def load_editor(file_manager=None, file_viewer=ui.View(), frame=(0, 0, 540, 600)): # 575)):
try:
view = ui.load_view("HTMLEditor/__init__")
except ValueError as e:
print "Attempt 1 'HTMLEditor/__init__' failed " + exception_str(e)
try:
view = ui.load_view("__init__")
except ValueError as e:
print "Attempt 2 '__init__' failed " + exception_str(e)
view = ui.Editor()
view.frame = frame
view.set_fv_fm(file_manager, file_viewer)
return view
def load_editor_view(frame=None, load_addons=True):
try:
view = ui.load_view("EditorView/EditorView")
except ValueError as e:
logger.debug("Attempt 1 'EditorView/EditorView' failed")
logger.exception(exception_str(e))
try:
view = ui.load_view("EditorView")
except ValueError as e:
logger.debug("Attempt 2 'EditorView' failed")
logger.exception(exception_str(e))
view = ui.WebView()
if frame:
view.frame = frame
return view
def load_editor(file_manager = None, file_viewer = ui.View(), frame=(0, 0, 540, 575)):
try:
view = ui.load_view("ServerEditor/__init__")
except ValueError as e:
print "Attempt 1 'ServerEditor/__init__' failed"
print e
try:
view = ui.load_view("__init__")
except ValueError as e:
print "Attempt 2 '__init__' failed"
print e
view = ui.Editor()
view.frame = frame
view.set_fv_fm(file_manager, file_viewer)
return view
def quit(self, sender):
def ask_user(sender): #action method for both buttons (yes and no)
PopOverView.view_po.close()
if sender.name == 'yes':
PopOverView.view_main.close()
PopOverView.view_po = ui.load_view('po')
PopOverView.view_po.present('popover',popover_location=(400,400))
def load(cls):
import os, inspect
pyui= os.path.abspath(inspect.getfile(inspect.currentframe()))+'ui'
if cls._lastinstance is None:
cls._lastinstance = ui.load_view(pyui)
return cls._lastinstance
def initView(self,filename=None):
'''setup the View. if filename is omitted, open current file in editor'''
#print os.path.abspath(__file__)
#shname=inspect.getfile(inspect.getouterframes(inspect.currentframe())[-1])
p= os.path.dirname(inspect.stack()[-1][1])
s= os.path.join(p,os.path.splitext(__file__)[0])
e=ui.load_view(s)
# e=ui.load_view(os.path.splitext(__file__)[0])
e['loadbutton'].action=self.edopen
e['savebutton'].action=self.edsave
e['selectbutton'].action=self.edselect
srcname='editarea.html'
w=e['webview1']
w.load_url(os.path.abspath(srcname))
e.present('panel')
if filename is not None:
f=e['filename']
try:
f.text=filename
ui.delay(partial( self.edopen,w), 1)
except:
pass
return e
def prompt_save(self, sender):
"""Prompt the user for the name of a task file."""
self.save_dialog = ui.load_view("dialogs/save_task_file")
self.save_dialog["txt_save_file"].begin_editing()
self.save_dialog["txt_save_file"].delegate = self
self.save_dialog.present("popover", popover_location=(500, 500))
def prompt_modify_task_number(self, sender):
"""Prompt the user for the number of the task to modify."""
self.modify_dialog = ui.load_view("dialogs/modify_task_number")
self.modify_dialog["txt_mod_task_num"].begin_editing()
self.modify_dialog["txt_mod_task_num"].delegate = self
self.modify_dialog.present("popover", popover_location=(500, 500))
def prompt_delete_task(self, sender):
"""Prompt the user to delete a task."""
self.delete_dialog = ui.load_view("dialogs/delete_task")
self.delete_dialog["txt_del_task"].begin_editing()
self.delete_dialog["txt_del_task"].delegate = self
self.delete_dialog.present("popover", popover_location=(500, 500))
def hexview_a_file(self, filename):
self.view_po = ui.load_view('hexview')
self.view_po.name = 'HexViewer: ' + filename
self.view_po.present('full_screen')
self.view_po['btn_search'].action = self.button_action
full_pathname = self.path + '/' + filename
self.view_po['tv_data'].text = hex_view(full_pathname)
def __init__(self, Test = False):
"""
The class initialise function that sets up the view and handles test conditions if requested
Arguments:
Specifics:
"""
global CAMPAIGN_DATA_DIRECTORY
global CAMPAIGN_LOG_SELECTED, CAMPAIGN_ASSETS_SELECTED, CAMPAIGN_NOTES_SELECTED
CAMPAIGN_DATA_DIRECTORY = '/Data/Campaigns/'
try:
strCampaignManagementViewName = 'Campaign Management'
self.vwInterface = ui.load_view(strCampaignManagementViewName)
self.vwInterface.name = strCampaignManagementViewName
self.objCampaignData = clsCampaign.clsCampaign()
self._SelectedLogEntry = -1
self._initialise_campaign_interface()
self._initialise_control_handlers()
self.vwInterface['tblCampaigns'].data_source.items = os.listdir(os.getcwdu() + CAMPAIGN_DATA_DIRECTORY)
if Test:
#self.objCampaignData = initialise_test_data()
#self.objCampaignData.save('xml', CampaignDataDirectory = CAMPAIGN_DATA_DIRECTORY)
pass
except:
pass
def __init__(self):
self.view = ui.load_view('FileManager')
self.root = os.path.expanduser('~')
self.rootlen = len(self.root)
self.path = os.getcwd()
self.path_po = self.path
self.view.name = self.path[self.rootlen:]
self.tableview1 = self.make_tableview1()
self.lst = self.make_lst()
self.lst_po = self.lst
self.filename = ''
self.view['btn_Rename'].action = self.btn_Rename
self.view['btn_Copy'].action = self.btn_Copy
self.view['btn_Move'].action = self.btn_Move
self.view['btn_MakeDir'].action = self.btn_MakeDir
self.view['btn_Delete'].action = self.btn_Delete
self.view['btn_RemoveDir'].action = self.btn_RemoveDir
self.view['btn_OpenIn'].action = self.btn_OpenIn
self.view['btn_Download'].action = self.btn_Download
self.view['btn_Compress'].action = self.btn_Compress
self.view['btn_Extract'].action = self.btn_Extract
self.view['btn_HexView'].action = self.btn_HexView
self.view['btn_GetPic'].action = self.btn_GetPic #from CameraRoll
self.view['btn_Settings'].action = self.btn_Settings
self.view['btn_Help'].action = self.btn_Help
self.view.present('full_screen')
def __init__(self):
self.view_names = ['switchview1', 'SwitchViews']
self.view_index = -1
self.view_array = []
# load and hide views
for i in range(len(self.view_names)):
self.view_index += 1
self.view_array.append(ui.load_view(self.view_names[self.view_index]))
self.add_subview(self.view_array[self.view_index])
self.view_array[self.view_index].hidden = True
# initialize some actions
self.view_array[0]['btn_Okay'].action = self.all_action
self.view_array[0]['btn_Cancel'].action = self.all_action
self.view_array[1]['button1'].action = self.all_action
# show empty white view
self.background_color = 'white'
back.action = self.bt_back
forward.action = self.bt_forward
self.left_button_items = [space, back]
self.right_button_items = [space, space, forward]
self.present()
# show view 'SwitchViews'
self.switch_views()
def showsidebar():
"""show the sidebar. """
import ui
v=ui.load_view('editmenu')
uncom = v['uncomment']
uncom.transform = ui.Transform.rotation(pi)
v.present('sidebar')
def create_cell_contents(self):
cust_cell = ui.load_view('mycell1')
self.add_subview(cust_cell)
cust_cell['lb'].text = str(time.time())
cust_cell['img1'].image = rand_image()
cust_cell['img2'].image = rand_image()
def load_console(frame=(0, 0, 540, 575), load_addons=True):
try:
view = ui.load_view("EditorView/EditorViewConsole")
except ValueError as e:
logger.error("Attempt 1 'EditorView/EditorViewConsole' failed")
logger.exception(exception_str(e))
try:
view = ui.load_view("EditorViewConsole")
except ValueError as e:
logger.error("Attempt 2 'EditorViewConsole' failed")
logger.exception(exception_str(e))
view = WebViewConsole()
logger.debug("Setting Frame")
view.frame = frame
logger.debug("Done")
return view
def __init__(self):
self.view = ui.load_view('SpecialButton')
self.view.present('fullscreen')
self.label = ui.Label(frame=(120,100,100,100))
self.btn = MyButtonClass(self.label)
self.view.add_subview(self.btn) #watch the order, first button and then the label
self.view.add_subview(self.label)
def __init__(self):
view = ui.load_view()
# Set announce duration to a default of once per every 15 minutes.
#view['rootview']['announceFreqTextfield'].text = '15'
#view['rootview']['announceFreqSlider'].value = .25 # every 1/4 hour.
# cache away the current location (if location services on for Pythonista)
self.locationString = self.createCurrentLocationString()
if traceFlag: print 'location string in __init__ is ->>' + self.locationString
webview = view['rootview']['webview']
# Place the analog clock in a location that is sensible for a "gadget"
# and disable touch or multitouch gestures to prevent unwannted resizing
# or movement to the underlying clock itself which has no need to do so.
webview.height = 20
webview.width = 10
webview.frame= 15,25,120,125
webview.multitouch_enabled = False
webview.touch_enabled = False
if traceFlag: print 'Presenting view now.'
view.present('sidebar')
if traceFlag: print 'Loading html with embedded svg now.'
webview.load_html(svgInHtml)
def showPopupButton(title, handler, yPos):
v = ui.load_view('popoverButton')
v['button'].title = title
v['button'].action = handler
xPos = 990
yPos = yPos + 75
v.height = 6
v.present('popover', popover_location=(xPos,yPos), hide_title_bar=True)
def prompt_add(self, sender):
"""Prompt the user to add a task."""
self.add_dialog = ui.load_view("dialogs/add_task")
self.add_dialog["button_save"].enabled = False
self.add_dialog["txt_add_task"].delegate = self
self.add_dialog["txt_add_task"].begin_editing()
self.add_dialog.present("popover", popover_location=(500, 500))
def setup(self):
"""
This extracts saved (persistence) data from pickle files.
Then it creates all the different Views ready to be called.
And then it creates the initial user interface.
"""
# IMPLEMENT PERSISTANCE
# Open saved file and extract Group objects.
# THIS MUST BE CALLED BEFORE THE TABLE ITEMS ARE EXTRACTED!!
# File path is hard coded for iOS version).
# This creates a 'generator'.
saved_items = self.read_file('ios_persistance.pkl')
# Iterate through saved_items generator and add the contents to the
# groups_list.
for item in saved_items:
self.groups_list.append(item)
# Do the same for Settings
# This is a slight duplicate of code but self.read_file didn't quite work.
if os.path.isfile('settings.pkl'):
with open('settings.pkl', 'rb') as output:
self.settings = pickle.load(output)
# SETUP ROOT VIEW (Groups)
self.root_view = ui.View()
self.root_view.name = 'Groups'
self.root_view.background_color = 'white'
self.root_table = ui.TableView()
self.root_table.flex = 'WH'
# Define content items list
table_items = []
# Extract items from groups_list
for group in self.groups_list:
group_name = group.get_name()
table_items.append({
'title': group_name,
'accessory_type': 'detail_disclosure_button'})
self.groups_listsource = ui.ListDataSource(table_items)
self.root_table.data_source = self.groups_listsource
self.root_table.delegate = self.groups_listsource
self.groups_listsource.action = self.group_list_action
self.groups_listsource.edit_action = self.groups_edit_action
self.groups_listsource.accessory_action = self.group_accessory_action
self.root_view.add_subview(self.root_table)
# SETUP PEOPLE VIEW
self.people_pushed_view = ui.load_view('people_view')
self.people_table = self.people_pushed_view['tableview1']
# IMPLEMENT UI
# Create button objects with the format
edit_group_btn = ui.ButtonItem('Settings', None, self.groups_btn_action)
add_group_btn = ui.ButtonItem('Add', None, self.groups_btn_action)
# Apply buttons to view
self.root_view.left_button_items = [edit_group_btn]
self.root_view.right_button_items = [add_group_btn]
# Create and present NavigationView
nav_view = ui.NavigationView(self.root_view)
nav_view.present()
def btn_Move(self, sender):
self.view_po = ui.load_view('browse')
self.view_po.name = self.path_po[self.rootlen:]
self.view_po.present('popover',popover_location=(self.view.width/2,self.view.height/2))
self.view_po['btn_Okay'].action = self.btn_Move_Okay
self.view_po['btn_Cancel'].action = self.btn_Cancel
self.path_po = self.path
self.make_lst_po()
self.view_po['tableview1'].reload()
def bt_local_mkdir(self, sender):
self.view_po = ui.load_view('popover')
self.view_po.name = 'Make Directory'
self.view_po['lb_old_name'].hidden = True
self.view_po['lb_on'].hidden = True
self.view_po.present('popover',popover_location=(self.view.width/2,self.view.height/2))
self.view_po['lb_nn'].text = 'New Dir:'
self.view_po['bt_cancel'].action = self.bt_cancel
self.view_po['bt_okay'].action = self.bt_local_mkdir_okay
def __init__(self):
self.view = ui.load_view('view_lock.pyui')
self.passphrase = 'passphrase'
self.allowed_tries = 8
self.tries_left = 8
self.reset_timeout_start = 30
self.timeout_start = 30
self.timeout_multiplier = 2
self.unlock_callback = None
def __init__(self):
self.view = ui.load_view('check_wrangler')
self.view.present('fullscreen')
self.view.name = 'ShowTableView'
self.currentQuery = ""
self.myQueue = Queue.Queue() # http://lonelycode.com/2011/02/04/python-threading-and-queues-and-why-its-awesome/
atexit.register(self.exit_handler)
self.view['webview1'].load_url('http://google.com')
self.check_for_new(None)
def run():
global root
global ctrl
global out
root = ui.load_view()
ctrl = root["ctrl"]
out = root["out"]
ctrl.delegate = KBControlDelegate()
root.present("sheet")
def btn_Rename(self, sender):
self.view_po = ui.load_view('popover')
self.view_po.name = 'Rename'
self.view_po.present('popover',popover_location=(self.view.width/2,self.view.height/2))
self.view_po['label1'].text = 'Old Name:'
self.view_po['label2'].text = 'New Name:'
self.view_po['label3'].text = self.filename
self.view_po['textfield1'].text = self.filename
self.view_po['btn_Okay'].action = self.btn_Rename_Okay
self.view_po['btn_Cancel'].action = self.btn_Cancel
def bt_local_rename(self, sender):
pos = self.localFile.rfind('/')
self.fileName = self.localFile[pos+1:]
self.view_po = ui.load_view('popover')
self.view_po.name = 'Rename'
self.view_po.present('popover',popover_location=(self.view.width/2,self.view.height/2))
self.view_po['lb_old_name'].text = self.fileName
self.view_po['tf_new_name'].text = self.fileName
self.view_po['bt_okay'].action = self.bt_local_rename_okay
self.view_po['bt_cancel'].action = self.bt_cancel
def showPopupInputAlert(title, handler, text, yPos):
v = ui.load_view('popoverInputAlert')
v['label'].text = title
v['buttonOK'].action = handler
xPos = 990
yPos = yPos + 84
v['textfield'].text = text
v['textfield'].begin_editing()
v.height = 90
v.present('popover', popover_location=(xPos,yPos), hide_title_bar=True)
def btn_MakeDir(self, sender):
self.view_po = ui.load_view('popover')
self.view_po.name = 'Delete'
self.view_po.present('popover',popover_location=(self.view.width/2,self.view.height/2))
self.view_po['label1'].hidden = True
self.view_po['label2'].text = 'New Dir:'
self.view_po['label3'].hidden = True
self.view_po['textfield1'].text = ''
self.view_po['btn_Okay'].action = self.btn_MakeDir_Okay
self.view_po['btn_Cancel'].action = self.btn_Cancel
def mpv(url='', page=0):
view = ui.load_view(pyui_path='gui/mpv.pyui')
view.xdid_load(url, page=page)
view.present('fullscreen', hide_title_bar=True, animated=False)
ctxId=ch,
color=(ch, 0.00, 1.00),
name='%s' % get_func(ch + 1)[0])
else:
logger.debug('no curv for ch:%s' % ch)
grph.draw(autoscale=True, ctxId=ch)
else:
logger.debug('no chart result')
##****** main ******##
logger = tls.get_logger(__file__, logging.DEBUG)
actPage = None
vseti = ui.load_view('uiSettings.pyui')
vrslt = ui.load_view('uiResults.pyui')
vchart = ui.load_view('uiChart.pyui')
vmain = ui.load_view()
show_page(0, (vseti, vrslt, vchart))
if min(ui.get_screen_size()) >= 768: # iPad
vmain.frame = (0, 0, 500, 600)
vmain.present('sheet')
else: # iPhone
vmain.present(orientations=['portrait'])
time.sleep(60)
logger.warning('bye')
self.set_url()
self['controlpanel']['reload'].hidden = True
def textfield_did_end_editing(self, textfield):
self.addressbar_is_editing = False
self['controlpanel']['reload'].hidden = False
self.set_url()
def textfield_should_return(self, textfield):
url = self['controlpanel']['addressbar'].text
self.load_url(url)
textfield.end_editing()
return True
def webview_did_start_load(self, webview):
self.webpage_has_loaded = False
def webview_did_finish_load(self, webview):
if not self.addressbar_is_editing:
self.set_url()
self.webpage_has_loaded = True
page_is_bookmarked = unicode(self.get_url()) in self.bookmarks.values()
self['controlpanel']['favourite'].image = self.favourite_images[
page_is_bookmarked]
self.save_history()
view = 'ipad' if ui.get_screen_size()[0] >= 768 else 'iphone'
browser = ui.load_view(view)
browser.present(hide_title_bar=True, style='panel')
def button1Click(sender):
v = ui.load_view('testecris')
v.present('sheet')
def showViewWithData(model): v=__setupUi(ui.load_view(),model) return v
sender.title = "V-Xing!"
global_prevValues["xButton_prevBkGrnd_color"] = sender.background_color
sender.background_color = "#2bacff"
else:
sender.title = "VX"
sender.background_color = global_prevValues["xButton_prevBkGrnd_color"]
def listButton_tapped(sender):
# List the wave files in the various directories that are available.
playClickSound()
if sender.name == "listOriginalButton" :
v['recordingsView'].text = originalVoices()
elif sender.name == "listVoicesButton" :
v['recordingsView'].text = voices2Emulate()
else :
v['recordingsView'].text = XformedVoices()
v = ui.load_view('VXgui.pyui')
#v['xButton'].font = ("Times New Roman", 50)
v.name = 'Voice X-former' # program title
v.background_color = "#e0e0e0" #(0.0, 1.0, 0.0, 1.0) # (r, g, b, alpha)
v.present('fullscreen')
with open('Files/main_text.txt', 'r') as infile:
main['view1']['textview1'].text = infile.read()
main['textview1']
def create_r_buttonItems(*buttons):
items = []
for b in buttons:
b = ui.ButtonItem(b)
b.tint_color = 'white'
items.append(b)
return items
# Setup
welcome = ui.load_view('Views/welcome')
main = ui.load_view('Views/main')
im_view = welcome['imageview1']
im_view.image = ui.Image().named('Images/logo.PNG')
sheet = ui.load_view('Views/sheet')
sheet.tint_color = 'white'
with open('Files/agenda.txt', 'r') as infile:
sheet['textview1'].text = infile.read()
sheet.right_button_items = create_r_buttonItems('>')
welcome.present(hide_title_bar=True)
btn = welcome['button1']
btn.action = show_sheet
sheet.right_button_items[0].action = open_main
# All code above this line is pretty much all that was needed to make this GUI function. This code is intentionally long-winded for clarity.
def __init__(self):
self.view = ui.load_view('ShowTableView')
self.view.present('fullscreen')
self.view.name = 'ShowTableView'
self.bt_empty_action(None)
# coding: utf-8
# https://forum.omz-software.com/topic/3520/gives-an-error-at-the-line-that-i-marked
import ui
import appex
import Image
v = ui.load_view()
#img = appex.get_image()
#if img:
#v["image"].image = ui.Image(str(img)) #Error occurs here, it says IOError couldn't display image or something like that
img_data = appex.get_image_data()
if img_data:
v['image'].image = ui.Image.from_data(img_data)
# ...
v.present('sheet')
if not img:
v.close()
spell = self.magic.do_magic(mybytes, self.iter)
self.txv_spell.text = spell
else:
self.txv_spell.text = ''
def btn_secret_push(self, sender):
tmpsecret = self.secret
if tmpsecret is None:
tmpsecret = ''
tmpsecret = dialogs.text_dialog(
title='Set secret',
text=tmpsecret,
autocorrection=False,
autocapitalization=ui.AUTOCAPITALIZE_NONE,
spellchecking=False)
if tmpsecret is None:
return
tmpsecret = tmpsecret.strip()
if tmpsecret:
keychain.set_password(appname, appname, tmpsecret)
self.secret = tmpsecret
self.activate_button()
else:
keychain.delete_password(appname, appname)
self.secret = None
self.deactivate_button()
gui = ui.load_view(appname)
gui.mypresent()
#Escape HTML
def format_text(text):
text = text.replace('"', '"', 15)
text = text.replace('&', '&', 15)
text = text.replace(''', '', 15)
text = text.replace('°', '°')
text = text.replace('ë', 'ë')
text = text.replace('ü', 'ü')
text = text.replace('É', 'É')
text = text.replace('é', 'é')
text = text.replace('ó', 'ó')
text = text.replace('²', '²')
return text
v = ui.load_view('Trivia')
v.present('sheet')
def askQuestion():
global v
v['questionBox'].text = question
v['optionA'].text = options[0]
v['optionB'].text = options[1]
v['optionC'].text = options[2]
v['optionD'].text = options[3]
#Download JSON data
url = 'https://www.opentdb.com/api.php?amount=10&type=multiple'
def tableview_can_delete(self, tableview, section, row):
return False
def tableview_can_move(self, tableview, section, row):
return False
def tableview_delete(self, tableview, section, row):
pass
def tableview_move_row(self, tableview, from_section, from_row, to_section,
to_row):
pass
v = ui.load_view('Garfield')
views = v['scrollview1'].subviews
image_view = views[0]
prev_button = views[1]
next_button = views[2]
share_button = views[3]
date_label = views[4]
table_view = views[5]
image_view.content_mode = ui.CONTENT_SCALE_ASPECT_FIT
table_view.delegate = TableViewDelegate()
indicator = ui.ActivityIndicator()
indicator.style = ui.ACTIVITY_INDICATOR_STYLE_WHITE_LARGE
indicator.background_color = (0.0, 0.0, 0.0, 0.5)
indicator.x = (ui.get_screen_size()[0] - 60) / 2
console.hud_alert("認識できませんでした。", "error", 0.3)
def run_search():
v['imageview1'].image = ui.Image('./src/logo.png')
now = datetime.datetime.now()
strnow = now.strftime('%H:%M:%S')
v['nowtime'].text = strnow
uitime = v['datepicker'].date
minutes = uitime.strftime('%M')
iminutes = int(minutes)
if 0 < iminutes < 30:
v['datepicker'].date = v['datepicker'].date + datetime.timedelta(
minutes=30 - iminutes)
elif 30 < iminutes < 60:
v['datepicker'].date = v['datepicker'].date + datetime.timedelta(
minutes=60 - iminutes)
if keyboard.is_keyboard() == True:
keyboard.set_view(v)
else:
v.present('sheet')
strp = platform.platform()
if strp.count("iPhone") > 0:
v = ui.load_view('./src/searchg_iphone.pyui')
else:
v = ui.load_view('./src/searchg.pyui')
sys.exit('Camera roll is empty.')
# Where any photos selected?
try:
count = len(assets)
except TypeError:
sys.exit('No photos selected.')
# Default pic sizes
fifty = False
custom = False
none = False
ok = False
# Load pyui files
v = ui.load_view('PhotosToDropbox')
v2 = ui.load_view('PhotosToScale')
meta = v['toggle_meta']
geo = v['toggle_geotag']
# Display ui locked in portrait orientation and wait till user makes choices or quits.
v.present(orientations = ['portrait'])
v.wait_modal()
# Get user option choices for keeping metadata and geo_tagging photos
meta = meta.value
geo = geo.value
dest_dir = v['photo_dir'].text
# Go with default if textbox is blank
b = v['slider3'].value
# Create the new color from the slider values:
v['view1'].background_color = (r, g, b)
v['label1'].text = '#%.02X%.02X%.02X' % (int(r * 255), int(
g * 255), int(b * 255))
def copy_action(sender):
clipboard.set(sender.superview['label1'].text)
hud_alert('Copied')
def shuffle_action(sender):
v = sender.superview
s1 = v['slider1']
s2 = v['slider2']
s3 = v['slider3']
s1.value = random()
s2.value = random()
s3.value = random()
slider_action(s1)
v = ui.load_view('ColorMixer')
slider_action(v['slider1'])
if ui.get_screen_size()[1] >= 768:
# iPad
v.present('sheet')
else:
# iPhone
v.present()
def close(sender):
window.close()
views = [
None, 'iPad_infoPage', 'iPhone_list', 'ipad_codeEditor', 'iPad_envelopes'
]
item = 4
#images
a = ui.Image().named('iob:ios7_contact_outline_256')
x = ui.Image().named('iob:ios7_close_256')
person = ui.Image.named('iob:ios7_people_256')
envelope = ui.Image().named('iob:email_256')
window = ui.load_view(views[item])
#iPhone_list
try:
scroll = window['scrollview']
for x in scroll.subviews:
x['imageview1'].image = a
except:
None
window.present(hide_title_bar=True, orientations=['portrait'])
#ui.View now supports setting arbitrary attributes, so you don't have to subclass in order to attach some auxiliary data to a view (or any subclass of ui.View). Note that this might hide bugs/typos in your code because something like my_view.fame = ... (instead of my_view.frame) no longer throws an exception (but this is consistent with the way most objects in Python work).
#The UI editor now supports setting custom attributes for views. You can use this to attach arbitrary data to a view or to set built-in attributes that aren't supported directly in the UI editor's inspector (e.g. ui.TextField.keyboard_type).
import ui
def button1Click(sender):
v = ui.load_view('testecris')
v.present('sheet')
v = ui.load_view('mainmenu')
v.present('sheet')
# coding: utf-8
# https://forum.omz-software.com/topic/1338/reminders-list-index-out-of-range/14
import dialogs
import reminders
import ui
v = ui.load_view('reminders')
reminders_table = v['reminders']
def picked(sender):
item = sender.items[sender.selected_row]
r = item['reminder']
r.completed = True
r.save()
del sender.items[sender.selected_row]
def grabbed():
global todo_items, completed_items
todo = reminders.get_reminders(completed=False)
todo_items = [{'title': r.title, 'reminder': r} for r in todo]
done = reminders.get_reminders(completed=True)
completed_items = [{'title': r.title, 'reminder': r} for r in done]
reminders_table.data_source = ui.ListDataSource(items=todo_items)
reminders_table.data_source.action = picked
reminders_table.reload()
def button_action(sender):
if segment.selected_index == 0:
reminders_table.data_source = ui.ListDataSource(items=todo_items)
# coding: utf-8
import ui
view = ui.load_view('segmented-control')
def button_action(sender):
if button1.selected_index == 0:
view['text_label'].text = 'Hello'
elif button1.selected_index == 1:
view['text_label'].text = 'World'
button1 = view['segmentedcontrol1']
button1.action = button_action
view.present('sheet')
def pick_your_weather():
city_typed_in = st = zcode = ''
lat = lon = 0
lst = []
global btn_weather, btn_type, city_picked, city_st, err, item
btn_weather = btn_type = city_picked = False
city_st = err = item = ''
def get_city_list(filename='cities.txt'):
try:
with open(filename) as f:
# Read each line and store in list
cities = [row for row in csv.reader(f)]
return cities
except IOError as e:
err = 'IOError in city_list(): {}'.format(e)
console.hud_alert('{}'.format(e), 'error')
sys.exit(err)
if not cities:
err = 'No cities found in {}'.format(filename)
console.hud_alert(err, 'error')
sys.exit(err)
def get_current_lat_lon():
# Retrieve lat & lon from current locale
location.start_updates()
# Delay sometimes improves accuracy
#time.sleep(1)
address_dict = location.get_location()
location.stop_updates()
return address_dict['latitude'], address_dict['longitude']
# 'From Where You Are' button tapped
def btn_weather_tapped(sender):
global btn_weather
btn_weather = True
v.close()
# City in list was tapped
def item_selected(sender):
global city_picked
city_picked = True
v.close()
# Delete slider in TableView cell for a city in list was tapped
def item_delete(sender):
global item
# Thanks to @Phuket2 for help and direction on capturing a delete event in a tableview
removed = [x for x in items if x not in sender.items]
if len(removed) == 1:
item = removed[0]
#print 'Item {} removed'.format(item)
items.remove(item)
console.hud_alert('Removing {} from list of cities.'.format(item))
item = '{},{}'.format(item[:item.find(',').strip()],
item[item.find(',') + 1:].strip())
update_city_list('remove', item)
console.hud_alert('Done')
else:
print 'Something wtong, more than 1 removed item'
# 'From A City You Can Add To List' button was tapped
def btn_type_tapped(sender):
global btn_type, city_st, err
try:
city_st = dialogs.input_alert('Enter A City, ST:')
if city_st:
if not ',' in city_st:
err = 'Formatting error'
city_st = ''
pass
elif len(city_st.strip()) < 4:
err = 'Unlikely city name.'
city_st = ''
pass
else:
btn_type = True
v.close()
pass
else:
err = 'Nothing Entered'
if err:
console.hud_alert(err, 'error')
err = ''
pass
except KeyboardInterrupt:
pass
# Create a list for TableView data source
cities = get_city_list()
for city in cities:
# Append city name and state or country to list
lst.append('{}, {}'.format(city[0], city[1]))
# Quick and dirty list dialog with limited options
#x = dialogs.list_dialog(title = 'Pick Your Desired City:', items = lst)
items = lst
data_source = ui.ListDataSource(items)
data_source.delete_enabled = True
data_source.edit_action = item_delete
data_source.action = item_selected
# Load pypi file and reference objects in form
v = ui.load_view('WeatherAnywhere')
v.background_color = 'orange'
tv = v['tv']
tv.data_source = data_source
tv.delegate = data_source
#button_go = v['btn_go']
#button_go.delegate = ui.Button(button_go)
#city_st = v['txt_city']
#city_st.delegate = ui.TextView(city_st).text
v.present()
v.wait_modal()
# Returns a tuple of selected cell's section & row in tableview
row = tv.selected_row
# 'From Where You Are' button tapped
if btn_weather:
console.hud_alert('Gathering weather data from where you are...',
'success', 1)
# Get lat & lon of where you are
lat, lon = get_current_lat_lon()
# A city and state was typed in
if len(city_st) != 0:
city_st = city_st.split(',')
city_typed_in = city_st[0].replace(' ', '%20').strip()
st = city_st[1].strip()
console.hud_alert(
'Gathering weather data for {}, {}'.format(city_st[0].title(),
st.upper()), 'success',
1)
# Picked a city from list
if city_picked:
the_city, st, zcode = cities[row[1]]
if zcode:
console.hud_alert(
'Gathering weather data for {}, {}'.format(the_city, st),
'success', .50)
if len(err) == 0:
# If 'X' on form tapped
if not btn_weather and not btn_type and not city_picked:
err = 'Script Cancelled.'
exit(err)
return lat, lon, city_typed_in, st, zcode
try:
result = str(math.log(num(labelmain.text),
num(labelbase.text)))
labelmain.text = result
except ValueError:
try:
result = str(math.log(num(labelmain.text), 10))
labelmain.text = result
except Exception as error:
labelmain.text = str(error)
print(error)
shows_result = True
elif t != '=':
shows_result = False
def copy_action(sender):
'@type sender: ui.Button'
clipboard.set(sender.superview['labelmain'].text)
hud_alert('Copied')
v = ui.load_view('Log Calculator')
if ui.get_screen_size()[1] >= 768:
# iPad
v.present('sheet')
else:
# iPhone
v.present(orientations=['portrait'])
elif line == 3:
text3 += sender.name.upper()
elif line == 4:
text4 += sender.name.upper()
else:
if line == 1:
text1 += sender.name
elif line == 2:
text2 += sender.name
elif line == 3:
text3 += sender.name
elif line == 4:
text4 += sender.name
v = ui.load_view('Keyboard (UI)')
v.present(orientations=['portrait'])
while True:
textlabel1 = v['text1']
textlabel2 = v['text2']
textlabel3 = v['text3']
textlabel4 = v['text4']
if line == 1:
textlabel1.text = text1 + '|'
textlabel2.text = text2
textlabel3.text = text3
textlabel4.text = text4
elif line == 2:
textlabel2.text = text2 + '|'
textlabel1.text = text1
sender.superview[BUTTON_RIGHT_NAME].enabled = False
sender.superview[BUTTON_ERROR_NAME].enabled = False
word = sender.superview.recite.pickone()
if word is None:
sender.superview.close()
else:
label_word.text = word.word
textview_meaning.text = ''
sender.superview[LABEL_RECITED_CNT_NAME].text = str(sender.superview.recite.current_index+1)
sender.superview[LABEL_ERR_CNT_NAME].text = str(sender.superview.recite.error_cnt())
if sender.superview.auto_speech:
speech.say(word.word, 'en-US')
if __name__ == '__main__':
menu = ui.load_view('Menu')
menu.present(orientations=['portrait'], hide_title_bar=True)
menu.wait_modal()
if menu.start2recite:
v = ui.load_view('Test')
err_times_threshold = 0
max_reciting = 100
try:
err_times_threshold = int(menu[TEXTFIELD_ERR_TIMES_THRESHOLD].text)
max_reciting = int(menu[TEXTFIELD_MAX_RECITING].text)
except ValueError as err:
print('Can not convert to int' + str(err))
v.filter(menu[SEGMENTEDCONTROL_ORDER].selected_index, max_reciting, err_times_threshold)
if menu[SWITCH_SHUFFLE].value == True:
v.shuffle()
v.auto_speech = menu[SWITCH_SPEECH].value
# Created for: ICS3U
# This program displays the school name and their mascot
import ui
def mother_teresa_touch_up_inside(sender):
# displays the school and mascot for MT
view['school_name_label'].text = 'Mother Teresa HS'
view['mascot_label'].text = 'Titans'
def st_joe_touch_up_inside(sender):
# displays the school and mascot for St. Joe
view['school_name_label'].text = 'St. Joe HS'
view['mascot_label'].text = 'Jaguars'
def st_mark_touch_up_inside(sender):
# displays the school and mascot for St. Mark
view['school_name_label'].text = 'St. Mark HS'
view['mascot_label'].text = 'Lions'
view = ui.load_view()
view.present('full_screen')
import ui
view = ui.load_view()
view.present('sheet')
self_objc.addSubview_(sceneview)
cvc.didMoveToParentViewController_(self_objc)
def will_close(self):
print('----close----')
os._exit(0)
my_view = MyView(background_color=(0, .3, 0, 1))
my_view.present(
'full_screen',
hide_title_bar=0,
)
my_view.initialize()
seek_bar_view = ui.load_view('seek_bar')
my_view.add_subview(seek_bar_view)
seek_bar = seek_bar_view['seek_bar']
current_time = seek_bar_view['current_time']
button = seek_bar_view['button']
play_flg = True
max_time = 10
s_time = renderer.s_time
def seek_action(*_):
global s_time, play_flg
play_flg = False
button.image = ui.Image.named('iob:play_256')
if seek_bar.value is not None:
if password:
options_view['password'].text = password
options_view.present('sheet')
def cancel_options(sender):
options_view.close()
def save_options(sender):
options = {}
options['username'] = options_view['username'].text
options['search_base'] = options_view['search_base'].text
options['server'] = options_view['server'].text
with open(options_path, 'w') as options_file:
json.dump(options, options_file)
keychain.set_password(keychain_service,
options['username'],
options_view['password'].text)
options_view.close()
def load_options():
if os.path.exists(options_path):
with open(options_path) as options_file:
options = json.load(options_file)
else:
options = {}
return options
options_view = ui.load_view('options.pyui')
v = ui.load_view()
v.present('sheet')
computer_wins = 0
rounds = 0
def perform_guessing(number):
player_guess = int(v['player_guess'].text)
computer_guess = random.randint(MINIMUM, MAXIMUM)
v['comp_guess'].text = str(computer_guess)
v['the_number'].text = str(number)
player_score = abs(player_guess - number)
computer_score = abs(computer_guess - number)
return player_score < computer_score
def guess(sender):
v['label3'].text = 'The number was'
global rounds, player_wins, computer_wins
rounds += 1
if perform_guessing(random.randint(MINIMUM, MAXIMUM)):
player_wins += 1
v['outcome'].text = 'Player Wins!'
v['outcome'].text_color = 0.00, 0.50, 0.00
else:
computer_wins += 1
v['outcome'].text = 'Computer Wins!'
v['outcome'].text_color = 1.00, 0.00, 0.00
v['comp_wins'].text = str(computer_wins)
v['player_wins'].text = str(player_wins)
v = ui.load_view('guessing')
v['textview1'].text = str('Welcome to the guessing game! A number will be randomly chosen from %i to %i. The player will make a guess, and then the computer will guess. Whoever is closest wins that round!') % (MINIMUM, MAXIMUM)
v.present('sheet')
# coding: utf-8
import ui
#M
# Create the data/model
data = ['a', 45, True, 3.17]
# This data should be defined elsewhere and not here in the controller code. Perhaps it can be stored in JSON format.
# If this data were in a dictionary, it would more object-like and this is why models are usually classes.
# Even so, the model isn't the data, but perhaps a class that gets or manipulates the data. A model is more of an object, thus the name 'model' makes more sense now.
#V
# Get the views/user interface
root_view = ui.load_view('root_view')
view1 = root_view['view1']
view2 = root_view['view2']
tableview = view2['tableview1']
#C
# Connect the model to the view
tableview.data_source = ui.ListDataSource(data)
# The above code should be the only code in this controller as it is the logic that connects the model to the view(s).
# Now let's present it
root_view.present()
# Now the idea of a splitView controller makes sense. It just contols two views instead of one and handles how data gets exchanged between them. You would have two root views, one that is a masterview, and another that is a detail view.
# However, the master and detail are not exactly views only, but viewcontrollers thenselves. In the case of pythonista, they would be python files with attatched views. So, these scripts could be impoorted into the splitViewController script.
modes = {
'Lydian': [0, 2, 4, 6, 7, 9, 11],
'Ionian': [0, 2, 4, 5, 7, 9, 11],
'Mixolydian': [0, 2, 4, 5, 7, 9, 10],
'Dorian': [0, 2, 3, 5, 7, 9, 10],
'Aeolian': [0, 2, 3, 5, 7, 8, 10],
'Phrygian': [0, 1, 3, 5, 7, 8, 10],
# 'Locrian':[0, 1, 3, 5, 6, 8, 10]
}
datab = sqlite3.connect('Data.sqlite')
data = datab.execute(SELECT).fetchone()
ratio = value = [0, 0]
correct = None
timer = 0
view = ui.load_view('Scale Degrees.pyui')
nav = ui.NavigationView(view)
options = view['options']
main = view['main']
results = view['results']['results1']
timer_label = options['timer']['timer1']
timer_slider = options['timer']['timer2']
question_label = options['question']['question1']
question_slider = options['question']['question2']
attempts = options['attempts']['attempts2']
setup()
paragraphs = []
for i in xrange(value2):
p = fake.paragraph(nb_sentences=value1, variable_nb_sentences=True)
paragraphs.append(p)
text = '\n\n'.join(paragraphs)
textview.text = text
def copy_action(sender):
clipboard.set(sender.superview['textview1'].text)
console.hud_alert('Copied')
def insert_action(sender):
text = sender.superview['textview1'].text
start, end = editor.get_selection()
editor.replace_text(start, end, text)
if not platform.machine().startswith('iPad'):
view.close()
def randomize_action(sender):
global seed
seed = random.randint(0, 9999)
slider_changed(sender)
view = ui.load_view('lorem')
view.present('popover')
slider_changed(view['slider1'])
