def _get_lines(self, node):
n = 0
if node:
n = node.n
if n not in self.lines:
util._undo_to(n)
self.lines[n] = util.vim().current.buffer[:]
return self.lines[n]
def _get_lines(self,node):
n = 0
if node:
n = node.n
if n not in self.lines:
util._undo_to(n)
self.lines[n] = util.vim().current.buffer[:]
return self.lines[n]
def generate(verbose, num_header_lines, first_visible_line, last_visible_line, inline_graph, nodesData):
"""
Generate an array of the graph, and text describing the node of the graph.
"""
seen, state = [], [0, 0]
result = []
current = nodesData.current()
nodes, nmap = nodesData.make_nodes()
max_saved_num = 0
current_save = 0
for node in nodes:
node.children = [n for n in nodes if n.parent == node]
if node.saved > max_saved_num:
max_saved_num = node.saved
current_save = node.n
def walk_nodes(nodes):
for node in nodes:
if node.parent:
yield (node, [node.parent])
else:
yield (node, [])
dag = sorted(nodes, key=lambda n: int(n.n), reverse=True)
dag = walk_nodes(dag)
line_number = num_header_lines
for idx, part in list(enumerate(dag)):
node, parents = part
if node.time:
age_label = age(int(node.time))
else:
age_label = 'Original'
line = '[%s] %s' % (node.n, age_label)
if node.n == current:
if node.saved:
char = '$'
else:
char = '@'
elif node.saved:
if node.n == current_save:
char = 'S'
else:
char = 's'
else:
char = 'o'
show_inine_diff = inline_graph and line_number >= first_visible_line and line_number <= last_visible_line
preview_diff = nodesData.preview_diff(node.parent, node, False, show_inine_diff)
line = '[%s] %-10s %s' % (node.n, age_label, preview_diff)
new_lines = ascii(state, 'C', char, [line], asciiedges(seen, node, parents), verbose)
line_number += len(new_lines)
result.extend(new_lines)
util._undo_to(current)
return result
def generate(verbose, num_header_lines, first_visible_line, last_visible_line,
inline_graph, nodesData):
"""
Generate an array of the graph, and text describing the node of the graph.
"""
seen, state = [], [0, 0]
result = []
current = nodesData.current()
nodes, nmap = nodesData.make_nodes()
for node in nodes:
node.children = [n for n in nodes if n.parent == node]
def walk_nodes(nodes):
for node in nodes:
if node.parent:
yield (node, [node.parent])
else:
yield (node, [])
dag = sorted(nodes, key=lambda n: int(n.n), reverse=True)
dag = walk_nodes(dag)
line_number = num_header_lines
for idx, part in list(enumerate(dag)):
node, parents = part
if node.time:
age_label = age(int(node.time))
else:
age_label = 'Original'
line = '[%s] %s' % (node.n, age_label)
if node.n == current:
char = '@'
elif node.saved:
char = 'w'
else:
char = 'o'
show_inine_diff = inline_graph and line_number >= first_visible_line and line_number <= last_visible_line
preview_diff = nodesData.preview_diff(node.parent, node, False,
show_inine_diff)
line = '[%s] %-10s %s' % (node.n, age_label, preview_diff)
new_lines = ascii(state, 'C', char, [line],
asciiedges(seen, node, parents), verbose)
line_number += len(new_lines)
result.extend(new_lines)
util._undo_to(current)
return result
def change_preview_diff(self, before, after):
self._check_version_location()
key = "%s-%s-cpd" % (before.n, after.n)
if key in self.diffs:
return self.diffs[key]
util._goto_window_for_buffer(util.vim().eval('g:mundo_target_n'))
before_lines = self._get_lines(before)
after_lines = self._get_lines(after)
before_name = str(before.n or 'Original')
before_time = before.time and self._fmt_time(before.time) or ''
after_name = str(after.n or 'Original')
after_time = after.time and self._fmt_time(after.time) or ''
util._undo_to(self.current())
self.diffs[key] = list(
difflib.unified_diff(before_lines, after_lines, before_name,
after_name, before_time, after_time))
return self.diffs[key]
def change_preview_diff(self,before,after):
self._check_version_location()
key = "%s-%s-cpd"%(before.n,after.n)
if key in self.diffs:
return self.diffs[key]
util._goto_window_for_buffer(util.vim().eval('g:mundo_target_n'))
before_lines = self._get_lines(before)
after_lines = self._get_lines(after)
before_name = str(before.n or 'Original')
before_time = before.time and self._fmt_time(before.time) or ''
after_name = str(after.n or 'Original')
after_time = after.time and self._fmt_time(after.time) or ''
util._undo_to(self.current())
self.diffs[key] = list(difflib.unified_diff(before_lines, after_lines,
before_name, after_name,
before_time, after_time))
return self.diffs[key]