def retrieve(repository):
functions = repository.retrieve_functions()
names = {
(n,repository.address_functions(f,n,l))
for (n,f,l) in functions
}
files = {
(f,repository.address_files(f))
for (n,f,l) in functions
}
ni = list(a for (n,a) in names)
nf = list(a for (f,a) in files)
idx = ni+nf+['.']
#print(idx)
#
graph = model.Graph([],[])
#
for (n,a) in names:
graph.nodes.append(model.Node(n, 'Function', idx.index(a), a, 2))
for (f,a) in files:
graph.nodes.append(model.Node(f, 'File', idx.index(a), a, 1))
graph.nodes.append(model.Node('.', 'File', idx.index('.'), repository.origin))
for (n,f,l) in functions:
graph.links.append(model.Link( idx.index(repository.address_files(f)), idx.index(repository.address_functions(f,n,l)), 1, 2))
for (f,a) in files:
graph.links.append(model.Link( idx.index(a), idx.index('.'), 1, 1))
#for (c, p) in parents:
# graph.links.append(model.Link( idx.index(c), idx.index(p), 2))
return graph
def retrieve(repository):
features = repository.retrieve_features()
names = {
(n,repository.address_functions(f,n,l),ff[0])
for (n,f,l,ff) in features
}
files = {
(f,repository.address_files(f))
for (n,f,l,ff) in features
}
ni = list(a for (n,a,c) in names)
nf = list(a for (f,a) in files)
idx = ni+nf+['.']
#print(idx)
#
graph = model.Graph([],[])
#
for (n,a,c) in names:
graph.nodes.append( model.Node(name = n, group = 'Function', id = idx.index(a), url = a, visibility = 2, complexity = 5+float(c)/3) )
for (f,a) in files:
graph.nodes.append( model.Node(name = f, group = 'File', id = idx.index(a), url = a, visibility = 1, complexity = 4.0))
#
graph.nodes.append( model.Node(name = '.', group = 'File', id = idx.index('.'), url = repository.origin, complexity = 6.0) )
#
for (n,f,l,ff) in features:
graph.links.append(model.Link(idx.index(repository.address_files(f)), idx.index(repository.address_functions(f,n,l)), 1, visibility = 2))
for (f,a) in files:
graph.links.append(model.Link(idx.index(a), idx.index('.'), 1, visibility = 1))
#for (c, p) in parents:
# graph.links.append(model.Link( idx.index(c), idx.index(p), 2))
return graph