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# -*- coding: utf-8 -*-
# Copyright Tomas Chvatal <scarabeus@gentoo.org>
# LICENSE - GPL2
# X11 module
import urllib2, package_module, string, simple_cache_module
import clioptions_module
import ftp_module
DEBUG=False
class X_modular:
def __init__(self):
options = clioptions_module.Options()
args = options.get_arguments()
self.ftpserver = "ftp.x.org"
#self.release_directories = [ "pub/current/src/app/", "pub/current/src/data/", "pub/current/src/doc/",
# "pub/current/src/driver/", "pub/current/src/font/", "pub/current/src/lib/", "pub/current/src/proto/",
# "pub/current/src/util/", "pub/current/src/xserver/" ]
self.latest_directories = [ "pub/individual/app/", "pub/individual/data/", "pub/individual/doc/",
"pub/individual/driver/", "pub/individual/font/", "pub/individual/lib/", "pub/individual/proto/",
"pub/individual/util/", "pub/individual/xserver/" ]
def generate_data_ftp(self):
walker = ftp_module.FTPWalker(self.ftpserver,"anonymous","test@test.com")
#files = []
#for directory in self.release_directories:
# f_files = ftp_module.find_files(walker, directory,"","")
# files.extend(f_files)
# remove everything expect the tar.bz2
#files = self.filter_files(files)
individual_files = []
for directory in self.latest_directories:
#print "working in: "+directory
f_files = ftp_module.find_files(walker, directory,"","")
individual_files.extend(f_files)
individual_files = self.filter_files(individual_files)
# create package objects for the files
#release_packages = [] # the packages that are required for a release
#for package_name in files:
# release_package = package_module.Package(package_name)
# release_packages.append(release_package)
individual_packages = []
for individual_package_name in individual_files:
individual_package = package_module.Package(individual_package_name)
individual_packages.append(individual_package)
# searching for formated packages
#for ip in individual_packages:
# if ip.name=="xkeyboard-config":
# print ip.name+"-"+ip.version
latest_packages = [] # the latest versions
package_in_use = [] # checker so we dont repeat packages
for package in individual_packages:
# i am lazy so lets do just one way sort. Should be rewritten into something faster :]
used = "false"
for packname in package_in_use:
if packname == package.name:
used = "true"
break
if used == "true":
continue
package_in_use.append(package.name)
latest = self.get_latest(individual_packages, package.name, package.version)
latest_packages.append(package_module.Package(package.name + "-" + latest))
snapshot_packages = []
for package in latest_packages:
latest = self.get_latest(individual_packages, package.name, package.version, "true")
snapshot_packages.append(package_module.Package(package.name + "-" + latest))
return (latest_packages, snapshot_packages)
def get_latest(self, rel_packages, name, version, snapshots="false"):
length = len(version.split("."))
major = int(version.split(".")[0])
minor = int(version.split(".")[1])
if length < 3:
latest = str(major)+"."+str(minor)
subminor = 0
else:
subminor = int(version.split(".")[2]) # usually the lovely .99.
if length < 4:
latest = str(major)+"."+str(minor)+"."+str(subminor)
subsubminor = 0
else:
subsubminor = int(version.split(".")[3])
if length >= 4:
latest = str(major)+"."+str(minor)+"."+str(subminor)+"."+str(subsubminor)
#rel_packages.sort()
for paclist in rel_packages:
if name == paclist.name: # we have the correct package name
length = len(paclist.version.split("."))
loc_major = int(paclist.version.split(".")[0])
loc_minor = int(paclist.version.split(".")[1])
if length < 3:
loc_subminor = 0
else:
loc_subminor = int(paclist.version.split(".")[2])
if length < 4:
loc_subsubminor = 0
else:
loc_subsubminor = int(paclist.version.split(".")[3])
if snapshots == "false" and ( loc_major > 98 or loc_minor > 98 or loc_subminor > 98 or loc_subsubminor > 98 ):
continue
# Debuging why some package does not show correct version...
#if name == "xkeyboard-config":
# print "Vychozi: "+str(major)+"."+str(minor)+"."+str(subminor)+"."+str(subsubminor)
# print "Lokalni: "+str(loc_major)+"."+str(loc_minor)+"."+str(loc_subminor)+"."+str(loc_subsubminor)
if loc_major < major:
continue
if loc_major == major and loc_minor < minor:
continue
if loc_major == major and loc_minor == minor and loc_subminor < subminor:
continue
if loc_major == major and loc_minor == minor and loc_subminor == subminor and loc_subsubminor < subsubminor:
continue
major = loc_major
minor = loc_minor
subminor = loc_subminor
subsubminor = loc_subsubminor
if length < 3:
latest = str(major)+"."+str(minor)
elif length < 4:
latest = str(major)+"."+str(minor)+"."+str(subminor)
else:
latest = str(major)+"."+str(minor)+"."+str(subminor)+"."+str(subsubminor)
else:
continue
return latest
def filter_files(self, files):
# we want to filter out all the bad files.
newfiles = []
for file in files:
# only keep files with .tar.bz2 or .tar.gz ending.
if ( ( ( 0 < file.find(".tar.") and 0 < file.find(".bz2") ) or ( 0 < file.find(".tar.") and 0 < file.find(".gz") ) ) and 0 > file.find(".asc") and 0 > file.find(".sha") ):
file = string.replace(file,".tar.gz","")
file = string.replace(file,".tar.bz2","")
newfiles.append(file)
return newfiles
import portage_module
def compare_packages(release_packages, latest_packages, packages_in_portage, stable_packages_in_portage):
# we care about 5 cases
# 1. portage version is less than the release version. (RED)
# 2. portage version is equal to the release version, but less than the latest version. (LIGHT GREEN)
# 3. portage version is equal to the release version and the latest version. (GREEN)
# 4. portage version is greater than the release version (GREEN)
# 5. package does not exist in portage (GREY)
# again, we choose release_packages as the enumerator for the package names
# since it will have ALL packages ( for example, if we used portage_packages, we
# might miss the packages that do not exist in portage )
status_packages = []
for package in release_packages:
color = None
release_package = package
latest_package = portage_module.findpackage(package.name, latest_packages)
portage_package = portage_module.findpackage(package.name, packages_in_portage)
stable_portage_package = portage_module.findpackage(package.name, stable_packages_in_portage)
if stable_portage_package == None and portage_package == None:
status = package_module.Status.NotFound
stable_portage_package = package_module.Package(package.name)
portage_package = package_module.Package(package.name)
elif stable_portage_package == None and portage_package != None:
status = package_module.Status.StableNeedUpdate
stable_portage_package = package_module.Package(package.name)
elif portage_package == None:
status = package_module.Status.NotFound
portage_package = package_module.Package(package.name)
elif portage_module.best_version_test(portage_package.name_plus_version, \
release_package.name_plus_version) == 2:
status = package_module.Status.NeedUpdate
elif portage_module.best_version_test(portage_package.name_plus_version, \
latest_package.name_plus_version) == 2:
status = package_module.Status.NewerVersion
elif portage_module.best_version_test(stable_portage_package.name_plus_version, \
portage_package.name_plus_version) == 2:
status = package_module.Status.StableNeedUpdate
else:
status = package_module.Status.Compliant
#if portage_package != None:
# FIXME: Reports release version as latest version to not have to deal with this right now
if latest_package == None:
print "No latest version known for %s, FIXME!" % release_package.name
latest_package = release_package
if DEBUG:
print "package: " + str(release_package.name) + \
" | sp: " + str(stable_portage_package.version) + \
" | pp: " + str(portage_package.version) + \
" | rp: " + str(release_package.version) + \
" | lp: " + str(latest_package.version) + \
" | status: " + str(status)
status_packages.append(package_module.PackageStatus(release_package.name, str(stable_portage_package.version), str(portage_package.version), str(release_package.version), str(latest_package.version), status))
return status_packages
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