def __init__(self): Renderer.__init__(self) VariableText.__init__(self) if "bm750" in HardwareInfo().get_device_name(): self.ZeigeTemp = True else: self.ZeigeTemp = False
def __init__(self): Renderer.__init__(self) VariableText.__init__(self) self.foreColors = [] self.backColors = [] self.__get_value = False self.__text = False
def __init__(self, cuda_code, snaprange, acont_filenames,
name_template, data_dir=DEFAULT_LOC, snap=None):
'''
Creates an emissivity renderer.
cuda_code is the string representation of the cuda kernel.
Snaprange is the range of allowable snaps, represented as a tuple, e.g. (100, 199).
acont_filenames is the location of the CHIANTI tables.
name_template is the base name of the snap/aux files, e.g. qsmag_by00it%03
(where %03 is a placeholder for the snap number).
'''
Renderer.__init__(self, cuda_code)
self.data_dir = data_dir
self.template = name_template
self.snap_range = snaprange
if snap is None:
snap = self.snap_range[0]
self.acont_filenames = acont_filenames
self.rhoeetab = Rhoeetab(fdir=data_dir)
self.nrhobin = self.rhoeetab.params['nrhobin']
self.dmin = m.log(self.rhoeetab.params['rhomin'])
self.drange = m.log(self.rhoeetab.params['rhomax']) - self.dmin
self.neibin = self.rhoeetab.params['neibin']
self.emin = m.log(self.rhoeetab.params['eimin'])
self.erange = m.log(self.rhoeetab.params['eimax']) - self.emin
self.tg_table = self.rhoeetab.get_table('tg')
self.ne_table = self.rhoeetab.get_table('ne')
self.set_snap(snap)
def __init__(self):
Renderer.__init__(self)
self.backgroundColor = parseColor("#ff000000")
self.nocColor = parseColor("#00aaaaaa")
self.emmColor = parseColor("#00aaaaaa")
self.ecmColor = parseColor("#0056c856")
self.font = gFont("Regular", 20)
def __init__(self):
Renderer.__init__(self)
self.PicLoad = ePicLoad()
self.PicLoad.PictureData.get().append(self.updatePicon)
self.piconsize = (0,0)
self.pngname = ""
self.lastPath = None
if getBoxType() in bw_lcd or config.lcd.picon_pack.value:
pngname = findLcdPicon("lcd_picon_default")
else:
pngname = findLcdPicon("picon_default")
self.defaultpngname = None
if not pngname:
if getBoxType() in bw_lcd or config.lcd.picon_pack.value:
tmp = resolveFilename(SCOPE_ACTIVE_SKIN, "lcd_picon_default.png")
else:
tmp = resolveFilename(SCOPE_ACTIVE_SKIN, "picon_default.png")
if pathExists(tmp):
pngname = tmp
else:
if getBoxType() in bw_lcd or config.lcd.picon_pack.value:
pngname = resolveFilename(SCOPE_ACTIVE_SKIN, "lcd_picon_default.png")
else:
pngname = resolveFilename(SCOPE_ACTIVE_SKIN, "picon_default.png")
if os.path.getsize(pngname):
self.defaultpngname = pngname
def __init__(self):
Renderer.__init__(self)
self.PicLoad = ePicLoad()
self.PicLoad.PictureData.get().append(self.updatePicon)
self.piconsize = (0,0)
self.pngname = ""
self.lastPath = None
if getBoxType() == 'vuultimo' or getBoxType() == 'quadbox2400' or getMachineProcModel().startswith("ini-90") or getMachineProcModel().startswith("ini-80"):
pngname = findLcdPicon("lcd_picon_default")
else:
pngname = findLcdPicon("picon_default")
self.defaultpngname = None
if not pngname:
if getBoxType() == 'vuultimo' or getBoxType() == 'quadbox2400' or getMachineProcModel().startswith("ini-90") or getMachineProcModel().startswith("ini-80"):
tmp = resolveFilename(SCOPE_ACTIVE_SKIN, "lcd_picon_default.png")
else:
tmp = resolveFilename(SCOPE_ACTIVE_SKIN, "picon_default.png")
if pathExists(tmp):
pngname = tmp
else:
if getBoxType() == 'vuultimo' or getBoxType() == 'quadbox2400' or getMachineProcModel().startswith("ini-90") or getMachineProcModel().startswith("ini-80"):
pngname = resolveFilename(SCOPE_ACTIVE_SKIN, "lcd_picon_default.png")
else:
pngname = resolveFilename(SCOPE_ACTIVE_SKIN, "picon_default.png")
if os.path.getsize(pngname):
self.defaultpngname = pngname
def __init__(self):
Renderer.__init__(self)
self.PicLoad = ePicLoad()
self.PicLoad.PictureData.get().append(self.updatePicon)
self.piconsize = (0,0)
self.pngname = ""
self.lastPath = None
if getBoxType() in ('vuultimo', 'et10000', 'mutant2400', 'xpeedlx3', 'quadbox2400', 'sezammarvel', 'atemionemesis', 'mbultra', 'beyonwizt4', 'dm7080'):
pngname = findLcdPicon("lcd_picon_default")
else:
pngname = findLcdPicon("picon_default")
self.defaultpngname = None
if not pngname:
if getBoxType() in ('vuultimo', 'et10000', 'mutant2400', 'xpeedlx3', 'quadbox2400', 'sezammarvel', 'atemionemesis', 'mbultra', 'beyonwizt4', 'dm7080'):
tmp = resolveFilename(SCOPE_ACTIVE_SKIN, "lcd_picon_default.png")
else:
tmp = resolveFilename(SCOPE_ACTIVE_SKIN, "picon_default.png")
if pathExists(tmp):
pngname = tmp
else:
if getBoxType() in ('vuultimo', 'et10000', 'mutant2400', 'xpeedlx3', 'quadbox2400', 'sezammarvel', 'atemionemesis', 'mbultra', 'beyonwizt4', 'dm7080'):
pngname = resolveFilename(SCOPE_ACTIVE_SKIN, "lcd_picon_default.png")
else:
pngname = resolveFilename(SCOPE_ACTIVE_SKIN, "picon_default.png")
if os.path.getsize(pngname):
self.defaultpngname = pngname
def __init__(self):
Renderer.__init__(self)
self.__position = 0
self.__seek_position = 0
self.__length = 0
self.__seek_enable = 0
self.__cutlist = []
def __init__(self):
self.lines = False
Renderer.__init__(self)
VariableText.__init__(self)
self.epgcache = eEPGCache.getInstance()
self.timer = eTimer()
self.timer.callback.append(self.refresh)
def __init__(self):
Renderer.__init__(self)
VariableText.__init__(self)
if '8000' in HardwareInfo().get_device_name() or '500' in HardwareInfo().get_device_name() or '800se' in HardwareInfo().get_device_name():
self.ZeigeTemp = True
else:
self.ZeigeTemp = False
def __init__(self):
Poll.__init__(self)
Renderer.__init__(self)
self.path = 'emu'
self.nameCache = {}
self.pngname = ''
self.picon_default = "picon_default.png"
def __init__(self): Renderer.__init__(self) VariableText.__init__(self) self.EmptyText = "" self.fillTimer = eTimer() self.fillTimer.timeout.get().append(self.__fillText) self.backText = ""
def __init__(self):
Renderer.__init__(self)
global fbtool
fbtool=KravenFBHelper()
self.Position=self.Size=None
self.decoder=0
if SystemInfo.get("NumVideoDecoders",1)>1:
self.decoder=1
self.fb_w=getDesktop(0).size().width()
self.fb_h=getDesktop(0).size().height()
self.fb_size=None
self._del_pip=False
self._can_extended_PiG=False
self.first_PiG=False
self.is_channelselection=False
self.x2=103
self.y2=523
self.w2=544
self.h2=306
self.x2=format(int(float(self.x2)/self.fb_w*720.0),'x').zfill(8)
self.y2=format(int(float(self.y2)/self.fb_h*576.0),'x').zfill(8)
self.w2=format(int(float(self.w2)/self.fb_w*720.0),'x').zfill(8)
self.h2=format(int(float(self.h2)/self.fb_h*576.0),'x').zfill(8)
self.fb_size2=[self.w2,self.h2,self.x2,self.y2]
def __init__(self):
Renderer.__init__(self)
self.foregroundColor = parseColor('#ffffff')
self.backgroundColor = parseColor('#171717')
self.emmColor = parseColor('#f23d21')
self.ecmColor = parseColor('#389416')
self.font = gFont('Regular', 20)
def __init__(self):
Renderer.__init__(self)
self.backgroundColor = parseColor('#ff000000')
self.emmColor = parseColor('#00aaaaaa')
self.clGrey = parseColor('#00aaaaaa')
self.ecmColor = parseColor('#0056c856')
self.font = gFont('Regular', 20)
def __init__(self): Renderer.__init__(self) self.__content = None self.__wrap_around = False self.__selection_enabled = True self.__scrollbarMode = "showOnDemand" self.__backlogMode = False
def __init__(self):
Renderer.__init__(self)
global KravenFBTool
KravenFBTool = KravenFBHelper()
self.Position = self.Size = None
self.timer = eTimer()
self.timer.callback.append(self.showpip)
self.pipCreated = False
self.pipRemoved = False
self.Initialized = False
self.PigStyle = config.plugins.KravenFHD.PigStyle.value
if SystemInfo.get("NumVideoDecoders", 1) > 1 and not self.PigStyle == "Preview":
self.decoder = 1
else:
self.decoder = 0
self.fb_w = getDesktop(0).size().width()
self.fb_h = getDesktop(0).size().height()
self.fb_size = None
self.x2 = 103
self.y2 = 530
self.w2 = 544
self.h2 = 306
self.x2 = format(int(float(self.x2) / self.fb_w * 720.0), 'x').zfill(8)
self.y2 = format(int(float(self.y2) / self.fb_h * 576.0), 'x').zfill(8)
self.w2 = format(int(float(self.w2) / self.fb_w * 720.0), 'x').zfill(8)
self.h2 = format(int(float(self.h2) / self.fb_h * 576.0), 'x').zfill(8)
self.fb_size2 = [self.w2, self.h2, self.x2, self.y2]
def __init__(self):
Renderer.__init__(self)
VariableText.__init__(self)
if getBoxType() == "vuduo":
self.stringlength = 16
else:
self.stringlength = 12
def __init__(self):
Renderer.__init__(self)
VariableText.__init__(self)
if getBoxType() == 'vuduo' or getBoxType() == 'suntwin':
self.stringlength = 16
else:
self.stringlength = 12
def __init__(self): Renderer.__init__(self) VariableText.__init__(self) config.plugins.AtileHD.save() configfile.save() self.woeid = config.plugins.AtileHD.woeid.value self.timer = 1
def __init__(self):
Renderer.__init__(self)
VariableText.__init__(self)
if getBoxType() == 'inihdp':
self.stringlength = 25
else:
self.stringlength = 12
def __init__(self):
Renderer.__init__(self)
VariableText.__init__(self)
if getMachineBuild() == 'inihdp':
self.stringlength = 25
else:
self.stringlength = 16
def __init__(self):
Renderer.__init__(self)
VariableText.__init__(self)
if getMachineProcModel().startswith("ini-90"):
self.stringlength = 25
else:
self.stringlength = 16
def __init__(self):
Renderer.__init__(self)
VariableText.__init__(self)
self.ena = True
try:
self.ena = config.plugins.setupGlass16.par48.value
except: pass
if not self.ena:
try:
self.allSat = {}
satellites = parse("/etc/tuxbox/satellites.xml").getroot()
if satellites is not None:
for x in satellites.findall("sat"):
name = x.get("name") or None
position = x.get("position") or None
if name is not None and position is not None:
position = "%s.%s" % (position[:-1], position[-1:])
if position.startswith("-"):
position = "%sW" % position[1:]
else:
position = "%sE" % position
if position.startswith("."):
position = "0%s" % position
self.allSat[position] = str(name.encode("utf-8"))
except: pass
def __init__(self):
Renderer.__init__(self)
self.PicLoad = ePicLoad()
self.PicLoad.PictureData.get().append(self.updatePicon)
self.piconsize = (0, 0)
self.pngname = ''
return
def __init__(self):
Renderer.__init__(self)
self.PicLoad = ePicLoad()
self.PicLoad.PictureData.get().append(self.updatePicon)
self.piconsize = (0, 0)
self.pngname = ''
self.lastPath = None
if getBoxType() in ('vuultimo', 'et10000', 'mutant2400', 'quadbox2400') or getMachineBuild() in 'inihdp':
pngname = findLcdPicon('lcd_picon_default')
else:
pngname = findLcdPicon('picon_default')
self.defaultpngname = None
if not pngname:
if getBoxType() in ('vuultimo', 'et10000', 'mutant2400', 'quadbox2400') or getMachineBuild() in 'inihdp':
tmp = resolveFilename(SCOPE_ACTIVE_SKIN, 'lcd_picon_default.png')
else:
tmp = resolveFilename(SCOPE_ACTIVE_SKIN, 'picon_default.png')
if pathExists(tmp):
pngname = tmp
elif getBoxType() in ('vuultimo', 'et10000', 'mutant2400', 'quadbox2400') or getMachineBuild() in 'inihdp':
pngname = resolveFilename(SCOPE_ACTIVE_SKIN, 'lcd_picon_default.png')
else:
pngname = resolveFilename(SCOPE_ACTIVE_SKIN, 'picon_default.png')
if os.path.getsize(pngname):
self.defaultpngname = pngname
return
def __init__(self): Renderer.__init__(self) VariableText.__init__(self) config.plugins.MetrixUpdater.save() configfile.save() self.configFile = "/etc/MetrixUpdater.config" self.timer = 1
def __init__(self):
Renderer.__init__(self)
self.backgroundColor = parseColor("#ff000000")
self.nocColor = parseColor("#008f8f8f")
self.emmColor = parseColor("#00bab329")
self.ecmColor = parseColor("#00009a00")
self.font = gFont("Regular", 20)
def __init__(self):
Renderer.__init__(self)
self.PicLoad = ePicLoad()
self.PicLoad.PictureData.get().append(self.updatePicon)
self.piconsize = (0,0)
self.pngname = ""
self.lastPath = None
if HardwareInfo().get_device_name() == 'vuultimo':
pngname = findLcdPicon("lcd_picon_default")
else:
pngname = findLcdPicon("picon_default")
self.defaultpngname = None
if not pngname:
if HardwareInfo().get_device_name() == 'vuultimo':
tmp = resolveFilename(SCOPE_ACTIVE_SKIN, "lcd_picon_default.png")
else:
tmp = resolveFilename(SCOPE_ACTIVE_SKIN, "picon_default.png")
if pathExists(tmp):
pngname = tmp
else:
if HardwareInfo().get_device_name() == 'vuultimo':
pngname = resolveFilename(SCOPE_ACTIVE_SKIN, "lcd_picon_default.png")
else:
pngname = resolveFilename(SCOPE_ACTIVE_SKIN, "picon_default.png")
if os.path.getsize(pngname):
self.defaultpngname = pngname
def __init__(self):
Renderer.__init__(self)
self.backgroundColor = parseColor("transparent")
self.nocColor = parseColor("#00aaaaaa")
self.emmColor = parseColor("#00aaaaaa")
self.ecmColor = parseColor("#0056c856")
self.font = gFont("Pro_Display", 17)
def applySkin(self, desktop, screen):
def retValue(val, limit, default, Min=False):
try:
if Min:
x = min(limit, int(val))
else:
x = max(limit, int(val))
except:
x = default
return x
def setWrapFlag(attrib, value):
if (attrib.lower() == "wrap" and value == "0") or \
(attrib.lower() == "nowrap" and value != "0"):
self.txtflags &= ~RT_WRAP
else:
self.txtflags |= RT_WRAP
self.halign = valign = eLabel.alignLeft
if self.skinAttributes:
attribs = []
for (attrib, value) in self.skinAttributes:
if attrib == "font":
self.txfont = parseFont(value, ((1, 1), (1, 1)))
elif attrib == "foregroundColor":
self.scroll_label.setForegroundColor(parseColor(value))
elif attrib in ("shadowColor",
"borderColor"): # fake for openpli-enigma2
self.scroll_label.setShadowColor(parseColor(value))
elif attrib == "shadowOffset":
x, y = value.split(',')
self.soffset = (int(x), int(y))
self.scroll_label.setShadowOffset(ePoint(self.soffset))
elif attrib == "borderWidth": # fake for openpli-enigma2
self.soffset = (-int(value), -int(value))
elif attrib == "valign" and value in ("top", "center",
"bottom"):
valign = {
"top": eLabel.alignTop,
"center": eLabel.alignCenter,
"bottom": eLabel.alignBottom
}[value]
self.txtflags |= {
"top": RT_VALIGN_TOP,
"center": RT_VALIGN_CENTER,
"bottom": RT_VALIGN_BOTTOM
}[value]
elif attrib == "halign" and value in ("left", "center",
"right", "block"):
self.halign = {
"left": eLabel.alignLeft,
"center": eLabel.alignCenter,
"right": eLabel.alignRight,
"block": eLabel.alignBlock
}[value]
self.txtflags |= {
"left": RT_HALIGN_LEFT,
"center": RT_HALIGN_CENTER,
"right": RT_HALIGN_RIGHT,
"block": RT_HALIGN_BLOCK
}[value]
elif attrib == "noWrap":
setWrapFlag(attrib, value)
elif attrib == "options":
options = value.split(',')
for o in options:
if o.find('=') != -1:
opt, val = (x.strip() for x in o.split('=', 1))
else:
opt, val = o.strip(), ""
if opt == "":
continue
elif opt in ("wrap", "nowrap"):
setWrapFlag(opt, val)
elif opt == "movetype" and val in ("none", "running",
"swimming"):
self.type = {
"none": NONE,
"running": RUNNING,
"swimming": SWIMMING
}[val]
elif opt == "direction" and val in ("left", "right",
"top", "bottom"):
self.direction = {
"left": LEFT,
"right": RIGHT,
"top": TOP,
"bottom": BOTTOM
}[val]
elif opt == "step" and val:
self.mStep = retValue(val, 1, self.mStep)
elif opt == "steptime" and val:
self.mStepTimeout = retValue(
val, 25, self.mStepTimeout)
elif opt == "startdelay" and val:
self.mStartDelay = retValue(
val, 0, self.mStartDelay)
elif opt == "pause" and val:
self.mLoopTimeout = retValue(
val, 0, self.mLoopTimeout)
elif opt == "oneshot" and val:
self.mOneShot = retValue(val, 0, self.mOneShot)
elif opt == "repeat" and val:
self.mRepeat = retValue(val, 0, self.mRepeat)
elif opt == "always" and val:
self.mAlways = retValue(val, 0, self.mAlways)
elif opt == "startpoint" and val:
self.mStartPoint = int(val)
elif opt == "pagedelay" and val:
self.mPageDelay = retValue(val, 0, self.mPageDelay)
elif opt == "pagelength" and val:
self.mPageLength = retValue(
val, 0, self.mPageLength)
else:
attribs.append((attrib, value))
if attrib == "backgroundColor":
self.scroll_label.setBackgroundColor(parseColor(value))
elif attrib == "transparent":
self.scroll_label.setTransparent(int(value))
self.skinAttributes = attribs
ret = Renderer.applySkin(self, desktop, screen)
if self.mOneShot: self.mOneShot = max(self.mStepTimeout, self.mOneShot)
if self.mLoopTimeout:
self.mLoopTimeout = max(self.mStepTimeout, self.mLoopTimeout)
if self.mPageDelay:
self.mPageDelay = max(self.mStepTimeout, self.mPageDelay)
self.scroll_label.setFont(self.txfont)
if not (self.txtflags & RT_WRAP):
self.scroll_label.setNoWrap(1)
self.scroll_label.setVAlign(valign)
self.scroll_label.setHAlign(self.halign)
self.scroll_label.move(ePoint(0, 0))
self.scroll_label.resize(eSize(self.W, self.H))
# test for auto correction text height:
if self.direction in (TOP, BOTTOM):
from enigma import fontRenderClass
flh = int(fontRenderClass.getInstance().getLineHeight(self.txfont)
or self.txfont.pointSize / 6 + self.txfont.pointSize)
self.scroll_label.setText("WQq")
if flh > self.scroll_label.calculateSize().height():
self.lineHeight = flh
self.scroll_label.setText("")
return ret
def __init__(self):
Renderer.__init__(self)
self.picload = ePicLoad()
self.picload.PictureData.get().append(self.paintIconPixmapCB)
self.iconFileName = ''
def connect(self, source):
Renderer.connect(self, source)
self.changed((self.CHANGED_DEFAULT, ))
def __init__(self):
Renderer.__init__(self)
self.nameCache = { }
self.picname = ""
self.scalecover = "1"
def make_color(self):
c = Colorer()
self.color = c.coder(self.data)
self.r = Renderer(self.bad, self.color)
def __init__(self): Renderer.__init__(self) self.path = '/media/usb/AnimatedWeatherPixmap' self.pixdelay = 100 self.control = 1 self.slideicon = None
def disconnectAll(self):
self.picload.PictureData.get().remove(self.paintIconPixmapCB)
self.picload = None
Renderer.disconnectAll(self)
def __init__(self):
Renderer.__init__(self)
self.timer = eTimer()
self.timer.callback.append(self.pollme)
def __init__(self):
Renderer.__init__(self)
self.pngname = ''
def __init__(self):
Renderer.__init__(self)
self.path = 'piconProv'
self.nameCache = {}
self.pngname = ''
def __init__(self):
Renderer.__init__(self)
VariableText.__init__(self)
self.vol_timer = eTimer()
self.vol_timer.callback.append(self.poll)
def connect(self, source):
Renderer.connect(self, source)
def __init__(self):
Renderer.__init__(self)
self.path = "picon"
self.nameCache = {}
self.pngname = ""
def __init__(self):
Renderer.__init__(self)
def __init__(self):
Renderer.__init__(self)
self.fColor = gRGB(255, 255, 255, 0)
self.bColor = gRGB(0, 0, 0, 255)
self.numval = -1
import pygame, sys
import pygame.time
import pygame.transform
from pygame.rect import Rect
from Renderer import Renderer
import Input
from Entity import Entity
import GameController
#import cProfile
import random
import Params
import Utils
clock = pygame.time.Clock()
pygame.init()
Input.init()
GameController.init()
if __name__ == "__main__":
#cProfile.run('run()')
while True:
clock.tick(60)
Input.process_events()
Renderer.clear_screen()
GameController.run()
pygame.display.flip()
def __init__(self):
Renderer.__init__(self)
self.pngname = None
self.defaultpngname = resolveFilename(SCOPE_ACTIVE_SKIN,
"picon_default.png")
def applySkin(self, desktop, screen):
def retValue(val, limit, default, Min=False):
try:
if Min:
x = min(limit, int(val))
else:
x = max(limit, int(val))
except:
x = default
return x
def setWrapFlag(attrib, value):
if attrib.lower() == 'wrap' and value == '0' or attrib.lower(
) == 'nowrap' and value != '0':
self.txtflags &= ~RT_WRAP
else:
self.txtflags |= RT_WRAP
self.halign = valign = eLabel.alignLeft
if self.skinAttributes:
attribs = []
for attrib, value in self.skinAttributes:
if attrib == 'font':
self.txfont = parseFont(value, ((1, 1), (1, 1)))
elif attrib == 'foregroundColor':
self.scroll_label.setForegroundColor(parseColor(value))
elif attrib in ('shadowColor', 'borderColor'):
self.scroll_label.setShadowColor(parseColor(value))
elif attrib == 'shadowOffset':
x, y = value.split(',')
self.soffset = (int(x), int(y))
self.scroll_label.setShadowOffset(ePoint(self.soffset))
elif attrib == 'borderWidth':
self.soffset = (-int(value), -int(value))
elif attrib == 'valign' and value in ('top', 'center',
'bottom'):
valign = {
'top': eLabel.alignTop,
'center': eLabel.alignCenter,
'bottom': eLabel.alignBottom
}[value]
self.txtflags |= {
'top': RT_VALIGN_TOP,
'center': RT_VALIGN_CENTER,
'bottom': RT_VALIGN_BOTTOM
}[value]
elif attrib == 'halign' and value in ('left', 'center',
'right', 'block'):
self.halign = {
'left': eLabel.alignLeft,
'center': eLabel.alignCenter,
'right': eLabel.alignRight,
'block': eLabel.alignBlock
}[value]
self.txtflags |= {
'left': RT_HALIGN_LEFT,
'center': RT_HALIGN_CENTER,
'right': RT_HALIGN_RIGHT,
'block': RT_HALIGN_BLOCK
}[value]
elif attrib == 'noWrap':
setWrapFlag(attrib, value)
elif attrib == 'options':
options = value.split(',')
for o in options:
if o.find('=') != -1:
opt, val = (x.strip() for x in o.split('=', 1))
else:
opt, val = o.strip(), ''
if opt == '':
continue
elif opt in ('wrap', 'nowrap'):
setWrapFlag(opt, val)
elif opt == 'movetype' and val in ('none', 'running',
'swimming'):
self.type = {
'none': NONE,
'running': RUNNING,
'swimming': SWIMMING
}[val]
elif opt == 'direction' and val in ('left', 'right',
'top', 'bottom'):
self.direction = {
'left': LEFT,
'right': RIGHT,
'top': TOP,
'bottom': BOTTOM
}[val]
elif opt == 'step' and val:
self.mStep = retValue(val, 1, self.mStep)
elif opt == 'steptime' and val:
self.mStepTimeout = retValue(
val, 25, self.mStepTimeout)
elif opt == 'startdelay' and val:
self.mStartDelay = retValue(
val, 0, self.mStartDelay)
elif opt == 'pause' and val:
self.mLoopTimeout = retValue(
val, 0, self.mLoopTimeout)
elif opt == 'oneshot' and val:
self.mOneShot = retValue(val, 0, self.mOneShot)
elif opt == 'repeat' and val:
self.mRepeat = retValue(val, 0, self.mRepeat)
elif opt == 'always' and val:
self.mAlways = retValue(val, 0, self.mAlways)
elif opt == 'startpoint' and val:
self.mStartPoint = int(val)
elif opt == 'pagedelay' and val:
self.mPageDelay = retValue(val, 0, self.mPageDelay)
elif opt == 'pagelength' and val:
self.mPageLength = retValue(
val, 0, self.mPageLength)
else:
attribs.append((attrib, value))
if attrib == 'backgroundColor':
self.scroll_label.setBackgroundColor(parseColor(value))
elif attrib == 'transparent':
self.scroll_label.setTransparent(int(value))
self.skinAttributes = attribs
ret = Renderer.applySkin(self, desktop, screen)
if self.mOneShot:
self.mOneShot = max(self.mStepTimeout, self.mOneShot)
if self.mLoopTimeout:
self.mLoopTimeout = max(self.mStepTimeout, self.mLoopTimeout)
if self.mPageDelay:
self.mPageDelay = max(self.mStepTimeout, self.mPageDelay)
self.scroll_label.setFont(self.txfont)
if not self.txtflags & RT_WRAP:
self.scroll_label.setNoWrap(1)
self.scroll_label.setVAlign(valign)
self.scroll_label.setHAlign(self.halign)
self.scroll_label.move(ePoint(0, 0))
self.scroll_label.resize(eSize(self.W, self.H))
if self.direction in (TOP, BOTTOM):
from enigma import fontRenderClass
flh = int(fontRenderClass.getInstance().getLineHeight(self.txfont)
or self.txfont.pointSize / 6 + self.txfont.pointSize)
self.scroll_label.setText('WQq')
if flh > self.scroll_label.calculateSize().height():
self.lineHeight = flh
self.scroll_label.setText('')
return ret
def __init__(self):
Renderer.__init__(self)
VariableText.__init__(self)
self.stringlength = 36
def __init__(self):
Renderer.__init__(self)
self.path = 'cript'
self.nameCache = {}
self.pngname = ''
self.picon_default = "picon_default.png"
def __init__(self):
Renderer.__init__(self)
self.pstrNm = ''
self.path = ""
def applySkin(self, desktop, screen):
def retValue(val, limit, default, Min=False):
try:
if Min:
x = min(limit, int(val))
else:
x = max(limit, int(val))
except:
x = default
return x
self.halign = valign = eLabel.alignLeft
if self.skinAttributes:
attribs = []
for (attrib, value) in self.skinAttributes:
if attrib == "font":
self.txfont = parseFont(value, ((1, 1), (1, 1)))
elif attrib == "foregroundColor":
self.fcolor = parseColor(value)
elif attrib == "backgroundColor":
self.bcolor = parseColor(value)
elif attrib == "shadowColor":
self.scolor = parseColor(value)
elif attrib == "shadowOffset":
x, y = value.split(',')
self.soffset = (int(x), int(y))
elif attrib == "valign" and value in ("top", "center",
"bottom"):
valign = {
"top": eLabel.alignTop,
"center": eLabel.alignCenter,
"bottom": eLabel.alignBottom
}[value]
self.txtflags |= {
"top": RT_VALIGN_TOP,
"center": RT_VALIGN_CENTER,
"bottom": RT_VALIGN_BOTTOM
}[value]
elif attrib == "halign" and value in ("left", "center",
"right", "block"):
self.halign = {
"left": eLabel.alignLeft,
"center": eLabel.alignCenter,
"right": eLabel.alignRight,
"block": eLabel.alignBlock
}[value]
self.txtflags |= {
"left": RT_HALIGN_LEFT,
"center": RT_HALIGN_CENTER,
"right": RT_HALIGN_RIGHT,
"block": RT_HALIGN_BLOCK
}[value]
elif attrib == "noWrap":
if value == "0":
self.txtflags |= RT_WRAP
else:
self.txtflags &= ~RT_WRAP
elif attrib == "options":
options = value.split(',')
for opt in options:
val = ''
pos = opt.find('=')
if pos != -1:
val = opt[pos + 1:].strip()
opt = opt[:pos].strip()
if opt == "wrap":
if val == "0":
self.txtflags &= ~RT_WRAP
else:
self.txtflags |= RT_WRAP
elif opt == "nowrap":
if val == "0":
self.txtflags |= RT_WRAP
else:
self.txtflags &= ~RT_WRAP
elif opt == "movetype" and val in ("none", "running",
"swimming"):
self.type = {
"none": NONE,
"running": RUNNING,
"swimming": SWIMMING
}[val]
elif opt == "direction" and val in ("left", "right",
"top", "bottom"):
self.direction = {
"left": LEFT,
"right": RIGHT,
"top": TOP,
"bottom": BOTTOM
}[val]
elif opt == "step" and val:
#retValue(val, limit, default, Min=False)
self.mStep = retValue(val, 1, self.mStep)
elif opt == "steptime" and val:
self.mStepTimeout = retValue(
val, 25, self.mStepTimeout)
elif opt == "startdelay" and val:
self.mStartDelay = retValue(
val, 0, self.mStartDelay)
elif opt == "pause" and val:
self.mLoopTimeout = retValue(
val, 0, self.mLoopTimeout)
elif opt == "oneshot" and val:
self.mOneShot = retValue(val, 0, self.mOneShot)
elif opt == "repeat" and val:
self.mRepeat = retValue(val, 0, self.mRepeat)
elif opt == "always" and val:
self.mAlways = retValue(val, 0, self.mAlways)
elif opt == "startpoint" and val:
self.mStartPoint = int(val)
else:
attribs.append((attrib, value))
self.skinAttributes = attribs
ret = Renderer.applySkin(self, desktop, screen)
#if self.type == RUNNING and self.direction in (LEFT,RIGHT):
# self.halign = eLabel.alignLeft
# self.txtflags = RT_HALIGN_LEFT | (self.txtflags & RT_WRAP)
if self.mOneShot: self.mOneShot = max(self.mStepTimeout, self.mOneShot)
if self.mLoopTimeout:
self.mLoopTimeout = max(self.mStepTimeout, self.mLoopTimeout)
self.test_label.setFont(self.txfont)
#self.test_label.setForegroundColor(self.fcolor)
#self.test_label.setBackgroundColor(self.bcolor)
#if not self.scolor is None:
# self.test_label.setShadowColor(self.scolor)
# self.test_label.setShadowOffset(ePoint(self.soffset[0], self.soffset[1]))
if not (self.txtflags & RT_WRAP):
self.test_label.setNoWrap(1)
self.test_label.setVAlign(valign)
self.test_label.setHAlign(self.halign)
self.test_label.move(ePoint(self.W, self.H))
self.test_label.resize(eSize(self.W, self.H))
#self.test_label.hide()
#self.changed((self.CHANGED_DEFAULT,))
return ret
def __init__(self): Renderer.__init__(self) VariableValue.__init__(self)
def __init__(self):
Renderer.__init__(self)
VariableText.__init__(self)
self.text = '---'
def __init__(self):
Renderer.__init__(self)
self.path = 'piconUni'
self.scale = '0'
self.nameCache = {}
self.pngname = ''
def __init__(self):
Renderer.__init__(self)
self.path = 'animated_weather_icons'
self.pixdelay = 100
self.pixdelay_overwrite = False
self.slideicon = None
def __init__(self):
Renderer.__init__(self)
VariableText.__init__(self)
def __init__(self):
Renderer.__init__(self)
self.size = None
self.nameAudioCache = {}
self.pngname = ""
self.path = ""
def __init__(self): Renderer.__init__(self) VariableText.__init__(self) self.epgcache = eEPGCache.getInstance()
def main():
options = parse_args(constants.TOOL_RUNNER)
# Save us having to pass debugging everywhere.
die = functools.partial(_die, options.verbosity >= 3)
log.set_verbosity(options.verbosity)
def done(s):
ret = 0
if s:
options.outfile.write(s)
options.outfile.close()
sys.exit(ret)
if not options.platform or options.platform in ('?', 'help') \
or options.platform not in PLATFORMS:
die('Valid --platform arguments are %s' % ', '.join(PLATFORMS))
if not options.file or len(options.file) > 1:
die('A single input file must be provided for this operation')
# Construct the compilation cache if requested.
cache = None
if options.cache in ('on', 'readonly', 'writeonly'):
cache = Cache(options.cache_dir)
f = options.file[0]
try:
s = f.read()
# Try to find this output in the compilation cache if possible. This is
# one of two places that we check in the cache. This check will 'hit'
# if the source files representing the input spec are identical to some
# previous execution.
if options.cache in ('on', 'readonly'):
key = [version(), os.path.abspath(f.name), s,
cache_relevant_options(options), options.platform, options.item]
value = cache.get(key)
assert value is None or isinstance(value, FileSet), \
'illegally cached a value for %s that is not a FileSet' % options.item
if value is not None and value.valid():
# Cache hit.
log.debug('Retrieved %(platform)s.%(item)s from cache' % \
options.__dict__)
done(value.output)
ast = parser.parse_to_ast(s, options.cpp, options.cpp_flag, options.ply_optimise)
parser.assign_filenames(ast, f.name)
except parser.CAmkESSyntaxError as e:
e.set_column(s)
die('%s:%s' % (f.name, str(e)))
except Exception as inst:
die('While parsing \'%s\': %s' % (f.name, inst))
try:
for t in AST_TRANSFORMS[PRE_RESOLUTION]:
ast = t(ast)
except Exception as inst:
die('While transforming AST: %s' % str(inst))
try:
ast, imported = parser.resolve_imports(ast, \
os.path.dirname(os.path.abspath(f.name)), options.import_path,
options.cpp, options.cpp_flag, options.ply_optimise)
except Exception as inst:
die('While resolving imports of \'%s\': %s' % (f.name, inst))
try:
# if there are multiple assemblies, combine them now
compose_assemblies(ast)
except Exception as inst:
die('While combining assemblies: %s' % str(inst))
# If we have a readable cache check if our current target is in the cache.
# The previous check will 'miss' and this one will 'hit' when the input
# spec is identical to some previous execution modulo a semantically
# irrelevant element (e.g. an introduced comment). I.e. the previous check
# matches when the input is exactly the same and this one matches when the
# AST is unchanged.
if options.cache in ('on', 'readonly'):
key = [version(), ast, cache_relevant_options(options),
options.platform, options.item]
value = cache.get(key)
if value is not None:
assert options.item not in NEVER_AST_CACHE, \
'%s, that is marked \'never cache\' is in your cache' % options.item
log.debug('Retrieved %(platform)s.%(item)s from cache' % \
options.__dict__)
done(value)
# If we have a writable cache, allow outputs to be saved to it.
if options.cache in ('on', 'writeonly'):
orig_ast = deepcopy(ast)
fs = FileSet(imported)
def save(item, value):
# Save an input-keyed cache entry. This one is based on the
# pre-parsed inputs to save having to derive the AST (parse the
# input) in order to locate a cache entry in following passes.
# This corresponds to the first cache check above.
key = [version(), os.path.abspath(options.file[0].name), s,
cache_relevant_options(options), options.platform,
item]
specialised = fs.specialise(value)
if item == 'capdl':
specialised.extend(options.elf)
cache[key] = specialised
if item not in NEVER_AST_CACHE:
# Save an AST-keyed cache entry. This corresponds to the second
# cache check above.
cache[[version(), orig_ast, cache_relevant_options(options),
options.platform, item]] = value
else:
def save(item, value):
pass
ast = parser.dedupe(ast)
try:
ast = parser.resolve_references(ast)
except Exception as inst:
die('While resolving references of \'%s\': %s' % (f.name, inst))
try:
parser.collapse_references(ast)
except Exception as inst:
die('While collapsing references of \'%s\': %s' % (f.name, inst))
try:
for t in AST_TRANSFORMS[POST_RESOLUTION]:
ast = t(ast)
except Exception as inst:
die('While transforming AST: %s' % str(inst))
try:
resolve_hierarchy(ast)
except Exception as inst:
die('While resolving hierarchy: %s' % str(inst))
# All references in the AST need to be resolved for us to continue.
unresolved = reduce(lambda a, x: a.union(x),
map(lambda x: x.unresolved(), ast), set())
if unresolved:
die('Unresolved references in input specification:\n %s' % \
'\n '.join(map(lambda x: '%(filename)s:%(lineno)s:\'%(name)s\' of type %(type)s' % {
'filename':x.filename or '<unnamed file>',
'lineno':x.lineno,
'name':x._symbol,
'type':x._type.__name__,
}, unresolved)))
# Locate the assembly
assembly = [x for x in ast if isinstance(x, AST.Assembly)]
if len(assembly) > 1:
die('Multiple assemblies found')
elif len(assembly) == 1:
assembly = assembly[0]
else:
die('No assembly found')
obj_space = ObjectAllocator()
obj_space.spec.arch = options.architecture
cspaces = {}
pds = {}
conf = assembly.configuration
shmem = defaultdict(dict)
templates = Templates(options.platform)
map(templates.add_root, options.templates)
r = Renderer(templates.get_roots(), options)
# The user may have provided their own connector definitions (with
# associated) templates, in which case they won't be in the built-in lookup
# dictionary. Let's add them now. Note, definitions here that conflict with
# existing lookup entries will overwrite the existing entries.
for c in (x for x in ast if isinstance(x, AST.Connector)):
if c.from_template:
templates.add(c.name, 'from.source', c.from_template)
if c.to_template:
templates.add(c.name, 'to.source', c.to_template)
# We're now ready to instantiate the template the user requested, but there
# are a few wrinkles in the process. Namely,
# 1. Template instantiation needs to be done in a deterministic order. The
# runner is invoked multiple times and template code needs to be
# allocated identical cap slots in each run.
# 2. Components and connections need to be instantiated before any other
# templates, regardless of whether they are the ones we are after. Some
# other templates, such as the Makefile depend on the obj_space and
# cspaces.
# 3. All actual code templates, up to the template that was requested,
# need to be instantiated. This is related to (1) in that the cap slots
# allocated are dependent on what allocations have been done prior to a
# given allocation call.
# Instantiate the per-component source and header files.
for id, i in enumerate(assembly.composition.instances):
# Don't generate any code for hardware components.
if i.type.hardware:
continue
if i.address_space not in cspaces:
p = Perspective(phase=RUNNER, instance=i.name,
group=i.address_space)
cnode = obj_space.alloc(seL4_CapTableObject,
name=p['cnode'], label=i.address_space)
cspaces[i.address_space] = CSpaceAllocator(cnode)
pd = obj_space.alloc(seL4_PageDirectoryObject, name=p['pd'],
label=i.address_space)
pds[i.address_space] = pd
for t in ('%s.source' % i.name, '%s.header' % i.name,
'%s.linker' % i.name):
try:
template = templates.lookup(t, i)
g = ''
if template:
g = r.render(i, assembly, template, obj_space, cspaces[i.address_space], \
shmem, options=options, id=id, my_pd=pds[i.address_space])
save(t, g)
if options.item == t:
if not template:
log.warning('Warning: no template for %s' % options.item)
done(g)
except Exception as inst:
die('While rendering %s: %s' % (i.name, inst))
# Instantiate the per-connection files.
conn_dict = {}
for id, c in enumerate(assembly.composition.connections):
tmp_name = c.name
key_from = (c.from_instance.name + '_' + c.from_interface.name) in conn_dict
key_to = (c.to_instance.name + '_' + c.to_interface.name) in conn_dict
if not key_from and not key_to:
# We need a new connection name
conn_name = 'conn' + str(id)
c.name = conn_name
conn_dict[c.from_instance.name + '_' + c.from_interface.name] = conn_name
conn_dict[c.to_instance.name + '_' + c.to_interface.name] = conn_name
elif not key_to:
conn_name = conn_dict[c.from_instance.name + '_' + c.from_interface.name]
c.name = conn_name
conn_dict[c.to_instance.name + '_' + c.to_interface.name] = conn_name
elif not key_from:
conn_name = conn_dict[c.to_instance.name + '_' + c.to_interface.name]
c.name = conn_name
conn_dict[c.from_instance.name + '_' + c.from_interface.name] = conn_name
else:
continue
for t in (('%s.from.source' % tmp_name, c.from_instance.address_space),
('%s.from.header' % tmp_name, c.from_instance.address_space),
('%s.to.source' % tmp_name, c.to_instance.address_space),
('%s.to.header' % tmp_name, c.to_instance.address_space)):
try:
template = templates.lookup(t[0], c)
g = ''
if template:
g = r.render(c, assembly, template, obj_space, cspaces[t[1]], \
shmem, options=options, id=id, my_pd=pds[t[1]])
save(t[0], g)
if options.item == t[0]:
if not template:
log.warning('Warning: no template for %s' % options.item)
done(g)
except Exception as inst:
die('While rendering %s: %s' % (t[0], inst))
c.name = tmp_name
# The following block handles instantiations of per-connection
# templates that are neither a 'source' or a 'header', as handled
# above. We assume that none of these need instantiation unless we are
# actually currently looking for them (== options.item). That is, we
# assume that following templates, like the CapDL spec, do not require
# these templates to be rendered prior to themselves.
# FIXME: This is a pretty ugly way of handling this. It would be nicer
# for the runner to have a more general notion of per-'thing' templates
# where the per-component templates, the per-connection template loop
# above, and this loop could all be done in a single unified control
# flow.
for t in (('%s.from.' % c.name, c.from_instance.address_space),
('%s.to.' % c.name, c.to_instance.address_space)):
if not options.item.startswith(t[0]):
# This is not the item we're looking for.
continue
try:
# If we've reached here then this is the exact item we're
# after.
template = templates.lookup(options.item, c)
if template is None:
raise Exception('no registered template for %s' % options.item)
g = r.render(c, assembly, template, obj_space, cspaces[t[1]], \
shmem, options=options, id=id, my_pd=pds[t[1]])
save(options.item, g)
done(g)
except Exception as inst:
die('While rendering %s: %s' % (options.item, inst))
# Perform any per component simple generation. This needs to happen last
# as this template needs to run after all other capabilities have been
# allocated
for id, i in enumerate(assembly.composition.instances):
# Don't generate any code for hardware components.
if i.type.hardware:
continue
assert i.address_space in cspaces
if conf and conf.settings and [x for x in conf.settings if \
x.instance == i.name and x.attribute == 'simple' and x.value]:
for t in ('%s.simple' % i.name,):
try:
template = templates.lookup(t, i)
g = ''
if template:
g = r.render(i, assembly, template, obj_space, cspaces[i.address_space], \
shmem, options=options, id=id, my_pd=pds[i.address_space])
save(t, g)
if options.item == t:
if not template:
log.warning('Warning: no template for %s' % options.item)
done(g)
except Exception as inst:
die('While rendering %s: %s' % (i.name, inst))
# Derive a set of usable ELF objects from the filenames we were passed.
elfs = {}
for e in options.elf:
try:
name = os.path.basename(e)
if name in elfs:
raise Exception('duplicate ELF files of name \'%s\' encountered' % name)
elf = ELF(e, name, options.architecture)
p = Perspective(phase=RUNNER, elf_name=name)
group = p['group']
# Avoid inferring a TCB as we've already created our own.
elf_spec = elf.get_spec(infer_tcb=False, infer_asid=False,
pd=pds[group], use_large_frames=options.largeframe)
obj_space.merge(elf_spec, label=group)
elfs[name] = (e, elf)
except Exception as inst:
die('While opening \'%s\': %s' % (e, inst))
if options.item in ('capdl', 'label-mapping'):
# It's only relevant to run these filters if the final target is CapDL.
# Note, this will no longer be true if we add any other templates that
# depend on a fully formed CapDL spec. Guarding this loop with an if
# is just an optimisation and the conditional can be removed if
# desired.
for f in CAPDL_FILTERS:
try:
# Pass everything as named arguments to allow filters to
# easily ignore what they don't want.
f(ast=ast, obj_space=obj_space, cspaces=cspaces, elfs=elfs,
options=options, shmem=shmem)
except Exception as inst:
die('While forming CapDL spec: %s' % str(inst))
# Instantiate any other, miscellaneous template. If we've reached this
# point, we know the user did not request a code template.
try:
template = templates.lookup(options.item)
if template:
g = r.render(assembly, assembly, template, obj_space, None, \
shmem, imported=imported, options=options)
save(options.item, g)
done(g)
except Exception as inst:
die('While rendering %s: %s' % (options.item, inst))
die('No valid element matching --item %s' % options.item)
