def _configTheme(main_window):
def enumThemes():
theme_list = []
theme_parent = os.path.join(ckit.getAppExePath(), 'theme')
theme_dir_list = os.listdir(theme_parent)
for theme_dir in theme_dir_list:
if os.path.exists(
os.path.join(theme_parent, theme_dir, "theme.ini")):
theme_list.append(theme_dir)
return theme_list
theme_list = enumThemes()
current_theme_name = clnch_ini.get("THEME", "name", "")
try:
initial_select = theme_list.index(current_theme_name)
except:
initial_select = 0
result = clnch_listwindow.popMenu(main_window, 40, 16, "テーマ", theme_list,
initial_select)
if result < 0: return
clnch_ini.set("THEME", "name", theme_list[result])
main_window.reloadTheme()
return False
def _configDirectorySeparator(main_window):
items = []
items.append(("スラッシュ : / ", "slash"))
items.append(("バックスラッシュ : \\ ", "backslash"))
directory_separator = clnch_ini.get("MISC", "directory_separator", "backslash")
initial_select = 0
for i in range(len(items)):
if items[i][1] == directory_separator:
initial_select = i
break
result = clnch_listwindow.popMenu(main_window, 40, 16, "ディレクトリ区切り文字", items, initial_select)
if result < 0:
return
clnch_ini.set("MISC", "directory_separator", items[result][1])
if items[result][1] == "slash":
ckit.setPathSlash(True)
else:
ckit.setPathSlash(False)
def _configDirectorySeparator(main_window):
items = []
items.append(("スラッシュ : / ", "slash"))
items.append(("バックスラッシュ : \\ ", "backslash"))
directory_separator = clnch_ini.get("MISC", "directory_separator",
"backslash")
initial_select = 0
for i in range(len(items)):
if items[i][1] == directory_separator:
initial_select = i
break
result = clnch_listwindow.popMenu(main_window, 40, 16, "ディレクトリ区切り文字",
items, initial_select)
if result < 0: return
clnch_ini.set("MISC", "directory_separator", items[result][1])
if items[result][1] == "slash":
ckit.setPathSlash(True)
else:
ckit.setPathSlash(False)
def _configTheme(main_window):
def enumThemes():
theme_list = []
theme_parent = os.path.join(ckit.getAppExePath(), "theme")
theme_dir_list = os.listdir(theme_parent)
for theme_dir in theme_dir_list:
if os.path.exists(os.path.join(theme_parent, theme_dir, "theme.ini")):
theme_list.append(theme_dir)
return theme_list
theme_list = enumThemes()
current_theme_name = clnch_ini.get("THEME", "name", "")
try:
initial_select = theme_list.index(current_theme_name)
except:
initial_select = 0
result = clnch_listwindow.popMenu(main_window, 40, 16, "テーマ", theme_list, initial_select)
if result < 0:
return
clnch_ini.set("THEME", "name", theme_list[result])
main_window.reloadTheme()
return False
def _configPosition(main_window):
result = clnch_msgbox.popMessageBox(main_window,
clnch_msgbox.MSGBOX_TYPE_YESNO,
"ウインドウ位置の保存の確認", "現在のウインドウ位置を保存しますか？")
if result != clnch_msgbox.MSGBOX_RESULT_YES: return
rect = list(main_window.getWindowRect())
monitor_info_list = pyauto.Window.getMonitorInfo()
for i in range(len(monitor_info_list)):
monitor_info = monitor_info_list[i]
if monitor_info[0][0] <= rect[0] < monitor_info[0][2] and monitor_info[
0][1] <= rect[1] < monitor_info[0][3]:
if rect[2] > monitor_info[0][2]:
delta = rect[2] - monitor_info[0][2]
rect[0] -= delta
rect[2] -= delta
if rect[3] > monitor_info[0][3]:
delta = rect[3] - monitor_info[0][3]
rect[1] -= delta
rect[3] -= delta
break
else:
left = monitor_info_list[0][0][0]
top = monitor_info_list[0][0][1]
rect = [left, top, left + rect[2] - rect[0], top + rect[3] - rect[1]]
for i in range(len(monitor_info_list)):
monitor_info = monitor_info_list[i]
if monitor_info[0][0] <= rect[0] < monitor_info[0][2] and monitor_info[
0][1] <= rect[1] < monitor_info[0][3]:
clnch_ini.set("GEOMETRY", "monitor", str(i))
if rect[0] - monitor_info[0][0] <= monitor_info[0][2] - rect[2]:
# モニター左端からの相対位置
clnch_ini.set("GEOMETRY", "x",
str(rect[0] - monitor_info[0][0]))
else:
# モニター右端からの相対位置
clnch_ini.set("GEOMETRY", "x",
str(rect[2] - monitor_info[0][2] - 1))
if rect[1] - monitor_info[0][1] <= monitor_info[0][3] - rect[3]:
# モニター上端からの相対位置
clnch_ini.set("GEOMETRY", "y",
str(rect[1] - monitor_info[0][1]))
else:
# モニター下端からの相対位置
clnch_ini.set("GEOMETRY", "y",
str(rect[3] - monitor_info[0][3] - 1))
break
clnch_msgbox.popMessageBox(main_window, clnch_msgbox.MSGBOX_TYPE_OK,
"ウインドウ位置の保存完了", "ウインドウ位置を保存しました。")
def _configPosition(main_window):
result = clnch_msgbox.popMessageBox(
main_window, clnch_msgbox.MSGBOX_TYPE_YESNO, "ウインドウ位置の保存の確認", "現在のウインドウ位置を保存しますか？"
)
if result != clnch_msgbox.MSGBOX_RESULT_YES:
return
rect = list(main_window.getWindowRect())
monitor_info_list = pyauto.Window.getMonitorInfo()
for i in range(len(monitor_info_list)):
monitor_info = monitor_info_list[i]
if monitor_info[0][0] <= rect[0] < monitor_info[0][2] and monitor_info[0][1] <= rect[1] < monitor_info[0][3]:
if rect[2] > monitor_info[0][2]:
delta = rect[2] - monitor_info[0][2]
rect[0] -= delta
rect[2] -= delta
if rect[3] > monitor_info[0][3]:
delta = rect[3] - monitor_info[0][3]
rect[1] -= delta
rect[3] -= delta
break
else:
left = monitor_info_list[0][0][0]
top = monitor_info_list[0][0][1]
rect = [left, top, left + rect[2] - rect[0], top + rect[3] - rect[1]]
for i in range(len(monitor_info_list)):
monitor_info = monitor_info_list[i]
if monitor_info[0][0] <= rect[0] < monitor_info[0][2] and monitor_info[0][1] <= rect[1] < monitor_info[0][3]:
clnch_ini.set("GEOMETRY", "monitor", str(i))
if rect[0] - monitor_info[0][0] <= monitor_info[0][2] - rect[2]:
# モニター左端からの相対位置
clnch_ini.set("GEOMETRY", "x", str(rect[0] - monitor_info[0][0]))
else:
# モニター右端からの相対位置
clnch_ini.set("GEOMETRY", "x", str(rect[2] - monitor_info[0][2] - 1))
if rect[1] - monitor_info[0][1] <= monitor_info[0][3] - rect[3]:
# モニター上端からの相対位置
clnch_ini.set("GEOMETRY", "y", str(rect[1] - monitor_info[0][1]))
else:
# モニター下端からの相対位置
clnch_ini.set("GEOMETRY", "y", str(rect[3] - monitor_info[0][3] - 1))
break
clnch_msgbox.popMessageBox(main_window, clnch_msgbox.MSGBOX_TYPE_OK, "ウインドウ位置の保存完了", "ウインドウ位置を保存しました。")
def _configFontName(main_window):
font_list = main_window.enumFonts()
current_font_name = clnch_ini.get("FONT", "name", "")
try:
initial_select = font_list.index(current_font_name)
except:
initial_select = 0
result = clnch_listwindow.popMenu(main_window, 40, 16, "フォント", font_list, initial_select)
if result < 0:
return
clnch_ini.set("FONT", "name", font_list[result])
main_window.updateFont()
def _configFontName(main_window):
font_list = main_window.enumFonts()
current_font_name = clnch_ini.get("FONT", "name", "")
try:
initial_select = font_list.index(current_font_name)
except:
initial_select = 0
result = clnch_listwindow.popMenu(main_window, 40, 16, "フォント", font_list,
initial_select)
if result < 0: return
clnch_ini.set("FONT", "name", font_list[result])
main_window.updateFont()
def _configMinWidth(main_window):
width_list = range(12, 81)
min_width = clnch_ini.getint("GEOMETRY", "min_width", 18)
try:
initial_select = width_list.index(min_width)
except:
initial_select = 0
width_list = list(map(str, width_list))
result = clnch_listwindow.popMenu(main_window, 40, 16, "最小のウインドウサイズ",
width_list, initial_select)
if result < 0: return
clnch_ini.set("GEOMETRY", "min_width", width_list[result])
def _configMinWidth(main_window):
width_list = range(12, 81)
min_width = clnch_ini.getint("GEOMETRY", "min_width", 18)
try:
initial_select = width_list.index(min_width)
except:
initial_select = 0
width_list = list(map(str, width_list))
result = clnch_listwindow.popMenu(main_window, 40, 16, "最小のウインドウサイズ", width_list, initial_select)
if result < 0:
return
clnch_ini.set("GEOMETRY", "min_width", width_list[result])
def _configAutoComplete(main_window):
items = []
items.append(("自動補完しない", "0"))
items.append(("自動補完する", "1"))
auto_complete = clnch_ini.get("MISC", "auto_complete", "1")
initial_select = 0
for i in range(len(items)):
if items[i][1] == auto_complete:
initial_select = i
break
result = clnch_listwindow.popMenu(main_window, 40, 16, "自動補完", items, initial_select)
if result < 0:
return
clnch_ini.set("MISC", "auto_complete", items[result][1])
def _configFontSize(main_window):
size_list = range(6, 33)
current_font_size = clnch_ini.getint("FONT", "size", 12)
try:
initial_select = size_list.index(current_font_size)
except:
initial_select = 0
size_list = list(map(str, size_list))
result = clnch_listwindow.popMenu(main_window, 40, 16, "フォントサイズ", size_list, initial_select)
if result < 0:
return
clnch_ini.set("FONT", "size", size_list[result])
main_window.updateFont()
def _configFontSize(main_window):
size_list = range(6, 33)
current_font_size = clnch_ini.getint("FONT", "size", 12)
try:
initial_select = size_list.index(current_font_size)
except:
initial_select = 0
size_list = list(map(str, size_list))
result = clnch_listwindow.popMenu(main_window, 40, 16, "フォントサイズ",
size_list, initial_select)
if result < 0: return
clnch_ini.set("FONT", "size", size_list[result])
main_window.updateFont()
def _configAutoComplete(main_window):
items = []
items.append(("自動補完しない", "0"))
items.append(("自動補完する", "1"))
auto_complete = clnch_ini.get("MISC", "auto_complete", "1")
initial_select = 0
for i in range(len(items)):
if items[i][1] == auto_complete:
initial_select = i
break
result = clnch_listwindow.popMenu(main_window, 40, 16, "自動補完", items,
initial_select)
if result < 0: return
clnch_ini.set("MISC", "auto_complete", items[result][1])
def _configHotKeyBehavior(main_window):
items = []
items.append(("アクティブ化", "activate"))
items.append(("トグル", "toggle"))
hotkey_behavior = clnch_ini.get("MISC", "hotkey_behavior", "activate")
initial_select = 0
for i in range(len(items)):
if items[i][1] == hotkey_behavior:
initial_select = i
break
result = clnch_listwindow.popMenu(main_window, 40, 16, "ホットキー動作設定", items, initial_select)
if result < 0:
return
clnch_ini.set("MISC", "hotkey_behavior", items[result][1])
main_window.updateHotKey()
def _configHotKeyBehavior(main_window):
items = []
items.append(("アクティブ化", "activate"))
items.append(("トグル", "toggle"))
hotkey_behavior = clnch_ini.get("MISC", "hotkey_behavior", "activate")
initial_select = 0
for i in range(len(items)):
if items[i][1] == hotkey_behavior:
initial_select = i
break
result = clnch_listwindow.popMenu(main_window, 40, 16, "ホットキー動作設定", items,
initial_select)
if result < 0: return
clnch_ini.set("MISC", "hotkey_behavior", items[result][1])
main_window.updateHotKey()
def _configInactive(main_window):
items = []
items.append(("空欄", "empty"))
items.append(("時計", "clock"))
items.append(("非表示", "hide"))
inactive_behavior = clnch_ini.get("MISC", "inactive_behavior", "clock")
initial_select = 0
for i in range(len(items)):
if items[i][1] == inactive_behavior:
initial_select = i
break
result = clnch_listwindow.popMenu(main_window, 40, 16, "非アクティブ時の動作", items,
initial_select)
if result < 0: return
clnch_ini.set("MISC", "inactive_behavior", items[result][1])
main_window.updateInactiveBehavior()
def _configKeyMap(main_window):
items = []
items.append(("101キーボード", "101"))
items.append(("106キーボード", "106"))
default_keymap = clnch_ini.get("MISC", "default_keymap", "106")
initial_select = 0
for i in range(len(items)):
if items[i][1] == default_keymap:
initial_select = i
break
result = clnch_listwindow.popMenu(main_window, 40, 16, "キー割り当て", items,
initial_select)
if result < 0: return
clnch_ini.set("MISC", "default_keymap", items[result][1])
main_window.configure()
def _configTopMost(main_window):
items = []
items.append(("通常", "0"))
items.append(("最前面", "1"))
items.append(("最前面のなかの最前面", "2"))
topmost = clnch_ini.get("GEOMETRY", "topmost", "0")
initial_select = 0
for i in range(len(items)):
if items[i][1] == topmost:
initial_select = i
break
result = clnch_listwindow.popMenu(main_window, 40, 16, "ウインドウの最前面表示", items, initial_select)
if result < 0:
return
clnch_ini.set("GEOMETRY", "topmost", items[result][1])
main_window.updateTopMost()
def _configTopMost(main_window):
items = []
items.append(("通常", "0"))
items.append(("最前面", "1"))
items.append(("最前面のなかの最前面", "2"))
topmost = clnch_ini.get("GEOMETRY", "topmost", "0")
initial_select = 0
for i in range(len(items)):
if items[i][1] == topmost:
initial_select = i
break
result = clnch_listwindow.popMenu(main_window, 40, 16, "ウインドウの最前面表示",
items, initial_select)
if result < 0: return
clnch_ini.set("GEOMETRY", "topmost", items[result][1])
main_window.updateTopMost()
def _configKeyMap(main_window):
items = []
items.append(("101キーボード", "101"))
items.append(("106キーボード", "106"))
default_keymap = clnch_ini.get("MISC", "default_keymap", "106")
initial_select = 0
for i in range(len(items)):
if items[i][1] == default_keymap:
initial_select = i
break
result = clnch_listwindow.popMenu(main_window, 40, 16, "キー割り当て", items, initial_select)
if result < 0:
return
clnch_ini.set("MISC", "default_keymap", items[result][1])
main_window.configure()
def _configInactive(main_window):
items = []
items.append(("空欄", "empty"))
items.append(("時計", "clock"))
items.append(("非表示", "hide"))
inactive_behavior = clnch_ini.get("MISC", "inactive_behavior", "clock")
initial_select = 0
for i in range(len(items)):
if items[i][1] == inactive_behavior:
initial_select = i
break
result = clnch_listwindow.popMenu(main_window, 40, 16, "非アクティブ時の動作", items, initial_select)
if result < 0:
return
clnch_ini.set("MISC", "inactive_behavior", items[result][1])
main_window.updateInactiveBehavior()
def save( self, section ):
i=0
for item in self.items:
clnch_ini.set( section, "playlist_%d"%(i,), item )
i+=1
while True:
if not clnch_ini.remove_option( section, "playlist_%d"%(i,) ) : break
i+=1
clnch_ini.set( section, "track", str(self.cursor) )
clnch_ini.set( section, "position", str(int(self.position)) )
def save(self, section):
i = 0
for item in self.items:
clnch_ini.set(section, "playlist_%d" % (i, ), item)
i += 1
while True:
if not clnch_ini.remove_option(section, "playlist_%d" % (i, )):
break
i += 1
clnch_ini.set(section, "track", str(self.cursor))
clnch_ini.set(section, "position", str(int(self.position)))
def _configHotKeyAssign(main_window):
RESULT_CANCEL = 0
RESULT_OK = 1
class HotKeyWindow(ckit.Window):
def __init__(self, x, y, parent_window, show=True):
ckit.Window.__init__(
self,
x=x,
y=y,
width=29,
height=2,
origin=ORIGIN_X_CENTER | ORIGIN_Y_CENTER,
parent_window=parent_window,
show=show,
bg_color=ckit.getColor("bg"),
cursor0_color=ckit.getColor("cursor0"),
cursor1_color=ckit.getColor("cursor1"),
resizable=False,
title="ホットキー",
minimizebox=False,
maximizebox=False,
cursor=True,
close_handler=self.onClose,
keydown_handler=self.onKeyDown,
)
self.setCursorPos(-1, -1)
self.result = RESULT_CANCEL
activate_vk = clnch_ini.getint("HOTKEY", "activate_vk", 0)
activate_mod = clnch_ini.getint("HOTKEY", "activate_mod", 0)
self.activate_hotkey = ckit.HotKeyWidget(self, 0, 0, self.width(), 1, activate_vk, activate_mod)
self.plane_statusbar = ckit.ThemePlane3x3(self, "bar.png", 2)
client_rect = self.getClientRect()
tmp, statusbar_top = self.charToClient(0, self.height() - 1)
self.plane_statusbar.setPosSize(0, statusbar_top, client_rect[2] - 0, client_rect[3] - statusbar_top)
self.status_bar = clnch_statusbar.StatusBar()
self.status_bar_layer = clnch_statusbar.SimpleStatusBarLayer()
self.status_bar.registerLayer(self.status_bar_layer)
self.updateStatusBar()
self.paint()
def onClose(self):
self.result = RESULT_CANCEL
self.quit()
def onEnter(self):
self.result = RESULT_OK
self.quit()
def onKeyDown(self, vk, mod):
if mod == 0 and vk == VK_ESCAPE:
self.result = RESULT_CANCEL
self.quit()
elif mod == 0 and vk == VK_RETURN:
self.result = RESULT_OK
self.quit()
else:
self.activate_hotkey.onKeyDown(vk, mod)
def updateStatusBar(self):
self.status_bar_layer.setMessage("Return:決定 Esc:キャンセル")
def paint(self):
self.activate_hotkey.enableCursor(True)
self.activate_hotkey.paint()
self.status_bar.paint(self, 0, self.height() - 1, self.width(), 1)
def getResult(self):
if self.result:
return [self.activate_hotkey.getValue()]
else:
return None
pos = main_window.centerOfWindowInPixel()
hotkey_window = HotKeyWindow(pos[0], pos[1], main_window, show=False)
clnch_misc.adjustWindowPosition(main_window, hotkey_window, default_up=False)
hotkey_window.show(True)
main_window.enable(False)
hotkey_window.messageLoop()
result = hotkey_window.getResult()
main_window.enable(True)
main_window.activate()
hotkey_window.destroy()
if result == None:
return
clnch_ini.set("HOTKEY", "activate_vk", str(result[0][0]))
clnch_ini.set("HOTKEY", "activate_mod", str(result[0][1]))
main_window.updateHotKey()
def _configHotKeyAssign(main_window):
RESULT_CANCEL = 0
RESULT_OK = 1
class HotKeyWindow(ckit.TextWindow):
def __init__(self, x, y, parent_window, show=True):
ckit.TextWindow.__init__(
self,
x=x,
y=y,
width=29,
height=2,
origin=ORIGIN_X_CENTER | ORIGIN_Y_CENTER,
parent_window=parent_window,
show=show,
bg_color=ckit.getColor("bg"),
cursor0_color=ckit.getColor("cursor0"),
cursor1_color=ckit.getColor("cursor1"),
resizable=False,
title="ホットキー",
minimizebox=False,
maximizebox=False,
cursor=True,
close_handler=self.onClose,
keydown_handler=self.onKeyDown,
)
self.setCursorPos(-1, -1)
self.result = RESULT_CANCEL
activate_vk = clnch_ini.getint("HOTKEY", "activate_vk", 0)
activate_mod = clnch_ini.getint("HOTKEY", "activate_mod", 0)
self.activate_hotkey = ckit.HotKeyWidget(self, 0, 0, self.width(),
1, activate_vk,
activate_mod)
self.plane_statusbar = ckit.ThemePlane3x3(self, 'bar.png', 2)
client_rect = self.getClientRect()
tmp, statusbar_top = self.charToClient(0, self.height() - 1)
self.plane_statusbar.setPosSize(0, statusbar_top,
client_rect[2] - 0,
client_rect[3] - statusbar_top)
self.status_bar = clnch_statusbar.StatusBar()
self.status_bar_layer = clnch_statusbar.SimpleStatusBarLayer()
self.status_bar.registerLayer(self.status_bar_layer)
self.updateStatusBar()
self.paint()
def onClose(self):
self.result = RESULT_CANCEL
self.quit()
def onEnter(self):
self.result = RESULT_OK
self.quit()
def onKeyDown(self, vk, mod):
if mod == 0 and vk == VK_ESCAPE:
self.result = RESULT_CANCEL
self.quit()
elif mod == 0 and vk == VK_RETURN:
self.result = RESULT_OK
self.quit()
else:
self.activate_hotkey.onKeyDown(vk, mod)
def updateStatusBar(self):
self.status_bar_layer.setMessage("Return:決定 Esc:キャンセル")
def paint(self):
self.activate_hotkey.enableCursor(True)
self.activate_hotkey.paint()
self.status_bar.paint(self, 0, self.height() - 1, self.width(), 1)
def getResult(self):
if self.result:
return [self.activate_hotkey.getValue()]
else:
return None
pos = main_window.centerOfWindowInPixel()
hotkey_window = HotKeyWindow(pos[0], pos[1], main_window, show=False)
clnch_misc.adjustWindowPosition(main_window,
hotkey_window,
default_up=False)
hotkey_window.show(True)
main_window.enable(False)
hotkey_window.messageLoop()
result = hotkey_window.getResult()
main_window.enable(True)
main_window.activate()
hotkey_window.destroy()
if result == None: return
clnch_ini.set("HOTKEY", "activate_vk", str(result[0][0]))
clnch_ini.set("HOTKEY", "activate_mod", str(result[0][1]))
main_window.updateHotKey()
def saveState(self):
clnch_ini.set( "CONSOLE", "x", str(self.window_normal_x) )
clnch_ini.set( "CONSOLE", "y", str(self.window_normal_y) )
clnch_ini.set( "CONSOLE", "width", str(self.window_normal_width) )
clnch_ini.set( "CONSOLE", "height", str(self.window_normal_height) )
def saveState(self):
clnch_ini.set("CONSOLE", "x", str(self.window_normal_x))
clnch_ini.set("CONSOLE", "y", str(self.window_normal_y))
clnch_ini.set("CONSOLE", "width", str(self.window_normal_width))
clnch_ini.set("CONSOLE", "height", str(self.window_normal_height))
