type $valueType) { parent::__construct("array", true); $this->keyType = $keyType; $this->valueType = $valueType; } public function toOptimizerTypeMask(): string { $typeMasks = [ parent::toOptimizerTypeMask(), $this->keyType->toOptimizerTypeMaskForArrayKey(), $this->valueType->toOptimizerTypeMaskForArrayValue(), ]; return implode("\|", $typeMasks); } public function equals(SimpleType $other): bool { if (!parent::equals($other)) { return false; } assert(get_class($other) === self::class); return Type::equals($this->keyType, $other->keyType) && Type::equals($this->valueType, $other->valueType); } } class SimpleType { public string $name; public bool $isBuiltin; public static function fromNode(Node $node): SimpleType { if ($node instanceof Node\Name) { if ($node->toLowerString() === 'static') { // PHP internally considers "static" a builtin type. return new SimpleType($node->toLowerString(), true); } if ($node->toLowerString() === 'true') { // TODO PHP-Parser doesn't yet recognize true as a stand-alone built-in type return new SimpleType($node->toLowerString(), true); } if ($node->toLowerString() === 'self') { throw new Exception('The exact class name must be used instead of "self"'); } assert($node->isFullyQualified()); return new SimpleType($node->toString(), false); } if ($node instanceof Node\Identifier) { if ($node->toLowerString() === 'array') { return ArrayType::createGenericArray(); } return new SimpleType($node->toLowerString(), true); } throw new Exception("Unexpected node type"); } public static function fromString(string $typeString): SimpleType { switch (strtolower($typeString)) { case "void": case "null": case "false": case "true": case "bool": case "int": case "float": case "string": case "callable": case "object": case "resource": case "mixed": case "static": case "never": case "ref": return new SimpleType(strtolower($typeString), true); case "array": return ArrayType::createGenericArray(); case "self": throw new Exception('The exact class name must be used instead of "self"'); case "iterable": throw new Exception('This should not happen'); } $matches = []; $isArray = preg_match("/(.)\s\[\s\]/", $typeString, $matches); if ($isArray) { return new ArrayType(Type::fromString("int"), Type::fromString($matches[1])); } $matches = []; $isArray = preg_match("/array\s<\s([A-Za-z0-9_-\|]+)?(\s,\s)?([A-Za-z0-9_-\|]+)?\s>/i", $typeString, $matches); if ($isArray) { if (empty($matches[1]) \|\| empty($matches[3])) { throw new Exception("array<> type hint must have both a key and a value"); } return new ArrayType(Type::fromString($matches[1]), Type::fromString($matches[3])); } return new SimpleType($typeString, false); } /* * @param mixed $value / public static function fromValue($value): SimpleType { switch (gettype($value)) { case "NULL": return SimpleType::null(); case "boolean": return SimpleType::bool(); case "integer": return SimpleType::int(); case "double": return SimpleType::float(); case "string": return SimpleType::string(); case "array": return SimpleType::array(); case "object": return SimpleType::object(); default: throw new Exception("Type \"" . gettype($value) . "\" cannot be inferred based on value"); } } public static function null(): SimpleType { return new SimpleType("null", true); } public static function bool(): SimpleType { return new SimpleType("bool", true); } public static function int(): SimpleType { return new SimpleType("int", true); } public static function float(): SimpleType { return new SimpleType("float", true); } public static function string(): SimpleType { return new SimpleType("string", true); } public static function array(): SimpleType { return new SimpleType("array", true); } public static function object(): SimpleType { return new SimpleType("object", true); } public static function void(): SimpleType { return new SimpleType("void", true); } protected function __construct(string $name, bool $isBuiltin) { $this->name = $name; $this->isBuiltin = $isBuiltin; } public function isScalar(): bool { return $this->isBuiltin && in_array($this->name, ["null", "false", "true", "bool", "int", "float"], true); } public function isNull(): bool { return $this->isBuiltin && $this->name === 'null'; } public function isBool(): bool { return $this->isBuiltin && $this->name === 'bool'; } public function isInt(): bool { return $this->isBuiltin && $this->name === 'int'; } public function isFloat(): bool { return $this->isBuiltin && $this->name === 'float'; } public function isString(): bool { return $this->isBuiltin && $this->name === 'string'; } public function isArray(): bool { return $this->isBuiltin && $this->name === 'array'; } public function toTypeCode(): string { assert($this->isBuiltin); switch ($this->name) { case "bool": return "_IS_BOOL"; case "int": return "IS_LONG"; case "float": return "IS_DOUBLE"; case "string": return "IS_STRING"; case "array": return "IS_ARRAY"; case "object": return "IS_OBJECT"; case "void": return "IS_VOID"; case "callable": return "IS_CALLABLE"; case "mixed": return "IS_MIXED"; case "static": return "IS_STATIC"; case "never": return "IS_NEVER"; case "null": return "IS_NULL"; case "false": return "IS_FALSE"; case "true": return "IS_TRUE"; default: throw new Exception("Not implemented: $this->name"); } } public function toTypeMask(): string { assert($this->isBuiltin); switch ($this->name) { case "null": return "MAY_BE_NULL"; case "false": return "MAY_BE_FALSE"; case "true": return "MAY_BE_TRUE"; case "bool": return "MAY_BE_BOOL"; case "int": return "MAY_BE_LONG"; case "float": return "MAY_BE_DOUBLE"; case "string": return "MAY_BE_STRING"; case "array": return "MAY_BE_ARRAY"; case "object": return "MAY_BE_OBJECT"; case "callable": return "MAY_BE_CALLABLE"; case "mixed": return "MAY_BE_ANY"; case "void": return "MAY_BE_VOID"; case "static": return "MAY_BE_STATIC"; case "never": return "MAY_BE_NEVER"; default: throw new Exception("Not implemented: $this->name"); } } public function toOptimizerTypeMaskForArrayKey(): string { assert($this->isBuiltin); switch ($this->name) { case "int": return "MAY_BE_ARRAY_KEY_LONG"; case "string": return "MAY_BE_ARRAY_KEY_STRING"; default: throw new Exception("Type $this->name cannot be an array key"); } } public function toOptimizerTypeMaskForArrayValue(): string { if (!$this->isBuiltin) { return "MAY_BE_ARRAY_OF_OBJECT"; } switch ($this->name) { case "null": return "MAY_BE_ARRAY_OF_NULL"; case "false": return "MAY_BE_ARRAY_OF_FALSE"; case "true": return "MAY_BE_ARRAY_OF_TRUE"; case "bool": return "MAY_BE_ARRAY_OF_FALSE\|MAY_BE_ARRAY_OF_TRUE"; case "int": return "MAY_BE_ARRAY_OF_LONG"; case "float": return "MAY_BE_ARRAY_OF_DOUBLE"; case "string": return "MAY_BE_ARRAY_OF_STRING"; case "array": return "MAY_BE_ARRAY_OF_ARRAY"; case "object": return "MAY_BE_ARRAY_OF_OBJECT"; case "resource": return "MAY_BE_ARRAY_OF_RESOURCE"; case "mixed": return "MAY_BE_ARRAY_OF_ANY"; case "ref": return "MAY_BE_ARRAY_OF_REF"; default: throw new Exception("Type $this->name cannot be an array value"); } } public function toOptimizerTypeMask(): string { if (!$this->isBuiltin) { return "MAY_BE_OBJECT"; } switch ($this->name) { case "resource": return "MAY_BE_RESOURCE"; case "callable": return "MAY_BE_STRING\|MAY_BE_ARRAY\|MAY_BE_ARRAY_KEY_LONG\|MAY_BE_ARRAY_OF_STRING\|MAY_BE_ARRAY_OF_OBJECT\|MAY_BE_OBJECT"; case "iterable": return "MAY_BE_ARRAY\|MAY_BE_ARRAY_KEY_ANY\|MAY_BE_ARRAY_OF_ANY\|MAY_BE_OBJECT"; case "mixed": return "MAY_BE_ANY\|MAY_BE_ARRAY_KEY_ANY\|MAY_BE_ARRAY_OF_ANY"; } return $this->toTypeMask(); } public function toEscapedName(): string { // Escape backslashes, and also encode \u, \U, and \N to avoid compilation errors in generated macros return str_replace( ['\\', '\\u', '\\U', '\\N'], ['\\\\', '\\\\165', '\\\\125', '\\\\116'], $this->name ); } public function toVarEscapedName(): string { return str_replace('\\', '_', $this->name); } public function equals(SimpleType $other): bool { return $this->name === $other->name && $this->isBuiltin === $other->isBuiltin; } } class Type { /* @var SimpleType[] / public array $types; public bool $isIntersection; public static function fromNode(Node $node): Type { if ($node instanceof Node\UnionType \|\| $node instanceof Node\IntersectionType) { $nestedTypeObjects = array_map(['Type', 'fromNode'], $node->types); $types = []; foreach ($nestedTypeObjects as $typeObject) { array_push($types, ...$typeObject->types); } return new Type($types, ($node instanceof Node\IntersectionType)); } if ($node instanceof Node\NullableType) { return new Type( [ ...Type::fromNode($node->type)->types, SimpleType::null(), ], false ); } if ($node instanceof Node\Identifier && $node->toLowerString() === "iterable") { return new Type( [ SimpleType::fromString("Traversable"), ArrayType::createGenericArray(), ], false ); } return new Type([SimpleType::fromNode($node)], false); } public static function fromString(string $typeString): self { $typeString .= "\|"; $simpleTypes = []; $simpleTypeOffset = 0; $inArray = false; $isIntersection = false; $typeStringLength = strlen($typeString); for ($i = 0; $i < $typeStringLength; $i++) { $char = $typeString[$i]; if ($char === "<") { $inArray = true; continue; } if ($char === ">") { $inArray = false; continue; } if ($inArray) { continue; } if ($char === "\|" \|\| $char === "&") { $isIntersection = ($char === "&"); $simpleTypeName = trim(substr($typeString, $simpleTypeOffset, $i - $simpleTypeOffset)); $simpleTypes[] = SimpleType::fromString($simpleTypeName); $simpleTypeOffset = $i + 1; } } return new Type($simpleTypes, $isIntersection); } /* * @param SimpleType[] $types / private function __construct(array $types, bool $isIntersection) { $this->types = $types; $this->isIntersection = $isIntersection; } public function isScalar(): bool { foreach ($this->types as $type) { if (!$type->isScalar()) { return false; } } return true; } public function isNullable(): bool { foreach ($this->types as $type) { if ($type->isNull()) { return true; } } return false; } public function getWithoutNull(): Type { return new Type( array_filter( $this->types, function(SimpleType $type) { return !$type->isNull(); } ), false ); } public function tryToSimpleType(): ?SimpleType { $withoutNull = $this->getWithoutNull(); / type has only null / if (count($withoutNull->types) === 0) { return $this->types[0]; } if (count($withoutNull->types) === 1) { return $withoutNull->types[0]; } return null; } public function toArginfoType(): ArginfoType { $classTypes = []; $builtinTypes = []; foreach ($this->types as $type) { if ($type->isBuiltin) { $builtinTypes[] = $type; } else { $classTypes[] = $type; } } return new ArginfoType($classTypes, $builtinTypes); } public function toOptimizerTypeMask(): string { $optimizerTypes = []; foreach ($this->types as $type) { // TODO Support for toOptimizerMask for intersection $optimizerTypes[] = $type->toOptimizerTypeMask(); } return implode("\|", $optimizerTypes); } public function toOptimizerTypeMaskForArrayKey(): string { $typeMasks = []; foreach ($this->types as $type) { $typeMasks[] = $type->toOptimizerTypeMaskForArrayKey(); } return implode("\|", $typeMasks); } public function toOptimizerTypeMaskForArrayValue(): string { $typeMasks = []; foreach ($this->types as $type) { $typeMasks[] = $type->toOptimizerTypeMaskForArrayValue(); } return implode("\|", $typeMasks); } public function getTypeForDoc(DOMDocument $doc): DOMElement { if (count($this->types) > 1) { $typeSort = $this->isIntersection ? "intersection" : "union"; $typeElement = $doc->createElement('type'); $typeElement->setAttribute("class", $typeSort); foreach ($this->types as $type) { $unionTypeElement = $doc->createElement('type', $type->name); $typeElement->appendChild($unionTypeElement); } } else { $type = $this->types[0]; if ($type->isBuiltin && strtolower($type->name) === "true") { $name = "bool"; } else { $name = $type->name; } $typeElement = $doc->createElement('type', $name); } return $typeElement; } public static function equals(?Type $a, ?Type $b): bool { if ($a === null \|\| $b === null) { return $a === $b; } if (count($a->types) !== count($b->types)) { return false; } for ($i = 0; $i < count($a->types); $i++) { if (!$a->types[$i]->equals($b->types[$i])) { return false; } } return true; } public function __toString() { if ($this->types === null) { return 'mixed'; } $char = $this->isIntersection ? '&' : '\|'; return implode($char, array_map( function ($type) { return $type->name; }, $this->types) ); } } class ArginfoType { /* @var SimpleType[] $classTypes / public array $classTypes; /* @var SimpleType[] $builtinTypes / private array $builtinTypes; /* * @param SimpleType[] $classTypes * @param SimpleType[] $builtinTypes / public function __construct(array $classTypes, array $builtinTypes) { $this->classTypes = $classTypes; $this->builtinTypes = $builtinTypes; } public function hasClassType(): bool { return !empty($this->classTypes); } public function toClassTypeString(): string { return implode('\|', array_map(function(SimpleType $type) { return $type->toEscapedName(); }, $this->classTypes)); } public function toTypeMask(): string { if (empty($this->builtinTypes)) { return '0'; } return implode('\|', array_map(function(SimpleType $type) { return $type->toTypeMask(); }, $this->builtinTypes)); } } class ArgInfo { const SEND_BY_VAL = 0; const SEND_BY_REF = 1; const SEND_PREFER_REF = 2; public string $name; public int $sendBy; public bool $isVariadic; public ?Type $type; public ?Type $phpDocType; public ?string $defaultValue; /* @var AttributeInfo[] / public array $attributes; /* * @param AttributeInfo[] $attributes / public function __construct( string $name, int $sendBy, bool $isVariadic, ?Type $type, ?Type $phpDocType, ?string $defaultValue, array $attributes ) { $this->name = $name; $this->sendBy = $sendBy; $this->isVariadic = $isVariadic; $this->setTypes($type, $phpDocType); $this->defaultValue = $defaultValue; $this->attributes = $attributes; } public function equals(ArgInfo $other): bool { return $this->name === $other->name && $this->sendBy === $other->sendBy && $this->isVariadic === $other->isVariadic && Type::equals($this->type, $other->type) && $this->defaultValue === $other->defaultValue; } public function getSendByString(): string { switch ($this->sendBy) { case self::SEND_BY_VAL: return "0"; case self::SEND_BY_REF: return "1"; case self::SEND_PREFER_REF: return "ZEND_SEND_PREFER_REF"; } throw new Exception("Invalid sendBy value"); } public function getMethodSynopsisType(): Type { if ($this->type) { return $this->type; } if ($this->phpDocType) { return $this->phpDocType; } throw new Exception("A parameter must have a type"); } public function hasProperDefaultValue(): bool { return $this->defaultValue !== null && $this->defaultValue !== "UNKNOWN"; } public function getDefaultValueAsArginfoString(): string { if ($this->hasProperDefaultValue()) { return '"' . addslashes($this->defaultValue) . '"'; } return "NULL"; } public function getDefaultValueAsMethodSynopsisString(): ?string { if ($this->defaultValue === null) { return null; } switch ($this->defaultValue) { case 'UNKNOWN': return null; case 'false': case 'true': case 'null': return "&{$this->defaultValue};"; } return $this->defaultValue; } private function setTypes(?Type $type, ?Type $phpDocType): void { $this->type = $type; $this->phpDocType = $phpDocType; } } interface ConstOrClassConstName { public function __toString(): string; public function equals(ConstOrClassConstName $const): bool; public function isClassConst(): bool; public function isUnknown(): bool; } abstract class AbstractConstName implements ConstOrClassConstName { public function equals(ConstOrClassConstName $const): bool { return $this->__toString() === $const->__toString(); } public function isUnknown(): bool { return strtolower($this->__toString()) === "unknown"; } } class ConstName extends AbstractConstName { public string $const; public function __construct(?Name $namespace, string $const) { if ($namespace && ($namespace = $namespace->slice(0, -1))) { $const = $namespace->toString() . '\\' . $const; } $this->const = $const; } public function isClassConst(): bool { return false; } public function isUnknown(): bool { $name = $this->__toString(); if (($pos = strrpos($name, '\\')) !== false) { $name = substr($name, $pos + 1); } return strtolower($name) === "unknown"; } public function __toString(): string { return $this->const; } } class ClassConstName extends AbstractConstName { public Name $class; public string $const; public function __construct(Name $class, string $const) { $this->class = $class; $this->const = $const; } public function isClassConst(): bool { return true; } public function __toString(): string { return $this->class->toString() . "::" . $this->const; } } class PropertyName { public Name $class; public string $property; public function __construct(Name $class, string $property) { $this->class = $class; $this->property = $property; } public function __toString(): string { return $this->class->toString() . "::$" . $this->property; } } interface FunctionOrMethodName { public function getDeclaration(): string; public function getArgInfoName(): string; public function getMethodSynopsisFilename(): string; public function getNameForAttributes(): string; public function __toString(): string; public function isMethod(): bool; public function isConstructor(): bool; public function isDestructor(): bool; } class FunctionName implements FunctionOrMethodName { private Name $name; public function __construct(Name $name) { $this->name = $name; } public function getNamespace(): ?string { if ($this->name->isQualified()) { return $this->name->slice(0, -1)->toString(); } return null; } public function getNonNamespacedName(): string { if ($this->name->isQualified()) { throw new Exception("Namespaced name not supported here"); } return $this->name->toString(); } public function getDeclarationName(): string { return implode('_', $this->name->parts); } public function getFunctionName(): string { return $this->name->getLast(); } public function getDeclaration(): string { return "ZEND_FUNCTION({$this->getDeclarationName()});\n"; } public function getArgInfoName(): string { $underscoreName = implode('_', $this->name->parts); return "arginfo_$underscoreName"; } public function getMethodSynopsisFilename(): string { return implode('_', $this->name->parts); } public function getNameForAttributes(): string { return strtolower($this->name->toString()); } public function __toString(): string { return $this->name->toString(); } public function isMethod(): bool { return false; } public function isConstructor(): bool { return false; } public function isDestructor(): bool { return false; } } class MethodName implements FunctionOrMethodName { public Name $className; public string $methodName; public function __construct(Name $className, string $methodName) { $this->className = $className; $this->methodName = $methodName; } public function getDeclarationClassName(): string { return implode('_', $this->className->parts); } public function getDeclaration(): string { return "ZEND_METHOD({$this->getDeclarationClassName()}, $this->methodName);\n"; } public function getArgInfoName(): string { return "arginfo_class_{$this->getDeclarationClassName()}_{$this->methodName}"; } public function getMethodSynopsisFilename(): string { return $this->getDeclarationClassName() . "_{$this->methodName}"; } public function getNameForAttributes(): string { return strtolower($this->methodName); } public function __toString(): string { return "$this->className::$this->methodName"; } public function isMethod(): bool { return true; } public function isConstructor(): bool { return $this->methodName === "__construct"; } public function isDestructor(): bool { return $this->methodName === "__destruct"; } } class ReturnInfo { const REFCOUNT_0 = "0"; const REFCOUNT_1 = "1"; const REFCOUNT_N = "N"; const REFCOUNTS = [ self::REFCOUNT_0, self::REFCOUNT_1, self::REFCOUNT_N, ]; public bool $byRef; public ?Type $type; public ?Type $phpDocType; public bool $tentativeReturnType; public string $refcount; public function __construct(bool $byRef, ?Type $type, ?Type $phpDocType, bool $tentativeReturnType, ?string $refcount) { $this->byRef = $byRef; $this->setTypes($type, $phpDocType, $tentativeReturnType); $this->setRefcount($refcount); } public function equalsApartFromPhpDocAndRefcount(ReturnInfo $other): bool { return $this->byRef === $other->byRef && Type::equals($this->type, $other->type) && $this->tentativeReturnType === $other->tentativeReturnType; } public function getMethodSynopsisType(): ?Type { return $this->type ?? $this->phpDocType; } private function setTypes(?Type $type, ?Type $phpDocType, bool $tentativeReturnType): void { $this->type = $type; $this->phpDocType = $phpDocType; $this->tentativeReturnType = $tentativeReturnType; } private function setRefcount(?string $refcount): void { $type = $this->phpDocType ?? $this->type; $isScalarType = $type !== null && $type->isScalar(); if ($refcount === null) { $this->refcount = $isScalarType ? self::REFCOUNT_0 : self::REFCOUNT_N; return; } if (!in_array($refcount, ReturnInfo::REFCOUNTS, true)) { throw new Exception("@refcount must have one of the following values: \"0\", \"1\", \"N\", $refcount given"); } if ($isScalarType && $refcount !== self::REFCOUNT_0) { throw new Exception('A scalar return type of "' . $type->__toString() . '" must have a refcount of "' . self::REFCOUNT_0 . '"'); } if (!$isScalarType && $refcount === self::REFCOUNT_0) { throw new Exception('A non-scalar return type of "' . $type->__toString() . '" cannot have a refcount of "' . self::REFCOUNT_0 . '"'); } $this->refcount = $refcount; } } class FuncInfo { public FunctionOrMethodName $name; public int $classFlags; public int $flags; public ?string $aliasType; public ?FunctionOrMethodName $alias; public bool $isDeprecated; public bool $supportsCompileTimeEval; public bool $verify; /* @var ArgInfo[] / public array $args; public ReturnInfo $return; public int $numRequiredArgs; public ?string $cond; public bool $isUndocumentable; /* * @param ArgInfo[] $args / public function __construct( FunctionOrMethodName $name, int $classFlags, int $flags, ?string $aliasType, ?FunctionOrMethodName $alias, bool $isDeprecated, bool $supportsCompileTimeEval, bool $verify, array $args, ReturnInfo $return, int $numRequiredArgs, ?string $cond, bool $isUndocumentable ) { $this->name = $name; $this->classFlags = $classFlags; $this->flags = $flags; $this->aliasType = $aliasType; $this->alias = $alias; $this->isDeprecated = $isDeprecated; $this->supportsCompileTimeEval = $supportsCompileTimeEval; $this->verify = $verify; $this->args = $args; $this->return = $return; $this->numRequiredArgs = $numRequiredArgs; $this->cond = $cond; $this->isUndocumentable = $isUndocumentable; } public function isMethod(): bool { return $this->name->isMethod(); } public function isFinalMethod(): bool { return ($this->flags & Class_::MODIFIER_FINAL) \|\| ($this->classFlags & Class_::MODIFIER_FINAL); } public function isInstanceMethod(): bool { return !($this->flags & Class_::MODIFIER_STATIC) && $this->isMethod() && !$this->name->isConstructor(); } /* @return string[] / public function getModifierNames(): array { if (!$this->isMethod()) { return []; } $result = []; if ($this->flags & Class_::MODIFIER_FINAL) { $result[] = "final"; } elseif ($this->flags & Class_::MODIFIER_ABSTRACT && $this->classFlags & ~Class_::MODIFIER_ABSTRACT) { $result[] = "abstract"; } if ($this->flags & Class_::MODIFIER_PROTECTED) { $result[] = "protected"; } elseif ($this->flags & Class_::MODIFIER_PRIVATE) { $result[] = "private"; } else { $result[] = "public"; } if ($this->flags & Class_::MODIFIER_STATIC) { $result[] = "static"; } return $result; } public function hasParamWithUnknownDefaultValue(): bool { foreach ($this->args as $arg) { if ($arg->defaultValue && !$arg->hasProperDefaultValue()) { return true; } } return false; } public function equalsApartFromNameAndRefcount(FuncInfo $other): bool { if (count($this->args) !== count($other->args)) { return false; } for ($i = 0; $i < count($this->args); $i++) { if (!$this->args[$i]->equals($other->args[$i])) { return false; } } return $this->return->equalsApartFromPhpDocAndRefcount($other->return) && $this->numRequiredArgs === $other->numRequiredArgs && $this->cond === $other->cond; } public function getArgInfoName(): string { return $this->name->getArgInfoName(); } public function getDeclarationKey(): string { $name = $this->alias ?? $this->name; return "$name\|$this->cond"; } public function getDeclaration(): ?string { if ($this->flags & Class_::MODIFIER_ABSTRACT) { return null; } $name = $this->alias ?? $this->name; return $name->getDeclaration(); } public function getFunctionEntry(): string { if ($this->name instanceof MethodName) { if ($this->alias) { if ($this->alias instanceof MethodName) { return sprintf( "\tZEND_MALIAS(%s, %s, %s, %s, %s)\n", $this->alias->getDeclarationClassName(), $this->name->methodName, $this->alias->methodName, $this->getArgInfoName(), $this->getFlagsAsArginfoString() ); } else if ($this->alias instanceof FunctionName) { return sprintf( "\tZEND_ME_MAPPING(%s, %s, %s, %s)\n", $this->name->methodName, $this->alias->getNonNamespacedName(), $this->getArgInfoName(), $this->getFlagsAsArginfoString() ); } else { throw new Error("Cannot happen"); } } else { $declarationClassName = $this->name->getDeclarationClassName(); if ($this->flags & Class_::MODIFIER_ABSTRACT) { return sprintf( "\tZEND_ABSTRACT_ME_WITH_FLAGS(%s, %s, %s, %s)\n", $declarationClassName, $this->name->methodName, $this->getArgInfoName(), $this->getFlagsAsArginfoString() ); } return sprintf( "\tZEND_ME(%s, %s, %s, %s)\n", $declarationClassName, $this->name->methodName, $this->getArgInfoName(), $this->getFlagsAsArginfoString() ); } } else if ($this->name instanceof FunctionName) { $namespace = $this->name->getNamespace(); $functionName = $this->name->getFunctionName(); $declarationName = $this->alias ? $this->alias->getNonNamespacedName() : $this->name->getDeclarationName(); if ($namespace) { // Namespaced functions are always declared as aliases to avoid name conflicts when two functions with // the same name exist in separate namespaces $macro = $this->isDeprecated ? 'ZEND_NS_DEP_FALIAS' : 'ZEND_NS_FALIAS'; // Render A\B as "A\\B" in C strings for namespaces return sprintf( "\t%s(\"%s\", %s, %s, %s)\n", $macro, addslashes($namespace), $this->name->getFunctionName(), $declarationName, $this->getArgInfoName() ); } if ($this->alias) { $macro = $this->isDeprecated ? 'ZEND_DEP_FALIAS' : 'ZEND_FALIAS'; return sprintf( "\t%s(%s, %s, %s)\n", $macro, $functionName, $declarationName, $this->getArgInfoName() ); } switch (true) { case $this->isDeprecated: $macro = 'ZEND_DEP_FE'; break; case $this->supportsCompileTimeEval: $macro = 'ZEND_SUPPORTS_COMPILE_TIME_EVAL_FE'; break; default: $macro = 'ZEND_FE'; } return sprintf("\t%s(%s, %s)\n", $macro, $functionName, $this->getArgInfoName()); } else { throw new Error("Cannot happen"); } } public function getOptimizerInfo(): ?string { if ($this->isMethod()) { return null; } if ($this->alias !== null) { return null; } if ($this->return->refcount !== ReturnInfo::REFCOUNT_1 && $this->return->phpDocType === null) { return null; } $type = $this->return->phpDocType ?? $this->return->type; if ($type === null) { return null; } return "\tF" . $this->return->refcount . '("' . $this->name->__toString() . '", ' . $type->toOptimizerTypeMask() . "),\n"; } public function discardInfoForOldPhpVersions(): void { $this->return->type = null; foreach ($this->args as $arg) { $arg->type = null; $arg->defaultValue = null; $arg->attributes = []; } } private function getFlagsAsArginfoString(): string { $flags = "ZEND_ACC_PUBLIC"; if ($this->flags & Class_::MODIFIER_PROTECTED) { $flags = "ZEND_ACC_PROTECTED"; } elseif ($this->flags & Class_::MODIFIER_PRIVATE) { $flags = "ZEND_ACC_PRIVATE"; } if ($this->flags & Class_::MODIFIER_STATIC) { $flags .= "\|ZEND_ACC_STATIC"; } if ($this->flags & Class_::MODIFIER_FINAL) { $flags .= "\|ZEND_ACC_FINAL"; } if ($this->flags & Class_::MODIFIER_ABSTRACT) { $flags .= "\|ZEND_ACC_ABSTRACT"; } if ($this->isDeprecated) { $flags .= "\|ZEND_ACC_DEPRECATED"; } return $flags; } /* * @param array<string, FuncInfo> $funcMap * @param array<string, FuncInfo> $aliasMap * @throws Exception / public function getMethodSynopsisDocument(array $funcMap, array $aliasMap): ?string { $doc = new DOMDocument(); $doc->formatOutput = true; $methodSynopsis = $this->getMethodSynopsisElement($funcMap, $aliasMap, $doc); if (!$methodSynopsis) { return null; } $doc->appendChild($methodSynopsis); return $doc->saveXML(); } /* * @param array<string, FuncInfo> $funcMap * @param array<string, FuncInfo> $aliasMap * @throws Exception / public function getMethodSynopsisElement(array $funcMap, array $aliasMap, DOMDocument $doc): ?DOMElement { if ($this->hasParamWithUnknownDefaultValue()) { return null; } if ($this->name->isConstructor()) { $synopsisType = "constructorsynopsis"; } elseif ($this->name->isDestructor()) { $synopsisType = "destructorsynopsis"; } else { $synopsisType = "methodsynopsis"; } $methodSynopsis = $doc->createElement($synopsisType); if ($this->isMethod()) { assert($this->name instanceof MethodName); $role = $doc->createAttribute("role"); $role->value = addslashes($this->name->className->__toString()); $methodSynopsis->appendChild($role); } $methodSynopsis->appendChild(new DOMText("\n ")); foreach ($this->getModifierNames() as $modifierString) { $modifierElement = $doc->createElement('modifier', $modifierString); $methodSynopsis->appendChild($modifierElement); $methodSynopsis->appendChild(new DOMText(" ")); } $returnType = $this->return->getMethodSynopsisType(); if ($returnType) { $methodSynopsis->appendChild($returnType->getTypeForDoc($doc)); } $methodname = $doc->createElement('methodname', $this->name->__toString()); $methodSynopsis->appendChild($methodname); if (empty($this->args)) { $methodSynopsis->appendChild(new DOMText("\n ")); $void = $doc->createElement('void'); $methodSynopsis->appendChild($void); } else { foreach ($this->args as $arg) { $methodSynopsis->appendChild(new DOMText("\n ")); $methodparam = $doc->createElement('methodparam'); if ($arg->defaultValue !== null) { $methodparam->setAttribute("choice", "opt"); } if ($arg->isVariadic) { $methodparam->setAttribute("rep", "repeat"); } $methodSynopsis->appendChild($methodparam); $methodparam->appendChild($arg->getMethodSynopsisType()->getTypeForDoc($doc)); $parameter = $doc->createElement('parameter', $arg->name); if ($arg->sendBy !== ArgInfo::SEND_BY_VAL) { $parameter->setAttribute("role", "reference"); } $methodparam->appendChild($parameter); $defaultValue = $arg->getDefaultValueAsMethodSynopsisString(); if ($defaultValue !== null) { $initializer = $doc->createElement('initializer'); if (preg_match('/^[a-zA-Z_][a-zA-Z_0-9]$/', $defaultValue)) { $constant = $doc->createElement('constant', $defaultValue); $initializer->appendChild($constant); } else { $initializer->nodeValue = $defaultValue; } $methodparam->appendChild($initializer); } } } $methodSynopsis->appendChild(new DOMText("\n ")); return $methodSynopsis; } public function __clone() { foreach ($this->args as $key => $argInfo) { $this->args[$key] = clone $argInfo; } $this->return = clone $this->return; } } class EvaluatedValue { /** @var mixed / public $value; public SimpleType $type; public ?string $cConstValue; public bool $isUnknownConstValue; public ?ConstInfo $originatingConst; /* * @param iterable<ConstInfo> $allConstInfos / public static function createFromExpression(Expr $expr, ?SimpleType $constType, ?string $cConstName, iterable $allConstInfos): EvaluatedValue { $originatingConst = null; $isUnknownConstValue = null; $evaluator = new ConstExprEvaluator( function (Expr $expr) use ($allConstInfos, &$constType, &$originatingConst, &$isUnknownConstValue) { if (!$expr instanceof Expr\ConstFetch && !$expr instanceof Expr\ClassConstFetch) { throw new Exception($this->getVariableTypeName() . " " . $this->getVariableLikeName() . " has an unsupported value"); } if ($expr instanceof Expr\ClassConstFetch) { $originatingConstName = new ClassConstName($expr->class, $expr->name->toString()); } else { $originatingConstName = new ConstName($expr->name->getAttribute('namespacedName'), $expr->name->toString()); } if ($originatingConstName->isUnknown()) { $originatingConst = null; $isUnknownConstValue = true; return null; } foreach ($allConstInfos as $const) { if (!$originatingConstName->equals($const->name)) { continue; } if ($constType === null && $const->phpDocType) { $constType = $const->phpDocType->tryToSimpleType(); } $originatingConst = $const; $isUnknownConstValue = false; return null; } throw new Exception("Constant " . $constName . " cannot be found"); } ); $result = $evaluator->evaluateDirectly($expr); return new EvaluatedValue( $result, $constType ?: SimpleType::fromValue($result), $cConstName, $originatingConst, (bool) $isUnknownConstValue ); } public static function null(): EvaluatedValue { return new self(null, SimpleType::null(), null, null, false); } /* * @param mixed $value / private function __construct($value, SimpleType $type, ?string $cConstName, ?ConstInfo $originatingConst, bool $isUnknownConstValue) { $this->value = $value; $this->type = $type; $this->cConstValue = $cConstName; $this->originatingConst = $originatingConst; $this->isUnknownConstValue = $isUnknownConstValue; } /* * @param iterable<ConstInfo> $allConstInfos / public function initializeZval(string $zvalName, iterable $allConstInfos): string { $cConstValue = $this->getCConstValue($allConstInfos); $code = "\tzval $zvalName;\n"; if ($this->type->isNull()) { $code .= "\tZVAL_NULL(&$zvalName);\n"; } elseif ($this->type->isBool()) { $code .= "\t" . ($this->value ? 'ZVAL_TRUE' : 'ZVAL_FALSE') . "(&$zvalName);\n"; } elseif ($this->type->isInt()) { $code .= "\tZVAL_LONG(&$zvalName, " . ($cConstValue ?: $this->value) . ");\n"; } elseif ($this->type->isFloat()) { $code .= "\tZVAL_DOUBLE(&$zvalName, " . ($cConstValue ?: $this->value) . ");\n"; } elseif ($this->type->isString()) { if (!$cConstValue && $this->value === "") { $code .= "\tZVAL_EMPTY_STRING(&$zvalName);\n"; } else { $constValue = $cConstValue ?: '"' . addslashes($this->value) . '"'; $code .= "\tzend_string {$zvalName}_str = zend_string_init($constValue, strlen($constValue), 1);\n"; $code .= "\tZVAL_STR(&$zvalName, {$zvalName}_str);\n"; } } elseif ($this->type->isArray()) { if (!$cConstValue && empty($this->value)) { $code .= "\tZVAL_EMPTY_ARRAY(&$zvalName);\n"; } else { throw new Exception("Unimplemented default value"); } } else { throw new Exception("Invalid default value"); } return $code; } /** * @param iterable<ConstInfo> $allConstInfos / public function getCConstValue(iterable $allConstInfos): ?string { if ($this->cConstValue) { return $this->cConstValue; } if ($this->originatingConst) { return $this->originatingConst->getValue($allConstInfos)->getCConstValue($allConstInfos); } return null; } } abstract class VariableLike { public ?Type $phpDocType; public int $flags; public ?string $link; public ?int $phpVersionIdMinimumCompatibility; public function __construct( int $flags, ?Type $phpDocType, ?string $link, ?int $phpVersionIdMinimumCompatibility ) { $this->flags = $flags; $this->phpDocType = $phpDocType; $this->link = $link; $this->phpVersionIdMinimumCompatibility = $phpVersionIdMinimumCompatibility; } abstract protected function getVariableTypeCode(): string; abstract protected function getVariableTypeName(): string; abstract protected function getVariableLikeName(): string; abstract protected function addTypeToFieldSynopsis(DOMDocument $doc, DOMElement $fieldsynopsisElement): void; abstract protected function getFieldSynopsisDefaultLinkend(): string; abstract protected function getFieldSynopsisName(): string; /* * @param iterable<ConstInfo> $allConstInfos / abstract protected function getFieldSynopsisValueString(iterable $allConstInfos): ?string; abstract public function discardInfoForOldPhpVersions(): void; /* * @return array<int, string[]> / protected function getFlagsByPhpVersion(): array { $flags = "ZEND_ACC_PUBLIC"; if ($this->flags & Class_::MODIFIER_PROTECTED) { $flags = "ZEND_ACC_PROTECTED"; } elseif ($this->flags & Class_::MODIFIER_PRIVATE) { $flags = "ZEND_ACC_PRIVATE"; } return [ PHP_70_VERSION_ID => [$flags], PHP_80_VERSION_ID => [$flags], PHP_81_VERSION_ID => [$flags], PHP_82_VERSION_ID => [$flags], ]; } /* * @param iterable<ConstInfo> $allConstInfos / public function getFieldSynopsisElement(DOMDocument $doc, iterable $allConstInfos): DOMElement { $fieldsynopsisElement = $doc->createElement("fieldsynopsis"); $this->addModifiersToFieldSynopsis($doc, $fieldsynopsisElement); $this->addTypeToFieldSynopsis($doc, $fieldsynopsisElement); $varnameElement = $doc->createElement("varname", $this->getFieldSynopsisName()); if ($this->link) { $varnameElement->setAttribute("linkend", $this->link); } else { $varnameElement->setAttribute("linkend", $this->getFieldSynopsisDefaultLinkend()); } $fieldsynopsisElement->appendChild(new DOMText("\n ")); $fieldsynopsisElement->appendChild($varnameElement); $valueString = $this->getFieldSynopsisValueString($allConstInfos); if ($valueString) { $fieldsynopsisElement->appendChild(new DOMText("\n ")); $initializerElement = $doc->createElement("initializer", $valueString); $fieldsynopsisElement->appendChild($initializerElement); } $fieldsynopsisElement->appendChild(new DOMText("\n ")); return $fieldsynopsisElement; } protected function addModifiersToFieldSynopsis(DOMDocument $doc, DOMElement $fieldsynopsisElement): void { if ($this->flags & Class_::MODIFIER_PUBLIC) { $fieldsynopsisElement->appendChild(new DOMText("\n ")); $fieldsynopsisElement->appendChild($doc->createElement("modifier", "public")); } elseif ($this->flags & Class_::MODIFIER_PROTECTED) { $fieldsynopsisElement->appendChild(new DOMText("\n ")); $fieldsynopsisElement->appendChild($doc->createElement("modifier", "protected")); } elseif ($this->flags & Class_::MODIFIER_PRIVATE) { $fieldsynopsisElement->appendChild(new DOMText("\n ")); $fieldsynopsisElement->appendChild($doc->createElement("modifier", "private")); } } /* * @param array<int, string[]> $flags * @return array<int, string[]> / protected function addFlagForVersionsAbove(array $flags, string $flag, int $minimumVersionId): array { $write = false; foreach ($flags as $version => $versionFlags) { if ($version === $minimumVersionId \|\| $write === true) { $flags[$version][] = $flag; $write = true; } } return $flags; } } class ConstInfo extends VariableLike { public ConstOrClassConstName $name; public Expr $value; public bool $isDeprecated; public ?string $valueString; public ?string $cond; public ?string $cValue; public function __construct( ConstOrClassConstName $name, int $flags, Expr $value, ?string $valueString, ?Type $phpDocType, bool $isDeprecated, ?string $cond, ?string $cValue, ?string $link, ?int $phpVersionIdMinimumCompatibility ) { $this->name = $name; $this->value = $value; $this->valueString = $valueString; $this->isDeprecated = $isDeprecated; $this->cond = $cond; $this->cValue = $cValue; parent::__construct($flags, $phpDocType, $link, $phpVersionIdMinimumCompatibility); } /* * @param iterable<ConstInfo> $allConstInfos / public function getValue(iterable $allConstInfos): EvaluatedValue { return EvaluatedValue::createFromExpression( $this->value, $this->phpDocType->tryToSimpleType(), $this->cValue, $allConstInfos ); } protected function getVariableTypeName(): string { return "constant"; } protected function getVariableLikeName(): string { return $this->name->const; } protected function getVariableTypeCode(): string { return "const"; } protected function getFieldSynopsisDefaultLinkend(): string { $className = str_replace(["\\", "_"], ["-", "-"], $this->name->class->toLowerString()); return "$className.constants." . strtolower(str_replace("_", "-", $this->name->const)); } protected function getFieldSynopsisName(): string { return $this->name->__toString(); } protected function addTypeToFieldSynopsis(DOMDocument $doc, DOMElement $fieldsynopsisElement): void { if ($this->phpDocType) { $fieldsynopsisElement->appendChild(new DOMText("\n ")); $fieldsynopsisElement->appendChild($this->phpDocType->getTypeForDoc($doc)); } } /* * @param iterable<ConstInfo> $allConstInfos / protected function getFieldSynopsisValueString(iterable $allConstInfos): ?string { $value = EvaluatedValue::createFromExpression($this->value, null, $this->cValue, $allConstInfos); if ($value->isUnknownConstValue) { return null; } if ($value->originatingConst) { return $value->originatingConst->getFieldSynopsisValueString($allConstInfos); } return $this->valueString; } public function discardInfoForOldPhpVersions(): void { $this->flags &= ~Class_::MODIFIER_FINAL; $this->isDeprecated = false; } /* * @param iterable<ConstInfo> $allConstInfos / public function getDeclaration(iterable $allConstInfos): string { $type = $this->phpDocType->tryToSimpleType(); if ($type === null \|\| !$type->isBuiltin) { throw new Exception("Constant " . $this->name->__toString() . " must have a simple built-in type"); } $value = EvaluatedValue::createFromExpression($this->value, $type, $this->cValue, $allConstInfos); if ($value->isUnknownConstValue && !$value->cConstValue) { throw new Exception("Constant " . $this->name->__toString() . " must have a @cvalue annotation"); } $code = ""; if ($this->cond) { $code .= "#if {$this->cond}\n"; } if ($this->name->isClassConst()) { $code .= $this->getClassConstDeclaration($value, $allConstInfos); } else { $code .= $this->getGlobalConstDeclaration($value, $allConstInfos); } $code .= $this->getValueAssertion($value); if ($this->cond) { $code .= "#endif\n"; } return $code; } /* * @param iterable<ConstInfo> $allConstInfos / private function getGlobalConstDeclaration(EvaluatedValue $value, iterable $allConstInfos): string { $constName = str_replace('\\', '\\\\', $this->name->__toString()); $constValue = $value->value; $cConstValue = $value->getCConstValue($allConstInfos); $flags = "CONST_PERSISTENT"; if ($this->phpVersionIdMinimumCompatibility !== null && $this->phpVersionIdMinimumCompatibility < 80000) { $flags .= " \| CONST_CS"; } if ($this->isDeprecated) { $flags .= " \| CONST_DEPRECATED"; } if ($value->type->isNull()) { return "\tREGISTER_NULL_CONSTANT(\"$constName\", $flags);\n"; } if ($value->type->isBool()) { return "\tREGISTER_BOOL_CONSTANT(\"$constName\", " . ($cConstValue ?: ($constValue ? "true" : "false")) . ", $flags);\n"; } if ($value->type->isInt()) { return "\tREGISTER_LONG_CONSTANT(\"$constName\", " . ($cConstValue ?: (int) $constValue) . ", $flags);\n"; } if ($value->type->isFloat()) { return "\tREGISTER_DOUBLE_CONSTANT(\"$constName\", " . ($cConstValue ?: (float) $constValue) . ", $flags);\n"; } if ($value->type->isString()) { return "\tREGISTER_STRING_CONSTANT(\"$constName\", " . ($cConstValue ?: '"' . addslashes($constValue) . '"') . ", $flags);\n"; } throw new Exception("Unimplemented constant type");} /* * @param iterable<ConstInfo> $allConstInfos / private function getClassConstDeclaration(EvaluatedValue $value, iterable $allConstInfos): string { $constName = $this->getVariableLikeName(); $zvalCode = $value->initializeZval("const_{$constName}_value", $allConstInfos); $code = "\n" . $zvalCode; $code .= "\tzend_string const_{$constName}_name = zend_string_init_interned(\"$constName\", sizeof(\"$constName\") - 1, 1);\n"; $nameCode = "const_{$constName}_name"; $template = "\tzend_declare_class_constant_ex(class_entry, $nameCode, &const_{$constName}_value, %s, NULL);\n"; $flagsCode = generateVersionDependentFlagCode( $template, $this->getFlagsByPhpVersion(), $this->phpVersionIdMinimumCompatibility ); $code .= implode("", $flagsCode); $code .= "\tzend_string_release(const_{$constName}_name);\n"; return $code; } private function getValueAssertion(EvaluatedValue $value): string { if ($value->isUnknownConstValue \|\| $value->originatingConst \|\| $value->cConstValue === null) { return ""; } $cConstValue = $value->cConstValue; $constValue = $value->value; if ($value->type->isNull()) { return "\tZEND_ASSERT($cConstValue == NULL);\n"; } if ($value->type->isBool()) { $cValue = $constValue ? "true" : "false"; return "\tZEND_ASSERT($cConstValue == $cValue);\n"; } if ($value->type->isInt()) { $cValue = (int) $constValue; return "\tZEND_ASSERT($cConstValue == $cValue);\n"; } if ($value->type->isFloat()) { $cValue = (float) $constValue; return "\tZEND_ASSERT($cConstValue == $cValue);\n"; } if ($value->type->isString()) { $cValue = '"' . addslashes($constValue) . '"'; return "\tZEND_ASSERT(strcmp($cConstValue, $cValue) == 0);\n"; } throw new Exception("Unimplemented constant type"); } /** * @return array<int, string[]> / protected function getFlagsByPhpVersion(): array { $flags = parent::getFlagsByPhpVersion(); if ($this->isDeprecated) { $flags = $this->addFlagForVersionsAbove($flags, "ZEND_ACC_DEPRECATED", PHP_80_VERSION_ID); } if ($this->flags & Class_::MODIFIER_FINAL) { $flags = $this->addFlagForVersionsAbove($flags, "ZEND_ACC_FINAL", PHP_81_VERSION_ID); } return $flags; } protected function addModifiersToFieldSynopsis(DOMDocument $doc, DOMElement $fieldsynopsisElement): void { parent::addModifiersToFieldSynopsis($doc, $fieldsynopsisElement); if ($this->flags & Class_::MODIFIER_FINAL) { $fieldsynopsisElement->appendChild(new DOMText("\n ")); $fieldsynopsisElement->appendChild($doc->createElement("modifier", "final")); } $fieldsynopsisElement->appendChild(new DOMText("\n ")); $fieldsynopsisElement->appendChild($doc->createElement("modifier", "const")); } } class PropertyInfo extends VariableLike { public PropertyName $name; public ?Type $type; public ?Expr $defaultValue; public ?string $defaultValueString; public bool $isDocReadonly; public function __construct( PropertyName $name, int $flags, ?Type $type, ?Type $phpDocType, ?Expr $defaultValue, ?string $defaultValueString, bool $isDocReadonly, ?string $link, ?int $phpVersionIdMinimumCompatibility ) { $this->name = $name; $this->type = $type; $this->defaultValue = $defaultValue; $this->defaultValueString = $defaultValueString; $this->isDocReadonly = $isDocReadonly; parent::__construct($flags, $phpDocType, $link, $phpVersionIdMinimumCompatibility); } protected function getVariableTypeCode(): string { return "property"; } protected function getVariableTypeName(): string { return "property"; } protected function getVariableLikeName(): string { return $this->name->property; } protected function getFieldSynopsisDefaultLinkend(): string { $className = str_replace(["\\", "_"], ["-", "-"], $this->name->class->toLowerString()); return "$className.props." . strtolower(str_replace("_", "-", $this->name->property)); } protected function getFieldSynopsisName(): string { return $this->name->property; } /* * @param iterable<ConstInfo> $allConstInfos / protected function getFieldSynopsisValueString(iterable $allConstInfos): ?string { return $this->defaultValueString; } public function discardInfoForOldPhpVersions(): void { $this->type = null; $this->flags &= ~Class_::MODIFIER_READONLY; } /* * @param iterable<ConstInfo> $allConstInfos / public function getDeclaration(iterable $allConstInfos): string { $code = "\n"; $propertyName = $this->name->property; if ($this->defaultValue === null) { $defaultValue = EvaluatedValue::null(); } else { $defaultValue = EvaluatedValue::createFromExpression($this->defaultValue, null, null, $allConstInfos); if ($defaultValue->isUnknownConstValue \|\| ($defaultValue->originatingConst && $defaultValue->getCConstValue($allConstInfos) === null)) { echo "Skipping code generation for property $this->name, because it has an unknown constant default value\n"; return ""; } } $typeCode = ""; if ($this->type) { $arginfoType = $this->type->toArginfoType(); if ($arginfoType->hasClassType()) { if (count($arginfoType->classTypes) >= 2) { foreach ($arginfoType->classTypes as $classType) { $escapedClassName = $classType->toEscapedName(); $varEscapedClassName = $classType->toVarEscapedName(); $code .= "\tzend_string property_{$propertyName}_class_{$varEscapedClassName} = zend_string_init(\"{$escapedClassName}\", sizeof(\"{$escapedClassName}\") - 1, 1);\n"; } $classTypeCount = count($arginfoType->classTypes); $code .= "\tzend_type_list property_{$propertyName}_type_list = malloc(ZEND_TYPE_LIST_SIZE($classTypeCount));\n"; $code .= "\tproperty_{$propertyName}_type_list->num_types = $classTypeCount;\n"; foreach ($arginfoType->classTypes as $k => $classType) { $escapedClassName = $classType->toEscapedName(); $code .= "\tproperty_{$propertyName}_type_list->types[$k] = (zend_type) ZEND_TYPE_INIT_CLASS(property_{$propertyName}_class_{$escapedClassName}, 0, 0);\n"; } $typeMaskCode = $this->type->toArginfoType()->toTypeMask(); if ($this->type->isIntersection) { $code .= "\tzend_type property_{$propertyName}_type = ZEND_TYPE_INIT_INTERSECTION(property_{$propertyName}_type_list, $typeMaskCode);\n"; } else { $code .= "\tzend_type property_{$propertyName}_type = ZEND_TYPE_INIT_UNION(property_{$propertyName}_type_list, $typeMaskCode);\n"; } $typeCode = "property_{$propertyName}_type"; } else { $escapedClassName = $arginfoType->classTypes[0]->toEscapedName(); $varEscapedClassName = $arginfoType->classTypes[0]->toVarEscapedName(); $code .= "\tzend_string property_{$propertyName}_class_{$varEscapedClassName} = zend_string_init(\"{$escapedClassName}\", sizeof(\"{$escapedClassName}\")-1, 1);\n"; $typeCode = "(zend_type) ZEND_TYPE_INIT_CLASS(property_{$propertyName}_class_{$varEscapedClassName}, 0, " . $arginfoType->toTypeMask() . ")"; } } else { $typeCode = "(zend_type) ZEND_TYPE_INIT_MASK(" . $arginfoType->toTypeMask() . ")"; } } $zvalName = "property_{$this->name->property}_default_value"; if ($this->defaultValue === null && $this->type !== null) { $code .= "\tzval $zvalName;\n\tZVAL_UNDEF(&$zvalName);\n"; } else { $code .= $defaultValue->initializeZval($zvalName, $allConstInfos); } $code .= "\tzend_string property_{$propertyName}_name = zend_string_init(\"$propertyName\", sizeof(\"$propertyName\") - 1, 1);\n"; $nameCode = "property_{$propertyName}_name"; if ($this->type !== null) { $template = "\tzend_declare_typed_property(class_entry, $nameCode, &$zvalName, %s, NULL, $typeCode);\n"; } else { $template = "\tzend_declare_property_ex(class_entry, $nameCode, &$zvalName, %s, NULL);\n"; } $flagsCode = generateVersionDependentFlagCode( $template, $this->getFlagsByPhpVersion(), $this->phpVersionIdMinimumCompatibility ); $code .= implode("", $flagsCode); $code .= "\tzend_string_release(property_{$propertyName}_name);\n"; return $code; } /* * @return array<int, string[]> / protected function getFlagsByPhpVersion(): array { $flags = parent::getFlagsByPhpVersion(); if ($this->flags & Class_::MODIFIER_STATIC) { $flags = $this->addFlagForVersionsAbove($flags, "ZEND_ACC_STATIC", PHP_70_VERSION_ID); } if ($this->flags & Class_::MODIFIER_READONLY) { $flags = $this->addFlagForVersionsAbove($flags, "ZEND_ACC_READONLY", PHP_81_VERSION_ID); } return $flags; } protected function addModifiersToFieldSynopsis(DOMDocument $doc, DOMElement $fieldsynopsisElement): void { parent::addModifiersToFieldSynopsis($doc, $fieldsynopsisElement); if ($this->flags & Class_::MODIFIER_STATIC) { $fieldsynopsisElement->appendChild(new DOMText("\n ")); $fieldsynopsisElement->appendChild($doc->createElement("modifier", "static")); } if ($this->flags & Class_::MODIFIER_READONLY \|\| $this->isDocReadonly) { $fieldsynopsisElement->appendChild(new DOMText("\n ")); $fieldsynopsisElement->appendChild($doc->createElement("modifier", "readonly")); } } protected function addTypeToFieldSynopsis(DOMDocument $doc, DOMElement $fieldsynopsisElement): void { $type = $this->phpDocType ?? $this->type; if ($type) { $fieldsynopsisElement->appendChild(new DOMText("\n ")); $fieldsynopsisElement->appendChild($type->getTypeForDoc($doc)); } } public function __clone() { if ($this->type) { $this->type = clone $this->type; } } } class EnumCaseInfo { public string $name; public ?Expr $value; public function __construct(string $name, ?Expr $value) { $this->name = $name; $this->value = $value; } /* * @param iterable<ConstInfo> $allConstInfos / public function getDeclaration(iterable $allConstInfos): string { $escapedName = addslashes($this->name); if ($this->value === null) { $code = "\n\tzend_enum_add_case_cstr(class_entry, \"$escapedName\", NULL);\n"; } else { $value = EvaluatedValue::createFromExpression($this->value, null, null, $allConstInfos); $zvalName = "enum_case_{$escapedName}_value"; $code = "\n" . $value->initializeZval($zvalName, $allConstInfos); $code .= "\tzend_enum_add_case_cstr(class_entry, \"$escapedName\", &$zvalName);\n"; } return $code; } } class AttributeInfo { public string $class; /* @var \PhpParser\Node\Arg[] / public array $args; /* @param \PhpParser\Node\Arg[] $args / public function __construct(string $class, array $args) { $this->class = $class; $this->args = $args; } /* @param iterable<ConstInfo> $allConstInfos / public function generateCode(string $invocation, string $nameSuffix, iterable $allConstInfos): string { / see ZEND_KNOWN_STRINGS in Zend/strings.h / static $knowns = [ "SensitiveParameter" => "ZEND_STR_SENSITIVEPARAMETER", ]; $code = "\n"; $escapedAttributeName = strtr($this->class, '\\', '_'); if (isset($knowns[$escapedAttributeName])) { $code .= "\t" . ($this->args ? "zend_attribute attribute_{$escapedAttributeName}_$nameSuffix = " : "") . "$invocation, ZSTR_KNOWN({$knowns[$escapedAttributeName]}), " . count($this->args) . ");\n"; } else { $code .= "\tzend_string attribute_name_{$escapedAttributeName}_$nameSuffix = zend_string_init_interned(\"" . addcslashes($this->class, "\\") . "\", sizeof(\"" . addcslashes($this->class, "\\") . "\") - 1, 1);\n"; $code .= "\t" . ($this->args ? "zend_attribute attribute_{$escapedAttributeName}_$nameSuffix = " : "") . "$invocation, attribute_name_{$escapedAttributeName}_$nameSuffix, " . count($this->args) . ");\n"; $code .= "\tzend_string_release(attribute_name_{$escapedAttributeName}_$nameSuffix);\n"; } foreach ($this->args as $i => $arg) { $value = EvaluatedValue::createFromExpression($arg->value, null, null, $allConstInfos); $zvalName = "attribute_{$escapedAttributeName}_{$nameSuffix}_arg$i"; $code .= $value->initializeZval($zvalName, $allConstInfos); $code .= "\tZVAL_COPY_VALUE(&attribute_{$escapedAttributeName}_{$nameSuffix}->args[$i].value, &$zvalName);\n"; if ($arg->name) { $code .= "\tattribute_{$escapedAttributeName}_{$nameSuffix}->args[$i].name = zend_string_init(\"{$arg->name->name}\", sizeof(\"{$arg->name->name}\") - 1, 1);\n"; } } return $code; } } class ClassInfo { public Name $name; public int $flags; public string $type; public ?string $alias; public ?SimpleType $enumBackingType; public bool $isDeprecated; public bool $isStrictProperties; /** @var AttributeInfo[] / public array $attributes; public bool $isNotSerializable; /* @var Name[] / public array $extends; /* @var Name[] / public array $implements; /* @var ConstInfo[] / public array $constInfos; /* @var PropertyInfo[] / public array $propertyInfos; /* @var FuncInfo[] / public array $funcInfos; /* @var EnumCaseInfo[] / public array $enumCaseInfos; public ?string $cond; public ?int $phpVersionIdMinimumCompatibility; public bool $isUndocumentable; /* * @param AttributeInfo[] $attributes * @param Name[] $extends * @param Name[] $implements * @param ConstInfo[] $constInfos * @param PropertyInfo[] $propertyInfos * @param FuncInfo[] $funcInfos * @param EnumCaseInfo[] $enumCaseInfos / public function __construct( Name $name, int $flags, string $type, ?string $alias, ?SimpleType $enumBackingType, bool $isDeprecated, bool $isStrictProperties, array $attributes, bool $isNotSerializable, array $extends, array $implements, array $constInfos, array $propertyInfos, array $funcInfos, array $enumCaseInfos, ?string $cond, ?int $minimumPhpVersionIdCompatibility, bool $isUndocumentable ) { $this->name = $name; $this->flags = $flags; $this->type = $type; $this->alias = $alias; $this->enumBackingType = $enumBackingType; $this->isDeprecated = $isDeprecated; $this->isStrictProperties = $isStrictProperties; $this->attributes = $attributes; $this->isNotSerializable = $isNotSerializable; $this->extends = $extends; $this->implements = $implements; $this->constInfos = $constInfos; $this->propertyInfos = $propertyInfos; $this->funcInfos = $funcInfos; $this->enumCaseInfos = $enumCaseInfos; $this->cond = $cond; $this->phpVersionIdMinimumCompatibility = $minimumPhpVersionIdCompatibility; $this->isUndocumentable = $isUndocumentable; } /* * @param ConstInfo[] $allConstInfos / public function getRegistration(iterable $allConstInfos): string { $params = []; foreach ($this->extends as $extends) { $params[] = "zend_class_entry class_entry_" . implode("_", $extends->parts); } foreach ($this->implements as $implements) { $params[] = "zend_class_entry class_entry_" . implode("_", $implements->parts); } $escapedName = implode("_", $this->name->parts); $code = ''; $php81MinimumCompatibility = $this->phpVersionIdMinimumCompatibility === null \|\| $this->phpVersionIdMinimumCompatibility >= PHP_81_VERSION_ID; $php82MinimumCompatibility = $this->phpVersionIdMinimumCompatibility === null \|\| $this->phpVersionIdMinimumCompatibility >= PHP_82_VERSION_ID; if ($this->type === "enum" && !$php81MinimumCompatibility) { $code .= "#if (PHP_VERSION_ID >= " . PHP_81_VERSION_ID . ")\n"; } if ($this->cond) { $code .= "#if {$this->cond}\n"; } $code .= "static zend_class_entry register_class_$escapedName(" . (empty($params) ? "void" : implode(", ", $params)) . ")\n"; $code .= "{\n"; if ($this->type === "enum") { $name = addslashes((string) $this->name); $backingType = $this->enumBackingType ? $this->enumBackingType->toTypeCode() : "IS_UNDEF"; $code .= "\tzend_class_entry class_entry = zend_register_internal_enum(\"$name\", $backingType, class_{$escapedName}_methods);\n"; } else { $code .= "\tzend_class_entry ce, class_entry;\n\n"; if (count($this->name->parts) > 1) { $className = $this->name->getLast(); $namespace = addslashes((string) $this->name->slice(0, -1)); $code .= "\tINIT_NS_CLASS_ENTRY(ce, \"$namespace\", \"$className\", class_{$escapedName}_methods);\n"; } else { $code .= "\tINIT_CLASS_ENTRY(ce, \"$this->name\", class_{$escapedName}_methods);\n"; } if ($this->type === "class" \|\| $this->type === "trait") { $code .= "\tclass_entry = zend_register_internal_class_ex(&ce, " . (isset($this->extends[0]) ? "class_entry_" . str_replace("\\", "_", $this->extends[0]->toString()) : "NULL") . ");\n"; } else { $code .= "\tclass_entry = zend_register_internal_interface(&ce);\n"; } } $flagCodes = generateVersionDependentFlagCode("\tclass_entry->ce_flags \|= %s;\n", $this->getFlagsByPhpVersion(), $this->phpVersionIdMinimumCompatibility); $code .= implode("", $flagCodes); $implements = array_map( function (Name $item) { return "class_entry_" . implode("_", $item->parts); }, $this->type === "interface" ? $this->extends : $this->implements ); if (!empty($implements)) { $code .= "\tzend_class_implements(class_entry, " . count($implements) . ", " . implode(", ", $implements) . ");\n"; } if ($this->alias) { $code .= "\tzend_register_class_alias(\"" . str_replace("\\", "\\\\", $this->alias) . "\", class_entry);\n"; } foreach ($this->constInfos as $const) { $code .= $const->getDeclaration($allConstInfos); } foreach ($this->enumCaseInfos as $enumCase) { $code .= $enumCase->getDeclaration($allConstInfos); } foreach ($this->propertyInfos as $property) { $code .= $property->getDeclaration($allConstInfos); } if (!empty($this->attributes)) { if (!$php82MinimumCompatibility) { $code .= "\n#if (PHP_VERSION_ID >= " . PHP_82_VERSION_ID . ")"; } foreach ($this->attributes as $attribute) { $code .= $attribute->generateCode("zend_add_class_attribute(class_entry", "class_$escapedName", $allConstInfos); } if (!$php82MinimumCompatibility) { $code .= "#endif\n"; } } if ($attributeInitializationCode = generateAttributeInitialization($this->funcInfos, $allConstInfos, $this->cond)) { if (!$php82MinimumCompatibility) { $code .= "#if (PHP_VERSION_ID >= " . PHP_82_VERSION_ID . ")\n"; } $code .= "\n" . $attributeInitializationCode; if (!$php82MinimumCompatibility) { $code .= "#endif\n"; } } $code .= "\n\treturn class_entry;\n"; $code .= "}\n"; if ($this->cond) { $code .= "#endif\n"; } if ($this->type === "enum" && !$php81MinimumCompatibility) { $code .= "#endif\n"; } return $code; } /** * @return array<int, string[]> / private function getFlagsByPhpVersion(): array { $php70Flags = []; if ($this->type === "trait") { $php70Flags[] = "ZEND_ACC_TRAIT"; } if ($this->flags & Class_::MODIFIER_FINAL) { $php70Flags[] = "ZEND_ACC_FINAL"; } if ($this->flags & Class_::MODIFIER_ABSTRACT) { $php70Flags[] = "ZEND_ACC_ABSTRACT"; } if ($this->isDeprecated) { $php70Flags[] = "ZEND_ACC_DEPRECATED"; } $php80Flags = $php70Flags; if ($this->isStrictProperties) { $php80Flags[] = "ZEND_ACC_NO_DYNAMIC_PROPERTIES"; } $php81Flags = $php80Flags; if ($this->isNotSerializable) { $php81Flags[] = "ZEND_ACC_NOT_SERIALIZABLE"; } $php82Flags = $php81Flags; if ($this->flags & Class_::MODIFIER_READONLY) { $php82Flags[] = "ZEND_ACC_READONLY_CLASS"; } foreach ($this->attributes as $attr) { if ($attr->class === "AllowDynamicProperties") { $php82Flags[] = "ZEND_ACC_ALLOW_DYNAMIC_PROPERTIES"; break; } } return [ PHP_70_VERSION_ID => $php70Flags, PHP_80_VERSION_ID => $php80Flags, PHP_81_VERSION_ID => $php81Flags, PHP_82_VERSION_ID => $php82Flags, ]; } /* * @param array<string, ClassInfo> $classMap * @param iterable<ConstInfo> $allConstInfos * @param iterable<ConstInfo> $allConstInfo / public function getClassSynopsisDocument(array $classMap, iterable $allConstInfos): ?string { $doc = new DOMDocument(); $doc->formatOutput = true; $classSynopsis = $this->getClassSynopsisElement($doc, $classMap, $allConstInfos); if (!$classSynopsis) { return null; } $doc->appendChild($classSynopsis); return $doc->saveXML(); } /* * @param array<string, ClassInfo> $classMap * @param iterable<ConstInfo> $allConstInfos / public function getClassSynopsisElement(DOMDocument $doc, array $classMap, iterable $allConstInfos): ?DOMElement { $classSynopsis = $doc->createElement("classsynopsis"); $classSynopsis->appendChild(new DOMText("\n ")); $ooElement = self::createOoElement($doc, $this, true, false, false, 4); if (!$ooElement) { return null; } $classSynopsis->appendChild($ooElement); $classSynopsis->appendChild(new DOMText("\n\n ")); $classSynopsisInfo = $doc->createElement("classsynopsisinfo"); $classSynopsisInfo->appendChild(new DOMText("\n ")); $ooElement = self::createOoElement($doc, $this, false, true, false, 5); if (!$ooElement) { return null; } $classSynopsisInfo->appendChild($ooElement); $classSynopsis->appendChild($classSynopsisInfo); foreach ($this->extends as $k => $parent) { $parentInfo = $classMap[$parent->toString()] ?? null; if ($parentInfo === null) { throw new Exception("Missing parent class " . $parent->toString()); } $ooElement = self::createOoElement( $doc, $parentInfo, $this->type === "interface", false, $k === 0, 5 ); if (!$ooElement) { return null; } $classSynopsisInfo->appendChild(new DOMText("\n\n ")); $classSynopsisInfo->appendChild($ooElement); } foreach ($this->implements as $interface) { $interfaceInfo = $classMap[$interface->toString()] ?? null; if (!$interfaceInfo) { throw new Exception("Missing implemented interface " . $interface->toString()); } $ooElement = self::createOoElement($doc, $interfaceInfo, false, false, false, 5); if (!$ooElement) { return null; } $classSynopsisInfo->appendChild(new DOMText("\n\n ")); $classSynopsisInfo->appendChild($ooElement); } $classSynopsisInfo->appendChild(new DOMText("\n ")); /* @var array<string, Name> $parentsWithInheritedConstants / $parentsWithInheritedConstants = []; /* @var array<string, Name> $parentsWithInheritedProperties / $parentsWithInheritedProperties = []; /* @var array<int, array{name: Name, types: int[]}> $parentsWithInheritedMethods / $parentsWithInheritedMethods = []; $this->collectInheritedMembers( $parentsWithInheritedConstants, $parentsWithInheritedProperties, $parentsWithInheritedMethods, $this->hasConstructor(), $classMap ); $this->appendInheritedMemberSectionToClassSynopsis( $doc, $classSynopsis, $parentsWithInheritedConstants, "&Constants;", "&InheritedConstants;" ); if (!empty($this->constInfos)) { $classSynopsis->appendChild(new DOMText("\n\n ")); $classSynopsisInfo = $doc->createElement("classsynopsisinfo", "&Constants;"); $classSynopsisInfo->setAttribute("role", "comment"); $classSynopsis->appendChild($classSynopsisInfo); foreach ($this->constInfos as $constInfo) { $classSynopsis->appendChild(new DOMText("\n ")); $fieldSynopsisElement = $constInfo->getFieldSynopsisElement($doc, $allConstInfos); $classSynopsis->appendChild($fieldSynopsisElement); } } if (!empty($this->propertyInfos)) { $classSynopsis->appendChild(new DOMText("\n\n ")); $classSynopsisInfo = $doc->createElement("classsynopsisinfo", "&Properties;"); $classSynopsisInfo->setAttribute("role", "comment"); $classSynopsis->appendChild($classSynopsisInfo); foreach ($this->propertyInfos as $propertyInfo) { $classSynopsis->appendChild(new DOMText("\n ")); $fieldSynopsisElement = $propertyInfo->getFieldSynopsisElement($doc, $allConstInfos); $classSynopsis->appendChild($fieldSynopsisElement); } } $this->appendInheritedMemberSectionToClassSynopsis( $doc, $classSynopsis, $parentsWithInheritedProperties, "&Properties;", "&InheritedProperties;" ); if (!empty($this->funcInfos)) { $classSynopsis->appendChild(new DOMText("\n\n ")); $classSynopsisInfo = $doc->createElement("classsynopsisinfo", "&Methods;"); $classSynopsisInfo->setAttribute("role", "comment"); $classSynopsis->appendChild($classSynopsisInfo); $classReference = self::getClassSynopsisReference($this->name); $escapedName = addslashes($this->name->__toString()); if ($this->hasConstructor()) { $classSynopsis->appendChild(new DOMText("\n ")); $includeElement = $this->createIncludeElement( $doc, "xmlns(db=http://docbook.org/ns/docbook) xpointer(id('$classReference')/db:refentry/db:refsect1[@role='description']/descendant::db:constructorsynopsis[@role='$escapedName'])" ); $classSynopsis->appendChild($includeElement); } if ($this->hasMethods()) { $classSynopsis->appendChild(new DOMText("\n ")); $includeElement = $this->createIncludeElement( $doc, "xmlns(db=http://docbook.org/ns/docbook) xpointer(id('$classReference')/db:refentry/db:refsect1[@role='description']/descendant::db:methodsynopsis[@role='$escapedName'])" ); $classSynopsis->appendChild($includeElement); } if ($this->hasDestructor()) { $classSynopsis->appendChild(new DOMText("\n ")); $includeElement = $this->createIncludeElement( $doc, "xmlns(db=http://docbook.org/ns/docbook) xpointer(id('$classReference')/db:refentry/db:refsect1[@role='description']/descendant::db:destructorsynopsis[@role='$escapedName'])" ); $classSynopsis->appendChild($includeElement); } } if (!empty($parentsWithInheritedMethods)) { $classSynopsis->appendChild(new DOMText("\n\n ")); $classSynopsisInfo = $doc->createElement("classsynopsisinfo", "&InheritedMethods;"); $classSynopsisInfo->setAttribute("role", "comment"); $classSynopsis->appendChild($classSynopsisInfo); foreach ($parentsWithInheritedMethods as $parent) { $parentName = $parent["name"]; $parentMethodsynopsisTypes = $parent["types"]; $parentReference = self::getClassSynopsisReference($parentName); $escapedParentName = addslashes($parentName->__toString()); foreach ($parentMethodsynopsisTypes as $parentMethodsynopsisType) { $classSynopsis->appendChild(new DOMText("\n ")); $includeElement = $this->createIncludeElement( $doc, "xmlns(db=http://docbook.org/ns/docbook) xpointer(id('$parentReference')/db:refentry/db:refsect1[@role='description']/descendant::db:{$parentMethodsynopsisType}[@role='$escapedParentName'])" ); $classSynopsis->appendChild($includeElement); } } } $classSynopsis->appendChild(new DOMText("\n ")); return $classSynopsis; } private static function createOoElement( DOMDocument $doc, ClassInfo $classInfo, bool $overrideToClass, bool $withModifiers, bool $isExtends, int $indentationLevel ): ?DOMElement { $indentation = str_repeat(" ", $indentationLevel); if ($classInfo->type !== "class" && $classInfo->type !== "interface") { echo "Class synopsis generation is not implemented for " . $classInfo->type . "\n"; return null; } $type = $overrideToClass ? "class" : $classInfo->type; $ooElement = $doc->createElement("oo$type"); $ooElement->appendChild(new DOMText("\n$indentation ")); if ($isExtends) { $ooElement->appendChild($doc->createElement('modifier', 'extends')); $ooElement->appendChild(new DOMText("\n$indentation ")); } elseif ($withModifiers) { if ($classInfo->flags & Class_::MODIFIER_FINAL) { $ooElement->appendChild($doc->createElement('modifier', 'final')); $ooElement->appendChild(new DOMText("\n$indentation ")); } if ($classInfo->flags & Class_::MODIFIER_ABSTRACT) { $ooElement->appendChild($doc->createElement('modifier', 'abstract')); $ooElement->appendChild(new DOMText("\n$indentation ")); } } $nameElement = $doc->createElement("{$type}name", $classInfo->name->toString()); $ooElement->appendChild($nameElement); $ooElement->appendChild(new DOMText("\n$indentation")); return $ooElement; } public static function getClassSynopsisFilename(Name $name): string { return strtolower(str_replace("_", "-", implode('-', $name->parts))); } public static function getClassSynopsisReference(Name $name): string { return "class." . self::getClassSynopsisFilename($name); } /* * @param array<string, Name> $parentsWithInheritedConstants * @param array<string, Name> $parentsWithInheritedProperties * @param array<string, array{name: Name, types: int[]}> $parentsWithInheritedMethods * @param array<string, ClassInfo> $classMap / private function collectInheritedMembers( array &$parentsWithInheritedConstants, array &$parentsWithInheritedProperties, array &$parentsWithInheritedMethods, bool $hasConstructor, array $classMap ): void { foreach ($this->extends as $parent) { $parentInfo = $classMap[$parent->toString()] ?? null; $parentName = $parent->toString(); if (!$parentInfo) { throw new Exception("Missing parent class $parentName"); } if (!empty($parentInfo->constInfos) && !isset($parentsWithInheritedConstants[$parentName])) { $parentsWithInheritedConstants[] = $parent; } if (!empty($parentInfo->propertyInfos) && !isset($parentsWithInheritedProperties[$parentName])) { $parentsWithInheritedProperties[$parentName] = $parent; } if (!$hasConstructor && $parentInfo->hasNonPrivateConstructor()) { $parentsWithInheritedMethods[$parentName]["name"] = $parent; $parentsWithInheritedMethods[$parentName]["types"][] = "constructorsynopsis"; } if ($parentInfo->hasMethods()) { $parentsWithInheritedMethods[$parentName]["name"] = $parent; $parentsWithInheritedMethods[$parentName]["types"][] = "methodsynopsis"; } if ($parentInfo->hasDestructor()) { $parentsWithInheritedMethods[$parentName]["name"] = $parent; $parentsWithInheritedMethods[$parentName]["types"][] = "destructorsynopsis"; } $parentInfo->collectInheritedMembers( $parentsWithInheritedConstants, $parentsWithInheritedProperties, $parentsWithInheritedMethods, $hasConstructor, $classMap ); } foreach ($this->implements as $parent) { $parentInfo = $classMap[$parent->toString()] ?? null; if (!$parentInfo) { throw new Exception("Missing parent interface " . $parent->toString()); } if (!empty($parentInfo->constInfos) && !isset($parentsWithInheritedConstants[$parent->toString()])) { $parentsWithInheritedConstants[$parent->toString()] = $parent; } $unusedParentsWithInheritedProperties = []; $unusedParentsWithInheritedMethods = []; $parentInfo->collectInheritedMembers( $parentsWithInheritedConstants, $unusedParentsWithInheritedProperties, $unusedParentsWithInheritedMethods, $hasConstructor, $classMap ); } } private function hasConstructor(): bool { foreach ($this->funcInfos as $funcInfo) { if ($funcInfo->name->isConstructor()) { return true; } } return false; } private function hasNonPrivateConstructor(): bool { foreach ($this->funcInfos as $funcInfo) { if ($funcInfo->name->isConstructor() && !($funcInfo->flags & Class_::MODIFIER_PRIVATE)) { return true; } } return false; } private function hasDestructor(): bool { foreach ($this->funcInfos as $funcInfo) { if ($funcInfo->name->isDestructor()) { return true; } } return false; } private function hasMethods(): bool { foreach ($this->funcInfos as $funcInfo) { if (!$funcInfo->name->isConstructor() && !$funcInfo->name->isDestructor()) { return true; } } return false; } private function createIncludeElement(DOMDocument $doc, string $query): DOMElement { $includeElement = $doc->createElement("xi:include"); $attr = $doc->createAttribute("xpointer"); $attr->value = $query; $includeElement->appendChild($attr); $fallbackElement = $doc->createElement("xi:fallback"); $includeElement->appendChild(new DOMText("\n ")); $includeElement->appendChild($fallbackElement); $includeElement->appendChild(new DOMText("\n ")); return $includeElement; } public function __clone() { foreach ($this->propertyInfos as $key => $propertyInfo) { $this->propertyInfos[$key] = clone $propertyInfo; } foreach ($this->funcInfos as $key => $funcInfo) { $this->funcInfos[$key] = clone $funcInfo; } } /* * @param Name[] $parents / private function appendInheritedMemberSectionToClassSynopsis(DOMDocument $doc, DOMElement $classSynopsis, array $parents, string $label, string $inheritedLabel): void { if (empty($parents)) { return; } $classSynopsis->appendChild(new DOMText("\n\n ")); $classSynopsisInfo = $doc->createElement("classsynopsisinfo", "$inheritedLabel"); $classSynopsisInfo->setAttribute("role", "comment"); $classSynopsis->appendChild($classSynopsisInfo); foreach ($parents as $parent) { $classSynopsis->appendChild(new DOMText("\n ")); $parentReference = self::getClassSynopsisReference($parent); $includeElement = $this->createIncludeElement( $doc, "xmlns(db=http://docbook.org/ns/docbook) xpointer(id('$parentReference')/db:partintro/db:section/db:classsynopsis/db:fieldsynopsis[preceding-sibling::db:classsynopsisinfo[1][@role='comment' and text()='$label']]))" ); $classSynopsis->appendChild($includeElement); } } } class FileInfo { /* @var string[] / public array $dependencies = []; /* @var ConstInfo[] / public array $constInfos = []; /* @var FuncInfo[] / public array $funcInfos = []; /* @var ClassInfo[] / public array $classInfos = []; public bool $generateFunctionEntries = false; public string $declarationPrefix = ""; public ?int $generateLegacyArginfoForPhpVersionId = null; public bool $generateClassEntries = false; public bool $isUndocumentable = false; /* * @return iterable<FuncInfo> / public function getAllFuncInfos(): iterable { yield from $this->funcInfos; foreach ($this->classInfos as $classInfo) { yield from $classInfo->funcInfos; } } /* * @return iterable<ConstInfo> / public function getAllConstInfos(): iterable { $result = $this->constInfos; foreach ($this->classInfos as $classInfo) { $result = array_merge($result, $classInfo->constInfos); } return $result; } /* * @return iterable<PropertyInfo> / public function getAllPropertyInfos(): iterable { foreach ($this->classInfos as $classInfo) { yield from $classInfo->propertyInfos; } } public function __clone() { foreach ($this->funcInfos as $key => $funcInfo) { $this->funcInfos[$key] = clone $funcInfo; } foreach ($this->classInfos as $key => $classInfo) { $this->classInfos[$key] = clone $classInfo; } } } class DocCommentTag { public string $name; public ?string $value; public function __construct(string $name, ?string $value) { $this->name = $name; $this->value = $value; } public function getValue(): string { if ($this->value === null) { throw new Exception("@$this->name does not have a value"); } return $this->value; } public function getType(): string { $value = $this->getValue(); $matches = []; if ($this->name === "param") { preg_match('/^\s([\w\\|\\\\\[\]<>, ]+)\s\$\w+.$/', $value, $matches); } elseif ($this->name === "return" \|\| $this->name === "var") { preg_match('/^\s([\w\\|\\\\\[\]<>, ]+)/', $value, $matches); } if (!isset($matches[1])) { throw new Exception("@$this->name doesn't contain a type or has an invalid format \"$value\""); } return trim($matches[1]); } public function getVariableName(): string { $value = $this->value; if ($value === null \|\| strlen($value) === 0) { throw new Exception("@$this->name doesn't have any value"); } $matches = []; if ($this->name === "param") { preg_match('/^\s[\w\\|\\\\\[\]]+\s\$(\w+).$/', $value, $matches); } elseif ($this->name === "prefer-ref") { preg_match('/^\s\$(\w+).$/', $value, $matches); } if (!isset($matches[1])) { throw new Exception("@$this->name doesn't contain a variable name or has an invalid format \"$value\""); } return $matches[1]; } } /** @return DocCommentTag[] / function parseDocComment(DocComment $comment): array { $commentText = substr($comment->getText(), 2, -2); $tags = []; foreach (explode("\n", $commentText) as $commentLine) { $regex = '/^\\s@([a-z-]+)(?:\s+(.+))?$/'; if (preg_match($regex, trim($commentLine), $matches)) { $tags[] = new DocCommentTag($matches[1], $matches[2] ?? null); } } return $tags; } function parseFunctionLike( PrettyPrinterAbstract $prettyPrinter, FunctionOrMethodName $name, int $classFlags, int $flags, Node\FunctionLike $func, ?string $cond, bool $isUndocumentable ): FuncInfo { try { $comment = $func->getDocComment(); $paramMeta = []; $aliasType = null; $alias = null; $isDeprecated = false; $supportsCompileTimeEval = false; $verify = true; $docReturnType = null; $tentativeReturnType = false; $docParamTypes = []; $refcount = null; if ($comment) { $tags = parseDocComment($comment); foreach ($tags as $tag) { switch ($tag->name) { case 'alias': case 'implementation-alias': $aliasType = $tag->name; $aliasParts = explode("::", $tag->getValue()); if (count($aliasParts) === 1) { $alias = new FunctionName(new Name($aliasParts[0])); } else { $alias = new MethodName(new Name($aliasParts[0]), $aliasParts[1]); } break; case 'deprecated': $isDeprecated = true; break; case 'no-verify': $verify = false; break; case 'tentative-return-type': $tentativeReturnType = true; break; case 'return': $docReturnType = $tag->getType(); break; case 'param': $docParamTypes[$tag->getVariableName()] = $tag->getType(); break; case 'refcount': $refcount = $tag->getValue(); break; case 'compile-time-eval': $supportsCompileTimeEval = true; break; case 'prefer-ref': $varName = $tag->getVariableName(); if (!isset($paramMeta[$varName])) { $paramMeta[$varName] = []; } $paramMeta[$varName][$tag->name] = true; break; case 'undocumentable': $isUndocumentable = true; break; } } } $varNameSet = []; $args = []; $numRequiredArgs = 0; $foundVariadic = false; foreach ($func->getParams() as $i => $param) { $varName = $param->var->name; $preferRef = !empty($paramMeta[$varName]['prefer-ref']); $attributes = []; foreach ($param->attrGroups as $attrGroup) { foreach ($attrGroup->attrs as $attr) { $attributes[] = new AttributeInfo($attr->name->toString(), $attr->args); } } unset($paramMeta[$varName]); if (isset($varNameSet[$varName])) { throw new Exception("Duplicate parameter name $varName"); } $varNameSet[$varName] = true; if ($preferRef) { $sendBy = ArgInfo::SEND_PREFER_REF; } else if ($param->byRef) { $sendBy = ArgInfo::SEND_BY_REF; } else { $sendBy = ArgInfo::SEND_BY_VAL; } if ($foundVariadic) { throw new Exception("Only the last parameter can be variadic"); } $type = $param->type ? Type::fromNode($param->type) : null; if ($type === null && !isset($docParamTypes[$varName])) { throw new Exception("Missing parameter type"); } if ($param->default instanceof Expr\ConstFetch && $param->default->name->toLowerString() === "null" && $type && !$type->isNullable() ) { $simpleType = $type->tryToSimpleType(); if ($simpleType === null) { throw new Exception("Parameter $varName has null default, but is not nullable"); } } if ($param->default instanceof Expr\ClassConstFetch && $param->default->class->toLowerString() === "self") { throw new Exception('The exact class name must be used instead of "self"'); } $foundVariadic = $param->variadic; $args[] = new ArgInfo( $varName, $sendBy, $param->variadic, $type, isset($docParamTypes[$varName]) ? Type::fromString($docParamTypes[$varName]) : null, $param->default ? $prettyPrinter->prettyPrintExpr($param->default) : null, $attributes ); if (!$param->default && !$param->variadic) { $numRequiredArgs = $i + 1; } } foreach (array_keys($paramMeta) as $var) { throw new Exception("Found metadata for invalid param $var"); } $returnType = $func->getReturnType(); if ($returnType === null && $docReturnType === null && !$name->isConstructor() && !$name->isDestructor()) { throw new Exception("Missing return type"); } $return = new ReturnInfo( $func->returnsByRef(), $returnType ? Type::fromNode($returnType) : null, $docReturnType ? Type::fromString($docReturnType) : null, $tentativeReturnType, $refcount ); return new FuncInfo( $name, $classFlags, $flags, $aliasType, $alias, $isDeprecated, $supportsCompileTimeEval, $verify, $args, $return, $numRequiredArgs, $cond, $isUndocumentable ); } catch (Exception $e) { throw new Exception($name . "(): " .$e->getMessage()); } } function parseConstLike( PrettyPrinterAbstract $prettyPrinter, ConstOrClassConstName $name, Node\Const_ $const, int $flags, ?DocComment $docComment, ?string $cond, ?int $phpVersionIdMinimumCompatibility ): ConstInfo { $phpDocType = null; $deprecated = false; $cValue = null; $link = null; if ($docComment) { $tags = parseDocComment($docComment); foreach ($tags as $tag) { if ($tag->name === 'var') { $phpDocType = $tag->getType(); } elseif ($tag->name === 'deprecated') { $deprecated = true; } elseif ($tag->name === 'cvalue') { $cValue = $tag->value; } elseif ($tag->name === 'link') { $link = $tag->value; } } } if ($phpDocType === null) { throw new Exception("Missing type for constant " . $name->__toString()); } return new ConstInfo( $name, $flags, $const->value, $prettyPrinter->prettyPrintExpr($const->value), Type::fromString($phpDocType), $deprecated, $cond, $cValue, $link, $phpVersionIdMinimumCompatibility ); } function parseProperty( Name $class, int $flags, Stmt\PropertyProperty $property, ?Node $type, ?DocComment $comment, PrettyPrinterAbstract $prettyPrinter, ?int $phpVersionIdMinimumCompatibility ): PropertyInfo { $phpDocType = null; $isDocReadonly = false; $link = null; if ($comment) { $tags = parseDocComment($comment); foreach ($tags as $tag) { if ($tag->name === 'var') { $phpDocType = $tag->getType(); } elseif ($tag->name === 'readonly') { $isDocReadonly = true; } elseif ($tag->name === 'link') { $link = $tag->value; } } } $propertyType = $type ? Type::fromNode($type) : null; if ($propertyType === null && !$phpDocType) { throw new Exception("Missing type for property $class::\$$property->name"); } if ($property->default instanceof Expr\ConstFetch && $property->default->name->toLowerString() === "null" && $propertyType && !$propertyType->isNullable() ) { $simpleType = $propertyType->tryToSimpleType(); if ($simpleType === null) { throw new Exception( "Property $class::\$$property->name has null default, but is not nullable"); } } return new PropertyInfo( new PropertyName($class, $property->name->__toString()), $flags, $propertyType, $phpDocType ? Type::fromString($phpDocType) : null, $property->default, $property->default ? $prettyPrinter->prettyPrintExpr($property->default) : null, $isDocReadonly, $link, $phpVersionIdMinimumCompatibility ); } /* * @param ConstInfo[] $consts * @param PropertyInfo[] $properties * @param FuncInfo[] $methods * @param EnumCaseInfo[] $enumCases / function parseClass( Name $name, Stmt\ClassLike $class, array $consts, array $properties, array $methods, array $enumCases, ?string $cond, ?int $minimumPhpVersionIdCompatibility, bool $isUndocumentable ): ClassInfo { $flags = $class instanceof Class_ ? $class->flags : 0; $comment = $class->getDocComment(); $alias = null; $isDeprecated = false; $isStrictProperties = false; $isNotSerializable = false; $allowsDynamicProperties = false; $attributes = []; if ($comment) { $tags = parseDocComment($comment); foreach ($tags as $tag) { if ($tag->name === 'alias') { $alias = $tag->getValue(); } else if ($tag->name === 'deprecated') { $isDeprecated = true; } else if ($tag->name === 'strict-properties') { $isStrictProperties = true; } else if ($tag->name === 'not-serializable') { $isNotSerializable = true; } else if ($tag->name === 'undocumentable') { $isUndocumentable = true; } } } foreach ($class->attrGroups as $attrGroup) { foreach ($attrGroup->attrs as $attr) { $attributes[] = new AttributeInfo($attr->name->toString(), $attr->args); switch ($attr->name->toString()) { case 'AllowDynamicProperties': $allowsDynamicProperties = true; break; } } } if ($isStrictProperties && $allowsDynamicProperties) { throw new Exception("A class may not have '@strict-properties' and '#[\\AllowDynamicProperties]' at the same time."); } $extends = []; $implements = []; if ($class instanceof Class_) { $classKind = "class"; if ($class->extends) { $extends[] = $class->extends; } $implements = $class->implements; } elseif ($class instanceof Interface_) { $classKind = "interface"; $extends = $class->extends; } else if ($class instanceof Trait_) { $classKind = "trait"; } else if ($class instanceof Enum_) { $classKind = "enum"; $implements = $class->implements; } else { throw new Exception("Unknown class kind " . get_class($class)); } if ($isUndocumentable) { foreach ($methods as $method) { $method->isUndocumentable = true; } } return new ClassInfo( $name, $flags, $classKind, $alias, $class instanceof Enum_ && $class->scalarType !== null ? SimpleType::fromNode($class->scalarType) : null, $isDeprecated, $isStrictProperties, $attributes, $isNotSerializable, $extends, $implements, $consts, $properties, $methods, $enumCases, $cond, $minimumPhpVersionIdCompatibility, $isUndocumentable ); } function handlePreprocessorConditions(array &$conds, Stmt $stmt): ?string { foreach ($stmt->getComments() as $comment) { $text = trim($comment->getText()); if (preg_match('/^#\sif\s+(.+)$/', $text, $matches)) { $conds[] = $matches[1]; } else if (preg_match('/^#\sifdef\s+(.+)$/', $text, $matches)) { $conds[] = "defined($matches[1])"; } else if (preg_match('/^#\sifndef\s+(.+)$/', $text, $matches)) { $conds[] = "!defined($matches[1])"; } else if (preg_match('/^#\selse$/', $text)) { if (empty($conds)) { throw new Exception("Encountered else without corresponding #if"); } $cond = array_pop($conds); $conds[] = "!($cond)"; } else if (preg_match('/^#\sendif$/', $text)) { if (empty($conds)) { throw new Exception("Encountered #endif without corresponding #if"); } array_pop($conds); } else if ($text[0] === '#') { throw new Exception("Unrecognized preprocessor directive \"$text\""); } } return empty($conds) ? null : implode(' && ', $conds); } function getFileDocComment(array $stmts): ?DocComment { if (empty($stmts)) { return null; } $comments = $stmts[0]->getComments(); if (empty($comments)) { return null; } if ($comments[0] instanceof DocComment) { return $comments[0]; } return null; } function handleStatements(FileInfo $fileInfo, array $stmts, PrettyPrinterAbstract $prettyPrinter) { $conds = []; foreach ($stmts as $stmt) { if ($stmt instanceof Stmt\Nop) { continue; } if ($stmt instanceof Stmt\Namespace_) { handleStatements($fileInfo, $stmt->stmts, $prettyPrinter); continue; } $cond = handlePreprocessorConditions($conds, $stmt); if ($stmt instanceof Stmt\Const_) { foreach ($stmt->consts as $const) { $fileInfo->constInfos[] = parseConstLike( $prettyPrinter, new ConstName($const->namespacedName, $const->name->toString()), $const, 0, $stmt->getDocComment(), $cond, $fileInfo->generateLegacyArginfoForPhpVersionId ); } continue; } if ($stmt instanceof Stmt\Function_) { $fileInfo->funcInfos[] = parseFunctionLike( $prettyPrinter, new FunctionName($stmt->namespacedName), 0, 0, $stmt, $cond, $fileInfo->isUndocumentable ); continue; } if ($stmt instanceof Stmt\ClassLike) { $className = $stmt->namespacedName; $constInfos = []; $propertyInfos = []; $methodInfos = []; $enumCaseInfos = []; foreach ($stmt->stmts as $classStmt) { $cond = handlePreprocessorConditions($conds, $classStmt); if ($classStmt instanceof Stmt\Nop) { continue; } $classFlags = $stmt instanceof Class_ ? $stmt->flags : 0; $abstractFlag = $stmt instanceof Stmt\Interface_ ? Class_::MODIFIER_ABSTRACT : 0; if ($classStmt instanceof Stmt\ClassConst) { foreach ($classStmt->consts as $const) { $constInfos[] = parseConstLike( $prettyPrinter, new ClassConstName($className, $const->name->toString()), $const, $classStmt->flags, $classStmt->getDocComment(), $cond, $fileInfo->generateLegacyArginfoForPhpVersionId ); } } else if ($classStmt instanceof Stmt\Property) { if (!($classStmt->flags & Class_::VISIBILITY_MODIFIER_MASK)) { throw new Exception("Visibility modifier is required"); } foreach ($classStmt->props as $property) { $propertyInfos[] = parseProperty( $className, $classStmt->flags, $property, $classStmt->type, $classStmt->getDocComment(), $prettyPrinter, $fileInfo->generateLegacyArginfoForPhpVersionId ); } } else if ($classStmt instanceof Stmt\ClassMethod) { if (!($classStmt->flags & Class_::VISIBILITY_MODIFIER_MASK)) { throw new Exception("Visibility modifier is required"); } $methodInfos[] = parseFunctionLike( $prettyPrinter, new MethodName($className, $classStmt->name->toString()), $classFlags, $classStmt->flags \| $abstractFlag, $classStmt, $cond, $fileInfo->isUndocumentable ); } else if ($classStmt instanceof Stmt\EnumCase) { $enumCaseInfos[] = new EnumCaseInfo( $classStmt->name->toString(), $classStmt->expr); } else { throw new Exception("Not implemented {$classStmt->getType()}"); } } $fileInfo->classInfos[] = parseClass( $className, $stmt, $constInfos, $propertyInfos, $methodInfos, $enumCaseInfos, $cond, $fileInfo->generateLegacyArginfoForPhpVersionId, $fileInfo->isUndocumentable ); continue; } if ($stmt instanceof Stmt\Expression) { $expr = $stmt->expr; if ($expr instanceof Expr\Include_) { $fileInfo->dependencies[] = (string)EvaluatedValue::createFromExpression($expr->expr, null, null, [])->value; continue; } } throw new Exception("Unexpected node {$stmt->getType()}"); } } function parseStubFile(string $code): FileInfo { $lexer = new PhpParser\Lexer\Emulative(); $parser = new PhpParser\Parser\Php7($lexer); $nodeTraverser = new PhpParser\NodeTraverser; $nodeTraverser->addVisitor(new PhpParser\NodeVisitor\NameResolver); $prettyPrinter = new class extends Standard { protected function pName_FullyQualified(Name\FullyQualified $node) { return implode('\\', $node->parts); } }; $stmts = $parser->parse($code); $nodeTraverser->traverse($stmts); $fileInfo = new FileInfo; $fileDocComment = getFileDocComment($stmts); if ($fileDocComment) { $fileTags = parseDocComment($fileDocComment); foreach ($fileTags as $tag) { if ($tag->name === 'generate-function-entries') { $fileInfo->generateFunctionEntries = true; $fileInfo->declarationPrefix = $tag->value ? $tag->value . " " : ""; } else if ($tag->name === 'generate-legacy-arginfo') { if ($tag->value && !in_array((int) $tag->value, ALL_PHP_VERSION_IDS, true)) { throw new Exception( "Legacy PHP version must be one of: \"" . PHP_70_VERSION_ID . "\" (PHP 7.0), \"" . PHP_80_VERSION_ID . "\" (PHP 8.0), " . "\"" . PHP_81_VERSION_ID . "\" (PHP 8.1), \"" . PHP_82_VERSION_ID . "\" (PHP 8.2), \"" . $tag->value . "\" provided" ); } $fileInfo->generateLegacyArginfoForPhpVersionId = $tag->value ? (int) $tag->value : PHP_70_VERSION_ID; } else if ($tag->name === 'generate-class-entries') { $fileInfo->generateClassEntries = true; $fileInfo->declarationPrefix = $tag->value ? $tag->value . " " : ""; } else if ($tag->name === 'undocumentable') { $fileInfo->isUndocumentable = true; } } } // Generating class entries require generating function/method entries if ($fileInfo->generateClassEntries && !$fileInfo->generateFunctionEntries) { $fileInfo->generateFunctionEntries = true; } handleStatements($fileInfo, $stmts, $prettyPrinter); return $fileInfo; } function funcInfoToCode(FileInfo $fileInfo, FuncInfo $funcInfo): string { $code = ''; $returnType = $funcInfo->return->type; $isTentativeReturnType = $funcInfo->return->tentativeReturnType; $php81MinimumCompatibility = $fileInfo->generateLegacyArginfoForPhpVersionId === null \|\| $fileInfo->generateLegacyArginfoForPhpVersionId >= PHP_81_VERSION_ID; if ($returnType !== null) { if ($isTentativeReturnType && !$php81MinimumCompatibility) { $code .= "#if (PHP_VERSION_ID >= " . PHP_81_VERSION_ID . ")\n"; } if (null !== $simpleReturnType = $returnType->tryToSimpleType()) { if ($simpleReturnType->isBuiltin) { $code .= sprintf( "%s(%s, %d, %d, %s, %d)\n", $isTentativeReturnType ? "ZEND_BEGIN_ARG_WITH_TENTATIVE_RETURN_TYPE_INFO_EX" : "ZEND_BEGIN_ARG_WITH_RETURN_TYPE_INFO_EX", $funcInfo->getArgInfoName(), $funcInfo->return->byRef, $funcInfo->numRequiredArgs, $simpleReturnType->toTypeCode(), $returnType->isNullable() ); } else { $code .= sprintf( "%s(%s, %d, %d, %s, %d)\n", $isTentativeReturnType ? "ZEND_BEGIN_ARG_WITH_TENTATIVE_RETURN_OBJ_INFO_EX" : "ZEND_BEGIN_ARG_WITH_RETURN_OBJ_INFO_EX", $funcInfo->getArgInfoName(), $funcInfo->return->byRef, $funcInfo->numRequiredArgs, $simpleReturnType->toEscapedName(), $returnType->isNullable() ); } } else { $arginfoType = $returnType->toArginfoType(); if ($arginfoType->hasClassType()) { $code .= sprintf( "%s(%s, %d, %d, %s, %s)\n", $isTentativeReturnType ? "ZEND_BEGIN_ARG_WITH_TENTATIVE_RETURN_OBJ_TYPE_MASK_EX" : "ZEND_BEGIN_ARG_WITH_RETURN_OBJ_TYPE_MASK_EX", $funcInfo->getArgInfoName(), $funcInfo->return->byRef, $funcInfo->numRequiredArgs, $arginfoType->toClassTypeString(), $arginfoType->toTypeMask() ); } else { $code .= sprintf( "%s(%s, %d, %d, %s)\n", $isTentativeReturnType ? "ZEND_BEGIN_ARG_WITH_TENTATIVE_RETURN_TYPE_MASK_EX" : "ZEND_BEGIN_ARG_WITH_RETURN_TYPE_MASK_EX", $funcInfo->getArgInfoName(), $funcInfo->return->byRef, $funcInfo->numRequiredArgs, $arginfoType->toTypeMask() ); } } if ($isTentativeReturnType && !$php81MinimumCompatibility) { $code .= sprintf( "#else\nZEND_BEGIN_ARG_INFO_EX(%s, 0, %d, %d)\n#endif\n", $funcInfo->getArgInfoName(), $funcInfo->return->byRef, $funcInfo->numRequiredArgs ); } } else { $code .= sprintf( "ZEND_BEGIN_ARG_INFO_EX(%s, 0, %d, %d)\n", $funcInfo->getArgInfoName(), $funcInfo->return->byRef, $funcInfo->numRequiredArgs ); } foreach ($funcInfo->args as $argInfo) { $argKind = $argInfo->isVariadic ? "ARG_VARIADIC" : "ARG"; $argDefaultKind = $argInfo->hasProperDefaultValue() ? "_WITH_DEFAULT_VALUE" : ""; $argType = $argInfo->type; if ($argType !== null) { if (null !== $simpleArgType = $argType->tryToSimpleType()) { if ($simpleArgType->isBuiltin) { $code .= sprintf( "\tZEND_%s_TYPE_INFO%s(%s, %s, %s, %d%s)\n", $argKind, $argDefaultKind, $argInfo->getSendByString(), $argInfo->name, $simpleArgType->toTypeCode(), $argType->isNullable(), $argInfo->hasProperDefaultValue() ? ", " . $argInfo->getDefaultValueAsArginfoString() : "" ); } else { $code .= sprintf( "\tZEND_%s_OBJ_INFO%s(%s, %s, %s, %d%s)\n", $argKind,$argDefaultKind, $argInfo->getSendByString(), $argInfo->name, $simpleArgType->toEscapedName(), $argType->isNullable(), $argInfo->hasProperDefaultValue() ? ", " . $argInfo->getDefaultValueAsArginfoString() : "" ); } } else { $arginfoType = $argType->toArginfoType(); if ($arginfoType->hasClassType()) { $code .= sprintf( "\tZEND_%s_OBJ_TYPE_MASK(%s, %s, %s, %s%s)\n", $argKind, $argInfo->getSendByString(), $argInfo->name, $arginfoType->toClassTypeString(), $arginfoType->toTypeMask(), !$argInfo->isVariadic ? ", " . $argInfo->getDefaultValueAsArginfoString() : "" ); } else { $code .= sprintf( "\tZEND_%s_TYPE_MASK(%s, %s, %s, %s)\n", $argKind, $argInfo->getSendByString(), $argInfo->name, $arginfoType->toTypeMask(), $argInfo->getDefaultValueAsArginfoString() ); } } } else { $code .= sprintf( "\tZEND_%s_INFO%s(%s, %s%s)\n", $argKind, $argDefaultKind, $argInfo->getSendByString(), $argInfo->name, $argInfo->hasProperDefaultValue() ? ", " . $argInfo->getDefaultValueAsArginfoString() : "" ); } } $code .= "ZEND_END_ARG_INFO()"; return $code . "\n"; } /** @param FuncInfo[] $generatedFuncInfos / function findEquivalentFuncInfo(array $generatedFuncInfos, FuncInfo $funcInfo): ?FuncInfo { foreach ($generatedFuncInfos as $generatedFuncInfo) { if ($generatedFuncInfo->equalsApartFromNameAndRefcount($funcInfo)) { return $generatedFuncInfo; } } return null; } /* * @template T * @param iterable<T> $infos * @param Closure(T): string\|null $codeGenerator * @param ?string $parentCond / function generateCodeWithConditions( iterable $infos, string $separator, Closure $codeGenerator, ?string $parentCond = null): string { $code = ""; foreach ($infos as $info) { $infoCode = $codeGenerator($info); if ($infoCode === null) { continue; } $code .= $separator; if ($info->cond && $info->cond !== $parentCond) { $code .= "#if {$info->cond}\n"; $code .= $infoCode; $code .= "#endif\n"; } else { $code .= $infoCode; } } return $code; } /* * @param iterable<ConstInfo> $allConstInfos / function generateArgInfoCode( string $stubFilenameWithoutExtension, FileInfo $fileInfo, iterable $allConstInfos, string $stubHash ): string { $code = "/ This is a generated file, edit the .stub.php file instead.\n" . " * Stub hash: $stubHash /\n"; $generatedFuncInfos = []; $code .= generateCodeWithConditions( $fileInfo->getAllFuncInfos(), "\n", static function (FuncInfo $funcInfo) use (&$generatedFuncInfos, $fileInfo) { / If there already is an equivalent arginfo structure, only emit a #define / if ($generatedFuncInfo = findEquivalentFuncInfo($generatedFuncInfos, $funcInfo)) { $code = sprintf( "#define %s %s\n", $funcInfo->getArgInfoName(), $generatedFuncInfo->getArgInfoName() ); } else { $code = funcInfoToCode($fileInfo, $funcInfo); } $generatedFuncInfos[] = $funcInfo; return $code; } ); if ($fileInfo->generateFunctionEntries) { $code .= "\n\n"; $generatedFunctionDeclarations = []; $code .= generateCodeWithConditions( $fileInfo->getAllFuncInfos(), "", static function (FuncInfo $funcInfo) use ($fileInfo, &$generatedFunctionDeclarations) { $key = $funcInfo->getDeclarationKey(); if (isset($generatedFunctionDeclarations[$key])) { return null; } $generatedFunctionDeclarations[$key] = true; return $fileInfo->declarationPrefix . $funcInfo->getDeclaration(); } ); if (!empty($fileInfo->funcInfos)) { $code .= generateFunctionEntries(null, $fileInfo->funcInfos); } foreach ($fileInfo->classInfos as $classInfo) { $code .= generateFunctionEntries($classInfo->name, $classInfo->funcInfos, $classInfo->cond); } } $php82MinimumCompatibility = $fileInfo->generateLegacyArginfoForPhpVersionId === null \|\| $fileInfo->generateLegacyArginfoForPhpVersionId >= PHP_82_VERSION_ID; if ($fileInfo->generateClassEntries) { if ($attributeInitializationCode = generateAttributeInitialization($fileInfo->funcInfos, $allConstInfos, null)) { if (!$php82MinimumCompatibility) { $attributeInitializationCode = "\n#if (PHP_VERSION_ID >= " . PHP_82_VERSION_ID . ")" . $attributeInitializationCode . "#endif\n"; } } if ($attributeInitializationCode !== "" \|\| !empty($fileInfo->constInfos)) { $code .= "\nstatic void register_{$stubFilenameWithoutExtension}_symbols(int module_number)\n"; $code .= "{\n"; foreach ($fileInfo->constInfos as $constInfo) { $code .= $constInfo->getDeclaration($allConstInfos); } if (!empty($attributeInitializationCode !== "" && $fileInfo->constInfos)) { $code .= "\n"; } $code .= $attributeInitializationCode; $code .= "}\n"; } $code .= generateClassEntryCode($fileInfo, $allConstInfos); } return $code; } /* * @param iterable<ConstInfo> $allConstInfos / function generateClassEntryCode(FileInfo $fileInfo, iterable $allConstInfos): string { $code = ""; foreach ($fileInfo->classInfos as $class) { $code .= "\n" . $class->getRegistration($allConstInfos); } return $code; } /* @param FuncInfo[] $funcInfos / function generateFunctionEntries(?Name $className, array $funcInfos, ?string $cond = null): string { $code = "\n\n"; if ($cond) { $code .= "#if {$cond}\n"; } $functionEntryName = "ext_functions"; if ($className) { $underscoreName = implode("_", $className->parts); $functionEntryName = "class_{$underscoreName}_methods"; } $code .= "static const zend_function_entry {$functionEntryName}[] = {\n"; $code .= generateCodeWithConditions($funcInfos, "", static function (FuncInfo $funcInfo) { return $funcInfo->getFunctionEntry(); }, $cond); $code .= "\tZEND_FE_END\n"; $code .= "};\n"; if ($cond) { $code .= "#endif\n"; } return $code; } /* * @param iterable<FuncInfo> $funcInfos / function generateAttributeInitialization(iterable $funcInfos, iterable $allConstInfos, ?string $parentCond = null): string { return generateCodeWithConditions( $funcInfos, "", static function (FuncInfo $funcInfo) use ($allConstInfos) { $code = null; foreach ($funcInfo->args as $index => $arg) { if ($funcInfo->name instanceof MethodName) { $functionTable = "&class_entry->function_table"; } else { $functionTable = "CG(function_table)"; } foreach ($arg->attributes as $attribute) { $code .= $attribute->generateCode("zend_add_parameter_attribute(zend_hash_str_find_ptr($functionTable, \"" . $funcInfo->name->getNameForAttributes() . "\", sizeof(\"" . $funcInfo->name->getNameForAttributes() . "\") - 1), $index", "{$funcInfo->name->getMethodSynopsisFilename()}_arg{$index}", $allConstInfos); } } return $code; }, $parentCond ); } /* @param array<string, FuncInfo> $funcMap / function generateOptimizerInfo(array $funcMap): string { $code = "/ This is a generated file, edit the .stub.php files instead. /\n\n"; $code .= "static const func_info_t func_infos[] = {\n"; $code .= generateCodeWithConditions($funcMap, "", static function (FuncInfo $funcInfo) { return $funcInfo->getOptimizerInfo(); }); $code .= "};\n"; return $code; } /* * @param array<int, string[]> $flagsByPhpVersions * @return string[] / function generateVersionDependentFlagCode(string $codeTemplate, array $flagsByPhpVersions, ?int $phpVersionIdMinimumCompatibility): array { $phpVersions = ALL_PHP_VERSION_IDS; sort($phpVersions); $currentPhpVersion = end($phpVersions); // No version compatibility is needed if ($phpVersionIdMinimumCompatibility === null) { if (empty($flagsByPhpVersions[$currentPhpVersion])) { return []; } return [sprintf($codeTemplate, implode("\|", $flagsByPhpVersions[$currentPhpVersion]))]; } // Remove flags which depend on a PHP version below the minimally supported one ksort($flagsByPhpVersions); $index = array_search($phpVersionIdMinimumCompatibility, array_keys($flagsByPhpVersions)); if ($index === false) { throw new Exception("Missing version dependent flags for PHP version ID \"$phpVersionIdMinimumCompatibility\""); } $flagsByPhpVersions = array_slice($flagsByPhpVersions, $index, null, true); // Remove empty version-specific flags $flagsByPhpVersions = array_filter( $flagsByPhpVersions, static function (array $value): bool { return !empty($value); }); // There are no version-specific flags if (empty($flagsByPhpVersions)) { return []; } // Remove version-specific flags which don't differ from the previous one $previousVersionId = null; foreach ($flagsByPhpVersions as $versionId => $versionFlags) { if ($previousVersionId !== null && $flagsByPhpVersions[$previousVersionId] === $versionFlags) { unset($flagsByPhpVersions[$versionId]); } else { $previousVersionId = $versionId; } } $flagCount = count($flagsByPhpVersions); // Do not add a condition unnecessarily when the only version is the same as the minimally supported one if ($flagCount === 1) { reset($flagsByPhpVersions); $firstVersion = key($flagsByPhpVersions); if ($firstVersion === $phpVersionIdMinimumCompatibility) { return [sprintf($codeTemplate, implode("\|", reset($flagsByPhpVersions)))]; } } // Add the necessary conditions around the code using the version-specific flags $result = []; $i = 0; foreach (array_reverse($flagsByPhpVersions, true) as $version => $versionFlags) { $code = ""; $if = $i === 0 ? "#if" : "#elif"; $endif = $i === $flagCount - 1 ? "#endif\n" : ""; $code .= "$if (PHP_VERSION_ID >= $version)\n"; $code .= sprintf($codeTemplate, implode("\|", $versionFlags)); $code .= $endif; $result[] = $code; $i++; } return $result; } /* * @param array<string, ClassInfo> $classMap * @param iterable<ConstInfo> $allConstInfos * @return array<string, string> / function generateClassSynopses(array $classMap, iterable $allConstInfos): array { $result = []; foreach ($classMap as $classInfo) { $classSynopsis = $classInfo->getClassSynopsisDocument($classMap, $allConstInfos); if ($classSynopsis !== null) { $result[ClassInfo::getClassSynopsisFilename($classInfo->name) . ".xml"] = $classSynopsis; } } return $result; } /* * @param array<string, ClassInfo> $classMap * $param iterable<ConstInfo> $allConstInfos * @return array<string, string> / function replaceClassSynopses(string $targetDirectory, array $classMap, iterable $allConstInfos, bool $isVerify): array { $existingClassSynopses = []; $classSynopses = []; $it = new RecursiveIteratorIterator( new RecursiveDirectoryIterator($targetDirectory), RecursiveIteratorIterator::LEAVES_ONLY ); foreach ($it as $file) { $pathName = $file->getPathName(); if (!preg_match('/\.xml$/i', $pathName)) { continue; } $xml = file_get_contents($pathName); if ($xml === false) { continue; } if (stripos($xml, "<classsynopsis") === false) { continue; } $replacedXml = getReplacedSynopsisXml($xml); $doc = new DOMDocument(); $doc->formatOutput = false; $doc->preserveWhiteSpace = true; $doc->validateOnParse = true; $success = $doc->loadXML($replacedXml); if (!$success) { echo "Failed opening $pathName\n"; continue; } $classSynopsisElements = []; foreach ($doc->getElementsByTagName("classsynopsis") as $element) { $classSynopsisElements[] = $element; } foreach ($classSynopsisElements as $classSynopsis) { if (!$classSynopsis instanceof DOMElement) { continue; } $firstChild = $classSynopsis->firstElementChild; if ($firstChild === null) { continue; } $firstChild = $firstChild->firstElementChild; if ($firstChild === null) { continue; } $className = $firstChild->textContent; if (!isset($classMap[$className])) { continue; } $existingClassSynopses[$className] = $className; $classInfo = $classMap[$className]; $newClassSynopsis = $classInfo->getClassSynopsisElement($doc, $classMap, $allConstInfos); if ($newClassSynopsis === null) { continue; } // Check if there is any change - short circuit if there is not any. if (replaceAndCompareXmls($doc, $classSynopsis, $newClassSynopsis)) { continue; } // Return the updated XML $replacedXml = $doc->saveXML(); $replacedXml = preg_replace( [ "/REPLACED-ENTITY-([A-Za-z0-9._{}%-]+?;)/", '/<phpdoc:(classref\|exceptionref)\s+xmlns:phpdoc=\"([^"]+)"\s+xmlns="([^"]+)"\s+xml:id="([^"]+)"\s>/i', '/<phpdoc:(classref\|exceptionref)\s+xmlns:phpdoc=\"([^"]+)"\s+xmlns="([^"]+)"\s+xmlns:xi="([^"]+)"\s+xml:id="([^"]+)"\s>/i', '/<phpdoc:(classref\|exceptionref)\s+xmlns:phpdoc=\"([^"]+)"\s+xmlns="([^"]+)"\s+xmlns:xlink="([^"]+)"\s+xmlns:xi="([^"]+)"\s+xml:id="([^"]+)"\s>/i', '/<phpdoc:(classref\|exceptionref)\s+xmlns:phpdoc=\"([^"]+)"\s+xmlns:xlink="([^"]+)"\s+xmlns:xi="([^"]+)"\s+xmlns="([^"]+)"\s+xml:id="([^"]+)"\s>/i', '/<phpdoc:(classref\|exceptionref)\s+xmlns=\"([^"]+)\"\s+xmlns:xlink="([^"]+)"\s+xmlns:xi="([^"]+)"\s+xmlns:phpdoc="([^"]+)"\s+xml:id="([^"]+)"\s>/i', ], [ "&$1", "<phpdoc:$1 xml:id=\"$4\" xmlns:phpdoc=\"$2\" xmlns=\"$3\">", "<phpdoc:$1 xml:id=\"$5\" xmlns:phpdoc=\"$2\" xmlns=\"$3\" xmlns:xi=\"$4\">", "<phpdoc:$1 xml:id=\"$6\" xmlns:phpdoc=\"$2\" xmlns=\"$3\" xmlns:xlink=\"$4\" xmlns:xi=\"$5\">", "<phpdoc:$1 xml:id=\"$6\" xmlns:phpdoc=\"$2\" xmlns=\"$5\" xmlns:xlink=\"$3\" xmlns:xi=\"$4\">", "<phpdoc:$1 xml:id=\"$6\" xmlns:phpdoc=\"$5\" xmlns=\"$2\" xmlns:xlink=\"$3\" xmlns:xi=\"$4\">", ], $replacedXml ); $classSynopses[$pathName] = $replacedXml; } } if ($isVerify) { $missingClassSynopses = array_diff_key($classMap, $existingClassSynopses); foreach ($missingClassSynopses as $className => $info) { /** @var ClassInfo $info / if (!$info->isUndocumentable) { echo "Warning: Missing class synopsis for $className\n"; } } } return $classSynopses; } function getReplacedSynopsisXml(string $xml): string { return preg_replace( [ "/&([A-Za-z0-9._{}%-]+?;)/", "/<(\/)xi:([A-Za-z]+?)/" ], [ "REPLACED-ENTITY-$1", "<$1XI$2", ], $xml ); } /** * @param array<string, FuncInfo> $funcMap * @param array<string, FuncInfo> $aliasMap * @return array<string, string> / function generateMethodSynopses(array $funcMap, array $aliasMap): array { $result = []; foreach ($funcMap as $funcInfo) { $methodSynopsis = $funcInfo->getMethodSynopsisDocument($funcMap, $aliasMap); if ($methodSynopsis !== null) { $result[$funcInfo->name->getMethodSynopsisFilename() . ".xml"] = $methodSynopsis; } } return $result; } /* * @param array<string, FuncInfo> $funcMap * @param array<string, FuncInfo> $aliasMap * @return array<string, string> / function replaceMethodSynopses(string $targetDirectory, array $funcMap, array $aliasMap, bool $isVerify): array { $existingMethodSynopses = []; $methodSynopses = []; $it = new RecursiveIteratorIterator( new RecursiveDirectoryIterator($targetDirectory), RecursiveIteratorIterator::LEAVES_ONLY ); foreach ($it as $file) { $pathName = $file->getPathName(); if (!preg_match('/\.xml$/i', $pathName)) { continue; } $xml = file_get_contents($pathName); if ($xml === false) { continue; } if ($isVerify) { $matches = []; preg_match("/<refname>\s([\w:]+)\s<\/refname>\s<refpurpose>\s&Alias;\s<(?:function\|methodname)>\s([\w:]+)\s<\/(?:function\|methodname)>\s<\/refpurpose>/i", $xml, $matches); $aliasName = $matches[1] ?? null; $alias = $funcMap[$aliasName] ?? null; $funcName = $matches[2] ?? null; $func = $funcMap[$funcName] ?? null; if ($alias && !$alias->isUndocumentable && ($func === null \|\| $func->alias === null \|\| $func->alias->__toString() !== $aliasName) && ($alias->alias === null \|\| $alias->alias->__toString() !== $funcName) ) { echo "Warning: $aliasName()" . ($alias->alias ? " is an alias of " . $alias->alias->__toString() . "(), but it" : "") . " is incorrectly documented as an alias for $funcName()\n"; } $matches = []; preg_match("/<(?:para\|simpara)>\s(?:&info.function.alias;\|&info.method.alias;\|&Alias;)\s+<(?:function\|methodname)>\s([\w:]+)\s<\/(?:function\|methodname)>/i", $xml, $matches); $descriptionFuncName = $matches[1] ?? null; $descriptionFunc = $funcMap[$descriptionFuncName] ?? null; if ($descriptionFunc && $funcName !== $descriptionFuncName) { echo "Warning: Alias in the method synopsis description of $pathName doesn't match the alias in the <refpurpose>\n"; } if ($aliasName) { $existingMethodSynopses[$aliasName] = $aliasName; } } if (stripos($xml, "<methodsynopsis") === false && stripos($xml, "<constructorsynopsis") === false && stripos($xml, "<destructorsynopsis") === false) { continue; } $replacedXml = getReplacedSynopsisXml($xml); $doc = new DOMDocument(); $doc->formatOutput = false; $doc->preserveWhiteSpace = true; $doc->validateOnParse = true; $success = $doc->loadXML($replacedXml); if (!$success) { echo "Failed opening $pathName\n"; continue; } $methodSynopsisElements = []; foreach ($doc->getElementsByTagName("constructorsynopsis") as $element) { $methodSynopsisElements[] = $element; } foreach ($doc->getElementsByTagName("destructorsynopsis") as $element) { $methodSynopsisElements[] = $element; } foreach ($doc->getElementsByTagName("methodsynopsis") as $element) { $methodSynopsisElements[] = $element; } foreach ($methodSynopsisElements as $methodSynopsis) { if (!$methodSynopsis instanceof DOMElement) { continue; } $list = $methodSynopsis->getElementsByTagName("methodname"); $item = $list->item(0); if (!$item instanceof DOMElement) { continue; } $funcName = $item->textContent; if (!isset($funcMap[$funcName])) { continue; } $funcInfo = $funcMap[$funcName]; $existingMethodSynopses[$funcInfo->name->__toString()] = $funcInfo->name->__toString(); $newMethodSynopsis = $funcInfo->getMethodSynopsisElement($funcMap, $aliasMap, $doc); if ($newMethodSynopsis === null) { continue; } // Retrieve current signature $params = []; $list = $methodSynopsis->getElementsByTagName("methodparam"); foreach ($list as $i => $item) { if (!$item instanceof DOMElement) { continue; } $paramList = $item->getElementsByTagName("parameter"); if ($paramList->count() !== 1) { continue; } $paramName = $paramList->item(0)->textContent; $paramTypes = []; $paramList = $item->getElementsByTagName("type"); foreach ($paramList as $type) { if (!$type instanceof DOMElement) { continue; } $paramTypes[] = $type->textContent; } $params[$paramName] = ["index" => $i, "type" => $paramTypes]; } // Check if there is any change - short circuit if there is not any. if (replaceAndCompareXmls($doc, $methodSynopsis, $newMethodSynopsis)) { continue; } // Update parameter references $paramList = $doc->getElementsByTagName("parameter"); /** @var DOMElement $paramElement / foreach ($paramList as $paramElement) { if ($paramElement->parentNode && $paramElement->parentNode->nodeName === "methodparam") { continue; } $name = $paramElement->textContent; if (!isset($params[$name])) { continue; } $index = $params[$name]["index"]; if (!isset($funcInfo->args[$index])) { continue; } $paramElement->textContent = $funcInfo->args[$index]->name; } // Return the updated XML $replacedXml = $doc->saveXML(); $replacedXml = preg_replace( [ "/REPLACED-ENTITY-([A-Za-z0-9._{}%-]+?;)/", '/<refentry\s+xmlns="([^"]+)"\s+xml:id="([^"]+)"\s>/i', '/<refentry\s+xmlns="([^"]+)"\s+xmlns:xlink="([^"]+)"\s+xml:id="([^"]+)"\s>/i', ], [ "&$1", "<refentry xml:id=\"$2\" xmlns=\"$1\">", "<refentry xml:id=\"$3\" xmlns=\"$1\" xmlns:xlink=\"$2\">", ], $replacedXml ); $methodSynopses[$pathName] = $replacedXml; } } if ($isVerify) { $missingMethodSynopses = array_diff_key($funcMap, $existingMethodSynopses); foreach ($missingMethodSynopses as $functionName => $info) { /* @var FuncInfo $info / if (!$info->isUndocumentable) { echo "Warning: Missing method synopsis for $functionName()\n"; } } } return $methodSynopses; } function replaceAndCompareXmls(DOMDocument $doc, DOMElement $originalSynopsis, DOMElement $newSynopsis): bool { $docComparator = new DOMDocument(); $docComparator->preserveWhiteSpace = false; $docComparator->formatOutput = true; $xml1 = $doc->saveXML($originalSynopsis); $xml1 = getReplacedSynopsisXml($xml1); $docComparator->loadXML($xml1); $xml1 = $docComparator->saveXML(); $originalSynopsis->parentNode->replaceChild($newSynopsis, $originalSynopsis); $xml2 = $doc->saveXML($newSynopsis); $xml2 = getReplacedSynopsisXml($xml2); $docComparator->loadXML($xml2); $xml2 = $docComparator->saveXML(); return $xml1 === $xml2; } function installPhpParser(string $version, string $phpParserDir) { $lockFile = __DIR__ . "/PHP-Parser-install-lock"; $lockFd = fopen($lockFile, 'w+'); if (!flock($lockFd, LOCK_EX)) { throw new Exception("Failed to acquire installation lock"); } try { // Check whether a parallel process has already installed PHP-Parser. if (is_dir($phpParserDir)) { return; } $cwd = getcwd(); chdir(__DIR__); $tarName = "v$version.tar.gz"; passthru("wget https://github.com/nikic/PHP-Parser/archive/$tarName", $exit); if ($exit !== 0) { passthru("curl -LO https://github.com/nikic/PHP-Parser/archive/$tarName", $exit); } if ($exit !== 0) { throw new Exception("Failed to download PHP-Parser tarball"); } if (!mkdir($phpParserDir)) { throw new Exception("Failed to create directory $phpParserDir"); } passthru("tar xvzf $tarName -C PHP-Parser-$version --strip-components 1", $exit); if ($exit !== 0) { throw new Exception("Failed to extract PHP-Parser tarball"); } unlink(__DIR__ . "/$tarName"); chdir($cwd); } finally { flock($lockFd, LOCK_UN); @unlink($lockFile); } } function initPhpParser() { static $isInitialized = false; if ($isInitialized) { return; } if (!extension_loaded("tokenizer")) { throw new Exception("The \"tokenizer\" extension is not available"); } $isInitialized = true; $version = "4.15.1"; $phpParserDir = __DIR__ . "/PHP-Parser-$version"; if (!is_dir($phpParserDir)) { installPhpParser($version, $phpParserDir); } spl_autoload_register(static function(string $class) use ($phpParserDir) { if (strpos($class, "PhpParser\\") === 0) { $fileName = $phpParserDir . "/lib/" . str_replace("\\", "/", $class) . ".php"; require $fileName; } }); } $optind = null; $options = getopt( "fh", [ "force-regeneration", "parameter-stats", "help", "verify", "generate-classsynopses", "replace-classsynopses", "generate-methodsynopses", "replace-methodsynopses", "generate-optimizer-info" ], $optind ); $context = new Context; $printParameterStats = isset($options["parameter-stats"]); $verify = isset($options["verify"]); $generateClassSynopses = isset($options["generate-classsynopses"]); $replaceClassSynopses = isset($options["replace-classsynopses"]); $generateMethodSynopses = isset($options["generate-methodsynopses"]); $replaceMethodSynopses = isset($options["replace-methodsynopses"]); $generateOptimizerInfo = isset($options["generate-optimizer-info"]); $context->forceRegeneration = isset($options["f"]) \|\| isset($options["force-regeneration"]); $context->forceParse = $context->forceRegeneration \|\| $printParameterStats \|\| $verify \|\| $generateClassSynopses \|\| $generateOptimizerInfo \|\| $replaceClassSynopses \|\| $generateMethodSynopses \|\| $replaceMethodSynopses; $targetSynopses = $argv[$argc - 1] ?? null; if ($replaceClassSynopses && $targetSynopses === null) { die("A target class synopsis directory must be provided for.\n"); } if ($replaceMethodSynopses && $targetSynopses === null) { die("A target method synopsis directory must be provided.\n"); } if (isset($options["h"]) \|\| isset($options["help"])) { die("\nusage: gen_stub.php [ -f \| --force-regeneration ] [ --generate-classsynopses ] [ --replace-classsynopses ] [ --generate-methodsynopses ] [ --replace-methodsynopses ] [ --parameter-stats ] [ --verify ] [ --generate-optimizer-info ] [ -h \| --help ] [ name.stub.php \| directory ] [ directory ]\n\n"); } $fileInfos = []; $locations = array_slice($argv, $optind) ?: ['.']; foreach (array_unique($locations) as $location) { if (is_file($location)) { // Generate single file. $fileInfo = processStubFile($location, $context); if ($fileInfo) { $fileInfos[] = $fileInfo; } } else if (is_dir($location)) { array_push($fileInfos, ...processDirectory($location, $context)); } else { echo "$location is neither a file nor a directory.\n"; exit(1); } } if ($printParameterStats) { $parameterStats = []; foreach ($fileInfos as $fileInfo) { foreach ($fileInfo->getAllFuncInfos() as $funcInfo) { foreach ($funcInfo->args as $argInfo) { if (!isset($parameterStats[$argInfo->name])) { $parameterStats[$argInfo->name] = 0; } $parameterStats[$argInfo->name]++; } } } arsort($parameterStats); echo json_encode($parameterStats, JSON_PRETTY_PRINT), "\n"; } /* @var array<string, ClassInfo> $classMap / $classMap = []; /* @var array<string, FuncInfo> $funcMap / $funcMap = []; /* @var array<string, FuncInfo> $aliasMap */ $aliasMap = []; foreach ($fileInfos as $fileInfo) { foreach ($fileInfo->getAllFuncInfos() as $funcInfo) { $funcMap[$funcInfo->name->__toString()] = $funcInfo; // TODO: Don't use aliasMap for methodsynopsis? if ($funcInfo->aliasType === "alias") { $aliasMap[$funcInfo->alias->__toString()] = $funcInfo; } } foreach ($fileInfo->classInfos as $classInfo) { $classMap[$classInfo->name->__toString()] = $classInfo; } } if ($verify) { $errors = []; foreach ($funcMap as $aliasFunc) { if (!$aliasFunc->alias) { continue; } if (!isset($funcMap[$aliasFunc->alias->__toString()])) { $errors[] = "Aliased function {$aliasFunc->alias}() cannot be found"; continue; } if (!$aliasFunc->verify) { continue; } $aliasedFunc = $funcMap[$aliasFunc->alias->__toString()]; $aliasedArgs = $aliasedFunc->args; $aliasArgs = $aliasFunc->args; if ($aliasFunc->isInstanceMethod() !== $aliasedFunc->isInstanceMethod()) { if ($aliasFunc->isInstanceMethod()) { $aliasedArgs = array_slice($aliasedArgs, 1); } if ($aliasedFunc->isInstanceMethod()) { $aliasArgs = array_slice($aliasArgs, 1); } } array_map( function(?ArgInfo $aliasArg, ?ArgInfo $aliasedArg) use ($aliasFunc, $aliasedFunc, &$errors) { if ($aliasArg === null) { assert($aliasedArg !== null); $errors[] = "{$aliasFunc->name}(): Argument \$$aliasedArg->name of aliased function {$aliasedFunc->name}() is missing"; return null; } if ($aliasedArg === null) { $errors[] = "{$aliasedFunc->name}(): Argument \$$aliasArg->name of alias function {$aliasFunc->name}() is missing"; return null; } if ($aliasArg->name !== $aliasedArg->name) { $errors[] = "{$aliasFunc->name}(): Argument \$$aliasArg->name and argument \$$aliasedArg->name of aliased function {$aliasedFunc->name}() must have the same name"; return null; } if ($aliasArg->type != $aliasedArg->type) { $errors[] = "{$aliasFunc->name}(): Argument \$$aliasArg->name and argument \$$aliasedArg->name of aliased function {$aliasedFunc->name}() must have the same type"; } if ($aliasArg->defaultValue !== $aliasedArg->defaultValue) { $errors[] = "{$aliasFunc->name}(): Argument \$$aliasArg->name and argument \$$aliasedArg->name of aliased function {$aliasedFunc->name}() must have the same default value"; } }, $aliasArgs, $aliasedArgs ); $aliasedReturn = $aliasedFunc->return; $aliasReturn = $aliasFunc->return; if (!$aliasedFunc->name->isConstructor() && !$aliasFunc->name->isConstructor()) { $aliasedReturnType = $aliasedReturn->type ?? $aliasedReturn->phpDocType; $aliasReturnType = $aliasReturn->type ?? $aliasReturn->phpDocType; if ($aliasReturnType != $aliasedReturnType) { $errors[] = "{$aliasFunc->name}() and {$aliasedFunc->name}() must have the same return type"; } } $aliasedPhpDocReturnType = $aliasedReturn->phpDocType; $aliasPhpDocReturnType = $aliasReturn->phpDocType; if ($aliasedPhpDocReturnType != $aliasPhpDocReturnType && $aliasedPhpDocReturnType != $aliasReturn->type && $aliasPhpDocReturnType != $aliasedReturn->type) { $errors[] = "{$aliasFunc->name}() and {$aliasedFunc->name}() must have the same PHPDoc return type"; } } echo implode("\n", $errors); if (!empty($errors)) { echo "\n"; exit(1); } } if ($generateClassSynopses) { $classSynopsesDirectory = getcwd() . "/classsynopses"; $classSynopses = generateClassSynopses($classMap, $context->allConstInfos); if (!empty($classSynopses)) { if (!file_exists($classSynopsesDirectory)) { mkdir($classSynopsesDirectory); } foreach ($classSynopses as $filename => $content) { if (file_put_contents("$classSynopsesDirectory/$filename", $content)) { echo "Saved $filename\n"; } } } } if ($replaceClassSynopses) { $classSynopses = replaceClassSynopses($targetSynopses, $classMap, $context->allConstInfos, $verify); foreach ($classSynopses as $filename => $content) { if (file_put_contents($filename, $content)) { echo "Saved $filename\n"; } } } if ($generateMethodSynopses) { $methodSynopsesDirectory = getcwd() . "/methodsynopses"; $methodSynopses = generateMethodSynopses($funcMap, $aliasMap); if (!empty($methodSynopses)) { if (!file_exists($methodSynopsesDirectory)) { mkdir($methodSynopsesDirectory); } foreach ($methodSynopses as $filename => $content) { if (file_put_contents("$methodSynopsesDirectory/$filename", $content)) { echo "Saved $filename\n"; } } } } if ($replaceMethodSynopses) { $methodSynopses = replaceMethodSynopses($targetSynopses, $funcMap, $aliasMap, $verify); foreach ($methodSynopses as $filename => $content) { if (file_put_contents($filename, $content)) { echo "Saved $filename\n"; } } } if ($generateOptimizerInfo) { $filename = dirname(__FILE__, 2) . "/Zend/Optimizer/zend_func_infos.h"; $optimizerInfo = generateOptimizerInfo($funcMap); if (file_put_contents($filename, $optimizerInfo)) { echo "Saved $filename\n"; } } Back

Edit File : gen_stub.php | Size : 163.30 KB

#!/usr/bin/env php
<?php declare(strict_types=1);

use PhpParser\Comment\Doc as DocComment;
use PhpParser\ConstExprEvaluator;
use PhpParser\Node;
use PhpParser\Node\Expr;
use PhpParser\Node\Name;
use PhpParser\Node\Stmt;
use PhpParser\Node\Stmt\Class_;
use PhpParser\Node\Stmt\Enum_;
use PhpParser\Node\Stmt\Interface_;
use PhpParser\Node\Stmt\Trait_;
use PhpParser\PrettyPrinter\Standard;
use PhpParser\PrettyPrinterAbstract;

error_reporting(E_ALL);
ini_set("precision", "-1");

const PHP_70_VERSION_ID = 70000;
const PHP_80_VERSION_ID = 80000;
const PHP_81_VERSION_ID = 80100;
const PHP_82_VERSION_ID = 80200;
const ALL_PHP_VERSION_IDS = [PHP_70_VERSION_ID, PHP_80_VERSION_ID, PHP_81_VERSION_ID, PHP_82_VERSION_ID];

/**
 * @return FileInfo[]
 */
function processDirectory(string $dir, Context $context): array {
    $pathNames = [];
    $it = new RecursiveIteratorIterator(
        new RecursiveDirectoryIterator($dir),
        RecursiveIteratorIterator::LEAVES_ONLY
    );
    foreach ($it as $file) {
        $pathName = $file->getPathName();
        if (preg_match('/\.stub\.php$/', $pathName)) {
            $pathNames[] = $pathName;
        }
    }

// Make sure stub files are processed in a predictable, system-independent order.
    sort($pathNames);

$fileInfos = [];
    foreach ($pathNames as $pathName) {
        $fileInfo = processStubFile($pathName, $context);
        if ($fileInfo) {
            $fileInfos[] = $fileInfo;
        }
    }
    return $fileInfos;
}

function processStubFile(string $stubFile, Context $context, bool $includeOnly = false): ?FileInfo {
    try {
        if (!file_exists($stubFile)) {
            throw new Exception("File $stubFile does not exist");
        }

if (!$includeOnly) {
            $stubFilenameWithoutExtension = str_replace(".stub.php", "", $stubFile);
            $arginfoFile = "{$stubFilenameWithoutExtension}_arginfo.h";
            $legacyFile = "{$stubFilenameWithoutExtension}_legacy_arginfo.h";

$stubCode = file_get_contents($stubFile);
            $stubHash = computeStubHash($stubCode);
            $oldStubHash = extractStubHash($arginfoFile);
            if ($stubHash === $oldStubHash && !$context->forceParse) {
                /* Stub file did not change, do not regenerate. */
                return null;
            }
        }

if (!$fileInfo = $context->parsedFiles[$stubFile] ?? null) {
            initPhpParser();
            $fileInfo = parseStubFile($stubCode ?? file_get_contents($stubFile));
            $context->parsedFiles[$stubFile] = $fileInfo;

foreach ($fileInfo->dependencies as $dependency) {
                // TODO add header search path for extensions?
                $prefixes = [dirname($stubFile) . "/", dirname(__DIR__) . "/"];
                foreach ($prefixes as $prefix) {
                    $depFile = $prefix . $dependency;
                    if (file_exists($depFile)) {
                        break;
                    }
                    $depFile = null;
                }
                if (!$depFile) {
                    throw new Exception("File $stubFile includes a file $dependency which does not exist");
                }
                processStubFile($depFile, $context, true);
            }

$constInfos = $fileInfo->getAllConstInfos();
            $context->allConstInfos = array_merge($context->allConstInfos, $constInfos);
        }

if ($includeOnly) {
            return $fileInfo;
        }

$arginfoCode = generateArgInfoCode(
            basename($stubFilenameWithoutExtension),
            $fileInfo,
            $context->allConstInfos,
            $stubHash
        );
        if (($context->forceRegeneration || $stubHash !== $oldStubHash) && file_put_contents($arginfoFile, $arginfoCode)) {
            echo "Saved $arginfoFile\n";
        }

if ($fileInfo->generateLegacyArginfoForPhpVersionId !== null && $fileInfo->generateLegacyArginfoForPhpVersionId < PHP_80_VERSION_ID) {
            $legacyFileInfo = clone $fileInfo;

foreach ($legacyFileInfo->getAllFuncInfos() as $funcInfo) {
                $funcInfo->discardInfoForOldPhpVersions();
            }
            foreach ($legacyFileInfo->getAllConstInfos() as $constInfo) {
                $constInfo->discardInfoForOldPhpVersions();
            }
            foreach ($legacyFileInfo->getAllPropertyInfos() as $propertyInfo) {
                $propertyInfo->discardInfoForOldPhpVersions();
            }

$arginfoCode = generateArgInfoCode(
                basename($stubFilenameWithoutExtension),
                $legacyFileInfo,
                $context->allConstInfos,
                $stubHash
            );
            if (($context->forceRegeneration || $stubHash !== $oldStubHash) && file_put_contents($legacyFile, $arginfoCode)) {
                echo "Saved $legacyFile\n";
            }
        }

return $fileInfo;
    } catch (Exception $e) {
        echo "In $stubFile:\n{$e->getMessage()}\n";
        exit(1);
    }
}

function computeStubHash(string $stubCode): string {
    return sha1(str_replace("\r\n", "\n", $stubCode));
}

function extractStubHash(string $arginfoFile): ?string {
    if (!file_exists($arginfoFile)) {
        return null;
    }

$arginfoCode = file_get_contents($arginfoFile);
    if (!preg_match('/\* Stub hash: ([0-9a-f]+) \*/', $arginfoCode, $matches)) {
        return null;
    }

return $matches[1];
}

class Context {
    public bool $forceParse = false;
    public bool $forceRegeneration = false;
    /** @var iterable<ConstInfo> */
    public iterable $allConstInfos = [];
    /** @var FileInfo[] */
    public array $parsedFiles = [];
}

class ArrayType extends SimpleType {
    public Type $keyType;
    public Type $valueType;

public static function createGenericArray(): self
    {
        return new ArrayType(Type::fromString("int|string"), Type::fromString("mixed|ref"));
    }

public function __construct(Type $keyType, Type $valueType)
    {
        parent::__construct("array", true);

$this->keyType = $keyType;
        $this->valueType = $valueType;
    }

public function toOptimizerTypeMask(): string {
        $typeMasks = [
            parent::toOptimizerTypeMask(),
            $this->keyType->toOptimizerTypeMaskForArrayKey(),
            $this->valueType->toOptimizerTypeMaskForArrayValue(),
        ];

return implode("|", $typeMasks);
    }

public function equals(SimpleType $other): bool {
        if (!parent::equals($other)) {
            return false;
        }

assert(get_class($other) === self::class);

return Type::equals($this->keyType, $other->keyType) &&
            Type::equals($this->valueType, $other->valueType);
    }
}

class SimpleType {
    public string $name;
    public bool $isBuiltin;

public static function fromNode(Node $node): SimpleType {
        if ($node instanceof Node\Name) {
            if ($node->toLowerString() === 'static') {
                // PHP internally considers "static" a builtin type.
                return new SimpleType($node->toLowerString(), true);
            }

if ($node->toLowerString() === 'true') {
                // TODO PHP-Parser doesn't yet recognize true as a stand-alone built-in type
                return new SimpleType($node->toLowerString(), true);
            }

if ($node->toLowerString() === 'self') {
                throw new Exception('The exact class name must be used instead of "self"');
            }

assert($node->isFullyQualified());
            return new SimpleType($node->toString(), false);
        }

if ($node instanceof Node\Identifier) {
            if ($node->toLowerString() === 'array') {
                return ArrayType::createGenericArray();
            }

return new SimpleType($node->toLowerString(), true);
        }

throw new Exception("Unexpected node type");
    }

public static function fromString(string $typeString): SimpleType
    {
        switch (strtolower($typeString)) {
            case "void":
            case "null":
            case "false":
            case "true":
            case "bool":
            case "int":
            case "float":
            case "string":
            case "callable":
            case "object":
            case "resource":
            case "mixed":
            case "static":
            case "never":
            case "ref":
                return new SimpleType(strtolower($typeString), true);
            case "array":
                return ArrayType::createGenericArray();
            case "self":
                throw new Exception('The exact class name must be used instead of "self"');
            case "iterable":
                throw new Exception('This should not happen');
        }

$matches = [];
        $isArray = preg_match("/(.*)\s*\[\s*\]/", $typeString, $matches);
        if ($isArray) {
            return new ArrayType(Type::fromString("int"), Type::fromString($matches[1]));
        }

$matches = [];
        $isArray = preg_match("/array\s*<\s*([A-Za-z0-9_-|]+)?(\s*,\s*)?([A-Za-z0-9_-|]+)?\s*>/i", $typeString, $matches);
        if ($isArray) {
            if (empty($matches[1]) || empty($matches[3])) {
                throw new Exception("array<> type hint must have both a key and a value");
            }

return new ArrayType(Type::fromString($matches[1]), Type::fromString($matches[3]));
        }

return new SimpleType($typeString, false);
    }

/**
     * @param mixed $value
     */
    public static function fromValue($value): SimpleType
    {
        switch (gettype($value)) {
            case "NULL":
                return SimpleType::null();
            case "boolean":
                return SimpleType::bool();
            case "integer":
                return SimpleType::int();
            case "double":
                return SimpleType::float();
            case "string":
                return SimpleType::string();
            case "array":
                return SimpleType::array();
            case "object":
                return SimpleType::object();
            default:
                throw new Exception("Type \"" . gettype($value) . "\" cannot be inferred based on value");
        }
    }

public static function null(): SimpleType
    {
        return new SimpleType("null", true);
    }

public static function bool(): SimpleType
    {
        return new SimpleType("bool", true);
    }

public static function int(): SimpleType
    {
        return new SimpleType("int", true);
    }

public static function float(): SimpleType
    {
        return new SimpleType("float", true);
    }

public static function string(): SimpleType
    {
        return new SimpleType("string", true);
    }

public static function array(): SimpleType
    {
        return new SimpleType("array", true);
    }

public static function object(): SimpleType
    {
        return new SimpleType("object", true);
    }

public static function void(): SimpleType
    {
        return new SimpleType("void", true);
    }

protected function __construct(string $name, bool $isBuiltin) {
        $this->name = $name;
        $this->isBuiltin = $isBuiltin;
    }

public function isScalar(): bool {
        return $this->isBuiltin && in_array($this->name, ["null", "false", "true", "bool", "int", "float"], true);
    }

public function isNull(): bool {
        return $this->isBuiltin && $this->name === 'null';
    }

public function isBool(): bool {
        return $this->isBuiltin && $this->name === 'bool';
    }

public function isInt(): bool {
        return $this->isBuiltin && $this->name === 'int';
    }

public function isFloat(): bool {
        return $this->isBuiltin && $this->name === 'float';
    }

public function isString(): bool {
        return $this->isBuiltin && $this->name === 'string';
    }

public function isArray(): bool {
        return $this->isBuiltin && $this->name === 'array';
    }

public function toTypeCode(): string {
        assert($this->isBuiltin);
        switch ($this->name) {
            case "bool":
                return "_IS_BOOL";
            case "int":
                return "IS_LONG";
            case "float":
                return "IS_DOUBLE";
            case "string":
                return "IS_STRING";
            case "array":
                return "IS_ARRAY";
            case "object":
                return "IS_OBJECT";
            case "void":
                return "IS_VOID";
            case "callable":
                return "IS_CALLABLE";
            case "mixed":
                return "IS_MIXED";
            case "static":
                return "IS_STATIC";
            case "never":
                return "IS_NEVER";
            case "null":
                return "IS_NULL";
            case "false":
                return "IS_FALSE";
            case "true":
                return "IS_TRUE";
            default:
                throw new Exception("Not implemented: $this->name");
        }
    }

public function toTypeMask(): string {
        assert($this->isBuiltin);

switch ($this->name) {
            case "null":
                return "MAY_BE_NULL";
            case "false":
                return "MAY_BE_FALSE";
            case "true":
                return "MAY_BE_TRUE";
            case "bool":
                return "MAY_BE_BOOL";
            case "int":
                return "MAY_BE_LONG";
            case "float":
                return "MAY_BE_DOUBLE";
            case "string":
                return "MAY_BE_STRING";
            case "array":
                return "MAY_BE_ARRAY";
            case "object":
                return "MAY_BE_OBJECT";
            case "callable":
                return "MAY_BE_CALLABLE";
            case "mixed":
                return "MAY_BE_ANY";
            case "void":
                return "MAY_BE_VOID";
            case "static":
                return "MAY_BE_STATIC";
            case "never":
                return "MAY_BE_NEVER";
            default:
                throw new Exception("Not implemented: $this->name");
        }
    }

public function toOptimizerTypeMaskForArrayKey(): string {
        assert($this->isBuiltin);

switch ($this->name) {
            case "int":
                return "MAY_BE_ARRAY_KEY_LONG";
            case "string":
                return "MAY_BE_ARRAY_KEY_STRING";
            default:
                throw new Exception("Type $this->name cannot be an array key");
        }
    }

public function toOptimizerTypeMaskForArrayValue(): string {
        if (!$this->isBuiltin) {
            return "MAY_BE_ARRAY_OF_OBJECT";
        }

switch ($this->name) {
            case "null":
                return "MAY_BE_ARRAY_OF_NULL";
            case "false":
                return "MAY_BE_ARRAY_OF_FALSE";
            case "true":
                return "MAY_BE_ARRAY_OF_TRUE";
            case "bool":
                return "MAY_BE_ARRAY_OF_FALSE|MAY_BE_ARRAY_OF_TRUE";
            case "int":
                return "MAY_BE_ARRAY_OF_LONG";
            case "float":
                return "MAY_BE_ARRAY_OF_DOUBLE";
            case "string":
                return "MAY_BE_ARRAY_OF_STRING";
            case "array":
                return "MAY_BE_ARRAY_OF_ARRAY";
            case "object":
                return "MAY_BE_ARRAY_OF_OBJECT";
            case "resource":
                return "MAY_BE_ARRAY_OF_RESOURCE";
            case "mixed":
                return "MAY_BE_ARRAY_OF_ANY";
            case "ref":
                return "MAY_BE_ARRAY_OF_REF";
            default:
                throw new Exception("Type $this->name cannot be an array value");
        }
    }

public function toOptimizerTypeMask(): string {
        if (!$this->isBuiltin) {
            return "MAY_BE_OBJECT";
        }

switch ($this->name) {
            case "resource":
                return "MAY_BE_RESOURCE";
            case "callable":
                return "MAY_BE_STRING|MAY_BE_ARRAY|MAY_BE_ARRAY_KEY_LONG|MAY_BE_ARRAY_OF_STRING|MAY_BE_ARRAY_OF_OBJECT|MAY_BE_OBJECT";
            case "iterable":
                return "MAY_BE_ARRAY|MAY_BE_ARRAY_KEY_ANY|MAY_BE_ARRAY_OF_ANY|MAY_BE_OBJECT";
            case "mixed":
                return "MAY_BE_ANY|MAY_BE_ARRAY_KEY_ANY|MAY_BE_ARRAY_OF_ANY";
        }

return $this->toTypeMask();
    }

public function toEscapedName(): string {
        // Escape backslashes, and also encode \u, \U, and \N to avoid compilation errors in generated macros
        return str_replace(
            ['\\', '\\u', '\\U', '\\N'],
            ['\\\\', '\\\\165', '\\\\125', '\\\\116'],
            $this->name
        );
    }

public function toVarEscapedName(): string {
        return str_replace('\\', '_', $this->name);
    }

public function equals(SimpleType $other): bool {
        return $this->name === $other->name && $this->isBuiltin === $other->isBuiltin;
    }
}

class Type {
    /** @var SimpleType[] */
    public array $types;
    public bool $isIntersection;

public static function fromNode(Node $node): Type {
        if ($node instanceof Node\UnionType || $node instanceof Node\IntersectionType) {
            $nestedTypeObjects = array_map(['Type', 'fromNode'], $node->types);
            $types = [];
            foreach ($nestedTypeObjects as $typeObject) {
                array_push($types, ...$typeObject->types);
            }
            return new Type($types, ($node instanceof Node\IntersectionType));
        }

if ($node instanceof Node\NullableType) {
            return new Type(
                [
                    ...Type::fromNode($node->type)->types,
                    SimpleType::null(),
                ],
                false
            );
        }

if ($node instanceof Node\Identifier && $node->toLowerString() === "iterable") {
            return new Type(
                [
                    SimpleType::fromString("Traversable"),
                    ArrayType::createGenericArray(),
                ],
                false
            );
        }

return new Type([SimpleType::fromNode($node)], false);
    }

public static function fromString(string $typeString): self {
        $typeString .= "|";
        $simpleTypes = [];
        $simpleTypeOffset = 0;
        $inArray = false;
        $isIntersection = false;

$typeStringLength = strlen($typeString);
        for ($i = 0; $i < $typeStringLength; $i++) {
            $char = $typeString[$i];

if ($char === "<") {
                $inArray = true;
                continue;
            }

if ($char === ">") {
                $inArray = false;
                continue;
            }

if ($inArray) {
                continue;
            }

if ($char === "|" || $char === "&") {
                $isIntersection = ($char === "&");
                $simpleTypeName = trim(substr($typeString, $simpleTypeOffset, $i - $simpleTypeOffset));

$simpleTypes[] = SimpleType::fromString($simpleTypeName);

$simpleTypeOffset = $i + 1;
            }
        }

return new Type($simpleTypes, $isIntersection);
    }

/**
     * @param SimpleType[] $types
     */
    private function __construct(array $types, bool $isIntersection) {
        $this->types = $types;
        $this->isIntersection = $isIntersection;
    }

public function isScalar(): bool {
        foreach ($this->types as $type) {
            if (!$type->isScalar()) {
                return false;
            }
        }

return true;
    }

public function isNullable(): bool {
        foreach ($this->types as $type) {
            if ($type->isNull()) {
                return true;
            }
        }

return false;
    }

public function getWithoutNull(): Type {
        return new Type(
            array_filter(
                $this->types,
                function(SimpleType $type) {
                    return !$type->isNull();
                }
            ),
            false
        );
    }

public function tryToSimpleType(): ?SimpleType {
        $withoutNull = $this->getWithoutNull();
        /* type has only null */
        if (count($withoutNull->types) === 0) {
            return $this->types[0];
        }
        if (count($withoutNull->types) === 1) {
            return $withoutNull->types[0];
        }
        return null;
    }

public function toArginfoType(): ArginfoType {
        $classTypes = [];
        $builtinTypes = [];
        foreach ($this->types as $type) {
            if ($type->isBuiltin) {
                $builtinTypes[] = $type;
            } else {
                $classTypes[] = $type;
            }
        }
        return new ArginfoType($classTypes, $builtinTypes);
    }

public function toOptimizerTypeMask(): string {
        $optimizerTypes = [];

foreach ($this->types as $type) {
            // TODO Support for toOptimizerMask for intersection
            $optimizerTypes[] = $type->toOptimizerTypeMask();
        }

return implode("|", $optimizerTypes);
    }

public function toOptimizerTypeMaskForArrayKey(): string {
        $typeMasks = [];

foreach ($this->types as $type) {
            $typeMasks[] = $type->toOptimizerTypeMaskForArrayKey();
        }

return implode("|", $typeMasks);
    }

public function toOptimizerTypeMaskForArrayValue(): string {
        $typeMasks = [];

foreach ($this->types as $type) {
            $typeMasks[] = $type->toOptimizerTypeMaskForArrayValue();
        }

return implode("|", $typeMasks);
    }

public function getTypeForDoc(DOMDocument $doc): DOMElement {
        if (count($this->types) > 1) {
            $typeSort = $this->isIntersection ? "intersection" : "union";
            $typeElement = $doc->createElement('type');
            $typeElement->setAttribute("class", $typeSort);

foreach ($this->types as $type) {
                $unionTypeElement = $doc->createElement('type', $type->name);
                $typeElement->appendChild($unionTypeElement);
            }
        } else {
            $type = $this->types[0];
            if ($type->isBuiltin && strtolower($type->name) === "true") {
                $name = "bool";
            } else {
                $name = $type->name;
            }

$typeElement = $doc->createElement('type', $name);
        }

return $typeElement;
    }

public static function equals(?Type $a, ?Type $b): bool {
        if ($a === null || $b === null) {
            return $a === $b;
        }

if (count($a->types) !== count($b->types)) {
            return false;
        }

for ($i = 0; $i < count($a->types); $i++) {
            if (!$a->types[$i]->equals($b->types[$i])) {
                return false;
            }
        }

return true;
    }

public function __toString() {
        if ($this->types === null) {
            return 'mixed';
        }

$char = $this->isIntersection ? '&' : '|';
        return implode($char, array_map(
            function ($type) { return $type->name; },
            $this->types)
        );
    }
}

class ArginfoType {
    /** @var SimpleType[] $classTypes */
    public array $classTypes;
    /** @var SimpleType[] $builtinTypes */
    private array $builtinTypes;

/**
     * @param SimpleType[] $classTypes
     * @param SimpleType[] $builtinTypes
     */
    public function __construct(array $classTypes, array $builtinTypes) {
        $this->classTypes = $classTypes;
        $this->builtinTypes = $builtinTypes;
    }

public function hasClassType(): bool {
        return !empty($this->classTypes);
    }

public function toClassTypeString(): string {
        return implode('|', array_map(function(SimpleType $type) {
            return $type->toEscapedName();
        }, $this->classTypes));
    }

public function toTypeMask(): string {
        if (empty($this->builtinTypes)) {
            return '0';
        }
        return implode('|', array_map(function(SimpleType $type) {
            return $type->toTypeMask();
        }, $this->builtinTypes));
    }
}

class ArgInfo {
    const SEND_BY_VAL = 0;
    const SEND_BY_REF = 1;
    const SEND_PREFER_REF = 2;

public string $name;
    public int $sendBy;
    public bool $isVariadic;
    public ?Type $type;
    public ?Type $phpDocType;
    public ?string $defaultValue;
    /** @var AttributeInfo[] */
    public array $attributes;

/**
     * @param AttributeInfo[] $attributes
     */
    public function __construct(
        string $name,
        int $sendBy,
        bool $isVariadic,
        ?Type $type,
        ?Type $phpDocType,
        ?string $defaultValue,
        array $attributes
    ) {
        $this->name = $name;
        $this->sendBy = $sendBy;
        $this->isVariadic = $isVariadic;
        $this->setTypes($type, $phpDocType);
        $this->defaultValue = $defaultValue;
        $this->attributes = $attributes;
    }

public function equals(ArgInfo $other): bool {
        return $this->name === $other->name
            && $this->sendBy === $other->sendBy
            && $this->isVariadic === $other->isVariadic
            && Type::equals($this->type, $other->type)
            && $this->defaultValue === $other->defaultValue;
    }

public function getSendByString(): string {
        switch ($this->sendBy) {
        case self::SEND_BY_VAL:
            return "0";
        case self::SEND_BY_REF:
            return "1";
        case self::SEND_PREFER_REF:
            return "ZEND_SEND_PREFER_REF";
        }
        throw new Exception("Invalid sendBy value");
    }

public function getMethodSynopsisType(): Type {
        if ($this->type) {
            return $this->type;
        }

if ($this->phpDocType) {
            return $this->phpDocType;
        }

throw new Exception("A parameter must have a type");
    }

public function hasProperDefaultValue(): bool {
        return $this->defaultValue !== null && $this->defaultValue !== "UNKNOWN";
    }

public function getDefaultValueAsArginfoString(): string {
        if ($this->hasProperDefaultValue()) {
            return '"' . addslashes($this->defaultValue) . '"';
        }

return "NULL";
    }

public function getDefaultValueAsMethodSynopsisString(): ?string {
        if ($this->defaultValue === null) {
            return null;
        }

switch ($this->defaultValue) {
            case 'UNKNOWN':
                return null;
            case 'false':
            case 'true':
            case 'null':
                return "&{$this->defaultValue};";
        }

return $this->defaultValue;
    }

private function setTypes(?Type $type, ?Type $phpDocType): void
    {
        $this->type = $type;
        $this->phpDocType = $phpDocType;
    }
}

interface ConstOrClassConstName {
    public function __toString(): string;
    public function equals(ConstOrClassConstName $const): bool;
    public function isClassConst(): bool;
    public function isUnknown(): bool;
}

abstract class AbstractConstName implements ConstOrClassConstName
{
    public function equals(ConstOrClassConstName $const): bool
    {
        return $this->__toString() === $const->__toString();
    }

public function isUnknown(): bool
    {
        return strtolower($this->__toString()) === "unknown";
    }
}

class ConstName extends AbstractConstName {
    public string $const;

public function __construct(?Name $namespace, string $const)
    {
        if ($namespace && ($namespace = $namespace->slice(0, -1))) {
            $const = $namespace->toString() . '\\' . $const;
        }
        $this->const = $const;
    }

public function isClassConst(): bool
    {
        return false;
    }

public function isUnknown(): bool
    {
        $name = $this->__toString();
        if (($pos = strrpos($name, '\\')) !== false) {
            $name = substr($name, $pos + 1);
        }
        return strtolower($name) === "unknown";
    }

public function __toString(): string
    {
        return $this->const;
    }
}

class ClassConstName extends AbstractConstName {
    public Name $class;
    public string $const;

public function __construct(Name $class, string $const)
    {
        $this->class = $class;
        $this->const = $const;
    }

public function isClassConst(): bool
    {
        return true;
    }

public function __toString(): string
    {
        return $this->class->toString() . "::" . $this->const;
    }
}

class PropertyName {
    public Name $class;
    public string $property;

public function __construct(Name $class, string $property)
    {
        $this->class = $class;
        $this->property = $property;
    }

public function __toString(): string
    {
        return $this->class->toString() . "::$" . $this->property;
    }
}

interface FunctionOrMethodName {
    public function getDeclaration(): string;
    public function getArgInfoName(): string;
    public function getMethodSynopsisFilename(): string;
    public function getNameForAttributes(): string;
    public function __toString(): string;
    public function isMethod(): bool;
    public function isConstructor(): bool;
    public function isDestructor(): bool;
}

class FunctionName implements FunctionOrMethodName {
    private Name $name;

public function __construct(Name $name) {
        $this->name = $name;
    }

public function getNamespace(): ?string {
        if ($this->name->isQualified()) {
            return $this->name->slice(0, -1)->toString();
        }
        return null;
    }

public function getNonNamespacedName(): string {
        if ($this->name->isQualified()) {
            throw new Exception("Namespaced name not supported here");
        }
        return $this->name->toString();
    }

public function getDeclarationName(): string {
        return implode('_', $this->name->parts);
    }

public function getFunctionName(): string {
        return $this->name->getLast();
    }

public function getDeclaration(): string {
        return "ZEND_FUNCTION({$this->getDeclarationName()});\n";
    }

public function getArgInfoName(): string {
        $underscoreName = implode('_', $this->name->parts);
        return "arginfo_$underscoreName";
    }

public function getMethodSynopsisFilename(): string {
        return implode('_', $this->name->parts);
    }

public function getNameForAttributes(): string {
        return strtolower($this->name->toString());
    }

public function __toString(): string {
        return $this->name->toString();
    }

public function isMethod(): bool {
        return false;
    }

public function isConstructor(): bool {
        return false;
    }

public function isDestructor(): bool {
        return false;
    }
}

class MethodName implements FunctionOrMethodName {
    public Name $className;
    public string $methodName;

public function __construct(Name $className, string $methodName) {
        $this->className = $className;
        $this->methodName = $methodName;
    }

public function getDeclarationClassName(): string {
        return implode('_', $this->className->parts);
    }

public function getDeclaration(): string {
        return "ZEND_METHOD({$this->getDeclarationClassName()}, $this->methodName);\n";
    }

public function getArgInfoName(): string {
        return "arginfo_class_{$this->getDeclarationClassName()}_{$this->methodName}";
    }

public function getMethodSynopsisFilename(): string {
        return $this->getDeclarationClassName() . "_{$this->methodName}";
    }

public function getNameForAttributes(): string {
        return strtolower($this->methodName);
    }

public function __toString(): string {
        return "$this->className::$this->methodName";
    }

public function isMethod(): bool {
        return true;
    }

public function isConstructor(): bool {
        return $this->methodName === "__construct";
    }

public function isDestructor(): bool {
        return $this->methodName === "__destruct";
    }
}

class ReturnInfo {
    const REFCOUNT_0 = "0";
    const REFCOUNT_1 = "1";
    const REFCOUNT_N = "N";

const REFCOUNTS = [
        self::REFCOUNT_0,
        self::REFCOUNT_1,
        self::REFCOUNT_N,
    ];

public bool $byRef;
    public ?Type $type;
    public ?Type $phpDocType;
    public bool $tentativeReturnType;
    public string $refcount;

public function __construct(bool $byRef, ?Type $type, ?Type $phpDocType, bool $tentativeReturnType, ?string $refcount) {
        $this->byRef = $byRef;
        $this->setTypes($type, $phpDocType, $tentativeReturnType);
        $this->setRefcount($refcount);
    }

public function equalsApartFromPhpDocAndRefcount(ReturnInfo $other): bool {
        return $this->byRef === $other->byRef
            && Type::equals($this->type, $other->type)
            && $this->tentativeReturnType === $other->tentativeReturnType;
    }

public function getMethodSynopsisType(): ?Type {
        return $this->type ?? $this->phpDocType;
    }

private function setTypes(?Type $type, ?Type $phpDocType, bool $tentativeReturnType): void
    {
        $this->type = $type;
        $this->phpDocType = $phpDocType;
        $this->tentativeReturnType = $tentativeReturnType;
    }

private function setRefcount(?string $refcount): void
    {
        $type = $this->phpDocType ?? $this->type;
        $isScalarType = $type !== null && $type->isScalar();

if ($refcount === null) {
            $this->refcount = $isScalarType ? self::REFCOUNT_0 : self::REFCOUNT_N;
            return;
        }

if (!in_array($refcount, ReturnInfo::REFCOUNTS, true)) {
            throw new Exception("@refcount must have one of the following values: \"0\", \"1\", \"N\", $refcount given");
        }

if ($isScalarType && $refcount !== self::REFCOUNT_0) {
            throw new Exception('A scalar return type of "' . $type->__toString() . '" must have a refcount of "' . self::REFCOUNT_0 . '"');
        }

if (!$isScalarType && $refcount === self::REFCOUNT_0) {
            throw new Exception('A non-scalar return type of "' . $type->__toString() . '" cannot have a refcount of "' . self::REFCOUNT_0 . '"');
        }

$this->refcount = $refcount;
    }
}

class FuncInfo {
    public FunctionOrMethodName $name;
    public int $classFlags;
    public int $flags;
    public ?string $aliasType;
    public ?FunctionOrMethodName $alias;
    public bool $isDeprecated;
    public bool $supportsCompileTimeEval;
    public bool $verify;
    /** @var ArgInfo[] */
    public array $args;
    public ReturnInfo $return;
    public int $numRequiredArgs;
    public ?string $cond;
    public bool $isUndocumentable;

/**
     * @param ArgInfo[] $args
     */
    public function __construct(
        FunctionOrMethodName $name,
        int $classFlags,
        int $flags,
        ?string $aliasType,
        ?FunctionOrMethodName $alias,
        bool $isDeprecated,
        bool $supportsCompileTimeEval,
        bool $verify,
        array $args,
        ReturnInfo $return,
        int $numRequiredArgs,
        ?string $cond,
        bool $isUndocumentable
    ) {
        $this->name = $name;
        $this->classFlags = $classFlags;
        $this->flags = $flags;
        $this->aliasType = $aliasType;
        $this->alias = $alias;
        $this->isDeprecated = $isDeprecated;
        $this->supportsCompileTimeEval = $supportsCompileTimeEval;
        $this->verify = $verify;
        $this->args = $args;
        $this->return = $return;
        $this->numRequiredArgs = $numRequiredArgs;
        $this->cond = $cond;
        $this->isUndocumentable = $isUndocumentable;
    }

public function isMethod(): bool
    {
        return $this->name->isMethod();
    }

public function isFinalMethod(): bool
    {
        return ($this->flags & Class_::MODIFIER_FINAL) || ($this->classFlags & Class_::MODIFIER_FINAL);
    }

public function isInstanceMethod(): bool
    {
        return !($this->flags & Class_::MODIFIER_STATIC) && $this->isMethod() && !$this->name->isConstructor();
    }

/** @return string[] */
    public function getModifierNames(): array
    {
        if (!$this->isMethod()) {
            return [];
        }

$result = [];

if ($this->flags & Class_::MODIFIER_FINAL) {
            $result[] = "final";
        } elseif ($this->flags & Class_::MODIFIER_ABSTRACT && $this->classFlags & ~Class_::MODIFIER_ABSTRACT) {
            $result[] = "abstract";
        }

if ($this->flags & Class_::MODIFIER_PROTECTED) {
            $result[] = "protected";
        } elseif ($this->flags & Class_::MODIFIER_PRIVATE) {
            $result[] = "private";
        } else {
            $result[] = "public";
        }

if ($this->flags & Class_::MODIFIER_STATIC) {
            $result[] = "static";
        }

return $result;
    }

public function hasParamWithUnknownDefaultValue(): bool
    {
        foreach ($this->args as $arg) {
            if ($arg->defaultValue && !$arg->hasProperDefaultValue()) {
                return true;
            }
        }

return false;
    }

public function equalsApartFromNameAndRefcount(FuncInfo $other): bool {
        if (count($this->args) !== count($other->args)) {
            return false;
        }

for ($i = 0; $i < count($this->args); $i++) {
            if (!$this->args[$i]->equals($other->args[$i])) {
                return false;
            }
        }

return $this->return->equalsApartFromPhpDocAndRefcount($other->return)
            && $this->numRequiredArgs === $other->numRequiredArgs
            && $this->cond === $other->cond;
    }

public function getArgInfoName(): string {
        return $this->name->getArgInfoName();
    }

public function getDeclarationKey(): string
    {
        $name = $this->alias ?? $this->name;

return "$name|$this->cond";
    }

public function getDeclaration(): ?string
    {
        if ($this->flags & Class_::MODIFIER_ABSTRACT) {
            return null;
        }

$name = $this->alias ?? $this->name;

return $name->getDeclaration();
    }

public function getFunctionEntry(): string {
        if ($this->name instanceof MethodName) {
            if ($this->alias) {
                if ($this->alias instanceof MethodName) {
                    return sprintf(
                        "\tZEND_MALIAS(%s, %s, %s, %s, %s)\n",
                        $this->alias->getDeclarationClassName(), $this->name->methodName,
                        $this->alias->methodName, $this->getArgInfoName(), $this->getFlagsAsArginfoString()
                    );
                } else if ($this->alias instanceof FunctionName) {
                    return sprintf(
                        "\tZEND_ME_MAPPING(%s, %s, %s, %s)\n",
                        $this->name->methodName, $this->alias->getNonNamespacedName(),
                        $this->getArgInfoName(), $this->getFlagsAsArginfoString()
                    );
                } else {
                    throw new Error("Cannot happen");
                }
            } else {
                $declarationClassName = $this->name->getDeclarationClassName();
                if ($this->flags & Class_::MODIFIER_ABSTRACT) {
                    return sprintf(
                        "\tZEND_ABSTRACT_ME_WITH_FLAGS(%s, %s, %s, %s)\n",
                        $declarationClassName, $this->name->methodName, $this->getArgInfoName(),
                        $this->getFlagsAsArginfoString()
                    );
                }

return sprintf(
                    "\tZEND_ME(%s, %s, %s, %s)\n",
                    $declarationClassName, $this->name->methodName, $this->getArgInfoName(),
                    $this->getFlagsAsArginfoString()
                );
            }
        } else if ($this->name instanceof FunctionName) {
            $namespace = $this->name->getNamespace();
            $functionName = $this->name->getFunctionName();
            $declarationName = $this->alias ? $this->alias->getNonNamespacedName() : $this->name->getDeclarationName();

if ($namespace) {
                // Namespaced functions are always declared as aliases to avoid name conflicts when two functions with
                // the same name exist in separate namespaces
                $macro = $this->isDeprecated ? 'ZEND_NS_DEP_FALIAS' : 'ZEND_NS_FALIAS';

// Render A\B as "A\\B" in C strings for namespaces
                return sprintf(
                    "\t%s(\"%s\", %s, %s, %s)\n",
                    $macro, addslashes($namespace), $this->name->getFunctionName(), $declarationName, $this->getArgInfoName()
                );
            }

if ($this->alias) {
                $macro = $this->isDeprecated ? 'ZEND_DEP_FALIAS' : 'ZEND_FALIAS';

return sprintf(
                    "\t%s(%s, %s, %s)\n",
                    $macro, $functionName, $declarationName, $this->getArgInfoName()
                );
            }

switch (true) {
                case $this->isDeprecated:
                    $macro = 'ZEND_DEP_FE';
                    break;
                case $this->supportsCompileTimeEval:
                    $macro = 'ZEND_SUPPORTS_COMPILE_TIME_EVAL_FE';
                    break;
                default:
                    $macro = 'ZEND_FE';
            }

return sprintf("\t%s(%s, %s)\n", $macro, $functionName, $this->getArgInfoName());
        } else {
            throw new Error("Cannot happen");
        }
    }

public function getOptimizerInfo(): ?string {
        if ($this->isMethod()) {
            return null;
        }

if ($this->alias !== null) {
            return null;
        }

if ($this->return->refcount !== ReturnInfo::REFCOUNT_1 && $this->return->phpDocType === null) {
            return null;
        }

$type = $this->return->phpDocType ?? $this->return->type;
        if ($type === null) {
            return null;
        }

return "\tF" . $this->return->refcount . '("' . $this->name->__toString() . '", ' . $type->toOptimizerTypeMask() . "),\n";
    }

public function discardInfoForOldPhpVersions(): void {
        $this->return->type = null;
        foreach ($this->args as $arg) {
            $arg->type = null;
            $arg->defaultValue = null;
            $arg->attributes = [];
        }
    }

private function getFlagsAsArginfoString(): string
    {
        $flags = "ZEND_ACC_PUBLIC";
        if ($this->flags & Class_::MODIFIER_PROTECTED) {
            $flags = "ZEND_ACC_PROTECTED";
        } elseif ($this->flags & Class_::MODIFIER_PRIVATE) {
            $flags = "ZEND_ACC_PRIVATE";
        }

if ($this->flags & Class_::MODIFIER_STATIC) {
            $flags .= "|ZEND_ACC_STATIC";
        }

if ($this->flags & Class_::MODIFIER_FINAL) {
            $flags .= "|ZEND_ACC_FINAL";
        }

if ($this->flags & Class_::MODIFIER_ABSTRACT) {
            $flags .= "|ZEND_ACC_ABSTRACT";
        }

if ($this->isDeprecated) {
            $flags .= "|ZEND_ACC_DEPRECATED";
        }

return $flags;
    }

/**
     * @param array<string, FuncInfo> $funcMap
     * @param array<string, FuncInfo> $aliasMap
     * @throws Exception
     */
    public function getMethodSynopsisDocument(array $funcMap, array $aliasMap): ?string {

$doc = new DOMDocument();
        $doc->formatOutput = true;
        $methodSynopsis = $this->getMethodSynopsisElement($funcMap, $aliasMap, $doc);
        if (!$methodSynopsis) {
            return null;
        }

$doc->appendChild($methodSynopsis);

return $doc->saveXML();
    }

/**
     * @param array<string, FuncInfo> $funcMap
     * @param array<string, FuncInfo> $aliasMap
     * @throws Exception
     */
    public function getMethodSynopsisElement(array $funcMap, array $aliasMap, DOMDocument $doc): ?DOMElement {
        if ($this->hasParamWithUnknownDefaultValue()) {
            return null;
        }

if ($this->name->isConstructor()) {
            $synopsisType = "constructorsynopsis";
        } elseif ($this->name->isDestructor()) {
            $synopsisType = "destructorsynopsis";
        } else {
            $synopsisType = "methodsynopsis";
        }

$methodSynopsis = $doc->createElement($synopsisType);

if ($this->isMethod()) {
            assert($this->name instanceof MethodName);
            $role = $doc->createAttribute("role");
            $role->value = addslashes($this->name->className->__toString());
            $methodSynopsis->appendChild($role);
        }

$methodSynopsis->appendChild(new DOMText("\n   "));

foreach ($this->getModifierNames() as $modifierString) {
            $modifierElement = $doc->createElement('modifier', $modifierString);
            $methodSynopsis->appendChild($modifierElement);
            $methodSynopsis->appendChild(new DOMText(" "));
        }

$returnType = $this->return->getMethodSynopsisType();
        if ($returnType) {
            $methodSynopsis->appendChild($returnType->getTypeForDoc($doc));
        }

$methodname = $doc->createElement('methodname', $this->name->__toString());
        $methodSynopsis->appendChild($methodname);

if (empty($this->args)) {
            $methodSynopsis->appendChild(new DOMText("\n   "));
            $void = $doc->createElement('void');
            $methodSynopsis->appendChild($void);
        } else {
            foreach ($this->args as $arg) {
                $methodSynopsis->appendChild(new DOMText("\n   "));
                $methodparam = $doc->createElement('methodparam');
                if ($arg->defaultValue !== null) {
                    $methodparam->setAttribute("choice", "opt");
                }
                if ($arg->isVariadic) {
                    $methodparam->setAttribute("rep", "repeat");
                }

$methodSynopsis->appendChild($methodparam);
                $methodparam->appendChild($arg->getMethodSynopsisType()->getTypeForDoc($doc));

$parameter = $doc->createElement('parameter', $arg->name);
                if ($arg->sendBy !== ArgInfo::SEND_BY_VAL) {
                    $parameter->setAttribute("role", "reference");
                }

$methodparam->appendChild($parameter);
                $defaultValue = $arg->getDefaultValueAsMethodSynopsisString();
                if ($defaultValue !== null) {
                    $initializer = $doc->createElement('initializer');
                    if (preg_match('/^[a-zA-Z_][a-zA-Z_0-9]*$/', $defaultValue)) {
                        $constant = $doc->createElement('constant', $defaultValue);
                        $initializer->appendChild($constant);
                    } else {
                        $initializer->nodeValue = $defaultValue;
                    }
                    $methodparam->appendChild($initializer);
                }
            }
        }
        $methodSynopsis->appendChild(new DOMText("\n  "));

return $methodSynopsis;
    }

public function __clone()
    {
        foreach ($this->args as $key => $argInfo) {
            $this->args[$key] = clone $argInfo;
        }
        $this->return = clone $this->return;
    }
}

class EvaluatedValue
{
    /** @var mixed */
    public $value;
    public SimpleType $type;
    public ?string $cConstValue;
    public bool $isUnknownConstValue;
    public ?ConstInfo $originatingConst;

/**
     * @param iterable<ConstInfo> $allConstInfos
     */
    public static function createFromExpression(Expr $expr, ?SimpleType $constType, ?string $cConstName, iterable $allConstInfos): EvaluatedValue
    {
        $originatingConst = null;
        $isUnknownConstValue = null;

$evaluator = new ConstExprEvaluator(
            function (Expr $expr) use ($allConstInfos, &$constType, &$originatingConst, &$isUnknownConstValue) {
                if (!$expr instanceof Expr\ConstFetch && !$expr instanceof Expr\ClassConstFetch) {
                    throw new Exception($this->getVariableTypeName() . " " . $this->getVariableLikeName() . " has an unsupported value");
                }

if ($expr instanceof Expr\ClassConstFetch) {
                    $originatingConstName = new ClassConstName($expr->class, $expr->name->toString());
                } else {
                    $originatingConstName = new ConstName($expr->name->getAttribute('namespacedName'), $expr->name->toString());
                }

if ($originatingConstName->isUnknown()) {
                    $originatingConst = null;
                    $isUnknownConstValue = true;

return null;
                }

foreach ($allConstInfos as $const) {
                    if (!$originatingConstName->equals($const->name)) {
                        continue;
                    }

if ($constType === null && $const->phpDocType) {
                        $constType = $const->phpDocType->tryToSimpleType();
                    }

$originatingConst = $const;
                    $isUnknownConstValue = false;

return null;
                }

throw new Exception("Constant " . $constName . " cannot be found");
            }
        );

$result = $evaluator->evaluateDirectly($expr);

return new EvaluatedValue(
            $result,
            $constType ?: SimpleType::fromValue($result),
            $cConstName,
            $originatingConst,
            (bool) $isUnknownConstValue
        );
    }

public static function null(): EvaluatedValue
    {
        return new self(null, SimpleType::null(), null, null, false);
    }

/**
     * @param mixed $value
     */
    private function __construct($value, SimpleType $type, ?string $cConstName, ?ConstInfo $originatingConst, bool $isUnknownConstValue)
    {
        $this->value = $value;
        $this->type = $type;
        $this->cConstValue = $cConstName;
        $this->originatingConst = $originatingConst;
        $this->isUnknownConstValue = $isUnknownConstValue;
    }

/**
     * @param iterable<ConstInfo> $allConstInfos
     */
    public function initializeZval(string $zvalName, iterable $allConstInfos): string
    {
        $cConstValue = $this->getCConstValue($allConstInfos);

$code = "\tzval $zvalName;\n";

if ($this->type->isNull()) {
            $code .= "\tZVAL_NULL(&$zvalName);\n";
        } elseif ($this->type->isBool()) {
            $code .= "\t" . ($this->value ? 'ZVAL_TRUE' : 'ZVAL_FALSE') . "(&$zvalName);\n";
        } elseif ($this->type->isInt()) {
            $code .= "\tZVAL_LONG(&$zvalName, " . ($cConstValue ?: $this->value) . ");\n";
        } elseif ($this->type->isFloat()) {
            $code .= "\tZVAL_DOUBLE(&$zvalName, " . ($cConstValue ?: $this->value) . ");\n";
        } elseif ($this->type->isString()) {
            if (!$cConstValue && $this->value === "") {
                $code .= "\tZVAL_EMPTY_STRING(&$zvalName);\n";
            } else {
                $constValue = $cConstValue ?: '"' . addslashes($this->value) . '"';
                $code .= "\tzend_string *{$zvalName}_str = zend_string_init($constValue, strlen($constValue), 1);\n";
                $code .= "\tZVAL_STR(&$zvalName, {$zvalName}_str);\n";
            }
        } elseif ($this->type->isArray()) {
            if (!$cConstValue && empty($this->value)) {
                $code .= "\tZVAL_EMPTY_ARRAY(&$zvalName);\n";
            } else {
                throw new Exception("Unimplemented default value");
            }
        } else {
            throw new Exception("Invalid default value");
        }

return $code;
    }

/**
     * @param iterable<ConstInfo> $allConstInfos
     */
    public function getCConstValue(iterable $allConstInfos): ?string
    {
        if ($this->cConstValue) {
            return $this->cConstValue;
        }

if ($this->originatingConst) {
            return $this->originatingConst->getValue($allConstInfos)->getCConstValue($allConstInfos);
        }

return null;
    }
}

abstract class VariableLike
{
    public ?Type $phpDocType;
    public int $flags;
    public ?string $link;
    public ?int $phpVersionIdMinimumCompatibility;

public function __construct(
        int $flags,
        ?Type $phpDocType,
        ?string $link,
        ?int $phpVersionIdMinimumCompatibility
    ) {
        $this->flags = $flags;
        $this->phpDocType = $phpDocType;
        $this->link = $link;
        $this->phpVersionIdMinimumCompatibility = $phpVersionIdMinimumCompatibility;
    }

abstract protected function getVariableTypeCode(): string;

abstract protected function getVariableTypeName(): string;

abstract protected function getVariableLikeName(): string;

abstract protected function addTypeToFieldSynopsis(DOMDocument $doc, DOMElement $fieldsynopsisElement): void;

abstract protected function getFieldSynopsisDefaultLinkend(): string;

abstract protected function getFieldSynopsisName(): string;

/**
     * @param iterable<ConstInfo> $allConstInfos
     */
    abstract protected function getFieldSynopsisValueString(iterable $allConstInfos): ?string;

abstract public function discardInfoForOldPhpVersions(): void;

/**
     * @return array<int, string[]>
     */
    protected function getFlagsByPhpVersion(): array
    {
        $flags = "ZEND_ACC_PUBLIC";
        if ($this->flags & Class_::MODIFIER_PROTECTED) {
            $flags = "ZEND_ACC_PROTECTED";
        } elseif ($this->flags & Class_::MODIFIER_PRIVATE) {
            $flags = "ZEND_ACC_PRIVATE";
        }

return [
            PHP_70_VERSION_ID => [$flags],
            PHP_80_VERSION_ID => [$flags],
            PHP_81_VERSION_ID => [$flags],
            PHP_82_VERSION_ID => [$flags],
        ];
    }

/**
     * @param iterable<ConstInfo> $allConstInfos
     */
    public function getFieldSynopsisElement(DOMDocument $doc, iterable $allConstInfos): DOMElement
    {
        $fieldsynopsisElement = $doc->createElement("fieldsynopsis");

$this->addModifiersToFieldSynopsis($doc, $fieldsynopsisElement);

$this->addTypeToFieldSynopsis($doc, $fieldsynopsisElement);

$varnameElement = $doc->createElement("varname", $this->getFieldSynopsisName());
        if ($this->link) {
            $varnameElement->setAttribute("linkend", $this->link);
        } else {
            $varnameElement->setAttribute("linkend", $this->getFieldSynopsisDefaultLinkend());
        }

$fieldsynopsisElement->appendChild(new DOMText("\n     "));
        $fieldsynopsisElement->appendChild($varnameElement);

$valueString = $this->getFieldSynopsisValueString($allConstInfos);
        if ($valueString) {
            $fieldsynopsisElement->appendChild(new DOMText("\n     "));
            $initializerElement = $doc->createElement("initializer",  $valueString);
            $fieldsynopsisElement->appendChild($initializerElement);
        }

$fieldsynopsisElement->appendChild(new DOMText("\n    "));

return $fieldsynopsisElement;
    }

protected function addModifiersToFieldSynopsis(DOMDocument $doc, DOMElement $fieldsynopsisElement): void
    {
        if ($this->flags & Class_::MODIFIER_PUBLIC) {
            $fieldsynopsisElement->appendChild(new DOMText("\n     "));
            $fieldsynopsisElement->appendChild($doc->createElement("modifier", "public"));
        } elseif ($this->flags & Class_::MODIFIER_PROTECTED) {
            $fieldsynopsisElement->appendChild(new DOMText("\n     "));
            $fieldsynopsisElement->appendChild($doc->createElement("modifier", "protected"));
        } elseif ($this->flags & Class_::MODIFIER_PRIVATE) {
            $fieldsynopsisElement->appendChild(new DOMText("\n     "));
            $fieldsynopsisElement->appendChild($doc->createElement("modifier", "private"));
        }
    }

/**
     * @param array<int, string[]> $flags
     * @return array<int, string[]>
     */
    protected function addFlagForVersionsAbove(array $flags, string $flag, int $minimumVersionId): array
    {
        $write = false;

foreach ($flags as $version => $versionFlags) {
            if ($version === $minimumVersionId || $write === true) {
                $flags[$version][] = $flag;
                $write = true;
            }
        }

return $flags;
    }
}

class ConstInfo extends VariableLike
{
    public ConstOrClassConstName $name;
    public Expr $value;
    public bool $isDeprecated;
    public ?string $valueString;
    public ?string $cond;
    public ?string $cValue;

public function __construct(
        ConstOrClassConstName $name,
        int $flags,
        Expr $value,
        ?string $valueString,
        ?Type $phpDocType,
        bool $isDeprecated,
        ?string $cond,
        ?string $cValue,
        ?string $link,
        ?int $phpVersionIdMinimumCompatibility
    ) {
        $this->name = $name;
        $this->value = $value;
        $this->valueString = $valueString;
        $this->isDeprecated = $isDeprecated;
        $this->cond = $cond;
        $this->cValue = $cValue;
        parent::__construct($flags, $phpDocType, $link, $phpVersionIdMinimumCompatibility);
    }

/**
     * @param iterable<ConstInfo> $allConstInfos
     */
    public function getValue(iterable $allConstInfos): EvaluatedValue
    {
        return EvaluatedValue::createFromExpression(
            $this->value,
            $this->phpDocType->tryToSimpleType(),
            $this->cValue,
            $allConstInfos
        );
    }

protected function getVariableTypeName(): string
    {
        return "constant";
    }

protected function getVariableLikeName(): string
    {
        return $this->name->const;
    }

protected function getVariableTypeCode(): string
    {
        return "const";
    }

protected function getFieldSynopsisDefaultLinkend(): string
    {
        $className = str_replace(["\\", "_"], ["-", "-"], $this->name->class->toLowerString());

return "$className.constants." . strtolower(str_replace("_", "-", $this->name->const));
    }

protected function getFieldSynopsisName(): string
    {
        return $this->name->__toString();
    }

protected function addTypeToFieldSynopsis(DOMDocument $doc, DOMElement $fieldsynopsisElement): void
    {
        if ($this->phpDocType) {
            $fieldsynopsisElement->appendChild(new DOMText("\n     "));
            $fieldsynopsisElement->appendChild($this->phpDocType->getTypeForDoc($doc));
        }
    }

/**
     * @param iterable<ConstInfo> $allConstInfos
     */
    protected function getFieldSynopsisValueString(iterable $allConstInfos): ?string
    {
        $value = EvaluatedValue::createFromExpression($this->value, null, $this->cValue, $allConstInfos);
        if ($value->isUnknownConstValue) {
            return null;
        }

if ($value->originatingConst) {
            return $value->originatingConst->getFieldSynopsisValueString($allConstInfos);
        }

return $this->valueString;
    }

public function discardInfoForOldPhpVersions(): void {
        $this->flags &= ~Class_::MODIFIER_FINAL;
        $this->isDeprecated = false;
    }

/**
     * @param iterable<ConstInfo> $allConstInfos
     */
    public function getDeclaration(iterable $allConstInfos): string
    {
        $type = $this->phpDocType->tryToSimpleType();
        if ($type === null || !$type->isBuiltin) {
            throw new Exception("Constant " . $this->name->__toString() . " must have a simple built-in type");
        }

$value = EvaluatedValue::createFromExpression($this->value, $type, $this->cValue, $allConstInfos);
        if ($value->isUnknownConstValue && !$value->cConstValue) {
            throw new Exception("Constant " . $this->name->__toString() . " must have a @cvalue annotation");
        }

$code = "";

if ($this->cond) {
            $code .= "#if {$this->cond}\n";
        }

if ($this->name->isClassConst()) {
            $code .= $this->getClassConstDeclaration($value, $allConstInfos);
        } else {
            $code .= $this->getGlobalConstDeclaration($value, $allConstInfos);
        }
        $code .= $this->getValueAssertion($value);

if ($this->cond) {
            $code .= "#endif\n";
        }

return $code;
    }

/**
     * @param iterable<ConstInfo> $allConstInfos
     */
    private function getGlobalConstDeclaration(EvaluatedValue $value, iterable $allConstInfos): string
    {
        $constName = str_replace('\\', '\\\\', $this->name->__toString());
        $constValue = $value->value;
        $cConstValue = $value->getCConstValue($allConstInfos);

$flags = "CONST_PERSISTENT";
        if ($this->phpVersionIdMinimumCompatibility !== null && $this->phpVersionIdMinimumCompatibility < 80000) {
            $flags .= " | CONST_CS";
        }

if ($this->isDeprecated) {
            $flags .= " | CONST_DEPRECATED";
        }
        if ($value->type->isNull()) {
            return "\tREGISTER_NULL_CONSTANT(\"$constName\", $flags);\n";
        }

if ($value->type->isBool()) {
            return "\tREGISTER_BOOL_CONSTANT(\"$constName\", " . ($cConstValue ?: ($constValue ? "true" : "false")) . ", $flags);\n";
        }

if ($value->type->isInt()) {
            return "\tREGISTER_LONG_CONSTANT(\"$constName\", " . ($cConstValue ?: (int) $constValue) . ", $flags);\n";
        }

if ($value->type->isFloat()) {
            return "\tREGISTER_DOUBLE_CONSTANT(\"$constName\", " . ($cConstValue ?: (float) $constValue) . ", $flags);\n";
        }

if ($value->type->isString()) {
            return "\tREGISTER_STRING_CONSTANT(\"$constName\", " . ($cConstValue ?: '"' . addslashes($constValue) . '"') . ", $flags);\n";
        }

throw new Exception("Unimplemented constant type");}

/**
     * @param iterable<ConstInfo> $allConstInfos
     */
    private function getClassConstDeclaration(EvaluatedValue $value, iterable $allConstInfos): string
    {
        $constName = $this->getVariableLikeName();

$zvalCode = $value->initializeZval("const_{$constName}_value", $allConstInfos);

$code = "\n" . $zvalCode;

$code .= "\tzend_string *const_{$constName}_name = zend_string_init_interned(\"$constName\", sizeof(\"$constName\") - 1, 1);\n";
        $nameCode = "const_{$constName}_name";

$template = "\tzend_declare_class_constant_ex(class_entry, $nameCode, &const_{$constName}_value, %s, NULL);\n";
        $flagsCode = generateVersionDependentFlagCode(
            $template,
            $this->getFlagsByPhpVersion(),
            $this->phpVersionIdMinimumCompatibility
        );
        $code .= implode("", $flagsCode);
        $code .= "\tzend_string_release(const_{$constName}_name);\n";

return $code;
    }

private function getValueAssertion(EvaluatedValue $value): string
    {
        if ($value->isUnknownConstValue || $value->originatingConst || $value->cConstValue === null) {
            return "";
        }

$cConstValue = $value->cConstValue;
        $constValue = $value->value;

if ($value->type->isNull()) {
            return "\tZEND_ASSERT($cConstValue == NULL);\n";
        }

if ($value->type->isBool()) {
            $cValue = $constValue ? "true" : "false";
            return "\tZEND_ASSERT($cConstValue == $cValue);\n";
        }

if ($value->type->isInt()) {
            $cValue = (int) $constValue;
            return "\tZEND_ASSERT($cConstValue == $cValue);\n";
        }

if ($value->type->isFloat()) {
            $cValue = (float) $constValue;
            return "\tZEND_ASSERT($cConstValue == $cValue);\n";
        }

if ($value->type->isString()) {
            $cValue = '"' . addslashes($constValue) . '"';
            return "\tZEND_ASSERT(strcmp($cConstValue, $cValue) == 0);\n";
        }

throw new Exception("Unimplemented constant type");
    }

/**
     * @return array<int, string[]>
     */
    protected function getFlagsByPhpVersion(): array
    {
        $flags = parent::getFlagsByPhpVersion();

if ($this->isDeprecated) {
            $flags = $this->addFlagForVersionsAbove($flags, "ZEND_ACC_DEPRECATED", PHP_80_VERSION_ID);
        }

if ($this->flags & Class_::MODIFIER_FINAL) {
            $flags = $this->addFlagForVersionsAbove($flags, "ZEND_ACC_FINAL", PHP_81_VERSION_ID);
        }

return $flags;
    }

protected function addModifiersToFieldSynopsis(DOMDocument $doc, DOMElement $fieldsynopsisElement): void
    {
        parent::addModifiersToFieldSynopsis($doc, $fieldsynopsisElement);

if ($this->flags & Class_::MODIFIER_FINAL) {
            $fieldsynopsisElement->appendChild(new DOMText("\n     "));
            $fieldsynopsisElement->appendChild($doc->createElement("modifier", "final"));
        }

$fieldsynopsisElement->appendChild(new DOMText("\n     "));
        $fieldsynopsisElement->appendChild($doc->createElement("modifier", "const"));
    }
}

class PropertyInfo extends VariableLike
{
    public PropertyName $name;
    public ?Type $type;
    public ?Expr $defaultValue;
    public ?string $defaultValueString;
    public bool $isDocReadonly;

public function __construct(
        PropertyName $name,
        int $flags,
        ?Type $type,
        ?Type $phpDocType,
        ?Expr $defaultValue,
        ?string $defaultValueString,
        bool $isDocReadonly,
        ?string $link,
        ?int $phpVersionIdMinimumCompatibility
    ) {
        $this->name = $name;
        $this->type = $type;
        $this->defaultValue = $defaultValue;
        $this->defaultValueString = $defaultValueString;
        $this->isDocReadonly = $isDocReadonly;
        parent::__construct($flags, $phpDocType, $link, $phpVersionIdMinimumCompatibility);
    }

protected function getVariableTypeCode(): string
    {
        return "property";
    }

protected function getVariableTypeName(): string
    {
        return "property";
    }

protected function getVariableLikeName(): string
    {
        return $this->name->property;
    }

protected function getFieldSynopsisDefaultLinkend(): string
    {
        $className = str_replace(["\\", "_"], ["-", "-"], $this->name->class->toLowerString());

return "$className.props." . strtolower(str_replace("_", "-", $this->name->property));
    }

protected function getFieldSynopsisName(): string
    {
        return $this->name->property;
    }

/**
     * @param iterable<ConstInfo> $allConstInfos
     */
    protected function getFieldSynopsisValueString(iterable $allConstInfos): ?string
    {
        return $this->defaultValueString;
    }

public function discardInfoForOldPhpVersions(): void {
        $this->type = null;
        $this->flags &= ~Class_::MODIFIER_READONLY;
    }

/**
     * @param iterable<ConstInfo> $allConstInfos
     */
    public function getDeclaration(iterable $allConstInfos): string {
        $code = "\n";

$propertyName = $this->name->property;

if ($this->defaultValue === null) {
            $defaultValue = EvaluatedValue::null();
        } else {
            $defaultValue = EvaluatedValue::createFromExpression($this->defaultValue, null, null, $allConstInfos);
            if ($defaultValue->isUnknownConstValue || ($defaultValue->originatingConst && $defaultValue->getCConstValue($allConstInfos) === null)) {
                echo "Skipping code generation for property $this->name, because it has an unknown constant default value\n";
                return "";
            }
        }

$typeCode = "";
        if ($this->type) {
            $arginfoType = $this->type->toArginfoType();
            if ($arginfoType->hasClassType()) {
                if (count($arginfoType->classTypes) >= 2) {
                    foreach ($arginfoType->classTypes as $classType) {
                        $escapedClassName = $classType->toEscapedName();
                        $varEscapedClassName = $classType->toVarEscapedName();
                        $code .= "\tzend_string *property_{$propertyName}_class_{$varEscapedClassName} = zend_string_init(\"{$escapedClassName}\", sizeof(\"{$escapedClassName}\") - 1, 1);\n";
                    }

$classTypeCount = count($arginfoType->classTypes);
                    $code .= "\tzend_type_list *property_{$propertyName}_type_list = malloc(ZEND_TYPE_LIST_SIZE($classTypeCount));\n";
                    $code .= "\tproperty_{$propertyName}_type_list->num_types = $classTypeCount;\n";

foreach ($arginfoType->classTypes as $k => $classType) {
                        $escapedClassName = $classType->toEscapedName();
                        $code .= "\tproperty_{$propertyName}_type_list->types[$k] = (zend_type) ZEND_TYPE_INIT_CLASS(property_{$propertyName}_class_{$escapedClassName}, 0, 0);\n";
                    }

$typeMaskCode = $this->type->toArginfoType()->toTypeMask();

if ($this->type->isIntersection) {
                        $code .= "\tzend_type property_{$propertyName}_type = ZEND_TYPE_INIT_INTERSECTION(property_{$propertyName}_type_list, $typeMaskCode);\n";
                    } else {
                        $code .= "\tzend_type property_{$propertyName}_type = ZEND_TYPE_INIT_UNION(property_{$propertyName}_type_list, $typeMaskCode);\n";
                    }
                    $typeCode = "property_{$propertyName}_type";
                } else {
                    $escapedClassName = $arginfoType->classTypes[0]->toEscapedName();
                    $varEscapedClassName = $arginfoType->classTypes[0]->toVarEscapedName();
                    $code .= "\tzend_string *property_{$propertyName}_class_{$varEscapedClassName} = zend_string_init(\"{$escapedClassName}\", sizeof(\"{$escapedClassName}\")-1, 1);\n";

$typeCode = "(zend_type) ZEND_TYPE_INIT_CLASS(property_{$propertyName}_class_{$varEscapedClassName}, 0, " . $arginfoType->toTypeMask() . ")";
                }
            } else {
                $typeCode = "(zend_type) ZEND_TYPE_INIT_MASK(" . $arginfoType->toTypeMask() . ")";
            }
        }

$zvalName = "property_{$this->name->property}_default_value";
        if ($this->defaultValue === null && $this->type !== null) {
            $code .= "\tzval $zvalName;\n\tZVAL_UNDEF(&$zvalName);\n";
        } else {
            $code .= $defaultValue->initializeZval($zvalName, $allConstInfos);
        }

$code .= "\tzend_string *property_{$propertyName}_name = zend_string_init(\"$propertyName\", sizeof(\"$propertyName\") - 1, 1);\n";
        $nameCode = "property_{$propertyName}_name";

if ($this->type !== null) {
            $template = "\tzend_declare_typed_property(class_entry, $nameCode, &$zvalName, %s, NULL, $typeCode);\n";
        } else {
            $template = "\tzend_declare_property_ex(class_entry, $nameCode, &$zvalName, %s, NULL);\n";
        }
        $flagsCode = generateVersionDependentFlagCode(
            $template,
            $this->getFlagsByPhpVersion(),
            $this->phpVersionIdMinimumCompatibility
        );
        $code .= implode("", $flagsCode);

$code .= "\tzend_string_release(property_{$propertyName}_name);\n";

return $code;
    }

/**
     * @return array<int, string[]>
     */
    protected function getFlagsByPhpVersion(): array
    {
        $flags = parent::getFlagsByPhpVersion();

if ($this->flags & Class_::MODIFIER_STATIC) {
            $flags = $this->addFlagForVersionsAbove($flags, "ZEND_ACC_STATIC", PHP_70_VERSION_ID);
        }

if ($this->flags & Class_::MODIFIER_READONLY) {
            $flags = $this->addFlagForVersionsAbove($flags, "ZEND_ACC_READONLY", PHP_81_VERSION_ID);
        }

return $flags;
    }

protected function addModifiersToFieldSynopsis(DOMDocument $doc, DOMElement $fieldsynopsisElement): void
    {
        parent::addModifiersToFieldSynopsis($doc, $fieldsynopsisElement);

if ($this->flags & Class_::MODIFIER_STATIC) {
            $fieldsynopsisElement->appendChild(new DOMText("\n     "));
            $fieldsynopsisElement->appendChild($doc->createElement("modifier", "static"));
        }

if ($this->flags & Class_::MODIFIER_READONLY || $this->isDocReadonly) {
            $fieldsynopsisElement->appendChild(new DOMText("\n     "));
            $fieldsynopsisElement->appendChild($doc->createElement("modifier", "readonly"));
        }
    }

protected function addTypeToFieldSynopsis(DOMDocument $doc, DOMElement $fieldsynopsisElement): void
    {
        $type = $this->phpDocType ?? $this->type;

if ($type) {
            $fieldsynopsisElement->appendChild(new DOMText("\n     "));
            $fieldsynopsisElement->appendChild($type->getTypeForDoc($doc));
        }
    }

public function __clone()
    {
        if ($this->type) {
            $this->type = clone $this->type;
        }
    }
}

class EnumCaseInfo {
    public string $name;
    public ?Expr $value;

public function __construct(string $name, ?Expr $value) {
        $this->name = $name;
        $this->value = $value;
    }

/**
     * @param iterable<ConstInfo> $allConstInfos
     */
    public function getDeclaration(iterable $allConstInfos): string {
        $escapedName = addslashes($this->name);
        if ($this->value === null) {
            $code = "\n\tzend_enum_add_case_cstr(class_entry, \"$escapedName\", NULL);\n";
        } else {
            $value = EvaluatedValue::createFromExpression($this->value, null, null, $allConstInfos);

$zvalName = "enum_case_{$escapedName}_value";
            $code = "\n" . $value->initializeZval($zvalName, $allConstInfos);
            $code .= "\tzend_enum_add_case_cstr(class_entry, \"$escapedName\", &$zvalName);\n";
        }

return $code;
    }
}

class AttributeInfo {
    public string $class;
    /** @var \PhpParser\Node\Arg[] */
    public array $args;

/** @param \PhpParser\Node\Arg[] $args */
    public function __construct(string $class, array $args) {
        $this->class = $class;
        $this->args = $args;
    }

/** @param iterable<ConstInfo> $allConstInfos */
    public function generateCode(string $invocation, string $nameSuffix, iterable $allConstInfos): string {
        /* see ZEND_KNOWN_STRINGS in Zend/strings.h */
        static $knowns = [
            "SensitiveParameter" => "ZEND_STR_SENSITIVEPARAMETER",
        ];
        $code = "\n";
        $escapedAttributeName = strtr($this->class, '\\', '_');
        if (isset($knowns[$escapedAttributeName])) {
            $code .= "\t" . ($this->args ? "zend_attribute *attribute_{$escapedAttributeName}_$nameSuffix = " : "") . "$invocation, ZSTR_KNOWN({$knowns[$escapedAttributeName]}), " . count($this->args) . ");\n";
        } else {
            $code .= "\tzend_string *attribute_name_{$escapedAttributeName}_$nameSuffix = zend_string_init_interned(\"" . addcslashes($this->class, "\\") . "\", sizeof(\"" . addcslashes($this->class, "\\") . "\") - 1, 1);\n";
            $code .= "\t" . ($this->args ? "zend_attribute *attribute_{$escapedAttributeName}_$nameSuffix = " : "") . "$invocation, attribute_name_{$escapedAttributeName}_$nameSuffix, " . count($this->args) . ");\n";
            $code .= "\tzend_string_release(attribute_name_{$escapedAttributeName}_$nameSuffix);\n";
        }
        foreach ($this->args as $i => $arg) {
            $value = EvaluatedValue::createFromExpression($arg->value, null, null, $allConstInfos);
            $zvalName = "attribute_{$escapedAttributeName}_{$nameSuffix}_arg$i";
            $code .= $value->initializeZval($zvalName, $allConstInfos);
            $code .= "\tZVAL_COPY_VALUE(&attribute_{$escapedAttributeName}_{$nameSuffix}->args[$i].value, &$zvalName);\n";
            if ($arg->name) {
                $code .= "\tattribute_{$escapedAttributeName}_{$nameSuffix}->args[$i].name = zend_string_init(\"{$arg->name->name}\", sizeof(\"{$arg->name->name}\") - 1, 1);\n";
            }
        }
        return $code;
    }
}

class ClassInfo {
    public Name $name;
    public int $flags;
    public string $type;
    public ?string $alias;
    public ?SimpleType $enumBackingType;
    public bool $isDeprecated;
    public bool $isStrictProperties;
    /** @var AttributeInfo[] */
    public array $attributes;
    public bool $isNotSerializable;
    /** @var Name[] */
    public array $extends;
    /** @var Name[] */
    public array $implements;
    /** @var ConstInfo[] */
    public array $constInfos;
    /** @var PropertyInfo[] */
    public array $propertyInfos;
    /** @var FuncInfo[] */
    public array $funcInfos;
    /** @var EnumCaseInfo[] */
    public array $enumCaseInfos;
    public ?string $cond;
    public ?int $phpVersionIdMinimumCompatibility;
    public bool $isUndocumentable;

/**
     * @param AttributeInfo[] $attributes
     * @param Name[] $extends
     * @param Name[] $implements
     * @param ConstInfo[] $constInfos
     * @param PropertyInfo[] $propertyInfos
     * @param FuncInfo[] $funcInfos
     * @param EnumCaseInfo[] $enumCaseInfos
     */
    public function __construct(
        Name $name,
        int $flags,
        string $type,
        ?string $alias,
        ?SimpleType $enumBackingType,
        bool $isDeprecated,
        bool $isStrictProperties,
        array $attributes,
        bool $isNotSerializable,
        array $extends,
        array $implements,
        array $constInfos,
        array $propertyInfos,
        array $funcInfos,
        array $enumCaseInfos,
        ?string $cond,
        ?int $minimumPhpVersionIdCompatibility,
        bool $isUndocumentable
    ) {
        $this->name = $name;
        $this->flags = $flags;
        $this->type = $type;
        $this->alias = $alias;
        $this->enumBackingType = $enumBackingType;
        $this->isDeprecated = $isDeprecated;
        $this->isStrictProperties = $isStrictProperties;
        $this->attributes = $attributes;
        $this->isNotSerializable = $isNotSerializable;
        $this->extends = $extends;
        $this->implements = $implements;
        $this->constInfos = $constInfos;
        $this->propertyInfos = $propertyInfos;
        $this->funcInfos = $funcInfos;
        $this->enumCaseInfos = $enumCaseInfos;
        $this->cond = $cond;
        $this->phpVersionIdMinimumCompatibility = $minimumPhpVersionIdCompatibility;
        $this->isUndocumentable = $isUndocumentable;
    }

/**
     * @param ConstInfo[] $allConstInfos
     */
    public function getRegistration(iterable $allConstInfos): string
    {
        $params = [];
        foreach ($this->extends as $extends) {
            $params[] = "zend_class_entry *class_entry_" . implode("_", $extends->parts);
        }
        foreach ($this->implements as $implements) {
            $params[] = "zend_class_entry *class_entry_" . implode("_", $implements->parts);
        }

$escapedName = implode("_", $this->name->parts);

$code = '';

$php81MinimumCompatibility = $this->phpVersionIdMinimumCompatibility === null || $this->phpVersionIdMinimumCompatibility >= PHP_81_VERSION_ID;
        $php82MinimumCompatibility = $this->phpVersionIdMinimumCompatibility === null || $this->phpVersionIdMinimumCompatibility >= PHP_82_VERSION_ID;

if ($this->type === "enum" && !$php81MinimumCompatibility) {
            $code .= "#if (PHP_VERSION_ID >= " . PHP_81_VERSION_ID . ")\n";
        }

if ($this->cond) {
            $code .= "#if {$this->cond}\n";
        }

$code .= "static zend_class_entry *register_class_$escapedName(" . (empty($params) ? "void" : implode(", ", $params)) . ")\n";

$code .= "{\n";
        if ($this->type === "enum") {
            $name = addslashes((string) $this->name);
            $backingType = $this->enumBackingType
                ? $this->enumBackingType->toTypeCode() : "IS_UNDEF";
            $code .= "\tzend_class_entry *class_entry = zend_register_internal_enum(\"$name\", $backingType, class_{$escapedName}_methods);\n";
        } else {
            $code .= "\tzend_class_entry ce, *class_entry;\n\n";
            if (count($this->name->parts) > 1) {
                $className = $this->name->getLast();
                $namespace = addslashes((string) $this->name->slice(0, -1));

$code .= "\tINIT_NS_CLASS_ENTRY(ce, \"$namespace\", \"$className\", class_{$escapedName}_methods);\n";
            } else {
                $code .= "\tINIT_CLASS_ENTRY(ce, \"$this->name\", class_{$escapedName}_methods);\n";
            }

if ($this->type === "class" || $this->type === "trait") {
                $code .= "\tclass_entry = zend_register_internal_class_ex(&ce, " . (isset($this->extends[0]) ? "class_entry_" . str_replace("\\", "_", $this->extends[0]->toString()) : "NULL") . ");\n";
            } else {
                $code .= "\tclass_entry = zend_register_internal_interface(&ce);\n";
            }
        }

$flagCodes = generateVersionDependentFlagCode("\tclass_entry->ce_flags |= %s;\n", $this->getFlagsByPhpVersion(), $this->phpVersionIdMinimumCompatibility);
        $code .= implode("", $flagCodes);

$implements = array_map(
            function (Name $item) {
                return "class_entry_" . implode("_", $item->parts);
            },
            $this->type === "interface" ? $this->extends : $this->implements
        );

if (!empty($implements)) {
            $code .= "\tzend_class_implements(class_entry, " . count($implements) . ", " . implode(", ", $implements) . ");\n";
        }

if ($this->alias) {
            $code .= "\tzend_register_class_alias(\"" . str_replace("\\", "\\\\", $this->alias) . "\", class_entry);\n";
        }

foreach ($this->constInfos as $const) {
            $code .= $const->getDeclaration($allConstInfos);
        }

foreach ($this->enumCaseInfos as $enumCase) {
            $code .= $enumCase->getDeclaration($allConstInfos);
        }

foreach ($this->propertyInfos as $property) {
            $code .= $property->getDeclaration($allConstInfos);
        }

if (!empty($this->attributes)) {
            if (!$php82MinimumCompatibility) {
                $code .= "\n#if (PHP_VERSION_ID >= " . PHP_82_VERSION_ID . ")";
            }

foreach ($this->attributes as $attribute) {
                $code .= $attribute->generateCode("zend_add_class_attribute(class_entry", "class_$escapedName", $allConstInfos);
            }

if (!$php82MinimumCompatibility) {
                $code .= "#endif\n";
            }
        }

if ($attributeInitializationCode = generateAttributeInitialization($this->funcInfos, $allConstInfos, $this->cond)) {
            if (!$php82MinimumCompatibility) {
                $code .= "#if (PHP_VERSION_ID >= " . PHP_82_VERSION_ID . ")\n";
            }

$code .= "\n" . $attributeInitializationCode;

if (!$php82MinimumCompatibility) {
                $code .= "#endif\n";
            }
        }

$code .= "\n\treturn class_entry;\n";

$code .= "}\n";

if ($this->cond) {
            $code .= "#endif\n";
        }

if ($this->type === "enum" && !$php81MinimumCompatibility) {
            $code .= "#endif\n";
        }

return $code;
    }

/**
     * @return array<int, string[]>
     */
    private function getFlagsByPhpVersion(): array
    {
        $php70Flags = [];

if ($this->type === "trait") {
            $php70Flags[] = "ZEND_ACC_TRAIT";
        }

if ($this->flags & Class_::MODIFIER_FINAL) {
            $php70Flags[] = "ZEND_ACC_FINAL";
        }

if ($this->flags & Class_::MODIFIER_ABSTRACT) {
            $php70Flags[] = "ZEND_ACC_ABSTRACT";
        }

if ($this->isDeprecated) {
            $php70Flags[] = "ZEND_ACC_DEPRECATED";
        }

$php80Flags = $php70Flags;

if ($this->isStrictProperties) {
            $php80Flags[] = "ZEND_ACC_NO_DYNAMIC_PROPERTIES";
        }

$php81Flags = $php80Flags;

if ($this->isNotSerializable) {
            $php81Flags[] = "ZEND_ACC_NOT_SERIALIZABLE";
        }

$php82Flags = $php81Flags;

if ($this->flags & Class_::MODIFIER_READONLY) {
            $php82Flags[] = "ZEND_ACC_READONLY_CLASS";
        }

foreach ($this->attributes as $attr) {
            if ($attr->class === "AllowDynamicProperties") {
                $php82Flags[] = "ZEND_ACC_ALLOW_DYNAMIC_PROPERTIES";
                break;
            }
        }

return [
            PHP_70_VERSION_ID => $php70Flags,
            PHP_80_VERSION_ID => $php80Flags,
            PHP_81_VERSION_ID => $php81Flags,
            PHP_82_VERSION_ID => $php82Flags,
        ];
    }

/**
     * @param array<string, ClassInfo> $classMap
     * @param iterable<ConstInfo> $allConstInfos
     * @param iterable<ConstInfo> $allConstInfo
     */
    public function getClassSynopsisDocument(array $classMap, iterable $allConstInfos): ?string {

$doc = new DOMDocument();
        $doc->formatOutput = true;
        $classSynopsis = $this->getClassSynopsisElement($doc, $classMap, $allConstInfos);
        if (!$classSynopsis) {
            return null;
        }

$doc->appendChild($classSynopsis);

return $doc->saveXML();
    }

/**
     * @param array<string, ClassInfo> $classMap
     * @param iterable<ConstInfo> $allConstInfos
     */
    public function getClassSynopsisElement(DOMDocument $doc, array $classMap, iterable $allConstInfos): ?DOMElement {

$classSynopsis = $doc->createElement("classsynopsis");
        $classSynopsis->appendChild(new DOMText("\n    "));

$ooElement = self::createOoElement($doc, $this, true, false, false, 4);
        if (!$ooElement) {
            return null;
        }
        $classSynopsis->appendChild($ooElement);
        $classSynopsis->appendChild(new DOMText("\n\n    "));

$classSynopsisInfo = $doc->createElement("classsynopsisinfo");
        $classSynopsisInfo->appendChild(new DOMText("\n     "));
        $ooElement = self::createOoElement($doc, $this, false, true, false, 5);
        if (!$ooElement) {
            return null;
        }
        $classSynopsisInfo->appendChild($ooElement);

$classSynopsis->appendChild($classSynopsisInfo);

foreach ($this->extends as $k => $parent) {
            $parentInfo = $classMap[$parent->toString()] ?? null;
            if ($parentInfo === null) {
                throw new Exception("Missing parent class " . $parent->toString());
            }

$ooElement = self::createOoElement(
                $doc,
                $parentInfo,
                $this->type === "interface",
                false,
                $k === 0,
                5
            );
            if (!$ooElement) {
                return null;
            }

$classSynopsisInfo->appendChild(new DOMText("\n\n     "));
            $classSynopsisInfo->appendChild($ooElement);
        }

foreach ($this->implements as $interface) {
            $interfaceInfo = $classMap[$interface->toString()] ?? null;
            if (!$interfaceInfo) {
                throw new Exception("Missing implemented interface " . $interface->toString());
            }

$ooElement = self::createOoElement($doc, $interfaceInfo, false, false, false, 5);
            if (!$ooElement) {
                return null;
            }
            $classSynopsisInfo->appendChild(new DOMText("\n\n     "));
            $classSynopsisInfo->appendChild($ooElement);
        }
        $classSynopsisInfo->appendChild(new DOMText("\n    "));

/** @var array<string, Name> $parentsWithInheritedConstants */
        $parentsWithInheritedConstants = [];
        /** @var array<string, Name> $parentsWithInheritedProperties */
        $parentsWithInheritedProperties = [];
        /** @var array<int, array{name: Name, types: int[]}> $parentsWithInheritedMethods */
        $parentsWithInheritedMethods = [];

$this->collectInheritedMembers(
            $parentsWithInheritedConstants,
            $parentsWithInheritedProperties,
            $parentsWithInheritedMethods,
            $this->hasConstructor(),
            $classMap
        );

$this->appendInheritedMemberSectionToClassSynopsis(
            $doc,
            $classSynopsis,
            $parentsWithInheritedConstants,
            "&Constants;",
            "&InheritedConstants;"
        );

if (!empty($this->constInfos)) {
            $classSynopsis->appendChild(new DOMText("\n\n    "));
            $classSynopsisInfo = $doc->createElement("classsynopsisinfo", "&Constants;");
            $classSynopsisInfo->setAttribute("role", "comment");
            $classSynopsis->appendChild($classSynopsisInfo);

foreach ($this->constInfos as $constInfo) {
                $classSynopsis->appendChild(new DOMText("\n    "));
                $fieldSynopsisElement = $constInfo->getFieldSynopsisElement($doc, $allConstInfos);
                $classSynopsis->appendChild($fieldSynopsisElement);
            }
        }

if (!empty($this->propertyInfos)) {
            $classSynopsis->appendChild(new DOMText("\n\n    "));
            $classSynopsisInfo = $doc->createElement("classsynopsisinfo", "&Properties;");
            $classSynopsisInfo->setAttribute("role", "comment");
            $classSynopsis->appendChild($classSynopsisInfo);

foreach ($this->propertyInfos as $propertyInfo) {
                $classSynopsis->appendChild(new DOMText("\n    "));
                $fieldSynopsisElement = $propertyInfo->getFieldSynopsisElement($doc, $allConstInfos);
                $classSynopsis->appendChild($fieldSynopsisElement);
            }
        }

$this->appendInheritedMemberSectionToClassSynopsis(
            $doc,
            $classSynopsis,
            $parentsWithInheritedProperties,
            "&Properties;",
            "&InheritedProperties;"
        );

if (!empty($this->funcInfos)) {
            $classSynopsis->appendChild(new DOMText("\n\n    "));
            $classSynopsisInfo = $doc->createElement("classsynopsisinfo", "&Methods;");
            $classSynopsisInfo->setAttribute("role", "comment");
            $classSynopsis->appendChild($classSynopsisInfo);

$classReference = self::getClassSynopsisReference($this->name);
            $escapedName = addslashes($this->name->__toString());

if ($this->hasConstructor()) {
                $classSynopsis->appendChild(new DOMText("\n    "));
                $includeElement = $this->createIncludeElement(
                    $doc,
                    "xmlns(db=http://docbook.org/ns/docbook) xpointer(id('$classReference')/db:refentry/db:refsect1[@role='description']/descendant::db:constructorsynopsis[@role='$escapedName'])"
                );
                $classSynopsis->appendChild($includeElement);
            }

if ($this->hasMethods()) {
                $classSynopsis->appendChild(new DOMText("\n    "));
                $includeElement = $this->createIncludeElement(
                    $doc,
                    "xmlns(db=http://docbook.org/ns/docbook) xpointer(id('$classReference')/db:refentry/db:refsect1[@role='description']/descendant::db:methodsynopsis[@role='$escapedName'])"
                );
                $classSynopsis->appendChild($includeElement);
            }

if ($this->hasDestructor()) {
                $classSynopsis->appendChild(new DOMText("\n    "));
                $includeElement = $this->createIncludeElement(
                    $doc,
                    "xmlns(db=http://docbook.org/ns/docbook) xpointer(id('$classReference')/db:refentry/db:refsect1[@role='description']/descendant::db:destructorsynopsis[@role='$escapedName'])"
                );
                $classSynopsis->appendChild($includeElement);
            }
        }

if (!empty($parentsWithInheritedMethods)) {
            $classSynopsis->appendChild(new DOMText("\n\n    "));
            $classSynopsisInfo = $doc->createElement("classsynopsisinfo", "&InheritedMethods;");
            $classSynopsisInfo->setAttribute("role", "comment");
            $classSynopsis->appendChild($classSynopsisInfo);

foreach ($parentsWithInheritedMethods as $parent) {
                $parentName = $parent["name"];
                $parentMethodsynopsisTypes = $parent["types"];

$parentReference = self::getClassSynopsisReference($parentName);
                $escapedParentName = addslashes($parentName->__toString());

foreach ($parentMethodsynopsisTypes as $parentMethodsynopsisType) {
                    $classSynopsis->appendChild(new DOMText("\n    "));
                    $includeElement = $this->createIncludeElement(
                        $doc,
                        "xmlns(db=http://docbook.org/ns/docbook) xpointer(id('$parentReference')/db:refentry/db:refsect1[@role='description']/descendant::db:{$parentMethodsynopsisType}[@role='$escapedParentName'])"
                    );

$classSynopsis->appendChild($includeElement);
                }
            }
        }

$classSynopsis->appendChild(new DOMText("\n   "));

return $classSynopsis;
    }

private static function createOoElement(
        DOMDocument $doc,
        ClassInfo $classInfo,
        bool $overrideToClass,
        bool $withModifiers,
        bool $isExtends,
        int $indentationLevel
    ): ?DOMElement {
        $indentation = str_repeat(" ", $indentationLevel);

if ($classInfo->type !== "class" && $classInfo->type !== "interface") {
            echo "Class synopsis generation is not implemented for " . $classInfo->type . "\n";
            return null;
        }

$type = $overrideToClass ? "class" : $classInfo->type;

$ooElement = $doc->createElement("oo$type");
        $ooElement->appendChild(new DOMText("\n$indentation "));
        if ($isExtends) {
            $ooElement->appendChild($doc->createElement('modifier', 'extends'));
            $ooElement->appendChild(new DOMText("\n$indentation "));
        } elseif ($withModifiers) {
            if ($classInfo->flags & Class_::MODIFIER_FINAL) {
                $ooElement->appendChild($doc->createElement('modifier', 'final'));
                $ooElement->appendChild(new DOMText("\n$indentation "));
            }
            if ($classInfo->flags & Class_::MODIFIER_ABSTRACT) {
                $ooElement->appendChild($doc->createElement('modifier', 'abstract'));
                $ooElement->appendChild(new DOMText("\n$indentation "));
            }
        }

$nameElement = $doc->createElement("{$type}name", $classInfo->name->toString());
        $ooElement->appendChild($nameElement);
        $ooElement->appendChild(new DOMText("\n$indentation"));

return $ooElement;
    }

public static function getClassSynopsisFilename(Name $name): string {
        return strtolower(str_replace("_", "-", implode('-', $name->parts)));
    }

public static function getClassSynopsisReference(Name $name): string {
        return "class." . self::getClassSynopsisFilename($name);
    }

/**
     * @param array<string, Name> $parentsWithInheritedConstants
     * @param array<string, Name> $parentsWithInheritedProperties
     * @param array<string, array{name: Name, types: int[]}> $parentsWithInheritedMethods
     * @param array<string, ClassInfo> $classMap
     */
    private function collectInheritedMembers(
        array &$parentsWithInheritedConstants,
        array &$parentsWithInheritedProperties,
        array &$parentsWithInheritedMethods,
        bool $hasConstructor,
        array $classMap
    ): void {
        foreach ($this->extends as $parent) {
            $parentInfo = $classMap[$parent->toString()] ?? null;
            $parentName = $parent->toString();

if (!$parentInfo) {
                throw new Exception("Missing parent class $parentName");
            }

if (!empty($parentInfo->constInfos) && !isset($parentsWithInheritedConstants[$parentName])) {
                $parentsWithInheritedConstants[] = $parent;
            }

if (!empty($parentInfo->propertyInfos) && !isset($parentsWithInheritedProperties[$parentName])) {
                $parentsWithInheritedProperties[$parentName] = $parent;
            }

if (!$hasConstructor && $parentInfo->hasNonPrivateConstructor()) {
                $parentsWithInheritedMethods[$parentName]["name"] = $parent;
                $parentsWithInheritedMethods[$parentName]["types"][] = "constructorsynopsis";
            }

if ($parentInfo->hasMethods()) {
                $parentsWithInheritedMethods[$parentName]["name"] = $parent;
                $parentsWithInheritedMethods[$parentName]["types"][] = "methodsynopsis";
            }

if ($parentInfo->hasDestructor()) {
                $parentsWithInheritedMethods[$parentName]["name"] = $parent;
                $parentsWithInheritedMethods[$parentName]["types"][] = "destructorsynopsis";
            }

$parentInfo->collectInheritedMembers(
                $parentsWithInheritedConstants,
                $parentsWithInheritedProperties,
                $parentsWithInheritedMethods,
                $hasConstructor,
                $classMap
            );
        }

foreach ($this->implements as $parent) {
            $parentInfo = $classMap[$parent->toString()] ?? null;
            if (!$parentInfo) {
                throw new Exception("Missing parent interface " . $parent->toString());
            }

if (!empty($parentInfo->constInfos) && !isset($parentsWithInheritedConstants[$parent->toString()])) {
                $parentsWithInheritedConstants[$parent->toString()] = $parent;
            }

$unusedParentsWithInheritedProperties = [];
            $unusedParentsWithInheritedMethods = [];

$parentInfo->collectInheritedMembers(
                $parentsWithInheritedConstants,
                $unusedParentsWithInheritedProperties,
                $unusedParentsWithInheritedMethods,
                $hasConstructor,
                $classMap
            );
        }
    }

private function hasConstructor(): bool
    {
        foreach ($this->funcInfos as $funcInfo) {
            if ($funcInfo->name->isConstructor()) {
                return true;
            }
        }

return false;
    }

private function hasNonPrivateConstructor(): bool
    {
        foreach ($this->funcInfos as $funcInfo) {
            if ($funcInfo->name->isConstructor() && !($funcInfo->flags & Class_::MODIFIER_PRIVATE)) {
                return true;
            }
        }

return false;
    }

private function hasDestructor(): bool
    {
        foreach ($this->funcInfos as $funcInfo) {
            if ($funcInfo->name->isDestructor()) {
                return true;
            }
        }

return false;
    }

private function hasMethods(): bool
    {
        foreach ($this->funcInfos as $funcInfo) {
            if (!$funcInfo->name->isConstructor() && !$funcInfo->name->isDestructor()) {
                return true;
            }
        }

return false;
    }

private function createIncludeElement(DOMDocument $doc, string $query): DOMElement
    {
        $includeElement = $doc->createElement("xi:include");
        $attr = $doc->createAttribute("xpointer");
        $attr->value = $query;
        $includeElement->appendChild($attr);
        $fallbackElement = $doc->createElement("xi:fallback");
        $includeElement->appendChild(new DOMText("\n     "));
        $includeElement->appendChild($fallbackElement);
        $includeElement->appendChild(new DOMText("\n    "));

return $includeElement;
    }

public function __clone()
    {
        foreach ($this->propertyInfos as $key => $propertyInfo) {
            $this->propertyInfos[$key] = clone $propertyInfo;
        }

foreach ($this->funcInfos as $key => $funcInfo) {
            $this->funcInfos[$key] = clone $funcInfo;
        }
    }

/**
     * @param Name[] $parents
     */
    private function appendInheritedMemberSectionToClassSynopsis(DOMDocument $doc, DOMElement $classSynopsis, array $parents, string $label, string $inheritedLabel): void
    {
        if (empty($parents)) {
            return;
        }

$classSynopsis->appendChild(new DOMText("\n\n    "));
        $classSynopsisInfo = $doc->createElement("classsynopsisinfo", "$inheritedLabel");
        $classSynopsisInfo->setAttribute("role", "comment");
        $classSynopsis->appendChild($classSynopsisInfo);

foreach ($parents as $parent) {
            $classSynopsis->appendChild(new DOMText("\n    "));
            $parentReference = self::getClassSynopsisReference($parent);

$includeElement = $this->createIncludeElement(
                $doc,
                "xmlns(db=http://docbook.org/ns/docbook) xpointer(id('$parentReference')/db:partintro/db:section/db:classsynopsis/db:fieldsynopsis[preceding-sibling::db:classsynopsisinfo[1][@role='comment' and text()='$label']]))"
            );
            $classSynopsis->appendChild($includeElement);
        }
    }
}

class FileInfo {
    /** @var string[] */
    public array $dependencies = [];
    /** @var ConstInfo[] */
    public array $constInfos = [];
    /** @var FuncInfo[] */
    public array $funcInfos = [];
    /** @var ClassInfo[] */
    public array $classInfos = [];
    public bool $generateFunctionEntries = false;
    public string $declarationPrefix = "";
    public ?int $generateLegacyArginfoForPhpVersionId = null;
    public bool $generateClassEntries = false;
    public bool $isUndocumentable = false;

/**
     * @return iterable<FuncInfo>
     */
    public function getAllFuncInfos(): iterable {
        yield from $this->funcInfos;
        foreach ($this->classInfos as $classInfo) {
            yield from $classInfo->funcInfos;
        }
    }

/**
     * @return iterable<ConstInfo>
     */
    public function getAllConstInfos(): iterable {
        $result = $this->constInfos;

foreach ($this->classInfos as $classInfo) {
            $result = array_merge($result, $classInfo->constInfos);
        }

return $result;
    }

/**
     * @return iterable<PropertyInfo>
     */
    public function getAllPropertyInfos(): iterable {
        foreach ($this->classInfos as $classInfo) {
            yield from $classInfo->propertyInfos;
        }
    }

public function __clone()
    {
        foreach ($this->funcInfos as $key => $funcInfo) {
            $this->funcInfos[$key] = clone $funcInfo;
        }

foreach ($this->classInfos as $key => $classInfo) {
            $this->classInfos[$key] = clone $classInfo;
        }
    }
}

class DocCommentTag {
    public string $name;
    public ?string $value;

public function __construct(string $name, ?string $value) {
        $this->name = $name;
        $this->value = $value;
    }

public function getValue(): string {
        if ($this->value === null) {
            throw new Exception("@$this->name does not have a value");
        }

return $this->value;
    }

public function getType(): string {
        $value = $this->getValue();

$matches = [];

if ($this->name === "param") {
            preg_match('/^\s*([\w\|\\\\\[\]<>, ]+)\s*\$\w+.*$/', $value, $matches);
        } elseif ($this->name === "return" || $this->name === "var") {
            preg_match('/^\s*([\w\|\\\\\[\]<>, ]+)/', $value, $matches);
        }

if (!isset($matches[1])) {
            throw new Exception("@$this->name doesn't contain a type or has an invalid format \"$value\"");
        }

return trim($matches[1]);
    }

public function getVariableName(): string {
        $value = $this->value;
        if ($value === null || strlen($value) === 0) {
            throw new Exception("@$this->name doesn't have any value");
        }

$matches = [];

if ($this->name === "param") {
            preg_match('/^\s*[\w\|\\\\\[\]]+\s*\$(\w+).*$/', $value, $matches);
        } elseif ($this->name === "prefer-ref") {
            preg_match('/^\s*\$(\w+).*$/', $value, $matches);
        }

if (!isset($matches[1])) {
            throw new Exception("@$this->name doesn't contain a variable name or has an invalid format \"$value\"");
        }

return $matches[1];
    }
}

/** @return DocCommentTag[] */
function parseDocComment(DocComment $comment): array {
    $commentText = substr($comment->getText(), 2, -2);
    $tags = [];
    foreach (explode("\n", $commentText) as $commentLine) {
        $regex = '/^\*\s*@([a-z-]+)(?:\s+(.+))?$/';
        if (preg_match($regex, trim($commentLine), $matches)) {
            $tags[] = new DocCommentTag($matches[1], $matches[2] ?? null);
        }
    }

return $tags;
}

function parseFunctionLike(
    PrettyPrinterAbstract $prettyPrinter,
    FunctionOrMethodName $name,
    int $classFlags,
    int $flags,
    Node\FunctionLike $func,
    ?string $cond,
    bool $isUndocumentable
): FuncInfo {
    try {
        $comment = $func->getDocComment();
        $paramMeta = [];
        $aliasType = null;
        $alias = null;
        $isDeprecated = false;
        $supportsCompileTimeEval = false;
        $verify = true;
        $docReturnType = null;
        $tentativeReturnType = false;
        $docParamTypes = [];
        $refcount = null;

if ($comment) {
            $tags = parseDocComment($comment);
            foreach ($tags as $tag) {
                switch ($tag->name) {
                    case 'alias':
                    case 'implementation-alias':
                        $aliasType = $tag->name;
                        $aliasParts = explode("::", $tag->getValue());
                        if (count($aliasParts) === 1) {
                            $alias = new FunctionName(new Name($aliasParts[0]));
                        } else {
                            $alias = new MethodName(new Name($aliasParts[0]), $aliasParts[1]);
                        }
                        break;

case 'deprecated':
                        $isDeprecated = true;
                        break;

case 'no-verify':
                        $verify = false;
                        break;

case 'tentative-return-type':
                        $tentativeReturnType = true;
                        break;

case 'return':
                        $docReturnType = $tag->getType();
                        break;

case 'param':
                        $docParamTypes[$tag->getVariableName()] = $tag->getType();
                        break;

case 'refcount':
                        $refcount = $tag->getValue();
                        break;

case 'compile-time-eval':
                        $supportsCompileTimeEval = true;
                        break;

case 'prefer-ref':
                        $varName = $tag->getVariableName();
                        if (!isset($paramMeta[$varName])) {
                            $paramMeta[$varName] = [];
                        }
                        $paramMeta[$varName][$tag->name] = true;
                        break;

case 'undocumentable':
                        $isUndocumentable = true;
                        break;
                }
            }
        }

$varNameSet = [];
        $args = [];
        $numRequiredArgs = 0;
        $foundVariadic = false;
        foreach ($func->getParams() as $i => $param) {
            $varName = $param->var->name;
            $preferRef = !empty($paramMeta[$varName]['prefer-ref']);
            $attributes = [];
            foreach ($param->attrGroups as $attrGroup) {
                foreach ($attrGroup->attrs as $attr) {
                    $attributes[] = new AttributeInfo($attr->name->toString(), $attr->args);
                }
            }
            unset($paramMeta[$varName]);

if (isset($varNameSet[$varName])) {
                throw new Exception("Duplicate parameter name $varName");
            }
            $varNameSet[$varName] = true;

if ($preferRef) {
                $sendBy = ArgInfo::SEND_PREFER_REF;
            } else if ($param->byRef) {
                $sendBy = ArgInfo::SEND_BY_REF;
            } else {
                $sendBy = ArgInfo::SEND_BY_VAL;
            }

if ($foundVariadic) {
                throw new Exception("Only the last parameter can be variadic");
            }

$type = $param->type ? Type::fromNode($param->type) : null;
            if ($type === null && !isset($docParamTypes[$varName])) {
                throw new Exception("Missing parameter type");
            }

if ($param->default instanceof Expr\ConstFetch &&
                $param->default->name->toLowerString() === "null" &&
                $type && !$type->isNullable()
            ) {
                $simpleType = $type->tryToSimpleType();
                if ($simpleType === null) {
                    throw new Exception("Parameter $varName has null default, but is not nullable");
                }
            }

if ($param->default instanceof Expr\ClassConstFetch && $param->default->class->toLowerString() === "self") {
                throw new Exception('The exact class name must be used instead of "self"');
            }

$foundVariadic = $param->variadic;

$args[] = new ArgInfo(
                $varName,
                $sendBy,
                $param->variadic,
                $type,
                isset($docParamTypes[$varName]) ? Type::fromString($docParamTypes[$varName]) : null,
                $param->default ? $prettyPrinter->prettyPrintExpr($param->default) : null,
                $attributes
            );
            if (!$param->default && !$param->variadic) {
                $numRequiredArgs = $i + 1;
            }
        }

foreach (array_keys($paramMeta) as $var) {
            throw new Exception("Found metadata for invalid param $var");
        }

$returnType = $func->getReturnType();
        if ($returnType === null && $docReturnType === null && !$name->isConstructor() && !$name->isDestructor()) {
            throw new Exception("Missing return type");
        }

$return = new ReturnInfo(
            $func->returnsByRef(),
            $returnType ? Type::fromNode($returnType) : null,
            $docReturnType ? Type::fromString($docReturnType) : null,
            $tentativeReturnType,
            $refcount
        );

return new FuncInfo(
            $name,
            $classFlags,
            $flags,
            $aliasType,
            $alias,
            $isDeprecated,
            $supportsCompileTimeEval,
            $verify,
            $args,
            $return,
            $numRequiredArgs,
            $cond,
            $isUndocumentable
        );
    } catch (Exception $e) {
        throw new Exception($name . "(): " .$e->getMessage());
    }
}

if ($phpDocType === null) {
        throw new Exception("Missing type for constant " . $name->__toString());
    }

return new ConstInfo(
        $name,
        $flags,
        $const->value,
        $prettyPrinter->prettyPrintExpr($const->value),
        Type::fromString($phpDocType),
        $deprecated,
        $cond,
        $cValue,
        $link,
        $phpVersionIdMinimumCompatibility
    );
}

function parseProperty(
    Name $class,
    int $flags,
    Stmt\PropertyProperty $property,
    ?Node $type,
    ?DocComment $comment,
    PrettyPrinterAbstract $prettyPrinter,
    ?int $phpVersionIdMinimumCompatibility
): PropertyInfo {
    $phpDocType = null;
    $isDocReadonly = false;
    $link = null;

if ($comment) {
        $tags = parseDocComment($comment);
        foreach ($tags as $tag) {
            if ($tag->name === 'var') {
                $phpDocType = $tag->getType();
            } elseif ($tag->name === 'readonly') {
                $isDocReadonly = true;
            } elseif ($tag->name === 'link') {
                $link = $tag->value;
            }
        }
    }

$propertyType = $type ? Type::fromNode($type) : null;
    if ($propertyType === null && !$phpDocType) {
        throw new Exception("Missing type for property $class::\$$property->name");
    }

if ($property->default instanceof Expr\ConstFetch &&
        $property->default->name->toLowerString() === "null" &&
        $propertyType && !$propertyType->isNullable()
    ) {
        $simpleType = $propertyType->tryToSimpleType();
        if ($simpleType === null) {
            throw new Exception(
                "Property $class::\$$property->name has null default, but is not nullable");
        }
    }

return new PropertyInfo(
        new PropertyName($class, $property->name->__toString()),
        $flags,
        $propertyType,
        $phpDocType ? Type::fromString($phpDocType) : null,
        $property->default,
        $property->default ? $prettyPrinter->prettyPrintExpr($property->default) : null,
        $isDocReadonly,
        $link,
        $phpVersionIdMinimumCompatibility
    );
}

/**
 * @param ConstInfo[] $consts
 * @param PropertyInfo[] $properties
 * @param FuncInfo[] $methods
 * @param EnumCaseInfo[] $enumCases
 */
function parseClass(
    Name $name,
    Stmt\ClassLike $class,
    array $consts,
    array $properties,
    array $methods,
    array $enumCases,
    ?string $cond,
    ?int $minimumPhpVersionIdCompatibility,
    bool $isUndocumentable
): ClassInfo {
    $flags = $class instanceof Class_ ? $class->flags : 0;
    $comment = $class->getDocComment();
    $alias = null;
    $isDeprecated = false;
    $isStrictProperties = false;
    $isNotSerializable = false;
    $allowsDynamicProperties = false;
    $attributes = [];

if ($comment) {
        $tags = parseDocComment($comment);
        foreach ($tags as $tag) {
            if ($tag->name === 'alias') {
                $alias = $tag->getValue();
            } else if ($tag->name === 'deprecated') {
                $isDeprecated = true;
            } else if ($tag->name === 'strict-properties') {
                $isStrictProperties = true;
            } else if ($tag->name === 'not-serializable') {
                $isNotSerializable = true;
            } else if ($tag->name === 'undocumentable') {
                $isUndocumentable = true;
            }
        }
    }

foreach ($class->attrGroups as $attrGroup) {
        foreach ($attrGroup->attrs as $attr) {
            $attributes[] = new AttributeInfo($attr->name->toString(), $attr->args);
            switch ($attr->name->toString()) {
                case 'AllowDynamicProperties':
                    $allowsDynamicProperties = true;
                    break;
            }
        }
    }

if ($isStrictProperties && $allowsDynamicProperties) {
        throw new Exception("A class may not have '@strict-properties' and '#[\\AllowDynamicProperties]' at the same time.");
    }

$extends = [];
    $implements = [];

if ($class instanceof Class_) {
        $classKind = "class";
        if ($class->extends) {
            $extends[] = $class->extends;
        }
        $implements = $class->implements;
    } elseif ($class instanceof Interface_) {
        $classKind = "interface";
        $extends = $class->extends;
    } else if ($class instanceof Trait_) {
        $classKind = "trait";
    } else if ($class instanceof Enum_) {
        $classKind = "enum";
        $implements = $class->implements;
    } else {
        throw new Exception("Unknown class kind " . get_class($class));
    }

if ($isUndocumentable) {
        foreach ($methods as $method) {
            $method->isUndocumentable = true;
        }
    }

return new ClassInfo(
        $name,
        $flags,
        $classKind,
        $alias,
        $class instanceof Enum_ && $class->scalarType !== null
            ? SimpleType::fromNode($class->scalarType) : null,
        $isDeprecated,
        $isStrictProperties,
        $attributes,
        $isNotSerializable,
        $extends,
        $implements,
        $consts,
        $properties,
        $methods,
        $enumCases,
        $cond,
        $minimumPhpVersionIdCompatibility,
        $isUndocumentable
    );
}

return empty($conds) ? null : implode(' && ', $conds);
}

function getFileDocComment(array $stmts): ?DocComment {
    if (empty($stmts)) {
        return null;
    }

$comments = $stmts[0]->getComments();
    if (empty($comments)) {
        return null;
    }

if ($comments[0] instanceof DocComment) {
        return $comments[0];
    }

return null;
}

function handleStatements(FileInfo $fileInfo, array $stmts, PrettyPrinterAbstract $prettyPrinter) {
    $conds = [];
    foreach ($stmts as $stmt) {
        if ($stmt instanceof Stmt\Nop) {
            continue;
        }

if ($stmt instanceof Stmt\Namespace_) {
            handleStatements($fileInfo, $stmt->stmts, $prettyPrinter);
            continue;
        }

$cond = handlePreprocessorConditions($conds, $stmt);

if ($stmt instanceof Stmt\Const_) {
            foreach ($stmt->consts as $const) {
                $fileInfo->constInfos[] = parseConstLike(
                    $prettyPrinter,
                    new ConstName($const->namespacedName, $const->name->toString()),
                    $const,
                    0,
                    $stmt->getDocComment(),
                    $cond,
                    $fileInfo->generateLegacyArginfoForPhpVersionId
                );
            }
            continue;
        }

if ($stmt instanceof Stmt\Function_) {
            $fileInfo->funcInfos[] = parseFunctionLike(
                $prettyPrinter,
                new FunctionName($stmt->namespacedName),
                0,
                0,
                $stmt,
                $cond,
                $fileInfo->isUndocumentable
            );
            continue;
        }

if ($stmt instanceof Stmt\ClassLike) {
            $className = $stmt->namespacedName;
            $constInfos = [];
            $propertyInfos = [];
            $methodInfos = [];
            $enumCaseInfos = [];
            foreach ($stmt->stmts as $classStmt) {
                $cond = handlePreprocessorConditions($conds, $classStmt);
                if ($classStmt instanceof Stmt\Nop) {
                    continue;
                }

$classFlags = $stmt instanceof Class_ ? $stmt->flags : 0;
                $abstractFlag = $stmt instanceof Stmt\Interface_ ? Class_::MODIFIER_ABSTRACT : 0;

if ($classStmt instanceof Stmt\ClassConst) {
                    foreach ($classStmt->consts as $const) {
                        $constInfos[] = parseConstLike(
                            $prettyPrinter,
                            new ClassConstName($className, $const->name->toString()),
                            $const,
                            $classStmt->flags,
                            $classStmt->getDocComment(),
                            $cond,
                            $fileInfo->generateLegacyArginfoForPhpVersionId
                        );
                    }
                } else if ($classStmt instanceof Stmt\Property) {
                    if (!($classStmt->flags & Class_::VISIBILITY_MODIFIER_MASK)) {
                        throw new Exception("Visibility modifier is required");
                    }
                    foreach ($classStmt->props as $property) {
                        $propertyInfos[] = parseProperty(
                            $className,
                            $classStmt->flags,
                            $property,
                            $classStmt->type,
                            $classStmt->getDocComment(),
                            $prettyPrinter,
                            $fileInfo->generateLegacyArginfoForPhpVersionId
                        );
                    }
                } else if ($classStmt instanceof Stmt\ClassMethod) {
                    if (!($classStmt->flags & Class_::VISIBILITY_MODIFIER_MASK)) {
                        throw new Exception("Visibility modifier is required");
                    }
                    $methodInfos[] = parseFunctionLike(
                        $prettyPrinter,
                        new MethodName($className, $classStmt->name->toString()),
                        $classFlags,
                        $classStmt->flags | $abstractFlag,
                        $classStmt,
                        $cond,
                        $fileInfo->isUndocumentable
                    );
                } else if ($classStmt instanceof Stmt\EnumCase) {
                    $enumCaseInfos[] = new EnumCaseInfo(
                        $classStmt->name->toString(), $classStmt->expr);
                } else {
                    throw new Exception("Not implemented {$classStmt->getType()}");
                }
            }

$fileInfo->classInfos[] = parseClass(
                $className, $stmt, $constInfos, $propertyInfos, $methodInfos, $enumCaseInfos, $cond, $fileInfo->generateLegacyArginfoForPhpVersionId, $fileInfo->isUndocumentable
            );
            continue;
        }

if ($stmt instanceof Stmt\Expression) {
            $expr = $stmt->expr;
            if ($expr instanceof Expr\Include_) {
                $fileInfo->dependencies[] = (string)EvaluatedValue::createFromExpression($expr->expr, null, null, [])->value;
                continue;
            }
        }

throw new Exception("Unexpected node {$stmt->getType()}");
    }
}

function parseStubFile(string $code): FileInfo {
    $lexer = new PhpParser\Lexer\Emulative();
    $parser = new PhpParser\Parser\Php7($lexer);
    $nodeTraverser = new PhpParser\NodeTraverser;
    $nodeTraverser->addVisitor(new PhpParser\NodeVisitor\NameResolver);
    $prettyPrinter = new class extends Standard {
        protected function pName_FullyQualified(Name\FullyQualified $node) {
            return implode('\\', $node->parts);
        }
    };

$stmts = $parser->parse($code);
    $nodeTraverser->traverse($stmts);

$fileInfo = new FileInfo;
    $fileDocComment = getFileDocComment($stmts);
    if ($fileDocComment) {
        $fileTags = parseDocComment($fileDocComment);
        foreach ($fileTags as $tag) {
            if ($tag->name === 'generate-function-entries') {
                $fileInfo->generateFunctionEntries = true;
                $fileInfo->declarationPrefix = $tag->value ? $tag->value . " " : "";
            } else if ($tag->name === 'generate-legacy-arginfo') {
                if ($tag->value && !in_array((int) $tag->value, ALL_PHP_VERSION_IDS, true)) {
                    throw new Exception(
                        "Legacy PHP version must be one of: \"" . PHP_70_VERSION_ID . "\" (PHP 7.0), \"" . PHP_80_VERSION_ID . "\" (PHP 8.0), " .
                        "\"" . PHP_81_VERSION_ID . "\" (PHP 8.1), \"" . PHP_82_VERSION_ID . "\" (PHP 8.2), \"" . $tag->value . "\" provided"
                    );
                }

$fileInfo->generateLegacyArginfoForPhpVersionId = $tag->value ? (int) $tag->value : PHP_70_VERSION_ID;
            } else if ($tag->name === 'generate-class-entries') {
                $fileInfo->generateClassEntries = true;
                $fileInfo->declarationPrefix = $tag->value ? $tag->value . " " : "";
            } else if ($tag->name === 'undocumentable') {
                $fileInfo->isUndocumentable = true;
            }
        }
    }

// Generating class entries require generating function/method entries
    if ($fileInfo->generateClassEntries && !$fileInfo->generateFunctionEntries) {
        $fileInfo->generateFunctionEntries = true;
    }

handleStatements($fileInfo, $stmts, $prettyPrinter);
    return $fileInfo;
}

function funcInfoToCode(FileInfo $fileInfo, FuncInfo $funcInfo): string {
    $code = '';
    $returnType = $funcInfo->return->type;
    $isTentativeReturnType = $funcInfo->return->tentativeReturnType;
    $php81MinimumCompatibility = $fileInfo->generateLegacyArginfoForPhpVersionId === null || $fileInfo->generateLegacyArginfoForPhpVersionId >= PHP_81_VERSION_ID;

if ($returnType !== null) {
        if ($isTentativeReturnType && !$php81MinimumCompatibility) {
            $code .= "#if (PHP_VERSION_ID >= " . PHP_81_VERSION_ID . ")\n";
        }
        if (null !== $simpleReturnType = $returnType->tryToSimpleType()) {
            if ($simpleReturnType->isBuiltin) {
                $code .= sprintf(
                    "%s(%s, %d, %d, %s, %d)\n",
                    $isTentativeReturnType ? "ZEND_BEGIN_ARG_WITH_TENTATIVE_RETURN_TYPE_INFO_EX" : "ZEND_BEGIN_ARG_WITH_RETURN_TYPE_INFO_EX",
                    $funcInfo->getArgInfoName(), $funcInfo->return->byRef,
                    $funcInfo->numRequiredArgs,
                    $simpleReturnType->toTypeCode(), $returnType->isNullable()
                );
            } else {
                $code .= sprintf(
                    "%s(%s, %d, %d, %s, %d)\n",
                    $isTentativeReturnType ? "ZEND_BEGIN_ARG_WITH_TENTATIVE_RETURN_OBJ_INFO_EX" : "ZEND_BEGIN_ARG_WITH_RETURN_OBJ_INFO_EX",
                    $funcInfo->getArgInfoName(), $funcInfo->return->byRef,
                    $funcInfo->numRequiredArgs,
                    $simpleReturnType->toEscapedName(), $returnType->isNullable()
                );
            }
        } else {
            $arginfoType = $returnType->toArginfoType();
            if ($arginfoType->hasClassType()) {
                $code .= sprintf(
                    "%s(%s, %d, %d, %s, %s)\n",
                    $isTentativeReturnType ? "ZEND_BEGIN_ARG_WITH_TENTATIVE_RETURN_OBJ_TYPE_MASK_EX" : "ZEND_BEGIN_ARG_WITH_RETURN_OBJ_TYPE_MASK_EX",
                    $funcInfo->getArgInfoName(), $funcInfo->return->byRef,
                    $funcInfo->numRequiredArgs,
                    $arginfoType->toClassTypeString(), $arginfoType->toTypeMask()
                );
            } else {
                $code .= sprintf(
                    "%s(%s, %d, %d, %s)\n",
                    $isTentativeReturnType ? "ZEND_BEGIN_ARG_WITH_TENTATIVE_RETURN_TYPE_MASK_EX" : "ZEND_BEGIN_ARG_WITH_RETURN_TYPE_MASK_EX",
                    $funcInfo->getArgInfoName(), $funcInfo->return->byRef,
                    $funcInfo->numRequiredArgs,
                    $arginfoType->toTypeMask()
                );
            }
        }
        if ($isTentativeReturnType && !$php81MinimumCompatibility) {
            $code .= sprintf(
                "#else\nZEND_BEGIN_ARG_INFO_EX(%s, 0, %d, %d)\n#endif\n",
                $funcInfo->getArgInfoName(), $funcInfo->return->byRef, $funcInfo->numRequiredArgs
            );
        }
    } else {
        $code .= sprintf(
            "ZEND_BEGIN_ARG_INFO_EX(%s, 0, %d, %d)\n",
            $funcInfo->getArgInfoName(), $funcInfo->return->byRef, $funcInfo->numRequiredArgs
        );
    }

foreach ($funcInfo->args as $argInfo) {
        $argKind = $argInfo->isVariadic ? "ARG_VARIADIC" : "ARG";
        $argDefaultKind = $argInfo->hasProperDefaultValue() ? "_WITH_DEFAULT_VALUE" : "";
        $argType = $argInfo->type;
        if ($argType !== null) {
            if (null !== $simpleArgType = $argType->tryToSimpleType()) {
                if ($simpleArgType->isBuiltin) {
                    $code .= sprintf(
                        "\tZEND_%s_TYPE_INFO%s(%s, %s, %s, %d%s)\n",
                        $argKind, $argDefaultKind, $argInfo->getSendByString(), $argInfo->name,
                        $simpleArgType->toTypeCode(), $argType->isNullable(),
                        $argInfo->hasProperDefaultValue() ? ", " . $argInfo->getDefaultValueAsArginfoString() : ""
                    );
                } else {
                    $code .= sprintf(
                        "\tZEND_%s_OBJ_INFO%s(%s, %s, %s, %d%s)\n",
                        $argKind,$argDefaultKind, $argInfo->getSendByString(), $argInfo->name,
                        $simpleArgType->toEscapedName(), $argType->isNullable(),
                        $argInfo->hasProperDefaultValue() ? ", " . $argInfo->getDefaultValueAsArginfoString() : ""
                    );
                }
            } else {
                $arginfoType = $argType->toArginfoType();
                if ($arginfoType->hasClassType()) {
                    $code .= sprintf(
                        "\tZEND_%s_OBJ_TYPE_MASK(%s, %s, %s, %s%s)\n",
                        $argKind, $argInfo->getSendByString(), $argInfo->name,
                        $arginfoType->toClassTypeString(), $arginfoType->toTypeMask(),
                        !$argInfo->isVariadic ? ", " . $argInfo->getDefaultValueAsArginfoString() : ""
                    );
                } else {
                    $code .= sprintf(
                        "\tZEND_%s_TYPE_MASK(%s, %s, %s, %s)\n",
                        $argKind, $argInfo->getSendByString(), $argInfo->name,
                        $arginfoType->toTypeMask(),
                        $argInfo->getDefaultValueAsArginfoString()
                    );
                }
            }
        } else {
            $code .= sprintf(
                "\tZEND_%s_INFO%s(%s, %s%s)\n",
                $argKind, $argDefaultKind, $argInfo->getSendByString(), $argInfo->name,
                $argInfo->hasProperDefaultValue() ? ", " . $argInfo->getDefaultValueAsArginfoString() : ""
            );
        }
    }

$code .= "ZEND_END_ARG_INFO()";
    return $code . "\n";
}

/** @param FuncInfo[] $generatedFuncInfos */
function findEquivalentFuncInfo(array $generatedFuncInfos, FuncInfo $funcInfo): ?FuncInfo {
    foreach ($generatedFuncInfos as $generatedFuncInfo) {
        if ($generatedFuncInfo->equalsApartFromNameAndRefcount($funcInfo)) {
            return $generatedFuncInfo;
        }
    }
    return null;
}

/**
 * @template T
 * @param iterable<T> $infos
 * @param Closure(T): string|null $codeGenerator
 * @param ?string $parentCond
 */
function generateCodeWithConditions(
    iterable $infos, string $separator, Closure $codeGenerator, ?string $parentCond = null): string {
    $code = "";
    foreach ($infos as $info) {
        $infoCode = $codeGenerator($info);
        if ($infoCode === null) {
            continue;
        }

$code .= $separator;
        if ($info->cond && $info->cond !== $parentCond) {
            $code .= "#if {$info->cond}\n";
            $code .= $infoCode;
            $code .= "#endif\n";
        } else {
            $code .= $infoCode;
        }
    }

return $code;
}

/**
 * @param iterable<ConstInfo> $allConstInfos
 */
function generateArgInfoCode(
    string $stubFilenameWithoutExtension,
    FileInfo $fileInfo,
    iterable $allConstInfos,
    string $stubHash
): string {
    $code = "/* This is a generated file, edit the .stub.php file instead.\n"
          . " * Stub hash: $stubHash */\n";

$generatedFuncInfos = [];
    $code .= generateCodeWithConditions(
        $fileInfo->getAllFuncInfos(), "\n",
        static function (FuncInfo $funcInfo) use (&$generatedFuncInfos, $fileInfo) {
            /* If there already is an equivalent arginfo structure, only emit a #define */
            if ($generatedFuncInfo = findEquivalentFuncInfo($generatedFuncInfos, $funcInfo)) {
                $code = sprintf(
                    "#define %s %s\n",
                    $funcInfo->getArgInfoName(), $generatedFuncInfo->getArgInfoName()
                );
            } else {
                $code = funcInfoToCode($fileInfo, $funcInfo);
            }

$generatedFuncInfos[] = $funcInfo;
            return $code;
        }
    );

if ($fileInfo->generateFunctionEntries) {
        $code .= "\n\n";

$generatedFunctionDeclarations = [];
        $code .= generateCodeWithConditions(
            $fileInfo->getAllFuncInfos(), "",
            static function (FuncInfo $funcInfo) use ($fileInfo, &$generatedFunctionDeclarations) {
                $key = $funcInfo->getDeclarationKey();
                if (isset($generatedFunctionDeclarations[$key])) {
                    return null;
                }

$generatedFunctionDeclarations[$key] = true;
                return $fileInfo->declarationPrefix . $funcInfo->getDeclaration();
            }
        );

if (!empty($fileInfo->funcInfos)) {
            $code .= generateFunctionEntries(null, $fileInfo->funcInfos);
        }

foreach ($fileInfo->classInfos as $classInfo) {
            $code .= generateFunctionEntries($classInfo->name, $classInfo->funcInfos, $classInfo->cond);
        }
    }

$php82MinimumCompatibility = $fileInfo->generateLegacyArginfoForPhpVersionId === null || $fileInfo->generateLegacyArginfoForPhpVersionId >= PHP_82_VERSION_ID;

if ($fileInfo->generateClassEntries) {
        if ($attributeInitializationCode = generateAttributeInitialization($fileInfo->funcInfos, $allConstInfos, null)) {
            if (!$php82MinimumCompatibility) {
                $attributeInitializationCode = "\n#if (PHP_VERSION_ID >= " . PHP_82_VERSION_ID . ")" . $attributeInitializationCode . "#endif\n";
            }
        }

if ($attributeInitializationCode !== "" || !empty($fileInfo->constInfos)) {
            $code .= "\nstatic void register_{$stubFilenameWithoutExtension}_symbols(int module_number)\n";
            $code .= "{\n";

foreach ($fileInfo->constInfos as $constInfo) {
                $code .= $constInfo->getDeclaration($allConstInfos);
            }

if (!empty($attributeInitializationCode !== "" && $fileInfo->constInfos)) {
                $code .= "\n";
            }

$code .= $attributeInitializationCode;
            $code .= "}\n";
        }

$code .= generateClassEntryCode($fileInfo, $allConstInfos);
    }

return $code;
}

/**
 * @param iterable<ConstInfo> $allConstInfos
 */
function generateClassEntryCode(FileInfo $fileInfo, iterable $allConstInfos): string {
    $code = "";

foreach ($fileInfo->classInfos as $class) {
        $code .= "\n" . $class->getRegistration($allConstInfos);
    }

return $code;
}

/** @param FuncInfo[] $funcInfos */
function generateFunctionEntries(?Name $className, array $funcInfos, ?string $cond = null): string {
    $code = "\n\n";

if ($cond) {
        $code .= "#if {$cond}\n";
    }

$functionEntryName = "ext_functions";
    if ($className) {
        $underscoreName = implode("_", $className->parts);
        $functionEntryName = "class_{$underscoreName}_methods";
    }

$code .= "static const zend_function_entry {$functionEntryName}[] = {\n";
    $code .= generateCodeWithConditions($funcInfos, "", static function (FuncInfo $funcInfo) {
        return $funcInfo->getFunctionEntry();
    }, $cond);
    $code .= "\tZEND_FE_END\n";
    $code .= "};\n";

if ($cond) {
        $code .= "#endif\n";
    }

return $code;
}
/**
 * @param iterable<FuncInfo> $funcInfos
 */
function generateAttributeInitialization(iterable $funcInfos, iterable $allConstInfos, ?string $parentCond = null): string {
    return generateCodeWithConditions(
        $funcInfos,
        "",
        static function (FuncInfo $funcInfo) use ($allConstInfos) {
            $code = null;

foreach ($funcInfo->args as $index => $arg) {
                if ($funcInfo->name instanceof MethodName) {
                    $functionTable = "&class_entry->function_table";
                } else {
                    $functionTable = "CG(function_table)";
                }

foreach ($arg->attributes as $attribute) {
                    $code .= $attribute->generateCode("zend_add_parameter_attribute(zend_hash_str_find_ptr($functionTable, \"" . $funcInfo->name->getNameForAttributes() . "\", sizeof(\"" . $funcInfo->name->getNameForAttributes() . "\") - 1), $index", "{$funcInfo->name->getMethodSynopsisFilename()}_arg{$index}", $allConstInfos);
                }
            }

return $code;
        },
        $parentCond
    );
}

/** @param array<string, FuncInfo> $funcMap */
function generateOptimizerInfo(array $funcMap): string {

$code = "/* This is a generated file, edit the .stub.php files instead. */\n\n";

$code .= "static const func_info_t func_infos[] = {\n";

$code .= generateCodeWithConditions($funcMap, "", static function (FuncInfo $funcInfo) {
        return $funcInfo->getOptimizerInfo();
    });

$code .= "};\n";

return $code;
}

/**
 * @param array<int, string[]> $flagsByPhpVersions
 * @return string[]
 */
function generateVersionDependentFlagCode(string $codeTemplate, array $flagsByPhpVersions, ?int $phpVersionIdMinimumCompatibility): array
{
    $phpVersions = ALL_PHP_VERSION_IDS;
    sort($phpVersions);
    $currentPhpVersion = end($phpVersions);

// No version compatibility is needed
    if ($phpVersionIdMinimumCompatibility === null) {
        if (empty($flagsByPhpVersions[$currentPhpVersion])) {
            return [];
        }

return [sprintf($codeTemplate, implode("|", $flagsByPhpVersions[$currentPhpVersion]))];
    }

// Remove flags which depend on a PHP version below the minimally supported one
    ksort($flagsByPhpVersions);
    $index = array_search($phpVersionIdMinimumCompatibility, array_keys($flagsByPhpVersions));
    if ($index === false) {
        throw new Exception("Missing version dependent flags for PHP version ID \"$phpVersionIdMinimumCompatibility\"");
    }
    $flagsByPhpVersions = array_slice($flagsByPhpVersions, $index, null, true);

// Remove empty version-specific flags
    $flagsByPhpVersions = array_filter(
        $flagsByPhpVersions,
        static function (array $value): bool {
            return !empty($value);
    });

// There are no version-specific flags
    if (empty($flagsByPhpVersions)) {
        return [];
    }

// Remove version-specific flags which don't differ from the previous one
    $previousVersionId = null;
    foreach ($flagsByPhpVersions as $versionId => $versionFlags) {
        if ($previousVersionId !== null && $flagsByPhpVersions[$previousVersionId] === $versionFlags) {
            unset($flagsByPhpVersions[$versionId]);
        } else {
            $previousVersionId = $versionId;
        }
    }

$flagCount = count($flagsByPhpVersions);

// Do not add a condition unnecessarily when the only version is the same as the minimally supported one
    if ($flagCount === 1) {
        reset($flagsByPhpVersions);
        $firstVersion = key($flagsByPhpVersions);
        if ($firstVersion === $phpVersionIdMinimumCompatibility) {
            return [sprintf($codeTemplate, implode("|", reset($flagsByPhpVersions)))];
        }
    }

// Add the necessary conditions around the code using the version-specific flags
    $result = [];
    $i = 0;
    foreach (array_reverse($flagsByPhpVersions, true) as $version => $versionFlags) {
        $code = "";

$if = $i === 0 ? "#if" : "#elif";
        $endif = $i === $flagCount - 1 ? "#endif\n" : "";

$code .= "$if (PHP_VERSION_ID >= $version)\n";

$code .= sprintf($codeTemplate, implode("|", $versionFlags));
        $code .= $endif;

$result[] = $code;
        $i++;
    }

return $result;
}

/**
 * @param array<string, ClassInfo> $classMap
 * @param iterable<ConstInfo> $allConstInfos
 * @return array<string, string>
 */
function generateClassSynopses(array $classMap, iterable $allConstInfos): array {
    $result = [];

foreach ($classMap as $classInfo) {
        $classSynopsis = $classInfo->getClassSynopsisDocument($classMap, $allConstInfos);
        if ($classSynopsis !== null) {
            $result[ClassInfo::getClassSynopsisFilename($classInfo->name) . ".xml"] = $classSynopsis;
        }
    }

return $result;
}

/**
 * @param array<string, ClassInfo> $classMap
 * $param iterable<ConstInfo> $allConstInfos
 * @return array<string, string>
 */
function replaceClassSynopses(string $targetDirectory, array $classMap, iterable $allConstInfos, bool $isVerify): array
{
    $existingClassSynopses = [];

$classSynopses = [];

$it = new RecursiveIteratorIterator(
        new RecursiveDirectoryIterator($targetDirectory),
        RecursiveIteratorIterator::LEAVES_ONLY
    );

foreach ($it as $file) {
        $pathName = $file->getPathName();
        if (!preg_match('/\.xml$/i', $pathName)) {
            continue;
        }

$xml = file_get_contents($pathName);
        if ($xml === false) {
            continue;
        }

if (stripos($xml, "<classsynopsis") === false) {
            continue;
        }

$replacedXml = getReplacedSynopsisXml($xml);

$doc = new DOMDocument();
        $doc->formatOutput = false;
        $doc->preserveWhiteSpace = true;
        $doc->validateOnParse = true;
        $success = $doc->loadXML($replacedXml);
        if (!$success) {
            echo "Failed opening $pathName\n";
            continue;
        }

$classSynopsisElements = [];
        foreach ($doc->getElementsByTagName("classsynopsis") as $element) {
            $classSynopsisElements[] = $element;
        }

foreach ($classSynopsisElements as $classSynopsis) {
            if (!$classSynopsis instanceof DOMElement) {
                continue;
            }

$firstChild = $classSynopsis->firstElementChild;
            if ($firstChild === null) {
                continue;
            }
            $firstChild = $firstChild->firstElementChild;
            if ($firstChild === null) {
                continue;
            }
            $className = $firstChild->textContent;
            if (!isset($classMap[$className])) {
                continue;
            }

$existingClassSynopses[$className] = $className;

$classInfo = $classMap[$className];

$newClassSynopsis = $classInfo->getClassSynopsisElement($doc, $classMap, $allConstInfos);
            if ($newClassSynopsis === null) {
                continue;
            }

// Check if there is any change - short circuit if there is not any.

if (replaceAndCompareXmls($doc, $classSynopsis, $newClassSynopsis)) {
                continue;
            }

// Return the updated XML

$replacedXml = $doc->saveXML();

$replacedXml = preg_replace(
                [
                    "/REPLACED-ENTITY-([A-Za-z0-9._{}%-]+?;)/",
                    '/<phpdoc:(classref|exceptionref)\s+xmlns:phpdoc=\"([^"]+)"\s+xmlns="([^"]+)"\s+xml:id="([^"]+)"\s*>/i',
                    '/<phpdoc:(classref|exceptionref)\s+xmlns:phpdoc=\"([^"]+)"\s+xmlns="([^"]+)"\s+xmlns:xi="([^"]+)"\s+xml:id="([^"]+)"\s*>/i',
                    '/<phpdoc:(classref|exceptionref)\s+xmlns:phpdoc=\"([^"]+)"\s+xmlns="([^"]+)"\s+xmlns:xlink="([^"]+)"\s+xmlns:xi="([^"]+)"\s+xml:id="([^"]+)"\s*>/i',
                    '/<phpdoc:(classref|exceptionref)\s+xmlns:phpdoc=\"([^"]+)"\s+xmlns:xlink="([^"]+)"\s+xmlns:xi="([^"]+)"\s+xmlns="([^"]+)"\s+xml:id="([^"]+)"\s*>/i',
                    '/<phpdoc:(classref|exceptionref)\s+xmlns=\"([^"]+)\"\s+xmlns:xlink="([^"]+)"\s+xmlns:xi="([^"]+)"\s+xmlns:phpdoc="([^"]+)"\s+xml:id="([^"]+)"\s*>/i',
                ],
                [
                    "&$1",
                    "<phpdoc:$1 xml:id=\"$4\" xmlns:phpdoc=\"$2\" xmlns=\"$3\">",
                    "<phpdoc:$1 xml:id=\"$5\" xmlns:phpdoc=\"$2\" xmlns=\"$3\" xmlns:xi=\"$4\">",
                    "<phpdoc:$1 xml:id=\"$6\" xmlns:phpdoc=\"$2\" xmlns=\"$3\" xmlns:xlink=\"$4\" xmlns:xi=\"$5\">",
                    "<phpdoc:$1 xml:id=\"$6\" xmlns:phpdoc=\"$2\" xmlns=\"$5\" xmlns:xlink=\"$3\" xmlns:xi=\"$4\">",
                    "<phpdoc:$1 xml:id=\"$6\" xmlns:phpdoc=\"$5\" xmlns=\"$2\" xmlns:xlink=\"$3\" xmlns:xi=\"$4\">",
                ],
                $replacedXml
            );

$classSynopses[$pathName] = $replacedXml;
        }
    }

if ($isVerify) {
        $missingClassSynopses = array_diff_key($classMap, $existingClassSynopses);
        foreach ($missingClassSynopses as $className => $info) {
            /** @var ClassInfo $info */
            if (!$info->isUndocumentable) {
                echo "Warning: Missing class synopsis for $className\n";
            }
        }
    }

return $classSynopses;
}

function getReplacedSynopsisXml(string $xml): string
{
    return preg_replace(
        [
            "/&([A-Za-z0-9._{}%-]+?;)/",
            "/<(\/)*xi:([A-Za-z]+?)/"
        ],
        [
            "REPLACED-ENTITY-$1",
            "<$1XI$2",
        ],
        $xml
    );
}

/**
 * @param array<string, FuncInfo> $funcMap
 * @param array<string, FuncInfo> $aliasMap
 * @return array<string, string>
 */
function generateMethodSynopses(array $funcMap, array $aliasMap): array {
    $result = [];

foreach ($funcMap as $funcInfo) {
        $methodSynopsis = $funcInfo->getMethodSynopsisDocument($funcMap, $aliasMap);
        if ($methodSynopsis !== null) {
            $result[$funcInfo->name->getMethodSynopsisFilename() . ".xml"] = $methodSynopsis;
        }
    }

return $result;
}

/**
 * @param array<string, FuncInfo> $funcMap
 * @param array<string, FuncInfo> $aliasMap
 * @return array<string, string>
 */
function replaceMethodSynopses(string $targetDirectory, array $funcMap, array $aliasMap, bool $isVerify): array {
    $existingMethodSynopses = [];
    $methodSynopses = [];

$it = new RecursiveIteratorIterator(
        new RecursiveDirectoryIterator($targetDirectory),
        RecursiveIteratorIterator::LEAVES_ONLY
    );

foreach ($it as $file) {
        $pathName = $file->getPathName();
        if (!preg_match('/\.xml$/i', $pathName)) {
            continue;
        }

$xml = file_get_contents($pathName);
        if ($xml === false) {
            continue;
        }

if ($isVerify) {
            $matches = [];
            preg_match("/<refname>\s*([\w:]+)\s*<\/refname>\s*<refpurpose>\s*&Alias;\s*<(?:function|methodname)>\s*([\w:]+)\s*<\/(?:function|methodname)>\s*<\/refpurpose>/i", $xml, $matches);
            $aliasName = $matches[1] ?? null;
            $alias = $funcMap[$aliasName] ?? null;
            $funcName = $matches[2] ?? null;
            $func = $funcMap[$funcName] ?? null;

if ($alias &&
                !$alias->isUndocumentable &&
                ($func === null || $func->alias === null || $func->alias->__toString() !== $aliasName) &&
                ($alias->alias === null || $alias->alias->__toString() !== $funcName)
            ) {
                echo "Warning: $aliasName()" . ($alias->alias ? " is an alias of " . $alias->alias->__toString() . "(), but it" : "") . " is incorrectly documented as an alias for $funcName()\n";
            }

$matches = [];
            preg_match("/<(?:para|simpara)>\s*(?:&info.function.alias;|&info.method.alias;|&Alias;)\s+<(?:function|methodname)>\s*([\w:]+)\s*<\/(?:function|methodname)>/i", $xml, $matches);
            $descriptionFuncName = $matches[1] ?? null;
            $descriptionFunc = $funcMap[$descriptionFuncName] ?? null;
            if ($descriptionFunc && $funcName !== $descriptionFuncName) {
                echo "Warning: Alias in the method synopsis description of $pathName doesn't match the alias in the <refpurpose>\n";
            }

if ($aliasName) {
                $existingMethodSynopses[$aliasName] = $aliasName;
            }
        }

if (stripos($xml, "<methodsynopsis") === false && stripos($xml, "<constructorsynopsis") === false && stripos($xml, "<destructorsynopsis") === false) {
            continue;
        }

$replacedXml = getReplacedSynopsisXml($xml);

$methodSynopsisElements = [];
        foreach ($doc->getElementsByTagName("constructorsynopsis") as $element) {
            $methodSynopsisElements[] = $element;
        }
        foreach ($doc->getElementsByTagName("destructorsynopsis") as $element) {
            $methodSynopsisElements[] = $element;
        }
        foreach ($doc->getElementsByTagName("methodsynopsis") as $element) {
            $methodSynopsisElements[] = $element;
        }

foreach ($methodSynopsisElements as $methodSynopsis) {
            if (!$methodSynopsis instanceof DOMElement) {
                continue;
            }

$list = $methodSynopsis->getElementsByTagName("methodname");
            $item = $list->item(0);
            if (!$item instanceof DOMElement) {
                continue;
            }
            $funcName = $item->textContent;
            if (!isset($funcMap[$funcName])) {
                continue;
            }

$funcInfo = $funcMap[$funcName];
            $existingMethodSynopses[$funcInfo->name->__toString()] = $funcInfo->name->__toString();

$newMethodSynopsis = $funcInfo->getMethodSynopsisElement($funcMap, $aliasMap, $doc);
            if ($newMethodSynopsis === null) {
                continue;
            }

// Retrieve current signature

$params = [];
            $list = $methodSynopsis->getElementsByTagName("methodparam");
            foreach ($list as $i => $item) {
                if (!$item instanceof DOMElement) {
                    continue;
                }

$paramList = $item->getElementsByTagName("parameter");
                if ($paramList->count() !== 1) {
                    continue;
                }

$paramName = $paramList->item(0)->textContent;
                $paramTypes = [];

$paramList = $item->getElementsByTagName("type");
                foreach ($paramList as $type) {
                    if (!$type instanceof DOMElement) {
                        continue;
                    }

$paramTypes[] = $type->textContent;
                }

$params[$paramName] = ["index" => $i, "type" => $paramTypes];
            }

// Check if there is any change - short circuit if there is not any.

if (replaceAndCompareXmls($doc, $methodSynopsis, $newMethodSynopsis)) {
                continue;
            }

// Update parameter references

$paramList = $doc->getElementsByTagName("parameter");
            /** @var DOMElement $paramElement */
            foreach ($paramList as $paramElement) {
                if ($paramElement->parentNode && $paramElement->parentNode->nodeName === "methodparam") {
                    continue;
                }

$name = $paramElement->textContent;
                if (!isset($params[$name])) {
                    continue;
                }

$index = $params[$name]["index"];
                if (!isset($funcInfo->args[$index])) {
                    continue;
                }

$paramElement->textContent = $funcInfo->args[$index]->name;
            }

// Return the updated XML

$replacedXml = $doc->saveXML();

$replacedXml = preg_replace(
                [
                    "/REPLACED-ENTITY-([A-Za-z0-9._{}%-]+?;)/",
                    '/<refentry\s+xmlns="([^"]+)"\s+xml:id="([^"]+)"\s*>/i',
                    '/<refentry\s+xmlns="([^"]+)"\s+xmlns:xlink="([^"]+)"\s+xml:id="([^"]+)"\s*>/i',
                ],
                [
                    "&$1",
                    "<refentry xml:id=\"$2\" xmlns=\"$1\">",
                    "<refentry xml:id=\"$3\" xmlns=\"$1\" xmlns:xlink=\"$2\">",
                ],
                $replacedXml
            );

$methodSynopses[$pathName] = $replacedXml;
        }
    }

if ($isVerify) {
        $missingMethodSynopses = array_diff_key($funcMap, $existingMethodSynopses);
        foreach ($missingMethodSynopses as $functionName => $info) {
            /** @var FuncInfo $info */
            if (!$info->isUndocumentable) {
                echo "Warning: Missing method synopsis for $functionName()\n";
            }
        }
    }

return $methodSynopses;
}

function replaceAndCompareXmls(DOMDocument $doc, DOMElement $originalSynopsis, DOMElement $newSynopsis): bool
{
    $docComparator = new DOMDocument();
    $docComparator->preserveWhiteSpace = false;
    $docComparator->formatOutput = true;

$xml1 = $doc->saveXML($originalSynopsis);
    $xml1 = getReplacedSynopsisXml($xml1);
    $docComparator->loadXML($xml1);
    $xml1 = $docComparator->saveXML();

$originalSynopsis->parentNode->replaceChild($newSynopsis, $originalSynopsis);

$xml2 = $doc->saveXML($newSynopsis);
    $xml2 = getReplacedSynopsisXml($xml2);

$docComparator->loadXML($xml2);
    $xml2 = $docComparator->saveXML();

return $xml1 === $xml2;
}

function installPhpParser(string $version, string $phpParserDir) {
    $lockFile = __DIR__ . "/PHP-Parser-install-lock";
    $lockFd = fopen($lockFile, 'w+');
    if (!flock($lockFd, LOCK_EX)) {
        throw new Exception("Failed to acquire installation lock");
    }

try {
        // Check whether a parallel process has already installed PHP-Parser.
        if (is_dir($phpParserDir)) {
            return;
        }

$cwd = getcwd();
        chdir(__DIR__);

$tarName = "v$version.tar.gz";
        passthru("wget https://github.com/nikic/PHP-Parser/archive/$tarName", $exit);
        if ($exit !== 0) {
            passthru("curl -LO https://github.com/nikic/PHP-Parser/archive/$tarName", $exit);
        }
        if ($exit !== 0) {
            throw new Exception("Failed to download PHP-Parser tarball");
        }
        if (!mkdir($phpParserDir)) {
            throw new Exception("Failed to create directory $phpParserDir");
        }
        passthru("tar xvzf $tarName -C PHP-Parser-$version --strip-components 1", $exit);
        if ($exit !== 0) {
            throw new Exception("Failed to extract PHP-Parser tarball");
        }
        unlink(__DIR__ . "/$tarName");
        chdir($cwd);
    } finally {
        flock($lockFd, LOCK_UN);
        @unlink($lockFile);
    }
}

function initPhpParser() {
    static $isInitialized = false;
    if ($isInitialized) {
        return;
    }

if (!extension_loaded("tokenizer")) {
        throw new Exception("The \"tokenizer\" extension is not available");
    }

$isInitialized = true;
    $version = "4.15.1";
    $phpParserDir = __DIR__ . "/PHP-Parser-$version";
    if (!is_dir($phpParserDir)) {
        installPhpParser($version, $phpParserDir);
    }

spl_autoload_register(static function(string $class) use ($phpParserDir) {
        if (strpos($class, "PhpParser\\") === 0) {
            $fileName = $phpParserDir . "/lib/" . str_replace("\\", "/", $class) . ".php";
            require $fileName;
        }
    });
}

$optind = null;
$options = getopt(
    "fh",
    [
        "force-regeneration", "parameter-stats", "help", "verify", "generate-classsynopses", "replace-classsynopses",
        "generate-methodsynopses", "replace-methodsynopses", "generate-optimizer-info"
    ],
    $optind
);

$context = new Context;
$printParameterStats = isset($options["parameter-stats"]);
$verify = isset($options["verify"]);
$generateClassSynopses = isset($options["generate-classsynopses"]);
$replaceClassSynopses = isset($options["replace-classsynopses"]);
$generateMethodSynopses = isset($options["generate-methodsynopses"]);
$replaceMethodSynopses = isset($options["replace-methodsynopses"]);
$generateOptimizerInfo = isset($options["generate-optimizer-info"]);
$context->forceRegeneration = isset($options["f"]) || isset($options["force-regeneration"]);
$context->forceParse = $context->forceRegeneration || $printParameterStats || $verify || $generateClassSynopses || $generateOptimizerInfo || $replaceClassSynopses || $generateMethodSynopses || $replaceMethodSynopses;

$targetSynopses = $argv[$argc - 1] ?? null;
if ($replaceClassSynopses && $targetSynopses === null) {
    die("A target class synopsis directory must be provided for.\n");
}

if ($replaceMethodSynopses && $targetSynopses === null) {
    die("A target method synopsis directory must be provided.\n");
}

if (isset($options["h"]) || isset($options["help"])) {
    die("\nusage: gen_stub.php [ -f | --force-regeneration ] [ --generate-classsynopses ] [ --replace-classsynopses ] [ --generate-methodsynopses ] [ --replace-methodsynopses ] [ --parameter-stats ] [ --verify ] [ --generate-optimizer-info ] [ -h | --help ] [ name.stub.php | directory ] [ directory ]\n\n");
}

$fileInfos = [];
$locations = array_slice($argv, $optind) ?: ['.'];
foreach (array_unique($locations) as $location) {
    if (is_file($location)) {
        // Generate single file.
        $fileInfo = processStubFile($location, $context);
        if ($fileInfo) {
            $fileInfos[] = $fileInfo;
        }
    } else if (is_dir($location)) {
        array_push($fileInfos, ...processDirectory($location, $context));
    } else {
        echo "$location is neither a file nor a directory.\n";
        exit(1);
    }
}

if ($printParameterStats) {
    $parameterStats = [];

foreach ($fileInfos as $fileInfo) {
        foreach ($fileInfo->getAllFuncInfos() as $funcInfo) {
            foreach ($funcInfo->args as $argInfo) {
                if (!isset($parameterStats[$argInfo->name])) {
                    $parameterStats[$argInfo->name] = 0;
                }
                $parameterStats[$argInfo->name]++;
            }
        }
    }

arsort($parameterStats);
    echo json_encode($parameterStats, JSON_PRETTY_PRINT), "\n";
}

/** @var array<string, ClassInfo> $classMap */
$classMap = [];
/** @var array<string, FuncInfo> $funcMap */
$funcMap = [];
/** @var array<string, FuncInfo> $aliasMap */
$aliasMap = [];

foreach ($fileInfos as $fileInfo) {
    foreach ($fileInfo->getAllFuncInfos() as $funcInfo) {
        $funcMap[$funcInfo->name->__toString()] = $funcInfo;

// TODO: Don't use aliasMap for methodsynopsis?
        if ($funcInfo->aliasType === "alias") {
            $aliasMap[$funcInfo->alias->__toString()] = $funcInfo;
        }
    }

foreach ($fileInfo->classInfos as $classInfo) {
        $classMap[$classInfo->name->__toString()] = $classInfo;
    }
}

if ($verify) {
    $errors = [];

foreach ($funcMap as $aliasFunc) {
        if (!$aliasFunc->alias) {
            continue;
        }

if (!isset($funcMap[$aliasFunc->alias->__toString()])) {
            $errors[] = "Aliased function {$aliasFunc->alias}() cannot be found";
            continue;
        }

if (!$aliasFunc->verify) {
            continue;
        }

$aliasedFunc = $funcMap[$aliasFunc->alias->__toString()];
        $aliasedArgs = $aliasedFunc->args;
        $aliasArgs = $aliasFunc->args;

if ($aliasFunc->isInstanceMethod() !== $aliasedFunc->isInstanceMethod()) {
            if ($aliasFunc->isInstanceMethod()) {
                $aliasedArgs = array_slice($aliasedArgs, 1);
            }

if ($aliasedFunc->isInstanceMethod()) {
                $aliasArgs = array_slice($aliasArgs, 1);
            }
        }

array_map(
            function(?ArgInfo $aliasArg, ?ArgInfo $aliasedArg) use ($aliasFunc, $aliasedFunc, &$errors) {
                if ($aliasArg === null) {
                    assert($aliasedArg !== null);
                    $errors[] = "{$aliasFunc->name}(): Argument \$$aliasedArg->name of aliased function {$aliasedFunc->name}() is missing";
                    return null;
                }

if ($aliasedArg === null) {
                    $errors[] = "{$aliasedFunc->name}(): Argument \$$aliasArg->name of alias function {$aliasFunc->name}() is missing";
                    return null;
                }

if ($aliasArg->name !== $aliasedArg->name) {
                    $errors[] = "{$aliasFunc->name}(): Argument \$$aliasArg->name and argument \$$aliasedArg->name of aliased function {$aliasedFunc->name}() must have the same name";
                    return null;
                }

if ($aliasArg->type != $aliasedArg->type) {
                    $errors[] = "{$aliasFunc->name}(): Argument \$$aliasArg->name and argument \$$aliasedArg->name of aliased function {$aliasedFunc->name}() must have the same type";
                }

if ($aliasArg->defaultValue !== $aliasedArg->defaultValue) {
                    $errors[] = "{$aliasFunc->name}(): Argument \$$aliasArg->name and argument \$$aliasedArg->name of aliased function {$aliasedFunc->name}() must have the same default value";
                }
            },
            $aliasArgs, $aliasedArgs
        );

$aliasedReturn = $aliasedFunc->return;
        $aliasReturn = $aliasFunc->return;

if (!$aliasedFunc->name->isConstructor() && !$aliasFunc->name->isConstructor()) {
            $aliasedReturnType = $aliasedReturn->type ?? $aliasedReturn->phpDocType;
            $aliasReturnType = $aliasReturn->type ?? $aliasReturn->phpDocType;
            if ($aliasReturnType != $aliasedReturnType) {
                $errors[] = "{$aliasFunc->name}() and {$aliasedFunc->name}() must have the same return type";
            }
        }

$aliasedPhpDocReturnType = $aliasedReturn->phpDocType;
        $aliasPhpDocReturnType = $aliasReturn->phpDocType;
        if ($aliasedPhpDocReturnType != $aliasPhpDocReturnType && $aliasedPhpDocReturnType != $aliasReturn->type && $aliasPhpDocReturnType != $aliasedReturn->type) {
            $errors[] = "{$aliasFunc->name}() and {$aliasedFunc->name}() must have the same PHPDoc return type";
        }
    }

echo implode("\n", $errors);
    if (!empty($errors)) {
        echo "\n";
        exit(1);
    }
}

if ($generateClassSynopses) {
    $classSynopsesDirectory = getcwd() . "/classsynopses";

$classSynopses = generateClassSynopses($classMap, $context->allConstInfos);
    if (!empty($classSynopses)) {
        if (!file_exists($classSynopsesDirectory)) {
            mkdir($classSynopsesDirectory);
        }

foreach ($classSynopses as $filename => $content) {
            if (file_put_contents("$classSynopsesDirectory/$filename", $content)) {
                echo "Saved $filename\n";
            }
        }
    }
}

if ($replaceClassSynopses) {
    $classSynopses = replaceClassSynopses($targetSynopses, $classMap, $context->allConstInfos, $verify);

foreach ($classSynopses as $filename => $content) {
        if (file_put_contents($filename, $content)) {
            echo "Saved $filename\n";
        }
    }
}

if ($generateMethodSynopses) {
    $methodSynopsesDirectory = getcwd() . "/methodsynopses";

$methodSynopses = generateMethodSynopses($funcMap, $aliasMap);
    if (!empty($methodSynopses)) {
        if (!file_exists($methodSynopsesDirectory)) {
            mkdir($methodSynopsesDirectory);
        }

foreach ($methodSynopses as $filename => $content) {
            if (file_put_contents("$methodSynopsesDirectory/$filename", $content)) {
                echo "Saved $filename\n";
            }
        }
    }
}

if ($replaceMethodSynopses) {
    $methodSynopses = replaceMethodSynopses($targetSynopses, $funcMap, $aliasMap, $verify);

foreach ($methodSynopses as $filename => $content) {
        if (file_put_contents($filename, $content)) {
            echo "Saved $filename\n";
        }
    }
}

if ($generateOptimizerInfo) {
    $filename = dirname(__FILE__, 2) . "/Zend/Optimizer/zend_func_infos.h";
    $optimizerInfo = generateOptimizerInfo($funcMap);

if (file_put_contents($filename, $optimizerInfo)) {
        echo "Saved $filename\n";
    }
}

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