def __init__(self, path):
DebTagLoader.__init__(self, "pdk:///")
self._path = path
ws = current_workspace()
descriptor = ws.get_component_descriptor(self._path)
cache = ws.world.get_backed_cache(ws.cache)
self._component = descriptor.load(cache)
self._contents = {}
iterator_fn = self._component.iter_raw_ordered_contents
refs = iterator_fn((Package,), True, None, None)
i = 0
types = ['deb', 'udeb']
archs = [DEBARCH, 'all']
for index, ref in enumerate(refs):
if (ref.type in types) and (ref.arch in archs):
self._contents[i] = ref
i += 1
def __init__(self, path):
DebTagLoader.__init__(self, "pdk:///")
self._path = path
ws = current_workspace()
descriptor = ws.get_component_descriptor(self._path)
cache = ws.world.get_backed_cache(ws.cache)
self._component = descriptor.load(cache)
self._contents = {}
iterator_fn = self._component.iter_raw_ordered_contents
refs = iterator_fn((Package,), True, None, None)
i = 0
types = ["deb", "udeb"]
archs = [DEBARCH, "all"]
for index, ref in enumerate(refs):
if (ref.type in types) and (ref.arch in archs):
self._contents[i] = ref
i += 1
def audit(args):
"""\\fB%prog\\fP
.PP
Load the component,
and verify that it and it's parts are well-formed.
"""
##specialization code starts here
def note_problem(fact, prediction, prediction_basis,
evidence, evidence_basis):
"""A mismatch handler for Arbiter
Handle the case of a prediction that doesn't pan out
by reporting the mismatch to stdout, in a format
suitable for: cut -d'|'
"""
note_problem.called = True
fields = fact.get_problem_description(prediction, prediction_basis,
evidence, evidence_basis)
result = string_together(fields, '|')
print result
note_problem.called = False
my_cache = workspace.current_workspace().cache
arbiter = Arbiter(note_problem)
for component_name in args.args:
def _note_blob_id(blob_id):
"""Make common predictions and warrants for blob_id.
Predict that a blob_id will be in cache
Warrant the blob_id will be needed by the component.
"""
arbiter.predict(InCache(blob_id), True, component_name)
# Get the set of packages in the component
descriptor = ComponentDescriptor(component_name)
component = descriptor.load(my_cache)
# predict expected blob_ids and headers
for package in component.iter_packages():
_note_blob_id(package.blob_id)
arbiter.predict(InCache(package.blob_id + '.header'),
True, component_name)
for package_tuple in package.extra_files:
blob_id = package_tuple[0]
_note_blob_id(blob_id)
# predict upcoming source packages
for package in component.iter_packages():
if package.role == 'binary':
fact = HasSource(package.format, package.pdk.sp_name,
package.pdk.sp_version.full_version)
arbiter.predict(fact, True, component_name)
# warrant source packages found
for package in component.iter_packages():
if package.role == 'source':
fact = HasSource(package.format, package.name,
package.version.full_version)
arbiter.warrant(fact, True, component_name)
# predict upcoming cache checksums
# pre-warrant found inodes
# note inode -> filename relationships for later
found_by_inode = {}
for blob_id in my_cache:
inode = my_cache.get_inode(blob_id)
if blob_id.endswith('.header'):
arbiter.warrant(InCache(blob_id), True, 'cache')
continue
entry = found_by_inode.setdefault(inode, Set([]))
entry.add(blob_id)
# ? Won't this create repeated predictions?
for blob_id in found_by_inode[inode]:
arbiter.predict(ChecksumMatches(blob_id), blob_id, 'cache')
for inode, blob_ids in found_by_inode.iteritems():
for blob_id in blob_ids:
arbiter.warrant(InCache(blob_id), True, 'cache')
# warrant cache checksums
one_id = tuple(blob_ids)[0]
handle = open(my_cache.file_path(one_id))
sha1_digest = sha.new()
md5_digest = md5.new()
read_size = 8196
while 1:
block = handle.read(read_size)
if not block:
break
sha1_digest.update(block)
md5_digest.update(block)
handle.close()
prefixes = []
for blob_id in blob_ids:
if blob_id.startswith('sha-1'):
prefixes.append('sha-1')
arbiter.warrant(ChecksumMatches(blob_id),
'sha-1:' + sha1_digest.hexdigest(),
'cache')
elif blob_id.startswith('md5'):
prefixes.append('md5')
arbiter.warrant(ChecksumMatches(blob_id),
'md5:' + md5_digest.hexdigest(), 'cache')
else:
# note unknown prefixes
arbiter.note_problem(
blob_id
, ('md5:', 'sha-1:')
, 'unknown prefix'
)
prefixes.sort()
if prefixes != ['md5', 'sha-1']:
digests = (md5_digest.hexdigest(), sha1_digest.hexdigest())
arbiter.note_problem(tuple(blob_ids), digests,
'not hard linked properly')
arbiter.note_leftovers()
if note_problem.called:
raise IntegrityFault, "Audit detected fault(s)"
def audit(args):
"""\\fB%prog\\fP
.PP
Load the component,
and verify that it and it's parts are well-formed.
"""
##specialization code starts here
def note_problem(fact, prediction, prediction_basis, evidence,
evidence_basis):
"""A mismatch handler for Arbiter
Handle the case of a prediction that doesn't pan out
by reporting the mismatch to stdout, in a format
suitable for: cut -d'|'
"""
note_problem.called = True
fields = fact.get_problem_description(prediction, prediction_basis,
evidence, evidence_basis)
result = string_together(fields, '|')
print result
note_problem.called = False
my_cache = workspace.current_workspace().cache
arbiter = Arbiter(note_problem)
for component_name in args.args:
def _note_blob_id(blob_id):
"""Make common predictions and warrants for blob_id.
Predict that a blob_id will be in cache
Warrant the blob_id will be needed by the component.
"""
arbiter.predict(InCache(blob_id), True, component_name)
# Get the set of packages in the component
descriptor = ComponentDescriptor(component_name)
component = descriptor.load(my_cache)
# predict expected blob_ids and headers
for package in component.iter_packages():
_note_blob_id(package.blob_id)
arbiter.predict(InCache(package.blob_id + '.header'), True,
component_name)
for package_tuple in package.extra_files:
blob_id = package_tuple[0]
_note_blob_id(blob_id)
# predict upcoming source packages
for package in component.iter_packages():
if package.role == 'binary':
fact = HasSource(package.format, package.pdk.sp_name,
package.pdk.sp_version.full_version)
arbiter.predict(fact, True, component_name)
# warrant source packages found
for package in component.iter_packages():
if package.role == 'source':
fact = HasSource(package.format, package.name,
package.version.full_version)
arbiter.warrant(fact, True, component_name)
# predict upcoming cache checksums
# pre-warrant found inodes
# note inode -> filename relationships for later
found_by_inode = {}
for blob_id in my_cache:
inode = my_cache.get_inode(blob_id)
if blob_id.endswith('.header'):
arbiter.warrant(InCache(blob_id), True, 'cache')
continue
entry = found_by_inode.setdefault(inode, Set([]))
entry.add(blob_id)
# ? Won't this create repeated predictions?
for blob_id in found_by_inode[inode]:
arbiter.predict(ChecksumMatches(blob_id), blob_id, 'cache')
for inode, blob_ids in found_by_inode.iteritems():
for blob_id in blob_ids:
arbiter.warrant(InCache(blob_id), True, 'cache')
# warrant cache checksums
one_id = tuple(blob_ids)[0]
handle = open(my_cache.file_path(one_id))
sha1_digest = sha.new()
md5_digest = md5.new()
read_size = 8196
while 1:
block = handle.read(read_size)
if not block:
break
sha1_digest.update(block)
md5_digest.update(block)
handle.close()
prefixes = []
for blob_id in blob_ids:
if blob_id.startswith('sha-1'):
prefixes.append('sha-1')
arbiter.warrant(ChecksumMatches(blob_id),
'sha-1:' + sha1_digest.hexdigest(), 'cache')
elif blob_id.startswith('md5'):
prefixes.append('md5')
arbiter.warrant(ChecksumMatches(blob_id),
'md5:' + md5_digest.hexdigest(), 'cache')
else:
# note unknown prefixes
arbiter.note_problem(blob_id, ('md5:', 'sha-1:'),
'unknown prefix')
prefixes.sort()
if prefixes != ['md5', 'sha-1']:
digests = (md5_digest.hexdigest(), sha1_digest.hexdigest())
arbiter.note_problem(tuple(blob_ids), digests,
'not hard linked properly')
arbiter.note_leftovers()
if note_problem.called:
raise IntegrityFault, "Audit detected fault(s)"
