def Draw(self):
if self._ReadOnly == True:
self._Labels["Text"].SetColor(
MySkinManager.GiveColor("ReadOnlyText"))
else:
self._Labels["Text"].SetColor(MySkinManager.GiveColor("Text"))
self._Labels["Text"]._PosX = self._Labels["Text"]._PosX + self._PosX
self._Labels["Text"]._PosY = self._PosY + (
self._Height - self._Labels["Text"]._Height) / 2
self._Labels["Text"].Draw()
self._Labels["Text"]._PosX = self._Labels["Text"]._PosX - self._PosX
if "Small" in self._Labels:
self._Labels[
"Small"]._PosX = self._Width - self._Labels["Small"]._Width - 5
self._Labels["Small"]._PosY = self._PosY + (
self._Height - self._Labels["Small"]._Height) / 2
self._Labels["Small"].Draw()
pygame.draw.line(
self._Parent._CanvasHWND, MySkinManager.GiveColor('Line'),
(self._PosX, self._PosY + self._Height - 1),
(self._PosX + self._Width, self._PosY + self._Height - 1), 1)
def Draw(self):
_contWidth = 280
_contHeight = 40
_contRadius = 4
_segWidth = 20
_segHeight = 20
_segSpace = 10
_contX = (Width - _contWidth) / 2
_contY = Height - (_contHeight * 3) # Offset from bottom
# Draw the container
container_rect = pygame.Rect(_contX, _contY, _contWidth, _contHeight)
aa_round_rect(self._CanvasHWND, container_rect,
MySkinManager.GiveColor("UI_Base"), _contRadius)
# Draw the empty segments
for i in range(0, len(self.snd_segs)):
segment_rect = pygame.Rect(
_contX + _segSpace + (i * (_segWidth + _segSpace)),
_contY + _segSpace, _segWidth, _segHeight)
self._CanvasHWND.fill(MySkinManager.GiveColor("UI_Background"),
segment_rect)
# Draw the segments for the current volume
for i in range(0, self._Needle + 1):
segment_rect = pygame.Rect(
_contX + _segSpace + (i * (_segWidth + _segSpace)),
_contY + _segSpace, _segWidth, _segHeight)
self._CanvasHWND.fill(MySkinManager.GiveColor("UI_Foreground"),
segment_rect)
def DrawBG(self):
_rect = pygame.Rect(self._BGPosX, self._BGPosY, self._BGWidth,
self._BGHeight)
pygame.draw.rect(self._CanvasHWND, MySkinManager.GiveColor('White'),
_rect, 0)
pygame.draw.rect(self._CanvasHWND, MySkinManager.GiveColor('Text'),
_rect, 1)
def Draw(self):
# 200 total width
# h = 40
for i in range(0, self._Needle + 1):
#w = 10,h = 40
vol_rect = pygame.Rect(80 + i * 20, self._Height / 2 + 20, 10, 40)
aa_round_rect(self._CanvasHWND, vol_rect,
MySkinManager.GiveColor("Front"), 3, 0,
MySkinManager.GiveColor("Front"))
def DrawCross(self,topleft,top):
start_x = topleft
start_y = top
width = 2
height = 10
padding = 4
rect1 = pygame.Rect(start_x+padding,start_y,width,height)
rect2 = pygame.Rect(start_x,start_y+padding,height,width)
pygame.draw.rect(self._CanvasHWND,MySkinManager.GiveColor('Text'),rect1, 0)
pygame.draw.rect(self._CanvasHWND,MySkinManager.GiveColor('Text'),rect2, 0)
class AboveAllPatch(Widget):
_PosX = Width / 2
_PosY = Height / 2
_Width = 50
_Height = 120
_Text = ""
_FontObj = MyLangManager.TrFont("veramono20")
_Parent = None
_Color = MySkinManager.GiveColor('Text')
_ValColor = MySkinManager.GiveColor('URL')
_CanvasHWND = None
_TextSurf = None
_Icons = {}
_Value = 0
def __init__(self):
self._Icons = {}
def Init(self):
pass
def SetCanvasHWND(self, _canvashwnd):
self._CanvasHWND = _canvashwnd
def Draw(self):
start_rect = midRect(self._PosX, self._PosY, self._Width, self._Height,
Width, Height)
aa_round_rect(self._CanvasHWND, start_rect, self._Color, 3, 0,
self._Color)
if self._Value > 10:
vol_height = int(self._Height * (float(self._Value) / 100.0))
dheight = self._Height - vol_height
vol_rect = pygame.Rect(self._PosX - self._Width / 2,
self._PosY - self._Height / 2 + dheight,
self._Width, vol_height)
aa_round_rect(self._CanvasHWND, vol_rect, self._ValColor, 3, 0,
self._ValColor)
else:
vol_height = 10
dheight = self._Height - vol_height
vol_rect = pygame.Rect(self._PosX - self._Width / 2,
self._PosY - self._Height / 2 + dheight,
self._Width, vol_height)
aa_round_rect(self._CanvasHWND, vol_rect, self._ValColor, 3, 0,
self._ValColor)
def Init(self, text, font_obj, color=MySkinManager.GiveColor('Text')):
self._Color = color
self._FontObj = font_obj
self._Text = text
self.blit_text(self._CanvasHWND, self._Text, (self._PosX, self._PosY),
self._FontObj)
class ListPageSelector(PageSelector):
_BackgroundColor = MySkinManager.GiveColor('Front')
def __init__(self):
self._Width = Width
def AnimateDraw(self, x2, y2):
pass
def Draw(self):
idx = self._Parent._PsIndex
if idx > (len(self._Parent._MyList) - 1):
idx = len(self._Parent._MyList)
if idx > 0:
idx -= 1
elif idx == 0: #Nothing
return
x = self._Parent._MyList[idx]._PosX + 2
y = self._Parent._MyList[idx]._PosY + 1
h = self._Parent._MyList[idx]._Height - 3
self._PosX = x
self._PosY = y
self._Height = h
aa_round_rect(self._Parent._CanvasHWND, (x, y, self._Width - 4, h),
self._BackgroundColor, 4, 0, self._BackgroundColor)
def Init(self, text, font_obj, color=MySkinManager.GiveColor('Text')):
self._Color = color
self._FontObj = font_obj
self._Text = text
my_text = self._FontObj.render(self._Text,True,self._Color)
self._Width = my_text.get_width()
self._Height = my_text.get_height()
class ListScroller(object):
_PosX = 0
_PosY = 0
_Width = 7
_Height = 0
_MinHeight = 6 ## tested
_Parent = None
_Color = MySkinManager.GiveColor('Front')
_StartX = 0
_StartY = 0
_EndX = 0
_EndY = 0
_Value = 0
_CanvasHWND = None
def __init__(self):
pass
def Init(self):
self.SetCanvasHWND(self._Parent._CanvasHWND)
def SetCanvasHWND(self, canvas):
self._CanvasHWND = canvas
def AnimateDraw(self, x2, y2):
pass
def UpdateSize(self, bigheight, dirtyheight):
bodyheight = float(self._Parent._Height) / float(bigheight)
if bodyheight > 1:
bodyheight = 1 ## 100%
margin = 4
self._Height = bodyheight * self._Parent._Height - margin ## Draw body
if self._Height < self._MinHeight:
self._Height = self._MinHeight
self._StartX = self._Width / 2
self._StartY = margin / 2 + self._Height / 2
self._EndX = self._Width / 2
self._EndY = self._Parent._Height - margin / 2 - self._Height / 2
process = float(dirtyheight) / float(bigheight)
value = process * (self._EndY - self._StartY)
self._Value = int(value)
def Draw(self):
start_rect = midRect(self._PosX + self._StartX,
self._StartY + self._Value, self._Width,
self._Height, self._Parent._Width,
self._Parent._Height)
aa_round_rect(self._CanvasHWND, start_rect, self._Color, 3, 0,
self._Color)
def DrawWith(self, x_,y_, withborder):
self.PreDraw()
x_ = x_ - self._Width/2
y_ = y_ - self._Height/2
padding = 5
pygame.draw.rect(self._HWND,MySkinManager.GiveColor('White'),(x_-padding,y_-padding, self._Width+padding*2,self._Height+padding*2))
if self._HWND != None:
rect = pygame.Rect(x_,y_,self._Width,self._Height)
self._HWND.blit(self._CanvasHWND,rect,(0,0,self._Width,self._Height))
#self._HWND.blit(self._CanvasHWND,rect)
if withborder == True:
pygame.draw.rect(self._HWND,MySkinManager.GiveColor('Black'),(x_-padding,y_-padding, self._Width+padding*2,self._Height+padding*2),1)
def Init(self,text,font_obj,color=MySkinManager.GiveColor('Text')):
self._Color = color
self._FontObj = font_obj
self._Text = text
self._Width = 0
self._Height = 0
self._CanvasHWND = pygame.Surface( ( int(self._Parent._Width),int(self._Parent._Height)))
self._HWND = self._Parent._CanvasHWND
class Word:
_T = ""
_Color = MySkinManager.GiveColor('Text') ## default text color
_FontObj = MyLangManager.TrFont("Eurostile12") ##default font
_Size = 12
_Bold = False
_UndLine = False
def SetColor(self, color):
self._Color = color
def GetColor(self):
return self._Color
def SetFont(self, fnt):
self._FontObj = fnt
def SetBold(self, bd):
self._Bold = bd
def SetUnderLine(self, bd):
self._UndLine = bd
def __init__(self, v=""):
self._T = v
def __str__(self):
return self._T
def __unicode__(self):
return self._T.encode("utf-8")
def __add__(self, a):
return self._T + a
def __repr__(self):
return self._T
def __len__(self):
return len(self._T)
def __eq__(self, other):
return self._T == other
def FnHeight(self):
return self._FontObj.get_height()
def Render(self):
self._FontObj.set_bold(self._Bold)
self._FontObj.set_underline(self._UndLine)
sur = self._FontObj.render(self._T, True, self._Color)
self._FontObj.set_bold(False)
self._FontObj.set_underline(False)
return sur
class Label:
_PosX=0
_PosY=0
_Width=0
_Height=0
_Text=""
_FontObj=None
_Color = MySkinManager.GiveColor('Text')
_CanvasHWND = None
_TextSurf = None
def __init__(self):
pass
def Init(self, text, font_obj, color=MySkinManager.GiveColor('Text')):
self._Color = color
self._FontObj = font_obj
self._Text = text
my_text = self._FontObj.render(self._Text,True,self._Color)
self._Width = my_text.get_width()
self._Height = my_text.get_height()
def NewCoord(self,x,y):
self._PosX = x
self._PosY = y
def SetColor(self,color):
self._Color = color
def GetText(self):
return self._Text
def SetText(self,text):
self._Text = text
my_text = self._FontObj.render(self._Text,True,self._Color)
self._Width = my_text.get_width()
self._Height = my_text.get_height()
def Width(self):
return self._Width
def SetCanvasHWND(self,_canvashwnd):
self._CanvasHWND = _canvashwnd
def DrawCenter(self,bold=False):
self._FontObj.set_bold(bold) ## avoing same font tangling set_bold to others
my_text = self._FontObj.render( self._Text,True,self._Color)
self._CanvasHWND.blit(my_text,midRect(self._PosX,self._PosY,self._Width,self._Height,Width,Height))
def Draw(self,bold=False):
self._FontObj.set_bold(bold) ## avoing same font tangling set_bold to others
my_text = self._FontObj.render( self._Text,True,self._Color)
self._CanvasHWND.blit(my_text,(self._PosX,self._PosY,self._Width,self._Height))
class CreateByScreen(FullScreen):
_BG = None
_BGColor = MySkinManager.GiveColor('Black')
def Init(self):
basepath = os.path.dirname(os.path.realpath(__file__))
self._BG = pygame.image.load(basepath + "/egg.png")
self._CanvasHWND = pygame.Surface((self._Width, self._Height))
def Draw(self):
self._CanvasHWND.fill(self._BGColor)
self._CanvasHWND.blit(self._BG, (0, 0, Width, Height))
class CreateByScreen(FullScreen):
_BG = None
_BGColor = MySkinManager.GiveColor('Black')
def Init(self):
# self._BG = pygame.image.frombuffer(base64.b64decode(createby_clockworkpi_b64 ),(Width,Height),"RGBA")
self._CanvasHWND = pygame.Surface((self._Width,self._Height))
def Draw(self):
self._CanvasHWND.fill( self._BGColor )
self._CanvasHWND.blit(self._BG,(0,0,Width,Height))
class UntitledIcon(object):
_PosX = 0
_PosY = 0
_Width = 80
_Height = 80
_Words = ["G", "s"]
_FontObj = MySkinManager.GiveFont("varela40")
_BG = None # initial surface
_Color = MySkinManager.GiveColor('Text')
def __init__(self):
self._Words = ["G", "s"]
def Init(self):
self._BG = pygame.image.load(BlankPng).convert_alpha()
def SetWords(self, TwoWords):
if len(TwoWords) == 1:
self._Words[0] = TwoWords[0].upper()
if len(TwoWords) == 2:
self._Words[0] = TwoWords[0].upper()
self._Words[1] = TwoWords[1].lower()
self._Text = self._FontObj.render("".join(self._Words), True,
self._Color)
def Draw(self):
if self._BG != None:
w_ = self._Text.get_width()
h_ = self._Text.get_height()
self._BG.blit(
self._Text,
midRect(self._Width / 2, self._Height / 2, w_, h_, self._Width,
self._Height))
def Surface(self):
self.Draw()
return self._BG
def PreDraw(self):
self._Width = 0
self._Height = 0
self._CanvasHWND.fill(MySkinManager.GiveColor('White'))
words = self._Text.split(' ')
space = self._FontObj.size(' ')[0]
max_width = self._Parent._Width - 40
x, y = (0, 0)
row_total_width = 0
lines = 0
for word in words:
word_surface = self._FontObj.render(word, True, self._Color)
word_width = word_surface.get_width()
word_height = word_surface.get_height()
row_total_width += word_width
if lines == 0:
lines += word_height
if row_total_width + space >= max_width:
x = 0 # Reset the x.
y += word_height # Start on new row.
row_total_width = word_width
lines += word_height
self._CanvasHWND.blit(word_surface, (x, y))
if len(words) == 1: # single line
x += word_width
else:
x += word_width + space
if x > self._Width:
self._Width = x
if lines >= (self._Parent._Height - 40):
break
self._Height = lines
class Textbulletinboard(Textarea):
_TextLimit = 200
_BackgroundColor = MySkinManager.GiveColor("White")
_Align = "Left" ## Left or Center
_RowPitch = -1 ## for \n
_BreakPitch = -1 ## for linebreak line wrapp
def SetAndBlitText(self, words): # words => []
if self._TextFull != True:
self._MyWords = words
self._TextIndex = len(self._MyWords)
else:
print("is Full %s" % "".join(str(self._MyWords)))
def BuildBlitText(self):
blit_rows = [[]]
w = 0
xmargin = 5
endmargin = 15
x = self._PosX + xmargin
linenumber = 0
cursor_row = 0
#print(self._MyWords)
for i, v in enumerate(self._MyWords):
if str(v) == "\n":
w = 0
x = self._PosX + xmargin
linenumber += 2
blit_rows.append([])
blit_rows.append([])
else:
t = v.Render()
t_width = t.get_width()
w += t_width
del (t)
blit_rows[linenumber].append(v)
if i == self._TextIndex - 1:
cursor_row = linenumber
self._BlitWords = blit_rows
self._BlitIndex = self._TextIndex
def BlitText(self):
# build up blitwords
self.BuildBlitText()
xmargin = 5
endmargin = 5
start_x = self._PosX + xmargin ##start_point_x
start_y = self._PosY ## start_point_y
x = self._PosX + xmargin ##start_point_x
y = self._PosY ## start_point_y
self._TextFull = len(self._MyWords) > self._TextLimit
last_height = 0
for row_idx, row in enumerate(self._BlitWords):
if len(row) == 0:
if self._RowPitch > 0:
y = y + self._RowPitch
else:
y = y + 16
w = 0
continue
else:
total_row_width = 0
for i, v in enumerate(row):
t = v.Render()
total_row_width += t.get_width()
if total_row_width > self._Width - endmargin:
start_x = self._PosX + xmargin
else:
if self._Align == "Center":
start_x = (self._Width - total_row_width) / 2
last_height = 0
row_width = 0
x = start_x
y = y + last_height
for i, v in enumerate(row):
t = v.Render()
row_width += t.get_width()
if last_height < v.FnHeight():
last_height = v.FnHeight()
if row_width >= self._Width - endmargin:
x = start_x
if self._Align == "Center":
whatisleft = total_row_width - row_width
if whatisleft >= self._Width - endmargin:
x = start_x
else:
x = (self._Width - whatisleft) / 2 - endmargin
if self._BreakPitch > 0:
y = y + self._BreakPitch
else:
y = y + last_height
row_width = 0
self._CanvasHWND.blit(t, (x, y))
x += t.get_width()
def Draw(self):
#aa_round_rect(self._CanvasHWND, (4,24.5+6,312,60),self._BackgroundColor,4,0,self._BackgroundColor)
aa_round_rect(self._CanvasHWND,
(self._PosX, self._PosY, self._Width, self._Height),
self._BackgroundColor, 4, 0, self._BackgroundColor)
self.BlitText()
class MultiLabel(Widget): ##Multi Line Label
_Width = 135
_Height = 100
_Text = ""
_FontObj = None
_Color = MySkinManager.GiveColor('Text')
_CanvasHWND = None
_TextSurf = None
_MaxWidth = 0
def __init__(self):
pass
def Init(self, text, font_obj, color=MySkinManager.GiveColor('Text')):
self._Color = color
self._FontObj = font_obj
self._Text = text
self.blit_text(self._CanvasHWND, self._Text, (self._PosX, self._PosY),
self._FontObj)
def SetColor(self, color):
self._Color = color
def GetText(self):
return self._Text
def SetText(self, text):
self._Text = text
self.blit_text(self._CanvasHWND, self._Text, (self._PosX, self._PosY),
self._FontObj)
def SetCanvasHWND(self, _canvashwnd):
self._CanvasHWND = _canvashwnd
def blit_text(self, surface, text, pos, font):
iscjk = MyLangManager.IsCJKMode()
color = self._Color
words = [word.split(' ') for word in text.splitlines()]
space = font.size(' ')[0]
if iscjk:
space = 0
words = [list(word.decode("utf8")) for word in text.splitlines()]
max_width = self._Width
x, y = pos
row_total_width = 0
lines = 0
line_max = 12
row_max = 4
if iscjk:
line_max = line_max * 2
for i, line in enumerate(words[:row_max]):
for word in line[:line_max]:
word_surface = font.render(word, True, color)
word_width = word_surface.get_width()
word_height = word_surface.get_height()
row_total_width += word_width
if row_total_width + space >= max_width:
x = pos[0] # Reset the x.
y += word_height # Start on new row.
row_total_width = word_width
if lines == 0:
lines += word_height
else:
lines += word_height
surface.blit(word_surface, (x, y))
x += word_width + space
x = pos[0] # Reset the x.
y += word_height # Start on new row.
lines += word_height
self._Height = lines
def Draw(self):
#my_text = self._FontObj.render( self._Text,True,self._Color)
self.blit_text(self._CanvasHWND, self._Text, (self._PosX, self._PosY),
self._FontObj)
from pygame.locals import *
#from sys import exit
#import os
#import sys
#from datetime import datetime
#import base64
#from beeprint import pp
#UI lib
from skin_manager import MySkinManager
Width = 1280
Height = 720
bg_color = MySkinManager.GiveColor('White')
icon_width = 80
icon_height = 80
icon_ext = ".sh"
ICON_TYPES = {
"Commercial": 8,
"Emulator": 7,
"FILE": 6,
"STAT": 5,
"NAV": 4,
"LETTER": 3,
"FUNC": 2,
"DIR": 1,
"EXE": 0,
class CounterScreen(FullScreen):
_CounterFont = fonts["varela120"]
_TextFont1 = fonts["varela15"]
_TextFont2 = fonts["varela12"]
_TopLabel = None
_BottomLabel = None
_NumberLabel = None
_BGColor = MySkinManager.GiveColor('Black')
_FGColor = MySkinManager.GiveColor('White')
_Counting = False
_Number = 10
_GobjectIntervalId = -1
_inter_counter = 0
def GObjectInterval(self):
self._inter_counter += 1
if self._Number == 0:
self._Counting = False
print("do the real shutdown")
if config.CurKeySet != "PC":
cmdpath = "feh --bg-center gameshell/wallpaper/seeyou.png;"
cmdpath += "sleep 3;"
cmdpath += "sudo halt -p"
pygame.event.post( pygame.event.Event(RUNSYS, message=cmdpath))\
return False
if self._inter_counter >= 2:
self._Number -= 1
if self._Number < 0:
self._Number = 0
print("sub Number %d " % self._Number)
self._inter_counter = 0
self.Draw()
self.SwapAndShow()
return self._Counting
def StartCounter(self):
if self._Counting == True:
return
self._Number = 10
self._Counting = True
self._GobjectIntervalId = gobject.timeout_add(500,
self.GObjectInterval)
def StopCounter(self):
if self._Counting == False:
return
self._Counting = False
self._Number = 10
self._inter_counter = 0
if self._GobjectIntervalId != -1:
gobject.source_remove(self._GobjectIntervalId)
self._GobjectIntervalId = -1
return
def Init(self):
self._CanvasHWND = pygame.Surface((self._Width, self._Height))
self._TopLabel = Label()
self._TopLabel.SetCanvasHWND(self._CanvasHWND)
self._TopLabel.Init("System shutdown in", self._TextFont1,
self._FGColor)
self._BottomLabel = Label()
self._BottomLabel.SetCanvasHWND(self._CanvasHWND)
self._BottomLabel.Init("Press any key to stop countdown",
self._TextFont2, self._FGColor)
self._NumberLabel = Label()
self._NumberLabel.SetCanvasHWND(self._CanvasHWND)
self._NumberLabel.Init(str(self._Number), self._CounterFont,
self._FGColor)
def Draw(self):
self._CanvasHWND.fill(self._BGColor)
self._TopLabel.NewCoord(Width / 2, 15)
self._TopLabel.DrawCenter()
self._BottomLabel.NewCoord(Width / 2, Height - 15)
self._BottomLabel.DrawCenter()
self._NumberLabel.NewCoord(Width / 2, Height / 2)
self._NumberLabel.SetText(str(self._Number))
self._NumberLabel.DrawCenter()
