def load(self):
Pkg = DebPackage
Prv = DebProvides
NPrv = DebNameProvides
PreReq = DebPreRequires
Req = DebRequires
OrReq = DebOrRequires
OrPreReq = DebOrPreRequires
Upg = DebUpgrades
Cnf = DebConflicts
Brk = DebBreaks
prog = iface.getProgress(self._cache)
inst = self.getInstalled()
sysarch = DEBARCH
for section, offset in self.getSections(prog):
arch = section.get("architecture")
if arch and arch != sysarch and arch != "all":
continue
if inst:
try:
want, flag, status = section.get("status", "").split()
except ValueError:
continue
if status != "installed":
continue
name = section.get("package")
version = section.get("version")
prvargs = [(NPrv, name, version)]
prvdict = {name: True}
value = section.get("provides")
if value:
for prvname in value.split(","):
prvname = prvname.strip()
prvargs.append((Prv, intern(prvname), None))
prvdict[prvname] = True
reqargs = []
value = section.get("depends")
if value:
for relation in parserelations(value):
if type(relation) is not list:
n, r, v = relation
reqargs.append((Req, intern(n), r, v))
else:
reqargs.append((OrReq, tuple(relation)))
value = section.get("pre-depends")
if value:
for relation in parserelations(value):
if type(relation) is not list:
n, r, v = relation
reqargs.append((PreReq, n, r, v))
else:
reqargs.append((OrPreReq, tuple(relation)))
upgargs = [(Upg, name, '<', version)]
cnfargs = []
value = section.get("conflicts")
if value:
for relation in parserelations(value):
n, r, v = relation
cnfargs.append((Cnf, n, r, v))
value = section.get("breaks")
if value:
for relation in parserelations(value):
n, r, v = relation
cnfargs.append((Brk, n, r, v))
newargs = []
for args in reqargs:
req = args[0](*args[1:])
if not system_provides.matches(req):
newargs.append(args)
reqargs = newargs
pkg = self.buildPackage((Pkg, name, version), prvargs, reqargs,
upgargs, cnfargs)
pkg.loaders[self] = offset
self._sections[pkg] = intern(section.get("section", ""))
def load(self):
Pkg = DebPackage
Prv = DebProvides
NPrv = DebNameProvides
PreReq = DebPreRequires
Req = DebRequires
OrReq = DebOrRequires
OrPreReq = DebOrPreRequires
Upg = DebUpgrades
Cnf = DebConflicts
prog = iface.getProgress(self._cache)
inst = self.getInstalled()
for section, offset in self.getSections(prog):
if inst:
try:
want, flag, status = section.get("status", "").split()
except ValueError:
continue
if status != "installed":
continue
name = section.get("package")
version = section.get("version")
prvargs = [(NPrv, name, version)]
prvdict = {name: True}
value = section.get("provides")
if value:
for prvname in value.split(","):
prvname = prvname.strip()
prvargs.append((Prv, intern(prvname), None))
prvdict[prvname] = True
reqargs = []
value = section.get("depends")
if value:
for relation in parserelations(value):
if type(relation) is not list:
n, r, v = relation
reqargs.append((Req, intern(n), r, v))
else:
reqargs.append((OrReq, tuple(relation)))
value = section.get("pre-depends")
if value:
for relation in parserelations(value):
if type(relation) is not list:
n, r, v = relation
reqargs.append((PreReq, n, r, v))
else:
reqargs.append((OrPreReq, tuple(relation)))
upgargs = [(Upg, name, '<', version)]
cnfargs = []
value = section.get("conflicts")
if value:
for relation in parserelations(value):
n, r, v = relation
cnfargs.append((Cnf, n, r, v))
pkg = self.buildPackage((Pkg, name, version),
prvargs, reqargs, upgargs, cnfargs)
pkg.loaders[self] = offset
self._sections[pkg] = intern(section.get("section", ""))
def load(self):
Pkg = DebPackage
Prv = DebProvides
NPrv = DebNameProvides
PreReq = DebPreRequires
Req = DebRequires
OrReq = DebOrRequires
OrPreReq = DebOrPreRequires
Upg = DebUpgrades
Cnf = DebConflicts
Brk = DebBreaks
prog = iface.getProgress(self._cache)
inst = self.getInstalled()
sysarch = DEBARCH
for section, offset in self.getSections(prog):
arch = section.get("architecture")
if arch and arch != sysarch and arch != "all":
continue
if inst:
try:
want, flag, status = section.get("status", "").split()
except ValueError:
continue
if status != "installed":
continue
name = section.get("package")
version = section.get("version")
prvargs = [(NPrv, name, version)]
prvdict = {name: True}
value = section.get("provides")
if value:
for prvname in value.split(","):
prvname = prvname.strip()
prvargs.append((Prv, intern(prvname), None))
prvdict[prvname] = True
reqargs = []
value = section.get("depends")
if value:
for relation in parserelations(value):
if type(relation) is not list:
n, r, v = relation
reqargs.append((Req, intern(n), r, v))
else:
reqargs.append((OrReq, tuple(relation)))
value = section.get("pre-depends")
if value:
for relation in parserelations(value):
if type(relation) is not list:
n, r, v = relation
reqargs.append((PreReq, n, r, v))
else:
reqargs.append((OrPreReq, tuple(relation)))
upgargs = [(Upg, name, '<', version)]
recargs = []
value = section.get("recommends")
if value:
for relation in parserelations(value):
if type(relation) is not list:
n, r, v = relation
recargs.append((Req, intern(n), r, v))
else:
recargs.append((OrReq, tuple(relation)))
cnfargs = []
value = section.get("conflicts")
if value:
for relation in parserelations(value):
n, r, v = relation
cnfargs.append((Cnf, n, r, v))
value = section.get("breaks")
if value:
for relation in parserelations(value):
n, r, v = relation
cnfargs.append((Brk, n, r, v))
newargs = []
for args in reqargs:
req = args[0](*args[1:])
if not system_provides.matches(req):
newargs.append(args)
reqargs = newargs
pkg = self.buildPackage((Pkg, name, version),
prvargs, reqargs, upgargs, cnfargs, recargs)
pkg.loaders[self] = offset
self._sections[pkg] = intern(section.get("section", ""))
