def _handleDependencies(self, deplist):
'''Handle any unresolved dependencies returned by the
TransactionSet.check() method.
'''
stillUnresolved = []
for (unsatisfiedPkg, reqNameVer, _needsFlag, suggestedPkg, _sense) \
in deplist:
if reqNameVer[1]:
reqString = "%s-%s" % reqNameVer
else:
reqString = reqNameVer[0]
msg = "Package %s-%s-%s requires %s" % \
(unsatisfiedPkg + (reqString,))
log.info(msg)
if userchoices.getResolveDeps() and suggestedPkg:
package = suggestedPkg[0]
log.info(" resolving dependency with %s" % package.fullSrcPath)
self.ts.addInstall(package.header, (package,), 'u')
self.totalSize += (package.header[rpm.RPMTAG_SIZE] / SIZE_MB)
elif userchoices.getIgnoreDeps():
log.info(" ignoring dependency")
else:
log.error("unable to resolve dependency -- %s" % msg)
stillUnresolved.append(msg)
return stillUnresolved
def _handleDependencies(self, deplist):
'''Handle any unresolved dependencies returned by the
TransactionSet.check() method.
'''
stillUnresolved = []
for (unsatisfiedPkg, reqNameVer, _needsFlag, suggestedPkg, _sense) \
in deplist:
if reqNameVer[1]:
reqString = "%s-%s" % reqNameVer
else:
reqString = reqNameVer[0]
msg = "Package %s-%s-%s requires %s" % \
(unsatisfiedPkg + (reqString,))
log.info(msg)
if userchoices.getResolveDeps() and suggestedPkg:
package = suggestedPkg[0]
log.info(" resolving dependency with %s" %
package.fullSrcPath)
self.ts.addInstall(package.header, (package, ), 'u')
self.totalSize += (package.header[rpm.RPMTAG_SIZE] / SIZE_MB)
elif userchoices.getIgnoreDeps():
log.info(" ignoring dependency")
else:
log.error("unable to resolve dependency -- %s" % msg)
stillUnresolved.append(msg)
return stillUnresolved
def installPackages(self):
#self.ts.setProbFilter(rpm.RPMPROB_FILTER_DISKSPACE)
# CPD - magic setColor(3) method which fixes all of your RPM woes.
# this actually tells rpmlib to allow both i386 and x86_64
# rpms.
self.ts.setColor(RPMCOLOR_32BIT | RPMCOLOR_64BIT)
for package in self.packages:
rpmHeader = package.header
# callbackArgs find their way into InstallCallback.runCallback
callbackArgs = (package, )
if (package.requirement == "required" or
(package.requirement == "recommended"
and package.name not in userchoices.getPackagesNotToInstall())
or
(package.requirement == "optional"
and package.name in userchoices.getPackagesToInstall())):
self.ts.addInstall(rpmHeader, callbackArgs, 'u')
self.totalSize += (rpmHeader[rpm.RPMTAG_SIZE] / SIZE_MB)
elif userchoices.getResolveDeps():
# Make the packages 'available' for automatic dependency stuff.
self.ts.addInstall(rpmHeader, callbackArgs, 'a')
else:
log.info("skipping optional package %s" % package.name)
cb = InstallCallback(self.totalSize, len(self.packages), self.uiHook)
while True:
unsatisfiedDeps = self.ts.check(dependencyCheckCallback)
if not unsatisfiedDeps:
break
stillUnresolved = self._handleDependencies(unsatisfiedDeps)
if stillUnresolved:
raise UnsatisfiedDependencyException(stillUnresolved)
self.ts.order()
self.checkForProblems()
buf = "Packages to install (post-check):"
# XXX - rpm.ts objects aren't completely wrapped. normally you'd
# want to check to see if there are any entries in it but there
# is no way to call len()
for rpmPkg in self.ts:
buf += " %s-%s-%s-%s" % \
(rpmPkg.N(), rpmPkg.V(), rpmPkg.R(), rpmPkg.A())
log.info(buf)
if self.uiHook:
self.uiHook.pushStatusGroup(self.totalSize)
self.ts.run(cb.runCallback, 0)
self.checkForProblems()
if self.uiHook:
self.uiHook.popStatusGroup()
def installPackages(self):
#self.ts.setProbFilter(rpm.RPMPROB_FILTER_DISKSPACE)
# CPD - magic setColor(3) method which fixes all of your RPM woes.
# this actually tells rpmlib to allow both i386 and x86_64
# rpms.
self.ts.setColor(RPMCOLOR_32BIT | RPMCOLOR_64BIT)
for package in self.packages:
rpmHeader = package.header
# callbackArgs find their way into InstallCallback.runCallback
callbackArgs = (package,)
if (package.requirement == "required" or
(package.requirement == "recommended" and
package.name not in userchoices.getPackagesNotToInstall()) or
(package.requirement == "optional" and
package.name in userchoices.getPackagesToInstall())):
self.ts.addInstall(rpmHeader, callbackArgs, 'u')
self.totalSize += (rpmHeader[rpm.RPMTAG_SIZE] / SIZE_MB)
elif userchoices.getResolveDeps():
# Make the packages 'available' for automatic dependency stuff.
self.ts.addInstall(rpmHeader, callbackArgs, 'a')
else:
log.info("skipping optional package %s" % package.name)
cb = InstallCallback(self.totalSize, len(self.packages), self.uiHook)
while True:
unsatisfiedDeps = self.ts.check(dependencyCheckCallback)
if not unsatisfiedDeps:
break
stillUnresolved = self._handleDependencies(unsatisfiedDeps)
if stillUnresolved:
raise UnsatisfiedDependencyException(stillUnresolved)
self.ts.order()
self.checkForProblems()
buf = "Packages to install (post-check):"
# XXX - rpm.ts objects aren't completely wrapped. normally you'd
# want to check to see if there are any entries in it but there
# is no way to call len()
for rpmPkg in self.ts:
buf += " %s-%s-%s-%s" % \
(rpmPkg.N(), rpmPkg.V(), rpmPkg.R(), rpmPkg.A())
log.info(buf)
if self.uiHook:
self.uiHook.pushStatusGroup(self.totalSize)
self.ts.run(cb.runCallback, 0)
self.checkForProblems()
if self.uiHook:
self.uiHook.popStatusGroup()
def _genPackages():
retval = ""
flags = ""
if userchoices.getResolveDeps():
flags += " --resolvedeps"
if userchoices.getIgnoreDeps():
flags += " --ignoredeps"
retval += "%%packages%s\n" % flags
for pkg in userchoices.getPackagesToInstall():
retval += "%s\n" % pkg
for pkg in userchoices.getPackagesNotToInstall():
retval += "-%s\n" % pkg
return retval
def _genPackages():
retval = ""
flags = ""
if userchoices.getResolveDeps():
flags += " --resolvedeps"
if userchoices.getIgnoreDeps():
flags += " --ignoredeps"
retval += "%%packages%s\n" % flags
for pkg in userchoices.getPackagesToInstall():
retval += "%s\n" % pkg
for pkg in userchoices.getPackagesNotToInstall():
retval += "-%s\n" % pkg
return retval
