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Refactor doop_source to simplify logic

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Cleanly split doop_source into a (small) part about source packages
and a (longer) part about binary packages.

Signed-off-by: Niels Thykier <niels@thykier.net>
This commit is contained in:
Niels Thykier 2016-11-15 22:50:27 +00:00
parent 027142e12b
commit 0f45b195a6
1 changed files with 53 additions and 66 deletions
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119
britney.py
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@ -2170,75 +2170,66 @@ class Britney(object):
item.is_removal, item.is_removal,
removals=removals) removals=removals)
# remove all binary packages (if the source already exists) # Handle the source package
if item.architecture == 'source' or not item.is_removal: if item.architecture == 'source':
if item.package in sources['testing']: if item.package in sources['testing']:
source = sources['testing'][item.package] source = sources['testing'][item.package]
undo['sources'][item.package] = source
del sources['testing'][item.package]
eqv_table = {}
for rm_pkg_id in rms:
binary, _, parch = rm_pkg_id
key = (binary, parch)
eqv_table[key] = rm_pkg_id
for new_pkg_id in updates:
binary, _, parch = new_pkg_id
key = (binary, parch)
old_pkg_id = eqv_table.get(key)
if old_pkg_id is not None:
if inst_tester.are_equivalent(new_pkg_id, old_pkg_id):
eqv_set.add(key)
# remove all the binaries which aren't being smooth updated
for rm_pkg_id in rms:
binary, version, parch = rm_pkg_id
p = (binary, parch)
binaries_t_a, provides_t_a = packages_t[parch]
pkey = (binary, parch)
pkg_data = binaries_t_a[binary]
# save the old binary for undo
undo['binaries'][p] = rm_pkg_id
if pkey not in eqv_set:
# all the reverse dependencies are affected by
# the change
affected_pos.update(inst_tester.reverse_dependencies_of(rm_pkg_id))
affected_remain.update(inst_tester.negative_dependencies_of(rm_pkg_id))
# remove the provided virtual packages
for provided_pkg, prov_version, _ in pkg_data.provides:
key = (provided_pkg, parch)
if key not in undo['virtual']:
undo['virtual'][key] = provides_t_a[provided_pkg].copy()
provides_t_a[provided_pkg].remove((binary, prov_version))
if not provides_t_a[provided_pkg]:
del provides_t_a[provided_pkg]
# finally, remove the binary package
del binaries_t_a[binary]
inst_tester.remove_testing_binary(rm_pkg_id)
# remove the source package
if item.architecture == 'source':
undo['sources'][item.package] = source
del sources['testing'][item.package]
else: else:
# the package didn't exist, so we mark it as to-be-removed in case of undo # the package didn't exist, so we mark it as to-be-removed in case of undo
undo['sources']['-' + item.package] = True undo['sources']['-' + item.package] = True
# single binary removal; used for clearing up after smooth # add/update the source package
# updates but not supported as a manual hint if not item.is_removal:
else: sources['testing'][item.package] = sources[item.suite][item.package]
assert item.package in packages_t[item.architecture][0]
binaries_t_a = packages_t[item.architecture][0]
pkg_id = binaries_t_a[item.package].pkg_id
undo['binaries'][(item.package, item.architecture)] = pkg_id
affected_pos.update(inst_tester.reverse_dependencies_of(pkg_id))
del binaries_t_a[item.package]
inst_tester.remove_testing_binary(pkg_id)
# add the new binary packages (if we are not removing) # If we are removing *and* updating packages, then check for eqv. packages
if not item.is_removal: if rms and updates:
eqv_table = {}
for rm_pkg_id in rms:
binary, _, parch = rm_pkg_id
key = (binary, parch)
eqv_table[key] = rm_pkg_id
for new_pkg_id in updates:
binary, _, parch = new_pkg_id
key = (binary, parch)
old_pkg_id = eqv_table.get(key)
if old_pkg_id is not None:
if inst_tester.are_equivalent(new_pkg_id, old_pkg_id):
eqv_set.add(key)
# remove all the binaries which aren't being smooth updated
for rm_pkg_id in rms:
binary, version, parch = rm_pkg_id
p = (binary, parch)
binaries_t_a, provides_t_a = packages_t[parch]
pkey = (binary, parch)
pkg_data = binaries_t_a[binary]
# save the old binary for undo
undo['binaries'][p] = rm_pkg_id
if pkey not in eqv_set:
# all the reverse dependencies are affected by
# the change
affected_pos.update(inst_tester.reverse_dependencies_of(rm_pkg_id))
affected_remain.update(inst_tester.negative_dependencies_of(rm_pkg_id))
# remove the provided virtual packages
for provided_pkg, prov_version, _ in pkg_data.provides:
key = (provided_pkg, parch)
if key not in undo['virtual']:
undo['virtual'][key] = provides_t_a[provided_pkg].copy()
provides_t_a[provided_pkg].remove((binary, prov_version))
if not provides_t_a[provided_pkg]:
del provides_t_a[provided_pkg]
# finally, remove the binary package
del binaries_t_a[binary]
inst_tester.remove_testing_binary(rm_pkg_id)
# Add/Update binary packages in testing
if updates:
packages_s = self.binaries[item.suite] packages_s = self.binaries[item.suite]
for updated_pkg_id in updates: for updated_pkg_id in updates:
@ -2298,10 +2289,6 @@ class Britney(object):
affected_pos.add(updated_pkg_id) affected_pos.add(updated_pkg_id)
affected_remain.update(inst_tester.negative_dependencies_of(updated_pkg_id)) affected_remain.update(inst_tester.negative_dependencies_of(updated_pkg_id))
# add/update the source package
if item.architecture == 'source':
sources['testing'][item.package] = sources[item.suite][item.package]
# Also include the transitive rdeps of the packages found so far # Also include the transitive rdeps of the packages found so far
compute_reverse_tree(inst_tester, affected_pos) compute_reverse_tree(inst_tester, affected_pos)
compute_reverse_tree(inst_tester, affected_remain) compute_reverse_tree(inst_tester, affected_remain)