def __init__(self,init_dir = ""):
self.lock = e32.Ao_lock()
app.title = u"Explorer demo"
app.screen = "full"
self.show_images = True
app.menu = [(u"Hide images", lambda: self.images_menu(False)),
(u"About", self.about),
(u"Quit", self.close_app)]
self.cur_dir = unicode(init_dir)
if not os.path.exists(self.cur_dir):
self.cur_dir = u""
self.fill_items()
pos = (0,0) + sysinfo.display_pixels()
self.listbox = CanvasListBox(items=self.items,
cbk=self.item_selected,
images=self.images,
position=pos,
margins=[6,2,2,2],
selection_border_color=(124,104,238),
image_size=(44,44),
title=self.cur_dir)
app.body = self.listbox
self.lock.wait()
def sendSysinfo(self, full):
self.send(NUM_SYSINFO_REPLY_START)
self.send(NUM_SYSINFO_REPLY_LINE, "program_version", VERSION)
self.send(NUM_SYSINFO_REPLY_LINE, "battery", sysinfo.battery())
self.send(NUM_SYSINFO_REPLY_LINE, "active_profile", sysinfo.active_profile())
self.send(NUM_SYSINFO_REPLY_LINE, "free_ram", sysinfo.free_ram())
self.send(NUM_SYSINFO_REPLY_LINE, "pys60_version", e32.pys60_version)
if sysinfo.active_profile() == u"offline":
# Return an error code if the phone is in offline mode
self.send(NUM_SYSINFO_REPLY_LINE, "signal_dbm", -1)
self.send(NUM_SYSINFO_REPLY_LINE, "signal_bars", -1)
else:
self.send(NUM_SYSINFO_REPLY_LINE, "signal_dbm", sysinfo.signal_dbm())
self.send(NUM_SYSINFO_REPLY_LINE, "signal_bars", sysinfo.signal_bars())
for drive, free in sysinfo.free_drivespace().iteritems():
self.send(NUM_SYSINFO_REPLY_LINE, "free_drivespace", str(drive) + str(free))
if full:
self.send(NUM_SYSINFO_REPLY_LINE, "display", str(sysinfo.display_pixels()[0]) + "x" + str(sysinfo.display_pixels()[1]))
self.send(NUM_SYSINFO_REPLY_LINE, "imei", sysinfo.imei())
self.send(NUM_SYSINFO_REPLY_LINE, "model", sysinfo.sw_version())
self.send(NUM_SYSINFO_REPLY_LINE, "s60_version", e32.s60_version_info[0], e32.s60_version_info[1] )
self.send(NUM_SYSINFO_REPLY_LINE, "total_ram", sysinfo.total_ram())
self.send(NUM_SYSINFO_REPLY_LINE, "total_rom", sysinfo.total_rom())
self.send(NUM_SYSINFO_REPLY_END)
def screen_resize(): global screen_height,color_height,screen_height_coef screen_height=sysinfo.display_pixels()[1] # screen_width=sysinfo.display_pixels()[0] # screen_height=128+font_height*6 left=screen_height-font_height*6 screen_height_coef=(left/256.0,divmod(left,256)[0])[left>256] color_height=int(256*screen_height_coef)
def __init__(self):
# app title
appuifw.app.title = u"Sissi"
# app lock
self.lock = e32.Ao_lock()
# ensure data dir exists
self.datadir = os.path.join(u"C:\\Data", u"Sissi")
if not os.path.exists(self.datadir):
os.makedirs(self.datadir)
# create a directory for temporary data
self.cachedir = u"D:\\Sissi"
if not os.path.exists(self.cachedir):
os.makedirs(self.cachedir)
# get screen resolution
self.screen = sysinfo.display_pixels()
# extra classes instantiated
self.scanner = Scanner(self)
self.netmapper = NetMapper(self)
self.map = Map(self)
self.cos_api = COSApi(self)
# timer
self.t = e32.Ao_timer()
self.active = False
# set canvas
self.activate()
# configuration / settings
self.draw_screen('reading config')
self.config_file = os.path.join(self.datadir, "settings.ini")
self.config = {} # TODO: read these from a configuration file
self.apid = None # Default access point
self.read_config()
if self.config.has_key("apid"):
self._select_access_point(self.config["apid"])
# set extra handler to be called on each GPS loop
self.scanner.set_extra_handler(self.loop)
# update our menu
self._update_menu()
self.draw_screen('ready!')
# self.debug(self.screen)
self.scanner_handler() # start scanning automatically
# set exit key handler
appuifw.app.exit_key_handler = self.exit_key_handler
def __init__(self):
self.lock = e32.Ao_lock()
app.title = u"Scribble"
app.screen = "full_max"
self.maintb = None
self.ticktb = None
self.colortb = None
self.line_colors = [(0,0,255),(0,128,0),(255,255,0),
(255,255,255),(255,0,0)]
self.line_color = 0
self.line_ticks = [1,3,6]
self.line_tick = 0
self.prev_x = 0
self.prev_y = 0
self.saving = False
self.drag_started = False
self.load_imgs()
sz = max(sysinfo.display_pixels())
self.drw_buf = graphics.Image.new((sz,sz))
self.scr_buf = graphics.Image.new((sz,sz))
self.drw_buf.clear((255,255,255))
self.canvas = Canvas(redraw_callback=self.redraw,
event_callback=self.event)
self.maintb = ctoolbar.CanvasToolbar(self.scr_buf,
self.maintb_selected,
self.redraw,
self.maintb_imgs,
(0,0),
(200,200,200),
transparency=20)
self.ticktb = ctoolbar.CanvasToolbar(self.scr_buf,
self.ticktb_selected,
self.redraw,
self.ticktb_imgs,
(54,97),
(200,200,200),
orientation=ctoolbar.O_HORIZONTAL,
transparency=20)
self.colortb = ctoolbar.CanvasToolbar(self.scr_buf,
self.colortb_selected,
self.redraw,
self.colortb_imgs,
(54,145),
(200,200,200),
orientation=ctoolbar.O_HORIZONTAL,
transparency=20)
app.body = self.canvas
app.menu = []
self.maintb.show()
self.lock.wait()
def __init__(self, start=0, end=100, color=(0,0,77),
fill=(255,255,200), outline=(0,0,0)):
screen_size = display_pixels()
#sizes & positions
self.height = 60
self.width = int(screen_size[0] * 0.8)
self.top = (screen_size[1] - self.height)/2
self.left = int((screen_size[0] - self.width) / 2)
#ProgressBar size
self.progress_margin = 5
self.progress_w = self.width - (2 * self.progress_margin)
self.progress_h = 18 #height of progressbar
self.progress_l = self.progress_margin
self.progress_t = self.height - self.progress_h - \
self.progress_margin
#internal progressbar expects that external has 1px border
self.internal_w_max = self.progress_w - 2
self.internal_h = self.progress_h - 2
self.internal_l = self.progress_l + 1
self.internal_t = self.progress_t + 1
self.internal_w = 0
self.glow_h = int(self.internal_h / 2)
#colors & values
self.start = start
self.end = end
self.value = start
self.color = color
self.glow_color = self.color_combine(color, (255,255,255), 0.5)
self.outline = outline
self.fill = fill
#text attributes
self.caption = u""
self.font = (u"dense", 12, FONT_ANTIALIAS)
self.text_top = self.progress_t - \
self.progress_margin - \
self.font[1]
#create topwindow
self.window = TopWindow()
self.window.corner_type = 'square'
self.window.position = (self.left, self.top)
self.window.size = (self.width, self.height)
self.canvas = Image.new(self.window.size)
self.window.add_image(self.canvas,(0,0,self.width,self.height))
#shows initial progressbar
self.redraw()
self.window.show()
def ShowStartFrame():
_screenW , _screenH = sysinfo.display_pixels() #获取屏幕宽/高
try:
try:
_imgstart = graphics.Image.open(r"C:\python\images\KumReader_start.jpg")
except SymbianError:
_imgstart = graphics.Image.open(r"D:\python\images\KumReader_start.jpg")
except:
appuifw.note(cn("应用程序已损坏,请重新安装！\nError:401"), "error")
appuifw.app.set_exit()
screen = topwindow.TopWindow()
screen.add_image(_imgstart, (0, 0, _screenW, _screenH))
screen.size = (_screenW, _screenH)
screen.show()
e32.ao_sleep(2)
screen.hide()
def __init__(self,cbk):
"""
"""
self.blog_uri = BLOG.curr_blog["blog"]
self.api_key = BLOG.curr_blog["api_key"]
self.proxy = BLOG.proxy
self.max_days = 365
self.stats = {"daily" :{"data":[],"title":LABELS.loc.ws_info_daily},
"weekly" :{"data":[],"title":LABELS.loc.ws_info_weekly},
"monthly":{"data":[],"title":LABELS.loc.ws_info_monthly},
"current":"daily"}
self.wps = WPStats(self.api_key,self.blog_uri,max_days=self.max_days,proxy=self.proxy)
self.scr_buf = None
self.toolbar = None
app.screen = 'normal'
self.body = Canvas(redraw_callback = self.stats_canvas_redraw,
event_callback = self.stats_event,
resize_callback = self.stats_resize)
# alloc maximum size, avoiding new allocation when resizing
sz = max(sysinfo.display_pixels())
self.scr_buf = graphics.Image.new((sz,sz))
if sz < 400:
# create small graphics for tiny screens
self.SRD = 2
self.SLW = 2
if not TOUCH_ENABLED:
self.body.bind(key_codes.EKeyLeftArrow,self.key_left)
self.body.bind(key_codes.EKeyRightArrow,self.key_right)
self.body.bind(key_codes.EKeySelect,self.key_sel)
self.body.bind(key_codes.EKeyUpArrow,self.key_up)
self.body.bind(key_codes.EKeyDownArrow,self.key_down)
self.tooltip = InfoPopup()
self.font = ('dense',16,graphics.FONT_ANTIALIAS)
self.set_new_data(self.stats[self.stats["current"]]["title"],
self.stats[self.stats["current"]]["data"])
self.create_toolbar(sz < 400)
self.menu = [(LABELS.loc.ws_menu_updt,self.update_stats),
(LABELS.loc.ws_menu_views,(
(LABELS.loc.ws_menu_daily,lambda: self.set_view('daily')),
(LABELS.loc.ws_menu_weekly,lambda: self.set_view('weekly')),
(LABELS.loc.ws_menu_monthly,lambda: self.set_view('monthly')))),
(LABELS.loc.ws_menu_exit,self.close_app)]
Dialog.__init__(self,cbk,LABELS.loc.wm_menu_stat,self.body,self.menu)
Dialog.refresh(self)
def run(self):
if sys.platform == 'symbian_s60':
img_share = os.path.join(sys.prefix, 'share\\medcalc', self.fname)
else:
img_share = os.path.join(os.getcwdu(), 'img', self.fname)
appuifw.app.screen = 'full'
img1 = graphics.Image.open(img_share)
w, h = sysinfo.display_pixels()
if w > h:
img1 = img1.transpose(graphics.ROTATE_270)
def handle_redraw(rect):
canvas.blit(img1)
canvas = appuifw.Canvas(redraw_callback=handle_redraw)
try:
canvas.blit(img1)
appuifw.app.body = canvas
except:
appuifw.note(u"Error %s" % img_share, "note")
def __init__(self):
"""
"""
self.update_in_progress = False
if not self.load():
self.api_key = u"api_key"
self.blog_uri = u"http://blog_name.wordpress.com"
self.max_days = 365
self.stats = {"daily" :{"data":[],"title":u"Blog views per day"},
"weekly" :{"data":[],"title":u"Blog views per week"},
"monthly":{"data":[],"title":u"Blog views per month"},
"current":"daily"}
self.dlg = None
self.wps = WPStats(self.api_key,self.blog_uri,max_days=self.max_days)
self.scr_buf = None
self.toolbar = None
app.screen = 'full'
app.directional_pad = False
self.body = Canvas(redraw_callback = self.stats_canvas_redraw,
event_callback = self.stats_event,
resize_callback = self.stats_resize)
# alloc maximum size, avoiding new allocation when resizing
sz = max(sysinfo.display_pixels())
self.scr_buf = graphics.Image.new((sz,sz))
if sz < 400:
# create small graphics for tiny screens
self.SRD = 2
self.SLW = 2
self.body.bind(key_codes.EKeyLeftArrow,self.key_left)
self.body.bind(key_codes.EKeyRightArrow,self.key_right)
self.body.bind(key_codes.EKeySelect,self.key_sel)
self.body.bind(key_codes.EKeyUpArrow,self.key_up)
self.body.bind(key_codes.EKeyDownArrow,self.key_down)
self.tooltip = InfoPopup()
self.font = ('dense',16,graphics.FONT_ANTIALIAS)
self.set_new_data(self.stats[self.stats["current"]]["title"],
self.stats[self.stats["current"]]["data"])
self.create_toolbar(sz < 400)
Application.__init__(self,u"WP Stats",self.body)
def __init__(self, app):
"""
+ ``query`` -- search query, a list of digits stored as
unicode strings.
+ ``canvas`` -- screen.
+ ``results`` -- list of search results.
+ ``shown_count`` -- how many items are shown.
+ ``results_count`` -- how many items matches query.
+ ``result_shown`` -- which result is shown now. (None, if none.)
"""
self.query = []
self.query_match = -1
self.screen_w, self.screen_h = sysinfo.display_pixels()
self.app = app
self.canvas = appuifw.Canvas(
event_callback=self.handle_event,
redraw_callback=self.handle_redraw,
)
self.app.body = self.canvas
self.canvas.dictionary = self
self.results = []
self.active_result = None
self.key_numbers = dict([
(getattr(key_codes, 'EScancode' + str(i)), unicode(i))
for i in range(10)
])
self.dictionaries = []
for file_name in os.listdir(DICTS_DIR):
self.dictionaries.append(
(file_name, Dict(os.path.join(DICTS_DIR, file_name))))
self.active_dictionary = 0
def __init__(self):
self.lock = e32.Ao_lock()
app.title = u"ToolbarDemo"
app.screen = "full"
self.toolbar = None
self.drag_filter_cnt = 0
self.load_imgs()
sz = max(sysinfo.display_pixels())
self.scr_buf = graphics.Image.new((sz,sz))
self.canvas = Canvas(redraw_callback=self.redraw,
event_callback=self.event)
self.toolbar = ctoolbar.CanvasToolbar(self.scr_buf,
self.item_selected,
self.redraw,
self.imgs)
#orientation=ctoolbar.O_HORIZONTAL)
app.body = self.canvas
app.menu = [(u"Show toolbar", lambda: self.toolbar.show()),
(u"Hide toolbar", lambda: self.toolbar.hide()),
(u"Help", self.help),
(u"About", self.about),
(u"Quit", self.close_app)]
self.toolbar.show()
self.lock.wait()
def tWrap(t,w=None,f=("normal",15)):
import graphics
import sysinfo
if w==None:
w=sysinfo.display_pixels()[0]
img=graphics.screenshot()
mt=lambda x,s=f,m=-1:\
img.measure_text(x,font=s,maxwidth=m)
t=t.replace("\r\n","\n").replace("\r","\n").split("\n")
(sub,length)=([],0)
for i in xrange(len(t)):
if t[i]=="\n" or mt(t[i])[1]<=w:
sub.append(t[i])
continue
while True:
st=t[i][:mt(t[i],m=w)[2]-length]
if mt(st,m=w)[1]<=w:
sub.append(st)
t[i]=t[i][len(st):]
length=0
if not t[i]:break
else:length+=1
del graphics,sysinfo
return sub
yellow=(230, 200, 0)
purple=(155, 10, 160)
img=Image.new((176, 144))
img.clear(lightblue)
img.rectangle((5, 5, 171, 139), purple, width=3)
img.line((5, 65, 170, 65), 0, width=2)
img.text((54, 20), u'SMS Backup', red, font=(None, None, FONT_BOLD))
img.text((85, 35), u'by')
img.text((44, 55), u'ADIKSonline', yellow, font=('title', None, FONT_BOLD))
img.polygon((20, 80, 156, 80, 88, 120), 0, fill=green)
img.ellipse((40, 125, 136, 164), 0, fill=(200, 200, 200), width=2)
img.text((68, 140), u'.enjoy.', font=(None, None, FONT_BOLD))
img.rectangle((0, 0, 175, 143), red, width=2)
img.text((9, 136), u'MENU', (255, 255, 255))
img.text((146, 136), u'EXIT', (255, 255, 255))
img=img.resize(sysinfo.display_pixels())
def draw(rect):
canvas.blit(img)
canvas=ui.Canvas(redraw_callback=draw)
ui.app.body=canvas
def view(n):
e32.start_exe('Z:\\System\\Programs\\AppRun.exe', 'Z:\\System\\Apps\\NpdViewer\\NpdViewer.app "%s"' %n)
def author():
ops=os.path.split
opd=os.path.dirname
ui.note(u'ADIO Kingsley O\[email protected]')
try:
#import all modules import appuifw2, sysinfo, e32, time lt=time.ctime() di=sysinfo.display_pixels() #introduction screen appuifw2.app.screen='full' can=appuifw2.app.body=appuifw2.Canvas() #basic app info __name__='Speak' __author__='Vishal Biswas' __filename__='Speak.py' __main__=__name__ __doc__='\t\tSpeak\n\tAn application to pronounce text as per the Text-to-Speech engine of the device\n\tReport Bugs or give suggestions or solutions for existing bugs at [email protected]\n\tUser Interaction is highly appreciated' __version__='2.00.0' version_info=tuple(__version__.split('.')) def __init__(mode=''): appuifw2.app.title=u'Speak' appuifw2.app.set_tabs([],None) if mode=='launch': sys.setdefaultencoding('u8') globalui.global_note(u'Thank You for downloading Speak.') global wrap,ans,scroll,no,syst,loc,t,sav,nae,pth,ext,ppb,com,qua,dela,log wrap=ans=scroll=1 no=syst=loc=sav=dela=0 nae=u'Screenshot' pth=u'D:\\' ext=u'.jpg' ppb=24
def save(self, path):
self.opt_list_keys = [
'toolspanel', 'colorspanel', 'brushsize', 'winswitch', 'zoom',
'zoomin', 'zoomout', 'zoom_multiply', 'zoom_1_1', 'font', 'undo',
'redo', 'copy', 'cut', 'paste', 'clear', 'templet', 'preview',
'imtemplet', 'navigation', 'gradient'
]
parser = iniparser.TIniParser()
parser.create(path)
parser.writegroup('MISC')
parser.writeint('firststart', 0)
parser.writeint('language', self.lang)
parser.writeint('skin', self.skin)
parser.writeint('toolslidespeed', (self.toolbar_slidespeed - 1))
parser.writeint('cursortype', self.cursor)
parser.writeint('cursorsize', (self.cursorsize - 1))
parser.writeint('changecursor', self.cursormultiplier)
parser.writeint('undosize', self.undo_size)
parser.writeint('rectselecttype', self.rectselecttype)
parser.writeint('cursordelay', self.curs_del, ',')
parser.writeint('cursorstep', self.curs_step, ',')
parser.writestr('imagefolder', self.lastpath_img)
parser.writeint('confirmonexit', self.exitconfirm)
parser.writecomment('')
parser.writegroup('DISPLAY')
if self.screen_size != display_pixels():
size = str(self.screen_size[0]) + ',' + str(self.screen_size[1])
else:
size = 'None'
parser.writeint('force_display_size', size)
parser.writecomment('example: force_display_size = 240,320')
parser.writecomment('')
parser.writegroup('UI_FONTS')
parser.writestr('menu_font', self.ui_menu_font[0])
parser.writestr('status_font', self.ui_status_font[0])
parser.writeint('menu_font_forceheight', self.ui_menu_font_fheight)
parser.writecomment('')
parser.writegroup('UI_COLORS')
parser.writestr('menu_form_out', he(self.ui_menu_color[0][0]))
parser.writestr('menu_form_in', he(self.ui_menu_color[0][1]))
parser.writestr('menu_form_shade', he(self.ui_menu_color[0][2]))
parser.writestr('menu_selbox_out', he(self.ui_menu_color[1][0]))
parser.writestr('menu_selbox_in', he(self.ui_menu_color[1][1]))
parser.writestr('menu_item', he(self.ui_menu_color[1][2]))
parser.writestr('menu_selitem', he(self.ui_menu_color[1][3]))
parser.writestr('menu_blckitem', he(self.ui_menu_color[1][4]))
parser.writestr('backgr_form', he(self.ui_form_color[2]))
parser.writestr('status_form', he(self.ui_form_color[0]))
parser.writestr('status_font', he(self.ui_form_color[1]))
parser.writestr('editor_scroll_outline', he(self.ui_form_color[3][0]))
parser.writestr('editor_scroll_slider', he(self.ui_form_color[3][1]))
parser.writestr('editor_scroll_fill', he(self.ui_form_color[3][2]))
parser.writestr('grid_selector_color', he(self.ui_grid_color))
parser.writestr('fileman_background', he(self.ui_req_color[0]))
parser.writestr('fileman_infobar', he(self.ui_req_color[1]))
parser.writestr('fileman_selbox_out', he(self.ui_req_color[2][0]))
parser.writestr('fileman_selbox_in', he(self.ui_req_color[2][1]))
parser.writestr('fileman_item', he(self.ui_req_color[2][2]))
parser.writestr('fileman_selitem', he(self.ui_req_color[2][3]))
parser.writestr('fileman_markitem', he(self.ui_req_color[2][4]))
parser.writestr('fileman_scroll_outline', he(self.ui_req_color[3][0]))
parser.writestr('fileman_scroll_slider', he(self.ui_req_color[3][1]))
parser.writestr('fileman_scroll_fill', he(self.ui_req_color[3][2]))
parser.writestr('progressbar_out', he(self.ui_prog_color[0]))
parser.writestr('progressbar_slider', he(self.ui_prog_color[1]))
parser.writestr('progressbar_fill', he(self.ui_prog_color[2]))
parser.writecomment('')
parser.writegroup('HOTKEYS')
keys = [x[2] for x in self.keyconfig.data]
mods = [x[3] for x in self.keyconfig.data]
parser.writeint('keys', keys)
parser.writeint('mods', mods)
parser.writeint('mods_timeout', self.keyconfig.gettimeout())
parser.writecomment('')
parser.writegroup('CUSTOM_PALETTES')
for t in xrange(len(self.custompal)):
parser.writestr(str(t), self.custompal[t])
parser.writecomment('')
parser.writegroup('RECENT_FILES')
for t in self.recentfiles:
parser.writestr(t, '')
parser.close()
class Image(object):
_twips = sysinfo.display_twips()
_pixels = sysinfo.display_pixels()
_default_density = (float(_twips[0]) / _pixels[0],
float(_twips[1]) / _pixels[1])
_modemap = {
'1': _graphics.EGray2,
'L': _graphics.EGray256,
'RGB12': _graphics.EColor4K,
'RGB16': _graphics.EColor64K,
'RGB': _graphics.EColor16M
}
_moderevmap = _revdict(_modemap)
def __init__(self, img):
self._image = img
if img.twipsize == (0, 0):
img.twipsize = (self._default_density[0] * img.size[0],
self._default_density[1] * img.size[1])
self._drawapi = self._image._drawapi
self._draw = _graphics.Draw(self._image)
self._bitmapapi = self._image._bitmapapi
self.getpixel = self._image.getpixel
self._lock = None
self._errcode = 0
self._waiting = 0
self._resized_image = None
for k in _graphics._draw_methods:
setattr(self, k, getattr(self._draw, k))
size = property(lambda self: self._image.size)
mode = property(lambda self: self._moderevmap[self._image.mode])
twipsize = property(
lambda self: self._image.twipsize,
lambda self, value: setattr(self._image, "twipsize", value))
def from_cfbsbitmap(bitmap):
return Image(_graphics.ImageFromCFbsBitmap(bitmap))
from_cfbsbitmap = staticmethod(from_cfbsbitmap)
def from_icon(filename, image_id, size):
if e32.s60_version_info >= (3, 0):
return Image(
_graphics.ImageFromIcon(filename, image_id, size[0], size[1]))
else:
raise RuntimeError('not supported')
from_icon = staticmethod(from_icon)
def new(size, mode='RGB16'):
if not Image._modemap.has_key(mode):
raise ValueError('invalid mode')
return Image(_graphics.ImageNew(size, Image._modemap[mode]))
new = staticmethod(new)
if not SDK12:
def open(filename):
def finish_load(errcode):
img._errcode = errcode
lock.signal()
lock = e32.Ao_lock()
img = Image(_graphics.ImageOpen(unicode(filename), finish_load))
lock.wait()
if img._errcode != 0:
raise SymbianError, (img._errcode, "Error loading image:" +
e32.strerror(img._errcode))
return img
open = staticmethod(open)
def inspect(filename):
(size, mode) = _graphics.ImageInspect(unicode(filename))
return {'size': size}
inspect = staticmethod(inspect)
def load(self, filename, callback=None):
self._wait()
self._filename = unicode(filename)
self._usercallback = callback
self._lock = e32.Ao_lock()
self._image.load(self._filename, self._callback)
if callback is None:
self._wait()
if self._errcode != 0:
err = self._errcode
self._errcode = 0
raise SymbianError, (err, "Error loading image:" +
e32.strerror(err))
def save(self,
filename,
callback=None,
format=None,
quality=75,
bpp=24,
compression='default'):
if format is None:
if filename.lower().endswith(
'.jpg') or filename.lower().endswith('.jpeg'):
format = 'JPEG'
elif filename.lower().endswith('.png'):
format = 'PNG'
else:
raise ValueError(
'unrecognized suffix and format not specified')
self._wait()
lock = e32.Ao_lock()
self._image.save(unicode(filename), self._callback, format,
quality, compression, bpp)
# If the code above didn't raise an exception, this method
# will succeed, so now it's safe to modify object state.
self._usercallback = callback
self._lock = lock
if callback is None:
self._wait()
if self._errcode != 0:
err = self._errcode
self._errcode = 0
raise SymbianError, (err, "Error saving image:" +
e32.strerror(err))
def resize(self, size, callback=None, keepaspect=0):
self._wait()
newimage = Image.new(size, self.mode)
lock = e32.Ao_lock()
self._image.resize(newimage, keepaspect, self._callback)
# If the code above didn't raise an exception, this method
# will succeed, so now it's safe to modify object state.
self._lock = lock
self._usercallback = callback
self._resized_image = newimage
if callback is None:
self._wait()
if self._errcode != 0:
err = self._errcode
self._errcode = 0
raise SymbianError, (err, "Error resizing image:" +
e32.strerror(err))
t = self._resized_image
self._resized_image = None
return t
def transpose(self, direction, callback=None):
self._wait()
if direction == ROTATE_90 or direction == ROTATE_270:
newsize = (self.size[1], self.size[0])
else:
newsize = self.size
newimage = Image.new(newsize, self.mode)
lock = e32.Ao_lock()
self._image.transpose(newimage, direction, self._callback)
# If the code above didn't raise an exception, this method
# will succeed, so now it's safe to modify object state.
self._lock = lock
self._usercallback = callback
self._resized_image = newimage
if callback is None:
self._wait()
if self._errcode != 0:
err = self._errcode
self._errcode = 0
raise RuntimeError("Error resizing image:" + str(err))
t = self._resized_image
self._resized_image = None
return t
def _callback(self, errcode):
self._errcode = errcode
if self._lock:
self._lock.signal()
self._lock = None
if self._usercallback is not None:
t = self._usercallback
self._usercallback = None
if self._resized_image is not None: # resize in progress
if self._errcode == 0:
newimage = self._resized_image
self._resized_image = None
t(newimage)
else:
t(None)
else:
t(self._errcode)
def _wait(self):
if self._lock:
if self._waiting:
raise RuntimeError("Image object busy.")
self._waiting = 1
self._lock.wait()
self._waiting = 0
def stop(self):
self._image.stop()
if self._lock:
self._errcode = 0
self._lock.signal()
self._lock = None
def fget(self):
return sysinfo.display_pixels()
# -*- coding: utf-8 -*-
#######wap.wapele.cn#######
#######中文名好听########
#######decompile2########
import sysinfo
DATA_PATH = 'C:\\DATA\\2048_profile'
W, H = sysinfo.display_pixels()
portrait = W < H and 1 or 0
def cn(string):
try:
return string.decode('utf-8')
except:
return string
TWIP = 5
TILE = 55
FIELD = 220
STEP = (H / 10)
LX = portrait and 10 or 50
TY = portrait and 55 or 15
RX = LX + FIELD
BY = TY + FIELD
loc = [[[0, 0] for i in range(4)] for i in range(4)]
for i in range(len(loc)):
for j in range(len(loc)):
loc[i][j] = ((i * TILE) + LX, (j * TILE) + TY)
MAX_UNDO_STEPS = 20
# limitations under the License. import sysinfo print "OS: " print sysinfo.os_version() print "SW: " print sysinfo.sw_version() print "IMEI: " print sysinfo.imei() print "Bat: " print sysinfo.battery() print "Net: " print sysinfo.signal() print "Ram: " print sysinfo.total_ram() print "Rom: " print sysinfo.total_rom() print "MaxRamDrive: " print sysinfo.max_ramdrive_size() print "Twips: " print sysinfo.display_twips() print "Pixels: " print sysinfo.display_pixels() print "RamFree: " print sysinfo.free_ram() print "DriveSpace: " print sysinfo.free_drivespace() print "RingType: " print sysinfo.ring_type()
import sysinfo, appuifw, e32
def cn(x):
return x.decode("utf8")
appuifw.app.body = t = appuifw.Text()
t.focus = False
appuifw.app.screen = "full"
t.add(cn("情景模式：") + sysinfo.active_profile())
t.add(cn("\n电量：") + unicode(sysinfo.battery()))
t.add(cn("\n屏幕分辨率：") + unicode(sysinfo.display_pixels()))
t.add(cn("\n剩余空间：\n"))
i = 0
drive = [u"C:", u"D:", u"E:"]
while i < len(drive):
t.add(drive[i] + unicode(sysinfo.free_drivespace()[drive[i]] / 1024) +
u"kb\n")
i += 1
t.add(cn("剩余运存：") + unicode(sysinfo.free_ram() / 1024) + u"kb")
t.add(cn("\nIMEI：") + unicode(sysinfo.imei()))
t.add(cn("\n系统版本：") + unicode(sysinfo.os_version()))
t.add(cn("\n响铃方式：") + unicode(sysinfo.ring_type()))
t.add(cn("\n手机版本：") + unicode(sysinfo.sw_version()))
t.add(cn("\n缓存总大小：") + unicode(sysinfo.total_ram() / 1024) + u"kb")
t.add(cn("\nZ盘总大小：") + unicode(sysinfo.total_rom() / 1024) + u"kb")
t.add(cn("\n信号强度：") + unicode(sysinfo.signal_bars()))
t.add(cn("\n信号强度：") + unicode(sysinfo.signal_dbm()) + u"dbm")
e32.ao_sleep(3)
__version__='0.96' __site__='http://code.google.com/p/still-rainbow' __author__='Serhiy Zagoriya (int_ua)' __copyright__ = "Copyright 2009-2010, Serhiy Zagoriya" __license__ = "GPLv3" __email__ = "*****@*****.**" # todo: i18n, scenario linking to other scenario, bookmark color import appuifw try: import e32,sysinfo,os from graphics import Image except: appuifw.note(u'failed to\n import e32,sysinfo,os,graphics','error') img=Image.new(sysinfo.display_pixels(),'RGB') appuifw.app.screen='full' appuifw.app.orientation='portrait' #home=u'e:\\Python\\sr_files\\' home=os.path.splitdrive(appuifw.app.full_name())[0]+u'\\private\\e6c858ac\\' homecsv=home+u'csv\\' color=[0,255,0] velocity=10 custom_accuracy=24 showing_info=1 running=0 paused=0 color_channel=0 to_white=0
from time import ctime
from graphics import *
import os, string, codecs, inbox
from appuifw import *
from graphics import *
app_lock = e32.Ao_lock()
appuifw.app.screen='full'
# defining the exit handler
def quit():
app_lock.signal()
appuifw.app.exit_key_handler=quit
#define image resolution
img=graphics.Image.new(sysinfo.display_pixels())
img.rectangle(((30,sysinfo.display_pixels()[1]/2-20),(sysinfo.display_pixels()[0]-20,sysinfo.display_pixels()
[1]/2+20)), outline=(0,0,0))
def hr(rect):canvas.blit(img)
canvas=appuifw.Canvas(redraw_callback=hr)
appuifw.app.body=canvas
p=0
img=Image.open("c:\\Data\\X-SMS\\5.jpg")
#Increment the progress bar by 10% every second.
for i in range(5):
img.rectangle(((p,sysinfo.display_pixels()[1]/2-20),(p+(sysinfo.display_pixels()[0]-
def fget(self):
return sysinfo.display_pixels()
import appuifw,e32,audio
from sysinfo import display_pixels
from graphics import*
appuifw.app.screen='full'
im=Image.new(display_pixels())
path='e:\\'
s=audio.Sound.open(path+'Vol.mp3')
def redraw(rect):
c.blit(im)
c=appuifw.Canvas(event_callback=redraw)
appuifw.app.body=c
gbr=['vol.jpg','v_up.jpg','v_dw.jpg']
im1= Image.open(path+gbr[0])
im2=Image.open(path+gbr[1])
im3=Image.open(path+gbr[2])
def graph():
vol=s.current_volume()
im.blit(im1)
im.blit(im2,target=(150,154))
im.blit(im3,target=(150,202))
im.rectangle((145,202-vol*4,165,202),0xff9900,fill=0xff9900)
im.text((165,130),str(vol*10)+u' %',0xff0000)
redraw(())
def up():
# -*- coding: utf-8 -*-
#######wap.wapele.cn#######
#######中文名好听########
#######decompile2########
import msys
msys.send_bg()
import graphics as gr, appuifw as ap, sysinfo
scrshot = gr.screenshot()
cvs = ap.Canvas()
def redraw(rect):
cvs.blit(scrshot)
ap.app.body = cvs = ap.Canvas(redraw_callback=redraw)
ap.app.screen = 'full'
mypath = u"..\\..\\python\\pygame\\2048_maps\\"
splash = gr.Image.open(mypath + 'splash_2.1.png')
x, y = sysinfo.display_pixels()
if x > y:
scrshot.blit(splash, target=(72, 78))
else:
scrshot.blit(splash, target=(32, 117))
msys.send_fg()
import time
import sysinfo
import e32
sys.stdout.write("IMEI: %s\n" % sysinfo.imei())
sys.stdout.write("Battery strength: %s\n" % sysinfo.battery())
sys.stdout.write("Signal strength: %s\n" % sysinfo.signal_bars())
sys.stdout.write("Network signal strength in dBm: %s\n" % sysinfo.signal_dbm())
sys.stdout.write("SW version: %s\n" % sysinfo.sw_version())
sys.stdout.write("Display size:\n")
print(sysinfo.display_pixels())
sys.stdout.write("Current profile: %s\n" % sysinfo.active_profile())
sys.stdout.write("Ringing type: %s\n" % sysinfo.ring_type())
sys.stdout.write("OS version:\n")
print(sysinfo.os_version())
sys.stdout.write("Free/total RAM (MB): %.2f / %.2f\n" % (sysinfo.free_ram()/1024/1024,sysinfo.total_ram()/1024/1024))
sys.stdout.write("Total ROM (MB): %.2f \n" % (sysinfo.total_rom()/1024/1024))
sys.stdout.write("Free disk space C/E (MB): %.2f / %.2f\n" % (sysinfo.free_drivespace()['C:']/1024/1024,sysinfo.free_drivespace()['E:']/1024/1024))
sys.stdout.write("Python version: %s (%s, %s)\n" % (e32.pys60_version,e32.pys60_version_info[0],e32.pys60_version_info[1]))
self.redraw()
def main(self):
global id, psw
can.bind(63498, lambda: self.move_d())
can.bind(63497, lambda: self.move_u())
can.bind(63557, lambda: self.enter())
can.bind(63554, lambda: self.denglu())
can.bind(63555, lambda: self.fan())
self.redraw()
class dl:pass
dl.version="V1.0"
dl.w=display_pixels()[0]#屏宽
dl.h=display_pixels()[1]#屏高
dl.bgcr=(100,200,200)#背景颜色
dl.inputcr=(145,125,238)#输入框颜色
dl.oncr=(255,100,100)#选择框颜色
dl.kjcr=0x995599#控件颜色
dl.pnum=0#手机号登录状态
dl.rempsw=1#记住密码状态
dl.kjzt=0#控件状态
dl.dong=1#移动状态
dl.ping=0
#判断横竖屏
if(display_pixels()==(240,320)):
dl.ping=1#竖屏
elif(display_pixels()==(320,240)):
dl.ping=2#横屏