def app():
srepo = SRepo("stud.txt")
grepo = Grepo(srepo, "grade.txt")
scntr = SController(srepo)
gcntr = GradeController(grepo, srepo)
ui = UI(scntr, gcntr)
ui.start()
def app():
srepo = SRepo("stud.txt")
grepo = Grepo(srepo, "grade.txt")
scntr = SController(srepo)
gcntr = GradeController(grepo, srepo)
ui = UI(scntr, gcntr)
ui.start()
def main(self):
StudRepo = StudentFileRepo("student.txt")
StudContr = StudentController(StudRepo, StudentValidator)
print(StudRepo)
labrep = LabRepo("laboratory.txt", StudRepo)
LabContr = LabController(labrep, StudRepo)
print(labrep)
cons = UI(StudContr, LabContr)
cons.start()
def run():
graph, ep = loadFromFile()
ui = UI()
utils = Utils()
ui.clear()
while True:
opt = ui.mainMenu()
if opt == 0:
ui.clear()
break
elif opt == 1:
ui.clear()
startVertex = ui.readVertex("Enter start vertex: ", graph.getVertices())
if startVertex != -1:
endVertex = ui.readVertex("Enter end vertex: ", graph.getVertices())
if endVertex != -1:
utils.BellmanFord(graph, ep, startVertex, endVertex)
ui.wait4enter()
elif opt == 2:
ui.showG_or_EP(graph)
elif opt == 3:
ui.showG_or_EP(ep)
def run(): graph = loadFromFile() ui = UI() utils = Utils() ui.clear() while True: opt = ui.mainMenu() if opt == 0: ui.clear() break elif opt == 1: ui.clear() colorList = utils.colorGraph(graph) ui.showColoredGraph(colorList) ui.wait4enter() elif opt == 2: ui.clear() print graph ui.wait4enter()
def run():
loadFromFile()
copyGraph = deepcopy(graph)
copyEP = deepcopy(ep)
ui = UI()
ui.clear()
while True:
opt = ui.mainMenu()
if opt == 0:
ui.clear()
break
elif opt == 1:
ui.clear()
ui.numberVertices(graph.getNbrVertices())
ui.wait4enter()
elif opt == 2:
ui.clear()
startVertex = ui.readVertex("Enter start vertex: ", graph.getDictKeys())
if startVertex != -1:
endVertex = ui.readVertex("Enter end vertex: ", graph.getDictKeys())
if endVertex != -1:
if graph.isEdge(startVertex, endVertex):
print "Yes. There is an edge from", startVertex, "to", endVertex
else:
print "No. There dosen't exists an edge from", startVertex, "to", endVertex
ui.wait4enter()
else:
ui.clear()
else:
ui.clear()
elif opt == 3:
ui.clear()
vertex = ui.readVertex("Enter vertex: ", graph.getDictKeys())
if vertex != -1:
x = graph.vertexDegree(vertex)
print "In degree:",x[0]
print "Out degree:", x[1]
ui.wait4enter()
else:
ui.clear()
elif opt == 4:
ui.clear()
vertex = ui.readVertex("Enter vertex: ", graph.getDictKeys())
if vertex != -1:
print graph.outbound(vertex)
ui.wait4enter()
else:
ui.clear()
elif opt == 5:
ui.clear()
vertex = ui.readVertex("Enter vertex: ", graph.getDictKeys())
if vertex != -1:
print graph.inbound(vertex)
ui.wait4enter()
else:
ui.clear()
elif opt == 6:
ui.clear()
startVertex = ui.readVertex("Enter start vertex: ", graph.getDictKeys())
if startVertex != -1:
endVertex = ui.readVertex("Enter end vertex: ", graph.getDictKeys())
if endVertex != -1:
if graph.isEdge(startVertex, endVertex):
ep.retrieveProperty(startVertex, endVertex)
ui.wait4enter()
else:
print "That edge does not exist!"
ui.wait4enter()
else:
ui.clear()
else:
ui.clear()
elif opt == 7:
ui.clear()
startVertex = ui.readVertex("Enter start vertex: ", graph.getDictKeys())
if startVertex != -1:
endVertex = ui.readVertex("Enter end vertex: ", graph.getDictKeys())
if endVertex != -1:
if graph.isEdge(startVertex, endVertex):
value = raw_input("Enter value: ").strip()
ep.modifyProperty(startVertex, endVertex, value)
ui.clear()
else:
print "That edge does not exist!"
ui.wait4enter()
else:
ui.clear()
else:
ui.clear()
elif opt == 8:
ui.clear()
startVertex = ui.readVertex("Enter start vertex: ", graph.getDictKeys())
if startVertex != -1:
endVertex = ui.readVertex("Enter end vertex: ", graph.getDictKeys())
if endVertex != -1:
if graph.isEdge(startVertex, endVertex):
print "That edge already exists!"
ui.wait4enter()
else:
value = raw_input("Enter value: ").strip()
graph.addEdge(startVertex, endVertex)
ep.addEP((startVertex, endVertex), value)
ui.clear()
else:
ui.clear()
else:
ui.clear()
elif opt == 9:
ui.clear()
startVertex = ui.readVertex("Enter start vertex: ", graph.getDictKeys())
if startVertex != -1:
endVertex = ui.readVertex("Enter end vertex: ", graph.getDictKeys())
if endVertex != -1:
if graph.isEdge(startVertex, endVertex):
graph.removeEdge(startVertex, endVertex)
toBeRemovedEdges = []
toBeRemovedEdges.append((startVertex, endVertex))
ep.removeEdges(toBeRemovedEdges)
else:
print "There dosen't exists an edge from", startVertex, "to", endVertex
ui.wait4enter()
ui.clear()
elif opt == 10:
ui.clear()
vertex = ui.readNewVertex("Enter vertex (positive integer): ", graph.getDictKeys())
if vertex != -1:
graph.addVertex(vertex)
ui.clear()
elif opt == 11:
ui.clear()
vertex = ui.readVertex("Enter vertex: ", graph.getDictKeys())
if vertex != -1:
toBeRemovedEdges = graph.removeVertex(vertex)
ep.removeEdges(toBeRemovedEdges)
ui.clear()
elif opt == 12:
ui.clear()
ui.showG_or_EP(copyGraph)
ui.wait4enter()
elif opt == 13:
ui.clear()
ui.showG_or_EP(copyEP)
ui.wait4enter()
elif opt == 14:
ui.clear()
ui.showG_or_EP(graph)
ui.wait4enter()
elif opt == 15:
ui.showG_or_EP(ep)
ui.wait4enter()
from console import UI ui = UI() ui.run()
disciplineCtrl.addDiscipline(Discipline(3, "physics education")) disciplineCtrl.addDiscipline(Discipline(11, "computer science")) # gradeCtrl = GradeCtrl(gradeRepo) gradeCtrl.addGrade(Grade(1, "Ana", 1, "maths", 3)) gradeCtrl.addGrade(Grade(10, "Tini", 2, "maths", 8)) gradeCtrl.addGrade(Grade(11, "Toni", 2, "maths", 6)) gradeCtrl.addGrade(Grade(3, "Ion", 1, "english", 2)) gradeCtrl.addGrade(Grade(2, "Gigi", 1, "english", 7.5)) gradeCtrl.addGrade(Grade(4, "Mihnea", 1, "english", 8)) gradeCtrl.addGrade(Grade(5, "Gheorghe", 1, "english", 9)) gradeCtrl.addGrade(Grade(6, "Hagi", 1, "english", 6)) gradeCtrl.addGrade(Grade(7, "Urko", 1, "english", 9)) gradeCtrl.addGrade(Grade(8, "Bastos", 1, "english", 10)) gradeCtrl.addGrade(Grade(5, "Gheorghe", 1, "english", 8)) gradeCtrl.addGrade(Grade(6, "Hagi", 1, "english", 7)) gradeCtrl.addGrade(Grade(7, "Urko", 1, "english", 9)) gradeCtrl.addGrade(Grade(8, "Bastos", 1, "english", 10)) undoRedo = UndoRedo(studentCtrl, disciplineCtrl, gradeCtrl) undoRedoCtrl = UndoRedoCtrl(undoRedo) file = StudentFileRepository() controllerFile = cFile(file) ui = UI(studentCtrl, disciplineCtrl, gradeCtrl, undoRedoCtrl, controllerFile) ui.mainMenu()
def run(): graph = loadFromFile() ui = UI() utils = Utils() ui.clear() visited = [] while True: opt = ui.mainMenu() if opt == 0: ui.clear() break elif opt == 1: ui.clear() ui.showCC(utils.connected_components(graph)) ui.wait4enter() elif opt == 2: ui.clear() print graph ui.wait4enter()
from game import Board, Game from console import UI from AIalgorithms import BasicAlgorithm b = Board() AI = BasicAlgorithm() g = Game(AI, b) start = UI(g) start.start()
