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Edit File : cli.py \| Size : 10.74 KB
from __future__ import print_function import argparse import sys import json import os import pycriu def inf(opts): if opts['in']: return open(opts['in'], 'rb') else: return sys.stdin def outf(opts): if opts['out']: return open(opts['out'], 'w+') else: return sys.stdout def dinf(opts, name): return open(os.path.join(opts['dir'], name)) def decode(opts): indent = None try: img = pycriu.images.load(inf(opts), opts['pretty'], opts['nopl']) except pycriu.images.MagicException as exc: print("Unknown magic %#x.\n"\ "Maybe you are feeding me an image with "\ "raw data(i.e. pages.img)?" % exc.magic, file=sys.stderr) sys.exit(1) if opts['pretty']: indent = 4 f = outf(opts) json.dump(img, f, indent=indent) if f == sys.stdout: f.write("\n") def encode(opts): img = json.load(inf(opts)) pycriu.images.dump(img, outf(opts)) def info(opts): infs = pycriu.images.info(inf(opts)) json.dump(infs, sys.stdout, indent=4) print() def get_task_id(p, val): return p[val] if val in p else p['ns_' + val][0] # # Explorers # class ps_item: def __init__(self, p, core): self.pid = get_task_id(p, 'pid') self.ppid = p['ppid'] self.p = p self.core = core self.kids = [] def show_ps(p, opts, depth=0): print("%7d%7d%7d %s%s" % (p.pid, get_task_id(p.p, 'pgid'), get_task_id(p.p, 'sid'), ' ' * (4 * depth), p.core['tc']['comm'])) for kid in p.kids: show_ps(kid, opts, depth + 1) def explore_ps(opts): pss = {} ps_img = pycriu.images.load(dinf(opts, 'pstree.img')) for p in ps_img['entries']: core = pycriu.images.load( dinf(opts, 'core-%d.img' % get_task_id(p, 'pid'))) ps = ps_item(p, core['entries'][0]) pss[ps.pid] = ps # Build tree psr = None for pid in pss: p = pss[pid] if p.ppid == 0: psr = p continue pp = pss[p.ppid] pp.kids.append(p) print("%7s%7s%7s %s" % ('PID', 'PGID', 'SID', 'COMM')) show_ps(psr, opts) files_img = None def ftype_find_in_files(opts, ft, fid): global files_img if files_img is None: try: files_img = pycriu.images.load(dinf(opts, "files.img"))['entries'] except: files_img = [] if len(files_img) == 0: return None for f in files_img: if f['id'] == fid: return f return None def ftype_find_in_image(opts, ft, fid, img): f = ftype_find_in_files(opts, ft, fid) if f: return f[ft['field']] if ft['img'] == None: ft['img'] = pycriu.images.load(dinf(opts, img))['entries'] for f in ft['img']: if f['id'] == fid: return f return None def ftype_reg(opts, ft, fid): rf = ftype_find_in_image(opts, ft, fid, 'reg-files.img') return rf and rf['name'] or 'unknown path' def ftype_pipe(opts, ft, fid): p = ftype_find_in_image(opts, ft, fid, 'pipes.img') return p and 'pipe[%d]' % p['pipe_id'] or 'pipe[?]' def ftype_unix(opts, ft, fid): ux = ftype_find_in_image(opts, ft, fid, 'unixsk.img') if not ux: return 'unix[?]' n = ux['name'] and ' %s' % ux['name'] or '' return 'unix[%d (%d)%s]' % (ux['ino'], ux['peer'], n) file_types = { 'REG': { 'get': ftype_reg, 'img': None, 'field': 'reg' }, 'PIPE': { 'get': ftype_pipe, 'img': None, 'field': 'pipe' }, 'UNIXSK': { 'get': ftype_unix, 'img': None, 'field': 'usk' }, } def ftype_gen(opts, ft, fid): return '%s.%d' % (ft['typ'], fid) files_cache = {} def get_file_str(opts, fd): key = (fd['type'], fd['id']) f = files_cache.get(key, None) if not f: ft = file_types.get(fd['type'], {'get': ftype_gen, 'typ': fd['type']}) f = ft['get'](opts, ft, fd['id']) files_cache[key] = f return f def explore_fds(opts): ps_img = pycriu.images.load(dinf(opts, 'pstree.img')) for p in ps_img['entries']: pid = get_task_id(p, 'pid') idi = pycriu.images.load(dinf(opts, 'ids-%s.img' % pid)) fdt = idi['entries'][0]['files_id'] fdi = pycriu.images.load(dinf(opts, 'fdinfo-%d.img' % fdt)) print("%d" % pid) for fd in fdi['entries']: print("\t%7d: %s" % (fd['fd'], get_file_str(opts, fd))) fdi = pycriu.images.load(dinf(opts, 'fs-%d.img' % pid))['entries'][0] print("\t%7s: %s" % ('cwd', get_file_str(opts, { 'type': 'REG', 'id': fdi['cwd_id'] }))) print("\t%7s: %s" % ('root', get_file_str(opts, { 'type': 'REG', 'id': fdi['root_id'] }))) class vma_id: def __init__(self): self.__ids = {} self.__last = 1 def get(self, iid): ret = self.__ids.get(iid, None) if not ret: ret = self.__last self.__last += 1 self.__ids[iid] = ret return ret def explore_mems(opts): ps_img = pycriu.images.load(dinf(opts, 'pstree.img')) vids = vma_id() for p in ps_img['entries']: pid = get_task_id(p, 'pid') mmi = pycriu.images.load(dinf(opts, 'mm-%d.img' % pid))['entries'][0] print("%d" % pid) print("\t%-36s %s" % ('exe', get_file_str(opts, { 'type': 'REG', 'id': mmi['exe_file_id'] }))) for vma in mmi['vmas']: st = vma['status'] if st & (1 << 10): fn = ' ' + 'ips[%lx]' % vids.get(vma['shmid']) elif st & (1 << 8): fn = ' ' + 'shmem[%lx]' % vids.get(vma['shmid']) elif st & (1 << 11): fn = ' ' + 'packet[%lx]' % vids.get(vma['shmid']) elif st & ((1 << 6) \| (1 << 7)): fn = ' ' + get_file_str(opts, { 'type': 'REG', 'id': vma['shmid'] }) if vma['pgoff']: fn += ' + %#lx' % vma['pgoff'] if st & (1 << 7): fn += ' (s)' elif st & (1 << 1): fn = ' [stack]' elif st & (1 << 2): fn = ' [vsyscall]' elif st & (1 << 3): fn = ' [vdso]' elif vma['flags'] & 0x0100: # growsdown fn = ' [stack?]' else: fn = '' if not st & (1 << 0): fn += ' *' prot = vma['prot'] & 0x1 and 'r' or '-' prot += vma['prot'] & 0x2 and 'w' or '-' prot += vma['prot'] & 0x4 and 'x' or '-' astr = '%08lx-%08lx' % (vma['start'], vma['end']) print("\t%-36s%s%s" % (astr, prot, fn)) def explore_rss(opts): ps_img = pycriu.images.load(dinf(opts, 'pstree.img')) for p in ps_img['entries']: pid = get_task_id(p, 'pid') vmas = pycriu.images.load(dinf(opts, 'mm-%d.img' % pid))['entries'][0]['vmas'] pms = pycriu.images.load(dinf(opts, 'pagemap-%d.img' % pid))['entries'] print("%d" % pid) vmi = 0 pvmi = -1 for pm in pms[1:]: pstr = '\t%lx / %-8d' % (pm['vaddr'], pm['nr_pages']) while vmas[vmi]['end'] <= pm['vaddr']: vmi += 1 pme = pm['vaddr'] + (pm['nr_pages'] << 12) vstr = '' while vmas[vmi]['start'] < pme: vma = vmas[vmi] if vmi == pvmi: vstr += ' ~' else: vstr += ' %08lx / %-8d' % ( vma['start'], (vma['end'] - vma['start']) >> 12) if vma['status'] & ((1 << 6) \| (1 << 7)): vstr += ' ' + get_file_str(opts, { 'type': 'REG', 'id': vma['shmid'] }) pvmi = vmi vstr += '\n\t%23s' % '' vmi += 1 vmi -= 1 print('%-24s%s' % (pstr, vstr)) explorers = { 'ps': explore_ps, 'fds': explore_fds, 'mems': explore_mems, 'rss': explore_rss } def explore(opts): explorers[opts['what']](opts) def main(): desc = 'CRiu Image Tool' parser = argparse.ArgumentParser( description=desc, formatter_class=argparse.RawTextHelpFormatter) subparsers = parser.add_subparsers( help='Use crit CMD --help for command-specific help') # Decode decode_parser = subparsers.add_parser( 'decode', help='convert criu image from binary type to json') decode_parser.add_argument( '--pretty', help= 'Multiline with indents and some numerical fields in field-specific format', action='store_true') decode_parser.add_argument( '-i', '--in', help='criu image in binary format to be decoded (stdin by default)') decode_parser.add_argument( '-o', '--out', help='where to put criu image in json format (stdout by default)') decode_parser.set_defaults(func=decode, nopl=False) # Encode encode_parser = subparsers.add_parser( 'encode', help='convert criu image from json type to binary') encode_parser.add_argument( '-i', '--in', help='criu image in json format to be encoded (stdin by default)') encode_parser.add_argument( '-o', '--out', help='where to put criu image in binary format (stdout by default)') encode_parser.set_defaults(func=encode) # Info info_parser = subparsers.add_parser('info', help='show info about image') info_parser.add_argument("in") info_parser.set_defaults(func=info) # Explore x_parser = subparsers.add_parser('x', help='explore image dir') x_parser.add_argument('dir') x_parser.add_argument('what', choices=['ps', 'fds', 'mems', 'rss']) x_parser.set_defaults(func=explore) # Show show_parser = subparsers.add_parser( 'show', help="convert criu image from binary to human-readable json") show_parser.add_argument("in") show_parser.add_argument('--nopl', help='do not show entry payload (if exists)', action='store_true') show_parser.set_defaults(func=decode, pretty=True, out=None) opts = vars(parser.parse_args()) if not opts: sys.stderr.write(parser.format_usage()) sys.stderr.write("crit: error: too few arguments\n") sys.exit(1) opts["func"](opts) if __name__ == '__main__': main() Back

Edit File : cli.py | Size : 10.74 KB

from __future__ import print_function
import argparse
import sys
import json
import os

import pycriu

def inf(opts):
    if opts['in']:
        return open(opts['in'], 'rb')
    else:
        return sys.stdin

def outf(opts):
    if opts['out']:
        return open(opts['out'], 'w+')
    else:
        return sys.stdout

def dinf(opts, name):
    return open(os.path.join(opts['dir'], name))

def decode(opts):
    indent = None

try:
        img = pycriu.images.load(inf(opts), opts['pretty'], opts['nopl'])
    except pycriu.images.MagicException as exc:
        print("Unknown magic %#x.\n"\
          "Maybe you are feeding me an image with "\
          "raw data(i.e. pages.img)?" % exc.magic, file=sys.stderr)
        sys.exit(1)

if opts['pretty']:
        indent = 4

f = outf(opts)
    json.dump(img, f, indent=indent)
    if f == sys.stdout:
        f.write("\n")

def encode(opts):
    img = json.load(inf(opts))
    pycriu.images.dump(img, outf(opts))

def info(opts):
    infs = pycriu.images.info(inf(opts))
    json.dump(infs, sys.stdout, indent=4)
    print()

def get_task_id(p, val):
    return p[val] if val in p else p['ns_' + val][0]

#
# Explorers
#

class ps_item:
    def __init__(self, p, core):
        self.pid = get_task_id(p, 'pid')
        self.ppid = p['ppid']
        self.p = p
        self.core = core
        self.kids = []

def show_ps(p, opts, depth=0):
    print("%7d%7d%7d   %s%s" %
          (p.pid, get_task_id(p.p, 'pgid'), get_task_id(p.p, 'sid'), ' ' *
           (4 * depth), p.core['tc']['comm']))
    for kid in p.kids:
        show_ps(kid, opts, depth + 1)

def explore_ps(opts):
    pss = {}
    ps_img = pycriu.images.load(dinf(opts, 'pstree.img'))
    for p in ps_img['entries']:
        core = pycriu.images.load(
            dinf(opts, 'core-%d.img' % get_task_id(p, 'pid')))
        ps = ps_item(p, core['entries'][0])
        pss[ps.pid] = ps

# Build tree
    psr = None
    for pid in pss:
        p = pss[pid]
        if p.ppid == 0:
            psr = p
            continue

pp = pss[p.ppid]
        pp.kids.append(p)

print("%7s%7s%7s   %s" % ('PID', 'PGID', 'SID', 'COMM'))
    show_ps(psr, opts)

files_img = None

def ftype_find_in_files(opts, ft, fid):
    global files_img

if files_img is None:
        try:
            files_img = pycriu.images.load(dinf(opts, "files.img"))['entries']
        except:
            files_img = []

if len(files_img) == 0:
        return None

for f in files_img:
        if f['id'] == fid:
            return f

return None

def ftype_find_in_image(opts, ft, fid, img):
    f = ftype_find_in_files(opts, ft, fid)
    if f:
        return f[ft['field']]

if ft['img'] == None:
        ft['img'] = pycriu.images.load(dinf(opts, img))['entries']
    for f in ft['img']:
        if f['id'] == fid:
            return f
    return None

def ftype_reg(opts, ft, fid):
    rf = ftype_find_in_image(opts, ft, fid, 'reg-files.img')
    return rf and rf['name'] or 'unknown path'

def ftype_pipe(opts, ft, fid):
    p = ftype_find_in_image(opts, ft, fid, 'pipes.img')
    return p and 'pipe[%d]' % p['pipe_id'] or 'pipe[?]'

def ftype_unix(opts, ft, fid):
    ux = ftype_find_in_image(opts, ft, fid, 'unixsk.img')
    if not ux:
        return 'unix[?]'

n = ux['name'] and ' %s' % ux['name'] or ''
    return 'unix[%d (%d)%s]' % (ux['ino'], ux['peer'], n)

file_types = {
    'REG': {
        'get': ftype_reg,
        'img': None,
        'field': 'reg'
    },
    'PIPE': {
        'get': ftype_pipe,
        'img': None,
        'field': 'pipe'
    },
    'UNIXSK': {
        'get': ftype_unix,
        'img': None,
        'field': 'usk'
    },
}

def ftype_gen(opts, ft, fid):
    return '%s.%d' % (ft['typ'], fid)

files_cache = {}

def get_file_str(opts, fd):
    key = (fd['type'], fd['id'])
    f = files_cache.get(key, None)
    if not f:
        ft = file_types.get(fd['type'], {'get': ftype_gen, 'typ': fd['type']})
        f = ft['get'](opts, ft, fd['id'])
        files_cache[key] = f

return f

def explore_fds(opts):
    ps_img = pycriu.images.load(dinf(opts, 'pstree.img'))
    for p in ps_img['entries']:
        pid = get_task_id(p, 'pid')
        idi = pycriu.images.load(dinf(opts, 'ids-%s.img' % pid))
        fdt = idi['entries'][0]['files_id']
        fdi = pycriu.images.load(dinf(opts, 'fdinfo-%d.img' % fdt))

print("%d" % pid)
        for fd in fdi['entries']:
            print("\t%7d: %s" % (fd['fd'], get_file_str(opts, fd)))

fdi = pycriu.images.load(dinf(opts, 'fs-%d.img' % pid))['entries'][0]
        print("\t%7s: %s" %
              ('cwd', get_file_str(opts, {
                  'type': 'REG',
                  'id': fdi['cwd_id']
              })))
        print("\t%7s: %s" %
              ('root', get_file_str(opts, {
                  'type': 'REG',
                  'id': fdi['root_id']
              })))

class vma_id:
    def __init__(self):
        self.__ids = {}
        self.__last = 1

def get(self, iid):
        ret = self.__ids.get(iid, None)
        if not ret:
            ret = self.__last
            self.__last += 1
            self.__ids[iid] = ret

return ret

def explore_mems(opts):
    ps_img = pycriu.images.load(dinf(opts, 'pstree.img'))
    vids = vma_id()
    for p in ps_img['entries']:
        pid = get_task_id(p, 'pid')
        mmi = pycriu.images.load(dinf(opts, 'mm-%d.img' % pid))['entries'][0]

print("%d" % pid)
        print("\t%-36s    %s" % ('exe',
                                 get_file_str(opts, {
                                     'type': 'REG',
                                     'id': mmi['exe_file_id']
                                 })))

for vma in mmi['vmas']:
            st = vma['status']
            if st & (1 << 10):
                fn = ' ' + 'ips[%lx]' % vids.get(vma['shmid'])
            elif st & (1 << 8):
                fn = ' ' + 'shmem[%lx]' % vids.get(vma['shmid'])
            elif st & (1 << 11):
                fn = ' ' + 'packet[%lx]' % vids.get(vma['shmid'])
            elif st & ((1 << 6) | (1 << 7)):
                fn = ' ' + get_file_str(opts, {
                    'type': 'REG',
                    'id': vma['shmid']
                })
                if vma['pgoff']:
                    fn += ' + %#lx' % vma['pgoff']
                if st & (1 << 7):
                    fn += ' (s)'
            elif st & (1 << 1):
                fn = ' [stack]'
            elif st & (1 << 2):
                fn = ' [vsyscall]'
            elif st & (1 << 3):
                fn = ' [vdso]'
            elif vma['flags'] & 0x0100:  # growsdown
                fn = ' [stack?]'
            else:
                fn = ''

if not st & (1 << 0):
                fn += ' *'

prot = vma['prot'] & 0x1 and 'r' or '-'
            prot += vma['prot'] & 0x2 and 'w' or '-'
            prot += vma['prot'] & 0x4 and 'x' or '-'

astr = '%08lx-%08lx' % (vma['start'], vma['end'])
            print("\t%-36s%s%s" % (astr, prot, fn))

def explore_rss(opts):
    ps_img = pycriu.images.load(dinf(opts, 'pstree.img'))
    for p in ps_img['entries']:
        pid = get_task_id(p, 'pid')
        vmas = pycriu.images.load(dinf(opts, 'mm-%d.img' %
                                       pid))['entries'][0]['vmas']
        pms = pycriu.images.load(dinf(opts, 'pagemap-%d.img' % pid))['entries']

print("%d" % pid)
        vmi = 0
        pvmi = -1
        for pm in pms[1:]:
            pstr = '\t%lx / %-8d' % (pm['vaddr'], pm['nr_pages'])
            while vmas[vmi]['end'] <= pm['vaddr']:
                vmi += 1

pme = pm['vaddr'] + (pm['nr_pages'] << 12)
            vstr = ''
            while vmas[vmi]['start'] < pme:
                vma = vmas[vmi]
                if vmi == pvmi:
                    vstr += ' ~'
                else:
                    vstr += ' %08lx / %-8d' % (
                        vma['start'], (vma['end'] - vma['start']) >> 12)
                    if vma['status'] & ((1 << 6) | (1 << 7)):
                        vstr += ' ' + get_file_str(opts, {
                            'type': 'REG',
                            'id': vma['shmid']
                        })
                    pvmi = vmi
                vstr += '\n\t%23s' % ''
                vmi += 1

vmi -= 1

print('%-24s%s' % (pstr, vstr))

explorers = {
    'ps': explore_ps,
    'fds': explore_fds,
    'mems': explore_mems,
    'rss': explore_rss
}

def explore(opts):
    explorers[opts['what']](opts)

def main():
    desc = 'CRiu Image Tool'
    parser = argparse.ArgumentParser(
        description=desc, formatter_class=argparse.RawTextHelpFormatter)

subparsers = parser.add_subparsers(
        help='Use crit CMD --help for command-specific help')

# Decode
    decode_parser = subparsers.add_parser(
        'decode', help='convert criu image from binary type to json')
    decode_parser.add_argument(
        '--pretty',
        help=
        'Multiline with indents and some numerical fields in field-specific format',
        action='store_true')
    decode_parser.add_argument(
        '-i',
        '--in',
        help='criu image in binary format to be decoded (stdin by default)')
    decode_parser.add_argument(
        '-o',
        '--out',
        help='where to put criu image in json format (stdout by default)')
    decode_parser.set_defaults(func=decode, nopl=False)

# Encode
    encode_parser = subparsers.add_parser(
        'encode', help='convert criu image from json type to binary')
    encode_parser.add_argument(
        '-i',
        '--in',
        help='criu image in json format to be encoded (stdin by default)')
    encode_parser.add_argument(
        '-o',
        '--out',
        help='where to put criu image in binary format (stdout by default)')
    encode_parser.set_defaults(func=encode)

# Info
    info_parser = subparsers.add_parser('info', help='show info about image')
    info_parser.add_argument("in")
    info_parser.set_defaults(func=info)

# Explore
    x_parser = subparsers.add_parser('x', help='explore image dir')
    x_parser.add_argument('dir')
    x_parser.add_argument('what', choices=['ps', 'fds', 'mems', 'rss'])
    x_parser.set_defaults(func=explore)

# Show
    show_parser = subparsers.add_parser(
        'show', help="convert criu image from binary to human-readable json")
    show_parser.add_argument("in")
    show_parser.add_argument('--nopl',
                             help='do not show entry payload (if exists)',
                             action='store_true')
    show_parser.set_defaults(func=decode, pretty=True, out=None)

opts = vars(parser.parse_args())

if not opts:
        sys.stderr.write(parser.format_usage())
        sys.stderr.write("crit: error: too few arguments\n")
        sys.exit(1)

opts["func"](opts)

if __name__ == '__main__':
    main()

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