def test_colored_linear():
dag = [('node3', ['node2']), ('node2', ['node1']), ('node1', [])]
expected_result = [
((0, 1), [(0, 0, 1)]),
((0, 1), [(0, 0, 1)]),
((0, 1), []),
]
assert list(graphmod._colored(dag)) == expected_result
def test_colored_diverging_branch():
dag = [('node3', ['node1']), ('node2', ['node1']), ('node1', [])]
expected_result = [
((0, 1), [(0, 0, 1)]),
((1, 2), [(0, 0, 1), (1, 0, 2)]),
((0, 1), []),
]
assert list(graphmod._colored(dag)) == expected_result
def _graph(self, repo, commits):
"""
Generates a DAG graph for repo
:param repo: repo instance
:param commits: list of commits
"""
if not commits:
c.jsdata = json.dumps([])
return
dag = _dagwalker(repo, commits)
data = [['', vtx, edges] for vtx, edges in _colored(dag)]
c.jsdata = json.dumps(data)
def _graph(self, repo, collection, repo_size, size, p):
"""
Generates a DAG graph for mercurial
:param repo: repo instance
:param size: number of commits to show
:param p: page number
"""
if not collection:
c.jsdata = json.dumps([])
return
data = []
revs = [x.revision for x in collection]
dag = _dagwalker(repo, revs, repo.alias)
dag = _colored(dag)
for (id, type, ctx, vtx, edges) in dag:
data.append(['', vtx, edges])
c.jsdata = json.dumps(data)
def _graph(self, repo, collection, repo_size, size, p):
"""
Generates a DAG graph for mercurial
:param repo: repo instance
:param size: number of commits to show
:param p: page number
"""
if not collection:
c.jsdata = json.dumps([])
return
data = []
revs = [x.revision for x in collection]
dag = _dagwalker(repo, revs, repo.alias)
dag = _colored(dag)
for (id, type, ctx, vtx, edges) in dag:
data.append(['', vtx, edges])
c.jsdata = json.dumps(data)
def _graph(self, repo, revs_int, repo_size, size, p):
"""
Generates a DAG graph for repo
:param repo:
:param revs_int:
:param repo_size:
:param size:
:param p:
"""
if not revs_int:
c.jsdata = json.dumps([])
return
data = []
revs = revs_int
dag = _dagwalker(repo, revs, repo.alias)
dag = _colored(dag)
for (_id, _type, ctx, vtx, edges) in dag:
data.append(['', vtx, edges])
c.jsdata = json.dumps(data)
def _graph(self, repo, revs_int, repo_size, size, p):
"""
Generates a DAG graph for repo
:param repo:
:param revs_int:
:param repo_size:
:param size:
:param p:
"""
if not revs_int:
c.jsdata = json.dumps([])
return
data = []
revs = revs_int
dag = _dagwalker(repo, revs, repo.alias)
dag = _colored(dag)
for (_id, _type, ctx, vtx, edges) in dag:
data.append(['', vtx, edges])
c.jsdata = json.dumps(data)
