def load_config(config_path): ''' Load up configuration settings ''' parser = SafeConfigParser(DEFAULTS) converters = { 'min_interval': parser.getint, 'max_errors': parser.getint, 'max_history': parser.getint, 'timeout': parser.getint, 'processes': parser.getint, } if os.path.exists(config_path): parser.read(config_path) else: raise RuntimeError('Could not find configuration file %s' % config_path) config = Struct() for section in parser.sections(): d = { k: converters[k](section, k) if k in converters else v for k, v in parser.items(section) } config[section] = Struct(d) return config
def __init__(self, parent): RectBox.__init__(self, parent) self.reInitBuffer = True self.cache.down.tabIdx = None self.cache.drag.tabIdx = None self.cache.down.closeIdx = None self.cache.drag.closeIdx = None self.cache.tabIdx = None self.cache.skip = Struct(leftDClick=False) self.tab_num_limit = 20 self.tab_width = 200 self.tab_height = 26 self.bottom_height = 1 self.tab_rel_width = 200 self.scrollbar_size = 6 self.TextEdit = None self.text_edit_tabIdx = None self.rects = ((0, 0, 0, 0)) self.FileDrop = ListBoxTabDnD(self) self.SetDropTarget(self.FileDrop) # self.SliderV = ListBoxTabSliderV(self) self.bmp = Struct() # self.bmp.add = images.listbox_tab_add.GetBitmap() self.bmp.close = images.listbox_tab_close.GetBitmap() color = self.parent.st.BG_COLOR self.SetBackgroundColour(color) self.InitBuffer()
def __init__(self, parent): threading.Thread.__init__(self) self.parent = parent self.loop = True self.hStream = 0 self.interval = 0.005 self.fadein = Struct(cnt=0.0, time=0.0) self.fadeout = Struct(cnt=0.0, time=0.0) self.path = self.parent.cue.path self.pending = False self.resume = None # self._Thread__exc_clear() self.start()
def __init__(self, parent): RectBox.__init__(self, parent) self.parent = parent self.height = 23 self.buffer.fps = 30 self.font_colors = [] self.button_colors = [] self.LoadBitmapImages() self.font_color_on = (0, 0, 0) self.font_color_off = (125, 125, 125) self.button_color_on = (200, 200, 220) self.button_color_toggle_on = (255, 120, 120) self.button_color_off = (0, 0, 0) self.button_color_down = (180, 180, 180) self.polygons = Struct(play=None, next=None, prev=None) self.downed_button = None self.button_flash = [0.0, 0.0, 0.0, 0.0, 0.0] self.button_status = [False, False, False, False, False] self.toggle_buttons = [True, False, True, False, True] # self.button_flash = [0.0, 0.0, 0.0, 0.0, 0.0, 0.0] # self.button_status = [False, False, False, False, False, False] # self.toggle_buttons = [True, False, True, False, True, True] self.SetBackgroundColour((35, 35, 35)) self.SetPreInitRects() self.SetButtonColors() self.OnSize() self.InitBuffer()
def __init__(self, parent): RectBox.__init__(self, parent) self.reInitBuffer = True self.bmp = Struct() self.bmp.add = images.listbox_tab_add.GetBitmap() color = self.parent.st.HEADER_BG_COLOR self.SetBackgroundColour(color) self.InitBuffer()
def __init__(self, parent): RectBox.__init__(self, parent) self.parent = parent self.pending = Struct(drag_vpy=None) color = self.parent.st.SCROLLBAR_BG_COLOR self.SetBackgroundColour(color) self.reInitBuffer = True self.InitBuffer()
def LoadBitmapImages(self): self.bmp = Struct() command = 'self.bmp.%s_%s = images.playbox_button_%s_%s.GetBitmap()' for nv in ('ff', 'fr'): for cv in ('black', 'white'): exec(command % (nv, cv, nv, cv)) for nv in ('highlight', 'play', 'loop'): for cv in ('red', 'black', 'white'): exec(command % (nv, cv, nv, cv))
def DrawSliderV(self, dc): width, height = self.GetSize() slider = wx.Rect(0, 0, width, height) btnup = wx.Rect(0, 0, width, width) btndown = wx.Rect(0, height - width, width, width) slidable = wx.Rect(0, width, width, height - width * 2) # print(slidable) # _, y, _, h = self.parent.TabList.rects[-1] # length = y + h length = self.parent.GetItemsLength() * self.parent.GetRowsHeight() # list_height = self.parent.TabList.GetSize().height if length <= 0 or height <= 0: return shownRatio = height / length if shownRatio > 1.0: shownRatio = 1.0 # y = self.parent.rects[0][3] # x = parenst_size.width - width # self.SetRect((x, y, width, parenst_size.height - y)) # if length != 0: # shownRatio = 1.0 * self.parent.List.GetSize().height / length # else: # shownRatio = 1.0 # if shownRatio > 1.0: # shownRatio = 1.0 h = slidable.height * shownRatio if h < width: h = 1.0 * width # div = list_height - 10 div = length - self.parent.TabList.GetSize().height if div != 0: posCYRatio = 1.0 * (-self.parent.GetVirtualPositionY()) / div # posCYRatio = 1.0 else: posCYRatio = 1.0 if posCYRatio > 1.0: posCYRatio = 1.0 # self.parent.parent.innerList[self.parent.selectedList].rects.offset.y = -div # x = slidable.x y = slidable.y + math.ceil((slidable.height - h) * posCYRatio) knob = wx.Rect(0, y, width, h) self.rects = Struct(slider=slider, slidable=slidable, knob=knob, btnup=btnup, btndown=btndown) bgcolor = self.parent.st.SCROLLBAR_BG_COLOR fgcolor = self.parent.st.SCROLLBAR_FG_COLOR bdcolor = self.parent.st.SCROLLBAR_PN_COLOR dc.DrawRectangleList((slidable,), pens=wx.Pen(bgcolor, 1), brushes=wx.Brush(bgcolor)) lines = ((slidable.x + 1, slidable.y, slidable.x + width - 1, slidable.y), (slidable.x + 1, slidable.height + width - 1, slidable.x + width - 1, slidable.height + width - 1)) dc.DrawLineList(lines, pens=wx.Pen(bgcolor, 1)) dc.DrawRectangleList((knob, btnup, btndown), pens=wx.Pen(bdcolor, 1), brushes=wx.Brush(fgcolor))
def InitControlEvent(self): self.reInitWave = True self.waveform_length = 1500 self.pending = Struct(dbresp=False, mfeats=False, mdx=False) self.waveform_init = numpy.linspace(0, 0, self.waveform_length) self.cue = Struct( mdx=None, path=None, waveform=None, is_playing=False, hStream=0, tempo=0.0, key='-', offset=0, finish=0, duration=0.0, position=0.0, resume=0, fffrTime=15, fffr_variable=15.0, fffr_static=15, channel=2, loop_on=False, autogain_on=False, autogain=0.4, volume=1.0, auto_next=True, highlight_on=False, highlight_skip=False, highlight_offset=None, highlight_variable=None, highlight_static=32, order=None, listId=None, item=None, agc_headroom=1.0, ) self.item_column = ListBoxColumn() self.last_control_time = time.time()
def watch_new_proclist(self): if self.Messenger.has_message() is False: return message, address = self.Messenger.pop_message() # print message if message == 'terminate': self.terminate() elif message == 'connected': self.Messenger.send_message('connected', 'macrobox_mfeats') # self.Messenger.send_message('connected', CLIENT_ADDRESS) elif message == 'master_alive': pass elif message not in [v.path for v in self.proclist]: self.proclist.append( Struct(path=message, proc=Thread(message), address=address)) self.proclist[-1].daemon = True self.proclist[-1].proc.start()
def di_bfoot2(vec): return Vector2(1, 0) def i_bfoot3(vec): return -vec.y def di_bfoot3(vec): return Vector2(0, -1) def i_bfoot4(vec): return vec.y - 30 def di_bfoot4(vec): return Vector2(0, 1) bf_suite1 = Struct() bf_suite1.target_cb = TargetBygfoot bf_suite1.d_target_cb = DerTargetBygfoot bf_suite1.constraints_eq_l = [] bf_suite1.d_constraints_eq_l = [] bf_suite1.constraints_ineq_l = [i_bfoot1, i_bfoot2, i_bfoot3, i_bfoot4] bf_suite1.d_constraints_ineq_l = [di_bfoot1, di_bfoot2, di_bfoot3, di_bfoot4] bf_suite1.start_point = Vector2(50000, 100) suite1 = Struct() suite1.target_cb = Target1 suite1.d_target_cb = DerTarget1 suite1.constraints_eq_l = [e11] suite1.d_constraints_eq_l = [de11] suite1.constraints_ineq_l = []