FM / site-packages

/usr/lib64/python2.6/site-packages

Name	Size	Mode	Actions
backports/	-	0755	rm
cairo/	-	0755	rm
cffi/	-	0755	rm
cffi-1.2.1-py2.6.egg-info/	-	0755	rm
Cheetah/	-	0755	rm
Cheetah-2.4.1-py2.6.egg-info/	-	0755	rm
cryptography/	-	0755	rm
cryptography-1.0.2-py2.6.egg-info/	-	0755	rm
curl/	-	0755	rm
dns/	-	0755	rm
gpgme/	-	0755	rm
gtk-2.0/	-	0755	rm
jinja2/	-	0755	rm
Jinja2-2.2.1-py2.6.egg-info/	-	0755	rm
lxml/	-	0755	rm
lxml-2.2.3-py2.6.egg-info/	-	0755	rm
M2Crypto/	-	0755	rm
matplotlib/	-	0755	rm
meld3/	-	0755	rm
modulator/	-	0755	rm
mpl_toolkits/	-	0755	rm
msgpack/	-	0755	rm
msgpack_python-0.4.6-py2.6.egg-info/	-	0755	rm
msgpack_python-0.4.7-py2.6.egg-info/	-	0755	rm
mx/	-	0755	rm
MySQLdb/	-	0755	rm
MySQL_python-1.2.5-py2.6.egg-info/	-	0755	rm
netifaces-0.10.4-py2.6.egg-info/	-	0755	rm
numpy/	-	0755	rm
OpenSSL/	-	0755	rm
policycoreutils/	-	0755	rm
problem/	-	0755	rm
psutil/	-	0755	rm
pylve-2.1-py2.6.egg-info/	-	0755	rm
pynche/	-	0755	rm
PyYAML-3.11-py2.6.egg-info/	-	0755	rm
report/	-	0755	rm
reportclient/	-	0755	rm
rpm/	-	0755	rm
selinux/	-	0755	rm
sepolgen/	-	0755	rm
setools/	-	0755	rm
simplejson/	-	0755	rm
simplejson-3.8.0-py2.6.egg-info/	-	0755	rm
simplejson-3.8.2-py2.6.egg-info/	-	0755	rm
wrapt/	-	0755	rm
wrapt-1.10.5-py2.6.egg-info/	-	0755	rm
wrapt-1.10.8-py2.6.egg-info/	-	0755	rm
yaml/	-	0755	rm
abrt.pth	30	0644	edit dl rm
abrt_exception_handler.py	7077	0644	edit dl rm
abrt_exception_handler.pyc	4805	0644	edit dl rm
abrt_exception_handler.pyo	4805	0644	edit dl rm
acutilmodule.so	6024	0644	edit dl rm
audit.py	43352	0644	edit dl rm
audit.pyc	41967	0644	edit dl rm
audit.pyo	41967	0644	edit dl rm
auparse.so	48616	0755	edit dl rm
dmidecode.py	3461	0644	edit dl rm
dmidecode.pyc	2320	0644	edit dl rm
dmidecode.pyo	2320	0644	edit dl rm
dmidecodemod.so	185104	0755	edit dl rm
drv_libxml2.py	15061	0644	edit dl rm
drv_libxml2.pyc	11329	0644	edit dl rm
drv_libxml2.pyo	11329	0644	edit dl rm
egenix_mx_base-3.1.1-py2.6.egg-info	3464	0644	edit dl rm
ethtool-0.6-py2.6.egg-info	288	0644	edit dl rm
ethtool.so	38280	0755	edit dl rm
gudev.so	25984	0644	edit dl rm
iwlib-1.0-py2.6.egg-info	358	0644	edit dl rm
iwlib.so	8960	0644	edit dl rm
libxml2.py	339776	0644	edit dl rm
libxml2.pyc	444924	0644	edit dl rm
libxml2.pyo	444924	0644	edit dl rm
libxml2mod.a	566762	0644	edit dl rm
libxml2mod.la	1015	0755	edit dl rm
libxml2mod.so	368072	0755	edit dl rm
M2Crypto-0.20.2-py2.6.egg-info	1160	0644	edit dl rm
matplotlib-0.99.1.1-py2.6.egg-info	606	0644	edit dl rm
meld3-0.6.7-py2.6.egg-info	259	0644	edit dl rm
netifaces.so	43849	0644	edit dl rm
numpy-1.4.1-py2.6.egg-info	1610	0644	edit dl rm
ordereddict-1.2-py2.6.egg-info	183	0644	edit dl rm
policycoreutils_default_encoding-0.1-py2.6.egg-info	300	0644	edit dl rm
psutil-0.7.0-py2.6.egg-info	9894	0644	edit dl rm
pycurl-7.19.0-py2.6.egg-info	366	0644	edit dl rm
pycurl.so	69504	0755	edit dl rm
pygpgme-0.1-py2.6.egg-info	836	0644	edit dl rm
pygtk.pth	8	0644	edit dl rm
pygtk.py	2966	0644	edit dl rm
pygtk.pyc	2082	0644	edit dl rm
pygtk.pyo	1789	0644	edit dl rm
pylab.py	90	0644	edit dl rm
pylab.pyc	242	0644	edit dl rm
pylab.pyo	242	0644	edit dl rm
pylve.so	19552	0755	edit dl rm
python_dmidecode-3.10.15-py2.6.egg-info	311	0644	edit dl rm
README	119	0644	edit dl rm
semanage.py	41434	0644	edit dl rm
semanage.pyc	52767	0644	edit dl rm
semanage.pyo	52767	0644	edit dl rm
seobject.py	80758	0755	edit dl rm
seobject.pyc	79967	0644	edit dl rm
seobject.pyo	79967	0644	edit dl rm
setools-1.0-py2.6.egg-info	206	0644	edit dl rm
snack.py	30643	0644	edit dl rm
snack.pyc	40757	0644	edit dl rm
snack.pyo	40757	0644	edit dl rm
sqlitecachec.py	2510	0644	edit dl rm
sqlitecachec.pyc	2176	0644	edit dl rm
sqlitecachec.pyo	2176	0644	edit dl rm
yum_metadata_parser-1.1.2-py2.6.egg-info	213	0644	edit dl rm
_audit.so	152064	0755	edit dl rm
_cffi_backend.so	386213	0644	edit dl rm
_dbus_bindings.so	154032	0644	edit dl rm
_dbus_glib_bindings.so	8384	0644	edit dl rm
_mysql.so	139827	0644	edit dl rm
_mysql_exceptions.py	2352	0644	edit dl rm
_mysql_exceptions.pyc	4257	0644	edit dl rm
_psutil_linux.so	8968	0644	edit dl rm
_psutil_posix.so	5576	0644	edit dl rm
_semanage.so	225384	0644	edit dl rm
_snackmodule.so	35504	0755	edit dl rm
_sqlitecache.so	45320	0644	edit dl rm
_yaml.so	186176	0644	edit dl rm

Edit: /usr/lib64/python2.6/site-packages/snack.py (30643B)

# snack.py: maps C extension module _snack to proper python types in module
# snack.
# The first section is a very literal mapping.
# The second section contains convenience classes that amalgamate
# the literal classes and make them more object-oriented.

"""
This module provides the NEWT Windowing toolkit API for Python
This is a lightweight text-mode windowing library, based on slang.

Classes:

- Widget  
 - Button  
 - CompactButton
 - Checkbox
 - SingleRadioButton
 - Listbox
 - Textbox
 - TextboxReflowed
 - Label
 - Scale
 - Entry
 - Form
 - Grid
 - SnackScreen
 - RadioGroup
 - RadioBar
 - ButtonBar
 - GridFormHelp
 - GridForm
 - CheckboxTree
 - Clistbox

Functions:

- ListboxChoiceWindow
 - ButtonChoiceWindow
 - EntryWindow
"""

import _snack
import types
import string

from _snack import FLAG_DISABLED, FLAGS_SET, FLAGS_RESET, FLAGS_TOGGLE, FD_READ, FD_WRITE, FD_EXCEPT

LEFT = (-1, 0)
DOWN = (-1, -1)
CENTER = (0, 0)
UP = (1, 1)
RIGHT = (1, 0)

snackArgs = {"append":-1}

class Widget:
    """Base class for NEWT toolkit - Do not use directly

methods:

- Widget(self)
     - setCallback(self, obj, data = None) : 
          The callback for when object activated.
          data is passed to obj.
    """
    def setCallback(self, obj, data = None):
        if data:
            self.w.setCallback(obj, data)
        else:
            self.w.setCallback(obj)
            
    def __init__(self):
        raise NotImplementedError

class Button(Widget):
    """Basic button class, takes button text as parameter

method:

- Button(self, text): returns a button
    """
    def __init__(self, text):
        self.w = _snack.button(text)

class CompactButton(Widget):
    """Compact Button class (less frilly button decoration).

methods:

- CompactButton(self,text) : create button, with text.
    """
    def __init__(self, text):
        self.w = _snack.compactbutton(text)

class Checkbox(Widget):
    """A checkbox.

methods:
    
      - Checkbox(self, text, isOn = 0) : text, and boolean as to default value
      - setValue(self)                 : set value
      - value(self, value)             : return checkbox value
      - selected(self)                 : returns boolean
      - setFlags(self, flag, sense)    : set flags

flags:  FLAG_DISABLED, FLAGS_SET, FLAGS_RESET
    """
    def value(self):
        return self.w.checkboxValue

def selected(self):
        return self.w.checkboxValue != 0

def setFlags (self, flag, sense):

return self.w.checkboxSetFlags(flag, sense)

def setValue (self, value):
        return self.w.checkboxSetValue(value)

def __init__(self, text, isOn = 0):
        self.w = _snack.checkbox(text, isOn)

class SingleRadioButton(Widget):
    """Single Radio Button.

methods:
    
     -  SingleRadioButton(text, group, isOn = 0)  : create button
     -  selected(self)                            : returns bool, whether or not is selected.
    """
    
    def selected(self):
        return self.w.key == self.w.radioValue;
    
    def __init__(self, text, group, isOn = 0):
        if group:
            self.w = _snack.radiobutton(text, group.w, isOn)
        else:
            self.w = _snack.radiobutton(text, None, isOn)

class Listbox(Widget):
    """Listbox class.

methods:

- Listbox(self, height, scroll = 0, returnExit = 0, width = 0, showCursor = 0, multiple = 0, border = 0)
     - insert(self, text, item, before) : insert element; before = key to item to insert before, or None.
     - delete(self, item)               : delete item from list.
     - replace(self, text,item)         : Replace a given item's text
     - current(self)                    : returns currently selected item
     - getSelection(self)               : returns a list of selected items
     - setCurrent(self,i tem)           : select current.
     - clear(self)                      : clear listbox
    """
    
    def append(self, text, item):
        key = self.w.listboxAddItem(text)
        self.key2item[key] = item
        self.item2key[item] = key

def insert(self, text, item, before):
        if (not before):
            key = self.w.listboxInsertItem(text, 0)
        else:
            key = self.w.listboxInsertItem(text, self.item2key[before])
        self.key2item[key] = item
        self.item2key[item] = key

def delete(self, item):
        self.w.listboxDeleteItem(self.item2key[item])
        del self.key2item[self.item2key[item]]
        del self.item2key[item]

def replace(self, text, item):
        key = self.w.listboxInsertItem(text, self.item2key[item])
        self.w.listboxDeleteItem(self.item2key[item])
        del self.key2item[self.item2key[item]]
        self.item2key[item] = key
        self.key2item[key] = item

def current(self):
        return self.key2item[self.w.listboxGetCurrent()]

def getSelection(self):
        selection = []
        list = self.w.listboxGetSelection()
        for key in list:
            selection.append(self.key2item[key])
        return selection

def setCurrent(self, item):
        self.w.listboxSetCurrent(self.item2key[item])

def clear(self):
        self.key2item = {}
        self.item2key = {}        
        self.w.listboxClear()

def __init__(self, height, scroll = 0, returnExit = 0, width = 0, showCursor = 0, multiple = 0, border = 0):
        self.w = _snack.listbox(height, scroll, returnExit, showCursor, multiple, border)
        self.key2item = {}
        self.item2key = {}
        if (width):
            self.w.listboxSetWidth(width)

class Textbox(Widget):
    """Textbox, container for text.

methods:

- Textbox(self, width, height, scroll = 0, wrap = 0): scroll, wrap are flags
                                   include scroll bars, or text wrap.
     - setText(text) : set text.
     - setHeight(height): set height.
    """
    
    def setText(self, text):
        self.w.textboxText(text)

def setHeight(self, height):
        self.w.textboxHeight(height)

def __init__(self, width, height, text, scroll = 0, wrap = 0):
        self.w = _snack.textbox(width, height, text, scroll, wrap)

class TextboxReflowed(Textbox):

def __init__(self, width, text, flexDown = 5, flexUp = 10, maxHeight = -1):
        (newtext, width, height) = reflow(text, width, flexDown, flexUp)
        if maxHeight != -1 and height > maxHeight:
            Textbox.__init__(self, width, maxHeight, newtext, 1)
        else:
            Textbox.__init__(self, width, height, newtext, 0)

class Label(Widget):
    """A Label (simple text).

methods:

- Label(self,text)   : create label
     - setText(self,text) : change text.
     - setColors(self, colorset) : change individual colors
    """
    def setText(self, text):
        self.w.labelText(text)

def __init__(self, text):
        self.w = _snack.label(text)

def setColors(self, colorset):
        self.w.labelSetColors(colorset)

class Scale(Widget):
    """A Scale (progress bar).

methods:

- Scale(self,width, total) : create scale; width: size on screen, fullamount: integer.
     - set(self,amount)         : set amount to integer.
    """
    def set(self, amount):
        self.w.scaleSet(amount)

def __init__(self, width, total):
        self.w = _snack.scale(width, total)

class Entry(Widget):
    """Entry widget.

methods:

- Entry(self, width, text = "", hidden = 0, password = 0, scroll = 1, returnExit = 0)
          constructor. hidden doesn't show text, password stars it out,
          scroll includes scroll bars;
          if returnExit is set, return from Form when exiting this element, else
           proceed to next entry widget.
     - value(self): return value.
     - set(text, cursorAtEnd = 1) : set the text
     - setFlags (flag, sense) : flags can be FLAG_DISABLED, FLAGS_SET, FLAGS_RESET, FLAGS_TOGGLE
    """
    def value(self):
        return self.w.entryValue

def set(self, text, cursorAtEnd = 1):
        return self.w.entrySetValue(text, cursorAtEnd)

def setFlags (self, flag, sense):
        return self.w.entrySetFlags(flag, sense)

def __init__(self, width, text = "", hidden = 0, password = 0, scroll = 1, 
         returnExit = 0):
        self.w = _snack.entry(width, text, hidden, password, scroll, returnExit)

# Form uses hotkeys
hotkeys = { "F1" : _snack.KEY_F1, "F2" : _snack.KEY_F2, "F3" : _snack.KEY_F3, 
            "F4" : _snack.KEY_F4, "F5" : _snack.KEY_F5, "F6" : _snack.KEY_F6, 
            "F7" : _snack.KEY_F7, "F8" : _snack.KEY_F8, "F9" : _snack.KEY_F9, 
            "F10" : _snack.KEY_F10, "F11" : _snack.KEY_F11, 
            "F12" : _snack.KEY_F12, "ESC" : _snack.KEY_ESC ,  " " : ord(" ") }

for n in hotkeys.keys():
    hotkeys[hotkeys[n]] = n

class Form:
    """ Base Form class, from which Grid, etc. inherit

methods:

- Form(self, helpArg = None) : constructor. 
     - addHotKey(self, keyname) : keynames of form "F1" through "F12", "ESC"
     - add(self, widget) : Add a widget
     - run(self): run a  form, expecting input
     - draw(self): draw form.
     - setTimer(self, timer) : add a timer
     - watchFile(self, file, flags) : watch a named file
     - setCurrent (self, co): Set a given widget as the current focus
    """
    def addHotKey(self, keyname):
        self.w.addhotkey(hotkeys[keyname])

def add(self, widget):
        if widget.__dict__.has_key('hotkeys'):
            for key in widget.hotkeys.keys():
                self.addHotKey(key)

if widget.__dict__.has_key('gridmembers'):
            for w in widget.gridmembers:
                self.add(w)
        elif widget.__dict__.has_key('w'):
            self.trans[widget.w.key] = widget
            return self.w.add(widget.w)
        return None

def run(self):
        (what, which) = self.w.run()
        if (what == _snack.FORM_EXIT_WIDGET):
            return self.trans[which]
        elif (what == _snack.FORM_EXIT_TIMER):
            return "TIMER"
        elif (what == _snack.FORM_EXIT_FDREADY):
            return self.filemap[which]

return hotkeys[which]

def draw(self):
        self.w.draw()
        return None

def __init__(self, helpArg = None):
        self.trans = {}
        self.filemap = {}
        self.w = _snack.form(helpArg)
        # we do the reference count for the helpArg in python! gross
        self.helpArg = helpArg

def setCurrent (self, co):
        self.w.setcurrent (co.w)

def setTimer (self, timer):
        self.w.settimer (timer)

def watchFile (self, file, flags):
        self.filemap[file.fileno()] = file
        self.w.watchfd (file.fileno(), flags)

class Grid:
    """Grid class.

methods:

- place(self,x,y): Return what is placed at (x,y)
     - setField(self, what, col, row, padding = (0, 0, 0, 0),
                anchorLeft = 0, anchorTop = 0, anchorRight = 0,
                anchorBottom = 0, growx = 0, growy = 0):
                used to add widget 'what' to grid.
     - Grid(self, *args): eg. g = Grid(2,3) for 2x3 grid
    """
    def place(self, x, y):
        return self.g.place(x, y)

def setField(self, what, col, row, padding = (0, 0, 0, 0),
         anchorLeft = 0, anchorTop = 0, anchorRight = 0,
         anchorBottom = 0, growx = 0, growy = 0):
        self.gridmembers.append(what)
        anchorFlags = 0
        if (anchorLeft):
            anchorFlags = _snack.ANCHOR_LEFT
        elif (anchorRight):
            anchorFlags = _snack.ANCHOR_RIGHT

if (anchorTop):
            anchorFlags = anchorFlags | _snack.ANCHOR_TOP
        elif (anchorBottom):
            anchorFlags = anchorFlags | _snack.ANCHOR_BOTTOM

gridFlags = 0
        if (growx):
            gridFlags = _snack.GRID_GROWX
        if (growy):
            gridFlags = gridFlags | _snack.GRID_GROWY

if (what.__dict__.has_key('g')):
            return self.g.setfield(col, row, what.g, padding, anchorFlags,
                       gridFlags)
        else:
            return self.g.setfield(col, row, what.w, padding, anchorFlags)
    
    def __init__(self, *args):
        self.g = apply(_snack.grid, args)
        self.gridmembers = []

colorsets = { "ROOT" : _snack.COLORSET_ROOT,
              "BORDER" : _snack.COLORSET_BORDER,
              "WINDOW" : _snack.COLORSET_WINDOW,
              "SHADOW" : _snack.COLORSET_SHADOW,
              "TITLE" : _snack.COLORSET_TITLE,
              "BUTTON" : _snack.COLORSET_BUTTON,
              "ACTBUTTON" : _snack.COLORSET_ACTBUTTON,
              "CHECKBOX" : _snack.COLORSET_CHECKBOX,
              "ACTCHECKBOX" : _snack.COLORSET_ACTCHECKBOX,
              "ENTRY" : _snack.COLORSET_ENTRY,
              "LABEL" : _snack.COLORSET_LABEL,
              "LISTBOX" : _snack.COLORSET_LISTBOX,
              "ACTLISTBOX" : _snack.COLORSET_ACTLISTBOX,
              "TEXTBOX" : _snack.COLORSET_TEXTBOX,
              "ACTTEXTBOX" : _snack.COLORSET_ACTTEXTBOX,
              "HELPLINE" : _snack.COLORSET_HELPLINE,
              "ROOTTEXT" : _snack.COLORSET_ROOTTEXT,
              "EMPTYSCALE" : _snack.COLORSET_EMPTYSCALE,
              "FULLSCALE" : _snack.COLORSET_FULLSCALE,
              "DISENTRY" : _snack.COLORSET_DISENTRY,
              "COMPACTBUTTON" : _snack.COLORSET_COMPACTBUTTON,
              "ACTSELLISTBOX" : _snack.COLORSET_ACTSELLISTBOX,
              "SELLISTBOX" : _snack.COLORSET_SELLISTBOX }

class SnackScreen:
    """A Screen;

methods:

- Screen(self) : constructor
    - finish(self)
    - resume(self)
    - suspend(self)
    - doHelpCallback(self,arg) call callback with arg
    - helpCallback(self,cb): Set help callback
    - suspendcallback(self,cb, data=None) : set callback. data=data to pass to cb.
    - openWindow(self,left, top, width, height, title): Open a window.
    - pushHelpLine(self,text): put help line on screen. Returns current help line if text=None
    - setColor(self, colorset, fg, bg): Set foreground and background colors;
            colorset = key from snack.colorsets,
            fg & bg = english color names defined by S-Lang
                (ref: S-Lang Library C Programmer's Guide section:
                8.4.4.  Setting Character Attributes)
    """
    def __init__(self):
        _snack.init()
        (self.width, self.height) = _snack.size()
        self.pushHelpLine(None)

def finish(self):
        return _snack.finish()

def resume(self):
        _snack.resume()

def suspend(self):
        _snack.suspend()

def doHelpCallback(self, arg):
        self.helpCb(self, arg)
    
    def helpCallback(self, cb):
    	self.helpCb = cb
        return _snack.helpcallback(self.doHelpCallback)

def suspendCallback(self, cb, data = None):
        if data:
            return _snack.suspendcallback(cb, data)
        return _snack.suspendcallback(cb)

def openWindow(self, left, top, width, height, title):
        return _snack.openwindow(left, top, width, height, title)

def pushHelpLine(self, text):
        if (not text):
            return _snack.pushhelpline("*default*")
        else:
            return _snack.pushhelpline(text)

def popHelpLine(self):
        return _snack.pophelpline()

def drawRootText(self, left, top, text):
        return _snack.drawroottext(left, top, text)

def centeredWindow(self, width, height, title):
        return _snack.centeredwindow(width, height, title)

def gridWrappedWindow(self, grid, title, x = None, y = None):
        if x and y:
            return _snack.gridwrappedwindow(grid.g, title, x, y)

return _snack.gridwrappedwindow(grid.g, title)

def popWindow(self, refresh = True):
        if refresh:
            return _snack.popwindow()
        return _snack.popwindownorefresh()

def refresh(self):
        return _snack.refresh()

def setColor(self, colorset, fg, bg):
        if colorset in colorsets:
            return _snack.setcolor(colorsets[colorset], fg, bg)
        else:
           # assume colorset is an integer for the custom color set
           return _snack.setcolor(colorset, fg, bg)

def reflow(text, width, flexDown = 5, flexUp = 5):
    """ returns a tuple of the wrapped text, the actual width, and the actual height
    """
    return _snack.reflow(text, width, flexDown, flexUp)

# combo widgets

class RadioGroup(Widget):
    """ Combo widget: Group of Radio buttons

methods:

- RadioGroup(self): constructor.
     - add(self,title, value, default = None): add a button. Returns button.
     - getSelection(self) : returns value of selected button | None    
    """
    def __init__(self):
        self.prev = None
        self.buttonlist = []

def add(self, title, value, default = None):
        if not self.prev and default == None:
            # If the first element is not explicitly set to
            # not be the default, make it be the default
            default = 1
        b = SingleRadioButton(title, self.prev, default)
        self.prev = b
        self.buttonlist.append((b, value))
        return b

def getSelection(self):
        for (b, value) in self.buttonlist:
            if b.selected(): return value
        return None

class RadioBar(Grid):
    """ Bar of Radio buttons, based on Grid.

methods:

- RadioBar(self, screen, buttonlist) : constructor.
    - getSelection(self): return value of selected button 
    """

def __init__(self, screen, buttonlist):
        self.list = []
        self.item = 0
        self.group = RadioGroup()
        Grid.__init__(self, 1, len(buttonlist))
        for (title, value, default) in buttonlist:
            b = self.group.add(title, value, default)
            self.list.append((b, value))
            self.setField(b, 0, self.item, anchorLeft = 1)
            self.item = self.item + 1

def getSelection(self):
        return self.group.getSelection()

# you normally want to pack a ButtonBar with growx = 1

class ButtonBar(Grid):
    """ Bar of buttons, based on grid.

methods:

- ButtonBar(screen, buttonlist,buttonlist, compact = 0):
     - buttonPressed(self, result):  Takes the widget returned by Form.run and looks to see
                     if it was one of the widgets in the ButtonBar.
    """
    def __init__(self, screen, buttonlist, compact = 0):
        self.list = []
        self.hotkeys = {}
        self.item = 0
        Grid.__init__(self, len(buttonlist), 1)
        for blist in buttonlist:
            if (type(blist) == types.StringType):
                title = blist
                value = string.lower(blist)
            elif len(blist) == 2:
                (title, value) = blist
            else:
                (title, value, hotkey) = blist
                self.hotkeys[hotkey] = value

if compact:
                b = CompactButton(title)
            else:
                b = Button(title)
            self.list.append((b, value))
            self.setField(b, self.item, 0, (1, 0, 1, 0))
            self.item = self.item + 1

def buttonPressed(self, result):    
        if self.hotkeys.has_key(result):
            return self.hotkeys[result]

for (button, value) in self.list:
            if result == button:
            	return value
        return None

class GridFormHelp(Grid):
    """ Subclass of Grid, for the help form text.

methods:

- GridFormHelp(self, screen, title, help, *args) :
     - add (self, widget, col, row, padding = (0, 0, 0, 0),
            anchorLeft = 0, anchorTop = 0, anchorRight = 0,
            anchorBottom = 0, growx = 0, growy = 0):
     - runOnce(self, x = None, y = None):  pop up the help window
     - addHotKey(self, keyname):
     - setTimer(self, keyname):
     - create(self, x = None, y = None):
     - run(self, x = None, y = None):
     - draw(self):
     - runPopup(self):
     - setCurrent (self, co):
    """
    def __init__(self, screen, title, help, *args):
        self.screen = screen
        self.title = title
        self.form = Form(help)
        self.childList = []
        self.form_created = 0
        args = list(args)
        args[:0] = [self]
        apply(Grid.__init__, tuple(args))

def add(self, widget, col, row, padding = (0, 0, 0, 0),
            anchorLeft = 0, anchorTop = 0, anchorRight = 0,
            anchorBottom = 0, growx = 0, growy = 0):
        self.setField(widget, col, row, padding, anchorLeft,
                      anchorTop, anchorRight, anchorBottom,
                      growx, growy);
        self.childList.append(widget)

def runOnce(self, x = None, y = None):
        result = self.run(x, y)
        self.screen.popWindow()
        return result

def addHotKey(self, keyname):
        self.form.addHotKey(keyname)

def setTimer(self, keyname):
        self.form.setTimer(keyname)

def create(self, x = None, y = None):
        if not self.form_created:
            self.place(1,1)
            for child in self.childList:
                self.form.add(child)
            self.screen.gridWrappedWindow(self, self.title, x, y)
            self.form_created = 1

def run(self, x = None, y = None):
        self.create(x, y)
        return self.form.run()

def draw(self):
        self.create()
        return self.form.draw()
    
    def runPopup(self):
        self.create()
        self.screen.gridWrappedWindow(self, self.title)
        result = self.form.run()
        self.screen.popWindow()
        return result

def setCurrent (self, co):
        self.form.setCurrent (co)

class GridForm(GridFormHelp):
    """ GridForm class (extends GridFormHelp):

methods:

- GridForm(self, screen, title, *args):
    """
    def __init__(self, screen, title, *args):
        myargs = (self, screen, title, None) + args
        apply(GridFormHelp.__init__, myargs)

class CheckboxTree(Widget):
    """ CheckboxTree combo widget,

methods:

- CheckboxTree(self, height, scroll = 0, width = None, hide_checkbox = 0, unselectable = 0)
                    constructor.
     - append(self, text, item = None, selected = 0):
     - addItem(self, text, path, item = None, selected = 0):
     - getCurrent(self):
     - getSelection(self):
     - setEntry(self, item, text):
     - setCurrent(self, item):
     - setEntryValue(self, item, selected = 1):
     - getEntryValue(self, item):
    """ 
    def append(self, text, item = None, selected = 0):
        self.addItem(text, (snackArgs['append'], ), item, selected)
    
    def addItem(self, text, path, item = None, selected = 0):
        if item is None:
            item = text
        key = self.w.checkboxtreeAddItem(text, path, selected)
        self.key2item[key] = item
        self.item2key[item] = key

def getCurrent(self):
        curr = self.w.checkboxtreeGetCurrent()
        return self.key2item[curr]

def __init__(self, height, scroll = 0, width = None, hide_checkbox = 0, unselectable = 0):
        self.w = _snack.checkboxtree(height, scroll, hide_checkbox, unselectable)
        self.key2item = {}
        self.item2key = {}
        if (width):
            self.w.checkboxtreeSetWidth(width)

def getSelection(self):
        selection = []
        list = self.w.checkboxtreeGetSelection()
        for key in list:
            selection.append(self.key2item[key])
        return selection

def setEntry(self, item, text):
        self.w.checkboxtreeSetEntry(self.item2key[item], text)

def setCurrent(self, item):
        self.w.checkboxtreeSetCurrent(self.item2key[item])

def setEntryValue(self, item, selected = 1):
        self.w.checkboxtreeSetEntryValue(self.item2key[item], selected)

def getEntryValue(self, item):
        return self.w.checkboxtreeGetEntryValue(self.item2key[item])

def ListboxChoiceWindow(screen, title, text, items, 
            buttons = ('Ok', 'Cancel'), 
            width = 40, scroll = 0, height = -1, default = None,
            help = None):
    """
    - ListboxChoiceWindow(screen, title, text, items, 
            buttons = ('Ok', 'Cancel'), 
            width = 40, scroll = 0, height = -1, default = None,
            help = None):
    """
    if (height == -1): height = len(items)

bb = ButtonBar(screen, buttons)
    t = TextboxReflowed(width, text)
    l = Listbox(height, scroll = scroll, returnExit = 1)
    count = 0
    for item in items:
        if (type(item) == types.TupleType):
            (text, key) = item
        else:
            text = item
            key = count

if (default == count):
            default = key
        elif (default == item):
            default = key

l.append(text, key)
        count = count + 1

if (default != None):
        l.setCurrent (default)

g = GridFormHelp(screen, title, help, 1, 3)
    g.add(t, 0, 0)
    g.add(l, 0, 1, padding = (0, 1, 0, 1))
    g.add(bb, 0, 2, growx = 1)

rc = g.runOnce()

return (bb.buttonPressed(rc), l.current())

def ButtonChoiceWindow(screen, title, text, 
               buttons = [ 'Ok', 'Cancel' ], 
               width = 40, x = None, y = None, help = None):
    """
     - ButtonChoiceWindow(screen, title, text, 
               buttons = [ 'Ok', 'Cancel' ], 
               width = 40, x = None, y = None, help = None):
    """
    bb = ButtonBar(screen, buttons)
    t = TextboxReflowed(width, text, maxHeight = screen.height - 12)

g = GridFormHelp(screen, title, help, 1, 2)
    g.add(t, 0, 0, padding = (0, 0, 0, 1))
    g.add(bb, 0, 1, growx = 1)
    return bb.buttonPressed(g.runOnce(x, y))

def EntryWindow(screen, title, text, prompts, allowCancel = 1, width = 40,
        entryWidth = 20, buttons = [ 'Ok', 'Cancel' ], help = None):
    """
    EntryWindow(screen, title, text, prompts, allowCancel = 1, width = 40,
        entryWidth = 20, buttons = [ 'Ok', 'Cancel' ], help = None):
    """
    bb = ButtonBar(screen, buttons);
    t = TextboxReflowed(width, text)

count = 0
    for n in prompts:
        count = count + 1

sg = Grid(2, count)

count = 0
    entryList = []
    for n in prompts:
        if (type(n) == types.TupleType):
            (n, e) = n
            if (type(e) in types.StringTypes):
                e = Entry(entryWidth, e)
        else:
            e = Entry(entryWidth)

sg.setField(Label(n), 0, count, padding = (0, 0, 1, 0), anchorLeft = 1)
        sg.setField(e, 1, count, anchorLeft = 1)
        count = count + 1
        entryList.append(e)

g = GridFormHelp(screen, title, help, 1, 3)

g.add(t, 0, 0, padding = (0, 0, 0, 1))
    g.add(sg, 0, 1, padding = (0, 0, 0, 1))
    g.add(bb, 0, 2, growx = 1)

result = g.runOnce()

entryValues = []
    count = 0
    for n in prompts:
        entryValues.append(entryList[count].value())
        count = count + 1

return (bb.buttonPressed(result), tuple(entryValues))

class CListbox(Grid):
    """Clistbox convenience class.

methods:

- Clistbox(self, height, cols, cols_widths, scroll = 0)       : constructor
     - colFormText(self, col_text, align = None, adjust_width = 0) : column text.
     - append(self, col_text, item, col_text_align = None)         :
     - insert(self, col_text, item, before, col_text_align = None)
     - delete(self, item)
     - replace(self, col_text, item, col_text_align = None)
     - current(self) : returns current item
     - setCurrent(self, item): sets an item as current
     - clear(self): clear the listbox
     
     Alignments may be LEFT, RIGHT, CENTER, None
    """
    def __init__(self, height, cols, col_widths, scroll = 0,
                 returnExit = 0, width = 0, col_pad = 1,
                 col_text_align = None, col_labels = None,
                 col_label_align = None, adjust_width=0):

self.cols = cols
        self.col_widths = col_widths[:]
        self.col_pad = col_pad
        self.col_text_align = col_text_align

if col_labels != None:        
            Grid.__init__(self, 1, 2)
            box_y = 1

lstr = self.colFormText(col_labels, col_label_align,
                                                adjust_width=adjust_width)
            self.label = Label(lstr)
            self.setField(self.label, 0, 0, anchorLeft=1)

else:
            Grid.__init__(self, 1, 1)
            box_y = 0

self.listbox = Listbox(height, scroll, returnExit, width)
        self.setField(self.listbox, 0, box_y, anchorRight=1)

def colFormText(self, col_text, align = None, adjust_width=0):
        i = 0
        str = ""
        c_len = len(col_text)
        while (i < self.cols) and (i < c_len):
        
            cstr = col_text[i]
            cstrlen = _snack.wstrlen(cstr)
            if self.col_widths[i] < cstrlen:
                if adjust_width:
                    self.col_widths[i] = cstrlen
                else:
                    cstr = cstr[:self.col_widths[i]]

delta = self.col_widths[i] - _snack.wstrlen(cstr)
                        
            if delta > 0:
                if align == None:
                    a = LEFT
                else:
                    a = align[i]

if a == LEFT:
                    cstr = cstr + (" " * delta)
                if a == CENTER:
                    cstr = (" " * (delta / 2)) + cstr + \
                        (" " * ((delta + 1) / 2))
                if a == RIGHT:
                    cstr = (" " * delta) + cstr

if i != c_len - 1:
                pstr = (" " * self.col_pad)
            else:
                pstr = ""

str = str + cstr + pstr
    
            i = i + 1
    
        return str

def append(self, col_text, item, col_text_align = None):
        if col_text_align == None:
            col_text_align = self.col_text_align
        text = self.colFormText(col_text, col_text_align)
        self.listbox.append(text, item)

def insert(self, col_text, item, before, col_text_align = None):
        if col_text_align == None:
            col_text_align = self.col_text_align
        text = self.colFormText(col_text, col_text_align)
        self.listbox.insert(text, item, before)

def delete(self, item):
        self.listbox.delete(item)

def replace(self, col_text, item, col_text_align = None):
        if col_text_align == None:
            col_text_align = self.col_text_align
        text = self.colFormText(col_text, col_text_align)
        self.listbox.replace(text, item)

def current(self):
        return self.listbox.current()

def setCurrent(self, item):
        self.listbox.setCurrent(item)

def clear(self):
        self.listbox.clear()

def customColorset(x):
    return 30 + x

cmd: