warnings.filterwarnings('ignore', \
"The SQLAlchemy PostgreSQL dialect has been renamed from 'postgres' to 'postgresql'.*", \
SADeprecationWarning)
+warnings.filterwarnings('ignore', \
+ "Predicate of partial index .* ignored during reflection", \
+ SAWarning)
################################################################################
return None
sa_major_version = sqlalchemy.__version__[0:3]
-if sa_major_version in ["0.5", "0.6"]:
+if sa_major_version in ["0.5", "0.6", "0.7"]:
from sqlalchemy.databases import postgres
postgres.ischema_names['debversion'] = DebVersion
else:
- raise Exception("dak only ported to SQLA versions 0.5 and 0.6. See daklib/dbconn.py")
+ raise Exception("dak only ported to SQLA versions 0.5 to 0.7. See daklib/dbconn.py")
################################################################################
class DBBinary(ORMObject):
def __init__(self, package = None, source = None, version = None, \
maintainer = None, architecture = None, poolfile = None, \
- binarytype = 'deb'):
+ binarytype = 'deb', fingerprint=None):
self.package = package
self.source = source
self.version = version
self.architecture = architecture
self.poolfile = poolfile
self.binarytype = binarytype
+ self.fingerprint = fingerprint
@property
def pkid(self):
@rtype: text
@return: stanza text of the control section.
'''
- import apt_inst
+ import utils
fullpath = self.poolfile.fullpath
deb_file = open(fullpath, 'r')
- stanza = apt_inst.debExtractControl(deb_file)
+ stanza = utils.deb_extract_control(deb_file)
deb_file.close()
return stanza
Logger.log(["I: Removing %s from the queue" % o.fullpath])
os.unlink(o.fullpath)
killdb = True
- except OSError, e:
+ except OSError as e:
# If it wasn't there, don't worry
if e.errno == ENOENT:
killdb = True
# Prepare BuildQueueFile object
qf = BuildQueueFile()
qf.build_queue_id = self.queue_id
- qf.lastused = datetime.now()
qf.filename = poolfile_basename
targetpath = poolfile.fullpath
key = None
signingkey = False
- for line in k.xreadlines():
+ for line in k:
field = line.split(":")
if field[0] == "pub":
key = field[4]
class DBSource(ORMObject):
def __init__(self, source = None, version = None, maintainer = None, \
- changedby = None, poolfile = None, install_date = None):
+ changedby = None, poolfile = None, install_date = None, fingerprint = None):
self.source = source
self.version = version
self.maintainer = maintainer
self.changedby = changedby
self.poolfile = poolfile
self.install_date = install_date
+ self.fingerprint = fingerprint
@property
def pkid(self):
def not_null_constraints(self):
return ['source', 'version', 'install_date', 'maintainer', \
- 'changedby', 'poolfile', 'install_date']
+ 'changedby', 'poolfile']
def read_control_fields(self):
'''
metadata = association_proxy('key', 'value')
+ def get_component_name(self):
+ return self.poolfile.location.component.component_name
+
def scan_contents(self):
'''
Returns a set of names for non directories. The path names are
if suite != "any":
# source must exist in 'suite' or a suite that is enhanced by 'suite'
s = get_suite(suite, session)
- enhances_vcs = session.query(VersionCheck).filter(VersionCheck.suite==s).filter_by(check='Enhances')
- considered_suites = [ vc.reference for vc in enhances_vcs ]
- considered_suites.append(s)
+ if s:
+ enhances_vcs = session.query(VersionCheck).filter(VersionCheck.suite==s).filter_by(check='Enhances')
+ considered_suites = [ vc.reference for vc in enhances_vcs ]
+ considered_suites.append(s)
- q = q.filter(DBSource.suites.any(Suite.suite_id.in_([s.suite_id for s in considered_suites])))
+ q = q.filter(DBSource.suites.any(Suite.suite_id.in_([s.suite_id for s in considered_suites])))
if q.count() > 0:
continue
# Find source id
bin_sources = get_sources_from_name(entry["source package"], entry["source version"], session=session)
+
+ # If we couldn't find anything and the upload contains Arch: source,
+ # fall back to trying the source package, source version uploaded
+ # This maintains backwards compatibility with previous dak behaviour
+ # and deals with slightly broken binary debs which don't properly
+ # declare their source package name
+ if len(bin_sources) == 0:
+ if u.pkg.changes["architecture"].has_key("source") \
+ and u.pkg.dsc.has_key("source") and u.pkg.dsc.has_key("version"):
+ bin_sources = get_sources_from_name(u.pkg.dsc["source"], u.pkg.dsc["version"], session=session)
+
+ # If we couldn't find a source here, we reject
+ # TODO: Fix this so that it doesn't kill process-upload and instead just
+ # performs a reject. To be honest, we should probably spot this
+ # *much* earlier than here
if len(bin_sources) != 1:
- raise NoSourceFieldError, "Unable to find a unique source id for %s (%s), %s, file %s, type %s, signed by %s" % \
+ raise NoSourceFieldError("Unable to find a unique source id for %s (%s), %s, file %s, type %s, signed by %s" % \
(bin.package, bin.version, entry["architecture"],
- filename, bin.binarytype, u.pkg.changes["fingerprint"])
+ filename, bin.binarytype, u.pkg.changes["fingerprint"]))
bin.source_id = bin_sources[0].source_id
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" % \
+ 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"])
+ filename, bin.binarytype, u.pkg.changes["fingerprint"]))
bin.extra_sources.append(exsources[0])
################################################################################
-# TODO: should be removed because the implementation is too trivial
@session_wrapper
def get_suite_architectures(suite, skipsrc=False, skipall=False, session=None):
"""
- Returns list of Architecture objects for given C{suite} name
+ Returns list of Architecture objects for given C{suite} name. The list is
+ empty if suite does not exist.
@type suite: str
@param suite: Suite name to search for
@return: list of Architecture objects for the given name (may be empty)
"""
- return get_suite(suite, session).get_architectures(skipsrc, skipall)
+ try:
+ return get_suite(suite, session).get_architectures(skipsrc, skipall)
+ except AttributeError:
+ return []
__all__.append('get_suite_architectures')
mapper(Architecture, self.tbl_architecture,
properties = dict(arch_id = self.tbl_architecture.c.id,
suites = relation(Suite, secondary=self.tbl_suite_architectures,
- order_by='suite_name',
- backref=backref('architectures', order_by='arch_string'))),
+ order_by=self.tbl_suite.c.suite_name,
+ backref=backref('architectures', order_by=self.tbl_architecture.c.arch_string))),
extension = validator)
mapper(Archive, self.tbl_archive,
copy_queues = relation(BuildQueue,
secondary=self.tbl_suite_build_queue_copy),
srcformats = relation(SrcFormat, secondary=self.tbl_suite_src_formats,
- backref=backref('suites', lazy='dynamic'))),
+ backref=backref('suites', lazy='dynamic')),
+ archive = relation(Archive, backref='suites')),
extension = validator)
mapper(Uid, self.tbl_uid,
self.__setuptables()
self.__setupmappers()
- except OperationalError, e:
+ except OperationalError as e:
import utils
utils.fubar("Cannot connect to database (%s)" % str(e))
projects / dak.git / blobdiff