def gtkTextviewCompare(widgetpath, targettext, tolerance=None):
widget = gtklogger.findWidget(widgetpath)
msgbuffer = gtklogger.findWidget(widgetpath).get_buffer()
text = msgbuffer.get_text(msgbuffer.get_start_iter(),
msgbuffer.get_end_iter())
if not fp_string_compare(text, targettext, tolerance):
print >> sys.stderr, ("Textview compare failed for %s, >%s<!=>%s<."
% (widgetpath, text, targettext))
return False
return True
def gtkTextviewCompare(widgetpath, targettext, tolerance=None):
widget = gtklogger.findWidget(widgetpath)
msgbuffer = gtklogger.findWidget(widgetpath).get_buffer()
text = msgbuffer.get_text(msgbuffer.get_start_iter(),
msgbuffer.get_end_iter())
if not fp_string_compare(text, targettext, tolerance):
print >> sys.stderr, ("Textview compare failed for %s, >%s<!=>%s<." %
(widgetpath, text, targettext))
return False
return True
def skeletonSelectionTBSizeCheck(windowname, category, n):
# Check that the right size is displayed in the Skeleton Selection
# toolbox. 'category' must be "Element", "Node", or "Segment".
text = gtklogger.findWidget(
'%s:Pane0:Pane1:Pane2:TBScroll:Skeleton Selection:%s:size' %
(windowname, category))
return eval(text.get_text()) == n
def skeletonSelectionTBSizeCheck(windowname, category, n):
# Check that the right size is displayed in the Skeleton Selection
# toolbox. 'category' must be "Element", "Node", or "Segment".
text = gtklogger.findWidget(
'%s:Pane0:Pane1:Pane2:TBScroll:Skeleton Selection:%s:size' %
(windowname, category))
return eval(text.get_text()) == n
def menuSensitive(menu, item):
topmenuwidget = gtklogger.findWidget(menu)
if not topmenuwidget:
print >> sys.stderr, "Didn't find widget for", menu
menuitemwidget = gtklogger.findMenu(topmenuwidget, item)
if not menuitemwidget:
print >> sys.stderr, "Didn't find widget for %s:%s" % (menu, item)
return _widget_sensitive(menuitemwidget)
def menuSensitive(menu, item):
topmenuwidget = gtklogger.findWidget(menu)
if not topmenuwidget:
print >> sys.stderr, "Didn't find widget for", menu
menuitemwidget = gtklogger.findMenu(topmenuwidget, item)
if not menuitemwidget:
print >> sys.stderr, "Didn't find widget for %s:%s" % (menu, item)
return _widget_sensitive(menuitemwidget)
def treeViewSelectCheck(widgetpath, col):
# Returns the contents of the given column of a TreeStore in the
# selected row of the given TreeView.
treeview = gtklogger.findWidget(widgetpath)
selection = treeview.get_selection()
model, iter = selection.get_selected()
if iter is not None:
return model[iter][col]
def treeViewSelectCheck(widgetpath, col):
# Returns the contents of the given column of a TreeStore in the
# selected row of the given TreeView.
treeview = gtklogger.findWidget(widgetpath)
selection = treeview.get_selection()
model, iter = selection.get_selected()
if iter is not None:
return model[iter][col]
def listViewSelectedRowNo(widgetpath):
# widgetpath must be a TreeView displaying a ListStore. Returns
# the index of the selected row, or None if nothing is selected.
treeview = gtklogger.findWidget(widgetpath)
selection = treeview.get_selection()
model, iter = selection.get_selected()
if iter is not None:
return model.get_path(iter)[0]
return None # nothing selected
def chooserStateCheck(widgetpath, choice):
# only for ChooserWidget, not ChooserListWidget. Checks that the
# currently selected item is 'choice'.
combobox = gtklogger.findWidget(widgetpath)
index = combobox.get_active()
if index == -1:
return choice is None
model = combobox.get_model()
return choice == model[index][0]
def listViewSelectedRowNo(widgetpath):
# widgetpath must be a TreeView displaying a ListStore. Returns
# the index of the selected row, or None if nothing is selected.
treeview = gtklogger.findWidget(widgetpath)
selection = treeview.get_selection()
model, iter = selection.get_selected()
if iter is not None:
return model.get_path(iter)[0]
return None # nothing selected
def chooserStateCheck(widgetpath, choice):
# only for ChooserWidget, not ChooserListWidget. Checks that the
# currently selected item is 'choice'.
combobox = gtklogger.findWidget(widgetpath)
index = combobox.get_active()
if index == -1:
return choice is None
model = combobox.get_model()
return choice == model[index][0]
def gtkTextviewHead(widgetpath, targettext):
msgbuffer = gtklogger.findWidget(widgetpath).get_buffer()
text = msgbuffer.get_text(msgbuffer.get_start_iter(),
msgbuffer.get_end_iter())
ok = text.startswith(targettext)
if not ok:
print >> sys.stderr, \
("gtkTextviewHead failed for %s: text =>%s< doesn't start with >%s<"
% (widgetpath, text, targettext))
return ok
def gtkTextviewHead(widgetpath, targettext):
msgbuffer = gtklogger.findWidget(widgetpath).get_buffer()
text = msgbuffer.get_text(msgbuffer.get_start_iter(),
msgbuffer.get_end_iter())
ok = text.startswith(targettext)
if not ok:
print >> sys.stderr, \
("gtkTextviewHead failed for %s: text =>%s< doesn't start with >%s<"
% (widgetpath, text, targettext))
return ok
def gtkTextviewTail(widgetpath, targettext, tolerance=None):
msgbuffer = gtklogger.findWidget(widgetpath).get_buffer()
text = msgbuffer.get_text(msgbuffer.get_start_iter(),
msgbuffer.get_end_iter())
if not fp_string_compare_tail(text, targettext, tolerance):
print >> sys.stderr, (("gtkTextviewTail failed for %s\n"
"expected =>%s<=\ngot =>%s<=")
% (widgetpath, targettext, text))
return False
return True
def gtkTextviewTail(widgetpath, targettext, tolerance=None):
msgbuffer = gtklogger.findWidget(widgetpath).get_buffer()
text = msgbuffer.get_text(msgbuffer.get_start_iter(),
msgbuffer.get_end_iter())
if not fp_string_compare_tail(text, targettext, tolerance):
print >> sys.stderr, (("gtkTextviewTail failed for %s\n"
"expected =>%s<=\ngot =>%s<=") %
(widgetpath, targettext, text))
return False
return True
def gtkTextCompare(widgetpath, targettext, tolerance=None):
gtktxt = gtklogger.findWidget(widgetpath)
if not gtktxt:
print >> sys.stderr, "Text widget not found: %s." % widgetpath
return False
sourcetext = string.strip(gtktxt.get_text())
if not fp_string_compare(sourcetext, targettext, tolerance):
print >> sys.stderr, ("Text compare failed for path %s, >%s< != >%s<" %
(widgetpath, sourcetext, targettext))
return False
return True
def selectedPropertyCheck(propertypath):
# Check that the given Property is selected in the Property Pane.
from ooflib.engine.IO.GUI import materialsPage
propertyTree = materialsPage.materialspage.propertypane.propertytree
prop = propertyTree.tree[propertypath]
treeview = gtklogger.findWidget(
'OOF2:Materials Page:Pane:Property:PropertyScroll:PropertyTree')
selection = treeview.get_selection()
model, iter = selection.get_selected()
return model[iter][1] is prop
def selectedPropertyCheck(propertypath):
# Check that the given Property is selected in the Property Pane.
from ooflib.engine.IO.GUI import materialsPage
propertyTree = materialsPage.materialspage.propertypane.propertytree
prop = propertyTree.tree[propertypath]
treeview = gtklogger.findWidget(
'OOF2:Materials Page:Pane:Property:PropertyScroll:PropertyTree')
selection = treeview.get_selection()
model, iter = selection.get_selected()
return model[iter][1] is prop
def gtkTextCompare(widgetpath, targettext, tolerance=None):
gtktxt = gtklogger.findWidget(widgetpath)
if not gtktxt:
print >> sys.stderr, "Text widget not found: %s." % widgetpath
return False
sourcetext = string.strip(gtktxt.get_text())
if not fp_string_compare(sourcetext, targettext, tolerance):
print >> sys.stderr, ("Text compare failed for path %s, >%s< != >%s<"
% (widgetpath, sourcetext, targettext))
return False
return True
def gtkFloatCompare(widgetpath, targetval, tolerance=1.e-6):
gtktxt = gtklogger.findWidget(widgetpath)
if not gtktxt:
print >> sys.stderr, "Text widget not found: %s." % widgetpath
return False
sourceval = float(gtktxt.get_text())
if abs(sourceval - targetval) > tolerance:
print >> sys.stderr, ("Floating point comparison failed for %s, %g!=%g"
% (widgetpath, sourceval, targetval))
return False
return True
def gtkFloatCompare(widgetpath, targetval, tolerance=1.e-6):
gtktxt = gtklogger.findWidget(widgetpath)
if not gtktxt:
print >> sys.stderr, "Text widget not found: %s." % widgetpath
return False
sourceval = float(gtktxt.get_text())
if abs(sourceval - targetval) > tolerance:
print >> sys.stderr, (
"Floating point comparison failed for %s, %g!=%g" %
(widgetpath, sourceval, targetval))
return False
return True
def chooserListStateCheckN(widgetpath, choices):
# Just like chooserListStateCheck, but choices is a list of integers
treeview = gtklogger.findWidget(widgetpath)
selection = treeview.get_selection()
model, paths = selection.get_selected_rows()
if len(paths) != len(choices):
print >> sys.stderr, "Wrong number of selections:", len(paths), "!=", len(choices)
return False
selected = [p[0] for p in paths]
if selected == choices:
return True
print >> sys.stderr, "Selected rows are", selected
return False
def pixelSelectionTBSizeCheck(windowname, minpxls, maxpxls=None):
# Check that the pixel selection size is displayed correctly in
# the graphics window. Since different versions of ImageMagick
# can cause pixel selection operations to work differently after
# image modifications, it's possible to specify a range of pixel
# counts for this test.
text = gtklogger.findWidget(
'%s:Pane0:Pane1:Pane2:TBScroll:Pixel Selection:size' % windowname)
n = eval(text.get_text())
if maxpxls is None:
return n == minpxls
else:
return minpxls <= n <= maxpxls
def pixelSelectionTBSizeCheck(windowname, minpxls, maxpxls=None):
# Check that the pixel selection size is displayed correctly in
# the graphics window. Since different versions of ImageMagick
# can cause pixel selection operations to work differently after
# image modifications, it's possible to specify a range of pixel
# counts for this test.
text = gtklogger.findWidget(
'%s:Pane0:Pane1:Pane2:TBScroll:Pixel Selection:size' % windowname)
n = eval(text.get_text())
if maxpxls is None:
return n == minpxls
else:
return minpxls <= n <= maxpxls
def chooserListStateCheckN(widgetpath, choices):
# Just like chooserListStateCheck, but choices is a list of integers
treeview = gtklogger.findWidget(widgetpath)
selection = treeview.get_selection()
model, paths = selection.get_selected_rows()
if len(paths) != len(choices):
print >> sys.stderr, "Wrong number of selections:", len(
paths), "!=", len(choices)
return False
selected = [p[0] for p in paths]
if selected == choices:
return True
print >> sys.stderr, "Selected rows are", selected
return False
def selectedMatlPropertyCheck(propertypath):
# Check that the given Property is selected in the list of
# Properties in the Material Pane. propertypath should be None if
# no Property is selected.
matproplist = gtklogger.findWidget(
'OOF2:Materials Page:Pane:Material:PropertyListScroll:PropertyList')
selection = matproplist.get_selection()
model, iter = selection.get_selected()
if not iter and propertypath is None:
return True
if model[iter][0] == propertypath:
return True
print "Selected property is %s. Expected %s." \
% (model[iter][0], propertypath)
return False
def selectedMatlPropertyCheck(propertypath):
# Check that the given Property is selected in the list of
# Properties in the Material Pane. propertypath should be None if
# no Property is selected.
matproplist = gtklogger.findWidget(
'OOF2:Materials Page:Pane:Material:PropertyListScroll:PropertyList')
selection = matproplist.get_selection()
model, iter = selection.get_selected()
if not iter and propertypath is None:
return True
if model[iter][0] == propertypath:
return True
print "Selected property is %s. Expected %s." \
% (model[iter][0], propertypath)
return False
def treeViewColCheck(widgetpath, col, choices, tolerance=None):
# Check that the contents of the given column of a TreeView match
# the given list of choices. 'widgetpath' is the gtklogger path
# to the gtk TreeView. 'col' is actually a TreeStore or ListStore
# column number.
treeview = gtklogger.findWidget(widgetpath)
liststore = treeview.get_model()
if len(liststore) != len(choices):
print >> sys.stderr, "length mismatch: %d!=%d" % (len(liststore),
len(choices))
return False
for i,x in enumerate(liststore):
if choices[i] != None:
if not fp_string_compare(x[col], choices[i], tolerance):
print >> sys.stderr, x[col], '!=', choices[i]
return False
return True
def treeViewColCheck(widgetpath, col, choices, tolerance=None):
# Check that the contents of the given column of a TreeView match
# the given list of choices. 'widgetpath' is the gtklogger path
# to the gtk TreeView. 'col' is actually a TreeStore or ListStore
# column number.
treeview = gtklogger.findWidget(widgetpath)
liststore = treeview.get_model()
if len(liststore) != len(choices):
print >> sys.stderr, "length mismatch: %d!=%d" % (len(liststore),
len(choices))
return False
for i, x in enumerate(liststore):
if choices[i] != None:
if not fp_string_compare(x[col], choices[i], tolerance):
print >> sys.stderr, x[col], '!=', choices[i]
return False
return True
def chooserListStateCheck(widgetpath, choices, tolerance=None):
# for ChooserListWidget and friends, including MultiListWidget.
# Checks that everything in the list 'choices' is selected.
treeview = gtklogger.findWidget(widgetpath)
selection = treeview.get_selection()
model, paths = selection.get_selected_rows()
if len(paths) != len(choices):
print >> sys.stderr, "Wrong number of selections:", len(paths), "!=", len(choices)
return False
for path in paths: # loop over actually selected objects
val = model[path][0]
for choice in choices:
if fp_string_compare(val, choice, tolerance):
break
else:
print >> sys.stderr, "Expected:", choices
print >> sys.stderr, " Got:", [model[p][0] for p in paths]
return False
return True
def chooserListStateCheck(widgetpath, choices, tolerance=None):
# for ChooserListWidget and friends, including MultiListWidget.
# Checks that everything in the list 'choices' is selected.
treeview = gtklogger.findWidget(widgetpath)
selection = treeview.get_selection()
model, paths = selection.get_selected_rows()
if len(paths) != len(choices):
print >> sys.stderr, "Wrong number of selections:", len(
paths), "!=", len(choices)
return False
for path in paths: # loop over actually selected objects
val = model[path][0]
for choice in choices:
if fp_string_compare(val, choice, tolerance):
break
else:
print >> sys.stderr, "Expected:", choices
print >> sys.stderr, " Got:", [model[p][0] for p in paths]
return False
return True
def gtkTextviewGetLines(widgetpath):
msgbuffer = gtklogger.findWidget(widgetpath).get_buffer()
text = msgbuffer.get_text(msgbuffer.get_start_iter(),
msgbuffer.get_end_iter()).split('\n')
return text
def treeViewColValues(widgetpath, col):
treeview = gtklogger.findWidget(widgetpath)
liststore = treeview.get_model()
return [x[col] for x in iter(liststore)]
def is_sensitive(widgetpath):
return _widget_sensitive(gtklogger.findWidget(widgetpath))
def gtkTextviewGetLines(widgetpath):
msgbuffer = gtklogger.findWidget(widgetpath).get_buffer()
text = msgbuffer.get_text(msgbuffer.get_start_iter(),
msgbuffer.get_end_iter()).split('\n')
return text
def _statusText():
return gtklogger.findWidget(
'OOF3D:Skeleton Selection Page:Pane:status').get_text()
def treeViewColValues(widgetpath, col):
treeview = gtklogger.findWidget(widgetpath)
liststore = treeview.get_model()
return [x[col] for x in iter(liststore)]
def is_sensitive(widgetpath):
return _widget_sensitive(gtklogger.findWidget(widgetpath))
def _statusText():
return gtklogger.findWidget(
'OOF2:Skeleton Selection Page:Pane:status').get_text()
def treeViewSizeCheck(widgetpath):
# Returns the contents of the given column of a TreeStore in the
# selected row of the given TreeView.
treeview = gtklogger.findWidget(widgetpath)
selection = treeview.get_selection()
return selection.count_selected_rows() + 1
def treeViewLength(widgetpath):
# Return the number of items in the given TreeView.
treeview = gtklogger.findWidget(widgetpath)
return len(treeview.get_model())
def treeViewLength(widgetpath):
# Return the number of items in the given TreeView.
treeview = gtklogger.findWidget(widgetpath)
return len(treeview.get_model())