# Check for obsolete binary packages
# Copyright (C) 2000, 2001 James Troup <james@nocrew.org>
-# $Id: rene,v 1.3 2001-04-13 20:17:35 troup Exp $
+# $Id: rene,v 1.4 2001-05-21 02:25:08 troup Exp $
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
Cnf = None;
projectB = None;
-def bar():
-
- suite = "unstable";
- suite_id = db_access.get_suite_id(suite);
-
- components = Cnf.SubTree("Suite::%s::Components" % (suite)).List();
- for component in components:
- filename = "%s/dists/%s/%s/source/Sources.gz" % (Cnf["Dir::RootDir"], suite, component);
- print "Processing %s..." % (filename);
- # apt_pkg.ParseTagFile needs a real file handle and can't handle a GzipFile instance...
- temp_filename = tempfile.mktemp();
- fd = os.open(temp_filename, os.O_RDWR|os.O_CREAT|os.O_EXCL, 0700);
- os.close(fd);
- (result, output) = commands.getstatusoutput("gunzip -c %s > %s" % (filename, temp_filename));
- if (result != 0):
- sys.stderr.write("Gunzip invocation failed!\n%s\n" % (output));
- sys.exit(result);
- sources = utils.open_file(temp_filename, 'r');
- Sources = apt_pkg.ParseTagFile(sources);
- while Sources.Step():
- source = Sources.Section.Find('Package');
- architecture = Sources.Section.Find('Architecture');
- if architecture == "any" or architecture == "all":
- continue;
- architectures = {};
- for arch in string.split(architecture):
- architectures[string.strip(arch)] = "";
- binaries = Sources.Section.Find('Binary');
- for binary in string.split(binaries, ','):
- binary = string.strip(binary);
- q = projectB.query("SELECT a.arch_string, b.version FROM binaries b, bin_associations ba, architecture a WHERE ba.suite = %s AND ba.bin = b.id AND b.architecture = a.id AND b.package = '%s'" % (suite_id, binary));
- ql = q.getresult();
- if ql == []:
- utils.warn("%s lists %s as a binary, but it doesn't seem to exist in %s?" % (source, binary, suite));
- # Loop around twice; first to get the latest 'valid' version
- versions = [];
- for i in q.getresult():
- arch = i[0];
- version = i[1];
- if architectures.has_key(arch):
- versions.append(version);
- versions.sort(apt_pkg.VersionCompare);
- if versions != []:
- latest_version = versions.pop()
- else:
- latest_version = None;
- # ... then to check for 'invalid' architectures
- for i in q.getresult():
- arch = i[0];
- version = i[1];
- if not architectures.has_key(arch):
- print "[%s]: %s appears for %s (vs. '%s')" % (source, binary, arch, architecture),
- if apt_pkg.VersionCompare(latest_version, version) != -1:
- print "- out of date.",
- else:
- print "- current.",
- print "[%s vs %s (%s)]" % (latest_version, version, arch);
- sources.close();
- os.unlink(temp_filename);
-
################################################################################
def main ():
source_binaries = {};
suite = "unstable";
+ suite_id = db_access.get_suite_id(suite);
components = Cnf.SubTree("Suite::%s::Components" % (suite)).List();
for component in components:
filename = "%s/dists/%s/%s/source/Sources.gz" % (Cnf["Dir::RootDir"], suite, component);
- print "Processing %s..." % (filename);
# apt_pkg.ParseTagFile needs a real file handle and can't handle a GzipFile instance...
temp_filename = tempfile.mktemp();
fd = os.open(temp_filename, os.O_RDWR|os.O_CREAT|os.O_EXCL, 0700);
Sources = apt_pkg.ParseTagFile(sources);
while Sources.Step():
source = Sources.Section.Find('Package');
+ architecture = Sources.Section.Find('Architecture');
+ binaries = Sources.Section.Find('Binary');
+
+ # Check for packages built on architectures they shouldn't be.
+ if architecture != "any" and architecture != "all":
+ architectures = {};
+ for arch in string.split(architecture):
+ architectures[string.strip(arch)] = "";
+ for binary in string.split(binaries, ','):
+ binary = string.strip(binary);
+ q = projectB.query("SELECT a.arch_string, b.version FROM binaries b, bin_associations ba, architecture a WHERE ba.suite = %s AND ba.bin = b.id AND b.architecture = a.id AND b.package = '%s'" % (suite_id, binary));
+ ql = q.getresult();
+ if ql == []:
+ utils.warn("%s lists %s as a binary, but it doesn't seem to exist in %s?" % (source, binary, suite));
+ # Loop around twice; first to get the latest 'valid' version
+ versions = [];
+ for i in q.getresult():
+ arch = i[0];
+ version = i[1];
+ if architectures.has_key(arch):
+ versions.append(version);
+ versions.sort(apt_pkg.VersionCompare);
+ if versions != []:
+ latest_version = versions.pop()
+ else:
+ latest_version = None;
+ # ... then to check for 'invalid' architectures
+ for i in q.getresult():
+ arch = i[0];
+ version = i[1];
+ if not architectures.has_key(arch):
+ print "[%s]: %s appears for %s (vs. '%s')" % (source, binary, arch, architecture),
+ if apt_pkg.VersionCompare(latest_version, version) != -1:
+ print "- out of date.",
+ else:
+ print "- current.",
+ print "[%s vs %s (%s)]" % (latest_version, version, arch);
+
+ # Check for duplicated packages and build indices for checking "no source" later
source_index = component + '/' + source;
if src_pkgs.has_key(source):
print " %s is a duplicated source package (%s and %s)" % (source, source_index, src_pkgs[source]);
src_pkgs[source] = source_index;
- binaries = Sources.Section.Find('Binary');
for binary in string.split(binaries, ','):
binary = string.strip(binary);
if bin_pkgs.has_key(binary):
print " %s is duplicated in %s and %s" % (binary, source, bin_pkgs[binary]);
bin_pkgs[binary] = source;
source_binaries[source] = binaries;
+
sources.close();
os.unlink(temp_filename);
if [ "source", "all" ].count(architecture) != 0:
continue;
filename = "%s/dists/%s/%s/binary-%s/Packages" % (Cnf["Dir::RootDir"], suite, component, architecture);
- print "Processing %s..." % (filename);
packages = utils.open_file(filename, 'r');
Packages = apt_pkg.ParseTagFile(packages);
while Packages.Step():
projects / dak.git / commitdiff