def get_what_depends_on(self,name):
command = ['rpm', '-q', '--provides', name]
output = self.executor.run_command(command)
command = ['sed', r'''s/^/"/;s/\([^[:space:]]\) *$/\1"/;/=/{h;s/ =.*$/"/;G}''']
output = self.executor.run_command(command, command_input=output)
command = ['xargs', 'rpm', '-q', '--whatrequires']
output = self.executor.run_command(command, command_input=output)
command = ['grep', '-v', '-E', r'''^no package''']
packages = self.executor.run_command(command, command_input=output)
packages = packages.split("\n")
packages = sorted(packages)
packages = list(set(packages))
packages = list(filter(lambda v: v != "",packages))
packages = map(lambda pkgStr: PackageParser.parsePackage(pkgStr), packages)
return map(lambda pkgHsh: Package(pkgHsh['name'], pkgHsh['version'], pkgHsh['release'], pkgHsh['arch'], repository=""), packages)
def get_what_depends_on(self,name):
command = ['rpm', '-q', '--provides', name]
output = self.executor.run_command(command)
command = ['sed', r'''s/^/"/;s/\([^[:space:]]\) *$/\1"/;/=/{h;s/ =.*$/"/;G}''']
output = self.executor.run_command(command, command_input=output)
command = ['xargs', 'rpm', '-q', '--whatrequires']
output = self.executor.run_command(command, command_input=output)
command = ['grep', '-v', '-E', r'''^no package''']
packages = self.executor.run_command(command, command_input=output)
packages = packages.split("\n")
packages = sorted(packages)
packages = list(set(packages))
packages = list(filter(lambda v: v != "",packages))
packages = map(lambda pkgStr: PackageParser.parsePackage(pkgStr), packages)
return map(lambda pkgHsh: Package(pkgHsh['name'], pkgHsh['version'], pkgHsh['release'], pkgHsh['arch'], repository=""), packages)
def parseSingleItem(self,node):
try:
if node.tag == 'meta':
return None
# Sometimes empty elements are in there
if 'type' not in node.attrib:
return None
the_type = self.getType(node.attrib['type'])
severity = self.getSeverity(node.attrib.get('severity'))
architectures = map(lambda x: x.text, node.findall('os_arch'))
releases = map(lambda x: x.text, node.findall('os_release'))
packages = map(lambda x: PackageParser.parsePackage(x.text), node.findall('packages'))
references = node.attrib.get('references').split(' ')
return ErrataItem(node.tag, the_type, severity, architectures, releases, packages, references)
except:
print "Problem while parsing node %s" % (node)
raise
def parseSingleItem(self, node):
try:
if node.tag == 'meta':
return None
# Sometimes empty elements are in there
if 'type' not in node.attrib:
return None
the_type = self.getType(node.attrib['type'])
severity = self.getSeverity(node.attrib.get('severity'))
architectures = map(lambda x: x.text, node.findall('os_arch'))
releases = map(lambda x: x.text, node.findall('os_release'))
packages = map(lambda x: PackageParser.parsePackage(x.text),
node.findall('packages'))
references = node.attrib.get('references').split(' ')
return ErrataItem(node.tag, the_type, severity, architectures,
releases, packages, references)
except:
print "Problem while parsing node %s" % (node)
raise
