def test_widget():
m = None
def quit():
sys.exit()
def clicked():
m.updateIO("Clicked at "+time.asctime())
def ask():
m.updateIO("Type something in:")
out = m.readline()
# create the initial Tk window and immediately withdraw it
irafutils.init_tk_default_root()
# make our test window
top = TKNTR.Toplevel()
f = TKNTR.Frame(top, width=500, height=300)
b = TKNTR.Button(f, text='Click Me', command=clicked)
b.pack(side=TKNTR.LEFT, fill=TKNTR.X, expand=1)
q = TKNTR.Button(f, text='Buh-Bye', command=quit)
q.pack(side=TKNTR.LEFT)
f.pack(side=TKNTR.TOP, fill=TKNTR.X) # , expand=1)
p = TKNTR.Button(top, text='Prompt Me', command=ask)
p.pack(side=TKNTR.TOP, fill=TKNTR.X, expand=1)
fill = TKNTR.Frame(top, height=200, bg="green")
fill.pack(side=TKNTR.TOP, fill=TKNTR.BOTH, expand=1)
m = MsgIOWidget(top, 500, "Tiptop")
m.pack(side=TKNTR.BOTTOM, fill=TKNTR.X)
for i in range(10):
t = "Text " + str(i)
m.updateIO(t)
m.updateIO("What is your quest?")
inputValue = m.readline()
# start
top.mainloop()
def test_widget():
m = None
def quit():
sys.exit()
def clicked():
m.updateIO("Clicked at " + time.asctime())
def ask():
m.updateIO("Type something in:")
out = m.readline()
# create the initial Tk window and immediately withdraw it
irafutils.init_tk_default_root()
# make our test window
top = TKNTR.Toplevel()
f = TKNTR.Frame(top, width=500, height=300)
b = TKNTR.Button(f, text='Click Me', command=clicked)
b.pack(side=TKNTR.LEFT, fill=TKNTR.X, expand=1)
q = TKNTR.Button(f, text='Buh-Bye', command=quit)
q.pack(side=TKNTR.LEFT)
f.pack(side=TKNTR.TOP, fill=TKNTR.X) # , expand=1)
p = TKNTR.Button(top, text='Prompt Me', command=ask)
p.pack(side=TKNTR.TOP, fill=TKNTR.X, expand=1)
fill = TKNTR.Frame(top, height=200, bg="green")
fill.pack(side=TKNTR.TOP, fill=TKNTR.BOTH, expand=1)
m = MsgIOWidget(top, 500, "Tiptop")
m.pack(side=TKNTR.BOTTOM, fill=TKNTR.X)
for i in range(10):
t = "Text " + str(i)
m.updateIO(t)
m.updateIO("What is your quest?")
inputValue = m.readline()
# start
top.mainloop()
# XBM file for cursor is in same directory as this module
_blankcursor = 'blankcursor.xbm'
dirname = os.path.dirname(__file__)
if os.path.isabs(dirname):
_blankcursor = os.path.join(dirname, _blankcursor)
else:
# change relative directory paths to absolute
_blankcursor = os.path.join(os.getcwd(), dirname, _blankcursor)
del dirname
_TK_HAS_NONE_CURSOR = True # assume True until we learn otherwise
if _default_root is None:
from stsci.tools import irafutils
_default_root = irafutils.init_tk_default_root()
# This code is needed to avoid faults on sys.exit()
# [DAA, Jan 1998]
# [Modified by RLW to use new atexit module, Dec 2001]
def cleanup():
try:
from Tkinter import _default_root, TclError # requires 2to3
import Tkinter as TKNTR
try:
if _default_root: _default_root.destroy()
except TclError:
pass
TKNTR._default_root = None
except SystemError:
def __init__(self, windowName, manager):
gki.GkiKernel.__init__(self)
self.name = 'Tkplot'
self._errorMessageCount = 0
self._slowraise = 0
self._toWriteAtNextClear = None
self.irafGkiConfig = gki._irafGkiConfig
self.windowName = windowName
self.manager = manager
# redraw table ignores control functions
self.redrawFunctionTable = self.functionTable[:]
for opcode in self._controlOps:
self.redrawFunctionTable[opcode] = None
# Create the root window as required, but hide it
irafutils.init_tk_default_root()
# note size is just an estimate that helps window manager place window
self.top = tkinter.Toplevel(visual='best', width=600, height=485)
# Read the epar options database file
optfile = "epar.optionDB"
try:
self.top.option_readfile(os.path.join(os.curdir, optfile))
except tkinter.TclError:
try:
self.top.option_readfile(os.path.join(userWorkingHome,
optfile))
except tkinter.TclError:
self.top.option_readfile(os.path.join(pyrafDir, optfile))
self.top.title(windowName)
self.top.iconname(windowName)
self.top.protocol("WM_DELETE_WINDOW", self.gwdestroy)
self.makeMenuBar()
self.makeGWidget()
self.makeStatus()
self.gwidget.redraw = self.redraw
self.gwidget.pack(side=tkinter.TOP, expand=1, fill=tkinter.BOTH)
self.gwidget.bind('<Enter>', self.focusOnGwidget) # if mouse enters gw
self.colorManager.setColors(self.gwidget)
self.wcs = irafgwcs.IrafGWcs()
self.linestyles = gki.IrafLineStyles()
self.hatchfills = gki.IrafHatchFills()
self.textAttributes = gki.TextAttributes()
self.lineAttributes = gki.LineAttributes()
self.fillAttributes = gki.FillAttributes()
self.markerAttributes = gki.MarkerAttributes()
self.StatusLine = gki.StatusLine(self.top.status, self.windowName)
self.history = [(self.gkibuffer, self.wcs, "", self.getHistory())]
self._currentPage = 0
# Master page variable, pageVar, any change to it is watched & acted on
self.pageVar = tkinter.IntVar()
self.pageVar.set(self._currentPage)
# _setPageVar is callback for changes to pageVar
self.pageVar.trace('w', self._setPageVar)
# Also hold a var just for the # of the selected page button: bttnVar
# This one causes no events when it is set!
self.bttnVar = tkinter.IntVar()
self.bttnVar.set(0)
windowID = self.gwidget.winfo_id()
self.flush()
if sys.platform != 'darwin': # this step is unneeded on OSX
wutil.setBackingStore(windowID)
# XBM file for cursor is in same directory as this module
_blankcursor = 'blankcursor.xbm'
dirname = os.path.dirname(__file__)
if os.path.isabs(dirname):
_blankcursor = os.path.join(dirname, _blankcursor)
else:
# change relative directory paths to absolute
_blankcursor = os.path.join(os.getcwd(), dirname, _blankcursor)
del dirname
_TK_HAS_NONE_CURSOR = True # assume True until we learn otherwise
if _default_root is None:
from stsci.tools import irafutils
_default_root = irafutils.init_tk_default_root()
# This code is needed to avoid faults on sys.exit()
# [DAA, Jan 1998]
# [Modified by RLW to use new atexit module, Dec 2001]
def cleanup():
try:
from tkinter import _default_root, TclError
import tkinter
try:
if _default_root:
_default_root.destroy()
except TclError:
pass
def __init__(self, windowName, manager):
gki.GkiKernel.__init__(self)
self.name = 'Tkplot'
self._errorMessageCount = 0
self._slowraise = 0
self._toWriteAtNextClear = None
self.irafGkiConfig = gki._irafGkiConfig
self.windowName = windowName
self.manager = manager
# redraw table ignores control functions
self.redrawFunctionTable = self.functionTable[:]
for opcode in self._controlOps:
self.redrawFunctionTable[opcode] = None
# Create the root window as required, but hide it
irafutils.init_tk_default_root()
# note size is just an estimate that helps window manager place window
self.top = TKNTR.Toplevel(visual='best',width=600,height=485)
# Read the epar options database file
optfile = "epar.optionDB"
try:
self.top.option_readfile(os.path.join(os.curdir,optfile))
except TKNTR.TclError:
try:
self.top.option_readfile(os.path.join(userWorkingHome,optfile))
except TKNTR.TclError:
self.top.option_readfile(os.path.join(pyrafDir,optfile))
self.top.title(windowName)
self.top.iconname(windowName)
self.top.protocol("WM_DELETE_WINDOW", self.gwdestroy)
self.makeMenuBar()
self.makeGWidget()
self.makeStatus()
self.gwidget.redraw = self.redraw
self.gwidget.pack(side=TKNTR.TOP, expand=1, fill=TKNTR.BOTH)
self.gwidget.bind('<Enter>', self.focusOnGwidget) # if mouse enters gw
self.colorManager.setColors(self.gwidget)
self.wcs = irafgwcs.IrafGWcs()
self.linestyles = gki.IrafLineStyles()
self.hatchfills = gki.IrafHatchFills()
self.textAttributes = gki.TextAttributes()
self.lineAttributes = gki.LineAttributes()
self.fillAttributes = gki.FillAttributes()
self.markerAttributes = gki.MarkerAttributes()
self.StatusLine = gki.StatusLine(self.top.status, self.windowName)
self.history = [(self.gkibuffer, self.wcs, "", self.getHistory())]
self._currentPage = 0
# Master page variable, pageVar, any change to it is watched & acted on
self.pageVar = TKNTR.IntVar()
self.pageVar.set(self._currentPage)
# _setPageVar is callback for changes to pageVar
self.pageVar.trace('w', self._setPageVar)
# Also hold a var just for the # of the selected page button: bttnVar
# This one causes no events when it is set!
self.bttnVar = TKNTR.IntVar()
self.bttnVar.set(0)
windowID = self.gwidget.winfo_id()
self.flush()
if sys.platform != 'darwin': # this step is unneeded on OSX
wutil.setBackingStore(windowID)