def test_delete2TreesWithSameMaster():
""" Test the function that if a tree does not own its master it does not destgroy it"""
tv = TreeView()
tv2 = TreeView()
Tkinter._default_root.update()
pause()
tv.destroy()
tv2.destroy()
def test_NoHistory():
""" Test the crateion of a TreeView with no history Pane """
tv = TreeView(nohistory=True)
# paint canvas red so we see it disappear when distroyed
tv.canvas.configure(bg='red')
tv.addNode('protein_1')
tv.addNode('residue_11', parent='protein_1')
tv.addNode('AminoAcid', parent='protein_1|residue_11')
tv.addNode('A', parent='protein_1|residue_11|AminoAcid')
tv.addNode('H', parent='protein_1|residue_11|AminoAcid')
tv.addNode('protein_2')
tv.Select("protein_1|residue_11|AminoAcid|A")
selection = tv.GetSelected()
if selection:
print "Adding", selection.name, "to the history list"
else:
print "Nothing is selected"
# add the current selected node to the list
tv.AddToHistoryList()
#tv.topFrame.master.update()
pause(0.2)
tv.destroy()
def test_Lock_Unlock_History():
from mglutil.gui.BasicWidgets.Tk.TreeWidget.tree import TreeView
tv = TreeView()
tv.addNode('protein_1')
tv.addNode('residue_11', parent='protein_1')
tv.addNode('AminoAcid', parent='protein_1|residue_11')
tv.addNode('A', parent='protein_1|residue_11|AminoAcid')
tv.addNode('H', parent='protein_1|residue_11|AminoAcid')
tv.addNode('protein_2')
tv.Select("protein_1|residue_11|AminoAcid|A")
tv.AddToHistoryList()
tv.Select("protein_2")
tv.AddToHistoryList()
tv.Select("protein_1|residue_11")
tv.AddToHistoryList()
tv.Select("protein_1|residue_11|AminoAcid|H")
tv.AddToHistoryList()
# lock
tv.LockHistoryItem(2)
tv.LockHistoryItem(3)
# unlock
tv.UnLockHistoryItem(2)
tv.destroy()
def test_Delete_from_History():
from mglutil.gui.BasicWidgets.Tk.TreeWidget.tree import TreeView
tv = TreeView()
tv.addNode('protein_1')
tv.addNode('residue_11', parent='protein_1')
tv.addNode('AminoAcid', parent='protein_1|residue_11')
tv.addNode('A', parent='protein_1|residue_11|AminoAcid')
tv.addNode('H', parent='protein_1|residue_11|AminoAcid')
tv.addNode('protein_2')
tv.Select("protein_1|residue_11|AminoAcid|A")
tv.AddToHistoryList()
tv.Select("protein_2")
tv.AddToHistoryList()
tv.Select("protein_1|residue_11")
tv.AddToHistoryList()
tv.Select("protein_1|residue_11|AminoAcid|H")
tv.AddToHistoryList()
# delete
tv.DeleteFromHistoryList(2)
list = [0, 2]
tv.historyList.Delete_multi(list)
tv.destroy()
def test_SelectNode_deSelectNode():
from mglutil.gui.BasicWidgets.Tk.TreeWidget.tree import TreeView
tv = TreeView()
#Add some nodes
tv.addNode('protein_1')
node = tv.addNode('residue_11', parent='protein_1')
tv.addNode('AminoAcid', parent='protein_1|residue_11')
tv.addNode('A', parent='protein_1|residue_11|AminoAcid')
tv.addNode('H', parent='protein_1|residue_11|AminoAcid')
tv.addNode('protein_2')
selection = tv.GetSelected()
if selection:
print "Now", selection.name, "is selected"
else:
print "Nothing is selected"
# Now select a node
tv.Select("protein_1|residue_11|AminoAcid|A")
selection = tv.GetSelected()
if selection:
print "***", selection.name, "is selected ***"
else:
print "Nothing is selected"
tv.destroy()
def test_deleteNode():
from mglutil.gui.BasicWidgets.Tk.TreeWidget.tree import TreeView
tv = TreeView()
#Add some nodes
tv.addNode('protein_1')
tv.addNode('residue_11', parent='protein_1')
tv.addNode('AminoAcid', parent='protein_1|residue_11')
tv.addNode('A', parent='protein_1|residue_11|AminoAcid')
node = tv.addNode('H', parent='protein_1|residue_11|AminoAcid')
tv.addNode('protein_2')
# Now deleteing
tv.deleteNode_byName('A', parent='protein_1|residue_11|AminoAcid')
tv.deleteNode_byName('protein_2')
tv.deleteNode(node)
# the following returns error message,
# since AminoAcid is NOT the child of 'protein_1'
tv.deleteNode_byName('AminoAcid', parent='protein_1')
# This should work
tv.deleteNode_byName('AminoAcid', parent='protein_1|residue_11')
tv.destroy()
def test_createTree():
from mglutil.gui.BasicWidgets.Tk.TreeWidget.tree import TreeView
tv = TreeView()
# paint canvas red so we see it disappear when distroyed
tv.canvas.configure(bg='red')
Tkinter._default_root.update()
pause(0.2)
tv.destroy()
def test_createWithMaster():
from mglutil.gui.BasicWidgets.Tk.TreeWidget.tree import TreeView
import Tkinter
master = Tkinter.Toplevel()
tv = TreeView(master)
tv.canvas.configure(bg='red')
tv.canvas.update()
pause(1)
tv.destroy()
def test_SetAction():
from mglutil.gui.BasicWidgets.Tk.TreeWidget.tree import TreeView
tv = TreeView()
tv.addNode('protein_1')
tv.addNode('residue_11', parent='protein_1')
tv.addNode('AminoAcid', parent='protein_1|residue_11')
#Set what to do after an action here.
tv.setAction(event='select', function=foo)
tv.Select("protein_1")
tv.destroy()
def test_hideShow():
from mglutil.gui.BasicWidgets.Tk.TreeWidget.tree import TreeView
tv = TreeView()
# paint canvas red so we see it disappear when distroyed
tv.canvas.configure(bg='red')
tv.hide()
tv.canvas.update()
pause(1)
tv.show()
tv.canvas.update()
pause(1)
tv.destroy()
def createTree(self):
"""build a TreeView object, add it to the GUI"""
self.tree = TreeView(master=self.frame, nohistory=True,
displayValue=True)
# I want white background, so:
self.tree.canvas.configure(bg='white')
hasChildren = not self.isLeafNode(self.object)
node = self.tree.addNode(parent=None, name=self.rootName,
object=self.object, hasChildren=hasChildren,
firstExpand_cb=self.expandTreeNode_cb)
def test_copyTree():
""" Test the function to copy a tree into another one"""
tv = TreeView()
tv2 = TreeView()
# paint canvas red so we see it disappear when distroyed
tv.canvas.configure(bg='red')
tv.addNode('protein_1')
tv.addNode('residue_11', parent='protein_1')
tv.addNode('AminoAcid', parent='protein_1|residue_11')
tv.addNode('A', parent='protein_1|residue_11|AminoAcid')
nodetest = tv.addNode('H', parent='protein_1|residue_11|AminoAcid')
tv.addNode('protein_2')
tv.copy(tv2)
node = tv2.findNodeFromName(nodetest.GetFullName())
assert node.name == 'H'
Tkinter._default_root.update()
pause()
tv.destroy()
tv2.destroy()
def __init__(self, parent=None):
if not parent:
parent = Tkinter.Tk()
Pmw.initialise(parent)
title = 'View the list of deployed Web services'
parent.title(title)
exitButton = Tkinter.Button(parent,
text='Exit',
command=parent.destroy)
exitButton.pack(side='bottom')
self.parent = parent
# Create a group widget to contain the ComboBox for the Hosts.
Hosts_Group = Pmw.Group(parent, tag_pyclass=None)
Hosts_Group.pack(fill='x')
self.Hosts_ComboBox = Pmw.ComboBox(
Hosts_Group.interior(),
label_text='Hosts:',
labelpos='ws',
entry_width=30,
scrolledlist_items=('http://ws.nbcr.net:8080/opal', ),
selectioncommand=self.update_services)
self.Hosts_ComboBox.pack(padx=1, pady=1)
# ScrolledListBox for listing Services
from mglutil.gui.BasicWidgets.Tk.TreeWidget.tree import TreeView
frame = Tkinter.Frame(parent)
frame.pack(side='left', fill='both')
label = Tkinter.Label(frame, text='Services')
label.pack()
self.Services_Tree = TreeView(master=frame, treeWidth=230, width=230)
self.Services_Tree.setAction(event='select',
function=self.getDescription)
# ScrolledText for providing information about Web Services
self.Description_Text = Pmw.ScrolledText(parent,
labelpos='nsew',
label_text='Description',
text_state='disabled')
#self.Services_Box.pack(side = 'left',fill='both')
self.Description_Text.pack(side='right', expand=1, fill='both')
self.Hosts_ComboBox.selectitem(0)
self.Services_dict = {}
self.update_services(None)
parent.mainloop()
def test_moveNodeUpOrDown():
""" Test the function to move a tree node up and down in the node list """
tv = TreeView()
# paint canvas red so we see it disappear when distroyed
tv.addNode('protein_1')
tv.addNode('residue_11', parent='protein_1')
tv.addNode('AminoAcid', parent='protein_1|residue_11')
tv.addNode('A', parent='protein_1|residue_11|AminoAcid')
tv.addNode('H', parent='protein_1|residue_11|AminoAcid')
tv.addNode('protein_2')
tv.addNode('protein_3')
tv.addNode('residue_21', parent='protein_2')
tv.addNode('residue_25', parent='protein_2')
tv.addNode('basdfe', parent='protein_2|residue_21')
tv.addNode('AminoAcid', parent='protein_2|residue_21')
tv.addNode('etc', parent='protein_1|residue_11')
tv.addNode('color', parent='protein_1|residue_11|etc')
tv.addNode('density', parent='protein_1|residue_11|etc')
tv.addNode('residue_12', parent='protein_1')
tv.addNode('2', parent='protein_2|residue_21')
tv.addNode('3', parent='protein_2|residue_21')
tv.addNode('4', parent='protein_2|residue_21')
tv.addNode('L', parent='protein_2|residue_21|AminoAcid')
tv.addNode('protein_33xxxxxxx')
node = tv.roots[0].children[1]
dest = tv.roots[1].children[1]
## NOTE: self.objToNode can also return node instance.
n2 = tv.findNodeFromName('protein_1|residue_12')
n1 = tv.findNodeFromName('protein_1|residue_11')
p1 = tv.findNodeFromName('protein_1')
n2.moveUp()
assert p1.children.index(n2) == 0
n2.moveDown()
assert p1.children.index(n1) == 0
#tv.topFrame.master.update()
pause(0.2)
tv.destroy()
def test_Add_to_History():
from mglutil.gui.BasicWidgets.Tk.TreeWidget.tree import TreeView
tv = TreeView()
tv.addNode('protein_1')
tv.addNode('residue_11', parent='protein_1')
tv.addNode('AminoAcid', parent='protein_1|residue_11')
tv.addNode('A', parent='protein_1|residue_11|AminoAcid')
tv.addNode('H', parent='protein_1|residue_11|AminoAcid')
tv.addNode('protein_2')
tv.Select("protein_1|residue_11|AminoAcid|A")
selection = tv.GetSelected()
if selection:
print "Adding", selection.name, "to the history list"
else:
print "Nothing is selected"
# add the current selected node to the list
tv.AddToHistoryList()
tv.destroy()
def test_addNode():
from mglutil.gui.BasicWidgets.Tk.TreeWidget.tree import TreeView
tv = TreeView()
# addNode(nodename, parentname = None)
tv.addNode('protein_1')
tv.addNode('residue_11', parent='protein_1')
tv.addNode('AminoAcid', parent='protein_1|residue_11')
tv.addNode('A', parent='protein_1|residue_11|AminoAcid')
tv.addNode('H', parent='protein_1|residue_11|AminoAcid')
tv.addNode('protein_2')
tv.addNode('protein_3')
tv.addNode('residue_21', parent='protein_2')
tv.addNode('residue_25', parent='protein_2')
tv.addNode('basdfe', parent='protein_2|residue_21')
tv.addNode('AminoAcid', parent='protein_2|residue_21')
tv.addNode('etc', parent='protein_1|residue_11')
tv.addNode('color', parent='protein_1|residue_11|etc')
tv.addNode('density', parent='protein_1|residue_11|etc')
tv.addNode('residue_12', parent='protein_1')
tv.addNode('2', parent='protein_2|residue_21')
tv.addNode('3', parent='protein_2|residue_21')
tv.addNode('4', parent='protein_2|residue_21')
tv.addNode('L', parent='protein_2|residue_21|AminoAcid')
for a in range(10):
name = 'A' + str(a)
tv.addNode(name, parent='protein_2|residue_21|AminoAcid')
tv.addNode('protein_4')
tv.addNode('residue_22', parent='protein_2')
# the addNode function check the node before adding to the parentname
# if already in the child list, the new node will NOT be added.
tv.addNode('residue_22', parent='protein_2')
# addNode returns the handle of the noded added
node = tv.addNode('S', parent='protein_2|residue_21|AminoAcid')
print node.name, "was added to", node.parentFullname
tv.destroy()
def test_moveNode():
""" Test the function to move a tree node (including subtree) """
tv = TreeView()
# paint canvas red so we see it disappear when distroyed
tv.canvas.configure(bg='red')
tv.addNode('protein_1')
tv.addNode('residue_11', parent='protein_1')
tv.addNode('AminoAcid', parent='protein_1|residue_11')
tv.addNode('A', parent='protein_1|residue_11|AminoAcid')
tv.addNode('H', parent='protein_1|residue_11|AminoAcid')
tv.addNode('protein_2')
tv.addNode('protein_333')
tv.addNode('residue_21', parent='protein_2')
tv.addNode('residue_Root', parent='protein_2')
tv.addNode('basdfe', parent='protein_2|residue_21')
tv.addNode('AminoAcidXXX', parent='protein_2|residue_21')
tv.addNode('etc', parent='protein_1|residue_11')
tv.addNode('color', parent='protein_1|residue_11|etc')
tv.addNode('density', parent='protein_1|residue_11|etc')
tv.addNode('residue_Moving', parent='protein_1')
tv.addNode('2', parent='protein_2|residue_21')
tv.addNode('3', parent='protein_2|residue_21')
tv.addNode('4', parent='protein_2|residue_21')
tv.addNode('L', parent='protein_2|residue_21|AminoAcidXXX')
tv.addNode('protein_33xxxxxxx')
node = tv.roots[0].children[1]
dest = tv.roots[1].children[1]
tv.moveNode(node, dest)
assert node.parent == dest
node.GetFullName() == 'protein_2|residue_Root|residue_Moving'
assert dest.children[0] == node
#tv.topFrame.master.update()
pause(0.2)
tv.destroy()
def test_obj2Node():
""" Test the creation of a TreeView with obj2Node == false
In that case there is not 1to 1 relation between object and node
tv.objToNode should stay empty.
"""
tv = TreeView(obj2Node=False)
# paint canvas red so we see it disappear when distroyed
tv.canvas.configure(bg='red')
tv.addNode('protein_1')
tv.addNode('residue_11', parent='protein_1')
tv.addNode('AminoAcid', parent='protein_1|residue_11')
tv.addNode('A', parent='protein_1|residue_11|AminoAcid')
tv.addNode('H', parent='protein_1|residue_11|AminoAcid')
tv.addNode('protein_2')
tv.Select("protein_1|residue_11|AminoAcid|A")
assert tv.objToNode == {}
#tv.topFrame.master.update()
pause(0.2)
tv.destroy()
def test_Expand_or_Collaps():
from mglutil.gui.BasicWidgets.Tk.TreeWidget.tree import TreeView
tv = TreeView()
#Add some nodes
tv.addNode('protein_1')
node = tv.addNode('residue_11', parent='protein_1')
tv.addNode('AminoAcid', parent='protein_1|residue_11')
tv.addNode('A', parent='protein_1|residue_11|AminoAcid')
tv.addNode('H', parent='protein_1|residue_11|AminoAcid')
tv.addNode('protein_2')
# equivalent to
print "Is node", node.name, "expanded?: ",
print node.expanded
tv.ExpandNode('protein_1|residue_11')
print "After expanding, is node", node.name, "expanded?: ",
print node.expanded
tv.CollapseNode('protein_1|residue_11')
print "After collapsing, is node", node.name, "expanded?: ",
print node.expanded
tv.destroy()
def test_template():
from mglutil.gui.BasicWidgets.Tk.TreeWidget.tree import TreeView
tv = TreeView()
tv.destroy()
