def getObsoletes(self, channel, msgCallback=None, progressCallback=None):
filePath = "%s/%s-obsoletes.%s" % (
self.cfg["storageDir"], channel['label'], channel['version'])
globPattern = "%s/%s-obsoletes.*" % (self.cfg["storageDir"],
channel['label'])
self.s.set_progress_callback(progressCallback)
obsoletes = self.s.getObsoletes(channel['label'], channel['version'])
rpmSourceUtils.saveListToDisk(obsoletes, filePath, globPattern)
return obsoletes
def getObsoletes(self, channel,
msgCallback = None, progressCallback = None):
# well, we've got the headers, might as well create a proper
# obslist at this point
filePath = "%s/%s-obsoletes.%s" % (self.cfg["storageDir"],
channel['label'], channel['version'])
globPattern = "%s/%s-obsoletes.*" % (self.cfg["storageDir"],
channel['label'])
if msgCallback:
msgCallback("Fetching obsoletes list for %s" % channel['url'])
try:
pkgList = self.pkglists[channel['label']]
except KeyError:
# we just hit the getObsoletes path, with no package info known
# figure it out ourselves
rd = repoDirector.initRepoDirector()
pkgList = rd.listPackages(channel, msgCallback, progressCallback)
self.pkglists[channel['label']] = pkgList
obsList = []
total = len(pkgList)
count = 0
for pkg in pkgList:
baseFileName = "%s-%s-%s.%s.hdr" % (pkg[0], pkg[1], pkg[2], pkg[4])
fileName = "%s/%s" % (self.cfg["storageDir"], baseFileName)
if os.access(fileName, os.R_OK):
fd = open(fileName, "r")
try:
hdr = rpmUtils.readHeaderBlob(fd.read())
except:
continue
fd.close()
if not hdr['obsoletes']:
continue
obs = up2dateUtils.genObsoleteTupleFromHdr(hdr)
if obs:
# print obs
obsList = obsList + obs
if progressCallback:
progressCallback(count, total)
count = count + 1
# now we have the package list, convert it to xmlrpc style
# presentation and dump it
obsList.sort(lambda a, b: cmp(a[0], b[0]))
rpmSourceUtils.saveListToDisk(obsList, filePath,globPattern)
# print obsList
return obsList
def listAllPackages(self, channel, msgCallback=None, progressCallback=None):
filePath = "%s/%s-all.%s" % (self.cfg["storageDir"], channel["label"], channel["version"])
# a glob used to find the old versions to cleanup
globPattern = "%s/%s-all.*" % (self.cfg["storageDir"], channel["label"])
rd = repoDirector.initRepoDirector()
pkgList = rd.listPackages(channel, msgCallback, progressCallback)
list = pkgList[0]
rpmSourceUtils.saveListToDisk(list, filePath, globPattern)
return list
def getObsoletes(self, channel,
msgCallback = None, progressCallback = None):
filePath = "%s/%s-obsoletes.%s" % (self.cfg["storageDir"],
channel['label'], channel['version'])
globPattern = "%s/%s-obsoletes.*" % (self.cfg["storageDir"],
channel['label'])
self.s.set_progress_callback(progressCallback)
obsoletes = self.s.getObsoletes(channel['label'], channel['version'])
rpmSourceUtils.saveListToDisk(obsoletes, filePath, globPattern)
return obsoletes
def getObsoletes(self, channel, msgCallback=None, progressCallback=None):
# well, we've got the headers, might as well create a proper
# obslist at this point
filePath = "%s/%s-obsoletes.%s" % (
self.cfg["storageDir"], channel['label'], channel['version'])
globPattern = "%s/%s-obsoletes.*" % (self.cfg["storageDir"],
channel['label'])
if msgCallback:
msgCallback("Fetching obsoletes list for %s" % channel['url'])
try:
pkgList = self.pkglists[channel['label']]
except KeyError:
# we just hit the getObsoletes path, with no package info known
# figure it out ourselves
rd = repoDirector.initRepoDirector()
pkgList = rd.listPackages(channel, msgCallback, progressCallback)
self.pkglists[channel['label']] = pkgList
obsList = []
total = len(pkgList)
count = 0
for pkg in pkgList:
baseFileName = "%s-%s-%s.%s.hdr" % (pkg[0], pkg[1], pkg[2], pkg[4])
fileName = "%s/%s" % (self.cfg["storageDir"], baseFileName)
if os.access(fileName, os.R_OK):
fd = open(fileName, "r")
try:
hdr = rpmUtils.readHeaderBlob(fd.read())
except:
continue
fd.close()
if not hdr['obsoletes']:
continue
obs = up2dateUtils.genObsoleteTupleFromHdr(hdr)
if obs:
# print obs
obsList = obsList + obs
if progressCallback:
progressCallback(count, total)
count = count + 1
# now we have the package list, convert it to xmlrpc style
# presentation and dump it
obsList.sort(lambda a, b: cmp(a[0], b[0]))
rpmSourceUtils.saveListToDisk(obsList, filePath, globPattern)
# print obsList
return obsList
def listAllPackages(self, channel,
msgCallback = None, progressCallback = None):
# yum only knows about the most recent packages. Can't say
# I blame them. I wish i only had to know about the most recent...
filePath = "%s/%s-all.%s" % (self.cfg["storageDir"], channel['label'], channel['version'])
# a glob used to find the old versions to cleanup
globPattern = "%s/%s-all.*" % (self.cfg["storageDir"], channel['label'])
rd = repoDirector.initRepoDirector()
pkgList = rd.listPackages(channel, msgCallback, progressCallback)
list = pkgList[0]
rpmSourceUtils.saveListToDisk(list, filePath,globPattern)
return list
def listAllPackages(self,
channel,
msgCallback=None,
progressCallback=None):
filePath = "%s/%s-all.%s" % (self.cfg["storageDir"], channel['label'],
channel['version'])
# a glob used to find the old versions to cleanup
globPattern = "%s/%s-all.*" % (self.cfg["storageDir"],
channel['label'])
rd = repoDirector.initRepoDirector()
pkgList = rd.listPackages(channel, msgCallback, progressCallback)
list = pkgList[0]
rpmSourceUtils.saveListToDisk(list, filePath, globPattern)
return list
def listPackages(self, channel,msgCallback = None, progressCallback = None):
filePath = "%s/%s.%s" % (self.cfg["storageDir"], channel['label'], channel['version'])
# a glob used to find the old versions to cleanup
globPattern = "%s/%s.*" % (self.cfg["storageDir"], channel['label'])
self.s.set_progress_callback(progressCallback)
# FIXME: I still dont like the seemingly arbitrary fact that this
# method returns a python structure, and all the other gets return
# a file descriptor.
list = self.s.listPackages(channel['label'], channel['version'])
# do something to save it to disk.
rpmSourceUtils.saveListToDisk(list, filePath,globPattern)
return list
def listPackages(self, channel, msgCallback=None, progressCallback=None):
filePath = "%s/%s.%s" % (self.cfg["storageDir"], channel['label'],
channel['version'])
# a glob used to find the old versions to cleanup
globPattern = "%s/%s.*" % (self.cfg["storageDir"], channel['label'])
self.s.set_progress_callback(progressCallback)
# FIXME: I still dont like the seemingly arbitrary fact that this
# method returns a python structure, and all the other gets return
# a file descriptor.
list = self.s.listPackages(channel['label'], channel['version'])
# do something to save it to disk.
rpmSourceUtils.saveListToDisk(list, filePath, globPattern)
return list
def listAllPackages(self,
channel,
msgCallback=None,
progressCallback=None):
# yum only knows about the most recent packages. Can't say
# I blame them. I wish i only had to know about the most recent...
filePath = "%s/%s-all.%s" % (self.cfg["storageDir"], channel['label'],
channel['version'])
# a glob used to find the old versions to cleanup
globPattern = "%s/%s-all.*" % (self.cfg["storageDir"],
channel['label'])
rd = repoDirector.initRepoDirector()
pkgList = rd.listPackages(channel, msgCallback, progressCallback)
list = pkgList[0]
rpmSourceUtils.saveListToDisk(list, filePath, globPattern)
return list
def _package_list_from_dict(self, pkgsDict, storage_dir, label, name_suffix,
version):
pkgList = []
names = pkgsDict.keys()
names.sort()
for name in names:
pkgs = pkgsDict[name]
for pkg in pkgs:
pkgList.append(pkg)
# nowi we have the package list, convert it to xmlrpc style
# presentation and dump it
filePath = "%s/%s%s.%s" % (storage_dir, label, name_suffix, version)
fileGlobPattern = "%s/%s.*" % (storage_dir, label)
rpmSourceUtils.saveListToDisk(pkgList, filePath, fileGlobPattern)
return pkgList
def _package_list_from_dict(self, pkgsDict, storage_dir, label,
name_suffix, version):
pkgList = []
names = pkgsDict.keys()
names.sort()
for name in names:
pkgs = pkgsDict[name]
for pkg in pkgs:
pkgList.append(pkg)
# nowi we have the package list, convert it to xmlrpc style
# presentation and dump it
filePath = "%s/%s%s.%s" % (storage_dir, label, name_suffix, version)
fileGlobPattern = "%s/%s.*" % (storage_dir, label)
rpmSourceUtils.saveListToDisk(pkgList, filePath, fileGlobPattern)
return pkgList
def getObsoletes(self, channel, msgCallback=None, progressCallback=None):
filePath = "%s/%s-obsoletes.%s" % (
self.cfg["storageDir"], channel['label'], channel['version'])
globPattern = "%s/%s-obsoletes.*" % (self.cfg["storageDir"],
channel['label'])
if msgCallback:
msgCallback("Fetching obsoletes list for %s" % channel['url'])
fileHdrList = "%s/link-%s" % (self.cfg['storageDir'], channel['label'])
#print "fhl: %s" % fileHdrList
hdrList = rpm.readHeaderListFromFile(fileHdrList)
# FIXME: since we have the package list, and the headers, we dont
# have to reload the headerlist...
obsList = []
total = len(hdrList)
count = 0
for hdr in hdrList:
if progressCallback:
progressCallback(count, total)
count = count + 1
# FIXME: we should share this logic somewhere...
# up2dateUtils maybe?
if not hdr['obsoletes']:
continue
obs = up2dateUtils.genObsoleteTupleFromHdr(hdr)
if obs:
obsList = obsList + obs
# now we have the package list, convert it to xmlrpc style
# presentation and dump it
obsList.sort(lambda a, b: cmp(a[0], b[0]))
rpmSourceUtils.saveListToDisk(obsList, filePath, globPattern)
return obsList
def getObsoletes(self, channel, msgCallback=None, progressCallback=None):
filePath = "%s/%s-obsoletes.%s" % (
self.cfg["storageDir"], channel['label'], channel['version'])
globPattern = "%s/%s-obsoletes.*" % (self.cfg["storageDir"],
channel['label'])
# if we already founf the list, just statsh it. However it
# is possible for it to not exist (ie, user just delets the obsList
# from the cache, but since the package list exists we never hit the
# above code path. A FIXME
if self.obsList:
self.obsList.sort(lambda a, b: cmp(a[0], b[0]))
rpmSourceUtils.saveListToDisk(self.obsList, filePath, globPattern)
if progressCallback:
progressCallback(1, 1)
else:
if progressCallback:
progressCallback(1, 1)
if self.obsList:
return self.obsList
return []
def getObsoletes(self, channel, msgCallback=None, progressCallback=None):
filePath = "%s/%s-obsoletes.%s" % (self.cfg["storageDir"], channel["label"], channel["version"])
globPattern = "%s/%s-obsoletes.*" % (self.cfg["storageDir"], channel["label"])
if msgCallback:
msgCallback("Fetching obsoletes list for %s" % channel["url"])
fileHdrList = "%s/link-%s" % (self.cfg["storageDir"], channel["label"])
# print "fhl: %s" % fileHdrList
hdrList = rpm.readHeaderListFromFile(fileHdrList)
# FIXME: since we have the package list, and the headers, we dont
# have to reload the headerlist...
obsList = []
total = len(hdrList)
count = 0
for hdr in hdrList:
if progressCallback:
progressCallback(count, total)
count = count + 1
# FIXME: we should share this logic somewhere...
# up2dateUtils maybe?
if not hdr["obsoletes"]:
continue
obs = up2dateUtils.genObsoleteTupleFromHdr(hdr)
if obs:
obsList = obsList + obs
# now we have the package list, convert it to xmlrpc style
# presentation and dump it
obsList.sort(lambda a, b: cmp(a[0], b[0]))
rpmSourceUtils.saveListToDisk(obsList, filePath, globPattern)
return obsList
def getObsoletes(self, channel, msgCallback = None, progressCallback = None):
filePath = "%s/%s-obsoletes.%s" % (self.cfg["storageDir"],
channel['label'], channel['version'])
globPattern = "%s/%s-obsoletes.*" % (self.cfg["storageDir"],
channel['label'])
# if we already founf the list, just statsh it. However it
# is possible for it to not exist (ie, user just delets the obsList
# from the cache, but since the package list exists we never hit the
# above code path. A FIXME
if self.obsList:
self.obsList.sort(lambda a, b: cmp(a[0], b[0]))
rpmSourceUtils.saveListToDisk(self.obsList, filePath, globPattern)
if progressCallback:
progressCallback(1,1)
else:
if progressCallback:
progressCallback(1,1)
if self.obsList:
return self.obsList
return []
def listPackages(self, channel, msgCallback=None, progressCallback=None):
# TODO: implement cache invalidations, Last-Modified
filePath = "%s/%s.%s" % (self.cfg["storageDir"], channel["label"], channel["version"])
# a glob used to find the old versions to cleanup
globPattern = "%s/%s.*" % (self.cfg["storageDir"], channel["label"])
oldLists = glob.glob(globPattern)
channelTimeStamp = None
if oldLists:
filename = oldLists[0]
filename = os.path.basename(filename)
oldVersion = string.split(filename, ".")[-1]
channelTimeStamp = time.strptime(oldVersion, "%Y%m%d%H%M%S")
# assuming this is always bz2?
url = "%s/base/pkglist.%s.bz2" % (channel["url"], channel["dist"])
if msgCallback:
msgCallback("Fetching %s" % url)
ret = urlUtils.fetchUrl(
url,
lastModified=channelTimeStamp,
progressCallback=progressCallback,
agent="Up2date %s/Apt" % up2dateUtils.version(),
)
if ret:
(buffer, lmtime) = ret
else:
return None
symlinkname = "%s/link-%s" % (self.cfg["storageDir"], channel["label"])
try:
os.unlink(symlinkname)
except OSError:
# file doesnt exist, shrug
pass
self.version = time.strftime("%Y%m%d%H%M%S", lmtime)
filePath = "%s/%s.%s" % (self.cfg["storageDir"], channel["label"], self.version)
# sigh, no native bzip2 module... do it the old fashioned way
tmpfilename = "%s/tmp-%s-%s" % (self.cfg["storageDir"], channel["label"], self.version)
# print "timefilename: %s" % tmpfilename
f = open("%s.bz2" % tmpfilename, "w")
f.write(buffer)
f.close()
# FIXME, um, lame... once we settle on what url/http lib
# we use, plugin in proper callbacks
if progressCallback:
progressCallback(1, 1)
# well, since we dont have any knowledge about what the
# channel version is supposed to be, I'cant really rely
# on that (with up2date, the login tells me what channel
# versions to look for). So we need a generic name
# we symlink to the latest version.
pipe = os.popen("/usr/bin/bunzip2 %s.bz2" % tmpfilename)
tmp = pipe.read()
os.symlink(tmpfilename, symlinkname)
hdrList = rpm.readHeaderListFromFile(tmpfilename)
# a list of rpm hdr's, handy!!
pkgList = []
for hdr in hdrList:
epoch = hdr["epoch"]
if epoch == None or epoch == "0" or epoch == 0:
epoch = ""
pkgList.append(
[
hdr["name"],
hdr["version"],
hdr["release"],
epoch,
hdr["arch"],
# we want the actual filesize, but alas...
str(hdr["size"]),
channel["label"],
]
)
# what the hell, this is a little bit of a side effect, but
# were already poking at headers, lets just save them while
# were at it to same us some trouble
rpmSourceUtils.saveHeader(hdr)
self.headerCache["%s-%s-%s.%s" % (hdr["name"], hdr["version"], hdr["release"], hdr["arch"])] = hdr
# nowwe have the package list, convert it to xmlrpc style
# presentation and dump it
pkgList.sort(lambda a, b: cmp(a[0], b[0]))
rpmSourceUtils.saveListToDisk(pkgList, filePath, globPattern)
return pkgList
def listPackages(self, channel,
msgCallback = None, progressCallback = None):
# TODO: where do we implement cache validation? guess we
# use http header time stamps to make a best guess since we
# dont have any real info about the file format
# a glob used to find the old versions to cleanup
# FIXME: this is probabaly overkill... Should only have
# one version of any given
globPattern = "%s/%s.*" % (self.cfg["storageDir"], channel['label'])
oldLists = glob.glob(globPattern)
channelTimeStamp = None
if oldLists:
filename = oldLists[0]
filename = os.path.basename(filename)
oldVersion = string.split(filename, '.')[-1]
channelTimeStamp = time.strptime(oldVersion,"%Y%m%d%H%M%S")
# for yum stuff, we assume that serverUrl is the base
# path, channel is the relative path, and version isnt
# user
url = "%s/headers/header.info" % (channel['url'])
if msgCallback:
msgCallback("Fetching %s" % url)
# oh, this lame, but implement a fancy url fetcher later
# heck, maybe even borrow the one from yum
#print urlUtils
ret = urlUtils.fetchUrl(url, lastModified=channelTimeStamp,
progressCallback = progressCallback,
agent = "Up2date %s/Yum" % up2dateUtils.version())
if ret:
(buffer, lmtime) = ret
else:
return None
if not lmtime:
lmtime = time.gmtime(time.time())
version = time.strftime("%Y%m%d%H%M%S", lmtime)
# use the time stamp on the headerlist as the channel "version"
filePath = "%s/%s.%s" % (self.cfg["storageDir"], channel['label'], version)
# it's possible to get bogus data here, so at least try not
# to traceback
if buffer:
lines = string.split(buffer)
else:
lines = []
# this gives us the raw yum header list, which is _not_
# in the pretty format up2date likes, so convert it
# and sadly, I can no longer proudly state that up2date
# at no points attempts to parse rpm filenames into something
# useful. At least yum includes the epoch
pkgList = []
# yum can have a different path for each rpm. Not exactly
# sure how this meets the "keep it simple" idea, but alas
self.pkgNamePath = {}
for line in lines:
if line == "" or line[0] == "#":
continue
(envra, rpmPath) = string.split(line, '=')
rpmPath = string.strip(rpmPath)
(epoch, name, ver, rel, arch) = self._stripENVRA(envra)
# quite possibly need to encode channel info here as well
if epoch == "0" or epoch == 0:
epoch = ""
# hmm, if an arch doesnt apply, guess no point in
# keeping it around, should make package lists smaller
# and cut down on some churn
if rpm.archscore(arch) == 0:
continue
self.pkgNamePath[(name,ver,rel,epoch,arch)] = rpmPath
# doh, no size info. FIXME
size = "1000" # er, yeah... thats not lame at all...
pkgList.append([name, ver, rel, epoch, arch, size, channel['label'], rpmPath])
# now we have the package list, convert it to xmlrpc style
# presentation and dump it
pkgList.sort(lambda a, b: cmp(a[0], b[0]))
count = 0
total = len(pkgList)
rd = repoDirector.initRepoDirector()
for pkg in pkgList:
# were deep down in the yum specific bits, but we want to call
# the generic getHeader to get it off disc or cache
hdr = rd.getHeader([name,ver,rel,epoch,arch, "0",channel['label']])
if progressCallback:
progressCallback(count, total)
count = count + 1
rpmSourceUtils.saveListToDisk(pkgList, filePath, globPattern)
self.pkglists[channel['label']] = pkgList
return pkgList
def listPackages(self, channel, msgCallback=None, progressCallback=None):
# TODO: where do we implement cache validation? guess we
# use http header time stamps to make a best guess since we
# dont have any real info about the file format
# a glob used to find the old versions to cleanup
# FIXME: this is probabaly overkill... Should only have
# one version of any given
globPattern = "%s/%s.*" % (self.cfg["storageDir"], channel['label'])
oldLists = glob.glob(globPattern)
channelTimeStamp = None
if oldLists:
filename = oldLists[0]
filename = os.path.basename(filename)
oldVersion = string.split(filename, '.')[-1]
channelTimeStamp = time.strptime(oldVersion, "%Y%m%d%H%M%S")
# for yum stuff, we assume that serverUrl is the base
# path, channel is the relative path, and version isnt
# user
url = "%s/headers/header.info" % (channel['url'])
if msgCallback:
msgCallback("Fetching %s" % url)
# oh, this lame, but implement a fancy url fetcher later
# heck, maybe even borrow the one from yum
#print urlUtils
ret = urlUtils.fetchUrl(url,
lastModified=channelTimeStamp,
progressCallback=progressCallback,
agent="Up2date %s/Yum" %
up2dateUtils.version())
if ret:
(buffer, lmtime) = ret
else:
return None
if not lmtime:
lmtime = time.gmtime(time.time())
version = time.strftime("%Y%m%d%H%M%S", lmtime)
# use the time stamp on the headerlist as the channel "version"
filePath = "%s/%s.%s" % (self.cfg["storageDir"], channel['label'],
version)
# it's possible to get bogus data here, so at least try not
# to traceback
if buffer:
lines = string.split(buffer)
else:
lines = []
# this gives us the raw yum header list, which is _not_
# in the pretty format up2date likes, so convert it
# and sadly, I can no longer proudly state that up2date
# at no points attempts to parse rpm filenames into something
# useful. At least yum includes the epoch
pkgList = []
# yum can have a different path for each rpm. Not exactly
# sure how this meets the "keep it simple" idea, but alas
self.pkgNamePath = {}
for line in lines:
if line == "" or line[0] == "#":
continue
(envra, rpmPath) = string.split(line, '=')
rpmPath = string.strip(rpmPath)
(epoch, name, ver, rel, arch) = self._stripENVRA(envra)
# quite possibly need to encode channel info here as well
if epoch == "0" or epoch == 0:
epoch = ""
# hmm, if an arch doesnt apply, guess no point in
# keeping it around, should make package lists smaller
# and cut down on some churn
if rpm.archscore(arch) == 0:
continue
self.pkgNamePath[(name, ver, rel, epoch, arch)] = rpmPath
# doh, no size info. FIXME
size = "1000" # er, yeah... thats not lame at all...
pkgList.append(
[name, ver, rel, epoch, arch, size, channel['label'], rpmPath])
# now we have the package list, convert it to xmlrpc style
# presentation and dump it
pkgList.sort(lambda a, b: cmp(a[0], b[0]))
count = 0
total = len(pkgList)
rd = repoDirector.initRepoDirector()
for pkg in pkgList:
# were deep down in the yum specific bits, but we want to call
# the generic getHeader to get it off disc or cache
hdr = rd.getHeader(
[name, ver, rel, epoch, arch, "0", channel['label']])
if progressCallback:
progressCallback(count, total)
count = count + 1
rpmSourceUtils.saveListToDisk(pkgList, filePath, globPattern)
self.pkglists[channel['label']] = pkgList
return pkgList
def listPackages(self, channel, msgCallback=None, progressCallback=None):
# TODO: implement cache invalidations, Last-Modified
filePath = "%s/%s.%s" % (self.cfg["storageDir"], channel['label'],
channel['version'])
# a glob used to find the old versions to cleanup
globPattern = "%s/%s.*" % (self.cfg["storageDir"], channel['label'])
oldLists = glob.glob(globPattern)
channelTimeStamp = None
if oldLists:
filename = oldLists[0]
filename = os.path.basename(filename)
oldVersion = string.split(filename, '.')[-1]
channelTimeStamp = time.strptime(oldVersion, "%Y%m%d%H%M%S")
# assuming this is always bz2?
url = "%s/base/pkglist.%s.bz2" % (channel['url'], channel['dist'])
if msgCallback:
msgCallback("Fetching %s" % url)
ret = urlUtils.fetchUrl(url,
lastModified=channelTimeStamp,
progressCallback=progressCallback,
agent="Up2date %s/Apt" %
up2dateUtils.version())
if ret:
(buffer, lmtime) = ret
else:
return None
symlinkname = "%s/link-%s" % (self.cfg["storageDir"], channel['label'])
try:
os.unlink(symlinkname)
except OSError:
# file doesnt exist, shrug
pass
self.version = time.strftime("%Y%m%d%H%M%S", lmtime)
filePath = "%s/%s.%s" % (self.cfg["storageDir"], channel['label'],
self.version)
# sigh, no native bzip2 module... do it the old fashioned way
tmpfilename = "%s/tmp-%s-%s" % (self.cfg['storageDir'],
channel['label'], self.version)
#print "timefilename: %s" % tmpfilename
f = open("%s.bz2" % tmpfilename, "w")
f.write(buffer)
f.close()
# FIXME, um, lame... once we settle on what url/http lib
# we use, plugin in proper callbacks
if progressCallback:
progressCallback(1, 1)
# well, since we dont have any knowledge about what the
# channel version is supposed to be, I'cant really rely
# on that (with up2date, the login tells me what channel
# versions to look for). So we need a generic name
# we symlink to the latest version.
pipe = os.popen("/usr/bin/bunzip2 %s.bz2" % tmpfilename)
tmp = pipe.read()
os.symlink(tmpfilename, symlinkname)
hdrList = rpm.readHeaderListFromFile(tmpfilename)
# a list of rpm hdr's, handy!!
pkgList = []
for hdr in hdrList:
epoch = hdr['epoch']
if epoch == None or epoch == "0" or epoch == 0:
epoch = ""
pkgList.append([
hdr['name'],
hdr['version'],
hdr['release'],
epoch,
hdr['arch'],
# we want the actual filesize, but alas...
str(hdr['size']),
channel['label']
])
# what the hell, this is a little bit of a side effect, but
# were already poking at headers, lets just save them while
# were at it to same us some trouble
rpmSourceUtils.saveHeader(hdr)
self.headerCache["%s-%s-%s.%s" %
(hdr['name'], hdr['version'], hdr['release'],
hdr['arch'])] = hdr
# nowwe have the package list, convert it to xmlrpc style
# presentation and dump it
pkgList.sort(lambda a, b: cmp(a[0], b[0]))
rpmSourceUtils.saveListToDisk(pkgList, filePath, globPattern)
return pkgList
