def getProductDefinition(cfg, version='1.0', upstream=None, buildFlavors=None):
p = proddef.ProductDefinition()
p.setBaseFlavor(str(cfg.buildFlavor))
p.setProductName('foo')
p.setProductDescription('foo')
p.setProductShortname('foo')
p.setProductVersion(version)
p.setProductVersionDescription('version description')
p.setConaryRepositoryHostname('localhost')
p.setConaryNamespace('foo')
p.setImageGroup('group-os')
p.addStage(name='devel', labelSuffix='-devel')
p.addStage(name='qa', labelSuffix='-qa')
p.addStage(name='stable', labelSuffix='')
if upstream:
if not isinstance(upstream, list):
upstream = [upstream]
for item in upstream:
upstreamName, upstreamLabel = item.split('=', 1)
p.addSearchPath(upstreamName, upstreamLabel)
if not buildFlavors:
buildFlavors = ['']
arch = deps.getMajorArch(cfg.buildFlavor)
for idx, buildFlavor in enumerate(buildFlavors):
buildFlavor = buildFlavor.strip()
if buildFlavor:
buildFlavor += ' '
buildFlavor += 'is: ' + arch
p.addBuildDefinition(name='build%s' % idx,
image=p.imageType('applianceIsoImage'),
stages=['devel', 'qa', 'stable'],
imageGroup='group-dist',
flavor=buildFlavor)
xmlsubs = p.xmlFactory()
platformClassifier = xmlsubs.platformClassifierTypeSub(tags='linux')
if platform_information is None:
platformInformation = xmlsubs.platformInformationTypeSub(
originLabel=str(cfg.buildLabel), )
platformInformation.set_platformClassifier(platformClassifier)
platformInformation.set_bootstrapTrove([])
platformInformation.set_rpmRequirement([])
else:
platformInformation = platform_information.PlatformInformation(
str(cfg.buildLabel),
platformClassifier=platformClassifier,
bootstrapTroves=[],
rpmRequirements=[],
)
def export(*args, **kwargs):
pass
platformInformation.export = export
p.setPlatformInformation(platformInformation)
return p
def getProductDefinition(cfg, version='1.0', upstream=None, buildFlavors=None):
p = proddef.ProductDefinition()
p.setBaseFlavor(str(cfg.buildFlavor))
p.setProductName('foo')
p.setProductDescription('foo')
p.setProductShortname('foo')
p.setProductVersion(version)
p.setProductVersionDescription('version description')
p.setConaryRepositoryHostname('localhost')
p.setConaryNamespace('foo')
p.setImageGroup('group-os')
p.addStage(name='devel', labelSuffix='-devel')
p.addStage(name='qa', labelSuffix='-qa')
p.addStage(name='stable', labelSuffix='')
if upstream:
if not isinstance(upstream, list):
upstream = [upstream]
for item in upstream:
upstreamName, upstreamLabel = item.split('=', 1)
p.addSearchPath(upstreamName, upstreamLabel)
if not buildFlavors:
buildFlavors = ['']
arch = deps.getMajorArch(cfg.buildFlavor)
for idx, buildFlavor in enumerate(buildFlavors):
buildFlavor = buildFlavor.strip()
if buildFlavor:
buildFlavor += ' '
buildFlavor += 'is: ' + arch
p.addBuildDefinition(name='build%s' % idx,
image=p.imageType('applianceIsoImage'),
stages=['devel', 'qa', 'stable'],
imageGroup='group-dist',
flavor=buildFlavor)
xmlsubs = p.xmlFactory()
platformClassifier = xmlsubs.platformClassifierTypeSub(tags='linux')
if platform_information is None:
platformInformation = xmlsubs.platformInformationTypeSub(
originLabel=str(cfg.buildLabel),
)
platformInformation.set_platformClassifier(platformClassifier)
platformInformation.set_bootstrapTrove([])
platformInformation.set_rpmRequirement([])
else:
platformInformation = platform_information.PlatformInformation(
str(cfg.buildLabel),
platformClassifier=platformClassifier,
bootstrapTroves=[],
rpmRequirements=[],
)
def export(*args, **kwargs):
pass
platformInformation.export = export
p.setPlatformInformation(platformInformation)
return p
def get_arch(flavor):
'''Turn a Flavor into a string describing the arch
Return value can be x86, x86_64 or None.
'''
ret = deps.getMajorArch(flavor)
if ret is None:
ret = ''
return ret
def doFile(self, path):
componentMap = self.recipe.autopkg.componentMap
if path not in componentMap:
return
pkg = componentMap[path]
f = pkg.getFile(path)
# Only recompute the file's flavor if the file has changed
if self.fileChanged(path):
packagepolicy.Flavor.doFile(self, path)
else:
isnset = deps.getMajorArch(f.flavor())
if isnset in self.allowableIsnSets:
self.packageFlavor.union(f.flavor())
def _getFlavorArch(self, flavor):
flavor = self._getFlavor(flavor)
return deps.getMajorArch(flavor)
def _getFlavorArch(self, flavor):
flavor = self._getFlavor(flavor)
return deps.getMajorArch(flavor)
