def isCrossCompiled(self):
# cross compiler tool chain tools are not cross compiled.
# At least, in our simplified world they're not.
if not self.hasTargetArch():
return False
isCrossTool = flavorutil.getCrossCompile(self.flavor)[2]
return not isCrossTool
def isCrossCompiled(self):
# cross compiler tool chain tools are not cross compiled.
# At least, in our simplified world they're not.
if not self.hasTargetArch():
return False
isCrossTool = flavorutil.getCrossCompile(self.flavor)[2]
return not isCrossTool
# we are in a fork
flavorutil.setLocalFlags(localFlags)
packageName = name.split(':')[0]
# this shouldn't matter for group recipes as it will get overridden
# by the behavior in cookGroupObject. But it matters for some other
# recipe types. That should be fixed and all that code should be
# moved inside cookObject so I could get rid of this.
use.setBuildFlagsFromFlavor(packageName, cfg.buildFlavor, error=False)
use.resetUsed()
use.setUsed(usedFlags)
# we don't want to sign packages here, if necessary, we can sign
# them at a higher level.
cfg.signatureKeyMap = {}
cfg.signatureKey = None
crossCompile = flavorutil.getCrossCompile(cfg.buildFlavor)
# add extra buildreqs manually added for this trove
# by the builder. Only add them if the recipe is of the
# right type, and the cfg file we're passed in understands them
# (it might be a simple conary cfg file).
if (hasattr(recipeClasses[0], 'buildRequires')
and hasattr(cfg, 'defaultBuildReqs')):
for recipeClass in recipeClasses:
recipeClass.buildRequires += cfg.defaultBuildReqs
# if we're already on the target label, we'll assume no targeting
# is necessary
if targetLabel == version.trailingLabel():
targetLabel = None
flavorutil.setLocalFlags(localFlags)
packageName = name.split(':')[0]
# this shouldn't matter for group recipes as it will get overridden
# by the behavior in cookGroupObject. But it matters for some other
# recipe types. That should be fixed and all that code should be
# moved inside cookObject so I could get rid of this.
use.setBuildFlagsFromFlavor(packageName, cfg.buildFlavor, error=False)
use.resetUsed()
use.setUsed(usedFlags)
# we don't want to sign packages here, if necessary, we can sign
# them at a higher level.
cfg.signatureKeyMap = {}
cfg.signatureKey = None
crossCompile = flavorutil.getCrossCompile(cfg.buildFlavor)
# add extra buildreqs manually added for this trove
# by the builder. Only add them if the recipe is of the
# right type, and the cfg file we're passed in understands them
# (it might be a simple conary cfg file).
if (hasattr(recipeClasses[0], 'buildRequires')
and hasattr(cfg, 'defaultBuildReqs')):
for recipeClass in recipeClasses:
recipeClass.buildRequires += cfg.defaultBuildReqs
# if we're already on the target label, we'll assume no targeting
# is necessary
if targetLabel == version.trailingLabel():
targetLabel = None
