#!/usr/bin/env python
# -*- mode: python; coding: utf-8; -*-
# ---------------------------------------------------------------------------#
#
# Copyright (C) 1998-2003 Markus Franz Xaver Johannes Oberhumer
# Copyright (C) 2003 Mt. Hood Playing Card Co.
# Copyright (C) 2005-2009 Skomoroh
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see <http://www.gnu.org/licenses/>.
#
# ---------------------------------------------------------------------------#
from kivy.clock import Clock
from pysollib.gamedb import GI
from pysollib.kivy.LApp import LScrollView
from pysollib.kivy.LApp import LTopLevel
from pysollib.kivy.LApp import LTreeNode
from pysollib.kivy.LApp import LTreeRoot
from pysollib.kivy.LApp import get_menu_size_hint
from pysollib.kivy.selecttree import SelectDialogTreeData
from pysollib.kivy.selecttree import SelectDialogTreeLeaf, SelectDialogTreeNode
from pysollib.mygettext import _
from six.moves import UserList
# ************************************************************************
# * Nodes
# ************************************************************************
class SelectGameLeaf(SelectDialogTreeLeaf):
def getContents(self):
return None
class SelectGameNode(SelectDialogTreeNode):
def _getContents(self):
contents = []
if isinstance(self.select_func, UserList):
# key/value pairs
for id, name in self.select_func:
if id and name:
node = SelectGameLeaf(self.tree, self, name, key=id)
contents.append(node)
else:
for gi in self.tree.all_games_gi:
if gi and self.select_func is None:
# All games
# name = '%s (%s)' % (gi.name, CSI.TYPE_NAME[gi.category])
name = gi.name
node = SelectGameLeaf(self.tree, self, name, key=gi.id)
contents.append(node)
elif gi and self.select_func(gi):
name = gi.name
node = SelectGameLeaf(self.tree, self, name, key=gi.id)
contents.append(node)
return contents or self.tree.no_games
# ************************************************************************
# * Tree database
# ************************************************************************
class SelectGameData(SelectDialogTreeData):
def __init__(self, app):
SelectDialogTreeData.__init__(self)
# originale.
self.all_games_gi = list(
map(app.gdb.get, app.gdb.getGamesIdSortedByName()))
self.no_games = [SelectGameLeaf(None, None, _("(no games)"), None), ]
#
s_by_type = s_oriental = s_special = None
s_original = s_contrib = s_mahjongg = None
g = []
for data in (GI.SELECT_GAME_BY_TYPE,
GI.SELECT_ORIENTAL_GAME_BY_TYPE,
GI.SELECT_SPECIAL_GAME_BY_TYPE,
GI.SELECT_ORIGINAL_GAME_BY_TYPE,
GI.SELECT_CONTRIB_GAME_BY_TYPE,
):
gg = []
for name, select_func in data:
filtered = filter(select_func, self.all_games_gi)
if name is None or not filtered or len(list(filtered)) == 0:
continue
node = SelectGameNode(None, _(name), select_func)
if node:
gg.append(node)
g.append(gg)
def select_mahjongg_game(gi): return gi.si.game_type == GI.GT_MAHJONGG
gg = None
if filter(select_mahjongg_game, self.all_games_gi):
gg = SelectGameNode(None, _("Mahjongg Games"),
select_mahjongg_game)
g.append(gg)
if g[0]:
s_by_type = SelectGameNode(None, _("French Games"),
tuple(g[0]), expanded=1)
if g[1]:
s_oriental = SelectGameNode(None, _("Oriental Games"),
tuple(g[1]))
if g[2]:
s_special = SelectGameNode(None, _("Special Games"),
tuple(g[2]))
if g[3]:
s_original = SelectGameNode(None, _("Original Games"),
tuple(g[3]))
# if g[4]:
# s_contrib = SelectGameNode(None, "Contributed Games", tuple(g[4]))
if g[5]:
s_mahjongg = g[5]
#
# all games sorted (in pieces).
s_all_games, gg = None, []
agames = self.all_games_gi
n, d = 0, 17
i = 0
while True:
# columnbreak = i > 0 and (i % d) == 0
i += 1
if not agames[n:n + d]:
break
m = min(n + d - 1, len(agames) - 1)
label = agames[n].name[:4] + ' - ' + agames[m].name[:4]
# print('label = %s' % label)
ggg = []
for ag in agames[n:n + d]:
# print('game, id = %s, %s' % (ag.name, ag.id))
ggg.append((ag.id, ag.name + ' (' + str(ag.id) + ')'))
gg.append(SelectGameNode(None, label, UserList(ggg)))
n += d
if 1 and gg:
s_all_games = SelectGameNode(None, _("All Games"), tuple(gg))
#
s_by_compatibility, gg = None, []
for name, games in GI.GAMES_BY_COMPATIBILITY:
def select_func(gi, games=games):
return gi.id in games
if name is None or not list(filter(
select_func, self.all_games_gi)):
continue
gg.append(SelectGameNode(None, name, select_func))
if 1 and gg:
s_by_compatibility = SelectGameNode(None, _("by Compatibility"),
tuple(gg))
pass
#
s_by_pysol_version, gg = None, []
for name, games in GI.GAMES_BY_PYSOL_VERSION:
def select_func(gi, games=games):
return gi.id in games
if name is None or not list(filter(
select_func, self.all_games_gi)):
continue
name = _("New games in v. %(version)s") % {'version': name}
gg.append(SelectGameNode(None, name, select_func))
if 1 and gg:
s_by_pysol_version = SelectGameNode(None, _("by PySol version"),
tuple(gg))
#
s_by_inventors, gg = None, []
for name, games in GI.GAMES_BY_INVENTORS:
def select_func(gi, games=games):
return gi.id in games
if name is None or not list(filter(
select_func, self.all_games_gi)):
continue
gg.append(SelectGameNode(None, name, select_func))
if 1 and gg:
s_by_inventors = SelectGameNode(None, _("by Inventors"),
tuple(gg))
#
ul_alternate_names = UserList(
list(app.gdb.getGamesTuplesSortedByAlternateName()))
#
self.rootnodes = [_f for _f in (
# SelectGameNode(None, _("All Games"), None),
SelectGameNode(None, _("Popular Games"),
lambda gi: gi.si.game_flags & GI.GT_POPULAR),
s_mahjongg,
s_oriental,
s_special,
# SelectGameNode(None, _("Custom Games"),
# lambda gi: gi.si.game_type == GI.GT_CUSTOM),
SelectGameNode(None, _("Alternate Names"), ul_alternate_names),
s_by_type,
s_all_games,
SelectGameNode(None, _('by Skill Level'), (
SelectGameNode(None, _('Luck only'),
lambda gi: gi.skill_level == GI.SL_LUCK),
SelectGameNode(None, _('Mostly luck'),
lambda gi: gi.skill_level == GI.SL_MOSTLY_LUCK),
SelectGameNode(None, _('Balanced'),
lambda gi: gi.skill_level == GI.SL_BALANCED),
SelectGameNode(None, _('Mostly skill'),
lambda gi: gi.skill_level == GI.SL_MOSTLY_SKILL),
SelectGameNode(None, _('Skill only'),
lambda gi: gi.skill_level == GI.SL_SKILL),
)),
SelectGameNode(None, _("by Game Feature"), (
SelectGameNode(None, _("by Number of Cards"), (
SelectGameNode(None, _("32 cards"),
lambda gi: gi.si.ncards == 32),
SelectGameNode(None, _("48 cards"),
lambda gi: gi.si.ncards == 48),
SelectGameNode(None, _("52 cards"),
lambda gi: gi.si.ncards == 52),
SelectGameNode(None, _("64 cards"),
lambda gi: gi.si.ncards == 64),
SelectGameNode(None, _("78 cards"),
lambda gi: gi.si.ncards == 78),
SelectGameNode(None, _("104 cards"),
lambda gi: gi.si.ncards == 104),
SelectGameNode(None, _("144 cards"),
lambda gi: gi.si.ncards == 144),
SelectGameNode(None, _("Other number"),
lambda gi: gi.si.ncards not in
(32, 48, 52, 64, 78, 104, 144)),
)),
SelectGameNode(None, _("by Number of Decks"), (
SelectGameNode(None, _("1 deck games"),
lambda gi: gi.si.decks == 1),
SelectGameNode(None, _("2 deck games"),
lambda gi: gi.si.decks == 2),
SelectGameNode(None, _("3 deck games"),
lambda gi: gi.si.decks == 3),
SelectGameNode(None, _("4 deck games"),
lambda gi: gi.si.decks == 4),
)),
SelectGameNode(None, _("by Number of Redeals"), (
SelectGameNode(None, _("No redeal"),
lambda gi: gi.si.redeals == 0),
SelectGameNode(None, _("1 redeal"),
lambda gi: gi.si.redeals == 1),
SelectGameNode(None, _("2 redeals"),
lambda gi: gi.si.redeals == 2),
SelectGameNode(None, _("3 redeals"),
lambda gi: gi.si.redeals == 3),
SelectGameNode(None, _("Unlimited redeals"),
lambda gi: gi.si.redeals == -1),
SelectGameNode(None, _("Variable redeals"),
lambda gi: gi.si.redeals == -2),
SelectGameNode(None, _("Other number of redeals"),
lambda gi: gi.si.redeals not in
(-2, -1, 0, 1, 2, 3)),
)),
s_by_compatibility,
)),
s_by_pysol_version,
s_by_inventors,
SelectGameNode(None, _("Other Categories"), (
SelectGameNode(None, _("Games for Children (very easy)"),
lambda gi: gi.si.game_flags & GI.GT_CHILDREN),
SelectGameNode(None, _("Games with Scoring"),
lambda gi: gi.si.game_flags & GI.GT_SCORE),
SelectGameNode(None, _("Games with Stripped Decks"),
lambda gi: gi.si.game_flags & GI.GT_STRIPPED),
SelectGameNode(None, _("Games with Separate Decks"),
lambda gi: gi.si.game_flags & GI.GT_SEPARATE_DECKS),
SelectGameNode(None, _("Games with Jokers"),
lambda gi: gi.category == GI.GC_FRENCH and
gi.subcategory == GI.GS_JOKER_DECK),
SelectGameNode(None, _("Open Games (all cards visible)"),
lambda gi: gi.si.game_flags & GI.GT_OPEN),
SelectGameNode(None, _("Relaxed Variants"),
lambda gi: gi.si.game_flags & GI.GT_RELAXED),
)),
s_original,
s_contrib,
) if _f]
# ************************************************************************
# * Canvas that shows the tree
# ************************************************************************
'''
class SelectGameTreeWithPreview(SelectDialogTreeCanvas):
data = None
class SelectGameTree(SelectGameTreeWithPreview):
def singleClick(self, event=None):
self.doubleClick(event)
'''
# ************************************************************************
# * Kivy support
# ************************************************************************
class LGameRoot(LTreeRoot):
def __init__(self, gametree, gameview, **kw):
super(LGameRoot, self).__init__(**kw)
self.gametree = gametree
self.gameview = gameview
self.kw = kw
class LGameNode(LTreeNode):
def __init__(self, gamenode, gameview, **kw):
self.lastpos = None
self.gamenode = gamenode
self.gameview = gameview
super(LGameNode, self).__init__(**kw)
self.coreFont = self.font_size
# self.scaleFont(self.gameview.size[1])
# self.gameview.bind(size=self.scaleFontCB)
self.command = None
if 'command' in kw:
self.command = kw['command']
self.bind(on_release=self.on_released)
# font skalierung.
def scaleFont(self, value):
self.font_size = int(self.coreFont * value / 550.0)
def scaleFontCB(self, instance, value):
self.scaleFont(value[1])
# benutzer interaktion.
def on_released(self, v):
if self.gamenode.key:
if self.command:
# print('game number = %s' % self.gamenode.key)
Clock.schedule_once(self.commandCB, 0.1)
else:
# verzögert aufrufen, wegen user feedback.
Clock.schedule_once(self.toggleCB, 0.1)
'''
def on_touch_move(self, touch):
if self.collide_point(*touch.pos):
if self.lastpos==None:
self.lastpos = touch.pos
print('touch.pos %s' % str(touch.pos))
return
print ('touch move on %s - %s' % (self.text, touch.profile))
print('touch.pos(2) %s' % str(touch.pos))
# tbd: nur wenn horizontal move !
if (touch.pos[0]+2) < self.lastpos[0]:
Clock.schedule_once(self.collapseParentCB, 0.1)
pass
'''
def commandCB(self, d):
self.command(self.gamenode.key)
def toggleCB(self, d):
self.parent.toggle_node(self)
'''
def collapseParentCB(self, d):
if self.parent:
if self.parent_node.is_open:
self.parent.toggle_node(self.parent_node)
self.lastpos = None
'''
# ************************************************************************
# * Dialog
# ************************************************************************
class SelectGameDialog(object):
# Dialog, einmal erzeugt, wird rezykliert.
SingleInstance = None
def onClick(self, event):
print('LTopLevel: onClick')
SelectGameDialog.SingleInstance.parent.popWork('SelectGame')
def selectCmd(self, gameid):
self.app.menubar._mSelectGame(gameid)
def __init__(self, parent, title, app, gameid, **kw):
super(SelectGameDialog, self).__init__()
self.parent = parent
self.app = app
self.gameid = gameid
self.random = None
self.window = None
# bestehenden Dialog rezyklieren.
si = SelectGameDialog.SingleInstance
if si and si.parent.workStack.peek('SelectGame') is not None:
parent.popWork('SelectGame')
return
if (si):
si.parent.pushWork('SelectGame', si.window)
return
# neuen Dialog aufbauen.
self.window = window = LTopLevel(parent, title)
self.window.titleline.bind(on_press=self.onClick)
self.parent.pushWork('SelectGame', self.window)
SelectGameDialog.SingleInstance = self
def updrule(obj, val):
self.window.size_hint = get_menu_size_hint()
updrule(0, 0)
self.parent.bind(size=updrule)
# Asynchron laden.
def loaderCB(treeview, node):
# Beispielcode aus doku:
#
# for name in ('Item 1', 'Item 2'):
# yield TreeViewLabel(text=name, parent=node)
#
# LGameNode ist ein Button. Es stellt sich heraus, dass
# wir (ev. darum) parent=node NICHT setzen dürfen, da das
# sonst zum versuchten doppelten einfügen des gleichen
# widget im tree führt.
if node:
if not hasattr(node, "gamenode"):
# (das löst ein problem mit dem root knoten),
return
v = treeview.gameview
if node:
n = node.gamenode
n.tree = treeview.gametree
nodes = n.getContents()
if type(nodes) is list:
# Blaetter
for node in nodes:
# print ('**game=%s' % node.text)
yield LGameNode(
node, v, text=node.text,
is_leaf=True,
command=self.selectCmd)
if type(nodes) is tuple:
# Knoten
for nn in nodes:
# print ('**node=%s' % nn.text)
newnode = LGameNode(
nn, v, text=nn.text, is_leaf=False)
yield newnode
print('all nodes done')
else:
# Knoten
nodes = treeview.gametree.rootnodes[:]
for n in nodes:
newnode = LGameNode(n, v, text=n.text, is_leaf=False)
# print ('**node=%s' % newnode)
yield newnode
# treeview aufsetzen.
tree = SelectGameData(app)
tv = self.tvroot = LGameRoot(
tree,
self.app.canvas,
root_options=dict(text='Tree One'))
tv.size_hint = (1, None)
tv.hide_root = True
tv.load_func = loaderCB
tv.bind(minimum_height=tv.setter('height'))
# tree in einem Scrollwindow präsentieren.
root = LScrollView(pos=(0, 0))
root.add_widget(tv)
window.content.add_widget(root)
# ************************************************************************