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@ -1688,7 +1688,7 @@ class Britney:
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# can't be solved, so return False.
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# can't be solved, so return False.
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def handle_conflict(pkg, source, system, conflicts):
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def handle_conflict(pkg, source, system, conflicts):
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# reached the top of the tree
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# reached the top of the tree
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if not system[source][1]:
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if not system[source][1][0]:
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return False
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return False
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# remove its conflicts
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# remove its conflicts
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unregister_conflicts(source, conflicts)
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unregister_conflicts(source, conflicts)
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@ -1727,7 +1727,7 @@ class Britney:
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# if it is a virtual package
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# if it is a virtual package
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providers = []
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providers = []
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if pkg in binaries[1]:
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if pkg_from and pkg in binaries[1]:
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providers = binaries[1][pkg]
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providers = binaries[1][pkg]
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# it is both real and virtual, so the providers are alternatives
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# it is both real and virtual, so the providers are alternatives
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if binary_u:
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if binary_u:
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@ -1752,6 +1752,16 @@ class Britney:
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# if the package doesn't exist, return False
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# if the package doesn't exist, return False
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if not binary_u: return False
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if not binary_u: return False
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# it is broken, but we have providers
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if pkg in broken:
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for p in providers:
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# try to install the providers skipping excluded packages,
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# which we already tried but do not work
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if p in excluded: continue
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elif satisfy(p, [a for a in providers if a != p], pkg_from):
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return True
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return False
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# install the package into the system, recording which package required it
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# install the package into the system, recording which package required it
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if type(pkg_from) != list:
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if type(pkg_from) != list:
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pkg_from = [pkg_from]
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pkg_from = [pkg_from]
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@ -1760,13 +1770,17 @@ class Britney:
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# register provided packages
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# register provided packages
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if binary_u['provides']:
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if binary_u['provides']:
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for p in binary_u['provides']:
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for p in binary_u['provides']:
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system[p] = ([], [pkg])
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if p in system:
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if system[p][1][0] == None: continue
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system[p][1].append(pkg)
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else:
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system[p] = ([], [pkg])
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# check the conflicts
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# check the conflicts
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if pkg in conflicts:
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if pkg in conflicts:
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for name, version, op, conflicting in conflicts[pkg]:
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for name, version, op, conflicting in conflicts[pkg]:
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if conflicting not in binary_u['provides'] and ( \
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if conflicting in binary_u['provides'] and system[conflicting][1] == [pkg]: continue
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op == '' and version == '' or check_depends(binary_u['version'], op, version)):
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if op == '' and version == '' or check_depends(binary_u['version'], op, version):
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# if conflict is found, check if it can be solved removing
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# if conflict is found, check if it can be solved removing
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# already-installed packages without broking the system; if
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# already-installed packages without broking the system; if
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# this is not possible, give up and return False
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# this is not possible, give up and return False
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@ -1816,8 +1830,6 @@ class Britney:
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alternatives = map(operator.itemgetter(0), block)
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alternatives = map(operator.itemgetter(0), block)
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valid = False
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valid = False
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for name, version, op in block:
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for name, version, op in block:
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# if the package is broken, don't try it at all
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if name in broken: continue
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# otherwise, if it is already installed or it is installable, the block is satisfied
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# otherwise, if it is already installed or it is installable, the block is satisfied
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if name in system or satisfy(name, [a for a in alternatives if a != name], pkg):
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if name in system or satisfy(name, [a for a in alternatives if a != name], pkg):
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valid = True
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valid = True
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