def files_with_definitions_dependencies(self, path):
file_names = FilesDependencies.find_files_in_directory(self, path)
names = []
sizes = []
graph = Digraph('filesMethodsDefinitionsGraph', strict=True, format='pdf', filename='filesMethodsDefinitionsGraph',
node_attr={'color': 'khaki', 'style': 'filled', 'shape': 'doublecircle'})
graph.attr(size='50', labelloc='b', label='Version: \n' + HashCommit.get_commit_hash(path))
color = Color()
for i in file_names:
tmp = i.split(" ")
names.append(tmp[0])
sizes.append(tmp[1])
for file, size in zip(names, sizes):
same_function_dependencies = FilesWithDefinitionsDependencies.methods_in_file(self, path, file)
graph.node(file, **{'width': str(float(size) / 15000), 'height': str(float(size) / 15000),
'color': color.__str__()})
for i in same_function_dependencies[file]:
graph.edge(i, file)
color.h += 0.05
try:
graph.view(tempfile.mktemp('.filesMethodsDefinitionsGraph'))
except Exception:
from gui.Window import Window
Window.show_error(Window)
class ColorNode:
''' Creates a new color node from a color object.
Constructor arguments:
:param color: information about a color read in from a JSON file.
'''
def __init__(self, color):
# The color, indicated by RGB values.
self.color = Color(\
color['rgb']['r'], \
color['rgb']['g'], \
color['rgb']['b'] \
)
# The color's name.
self.name = color['name']
# The color's brand.
self.brand = color['brand']
# The identifying code used by the color's brand.
self.code = color['code']
# The node's left and right children.
self.left = None
self.right = None
''' Formats node for printing.
'''
def __str__(self):
return self.name + " " + self.color.__str__()
def __str__(self):
string_f = Figura.__str__(self)
string_c = Color.__str__(self)
return (string_f + '\n' + string_c + '\n' + "<----x---->")
def __str__(self):
return FiguraGeometrica.__str__(self) + ", el area del Rectangulo es: " + str(
self.area()) + " y es de " + Color.__str__(self)
def __str__(self):
# Cuando llame un metoodo de la misma clase se necesita primero pner self.nombre_del_metodo()
# Cuando se llama un metodo de otra clase el se ira dentro de los parentesis.
return FiguraGeometrica.__str__(
self) + ", el area del cuadrado es: " + str(
self.area()) + " y es de " + Color.__str__(self)
def __str__(self):
a = self.area()
return FiguraGeometrica.__str__(self) + ", " + Color.__str__(
self) + ", Area: " + str(a)
