from tkintertoy import Window
gui = Window()
gui.setTitle('Create a Map')
csv = [('CSV files', ('*.csv'))]
gui.addOpen('input', 'Input CSV filename', width=40, filetypes=csv)
png = [('PNG files', ('*.png'))]
gui.addSaveAs('output', 'Output PNG filename', width=40, filetypes=png)
gui.addEntry('title', 'Map Title', width=40)
gui.addText('status', width=40, height=5, prompt='Status:')
gui.addButton('commands')
gui.plot('input', row=0, pady=10)
gui.plot('output', row=1, pady=10)
gui.plot('title', row=2, pady=10)
gui.plot('status', row=3, pady=10)
gui.plot('commands', row=4, pady=20)
gui.waitforUser()
if gui.content:
message = 'Converting {} into {}...\n'.format(gui.get('input'), gui.get('output'))
gui.set('status', message)
gui.master.after(5000)
# magic map making code goes here...
gui.cancel()
import pygsheets
from tkintertoy import Window
import smtplib
import email
#Connect to server
server = smtplib.SMTP('smtp.outlook.com:587')
server.starttls()
#Set up GUI
gui = Window()
gui.setTitle('Pick two ports for your NP class!')
gui.addEntry('stu_no', 'Type in your student number',width=35)
gui.addEntry('pass', 'Type in your student account\'s password',width=35, show="*")
gui.addEntry('port_1', 'Pick port 1',width=35)
gui.addEntry('port_2', 'Pick port 2',width=35)
gui.addLabel('message', '',width=35, effects='bold', padding=5, foreground='red')
gui.addButton('commands')
gui.plot('stu_no', row=0, pady=10)
gui.plot('pass', row=1, pady=10)
gui.plot('port_1', row=2, pady=10)
gui.plot('port_2', row=3, pady=10)
gui.plot('message', row=4, pady=10)
gui.plot('commands', row=5, pady=10)
#spreadsheet information
SPREADSHEET_ID = "1mn93Hl0zT7Cb2YaPryj523IQEzelVa1HWLrR3ZxrJRU" # <Your spreadsheet ID>
RANGE_NAME = "data" # <Your worksheet name>
#setup google spreadsheet
gc = pygsheets.authorize(service_file='creds.json')
from tkintertoy import Window
gui = Window()
gui.setTitle('My First Tkintertoy GUI!')
gui.addEntry('name', 'Type in your name')
gui.addLabel('welcome', 'Welcome message')
gui.addButton('commands')
gui.plot('name', row=0)
gui.plot('welcome', row=1)
gui.plot('commands', row=2, pady=10)
while True:
gui.waitforUser()
if gui.content:
gui.set('welcome', 'Welcome ' + gui.get('name'))
else:
break
class Gui(object):
def __init__(self):
# read configuration file
self.config = configparser.ConfigParser()
self.config.read('config_parameters.ini')
# write gui
self.gui = Window()
self.gui.setTitle('Export ScanInfo to Gsheet')
self.gui.addChooseDir('dir_date',
'Scan Date Folder',
width=40,
initialdir='')
self.gui.addEntry('para_list', 'Parameters to list', width=50)
self.gui.addCombo('gdir',
'Save location in google drive',
None,
postcommand=self.gdir_update,
width=47)
self.gui.set('para_list', self.config['DEFAULT']['parameters'])
self.gui.addText('status', width=40, height=5, prompt='Status:')
self.gui.addCheck('auto_update', '', ['Turn On Auto Update'])
self.gui.addButton('commands')
self.gui.changeWidget('commands',
0,
text='Export',
command=self.export)
self.gui.plot('dir_date', row=0)
self.gui.plot('para_list', row=1, pady=5)
self.gui.plot('gdir', row=2, pady=5)
self.gui.plot('status', row=3, pady=10)
self.gui.plot('auto_update', row=4)
self.gui.plot('commands', row=5, pady=10)
self.exported = False
self.proj = None # bella project name
self.g_name = None # google drive folder name
self.g_ID = None # google drive folder id
self.autoupdateOn = False
self.update()
def get_dirname_id(proj):
'''Get the name and ID of google drive save locaion from google_dir.ini
proj:'''
config_g = configparser.ConfigParser()
config_g.read('google_dir')
name = [
config_g[i]['name'] for i in config_g.sections()
if config_g[i]['proj'] == proj
]
ID = [
config_g[i]['id'] for i in config_g.sections()
if config_g[i]['proj'] == proj
]
return name, ID
def gdir_update(self):
'''Update a saving location option on GUI, depending on your project'''
# get BELLA project name
dir_date = self.gui.get('dir_date', allValues=True)
self.proj = get_proj_name(dir_date)
# get google drive folder name and ID from .ini file
cfg = configparser.ConfigParser()
cfg.read('config_gdrive.ini')
self.g_name = [
cfg[i]['name'] for i in cfg.sections()
if cfg[i]['proj'] == self.proj
]
self.g_ID = [
cfg[i]['id'] for i in cfg.sections() if cfg[i]['proj'] == self.proj
]
# update save folder options in GUI
self.gui.set('gdir', self.g_name, allValues=True)
def export(self):
'''When Export button is pressed, scan info is written into a google sheet'''
# Get settings from GUI
dir_date = self.gui.get('dir_date',
allValues=True) # directory of scandata
para_list = self.gui.get('para_list',
allValues=True) # parameters to save
gdrive_name = self.gui.get('gdir') # name of the google drive
if not dir_date or not gdrive_name:
self.gui.set('status', 'Please fill in all sections\n')
else:
gdrive_id = self.g_ID[self.g_name.index(
gdrive_name)] # google drive ID
sheet_title = self.proj + ' ' + os.path.basename(
dir_date) + ' ScanSummary'
# write
self.scaninfo = scaninfo2gsheet(dir_date, para_list)
sheet = self.scaninfo.write(gdrive_id, sheet_title)
self.exported = True
# add text to status window
message = 'Gsheet \'' + sheet.title + '\' saved\nURL: ' + sheet.url
self.gui.set('status', message)
# update the config file
self.write_config(para_list, dir_date)
def update(self):
'''Update google sheet every minute.'''
if bool(self.gui.get('auto_update')) and self.exported:
# if autoupdate is turned on, message appears on status window
if not self.autoupdateOn:
self.gui.set('status', '\nAuto update On...')
self.autoupdateOn = True
nscan_new = self.scaninfo.update()
# if there is a new scan, add text to the status window
if nscan_new:
message = '\nScan ' + str(nscan_new) + ' updated'
self.gui.set('status', message)
else:
# if autoupdate is turned off, message appears on status window
if self.autoupdateOn:
self.gui.set('status', '\nAuto update Off')
self.autoupdateOn = False
self.gui.master.after(30 * 1000, self.update) # wait for 30 seconds
def write_config(self, para_list, dir_date):
'''Save updated parameter list in config.ini file'''
self.config['DEFAULT']['parameters'] = para_list
with open('config_parameters.ini', 'w') as configfile:
self.config.write(configfile)
