# Tk_quick_ref_table_for_binds.py

# Tk_quick_ref_table_for_binds.py

import Tkinter as tk
from PIL import Image, ImageTk

'''
from tkFileDialog import askopenfilename
img_data = askopenfilename(filetypes=[('png files', '.png')]) # needs to be placed after pack()

image = Image.open(img_data)
w,h = image.size
img = Image.new('RGBA', (w,h))
rgb = image.convert("RGBA")
p = list(rgb.getdata())

for y in range(h):
    s = ''
    for x in range(w):
        t = p.pop()
        if sum(t) > 80:
            s += 'X'
        else:
            s += '.'
    print s
'''

VALUES = '''
Python Tkinter Module
Bind Cheat Sheet

A summary of the most common events with some keypress names explained: --

<Button-1>
Button 1 is the leftmost button, button 2 is the middle button
(where available), and button 3 the rightmost button.
.
<Button-1>, <ButtonPress-1>, and <1> are all synonyms.
For mouse wheel support under Linux, use Button-4 (scroll up)
and Button-5 (scroll down)

<B1-Motion>
The mouse is moved, with mouse button 1 being held down (use B2 for
the middle button, B3 for the right button).

<ButtonRelease-1>
Button 1 was released. This is probably a better choice in most cases
than the Button event, because if the user accidentally presses the
button, they can move the mouse off the widget to avoid setting off
the event.

<Double-Button-1>
Button 1 was double clicked. You can use Double or Triple as prefixes.

<Enter>
The mouse pointer entered the widget (this event doesn't mean that
the user pressed the Enter key!).

<Leave>
The mouse pointer left the widget.

<FocusIn>
Keyboard focus was moved to this widget, or to a child of this widget.

<FocusOut>
Keyboard focus was moved from this widget to another widget.

<Configure>
The widget changed size (or location, on some platforms). The new
size is provided in the width and height attributes of the event
object passed to the callback.

<Activate>
A widget is changing from being inactive to being active. This refers
to changes in the state option of a widget such as a button changing
from inactive (grayed out) to active.

<Motion>
The user moved the mouse pointer entirely within a widget.

<!...>

<Return>
The user pressed the Enter key. For an ordinary 102-key PC-style
keyboard, the special keys are Cancel (the Break key), BackSpace, Tab,
Return(the Enter key), Shift_L (any Shift key), Control_L (any Control
key), Alt_L (any Alt key), Pause, Caps_Lock, Escape, Prior (Page Up),
Next (Page Down), End, Home, Left, Up, Right, Down, Print, Insert,
Delete, F1, F2, F3, F4, F5, F6, F7, F8, F9, F10, F11, F12, Num_Lock,
and Scroll_Lock.

<Key>
The user pressed any key. The key is provided in the char member of
the event object passed to the callback (this is an empty string for
special keys).

<a>
The user typed an "a". Most printable characters can be used as is.
The exceptions are space (<space>) and less than (<less>). Note that 1
is a keyboard binding, while <1> is a button binding.

<Shift-Up>
The user pressed the Up arrow, while holding the Shift key pressed.
You can use prefixes like Alt, Shift, and Control.

<Deactivate>
A widget is changing from being active to being inactive. This refers
to changes in the state option of a widget such as a radiobutton
changing from active to inactive (grayed out).

<Destroy>
A widget is being destroyed.

<Expose>
This event occurs whenever at least some part of your application or
widget becomes visible after having been covered up by another window.

<KeyRelease>
The user let up on a key.

<Map>
A widget is being mapped, that is, made visible in the application.
This will happen, for example, when you call the widget's .grid()
method.
'''.strip().split('\n\n')

TITLE = VALUES.pop(0).splitlines()

def TableChart():

    MAX_COLUMNS = 5
    FONT_SIZE = 11
    subject = ' -- '.join(TITLE)
    first = 1

    def spc(t,x=1):
        return '  '*x+t

    r = 0
    label = tk.Label(root, text=spc(subject), anchor='w', bg='#00ff00',
                     font=("Arial", FONT_SIZE+10, "bold"))
    label.grid(row=r, columnspan=MAX_COLUMNS, sticky="ew")

    ccc = 0
    r += 1
    for value in VALUES:
        c = ccc
        if value.strip().endswith('--'):
            value = value[:-2]
            section = 0
            first = 1
            ccc = c = 0
            label = tk.Label(root, image=imgTk, bg='#ffffff', anchor='s',
                                compound="top",
                                font=("Arial", FONT_SIZE+2, "bold"))
            label.grid(row=r, column=c, columnspan=5, sticky="new")
            r += 1
            label = tk.Label(root, image=imgTk, text=value, height=18,
                                fg='#ffffff', bg='#00cc00', compound="top",
                                anchor='s',
                                font=("Arial", FONT_SIZE+2, "bold"))
            label.grid(row=r, column=c, columnspan=5, sticky="new")
            r += 1
            rrr = r
        elif value.startswith('<!...>'):
            section = 0
            ccc = 3
            r = rrr
        else:
            bgc=('#ffffff','#dddddd')[section%2]
            section += 1
            value = value.split('\n')
            key = value.pop(0)
            label = tk.Label(root, text=spc(key), anchor='w', bg=bgc,
                                 font=("Arial", FONT_SIZE, "bold"))
            label.grid(row=r, column=c, sticky="news")
            c += 1
            blank = 0
            for key in value:
                if blank and first:
                    label = tk.Label(root, text=' ', anchor='w', bg=bgc)
                    label.grid(row=r, column=c-1, sticky="news")
                label = tk.Label(root, text=spc(key), anchor='w', bg=bgc,
                                 font=("Arial", FONT_SIZE, "italic"))
                label.grid(row=r, column=c, sticky="news", ipadx=8)
                label = tk.Label(root, text='  ', anchor='w', bg='#ffffff')
                label.grid(row=r, column=2, sticky="news")
                r += 1
                blank = 1

    r += 1
    label = tk.Label(root, image=imgTk, height=9, bg='#ffffff',
                        font=("Arial", FONT_SIZE+2, "bold"))
    label.grid(row=r, column=c, columnspan=2, sticky="new")
0
root = tk.Tk()
root.title(' '.join(TITLE))
root.configure(background='white')

img = Image.new('RGB', (1,1))
img.putdata([(0,0,0)])
imgTk = ImageTk.PhotoImage(img)

TableChart()

root.mainloop()