def test_empty_repo(self, rw_dir):
"""Assure we can handle empty repositories"""
r = Repo.init(rw_dir, mkdir=False)
# It's ok not to be able to iterate a commit, as there is none
self.failUnlessRaises(ValueError, r.iter_commits)
self.assertEqual(r.active_branch.name, 'master')
assert not r.active_branch.is_valid(), "Branch is yet to be born"
# actually, when trying to create a new branch without a commit, git itself fails
# We should, however, not fail ungracefully
self.failUnlessRaises(BadName, r.create_head, 'foo')
self.failUnlessRaises(BadName, r.create_head, 'master')
# It's expected to not be able to access a tree
self.failUnlessRaises(ValueError, r.tree)
new_file_path = osp.join(rw_dir, "new_file.ext")
touch(new_file_path)
r.index.add([new_file_path])
r.index.commit("initial commit\nBAD MESSAGE 1\n")
# Now a branch should be creatable
nb = r.create_head('foo')
assert nb.is_valid()
with open(new_file_path, 'w') as f:
f.write('Line 1\n')
r.index.add([new_file_path])
r.index.commit("add line 1\nBAD MESSAGE 2\n")
with open('%s/.git/logs/refs/heads/master' % (rw_dir, ), 'r') as f:
contents = f.read()
assert 'BAD MESSAGE' not in contents, 'log is corrupt'
def test_branch_renames(self, rw_dir):
# Setup initial sandbox:
# parent repo has one submodule, which has all the latest changes
source_url = self._small_repo_url()
sm_source_repo = git.Repo.clone_from(source_url, osp.join(rw_dir, 'sm-source'), b='master')
parent_repo = git.Repo.init(osp.join(rw_dir, 'parent'))
sm = parent_repo.create_submodule('mysubmodule', 'subdir/submodule',
sm_source_repo.working_tree_dir, branch='master')
parent_repo.index.commit('added submodule')
assert sm.exists()
# Create feature branch with one new commit in submodule source
sm_fb = sm_source_repo.create_head('feature')
sm_fb.checkout()
new_file = touch(osp.join(sm_source_repo.working_tree_dir, 'new-file'))
sm_source_repo.index.add([new_file])
sm.repo.index.commit("added new file")
# change designated submodule checkout branch to the new upstream feature branch
with sm.config_writer() as smcw:
smcw.set_value('branch', sm_fb.name)
assert sm.repo.is_dirty(index=True, working_tree=False)
sm.repo.index.commit("changed submodule branch to '%s'" % sm_fb)
# verify submodule update with feature branch that leaves currently checked out branch in it's past
sm_mod = sm.module()
prev_commit = sm_mod.commit()
assert sm_mod.head.ref.name == 'master'
assert parent_repo.submodule_update()
assert sm_mod.head.ref.name == sm_fb.name
assert sm_mod.commit() == prev_commit, "Without to_latest_revision, we don't change the commit"
assert parent_repo.submodule_update(to_latest_revision=True)
assert sm_mod.head.ref.name == sm_fb.name
assert sm_mod.commit() == sm_fb.commit
# Create new branch which is in our past, and thus seemingly unrelated to the currently checked out one
# To make it even 'harder', we shall fork and create a new commit
sm_pfb = sm_source_repo.create_head('past-feature', commit='HEAD~20')
sm_pfb.checkout()
sm_source_repo.index.add([touch(osp.join(sm_source_repo.working_tree_dir, 'new-file'))])
sm_source_repo.index.commit("new file added, to past of '%r'" % sm_fb)
# Change designated submodule checkout branch to a new commit in its own past
with sm.config_writer() as smcw:
smcw.set_value('branch', sm_pfb.path)
sm.repo.index.commit("changed submodule branch to '%s'" % sm_pfb)
# Test submodule updates - must fail if submodule is dirty
touch(osp.join(sm_mod.working_tree_dir, 'unstaged file'))
# This doesn't fail as our own submodule binsha didn't change, and the reset is only triggered if
# to latest revision is True.
parent_repo.submodule_update(to_latest_revision=False)
sm_mod.head.ref.name == sm_pfb.name, "should have been switched to past head"
sm_mod.commit() == sm_fb.commit, "Head wasn't reset"
self.failUnlessRaises(RepositoryDirtyError, parent_repo.submodule_update, to_latest_revision=True)
parent_repo.submodule_update(to_latest_revision=True, force_reset=True)
assert sm_mod.commit() == sm_pfb.commit, "Now head should have been reset"
assert sm_mod.head.ref.name == sm_pfb.name
def test_branch_renames(self, rw_dir):
# Setup initial sandbox:
# parent repo has one submodule, which has all the latest changes
source_url = self._small_repo_url()
sm_source_repo = git.Repo.clone_from(source_url, osp.join(rw_dir, 'sm-source'), b='master')
parent_repo = git.Repo.init(osp.join(rw_dir, 'parent'))
sm = parent_repo.create_submodule('mysubmodule', 'subdir/submodule',
sm_source_repo.working_tree_dir, branch='master')
parent_repo.index.commit('added submodule')
assert sm.exists()
# Create feature branch with one new commit in submodule source
sm_fb = sm_source_repo.create_head('feature')
sm_fb.checkout()
new_file = touch(osp.join(sm_source_repo.working_tree_dir, 'new-file'))
sm_source_repo.index.add([new_file])
sm.repo.index.commit("added new file")
# change designated submodule checkout branch to the new upstream feature branch
with sm.config_writer() as smcw:
smcw.set_value('branch', sm_fb.name)
assert sm.repo.is_dirty(index=True, working_tree=False)
sm.repo.index.commit("changed submodule branch to '%s'" % sm_fb)
# verify submodule update with feature branch that leaves currently checked out branch in it's past
sm_mod = sm.module()
prev_commit = sm_mod.commit()
assert sm_mod.head.ref.name == 'master'
assert parent_repo.submodule_update()
assert sm_mod.head.ref.name == sm_fb.name
assert sm_mod.commit() == prev_commit, "Without to_latest_revision, we don't change the commit"
assert parent_repo.submodule_update(to_latest_revision=True)
assert sm_mod.head.ref.name == sm_fb.name
assert sm_mod.commit() == sm_fb.commit
# Create new branch which is in our past, and thus seemingly unrelated to the currently checked out one
# To make it even 'harder', we shall fork and create a new commit
sm_pfb = sm_source_repo.create_head('past-feature', commit='HEAD~20')
sm_pfb.checkout()
sm_source_repo.index.add([touch(osp.join(sm_source_repo.working_tree_dir, 'new-file'))])
sm_source_repo.index.commit("new file added, to past of '%r'" % sm_fb)
# Change designated submodule checkout branch to a new commit in its own past
with sm.config_writer() as smcw:
smcw.set_value('branch', sm_pfb.path)
sm.repo.index.commit("changed submodule branch to '%s'" % sm_pfb)
# Test submodule updates - must fail if submodule is dirty
touch(osp.join(sm_mod.working_tree_dir, 'unstaged file'))
# This doesn't fail as our own submodule binsha didn't change, and the reset is only triggered if
# to latest revision is True.
parent_repo.submodule_update(to_latest_revision=False)
sm_mod.head.ref.name == sm_pfb.name, "should have been switched to past head"
sm_mod.commit() == sm_fb.commit, "Head wasn't reset"
self.failUnlessRaises(RepositoryDirtyError, parent_repo.submodule_update, to_latest_revision=True)
parent_repo.submodule_update(to_latest_revision=True, force_reset=True)
assert sm_mod.commit() == sm_pfb.commit, "Now head should have been reset"
assert sm_mod.head.ref.name == sm_pfb.name
def test_empty_repo(self, rw_dir):
"""Assure we can handle empty repositories"""
r = Repo.init(rw_dir, mkdir=False)
# It's ok not to be able to iterate a commit, as there is none
self.failUnlessRaises(ValueError, r.iter_commits)
assert r.active_branch.name == 'master'
assert not r.active_branch.is_valid(), "Branch is yet to be born"
# actually, when trying to create a new branch without a commit, git itself fails
# We should, however, not fail ungracefully
self.failUnlessRaises(BadName, r.create_head, 'foo')
self.failUnlessRaises(BadName, r.create_head, 'master')
# It's expected to not be able to access a tree
self.failUnlessRaises(ValueError, r.tree)
new_file_path = os.path.join(rw_dir, "new_file.ext")
touch(new_file_path)
r.index.add([new_file_path])
r.index.commit("initial commit\nBAD MESSAGE 1\n")
# Now a branch should be creatable
nb = r.create_head('foo')
assert nb.is_valid()
with open(new_file_path, 'w') as f:
f.write('Line 1\n')
r.index.add([new_file_path])
r.index.commit("add line 1\nBAD MESSAGE 2\n")
with open('%s/.git/logs/refs/heads/master' % (rw_dir,), 'r') as f:
contents = f.read()
assert 'BAD MESSAGE' not in contents, 'log is corrupt'
def test_ambiguous_arg_iteration(self, rw_dir):
rw_repo = Repo.init(osp.join(rw_dir, 'test_ambiguous_arg'))
path = osp.join(rw_repo.working_tree_dir, 'master')
touch(path)
rw_repo.index.add([path])
rw_repo.index.commit('initial commit')
list(rw_repo.iter_commits(rw_repo.head.ref)) # should fail unless bug is fixed
def test_ambiguous_arg_iteration(self, rw_dir):
rw_repo = Repo.init(os.path.join(rw_dir, 'test_ambiguous_arg'))
path = os.path.join(rw_repo.working_tree_dir, 'master')
touch(path)
rw_repo.index.add([path])
rw_repo.index.commit('initial commit')
list(rw_repo.iter_commits(rw_repo.head.ref)) # should fail unless bug is fixed
def test_empty_repo(self, rw_dir):
"""Assure we can handle empty repositories"""
r = Repo.init(rw_dir, mkdir=False)
# It's ok not to be able to iterate a commit, as there is none
self.failUnlessRaises(ValueError, r.iter_commits)
assert r.active_branch.name == 'master'
assert not r.active_branch.is_valid(), "Branch is yet to be born"
# actually, when trying to create a new branch without a commit, git itself fails
# We should, however, not fail ungracefully
self.failUnlessRaises(BadName, r.create_head, 'foo')
self.failUnlessRaises(BadName, r.create_head, 'master')
# It's expected to not be able to access a tree
self.failUnlessRaises(ValueError, r.tree)
new_file_path = os.path.join(rw_dir, "new_file.ext")
touch(new_file_path)
r.index.add([new_file_path])
r.index.commit("initial commit")
# Now a branch should be creatable
nb = r.create_head('foo')
assert nb.is_valid()
def test_empty_repo(self, rw_dir):
"""Assure we can handle empty repositories"""
r = Repo.init(rw_dir, mkdir=False)
# It's ok not to be able to iterate a commit, as there is none
self.failUnlessRaises(ValueError, r.iter_commits)
assert r.active_branch.name == 'master'
assert not r.active_branch.is_valid(), "Branch is yet to be born"
# actually, when trying to create a new branch without a commit, git itself fails
# We should, however, not fail ungracefully
self.failUnlessRaises(BadName, r.create_head, 'foo')
self.failUnlessRaises(BadName, r.create_head, 'master')
# It's expected to not be able to access a tree
self.failUnlessRaises(ValueError, r.tree)
new_file_path = os.path.join(rw_dir, "new_file.ext")
touch(new_file_path)
r.index.add([new_file_path])
r.index.commit("initial commit")
# Now a branch should be creatable
nb = r.create_head('foo')
assert nb.is_valid()
def test_root_module(self, rwrepo):
# Can query everything without problems
rm = RootModule(self.rorepo)
assert rm.module() is self.rorepo
# try attributes
rm.binsha
rm.mode
rm.path
assert rm.name == rm.k_root_name
assert rm.parent_commit == self.rorepo.head.commit
rm.url
rm.branch
assert len(rm.list_items(rm.module())) == 1
rm.config_reader()
with rm.config_writer():
pass
# deep traversal gitdb / async
rsmsp = [sm.path for sm in rm.traverse()]
assert len(
rsmsp
) >= 2 # gitdb and async [and smmap], async being a child of gitdb
# cannot set the parent commit as root module's path didn't exist
self.failUnlessRaises(ValueError, rm.set_parent_commit, 'HEAD')
# TEST UPDATE
#############
# setup commit which remove existing, add new and modify existing submodules
rm = RootModule(rwrepo)
assert len(rm.children()) == 1
# modify path without modifying the index entry
# ( which is what the move method would do properly )
#==================================================
sm = rm.children()[0]
pp = "path/prefix"
fp = join_path_native(pp, sm.path)
prep = sm.path
assert not sm.module_exists() # was never updated after rwrepo's clone
# assure we clone from a local source
with sm.config_writer() as writer:
writer.set_value(
'url',
Git.polish_url(osp.join(self.rorepo.working_tree_dir,
sm.path)))
# dry-run does nothing
sm.update(recursive=False, dry_run=True, progress=prog)
assert not sm.module_exists()
sm.update(recursive=False)
assert sm.module_exists()
with sm.config_writer() as writer:
writer.set_value(
'path',
fp) # change path to something with prefix AFTER url change
# update doesn't fail, because list_items ignores the wrong path in such situations.
rm.update(recursive=False)
# move it properly - doesn't work as it its path currently points to an indexentry
# which doesn't exist ( move it to some path, it doesn't matter here )
self.failUnlessRaises(InvalidGitRepositoryError, sm.move, pp)
# reset the path(cache) to where it was, now it works
sm.path = prep
sm.move(fp, module=False) # leave it at the old location
assert not sm.module_exists()
cpathchange = rwrepo.index.commit(
"changed sm path") # finally we can commit
# update puts the module into place
rm.update(recursive=False, progress=prog)
sm.set_parent_commit(cpathchange)
assert sm.module_exists()
# add submodule
#================
nsmn = "newsubmodule"
nsmp = "submrepo"
subrepo_url = Git.polish_url(
osp.join(self.rorepo.working_tree_dir, rsmsp[0], rsmsp[1]))
nsm = Submodule.add(rwrepo, nsmn, nsmp, url=subrepo_url)
csmadded = rwrepo.index.commit(
"Added submodule"
).hexsha # make sure we don't keep the repo reference
nsm.set_parent_commit(csmadded)
assert nsm.module_exists()
# in our case, the module should not exist, which happens if we update a parent
# repo and a new submodule comes into life
nsm.remove(configuration=False, module=True)
assert not nsm.module_exists() and nsm.exists()
# dry-run does nothing
rm.update(recursive=False, dry_run=True, progress=prog)
# otherwise it will work
rm.update(recursive=False, progress=prog)
assert nsm.module_exists()
# remove submodule - the previous one
#====================================
sm.set_parent_commit(csmadded)
smp = sm.abspath
assert not sm.remove(module=False).exists()
assert osp.isdir(smp) # module still exists
csmremoved = rwrepo.index.commit("Removed submodule")
# an update will remove the module
# not in dry_run
rm.update(recursive=False, dry_run=True, force_remove=True)
assert osp.isdir(smp)
# when removing submodules, we may get new commits as nested submodules are auto-committing changes
# to allow deletions without force, as the index would be dirty otherwise.
# QUESTION: Why does this seem to work in test_git_submodule_compatibility() ?
self.failUnlessRaises(InvalidGitRepositoryError,
rm.update,
recursive=False,
force_remove=False)
rm.update(recursive=False, force_remove=True)
assert not osp.isdir(smp)
# 'apply work' to the nested submodule and assure this is not removed/altered during updates
# Need to commit first, otherwise submodule.update wouldn't have a reason to change the head
touch(osp.join(nsm.module().working_tree_dir, 'new-file'))
# We cannot expect is_dirty to even run as we wouldn't reset a head to the same location
assert nsm.module().head.commit.hexsha == nsm.hexsha
nsm.module().index.add([nsm])
nsm.module().index.commit("added new file")
rm.update(
recursive=False, dry_run=True,
progress=prog) # would not change head, and thus doens't fail
# Everything we can do from now on will trigger the 'future' check, so no is_dirty() check will even run
# This would only run if our local branch is in the past and we have uncommitted changes
prev_commit = nsm.module().head.commit
rm.update(recursive=False, dry_run=False, progress=prog)
assert prev_commit == nsm.module(
).head.commit, "head shouldn't change, as it is in future of remote branch"
# this kills the new file
rm.update(recursive=True, progress=prog, force_reset=True)
assert prev_commit != nsm.module(
).head.commit, "head changed, as the remote url and its commit changed"
# change url ...
#===============
# ... to the first repository, this way we have a fast checkout, and a completely different
# repository at the different url
nsm.set_parent_commit(csmremoved)
nsmurl = Git.polish_url(
osp.join(self.rorepo.working_tree_dir, rsmsp[0]))
with nsm.config_writer() as writer:
writer.set_value('url', nsmurl)
csmpathchange = rwrepo.index.commit("changed url")
nsm.set_parent_commit(csmpathchange)
# Now nsm head is in the future of the tracked remote branch
prev_commit = nsm.module().head.commit
# dry-run does nothing
rm.update(recursive=False, dry_run=True, progress=prog)
assert nsm.module().remotes.origin.url != nsmurl
rm.update(recursive=False, progress=prog, force_reset=True)
assert nsm.module().remotes.origin.url == nsmurl
assert prev_commit != nsm.module(
).head.commit, "Should now point to gitdb"
assert len(rwrepo.submodules) == 1
assert not rwrepo.submodules[0].children()[0].module_exists(
), "nested submodule should not be checked out"
# add the submodule's changed commit to the index, which is what the
# user would do
# beforehand, update our instance's binsha with the new one
nsm.binsha = nsm.module().head.commit.binsha
rwrepo.index.add([nsm])
# change branch
#=================
# we only have one branch, so we switch to a virtual one, and back
# to the current one to trigger the difference
cur_branch = nsm.branch
nsmm = nsm.module()
prev_commit = nsmm.head.commit
for branch in ("some_virtual_branch", cur_branch.name):
with nsm.config_writer() as writer:
writer.set_value(Submodule.k_head_option,
git.Head.to_full_path(branch))
csmbranchchange = rwrepo.index.commit("changed branch to %s" %
branch)
nsm.set_parent_commit(csmbranchchange)
# END for each branch to change
# Lets remove our tracking branch to simulate some changes
nsmmh = nsmm.head
assert nsmmh.ref.tracking_branch() is None # never set it up until now
assert not nsmmh.is_detached
# dry run does nothing
rm.update(recursive=False, dry_run=True, progress=prog)
assert nsmmh.ref.tracking_branch() is None
# the real thing does
rm.update(recursive=False, progress=prog)
assert nsmmh.ref.tracking_branch() is not None
assert not nsmmh.is_detached
# recursive update
# =================
# finally we recursively update a module, just to run the code at least once
# remove the module so that it has more work
assert len(nsm.children()) >= 1 # could include smmap
assert nsm.exists() and nsm.module_exists() and len(
nsm.children()) >= 1
# assure we pull locally only
nsmc = nsm.children()[0]
with nsmc.config_writer() as writer:
writer.set_value('url', subrepo_url)
rm.update(recursive=True, progress=prog,
dry_run=True) # just to run the code
rm.update(recursive=True, progress=prog)
# gitdb: has either 1 or 2 submodules depending on the version
assert len(nsm.children()) >= 1 and nsmc.module_exists()
def test_root_module(self, rwrepo):
# Can query everything without problems
rm = RootModule(self.rorepo)
assert rm.module() is self.rorepo
# try attributes
rm.binsha
rm.mode
rm.path
assert rm.name == rm.k_root_name
assert rm.parent_commit == self.rorepo.head.commit
rm.url
rm.branch
assert len(rm.list_items(rm.module())) == 1
rm.config_reader()
with rm.config_writer():
pass
# deep traversal gitdb / async
rsmsp = [sm.path for sm in rm.traverse()]
assert len(rsmsp) >= 2 # gitdb and async [and smmap], async being a child of gitdb
# cannot set the parent commit as root module's path didn't exist
self.failUnlessRaises(ValueError, rm.set_parent_commit, 'HEAD')
# TEST UPDATE
#############
# setup commit which remove existing, add new and modify existing submodules
rm = RootModule(rwrepo)
assert len(rm.children()) == 1
# modify path without modifying the index entry
# ( which is what the move method would do properly )
#==================================================
sm = rm.children()[0]
pp = "path/prefix"
fp = join_path_native(pp, sm.path)
prep = sm.path
assert not sm.module_exists() # was never updated after rwrepo's clone
# assure we clone from a local source
with sm.config_writer() as writer:
writer.set_value('url', Git.polish_url(osp.join(self.rorepo.working_tree_dir, sm.path)))
# dry-run does nothing
sm.update(recursive=False, dry_run=True, progress=prog)
assert not sm.module_exists()
sm.update(recursive=False)
assert sm.module_exists()
with sm.config_writer() as writer:
writer.set_value('path', fp) # change path to something with prefix AFTER url change
# update fails as list_items in such a situations cannot work, as it cannot
# find the entry at the changed path
self.failUnlessRaises(InvalidGitRepositoryError, rm.update, recursive=False)
# move it properly - doesn't work as it its path currently points to an indexentry
# which doesn't exist ( move it to some path, it doesn't matter here )
self.failUnlessRaises(InvalidGitRepositoryError, sm.move, pp)
# reset the path(cache) to where it was, now it works
sm.path = prep
sm.move(fp, module=False) # leave it at the old location
assert not sm.module_exists()
cpathchange = rwrepo.index.commit("changed sm path") # finally we can commit
# update puts the module into place
rm.update(recursive=False, progress=prog)
sm.set_parent_commit(cpathchange)
assert sm.module_exists()
# add submodule
#================
nsmn = "newsubmodule"
nsmp = "submrepo"
subrepo_url = Git.polish_url(osp.join(self.rorepo.working_tree_dir, rsmsp[0], rsmsp[1]))
nsm = Submodule.add(rwrepo, nsmn, nsmp, url=subrepo_url)
csmadded = rwrepo.index.commit("Added submodule").hexsha # make sure we don't keep the repo reference
nsm.set_parent_commit(csmadded)
assert nsm.module_exists()
# in our case, the module should not exist, which happens if we update a parent
# repo and a new submodule comes into life
nsm.remove(configuration=False, module=True)
assert not nsm.module_exists() and nsm.exists()
# dry-run does nothing
rm.update(recursive=False, dry_run=True, progress=prog)
# otherwise it will work
rm.update(recursive=False, progress=prog)
assert nsm.module_exists()
# remove submodule - the previous one
#====================================
sm.set_parent_commit(csmadded)
smp = sm.abspath
assert not sm.remove(module=False).exists()
assert osp.isdir(smp) # module still exists
csmremoved = rwrepo.index.commit("Removed submodule")
# an update will remove the module
# not in dry_run
rm.update(recursive=False, dry_run=True, force_remove=True)
assert osp.isdir(smp)
# when removing submodules, we may get new commits as nested submodules are auto-committing changes
# to allow deletions without force, as the index would be dirty otherwise.
# QUESTION: Why does this seem to work in test_git_submodule_compatibility() ?
self.failUnlessRaises(InvalidGitRepositoryError, rm.update, recursive=False, force_remove=False)
rm.update(recursive=False, force_remove=True)
assert not osp.isdir(smp)
# 'apply work' to the nested submodule and assure this is not removed/altered during updates
# Need to commit first, otherwise submodule.update wouldn't have a reason to change the head
touch(osp.join(nsm.module().working_tree_dir, 'new-file'))
# We cannot expect is_dirty to even run as we wouldn't reset a head to the same location
assert nsm.module().head.commit.hexsha == nsm.hexsha
nsm.module().index.add([nsm])
nsm.module().index.commit("added new file")
rm.update(recursive=False, dry_run=True, progress=prog) # would not change head, and thus doens't fail
# Everything we can do from now on will trigger the 'future' check, so no is_dirty() check will even run
# This would only run if our local branch is in the past and we have uncommitted changes
prev_commit = nsm.module().head.commit
rm.update(recursive=False, dry_run=False, progress=prog)
assert prev_commit == nsm.module().head.commit, "head shouldn't change, as it is in future of remote branch"
# this kills the new file
rm.update(recursive=True, progress=prog, force_reset=True)
assert prev_commit != nsm.module().head.commit, "head changed, as the remote url and its commit changed"
# change url ...
#===============
# ... to the first repository, this way we have a fast checkout, and a completely different
# repository at the different url
nsm.set_parent_commit(csmremoved)
nsmurl = Git.polish_url(osp.join(self.rorepo.working_tree_dir, rsmsp[0]))
with nsm.config_writer() as writer:
writer.set_value('url', nsmurl)
csmpathchange = rwrepo.index.commit("changed url")
nsm.set_parent_commit(csmpathchange)
# Now nsm head is in the future of the tracked remote branch
prev_commit = nsm.module().head.commit
# dry-run does nothing
rm.update(recursive=False, dry_run=True, progress=prog)
assert nsm.module().remotes.origin.url != nsmurl
rm.update(recursive=False, progress=prog, force_reset=True)
assert nsm.module().remotes.origin.url == nsmurl
assert prev_commit != nsm.module().head.commit, "Should now point to gitdb"
assert len(rwrepo.submodules) == 1
assert not rwrepo.submodules[0].children()[0].module_exists(), "nested submodule should not be checked out"
# add the submodule's changed commit to the index, which is what the
# user would do
# beforehand, update our instance's binsha with the new one
nsm.binsha = nsm.module().head.commit.binsha
rwrepo.index.add([nsm])
# change branch
#=================
# we only have one branch, so we switch to a virtual one, and back
# to the current one to trigger the difference
cur_branch = nsm.branch
nsmm = nsm.module()
prev_commit = nsmm.head.commit
for branch in ("some_virtual_branch", cur_branch.name):
with nsm.config_writer() as writer:
writer.set_value(Submodule.k_head_option, git.Head.to_full_path(branch))
csmbranchchange = rwrepo.index.commit("changed branch to %s" % branch)
nsm.set_parent_commit(csmbranchchange)
# END for each branch to change
# Lets remove our tracking branch to simulate some changes
nsmmh = nsmm.head
assert nsmmh.ref.tracking_branch() is None # never set it up until now
assert not nsmmh.is_detached
# dry run does nothing
rm.update(recursive=False, dry_run=True, progress=prog)
assert nsmmh.ref.tracking_branch() is None
# the real thing does
rm.update(recursive=False, progress=prog)
assert nsmmh.ref.tracking_branch() is not None
assert not nsmmh.is_detached
# recursive update
# =================
# finally we recursively update a module, just to run the code at least once
# remove the module so that it has more work
assert len(nsm.children()) >= 1 # could include smmap
assert nsm.exists() and nsm.module_exists() and len(nsm.children()) >= 1
# assure we pull locally only
nsmc = nsm.children()[0]
with nsmc.config_writer() as writer:
writer.set_value('url', subrepo_url)
rm.update(recursive=True, progress=prog, dry_run=True) # just to run the code
rm.update(recursive=True, progress=prog)
# gitdb: has either 1 or 2 submodules depending on the version
assert len(nsm.children()) >= 1 and nsmc.module_exists()