def check_for_conflict(self, name, version):
if not self.conflicts:
self._generate_installed()
conflict_packagenames = []
# Is there a conflict for package named <name> at all?
if not name in self.conflicts.keys():
return conflict_packagenames
# There is one or more conflicts, check them.
for conflict in self.conflicts[name]:
((flag, conflict_version), conflict_package) = conflict
if not flag:
conflict_packagenames.append(conflict_package)
continue
comp = utils.version_cmp((version, ""), (conflict_version, ""))
flag = map(None, flag)
if (comp < 0) and ("<" in flag):
conflict_packagenames.append(conflict_package)
continue
if (comp == 0) and ("=" in flag):
conflict_packagenames.append(conflict_package)
continue
if (comp > 0) and (">" in flag):
conflict_packagenames.append(conflict_package)
continue
return conflict_packagenames
def check_for_conflict( self, name, version ):
if not self.conflicts:
self._generate_installed()
conflict_packagenames = []
# Is there a conflict for package named <name> at all?
if not name in self.conflicts.keys():
return conflict_packagenames
# There is one or more conflicts, check them.
for conflict in self.conflicts[name]:
((flag, conflict_version), conflict_package) = conflict
if not flag:
conflict_packagenames.append(conflict_package)
continue
comp = utils.version_cmp( (version, ""), (conflict_version, "") )
flag = map( None, flag )
if (comp < 0) and ("<" in flag):
conflict_packagenames.append(conflict_package)
continue
if (comp == 0) and ("=" in flag):
conflict_packagenames.append(conflict_package)
continue
if (comp > 0) and (">" in flag):
conflict_packagenames.append(conflict_package)
continue
return conflict_packagenames
def check_version(offered, operator, required):
"""check_version(offered, operator, required)
Check if an offered version and release of a package fullfills a
version requirement. <offered> and <required> must both contain
the two elements version and release. Operator is one of <=> or a
combinaton. Returns 1 if offered version and release are adequate,
returns 0 if not adequate."""
offered_version, offered_release = offered
req_version, req_release = required
retval = false
if req_version == "None":
return true
test = utils.version_cmp((offered_version, offered_release),
(req_version, req_release))
if (test == 0) and (operator == "="):
retval = true
elif (test == 0 or test == 1) and (operator == ">="):
retval = true
elif (test == 1) and (operator == ">"):
retval = true
elif (test == -1) and (operator == "<"):
retval = true
elif (test ==- 1 or test == 0) and (operator == "<="):
retval = true
else:
retval = false
return retval
def _check_conflict_versions(version_a, flag, version_b):
comp = utils.version_cmp((version_a, ""), (version_b, ""))
flag = map(None, flag)
if (comp < 0) and ("<" in flag):
return true
elif (comp == 0) and ("=" in flag):
return true
elif (comp > 0) and (">" in flag):
return true
else:
return false
def check_package( self, package ):
'''Given a package info dictionary, return true if package is accepted
for upgrade or install, return false if not. Function is used by
create_resolver_input. Can be overloaded for install-purposes.'''
if not package:
return
name = package["name"]
uri = package["name"]
version = package["version"]
release = package["release"]
# Check if package is a valid upgrade for an installed package.
local_packages = self.get_local_info()
if local_packages.has_key( name ):
if len( local_packages[name] ) > 1:
message = "Multiple versions installed." \
" Skipping package %s" % name
self.log.write_stderr( message )
self.log.write_log( message )
return false
for local_pkg in local_packages[name]:
current_version, current_release = local_pkg[:2]
comparison = utils.version_cmp( (version, release),
(current_version,
current_release) )
if comparison > 0:
return true
elif comparison == 0:
#Package is already installed, notify the user,
#if all packages are already installed exit.
message = "Package %s" % name +\
" is already at newest version (%s-%s)."\
% (current_version, current_release)
self.log.write_log( message )
self.log.write_stderr( message )
return false
# Check if package obsoletes an installed package, and should
# therefore be set to upgrade.
if package.has_key( "obsoletes" ):
obsoletes = package["obsoletes"]
for obs_name in obsoletes:
if local_packages.has_key( obs_name ):
return true
# Package is not an upgrade or obsoletes an installed package.
return false
def check_package(self, package):
'''Given a package info dictionary, return true if package is accepted
for upgrade or install, return false if not. Function is used by
create_resolver_input. Can be overloaded for install-purposes.'''
if not package:
return
name = package["name"]
uri = package["name"]
version = package["version"]
release = package["release"]
# Check if package is a valid upgrade for an installed package.
local_packages = self.get_local_info()
if local_packages.has_key(name):
if len(local_packages[name]) > 1:
message = "Multiple versions installed." \
" Skipping package %s" % name
self.log.write_stderr(message)
self.log.write_log(message)
return false
for local_pkg in local_packages[name]:
current_version, current_release = local_pkg[:2]
comparison = utils.version_cmp(
(version, release), (current_version, current_release))
if comparison > 0:
return true
elif comparison == 0:
#Package is already installed, notify the user,
#if all packages are already installed exit.
message = "Package %s" % name +\
" is already at newest version (%s-%s)."\
% (current_version, current_release)
self.log.write_log(message)
self.log.write_stderr(message)
return false
# Check if package obsoletes an installed package, and should
# therefore be set to upgrade.
if package.has_key("obsoletes"):
obsoletes = package["obsoletes"]
for obs_name in obsoletes:
if local_packages.has_key(obs_name):
return true
# Package is not an upgrade or obsoletes an installed package.
return false
def select_packages(self):
'Returns a list of names of packages to upgrade.'
local_packages = self.get_local_info()
latest, obsoletes = self.get_latest_lists()
selection = []
for name in local_packages.keys():
packages = local_packages[name]
if not latest.has_key(name): continue
# Do not touch packages that are multiply installed.
if len(packages) > 1: continue
version, release, group = packages[0]
latest_package = latest[name]
latest_version = latest_package["version"]
latest_release = latest_package["release"]
if self.regexp_filter(name, group):
if utils.version_cmp( (latest_version, latest_release),
(version, release)) > 0:
selection.append(name)
return selection
def select_packages(self):
'Returns a list of names of packages to upgrade.'
local_packages = self.get_local_info()
latest, obsoletes = self.get_latest_lists()
selection = []
for name in local_packages.keys():
packages = local_packages[name]
if not latest.has_key(name): continue
# Do not touch packages that are multiply installed.
if len(packages) > 1: continue
version, release, group = packages[0]
latest_package = latest[name]
latest_version = latest_package["version"]
latest_release = latest_package["release"]
if self.regexp_filter(name, group):
if utils.version_cmp((latest_version, latest_release),
(version, release)) > 0:
selection.append(name)
return selection
def __init__(self, build=None, latestAvailable=False):
"""Any .txt logs present in the build directory are compressed into
a combined .txt.gz (one per package)."""
if latestAvailable:
# Look for the latest build.
build = int(build_number.todays_build())
while not os.path.exists(os.path.join(config.EVENT_DIR, 'build%i' % build)):
build -= 1
if build == 0: raise Exception("No builds available")
if build is None:
# Use today's build number.
self.name = 'build' + build_number.todays_build()
self.num = int(self.name[5:])
elif type(build) == int:
self.name = 'build' + str(build)
self.num = build
elif type(build) == str:
if build[:5] != 'build':
raise Exception("Event build name must begin with 'build'")
self.name = build
self.num = int(build[5:])
# Where the build is located.
self.buildDir = os.path.join(config.EVENT_DIR, self.name)
self.packages = ['doomsday', 'fmod']
self.packageName = {'doomsday': 'Doomsday',
'fmod': 'FMOD Ex Audio Plugin'}
if self.num >= 816: # Added Mac OS X 10.8.
# Platforms: Name File ext sys_id()
self.oses = [('Windows (x86)', '.exe', 'win32-32bit'),
('Mac OS X 10.8+ (x86_64)', '.dmg', 'macx8-64bit'),
('Mac OS X 10.6+ (x86_64/i386)', 'mac10_6.dmg', 'darwin-64bit'),
('Mac OS X 10.4+ (ppc/i386)', '32bit.dmg', 'darwin-32bit'),
('Ubuntu (x86_64)', 'amd64.deb', 'linux2-64bit'),
('Ubuntu (x86)', 'i386.deb', 'linux2-32bit')]
if self.has_version() and utils.version_cmp(self.version_base(), '1.11') >= 0:
del self.oses[3] # no more OS X 10.4
elif self.num >= 778: # Mac distribution naming was changed.
# Platforms: Name File ext sys_id()
self.oses = [('Windows (x86)', '.exe', 'win32-32bit'),
('Mac OS X 10.6+ (x86_64/i386)', '.dmg', 'darwin-64bit'),
('Mac OS X 10.4+ (ppc/i386)', '32bit.dmg', 'darwin-32bit'),
('Ubuntu (x86_64)', 'amd64.deb', 'linux2-64bit'),
('Ubuntu (x86)', 'i386.deb', 'linux2-32bit')]
else:
# Platforms: Name File ext sys_id()
self.oses = [('Windows (x86)', '.exe', 'win32-32bit'),
('Mac OS X 10.4+ (ppc/i386)', '.dmg', 'darwin-32bit'),
('Mac OS X 10.6+ (x86_64/i386)', '64bit.dmg', 'darwin-64bit'),
('Ubuntu (x86)', 'i386.deb', 'linux2-32bit'),
('Ubuntu (x86_64)', 'amd64.deb', 'linux2-64bit')]
self.platId = {'win32-32bit': 'win-x86',
'darwin-32bit': 'mac10_4-x86-ppc',
'darwin-64bit': 'mac10_6-x86-x86_64',
'macx8-64bit': 'mac10_8-x86_64',
'linux2-32bit': 'linux-x86',
'linux2-64bit': 'linux-x86_64'}
# Prepare compiler logs present in the build dir.
self.compress_logs()
def __init__(self, build=None, latestAvailable=False):
"""Any .txt logs present in the build directory are compressed into
a combined .txt.gz (one per package)."""
if latestAvailable:
# Look for the latest build.
build = int(build_number.todays_build())
while not os.path.exists(
os.path.join(config.EVENT_DIR, 'build%i' % build)):
build -= 1
if build == 0: raise Exception("No builds available")
if build is None:
# Use today's build number.
self.name = 'build' + build_number.todays_build()
self.num = int(self.name[5:])
elif type(build) == int:
self.name = 'build' + str(build)
self.num = build
elif type(build) == str:
if build[:5] != 'build':
raise Exception("Event build name must begin with 'build'")
self.name = build
self.num = int(build[5:])
# Where the build is located.
self.buildDir = os.path.join(config.EVENT_DIR, self.name)
self.packages = [
'doomsday', 'doomsday_app', 'doomsday_shell_app', 'fmod'
]
self.packageName = {
'doomsday': 'Doomsday',
'doomsday_apps': 'OS X Apps',
'doomsday_app': 'Doomsday Engine.app',
'doomsday_shell_app': 'Doomsday Shell.app',
'fmod': 'FMOD Ex Audio Plugin'
}
if self.num >= 816: # Added Mac OS X 10.8.
# Platforms: Name File ext sys_id()
self.oses = [
('Windows (x86)', '.exe', 'win32-32bit'),
('OS X 10.8+ (x86_64)', ('.dmg', 'macx8.dmg'), 'macx8-64bit'),
('OS X 10.6+ (x86_64/i386)', ('mac10_6.dmg', 'macx6.dmg'),
'darwin-64bit'),
('OS X 10.4+ (ppc/i386)', '32bit.dmg', 'darwin-32bit'),
('Ubuntu (x86_64)', 'amd64.deb', 'linux2-64bit'),
('Ubuntu (x86)', 'i386.deb', 'linux2-32bit'),
('Source', '.tar.gz', 'source')
]
# Remove obsolete OS X versions:
if self.has_version():
if utils.version_cmp(self.version_base(), '1.11') >= 0:
del self.oses[3] # no more OS X 10.4
if self.num >= 1212 and utils.version_cmp(
self.version_base(), '1.15') >= 0:
del self.oses[2] # no more OS X 10.6
elif self.num >= 778: # Mac distribution naming was changed.
# Platforms: Name File ext sys_id()
self.oses = [
('Windows (x86)', '.exe', 'win32-32bit'),
('Mac OS X 10.6+ (x86_64/i386)', '.dmg', 'darwin-64bit'),
('Mac OS X 10.4+ (ppc/i386)', '32bit.dmg', 'darwin-32bit'),
('Ubuntu (x86_64)', 'amd64.deb', 'linux2-64bit'),
('Ubuntu (x86)', 'i386.deb', 'linux2-32bit')
]
else:
# Platforms: Name File ext sys_id()
self.oses = [('Windows (x86)', '.exe', 'win32-32bit'),
('Mac OS X 10.4+ (ppc/i386)', '.dmg', 'darwin-32bit'),
('Mac OS X 10.6+ (x86_64/i386)', '64bit.dmg',
'darwin-64bit'),
('Ubuntu (x86)', 'i386.deb', 'linux2-32bit'),
('Ubuntu (x86_64)', 'amd64.deb', 'linux2-64bit')]
self.platId = {
'win32-32bit': 'win-x86',
'darwin-32bit': 'mac10_4-x86-ppc',
'darwin-64bit': 'mac10_6-x86-x86_64',
'macx8-64bit': 'mac10_8-x86_64',
'linux2-32bit': 'linux-x86',
'linux2-64bit': 'linux-x86_64',
'source': 'source'
}
# Prepare compiler logs present in the build dir.
self.compress_logs()
