from sqlalchemy.orm import sessionmaker, mapper, relation, object_session, \
backref, MapperExtension, EXT_CONTINUE, object_mapper, clear_mappers
from sqlalchemy import types as sqltypes
+from sqlalchemy.orm.collections import attribute_mapped_collection
+from sqlalchemy.ext.associationproxy import association_proxy
# Don't remove this, we re-export the exceptions to scripts which import us
from sqlalchemy.exc import *
# list
value = len(value)
elif hasattr(value, 'count'):
- # query
+ # query (but not during validation)
+ if self.in_validation:
+ continue
value = value.count()
else:
raise KeyError('Do not understand property %s.' % property)
validation_message = \
"Validation failed because property '%s' must not be empty in object\n%s"
+ in_validation = False
+
def validate(self):
'''
This function validates the not NULL constraints as returned by
getattr(self, property + '_id') is not None:
continue
if not hasattr(self, property) or getattr(self, property) is None:
- raise DBUpdateError(self.validation_message % \
- (property, str(self)))
+ # str() might lead to races due to a 2nd flush
+ self.in_validation = True
+ message = self.validation_message % (property, str(self))
+ self.in_validation = False
+ raise DBUpdateError(message)
@classmethod
@session_wrapper
self.poolfile = poolfile
self.binarytype = binarytype
+ @property
+ def pkid(self):
+ return self.binary_id
+
def properties(self):
return ['package', 'version', 'maintainer', 'source', 'architecture', \
'poolfile', 'binarytype', 'fingerprint', 'install_date', \
- 'suites_count', 'binary_id', 'contents_count']
+ 'suites_count', 'binary_id', 'contents_count', 'extra_sources']
def not_null_constraints(self):
return ['package', 'version', 'maintainer', 'source', 'poolfile', \
'binarytype']
+ metadata = association_proxy('key', 'value')
+
def get_component_name(self):
return self.poolfile.location.component.component_name
dpkg.stdout.close()
dpkg.wait()
+ def read_control(self):
+ '''
+ Reads the control information from a binary.
+
+ @rtype: text
+ @return: stanza text of the control section.
+ '''
+ import apt_inst
+ fullpath = self.poolfile.fullpath
+ deb_file = open(fullpath, 'r')
+ stanza = apt_inst.debExtractControl(deb_file)
+ deb_file.close()
+
+ return stanza
+
+ def read_control_fields(self):
+ '''
+ Reads the control information from a binary and return
+ as a dictionary.
+
+ @rtype: dict
+ @return: fields of the control section as a dictionary.
+ '''
+ import apt_pkg
+ stanza = self.read_control()
+ return apt_pkg.TagSection(stanza)
+
__all__.append('DBBinary')
@session_wrapper
################################################################################
+class SrcContents(ORMObject):
+ def __init__(self, file = None, source = None):
+ self.file = file
+ self.source = source
+
+ def properties(self):
+ return ['file', 'source']
+
+__all__.append('SrcContents')
+
+################################################################################
+
+from debian.debfile import Deb822
+
+# Temporary Deb822 subclass to fix bugs with : handling; see #597249
+class Dak822(Deb822):
+ def _internal_parser(self, sequence, fields=None):
+ # The key is non-whitespace, non-colon characters before any colon.
+ key_part = r"^(?P<key>[^: \t\n\r\f\v]+)\s*:\s*"
+ single = re.compile(key_part + r"(?P<data>\S.*?)\s*$")
+ multi = re.compile(key_part + r"$")
+ multidata = re.compile(r"^\s(?P<data>.+?)\s*$")
+
+ wanted_field = lambda f: fields is None or f in fields
+
+ if isinstance(sequence, basestring):
+ sequence = sequence.splitlines()
+
+ curkey = None
+ content = ""
+ for line in self.gpg_stripped_paragraph(sequence):
+ m = single.match(line)
+ if m:
+ if curkey:
+ self[curkey] = content
+
+ if not wanted_field(m.group('key')):
+ curkey = None
+ continue
+
+ curkey = m.group('key')
+ content = m.group('data')
+ continue
+
+ m = multi.match(line)
+ if m:
+ if curkey:
+ self[curkey] = content
+
+ if not wanted_field(m.group('key')):
+ curkey = None
+ continue
+
+ curkey = m.group('key')
+ content = ""
+ continue
+
+ m = multidata.match(line)
+ if m:
+ content += '\n' + line # XXX not m.group('data')?
+ continue
+
+ if curkey:
+ self[curkey] = content
+
+
class DBSource(ORMObject):
def __init__(self, source = None, version = None, maintainer = None, \
changedby = None, poolfile = None, install_date = None):
self.poolfile = poolfile
self.install_date = install_date
+ @property
+ def pkid(self):
+ return self.source_id
+
def properties(self):
return ['source', 'source_id', 'maintainer', 'changedby', \
'fingerprint', 'poolfile', 'version', 'suites_count', \
return ['source', 'version', 'install_date', 'maintainer', \
'changedby', 'poolfile', 'install_date']
+ def read_control_fields(self):
+ '''
+ Reads the control information from a dsc
+
+ @rtype: tuple
+ @return: fields is the dsc information in a dictionary form
+ '''
+ fullpath = self.poolfile.fullpath
+ fields = Dak822(open(self.poolfile.fullpath, 'r'))
+ return fields
+
+ metadata = association_proxy('key', 'value')
+
+ def scan_contents(self):
+ '''
+ Returns a set of names for non directories. The path names are
+ normalized after converting them from either utf-8 or iso8859-1
+ encoding.
+ '''
+ fullpath = self.poolfile.fullpath
+ from daklib.contents import UnpackedSource
+ unpacked = UnpackedSource(fullpath)
+ fileset = set()
+ for name in unpacked.get_all_filenames():
+ # enforce proper utf-8 encoding
+ try:
+ name.decode('utf-8')
+ except UnicodeDecodeError:
+ name = name.decode('iso8859-1').encode('utf-8')
+ fileset.add(name)
+ return fileset
+
__all__.append('DBSource')
@session_wrapper
__all__.append('get_source_in_suite')
+@session_wrapper
+def import_metadata_into_db(obj, session=None):
+ """
+ This routine works on either DBBinary or DBSource objects and imports
+ their metadata into the database
+ """
+ fields = obj.read_control_fields()
+ for k in fields.keys():
+ try:
+ # Try raw ASCII
+ val = str(fields[k])
+ except UnicodeEncodeError:
+ # Fall back to UTF-8
+ try:
+ val = fields[k].encode('utf-8')
+ except UnicodeEncodeError:
+ # Finally try iso8859-1
+ val = fields[k].encode('iso8859-1')
+ # Otherwise we allow the exception to percolate up and we cause
+ # a reject as someone is playing silly buggers
+
+ obj.metadata[get_or_set_metadatakey(k, session)] = val
+
+ session.commit_or_flush()
+
+__all__.append('import_metadata_into_db')
+
+
################################################################################
@session_wrapper
bin.source_id = bin_sources[0].source_id
+ if entry.has_key("built-using"):
+ for srcname, version in entry["built-using"]:
+ exsources = get_sources_from_name(srcname, version, session=session)
+ if len(exsources) != 1:
+ raise NoSourceFieldError, "Unable to find source package (%s = %s) in Built-Using for %s (%s), %s, file %s, type %s, signed by %s" % \
+ (srcname, version, bin.package, bin.version, entry["architecture"],
+ filename, bin.binarytype, u.pkg.changes["fingerprint"])
+
+ bin.extra_sources.append(exsources[0])
+
# Add and flush object so it has an ID
session.add(bin)
# session.rollback()
# raise MissingContents, "No contents stored for package %s, and couldn't determine contents of %s" % (bin.package, filename)
- return poolfile
+ return bin, poolfile
__all__.append('add_deb_to_db')
'overrides_count']
def not_null_constraints(self):
- return ['suite_name', 'version']
+ return ['suite_name']
def __eq__(self, val):
if isinstance(val, str):
################################################################################
+class MetadataKey(ORMObject):
+ def __init__(self, key = None):
+ self.key = key
+
+ def properties(self):
+ return ['key']
+
+ def not_null_constraints(self):
+ return ['key']
+
+__all__.append('MetadataKey')
+
+@session_wrapper
+def get_or_set_metadatakey(keyname, session=None):
+ """
+ Returns MetadataKey object for given uidname.
+
+ If no matching keyname is found, a row is inserted.
+
+ @type uidname: string
+ @param uidname: The keyname to add
+
+ @type session: SQLAlchemy
+ @param session: Optional SQL session object (a temporary one will be
+ generated if not supplied). If not passed, a commit will be performed at
+ the end of the function, otherwise the caller is responsible for commiting.
+
+ @rtype: MetadataKey
+ @return: the metadatakey object for the given keyname
+ """
+
+ q = session.query(MetadataKey).filter_by(key=keyname)
+
+ try:
+ ret = q.one()
+ except NoResultFound:
+ ret = MetadataKey(keyname)
+ session.add(ret)
+ session.commit_or_flush()
+
+ return ret
+
+__all__.append('get_or_set_metadatakey')
+
+################################################################################
+
+class BinaryMetadata(ORMObject):
+ def __init__(self, key = None, value = None, binary = None):
+ self.key = key
+ self.value = value
+ self.binary = binary
+
+ def properties(self):
+ return ['binary', 'key', 'value']
+
+ def not_null_constraints(self):
+ return ['value']
+
+__all__.append('BinaryMetadata')
+
+################################################################################
+
+class SourceMetadata(ORMObject):
+ def __init__(self, key = None, value = None, source = None):
+ self.key = key
+ self.value = value
+ self.source = source
+
+ def properties(self):
+ return ['source', 'key', 'value']
+
+ def not_null_constraints(self):
+ return ['value']
+
+__all__.append('SourceMetadata')
+
+################################################################################
+
class DBConn(object):
"""
database module init.
self.__createconn()
def __setuptables(self):
- tables_with_primary = (
+ tables = (
'architecture',
'archive',
'bin_associations',
+ 'bin_contents',
'binaries',
+ 'binaries_metadata',
'binary_acl',
'binary_acl_map',
'build_queue',
'changes_pending_binaries',
'changes_pending_files',
'changes_pending_source',
+ 'changes_pending_files_map',
+ 'changes_pending_source_files',
+ 'changes_pool_files',
'dsc_files',
+ 'extra_src_references',
'files',
'fingerprint',
'keyrings',
'keyring_acl_map',
'location',
'maintainer',
+ 'metadata_keys',
'new_comments',
+ # TODO: the maintainer column in table override should be removed.
+ 'override',
'override_type',
'policy_queue',
'priority',
'section',
'source',
'source_acl',
+ 'source_metadata',
'src_associations',
+ 'src_contents',
'src_format',
'src_uploaders',
'suite',
- 'uid',
- 'upload_blocks',
- )
-
- tables_no_primary = (
- 'changes_pending_files_map',
- 'changes_pending_source_files',
- 'changes_pool_files',
- # TODO: the maintainer column in table override should be removed.
- 'override',
'suite_architectures',
- 'suite_src_formats',
'suite_build_queue_copy',
+ 'suite_src_formats',
+ 'uid',
+ 'upload_blocks',
)
views = (
'suite_arch_by_name',
)
- # Sqlalchemy version 0.5 fails to reflect the SERIAL type
- # correctly and that is why we have to use a workaround. It can
- # be removed as soon as we switch to version 0.6.
- for table_name in tables_with_primary:
+ for table_name in tables:
table = Table(table_name, self.db_meta, \
- Column('id', Integer, primary_key = True), \
autoload=True, useexisting=True)
setattr(self, 'tbl_%s' % table_name, table)
- for table_name in tables_no_primary:
- table = Table(table_name, self.db_meta, autoload=True)
- setattr(self, 'tbl_%s' % table_name, table)
-
- # bin_contents needs special attention until the SERIAL type is
- # correctly detected and the workaround has been removed; see comment
- # above
- self.tbl_bin_contents = Table('bin_contents', self.db_meta, \
- Column('file', Text, primary_key = True),
- Column('binary_id', Integer, ForeignKey('binaries.id'), \
- primary_key = True),
- autoload=True, useexisting=True)
-
for view_name in views:
view = Table(view_name, self.db_meta, autoload=True)
setattr(self, 'view_%s' % view_name, view)
fingerprint = relation(Fingerprint),
install_date = self.tbl_binaries.c.install_date,
suites = relation(Suite, secondary=self.tbl_bin_associations,
- backref=backref('binaries', lazy='dynamic'))),
+ backref=backref('binaries', lazy='dynamic')),
+ extra_sources = relation(DBSource, secondary=self.tbl_extra_src_references,
+ backref=backref('extra_binary_references', lazy='dynamic')),
+ key = relation(BinaryMetadata, cascade='all',
+ collection_class=attribute_mapped_collection('key'))),
extension = validator)
mapper(BinaryACL, self.tbl_binary_acl,
primaryjoin=(self.tbl_source.c.id==self.tbl_dsc_files.c.source)),
suites = relation(Suite, secondary=self.tbl_src_associations,
backref=backref('sources', lazy='dynamic')),
- srcuploaders = relation(SrcUploader)),
+ srcuploaders = relation(SrcUploader),
+ key = relation(SourceMetadata, cascade='all',
+ collection_class=attribute_mapped_collection('key'))),
extension = validator)
mapper(SourceACL, self.tbl_source_acl,
backref=backref('contents', lazy='dynamic', cascade='all')),
file = self.tbl_bin_contents.c.file))
+ mapper(SrcContents, self.tbl_src_contents,
+ properties = dict(
+ source = relation(DBSource,
+ backref=backref('contents', lazy='dynamic', cascade='all')),
+ file = self.tbl_src_contents.c.file))
+
+ mapper(MetadataKey, self.tbl_metadata_keys,
+ properties = dict(
+ key_id = self.tbl_metadata_keys.c.key_id,
+ key = self.tbl_metadata_keys.c.key))
+
+ mapper(BinaryMetadata, self.tbl_binaries_metadata,
+ properties = dict(
+ binary_id = self.tbl_binaries_metadata.c.bin_id,
+ binary = relation(DBBinary),
+ key_id = self.tbl_binaries_metadata.c.key_id,
+ key = relation(MetadataKey),
+ value = self.tbl_binaries_metadata.c.value))
+
+ mapper(SourceMetadata, self.tbl_source_metadata,
+ properties = dict(
+ source_id = self.tbl_source_metadata.c.src_id,
+ source = relation(DBSource),
+ key_id = self.tbl_source_metadata.c.key_id,
+ key = relation(MetadataKey),
+ value = self.tbl_source_metadata.c.value))
+
## Connection functions
def __createconn(self):
from config import Config
cnf = Config()
- if cnf["DB::Service"]:
+ if cnf.has_key("DB::Service"):
connstr = "postgresql://service=%s" % cnf["DB::Service"]
- elif cnf["DB::Host"]:
+ elif cnf.has_key("DB::Host"):
# TCP/IP
connstr = "postgresql://%s" % cnf["DB::Host"]
- if cnf["DB::Port"] and cnf["DB::Port"] != "-1":
+ if cnf.has_key("DB::Port") and cnf["DB::Port"] != "-1":
connstr += ":%s" % cnf["DB::Port"]
connstr += "/%s" % cnf["DB::Name"]
else:
# Unix Socket
connstr = "postgresql:///%s" % cnf["DB::Name"]
- if cnf["DB::Port"] and cnf["DB::Port"] != "-1":
+ if cnf.has_key("DB::Port") and cnf["DB::Port"] != "-1":
connstr += "?port=%s" % cnf["DB::Port"]
engine_args = { 'echo': self.debug }
self.__setuptables()
self.__setupmappers()
+ self.pid = os.getpid()
def session(self):
+ # reinitialize DBConn in new processes
+ if self.pid != os.getpid():
+ clear_mappers()
+ self.__createconn()
return self.db_smaker()
- def reset(self):
- '''
- Resets the DBConn object. This function must be called by subprocesses
- created by the multiprocessing module. See tests/dbtest_multiproc.py
- for an example.
- '''
- clear_mappers()
- self.__createconn()
-
__all__.append('DBConn')
projects / dak.git / blobdiff