My sense was that this was cursor up, down, left, right buttons on the top row of the on-screen keyboard to the right of cut, copy, paste.

You might be able to reduce repetitive code by adding a self.make_button() method that takes a few parameters and returns a ui.Button.

You should use a list comprehension instead of a generator expression on line 17.

Get rid of both c and i and do for color in colors.

range(len()) is almost always a sign that enumerate() should be used instead but here we don’t even need that.

@cvp said:

content = str(response.content.decode('utf-8'))

text = response.text

Check out the APIs at https://www.twilio.com/products

Apple does not allow this for obvious reasons. We also do not want to encourage spamming in this forum.

The Pyto app does a better job of this than Pythonista does but it is a nontrivial task.

https://forum.omz-software.com/topic/2185/image-from-scene

So what happens when you move your scene to a different device? iPad, iPad Mini, iPhone small screen, iPhone XL screen? Also, when you rotate the screen.

Please change ui.scene.Point to just Point (because the line from scene import * pollutes the global namespace with all members of the scene package which runs contrary to the advice of PEP8).

The -> is using Python type hints to declare what data type this function returns. https://docs.python.org/3/library/typing.html

The * says treat one object as several objects in an iterator. This is usually referred to as *args and **kwargs.

Untested...

def random_location(self) -> ui.scene.Point:
    return ui.scene.Point(*(random.randrange(x) for x in self.size))

Perhaps provide 3 strings that you want the expression to match and three similar strings that you don’t want it to match. With that set of test cases, we will see what we can do.

This is about Python 2 vs. Python 3... https://github.com/ymcui/Chinese-ELECTRA/pull/57

The way to fix this and see if the r"string" == ur"string" or the u"string" == ur"string" and then use that string on both Py2 and Py3.

#!/usr/bin/env python2
# -*- coding: utf-8 -*-
print(ur'anā\B' == r'anā\B')  # True
print(ur'anā\B' == u'anā\B')  # True

def make_label(text):
    return f"label({text})"

data_from_mysql = (("Acme", 11), ("Bart's", 22), ("Carls's", 33))
labels = []
for name, count in data_from_mysql:
    labels.append(make_label(name))
    labels.append(make_label(count))

print(labels)

['label(Acme)', 'label(11)', "label(Bart's)", 'label(22)', "label(Carls's)", 'label(33)']

OK... So now we have a list of six labels... What is the question?

It is easier to debug Python code than it is to debug English prose.

Let's assume that you have the following function to reduce the boilerplate code:

def make_label(text: str) -> ui.Label:
    return size_to_fit(ui.Label(
                text=text,
                #background_color='white',
                alignment=ui.ALIGN_LEFT,
                text_color='white',
            ))

Now, rewrite the rest of your code to use that function and your question will become clearer.

for i, name, count in enumerate(self.cur, start=1):

username = input('Enter Username>>> ') 

if username == 'silas':
    print('Access granted')
    print('Hello SILAS')
else:
    print('Access Denied')

There is a lot of good code here... It would be really awesome if there was a GitHub repo to stitch it all together into an app.