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#########################################################################
#
# Date: Aug 2003 Authors: Daniel Stoffler, Michel Sanner
#
# sanner@scripps.edu
# stoffler@scripps.edu
#
# The Scripps Research Institute (TSRI)
# Molecular Graphics Lab
# La Jolla, CA 92037, USA
#
# Copyright: Daniel Stoffler, Michel Sanner, and TSRI
#
#########################################################################
from time import sleep
import os
from NetworkEditor.net import Network
from NetworkEditor.simpleNE import NetworkNode, NetworkBuilder
from NetworkEditor.Tests.nodes import DialNode, PrintNode, PassNode
ed = None
def setUp():
global ed
ed = NetworkBuilder("test builder1", withShell=0,
visibleWidth=400, visibleHeight=300)
ed.master.update()
ed.configure(withThreads=0)
def tearDown():
ed.exit_cb()
import gc
gc.collect()
##########################
## Helper methods
##########################
def pause(sleepTime=None):
if sleepTime is None:
from NetworkEditor.Tests import pauseLength as sleepTime
ed.master.update()
sleep(sleepTime)
##########################
## Tests
##########################
def test_000_openNodeEditor():
n = NetworkNode('Test Node')
ed.currentNetwork.addNode(n, 100, 50)
n.edit()
pause()
from NetworkEditor.Editor import NodeEditor
assert isinstance(n.objEditor, NodeEditor),\
"Expexted %s, got %s"%(NodeEditor, n.objEditor.__class__)
n.objEditor.Dismiss()
assert n.objEditor == None,"Expected None, got %s"%n.objEditor
def test_001_renameNodeOK():
n = NetworkNode('Test Node')
ed.currentNetwork.addNode(n, 100, 50)
n.edit()
n.objEditor.nameTk.set('New Name')
pause()
n.objEditor.OK()
assert n.name == 'New Name',"Expected 'New Name', got '%s'"%n.name
assert n.network.canvas.itemconfig(n.textId)['text'][4]==('New', 'Name'),\
"Expected ('New', 'Name'), got %s"%n.network.canvas.itemconfig(n.textId)['text'][4]
def test_002_renameNodeApply():
n = NetworkNode('Test Node')
ed.currentNetwork.addNode(n, 100, 50)
n.edit()
n.objEditor.nameTk.set('New Name')
pause()
n.objEditor.Apply()
assert n.name == 'New Name',"Expected 'New Name', got '%s'"%n.name
assert n.network.canvas.itemconfig(n.textId)['text'][4]==('New', 'Name'),\
"Expected ('New', 'Name'), got %s"%n.network.canvas.itemconfig(n.textId)['text'][4]
def test_003_renameNodeDismiss():
n = NetworkNode('DoNotChangeMyName')
ed.currentNetwork.addNode(n, 100, 50)
n.edit()
n.objEditor.nameTk.set('New Name')
pause()
n.objEditor.Dismiss()
assert n.name == 'DoNotChangeMyName',\
"Expected 'DoNotChangeMyName', got %s"%n.name
assert n.network.canvas.itemconfig(n.textId)['text'][4]==\
'DoNotChangeMyName',\
"Expected 'DoNotChangeMyName', got '%s'"%n.network.canvas.itemconfig(n.textId)['text'][4]
def test_004_RenameSaveAndReload():
n = NetworkNode('Test Node')
ed.currentNetwork.addNode(n, 100, 50)
n.edit()
n.objEditor.nameTk.set('New Name')
pause()
n.objEditor.OK()
os.system("rm -f a_net.py*")
# save network and reaload it
ed.saveNetwork('a_net.py')
ed.delete()
ed.loadNetwork('a_net.py')
n = ed.currentNetwork.nodes[0]
assert n.name == 'New Name',"Expected 'New Name', got '%s'"%n.name
assert n.network.canvas.itemconfig(n.textId)['text'][4]==('New', 'Name'),\
"Expected ('New', 'Name'), got %s"%n.network.canvas.itemconfig(n.textId)['text'][4]
#clean up temporary network file
os.system("rm -f a_net.py*")
def test_005_addInputPort():
n = NetworkNode('Test Node')
ed.currentNetwork.addNode(n, 100, 50)
n.edit()
lp = len(n.inputPorts)
n.objEditor.newInputPort()
p = n.inputPorts[-1]
pause()
assert len(n.inputPorts) == lp+1,\
"Expected %s, got %s"%(lp+1, len(n.inputPorts))
assert len(n.inputPortsDescr) == 1,\
"Expected 1, got %s"%len(n.inputPortsDescr)
assert p._modified == True,"Expected True, got %s"%p._modified
import Tkinter
assert isinstance( p.portEditCB, Tkinter.Checkbutton),\
"Expected %s, got %s"%(Tkinter.Checkbutton, p.portEditCB.__class__)
assert isinstance( p.portDelCB, Tkinter.Checkbutton),\
"Expecyed %s, got %s"%(Tkinter.Checkbutton, p.portDelCB.__class__)
sig = n.sourceCode.split('\n')
assert p.name in sig[0],"p.name is: %s; sig[0] contains: %s"%(
p.name, sig[0])
# save network and reload it, make sure port modification will survive
# next save operation
os.system("rm -f a_net.py*")
ed.saveNetwork('a_net.py')
ed.deleteNetwork(ed.currentNetwork)
ed.loadNetwork('a_net.py')
n = ed.currentNetwork.nodes[0]
assert len(n.inputPorts) == lp+1,\
"Expected %s, got %s"%(lp+1, len(n.inputPorts))
assert len(n.inputPortsDescr) == 1,\
"Expected 1, got %s"%len(n.inputPortsDescr)
p = n.inputPorts[-1]
sig = n.sourceCode.split('\n')
assert p.name in sig[0], "p.name is: %s; sig[0] contains: %s"%(
p.name, sig[0])
#clean up temporary network file
os.system("rm -f a_net.py*")
def test_006_addOutputPort():
n = NetworkNode('Test Node')
ed.currentNetwork.addNode(n, 100, 50)
n.edit()
lp = len(n.outputPorts)
n.objEditor.newOutputPort()
p = n.outputPorts[-1]
pause()
assert len(n.outputPorts) == lp+1,\
"Expected %s, got %s"%(lp+1, len(n.outputPorts))
assert len(n.outputPortsDescr) == 1,\
"Expected 1, got %s"%len(n.outputPortsDescr)
assert p._modified == True,\
"Expected True, got %s"%p._modified
import Tkinter
assert isinstance( p.portEditCB, Tkinter.Checkbutton),\
"Expected %s, got %s"%(Tkinter.Checkbutton, p.portEditCB.__class__)
assert isinstance( p.portDelCB, Tkinter.Checkbutton),\
"Expecyed %s, got %s"%(Tkinter.Checkbutton, p.portDelCB.__class__)
# save network and reload it, make sure port modification will survive
# next save operation
os.system("rm -f a_net.py*")
ed.saveNetwork('a_net.py')
ed.delete()
ed.loadNetwork('a_net.py')
n = ed.currentNetwork.nodes[0]
assert len(n.outputPorts) == lp+1,\
"Expected %s, got %s"%(lp+1, len(n.outputPorts))
assert len(n.outputPortsDescr) == 1,\
"Expected 1, got %s"%len(n.outputPortsDescr)
p = n.outputPorts[-1]
#clean up temporary network file
os.system("rm -f a_net.py*")
def test_007_deleteInputPort():
n = NetworkNode('Test Node')
ed.currentNetwork.addNode(n, 100, 50)
n.edit()
lp = len(n.inputPorts)
n.objEditor.newInputPort()
pause()
assert n.inputPorts[-1].node == n,\
"Expected %s, got %s"%(n, n.inputPorts[-1].node)
assert n.inputPorts[-1].network == n.network,\
"Expected %s, got %s"%(n.network, n.inputPorts[-1].network)
assert n.inputPorts[-1].getEditor() == n.getEditor(),\
"Expected %s, got %s"%(n.getEditor(), n.inputPorts[-1].getEditor())
n.objEditor.newInputPort()
n.objEditor.newInputPort()
p = n.inputPorts[-1]
assert len(n.inputPorts) == lp+3,\
"Expected %s, got %s"%(lp+3, len(n.inputPorts))
assert len(n.inputPortsDescr) == 3,\
"Expected 3, got %s"%len(n.inputPortsDescr)
assert n.inputPorts[0].name == 'in0',\
"Expected 'in0', got '%s'"%n.inputPorts[0].name
assert n.inputPorts[1].name == 'in1',\
"Expected 'in1', got '%s'"%n.inputPorts[1].name
assert n.inputPorts[2].name == 'in2',\
"Expected 'in2', got '%s'"%n.inputPorts[2].name
sig = n.sourceCode.split('\n')
assert 'def doit(self, in0, in1, in2):' in sig[0],\
"sig[0] contains: %s"%sig[0]
p = n.inputPorts[1]
n.objEditor.deletePort(p)
pause()
assert len(n.inputPorts) == lp+2,\
"Expected %s, got %s"%(lp+2, len(n.inputPorts))
assert len(n.inputPortsDescr) == 2,\
"Expected 2, got %s"%len(n.inputPortsDescr)
assert n.inputPorts[0].name == 'in0',\
"Expected 'in0', got '%s'"%n.inputPorts[0].name
assert n.inputPorts[1].name == 'in2',\
"Expected 'in2', got '%s'"%n.inputPorts[1].name
sig = n.sourceCode.split('\n')
assert 'def doit(self, in0, in2):' in sig[0],\
"sig[0] contains: %s"%sig[0]
def test_008_deleteOutputPort():
n = NetworkNode('Test Node')
ed.currentNetwork.addNode(n, 100, 50)
n.edit()
lp = len(n.outputPorts)
n.objEditor.newOutputPort()
assert n.outputPorts[-1].node == n,\
"Expected %s, got %s"%(n, n.outputPorts[-1].node)
assert n.outputPorts[-1].network == n.network,\
"Expected %s, got %s"%(n.network, n.outputPorts[-1].network)
assert n.outputPorts[-1].getEditor() == n.getEditor(),\
"Expected %s, got %s"%(n.getEditor(), n.outputPorts[-1].getEditor())
n.objEditor.newOutputPort()
pause()
n.objEditor.newOutputPort()
p = n.outputPorts[-1]
pause()
assert len(n.outputPorts) == lp+3,\
"Expected %s, got %s"%(lp+3, len(n.outputPorts))
assert len(n.outputPortsDescr) == 3
assert n.outputPorts[0].name == 'out0',\
"Expected 'out0', got '%s'"%n.outputPorts[0].name
assert n.outputPorts[1].name == 'out1',\
"Expected 'out1', got '%s'"%n.outputPorts[1].name
assert n.outputPorts[2].name == 'out2',\
"Expected 'out2', got '%s'"%n.outputPorts[2].name
p = n.outputPorts[1]
n.objEditor.deletePort(p)
pause()
assert len(n.outputPorts) == lp+2,\
"Expected %s, got %s"%(lp+2, len(n.outputPorts))
assert len(n.outputPortsDescr) == 2,\
"Expected 2, got %s"%len(n.outputPortsDescr)
assert n.outputPorts[0].name == 'out0',\
"Expected 'in0', got '%s'"%n.outputPorts[0].name
assert n.outputPorts[1].name == 'out2',\
"Expected 'in2', got '%s'"%n.outputPorts[1].name
def test_009_startStopCodeEditorFromNodeEditor():
n = NetworkNode('Test Node')
ed.currentNetwork.addNode(n, 100, 50)
n.edit()
n.objEditor.editButtonVarTk.set(1)
n.objEditor.editFunction_cb()
pause()
assert n.objEditor.nbEditorWindows == 1,\
"Expected 1, got %s"%n.objEditor.nbEditorWindows
assert n.objEditor.editButtonVarTk.get() == 1,\
"Expected 1, got %s"%n.objEditor.editButtonVarTk
assert n.objEditor.applyButton.cget('state') == 'disabled',\
"Expected 'disabled', got '%s'"%n.objEditor.applyButton.cget('state')
assert n.objEditor.okButton.cget('state') == 'disabled',\
"Expected 'disabled', got '%s'"%n.objEditor.okButton.cget('state')
assert n.objEditor.cancelButton.cget('state') == 'disabled',\
"Expected 'disabled', got '%s'"%n.objEditor.cancelButton.cget('state')
# invoke apply
n.objEditor.funcEditorDialog.applyCmd()
assert n.objEditor.nbEditorWindows == 1,\
"Expected 1, got %s"%n.objEditor.nbEditorWindows
assert n.objEditor.editButtonVarTk.get() == 1,\
"Expected 1, got %s"%n.objEditor.editButtonVarTk.get()
assert n.objEditor.applyButton.cget('state') == 'disabled',\
"Expected 'disabled', got '%s'"%n.objEditor.applyButton.cget('state')
assert n.objEditor.okButton.cget('state') == 'disabled',\
"Expected 'disabled', got '%s'"%n.objEditor.okButton.cget('state')
assert n.objEditor.cancelButton.cget('state') == 'disabled',\
"Expected 'disabled', got '%s'"%n.objEditor.cancelButton.cget('state')
# invoke apply
n.objEditor.funcEditorDialog.okCmd()
assert n.objEditor.nbEditorWindows == 0,\
"Expected 0, got %s"%n.objEditor.nbEditorWindows
assert n.objEditor.editButtonVarTk.get() == 0,\
"Expected 0, got %s"%n.objEditor.editButtonVarTk.get()
assert n.objEditor.applyButton.cget('state') == 'normal',\
"Expected 'normal', got '%s'"%n.objEditor.applyButton.cget('state')
assert n.objEditor.okButton.cget('state') == 'normal',\
"Expected 'normal', got '%s'"%n.objEditor.okButton.cget('state')
assert n.objEditor.cancelButton.cget('state') == 'normal',\
"Expected 'normal', got '%s'"%n.objEditor.cancelButton.cget('state')
def test_010_bindWidgetThenDeletePort():
# this tests if we can bind a widget to a port, then delete the port
n = NetworkNode('Test Node')
ed.currentNetwork.addNode(n, 100, 50)
n.edit()
# add new input port
n.objEditor.newInputPort()
p = n.inputPorts[-1]
# no widget, so no edit widget checkbutton
assert p.editWtk is None,"Expected None, got %s"%p.editWtk
# start port editor
p.edit()
# bind widget
p.objEditor.widgetType.selectitem("NEDial")
pause()
p.objEditor.Apply()
p.objEditor.Cancel()
from NetworkEditor.widgets import NEDial
assert p.widget is not None, "p.widget is %s"%p.widget
assert p.widget.__class__ == NEDial,\
"Expected %s, got %s"%(NEDial, p.widget.__class__)
assert p.visible == 0,"Expected 0, got %s"%p.visible
# edit widget checkbutton should be bound
assert p.editWtk is not None, "p.editWtk is %s"%p.editWtk
from Tkinter import Checkbutton
assert p.editWtk.__class__ == Checkbutton,\
"Expected %s, got %s"%(Checkbutton, p.editWtk)
# delete port (this should not raise any exceptions of course)
n.objEditor.deletePort(p)
|
