82
82
trees = (self.old_tree, self.new_tree)
83
for (file_id, paths, changed_content, versioned, parent, name, kind,
84
executable) in iterator:
83
for change in iterator:
85
84
# The root does not get diffed, and items with no known kind (that
86
85
# is, missing) in both trees are skipped as well.
87
if parent == (None, None) or kind == (None, None):
86
if change.parent_id == (None, None) or change.kind == (None, None):
89
path_encoded = (get_encoded_path(paths[0]),
90
get_encoded_path(paths[1]))
91
present = ((kind[0] not in (None, 'directory')),
92
(kind[1] not in (None, 'directory')))
88
path_encoded = (get_encoded_path(change.path[0]),
89
get_encoded_path(change.path[1]))
90
present = ((change.kind[0] not in (None, 'directory')),
91
(change.kind[1] not in (None, 'directory')))
93
92
if not present[0] and not present[1]:
95
contents = (get_blob(present[0], trees[0], paths[0]),
96
get_blob(present[1], trees[1], paths[1]))
97
renamed = (parent[0], name[0]) != (parent[1], name[1])
94
contents = (get_blob(present[0], trees[0], change.path[0]),
95
get_blob(present[1], trees[1], change.path[1]))
96
renamed = (change.parent_id[0], change.name[0]) != (change.parent_id[1], change.name[1])
98
97
mode = (get_file_mode(trees[0], path_encoded[0],
99
kind[0], executable[0]),
98
change.kind[0], change.executable[0]),
100
99
get_file_mode(trees[1], path_encoded[1],
101
kind[1], executable[1]))
100
change.kind[1], change.executable[1]))
102
101
write_blob_diff(self.to_file,
103
102
(path_encoded[0], mode[0], contents[0]),
104
103
(path_encoded[1], mode[1], contents[1]))
105
has_changes |= (changed_content or renamed)
104
has_changes |= (change.changed_content or renamed)
106
105
return has_changes