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- Committer: Daniel Schierbeck
- Date: 2007-10-21 12:11:30 UTC
- Revision ID: daniel.schierbeck@gmail.com-20071021121130-wfrqb8dx3eaz6c35
Made right-clicking work again.
- files added:
- tests/test_viz.py
- files removed:
- branchview
- preferences
- files renamed:
- icons/bzr-icon-64.png => bzr-icon-64.png
- revisionview.py => logview.py
- preferences/__init__.py => preferences.py
- branchview/graphcell.py => viz/graphcell.py
- branchview/linegraph.py => viz/linegraph.py
- branchview/treemodel.py => viz/treemodel.py
- branchview/treeview.py => viz/treeview.py
- files modified:
- AUTHORS
added
removed
viz/linegraph.py
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__copyright__ = "Copyright © 2005 Canonical Ltd."
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__author__ = "Scott James Remnant <scott@ubuntu.com>"
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11
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from bzrlib.revision import NULL_REVISION
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from bzrlib.tsort import merge_sort
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from bzrlib import ui
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13
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def linegraph(graph, start_revs, maxnum=None, broken_line_length=None,
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graph_data=True, mainline_only=False, root_progress=None):
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"""Produce a directed graph of a bzr repository.
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def linegraph(branch, start, maxnum):
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"""Produce a directed graph of a bzr branch.
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Returns a tuple of (line_graph, revid_index, columns_len) where
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18
* line_graph is a list of tuples of (revid,
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It's up to you how to actually draw the nodes and lines (straight,
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41
curved, kinked, etc.) and to pick the actual colours for each index.
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"""
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assert isinstance(start_revs, list)
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def update_root_progress(step_number):
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"""IFF our container received a root progress bar, then update it."""
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if root_progress is not None:
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root_progress.update(current=step_number)
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graph_parents = {}
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ghosts = set()
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# FIXME: This should be configurable
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BROKEN_LINE_LENGTH = 32
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# We get the mainline so we can pass it to merge_sort to make merge_sort
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# run faster.
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mainline = [None]
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mainline.extend(branch.revision_history())
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graph_parents = branch.repository.get_revision_graph(start)
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52
graph_children = {}
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update_root_progress(1)
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progress_bar = ui.ui_factory.nested_progress_bar()
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try:
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progress_bar.update(msg="Arranging tree fragments")
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for i, (revid, parent_revids) in enumerate(graph.iter_ancestry(start_revs)):
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if i % 25 == 0:
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progress_bar.tick()
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if parent_revids is None:
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ghosts.add(revid)
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continue
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if parent_revids == (NULL_REVISION,):
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graph_parents[revid] = ()
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else:
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graph_parents[revid] = parent_revids
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for parent in parent_revids:
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graph_children.setdefault(parent, []).append(revid)
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graph_children.setdefault(revid, [])
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finally:
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progress_bar.finished()
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update_root_progress(2)
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progress_bar = ui.ui_factory.nested_progress_bar()
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try:
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progress_bar.update(msg="Removing ghosts", total=len(ghosts))
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for i, ghost in enumerate(ghosts):
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if i % 25 == 0:
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progress_bar.update(current=i)
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for ghost_child in graph_children[ghost]:
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graph_parents[ghost_child] = [p for p in graph_parents[ghost_child]
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if p not in ghosts]
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finally:
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progress_bar.finished()
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graph_parents["top:"] = start_revs
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if len(graph_parents)>0:
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merge_sorted_revisions = merge_sort(
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graph_parents,
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"top:",
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generate_revno=True)
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else:
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merge_sorted_revisions = ()
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if mainline_only:
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merge_sorted_revisions = [elem for elem in merge_sorted_revisions \
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if len(elem[3])==1 ]
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assert merge_sorted_revisions[0][1] == "top:"
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merge_sorted_revisions = merge_sorted_revisions[1:]
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for revid in graph_parents.iterkeys():
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graph_children[revid] = []
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merge_sorted_revisions = merge_sort(
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graph_parents,
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start,
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mainline,
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generate_revno=True)
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revid_index = {}
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revno_index = {}
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linegraph = []
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update_root_progress(3)
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progress_bar = ui.ui_factory.nested_progress_bar()
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try:
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progress_bar.update(msg="Finding nodes", total=len(merge_sorted_revisions))
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for (rev_index, (sequence_number,
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revid,
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merge_depth,
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revno_sequence,
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end_of_merge)) in enumerate(merge_sorted_revisions):
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if rev_index % 25 == 0:
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progress_bar.update(current=rev_index)
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if maxnum and rev_index >= maxnum:
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break
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revid_index[revid] = rev_index
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parents = graph_parents[revid]
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linegraph.append([revid,
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None,
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[],
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parents,
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None,
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revno_sequence])
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if graph_data:
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revno_index[revno_sequence] = rev_index
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branch_id = revno_sequence[0:-1]
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branch_line = None
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if branch_id not in branch_lines:
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branch_line = []
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branch_lines[branch_id] = branch_line
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else:
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branch_line = branch_lines[branch_id]
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branch_line.append(rev_index)
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finally:
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progress_bar.finished()
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if graph_data:
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branch_ids = branch_lines.keys()
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def branch_id_cmp(x, y):
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"""Compaire branch_id's first by the number of digits, then reversed
163
by their value"""
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len_x = len(x)
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len_y = len(y)
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if len_x == len_y:
167
return -cmp(x, y)
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return cmp(len_x, len_y)
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branch_ids.sort(branch_id_cmp)
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# This will hold a tuple of (child_index, parent_index, col_index) for each
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# line that needs to be drawn. If col_index is not none, then the line is
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# drawn along that column, else the the line can be drawn directly between
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# the child and parent because either the child and parent are in the same
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# branch line, or the child and parent are 1 row apart.
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lines = []
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empty_column = [False for i in range(len(graph_parents))]
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# This will hold a bit map for each cell. If the cell is true, then the
179
# cell allready contains a node or line. This use when deciding what column
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# to place a branch line or line in, without it overlaping something else.
181
columns = [list(empty_column)]
182
183
184
update_root_progress(4)
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progress_bar = ui.ui_factory.nested_progress_bar()
186
try:
187
progress_bar.update(msg="Organizing edges", total=len(branch_ids))
188
for i, branch_id in enumerate(branch_ids):
189
if i % 25 == 0:
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progress_bar.update(current=i)
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branch_line = branch_lines[branch_id]
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# Find the col_index for the direct parent branch. This will be the
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# starting point when looking for a free column.
195
parent_col_index = 0
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parent_index = None
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if len(branch_id) > 1:
198
parent_revno = branch_id[0:-1]
199
if parent_revno in revno_index:
200
parent_index = revno_index[parent_revno]
201
parent_node = linegraph[parent_index][1]
202
if parent_node:
203
parent_col_index = parent_node[0]
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col_search_order = _branch_line_col_search_order(columns,
207
parent_col_index)
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color = reduce(lambda x, y: x+y, branch_id, 0)
209
cur_cont_line = []
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line_range = []
212
last_rev_index = None
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for rev_index in branch_line:
214
if last_rev_index:
215
if broken_line_length and \
216
rev_index - last_rev_index > broken_line_length:
217
line_range.append(last_rev_index+1)
218
line_range.append(rev_index-1)
219
else:
220
line_range.extend(range(last_rev_index+1, rev_index))
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line_range.append(rev_index)
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last_rev_index = rev_index
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if parent_index:
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if broken_line_length and \
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parent_index - last_rev_index > broken_line_length:
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line_range.append(last_rev_index+1)
229
else:
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line_range.extend(range(last_rev_index+1, parent_index))
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col_index = _find_free_column(columns,
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empty_column,
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col_search_order,
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line_range)
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node = (col_index, color)
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for rev_index in branch_line:
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linegraph[rev_index][1] = node
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columns[col_index][rev_index] = True
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for rev_index in branch_line:
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(sequence_number,
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revid,
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merge_depth,
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revno_sequence,
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end_of_merge) = merge_sorted_revisions[rev_index]
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linegraph[rev_index][4] = graph_children[revid]
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col_index = linegraph[rev_index][1][0]
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for parent_revid in graph_parents[revid]:
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if parent_revid in revid_index:
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parent_index = revid_index[parent_revid]
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parent_node = linegraph[parent_index][1]
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if parent_node:
257
parent_col_index = parent_node[0]
258
else:
259
parent_col_index = None
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col_search_order = \
261
_line_col_search_order(columns,
262
parent_col_index,
263
col_index)
264
265
# If this line is really long, break it.
266
if len(branch_id) > 0 and \
267
broken_line_length and \
268
parent_index - rev_index > broken_line_length:
269
child_line_col_index = \
270
_find_free_column(columns,
271
empty_column,
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col_search_order,
273
(rev_index + 1,))
274
_mark_column_as_used(columns,
275
child_line_col_index,
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(rev_index + 1,))
277
278
# Recall _line_col_search_order to reset it back to
279
# the beging.
280
col_search_order = \
281
_line_col_search_order(columns,
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parent_col_index,
283
col_index)
284
parent_col_line_index = \
285
_find_free_column(columns,
286
empty_column,
287
col_search_order,
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(parent_index - 1,))
289
_mark_column_as_used(columns,
290
parent_col_line_index,
291
(parent_index - 1,))
292
lines.append((rev_index,
293
parent_index,
294
(child_line_col_index,
295
parent_col_line_index)))
296
else :
297
line_col_index = col_index
298
if parent_index - rev_index >1:
299
line_range = range(rev_index + 1, parent_index)
300
line_col_index = \
301
_find_free_column(columns,
302
empty_column,
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col_search_order,
304
line_range)
305
_mark_column_as_used(columns,
306
line_col_index,
307
line_range)
308
lines.append((rev_index,
309
parent_index,
310
(line_col_index,)))
311
finally:
312
progress_bar.finished()
313
314
update_root_progress(5)
315
progress_bar = ui.ui_factory.nested_progress_bar()
316
try:
317
progress_bar.update(msg="Pretifying graph", total=len(lines))
318
for i, (child_index, parent_index, line_col_indexes) in enumerate(lines):
319
if i % 25 == 0:
320
progress_bar.update(current=i)
321
(child_col_index, child_color) = linegraph[child_index][1]
322
(parent_col_index, parent_color) = linegraph[parent_index][1]
323
324
if len(line_col_indexes) == 1:
325
if parent_index - child_index == 1:
326
linegraph[child_index][2].append(
327
(child_col_index,
328
parent_col_index,
329
parent_color))
330
else:
331
# line from the child's column to the lines column
332
linegraph[child_index][2].append(
333
(child_col_index,
334
line_col_indexes[0],
335
parent_color))
336
# lines down the line's column
337
for line_part_index in range(child_index+1, parent_index-1):
338
linegraph[line_part_index][2].append(
339
(line_col_indexes[0],
340
line_col_indexes[0],
341
parent_color))
342
# line from the line's column to the parent's column
343
linegraph[parent_index-1][2].append(
344
(line_col_indexes[0],
345
parent_col_index,
346
parent_color))
347
else:
348
# Broken line
349
# line from the child's column to the lines column
350
linegraph[child_index][2].append(
351
(child_col_index,
76
for (rev_index, (sequence_number,
77
revid,
78
merge_depth,
79
revno_sequence,
80
end_of_merge)) in enumerate(merge_sorted_revisions):
81
if maxnum and rev_index >= maxnum:
82
break
83
revid_index[revid] = rev_index
84
revno_index[revno_sequence] = rev_index
85
86
branch_id = revno_sequence[0:-1]
87
88
branch_line = None
89
if branch_id not in branch_lines:
90
branch_line = []
91
branch_lines[branch_id] = branch_line
92
else:
93
branch_line = branch_lines[branch_id]
94
95
branch_line.append(rev_index)
96
97
parents = graph_parents[revid]
98
for parent_revid in parents:
99
graph_children[parent_revid].append(revid)
100
101
linegraph.append([revid,
102
None,
103
[],
104
parents,
105
None,
106
revno_sequence])
107
108
branch_ids = branch_lines.keys()
109
110
def branch_id_cmp(x, y):
111
"""Compaire branch_id's first by the number of digits, then reversed
112
by their value"""
113
len_x = len(x)
114
len_y = len(y)
115
if len_x == len_y:
116
return -cmp(x, y)
117
return cmp(len_x, len_y)
118
119
branch_ids.sort(branch_id_cmp)
120
# This will hold a tuple of (child_index, parent_index, col_index) for each
121
# line that needs to be drawn. If col_index is not none, then the line is
122
# drawn along that column, else the the line can be drawn directly between
123
# the child and parent because either the child and parent are in the same
124
# branch line, or the child and parent are 1 row apart.
125
lines = []
126
empty_column = [False for i in range(len(graph_parents))]
127
# This will hold a bit map for each cell. If the cell is true, then the
128
# cell allready contains a node or line. This use when deciding what column
129
# to place a branch line or line in, without it overlaping something else.
130
columns = [list(empty_column)]
131
132
133
for branch_id in branch_ids:
134
branch_line = branch_lines[branch_id]
135
136
# Find the col_index for the direct parent branch. This will be the
137
# starting point when looking for a free column.
138
parent_col_index = 0
139
parent_index = None
140
if len(branch_id) > 1:
141
parent_revno = branch_id[0:-1]
142
if parent_revno in revno_index:
143
parent_index = revno_index[parent_revno]
144
parent_node = linegraph[parent_index][1]
145
if parent_node:
146
parent_col_index = parent_node[0]
147
148
149
col_search_order = _branch_line_col_search_order(columns,
150
parent_col_index)
151
color = reduce(lambda x, y: x+y, branch_id, 0)
152
cur_cont_line = []
153
154
line_range = []
155
last_rev_index = None
156
for rev_index in branch_line:
157
if last_rev_index:
158
if BROKEN_LINE_LENGTH and \
159
rev_index - last_rev_index > BROKEN_LINE_LENGTH:
160
line_range.append(last_rev_index+1)
161
line_range.append(rev_index-1)
162
else:
163
line_range.extend(range(last_rev_index+1, rev_index))
164
165
line_range.append(rev_index)
166
last_rev_index = rev_index
167
168
if parent_index:
169
if BROKEN_LINE_LENGTH and \
170
parent_index - last_rev_index > BROKEN_LINE_LENGTH:
171
line_range.append(last_rev_index+1)
172
else:
173
line_range.extend(range(last_rev_index+1, parent_index))
174
175
col_index = _find_free_column(columns,
176
empty_column,
177
col_search_order,
178
line_range)
179
node = (col_index, color)
180
for rev_index in branch_line:
181
linegraph[rev_index][1] = node
182
columns[col_index][rev_index] = True
183
184
for rev_index in branch_line:
185
(sequence_number,
186
revid,
187
merge_depth,
188
revno_sequence,
189
end_of_merge) = merge_sorted_revisions[rev_index]
190
191
linegraph[rev_index][4] = graph_children[revid]
192
col_index = linegraph[rev_index][1][0]
193
194
for parent_revid in graph_parents[revid]:
195
if parent_revid in revid_index:
196
197
parent_index = revid_index[parent_revid]
198
parent_node = linegraph[parent_index][1]
199
if parent_node:
200
parent_col_index = parent_node[0]
201
else:
202
parent_col_index = None
203
col_search_order = \
204
_line_col_search_order(columns,
205
parent_col_index,
206
col_index)
207
208
# If this line is really long, break it.
209
if len(branch_id) > 0 and \
210
BROKEN_LINE_LENGTH and \
211
parent_index - rev_index > BROKEN_LINE_LENGTH:
212
child_line_col_index = \
213
_find_free_column(columns,
214
empty_column,
215
col_search_order,
216
(rev_index + 1,))
217
_mark_column_as_used(columns,
218
child_line_col_index,
219
(rev_index + 1,))
220
221
# Recall _line_col_search_order to reset it back to
222
# the beging.
223
col_search_order = \
224
_line_col_search_order(columns,
225
parent_col_index,
226
col_index)
227
parent_col_line_index = \
228
_find_free_column(columns,
229
empty_column,
230
col_search_order,
231
(parent_index - 1,))
232
_mark_column_as_used(columns,
233
parent_col_line_index,
234
(parent_index - 1,))
235
lines.append((rev_index,
236
parent_index,
237
(child_line_col_index,
238
parent_col_line_index)))
239
else :
240
line_col_index = col_index
241
if parent_index - rev_index >1:
242
line_range = range(rev_index + 1, parent_index)
243
line_col_index = \
244
_find_free_column(columns,
245
empty_column,
246
col_search_order,
247
line_range)
248
_mark_column_as_used(columns,
249
line_col_index,
250
line_range)
251
lines.append((rev_index,
252
parent_index,
253
(line_col_index,)))
254
255
for (child_index, parent_index, line_col_indexes) in lines:
256
(child_col_index, child_color) = linegraph[child_index][1]
257
(parent_col_index, parent_color) = linegraph[parent_index][1]
258
259
if len(line_col_indexes) == 1:
260
if parent_index - child_index == 1:
261
linegraph[child_index][2].append(
262
(child_col_index,
263
parent_col_index,
264
parent_color))
265
else:
266
# line from the child's column to the lines column
267
linegraph[child_index][2].append(
268
(child_col_index,
269
line_col_indexes[0],
270
parent_color))
271
# lines down the line's column
272
for line_part_index in range(child_index+1, parent_index-1):
273
linegraph[line_part_index][2].append(
274
(line_col_indexes[0],
352
275
line_col_indexes[0],
353
276
parent_color))
354
# Broken line end
355
linegraph[child_index+1][2].append(
356
(line_col_indexes[0],
357
None,
358
parent_color))
359
360
# Broken line end
361
linegraph[parent_index-2][2].append(
362
(None,
363
line_col_indexes[1],
364
parent_color))
365
# line from the line's column to the parent's column
366
linegraph[parent_index-1][2].append(
367
(line_col_indexes[1],
368
parent_col_index,
369
parent_color))
370
finally:
371
progress_bar.finished()
372
return (linegraph, revid_index, len(columns))
373
else:
374
return (linegraph, revid_index, 0)
277
# line from the line's column to the parent's column
278
linegraph[parent_index-1][2].append(
279
(line_col_indexes[0],
280
parent_col_index,
281
parent_color))
282
else:
283
# Broken line
284
# line from the child's column to the lines column
285
linegraph[child_index][2].append(
286
(child_col_index,
287
line_col_indexes[0],
288
parent_color))
289
# Broken line end
290
linegraph[child_index+1][2].append(
291
(line_col_indexes[0],
292
None,
293
parent_color))
294
295
# Broken line end
296
linegraph[parent_index-2][2].append(
297
(None,
298
line_col_indexes[1],
299
parent_color))
300
# line from the line's column to the parent's column
301
linegraph[parent_index-1][2].append(
302
(line_col_indexes[1],
303
parent_col_index,
304
parent_color))
305
375
306
307
return (linegraph, revid_index, len(columns))
376
308
377
309
def _branch_line_col_search_order(columns, parent_col_index):
378
310
for col_index in range(parent_col_index, len(columns)):
Loggerhead is a web-based interface for Breezy
Version: 2.0.2.dev0