def runCommand(self,
cfg,
argSet,
args,
profile=False,
callback=None,
repos=None):
args = args[1:]
dir = argSet.pop('dir', None)
template = argSet.pop('template', None)
# check to see if the user specified --factory= (with an empty
# argument). This is a shortcut for "--factory=factory"
# that is not quite so cumbersome
factory = argSet.pop('factory', None)
if factory is True:
factory = 'factory'
if len(args) != 2 or argSet:
return self.usage()
checkin.newTrove(repos,
cfg,
args[1],
dir=dir,
template=template,
factory=factory)
def createNewPackage(self,
package,
label,
targetDir=None,
template=None,
factory=None):
"""
Create a subdirectory containing files to initialize a new
conary source package. Similar to the C{cvc newpkg} command.
@param package: name of package
@type package: string
@param label: label to create package on
@type label: string
@param targetDir: directory to create new package in (default
is current working directory)
@type targetDir: string
@param template: name of Conary template to use
@type template: string
@param factory: name of Conary factory to use, or True to create a factory
@type factory: string, NoneType, or bool
"""
# Normalize factory settings
if factory is True:
factory = 'factory'
if factory is False:
factory = None
checkin.newTrove(self._getRepositoryClient(),
self.getConaryConfig(),
'%s=%s' % (package, label),
dir=targetDir,
template=template,
factory=factory)
def createNewPackage(self, package, label, targetDir=None, template=None,
factory=None):
"""
Create a subdirectory containing files to initialize a new
conary source package. Similar to the C{cvc newpkg} command.
@param package: name of package
@type package: string
@param label: label to create package on
@type label: string
@param targetDir: directory to create new package in (default
is current working directory)
@type targetDir: string
@param template: name of Conary template to use
@type template: string
@param factory: name of Conary factory to use, or True to create a factory
@type factory: string, NoneType, or bool
"""
# Normalize factory settings
if factory is True:
factory = 'factory'
if factory is False:
factory = None
checkin.newTrove(self._getRepositoryClient(), self.getConaryConfig(),
'%s=%s' % (package, label), dir=targetDir,
template=template, factory=factory)
def runCommand(self, cfg, argSet, args, profile = False,
callback = None, repos = None):
args = args[1:]
dir = argSet.pop('dir', None)
template = argSet.pop('template', None)
# check to see if the user specified --factory= (with an empty
# argument). This is a shortcut for "--factory=factory"
# that is not quite so cumbersome
factory = argSet.pop('factory', None)
if factory is True:
factory = 'factory'
if len(args) != 2 or argSet:
return self.usage()
checkin.newTrove(repos, cfg, args[1], dir = dir, template = template,
factory = factory)
def _commitRecipe(conaryclient, cfg, recipePath, message, branch=None):
repos = conaryclient.getRepos()
conaryCompat = compat.ConaryVersion()
recipeClass, pathList = _getPathList(repos, cfg, recipePath)
sourceName = recipeClass.name + ':source'
log.info("Creating a copy of %s in the rMake internal repository..." % recipeClass.name)
cwd = os.getcwd()
recipeDir = tempfile.mkdtemp()
log.resetErrorOccurred()
try:
fileNames = []
# Create a source trove that matches the recipe we're trying to cook
if not branch:
branch = versions.Branch([cfg.buildLabel])
targetLabel = cfg.getTargetLabel(branch)
if compat.ConaryVersion().supportsNewPkgBranch():
buildBranch = branch.createShadow(targetLabel)
kw = dict(buildBranch=buildBranch)
else:
buildBranch = versions.Branch([targetLabel])
kw={}
cfg.buildLabel = targetLabel
if not repos.getTroveLeavesByBranch(
{ sourceName : { buildBranch : None } }).get(sourceName, None):
# we pass it None for repos to avoid the label-based check for
# existing packages.
checkin.newTrove(None, cfg, recipeClass.name, dir=recipeDir, **kw)
else:
# see if this package exists on our build branch
checkin.checkout(repos, cfg, recipeDir,
['%s=%s' % (sourceName, buildBranch)])
os.chdir(recipeDir)
sourceState = state.ConaryStateFromFile(recipeDir + '/CONARY').getSourceState()
fileNames = dict((os.path.basename(x), x) for x in pathList)
for (pathId, baseName, fileId, version) in list(sourceState.iterFileList()):
# update or remove any currently existing files
if baseName not in fileNames:
sourceState.removeFilePath(baseName)
else:
shutil.copyfile(fileNames[baseName],
os.path.join(recipeDir, baseName))
del fileNames[baseName]
for baseName, path in fileNames.iteritems():
shutil.copyfile(path, os.path.join(recipeDir, baseName))
if conaryCompat.stateFileVersion() > 0:
# mark all the files as binary - this this version can
# never be checked in, it doesn't really matter, but
# conary likes us to give a value.
for fileName in fileNames:
isConfig = _getConfigInfo(fileName)
checkin.addFiles([fileName], binary=not isConfig, text=isConfig)
else:
checkin.addFiles(fileNames)
_doCommit(recipePath, repos, cfg, 'Temporary recipe build for rmake')
newState = conaryCompat.ConaryStateFromFile(recipeDir + '/CONARY',
repos=repos)
return newState.getSourceState().getNameVersionFlavor()
finally:
os.chdir(cwd)
shutil.rmtree(recipeDir)
def _commitRecipe(conaryclient, cfg, recipePath, message, branch=None):
repos = conaryclient.getRepos()
conaryCompat = compat.ConaryVersion()
recipeClass, pathList = _getPathList(repos, cfg, recipePath)
sourceName = recipeClass.name + ':source'
log.info("Creating a copy of %s in the rMake internal repository..." % recipeClass.name)
cwd = os.getcwd()
recipeDir = tempfile.mkdtemp()
log.resetErrorOccurred()
try:
fileNames = []
# Create a source trove that matches the recipe we're trying to cook
if not branch:
branch = versions.Branch([cfg.buildLabel])
targetLabel = cfg.getTargetLabel(branch)
if compat.ConaryVersion().supportsNewPkgBranch():
buildBranch = branch.createShadow(targetLabel)
kw = dict(buildBranch=buildBranch)
else:
buildBranch = versions.Branch([targetLabel])
kw={}
cfg.buildLabel = targetLabel
if not repos.getTroveLeavesByBranch(
{ sourceName : { buildBranch : None } }).get(sourceName, None):
# we pass it None for repos to avoid the label-based check for
# existing packages.
checkin.newTrove(None, cfg, recipeClass.name, dir=recipeDir, **kw)
else:
# see if this package exists on our build branch
checkin.checkout(repos, cfg, recipeDir,
['%s=%s' % (sourceName, buildBranch)])
os.chdir(recipeDir)
sourceState = state.ConaryStateFromFile(recipeDir + '/CONARY').getSourceState()
fileNames = dict((os.path.basename(x), x) for x in pathList)
for (pathId, baseName, fileId, version) in list(sourceState.iterFileList()):
# update or remove any currently existing files
if baseName not in fileNames:
sourceState.removeFilePath(baseName)
else:
shutil.copyfile(fileNames[baseName],
os.path.join(recipeDir, baseName))
del fileNames[baseName]
for baseName, path in fileNames.iteritems():
shutil.copyfile(path, os.path.join(recipeDir, baseName))
if conaryCompat.stateFileVersion() > 0:
# mark all the files as binary - this this version can
# never be checked in, it doesn't really matter, but
# conary likes us to give a value.
for fileName in fileNames:
isConfig = _getConfigInfo(fileName)
checkin.addFiles([fileName], binary=not isConfig, text=isConfig)
else:
checkin.addFiles(fileNames)
_doCommit(recipePath, repos, cfg, 'Temporary recipe build for rmake')
newState = conaryCompat.ConaryStateFromFile(recipeDir + '/CONARY',
repos=repos)
return newState.getSourceState().getNameVersionFlavor()
finally:
os.chdir(cwd)
shutil.rmtree(recipeDir)
