def process(index, graphs, trace=False):
def output(s):
if not trace:
io.write(s)
order = FileTypes.get_filetypes_by_build_target()
for filetype in order:
items = index.get(filetype, [])
items = util.isort(items)
if items:
output('%s:\n' % filetype.name)
for item in items:
line = '- %s\n' % item
output(line)
if trace:
graph_fp = trace_file(item, filetype)
graph = DelphiGraph.from_file(graph_fp)
graphs[item] = graph
filter_index_by_graph(index, graph,
excludes=[FileTypes.DelphiProjectGroup,
FileTypes.DelphiProject,
FileTypes.Program,
FileTypes.Library,
FileTypes.Package])
def get_explore_report(index, graphs):
s = 'Graphs:\n'
order = FileTypes.get_filetypes_by_build_target()
for filetype in order:
items = index.get(filetype, [])
items = util.isort(items)
for item in items:
dg = graphs.get(item)
filter_index_by_graph(index, dg, excludes=[])
if dg:
df = dg.rootnode
def set_path(node):
node.path = io.relpath(os.path.join(dg.abspath, node.path),
relative_to=os.getcwd())
return True
set_path(df)
df.filter_nodes(set_path)
df.filter_nodes(lambda n: n.filetype in order)
s += '\n'.join(collect_nodes(df)) + '\n'
t = ''
order = FileTypes.get_filetypes_by_category(Categories.Source)
for filetype in order:
items = index.get(filetype, [])
items = util.isort(items)
if items:
t += '= %s =\n' % filetype.name
for item in items:
t += '- %s\n' % item
if t:
s += '\nLoose files:\n'
s += t
return s