def makeViewMenu():
"""
Submenu consisting of...
[X] <Page 1>
[ ] <Page 2>
[ ] etc...
Color (Submenu)
"""
viewMenu = cli.menu.item.Submenu("View")
control = cli.controller.getController()
if control.getPageCount() > 0:
pageGroup = cli.menu.item.SelectionGroup(control.setPage, control.getPage())
for i in range(control.getPageCount()):
pagePanels = control.getDisplayPanels(pageNumber = i, includeSticky = False)
label = " / ".join([str_tools.to_camel_case(panel.getName()) for panel in pagePanels])
viewMenu.add(cli.menu.item.SelectionMenuItem(label, pageGroup, i))
if uiTools.isColorSupported():
colorMenu = cli.menu.item.Submenu("Color")
colorGroup = cli.menu.item.SelectionGroup(uiTools.setColorOverride, uiTools.getColorOverride())
colorMenu.add(cli.menu.item.SelectionMenuItem("All", colorGroup, None))
for color in uiTools.COLOR_LIST:
colorMenu.add(cli.menu.item.SelectionMenuItem(str_tools.to_camel_case(color), colorGroup, color))
viewMenu.add(colorMenu)
return viewMenu
def makeGraphMenu(graphPanel):
"""
Submenu for the graph panel, consisting of...
[X] <Stat 1>
[ ] <Stat 2>
[ ] <Stat 2>
Resize...
Interval (Submenu)
Bounds (Submenu)
Arguments:
graphPanel - instance of the graph panel
"""
graphMenu = cli.menu.item.Submenu("Graph")
# stats options
statGroup = cli.menu.item.SelectionGroup(graphPanel.setStats,
graphPanel.getStats())
availableStats = graphPanel.stats.keys()
availableStats.sort()
for statKey in ["None"] + availableStats:
label = str_tools.to_camel_case(statKey, divider=" ")
statKey = None if statKey == "None" else statKey
graphMenu.add(
cli.menu.item.SelectionMenuItem(label, statGroup, statKey))
# resizing option
graphMenu.add(cli.menu.item.MenuItem("Resize...", graphPanel.resizeGraph))
# interval submenu
intervalMenu = cli.menu.item.Submenu("Interval")
intervalGroup = cli.menu.item.SelectionGroup(
graphPanel.setUpdateInterval, graphPanel.getUpdateInterval())
for i in range(len(cli.graphing.graphPanel.UPDATE_INTERVALS)):
label = cli.graphing.graphPanel.UPDATE_INTERVALS[i][0]
label = str_tools.to_camel_case(label, divider=" ")
intervalMenu.add(
cli.menu.item.SelectionMenuItem(label, intervalGroup, i))
graphMenu.add(intervalMenu)
# bounds submenu
boundsMenu = cli.menu.item.Submenu("Bounds")
boundsGroup = cli.menu.item.SelectionGroup(graphPanel.setBoundsType,
graphPanel.getBoundsType())
for boundsType in cli.graphing.graphPanel.Bounds:
boundsMenu.add(
cli.menu.item.SelectionMenuItem(boundsType, boundsGroup,
boundsType))
graphMenu.add(boundsMenu)
return graphMenu
def makeGraphMenu(graphPanel):
"""
Submenu for the graph panel, consisting of...
[X] <Stat 1>
[ ] <Stat 2>
[ ] <Stat 2>
Resize...
Interval (Submenu)
Bounds (Submenu)
Arguments:
graphPanel - instance of the graph panel
"""
graphMenu = cli.menu.item.Submenu("Graph")
# stats options
statGroup = cli.menu.item.SelectionGroup(graphPanel.setStats, graphPanel.getStats())
availableStats = graphPanel.stats.keys()
availableStats.sort()
for statKey in ["None"] + availableStats:
label = str_tools.to_camel_case(statKey, divider = " ")
statKey = None if statKey == "None" else statKey
graphMenu.add(cli.menu.item.SelectionMenuItem(label, statGroup, statKey))
# resizing option
graphMenu.add(cli.menu.item.MenuItem("Resize...", graphPanel.resizeGraph))
# interval submenu
intervalMenu = cli.menu.item.Submenu("Interval")
intervalGroup = cli.menu.item.SelectionGroup(graphPanel.setUpdateInterval, graphPanel.getUpdateInterval())
for i in range(len(cli.graphing.graphPanel.UPDATE_INTERVALS)):
label = cli.graphing.graphPanel.UPDATE_INTERVALS[i][0]
label = str_tools.to_camel_case(label, divider = " ")
intervalMenu.add(cli.menu.item.SelectionMenuItem(label, intervalGroup, i))
graphMenu.add(intervalMenu)
# bounds submenu
boundsMenu = cli.menu.item.Submenu("Bounds")
boundsGroup = cli.menu.item.SelectionGroup(graphPanel.setBoundsType, graphPanel.getBoundsType())
for boundsType in cli.graphing.graphPanel.Bounds:
boundsMenu.add(cli.menu.item.SelectionMenuItem(boundsType, boundsGroup, boundsType))
graphMenu.add(boundsMenu)
return graphMenu
def makeViewMenu():
"""
Submenu consisting of...
[X] <Page 1>
[ ] <Page 2>
[ ] etc...
Color (Submenu)
"""
viewMenu = cli.menu.item.Submenu("View")
control = cli.controller.getController()
if control.getPageCount() > 0:
pageGroup = cli.menu.item.SelectionGroup(control.setPage,
control.getPage())
for i in range(control.getPageCount()):
pagePanels = control.getDisplayPanels(pageNumber=i,
includeSticky=False)
label = " / ".join([
str_tools.to_camel_case(panel.getName())
for panel in pagePanels
])
viewMenu.add(cli.menu.item.SelectionMenuItem(label, pageGroup, i))
if uiTools.isColorSupported():
colorMenu = cli.menu.item.Submenu("Color")
colorGroup = cli.menu.item.SelectionGroup(uiTools.setColorOverride,
uiTools.getColorOverride())
colorMenu.add(cli.menu.item.SelectionMenuItem("All", colorGroup, None))
for color in uiTools.COLOR_LIST:
colorMenu.add(
cli.menu.item.SelectionMenuItem(str_tools.to_camel_case(color),
colorGroup, color))
viewMenu.add(colorMenu)
return viewMenu
def test_to_camel_case(self):
"""
Checks the to_camel_case() function.
"""
# test the pydoc example
self.assertEquals("I Like Pepperjack!", str_tools.to_camel_case("I_LIKE_PEPPERJACK!"))
# check a few edge cases
self.assertEquals("", str_tools.to_camel_case(""))
self.assertEquals("Hello", str_tools.to_camel_case("hello"))
self.assertEquals("Hello", str_tools.to_camel_case("HELLO"))
self.assertEquals("Hello World", str_tools.to_camel_case("hello__world"))
self.assertEquals("Hello\tworld", str_tools.to_camel_case("hello\tWORLD"))
self.assertEquals("Hello\t\tWorld", str_tools.to_camel_case("hello__world", "_", "\t"))
def test_to_camel_case(self):
"""
Checks the to_camel_case() function.
"""
# test the pydoc example
self.assertEquals("I Like Pepperjack!",
str_tools.to_camel_case("I_LIKE_PEPPERJACK!"))
# check a few edge cases
self.assertEquals("", str_tools.to_camel_case(""))
self.assertEquals("Hello", str_tools.to_camel_case("hello"))
self.assertEquals("Hello", str_tools.to_camel_case("HELLO"))
self.assertEquals("Hello World",
str_tools.to_camel_case("hello__world"))
self.assertEquals("Hello\tworld",
str_tools.to_camel_case("hello\tWORLD"))
self.assertEquals("Hello\t\tWorld",
str_tools.to_camel_case("hello__world", "_", "\t"))