def development_status():
global dev_status
global customclassifiers_bool
lifeeasy.clear()
print('Choose a development status from the following')
print('')
print('Alpha')
print('Beta')
print('Stable')
print('')
print(
'Or press [enter] to add a custom one when adding classifiers...'
)
print('')
print('')
dev_status_try = input('> ')
if dev_status_try.lower() == 'alpha':
dev_status = 'Development Status :: 3 - Alpha'
elif dev_status_try.lower() == 'beta':
dev_status = 'Development Status :: 4 - Beta'
elif dev_status_try.lower() == 'stable':
dev_status = 'Development Status :: 5 - Production/Stable'
elif dev_status_try == '':
customclassifiers_bool = True
else:
print("Sorry but I couldn't recognize the status.")
lifeeasy.sleep(1)
print('Please try again...')
lifeeasy.sleep(1)
development_status()
def console_output():
'''
Internal Function used to display statistics during processing the images.\n
Might be disabled and thus main function analyze_episode could be optimized for better performance but I prefer seeing what's going on.
'''
total_fps = 0
total_frames = 'N/A'
total_frames_frame = 0
total_frames_frames = 0
for element in fps_dict:
total_fps += fps_dict[element]
single_thread_stats = ''
for element in frames_stats_dict:
total_frames_frame += frames_stats_dict[element]['frame']
total_frames_frames += frames_stats_dict[element]['total_frames']
try:
try:
thread_percentage = int(frames_stats_dict[element]['frame']) * 100 / int(frames_stats_dict[element]['total_frames'])
thread_percentage = round(thread_percentage, 1)
except:
thread_percentage = 'n/a'
try:
frames_per_second = str(fps_dict[element])
except:
frames_per_second = 'n/a'
single_thread_stats = single_thread_stats + 'Episode ' + str(element) + ': Frame ' + str(frames_stats_dict[element]['frame']) + '/' + str(int(frames_stats_dict[element]['total_frames'])) + ' (' + str(thread_percentage) + '%) ・ Analyze Speed: ' + frames_per_second + 'FPS ・ Status: ' + frames_stats_dict[element]['status'] + '\n'
except:
try:
thread_percentage = int(frames_stats_dict[element]['frame']) * 100 / int(frames_stats_dict[element]['total_frames'])
thread_percentage = round(thread_percentage, 1)
except:
thread_percentage = 'n/a'
single_thread_stats = single_thread_stats + 'Episode ' + str(element) + ': Frame ' + str(frames_stats_dict[element]['frame']) + '/' + str(int(frames_stats_dict[element]['total_frames'])) + ' (' + str(thread_percentage) + '%) ・ Analyze Speed: 0FPS ・ Status: Starting\n'
try:
total_frames_percentage = total_frames_frame * 100 / total_frames_frames
total_frames_percentage = round(total_frames_percentage, 2)
except:
total_frames_percentage = 'n/a'
total_frames = str(total_frames_frame) + '/' + str(int(total_frames_frames))
lifeeasy.sleep(0.1)
lifeeasy.clear()
try:
remaining_frames = total_frames_frames - total_frames_frame
remaining_time = remaining_frames / int(total_fps)
eta = str(timedelta(seconds=remaining_time))
except:
eta = 'N/A'
print(f'Anime: {anime}\nFrame: {total_frames} ({str(total_frames_percentage)}%)\nAnalyze Speed: {str(total_fps)}FPS\nRemaining Time (ETA): {eta[:-7]}\n\nActive Threads\nーーーーーーーーーーーー\n{single_thread_stats}\nErina Project\n©Anime no Sekai - 2020')
if stop_command_output == False:
thread = threading.Thread(target=console_output)
thread.daemon = True
thread.start()
def goodbye(nothing=False):
if nothing == False:
lifeeasy.stop_display()
lifeeasy.display_action('Creating the information file')
create_information()
lifeeasy.display_action('Opening the folder', delay=0.1)
filecenter.open(cleaning_dir)
lifeeasy.display_action('Opening your the result folder', delay=0.1)
filecenter.open(destination_dir)
lifeeasy.clear()
lifeeasy.display_title("Thank you for using this program")
lifeeasy.display_body(['Folder Cleaner', '©Anime no Sekai - 2020', ''])
lifeeasy.display()
lifeeasy.stop_display()
def start():
global cleaning_dir
global destination_dir
global destination_dir_name
global unique_number
global number_of_items
lifeeasy.clear()
if __file__ == '__main__':
print("What's the folder you want to clean today?")
cleaning_dir = input('> ')
else:
cleaning_dir = lifeeasy.working_dir()
if cleaning_dir.lower() == 'cancel' or cleaning_dir.lower(
) == 'stop' or cleaning_dir.lower() == 'quit' or cleaning_dir.lower(
) == 'exit':
goodbye(nothing=True)
elif filecenter.isdir(cleaning_dir):
if cleaning_dir[-1] != '/' or cleaning_dir[-1] != '\\':
if filecenter.os_name() == 'nt':
cleaning_dir = cleaning_dir + '\\'
else:
cleaning_dir = cleaning_dir + '/'
for _ in filecenter.files_in_dir(cleaning_dir):
number_of_items += 1
destination_dir_name = 'Cleaned'
while filecenter.exists(cleaning_dir + destination_dir_name):
destination_dir_name = destination_dir_name + ' ' + str(
unique_number)
unique_number += 1
destination_dir = cleaning_dir + destination_dir_name
filecenter.make_dir(destination_dir)
decide_mode()
else:
lifeeasy.display_action('It seems like you mistyped the path',
delay=0.1)
print('Please retry entering the path to your folder')
lifeeasy.sleep(2)
start()
def decide_mode():
lifeeasy.clear()
print('Available options')
print('')
print('nosort > nothing will be sorted in your cleaned up folder')
print(
'type > each file will be sorted and put in a folder according to its type'
)
print('')
print('')
print('')
print('How do you want to sort your cleaned folder?')
decision = input('> ')
if decision.lower() == 'cancel' or decision.lower(
) == 'stop' or decision.lower() == 'quit' or decision.lower() == 'exit':
goodbye(nothing=True)
elif decision.lower() == 'nosort' or decision.lower(
) == 'osort' or decision.lower() == 'nsort' or decision.lower(
) == 'noort' or decision.lower() == 'nosrt' or decision.lower(
) == 'nosot' or decision.lower() == 'nosor':
lifeeasy.display_title('Cleaning your folder')
lifeeasy.display_body(['Chosen mode: No Sorting'])
lifeeasy.display(wait=0.5)
nosort()
elif decision.lower() == 'type' or decision.lower(
) == 'ype' or decision.lower() == 'tpe' or decision.lower(
) == 'tye' or decision.lower() == 'typ':
lifeeasy.display_title('Cleaning your folder')
lifeeasy.display_body(['Chosen mode: Type Sorting'])
lifeeasy.display(wait=0.5)
sort_by_type()
else:
print('Sorry I did not understand.')
lifeeasy.sleep(2)
lifeeasy.clear()
decide_mode()
import lifeeasy
import sys
sys.setrecursionlimit(10**6)
iteration = 0
def fib(n, memo):
global iteration
iteration += 1
if memo[n - 1] != None:
result = memo[n - 1]
elif n == 1 or n == 2:
result = 1
elif n > 2:
result = fib(n - 1, memo) + fib(n - 2, memo)
else:
result = "Not a positive number"
memo[n - 1] = result
#print(result)
return (result)
print("What's the number you want to get from Fibonacci?")
n = int(input('> '))
lifeeasy.clear()
memo = [None] * n
print(fib(n, memo))
print("It took " + str(iteration) + ' iteration to get this result.')
def setup(customurl=False, force_upgrade=False):
global package_name
global upgrade
global custom_setup
upgrade = force_upgrade
setup = []
# AUTHOR
author = input('Who is the author? ')
print('')
def naming_package():
global package_name
global upgrade
# NAME
package_name = input("What's the name of your package? ")
print('')
lifeeasy.display_action('Verification', delay=0.1)
name_verification = lifeeasy.request(
'https://pypi.org/project/' + package_name + '/', 'get')
if name_verification.status_code == 404:
print('The name is available!')
elif name_verification.status_code == 200:
request = lifeeasy.request(
'https://pypi.org/pypi/' + package_name + '/json', 'get')
request_json = json.loads(request.text)
if request_json['info']['author'] == author:
print('upload mode: upgrade')
print('Do you want to change some metadatas or keep them?')
user_choice = input(
'press [enter] to continue with current metadatas or type [continue] to continue modifying the metadatas... '
)
if user_choice.lower() == 'continue' or user_choice.lower(
) == 'ontinue' or user_choice.lower(
) == 'cntinue' or user_choice.lower(
) == 'coninue' or user_choice.lower(
) == 'contnue' or user_choice.lower(
) == 'contiue' or user_choice.lower(
) == 'contine' or user_choice.lower() == 'continu':
upgrade = False
else:
upgrade = True
else:
print('This name is already taken!')
print('Please try giving another name to the package...')
print('')
naming_package()
else:
print('An error occured with the name verification...')
return 1
if upgrade == False:
if naming_package() == 1:
return 1
else:
# NAME
package_name = input("What's the name of your package? ")
print('')
# VERSION
version = input("What's the version of " + package_name + '? ')
print('')
if upgrade == False:
# DESCRIPTION
print('Write a little summary/description of ' + package_name)
desc = input('> ')
print('')
# EMAIL
email = input('What is his ' + author + "'s email? ")
print('')
# LICENSE
print('Warning: the license name is case-sensitive!')
package_license = input('What is the license for ' + package_name +
' ? ')
package_license_classifier = 'License :: OSI Approved :: ' + package_license + ' License'
print('')
request = lifeeasy.request(
'https://github.com/' + author + '/' + package_name, 'get')
if request.status_code == 404:
# GITHUB REPO
print("What is the GitHub repository for this package?")
url = input('> ')
print('')
else:
url = 'https://github.com/' + author + '/' + package_name
# ARCHIVE
if url[-1] == '/':
download_url_try = url + 'archive/' + version + '.tar.gz'
else:
download_url_try = url + '/archive/' + version + '.tar.gz'
request = lifeeasy.request(method='get', url=download_url_try)
if request.status_code == 200:
download_url = download_url_try
else:
if url[-1] == '/':
download_url_try = url + 'archive/v' + version + '.tar.gz'
else:
download_url_try = url + '/archive/v' + version + '.tar.gz'
request = lifeeasy.request(method='get', url=download_url_try)
if request.status_code == 200:
download_url = download_url_try
else:
github_release = input(
"What is the name of the GitHub release? ")
print('')
if url[-1] == '/':
download_url_try = url + 'archive/' + github_release + '.tar.gz'
else:
download_url_try = url + '/archive/' + github_release + '.tar.gz'
request = lifeeasy.request(method='get', url=download_url_try)
if request.status_code == 200:
download_url = download_url_try
else:
def ask_for_github_release():
global download_url
print(
'What is the URL of your GitHub release? (it ends with .tar.gz)'
)
download_url_try = input('> ')
print('')
request = lifeeasy.request(method='get',
url=download_url_try)
if request.status_code == 200:
download_url = download_url_try
else:
print(
"It seems that you mistyped the URL or that the repository is private..."
)
lifeeasy.sleep(2)
print(
"Please put your GitHub repository visibility in public and retry..."
)
print('')
lifeeasy.sleep(2)
ask_for_github_release()
ask_for_github_release()
# CUSTOM URL
if customurl == True:
print('What is the URL of the website for this package?')
url = input('> ')
print('')
# KEYWORDS
print('Enter a comma-separated list of keywords for your package')
keywords = input('> ')
keywords = keywords.split(',')
print('')
# DEPENDENCIES
print('Enter a comma-separated list of dependencies for your package')
dependencies = input('> ')
dependencies = dependencies.replace(' ', '')
dependencies = dependencies.split(',')
print('')
# PYTHON VERSIONS
print(
'Enter a comma-separated list of supported Python version numbers for this package'
)
print('(i.e 3,3.4,3.5,3.6,3.7,3.8)')
python_versions = input('> ')
print('')
python_versions = python_versions.replace(' ', '')
python_versions = python_versions.split(',')
versions_classifiers = []
for python_version in python_versions:
versions_classifiers.append('Programming Language :: Python :: ' +
python_version)
dev_status = 'Development Status :: 4 - Beta'
def development_status():
global dev_status
global customclassifiers_bool
lifeeasy.clear()
print('Choose a development status from the following')
print('')
print('Alpha')
print('Beta')
print('Stable')
print('')
print(
'Or press [enter] to add a custom one when adding classifiers...'
)
print('')
print('')
dev_status_try = input('> ')
if dev_status_try.lower() == 'alpha':
dev_status = 'Development Status :: 3 - Alpha'
elif dev_status_try.lower() == 'beta':
dev_status = 'Development Status :: 4 - Beta'
elif dev_status_try.lower() == 'stable':
dev_status = 'Development Status :: 5 - Production/Stable'
elif dev_status_try == '':
customclassifiers_bool = True
else:
print("Sorry but I couldn't recognize the status.")
lifeeasy.sleep(1)
print('Please try again...')
lifeeasy.sleep(1)
development_status()
development_status()
# CUSTOM CLASSIFIERS
custom_classifiers = []
if customclassifiers_bool == True:
lifeeasy.clear()
print("What are the custom classifiers that you want to add?")
print('')
print("You need to enter your classifiers one-by-one")
print("You need to write the full classifier")
print(
"When you are done press [enter] again without entering anything."
)
print('')
print('')
user_choice = input('> ')
if user_choice != '':
custom_classifiers.append(user_choice)
while user_choice != '':
lifeeasy.clear()
print("What are the custom classifiers that you want to add?")
print('')
print("You need to enter your classifiers one-by-one")
print("You need to write the full classifier")
print(
"When you are done press [enter] again without entering anything."
)
print('')
print('')
user_choice = input('> ')
if user_choice != '':
custom_classifiers.append(user_choice)
else:
package_infos = lifeeasy.request(
'https://pypi.org/pypi/' + package_name + '/json', 'get')
package_infos = json.loads(package_infos.text)
package_license = package_infos['info']['license']
desc = package_infos['info']['summary']
author = package_infos['info']['author']
email = package_infos['info']['author_email']
url = package_infos['info']['home_page']
def ask_for_github_release():
global download_url
print(
'What is the URL of your GitHub release? (it ends with .tar.gz)'
)
download_url_try = input('> ')
print('')
if lifeeasy.request_statuscode(method='get',
url=download_url_try) == 200:
download_url = download_url_try
else:
print(
"It seems that you mistyped the URL or that the repository is private..."
)
lifeeasy.sleep(2)
print(
"Please put your GitHub repository visibility in public and retry..."
)
print('')
lifeeasy.sleep(2)
ask_for_github_release()
ask_for_github_release()
download_url = package_infos['info']['download_url']
keywords_string = package_infos['info']['keywords']
keywords = keywords_string.split(',')
dependencies = package_infos['info']['requires_dist']
classifiers = package_infos['info']['classifiers']
# CUSTOM SETUP
if custom_setup == True:
print('Add your custom setup sections (comma-separated)')
setup_customized = input('> ')
if len(setup_customized) == 0:
custom_setup = False
lifeeasy.clear()
print('Building your setup file')
lifeeasy.sleep(random.uniform(0.126, 0.31))
print('adding imports')
lifeeasy.sleep(random.uniform(0.126, 0.31))
setup.append('from setuptools import setup')
# README
if filecenter.exists(lifeeasy.working_dir() + '/README.md'):
print('adding the package readme')
lifeeasy.sleep(random.uniform(0.126, 0.31))
setup.append('from os import path')
setup.append(
"with open(path.join(path.abspath(path.dirname(__file__)), 'README.md'), encoding='utf-8') as f:"
)
setup.append(" readme_description = f.read()")
long_description_type = 'text/markdown'
elif filecenter.exists(lifeeasy.working_dir() + '/readme.md'):
print('adding the package readme')
lifeeasy.sleep(random.uniform(0.126, 0.31))
setup.append('from os import path')
setup.append('')
setup.append(
"with open(path.join(path.abspath(path.dirname(__file__)), 'readme.md'), encoding='utf-8') as f:"
)
setup.append(" readme_description = f.read()")
setup.append('')
setup.append('')
long_description_type = 'text/markdown'
else:
long_description_type = ''
# Need to add more readme type
print('creating the setup class')
lifeeasy.sleep(random.uniform(0.126, 0.31))
setup.append('setup(')
print('adding the package name')
lifeeasy.sleep(random.uniform(0.126, 0.31))
setup.append('name = "' + package_name + '",')
print('adding the packages name')
lifeeasy.sleep(random.uniform(0.126, 0.31))
setup.append('packages = ["' + package_name + '"],')
print('adding the package version')
lifeeasy.sleep(random.uniform(0.126, 0.31))
setup.append('version = "' + version + '",')
print('adding the package license')
lifeeasy.sleep(random.uniform(0.126, 0.31))
setup.append('license = "' + package_license + '",')
print('adding the package description')
lifeeasy.sleep(random.uniform(0.126, 0.31))
setup.append('description = "' + desc + '",')
print('adding the package author')
lifeeasy.sleep(random.uniform(0.126, 0.31))
setup.append('author = "' + author + '",')
print('adding the package email')
lifeeasy.sleep(random.uniform(0.126, 0.31))
setup.append('author_email = "' + email + '",')
print('adding the package url')
lifeeasy.sleep(random.uniform(0.126, 0.31))
setup.append('url = "' + url + '",')
print('adding the package download url')
lifeeasy.sleep(random.uniform(0.126, 0.31))
setup.append('download_url = "' + download_url + '",')
print('adding the package keywords')
lifeeasy.sleep(random.uniform(0.126, 0.31))
setup.append('keywords = ' + str(keywords) + ',')
print('adding the package dependencies')
lifeeasy.sleep(random.uniform(0.126, 0.31))
setup.append('install_requires = ' + str(dependencies) + ',')
print('creating the package classifiers')
lifeeasy.sleep(random.uniform(0.126, 0.31))
if upgrade == False:
classifiers = []
classifiers.append(dev_status)
classifiers.append(package_license_classifier)
classifiers.extend(versions_classifiers)
classifiers.extend(custom_classifiers)
print('adding the package classifiers')
lifeeasy.sleep(random.uniform(0.126, 0.31))
setup.append('classifiers = ' + str(classifiers) + ',')
print('adding the package readme')
lifeeasy.sleep(random.uniform(0.126, 0.31))
setup.append('long_description = readme_description,')
print('adding the package readme type')
lifeeasy.sleep(random.uniform(0.126, 0.31))
setup.append('long_description_content_type = "' + long_description_type +
'",')
setup.append('include_package_data=True,')
if custom_setup == True:
print('adding your custom setup sections')
lifeeasy.sleep(random.uniform(0.126, 0.31))
setup.append(setup_customized)
print('finishing...')
lifeeasy.sleep(random.uniform(0.126, 0.31))
setup.append(')')
print('creating the file...')
lifeeasy.write_file('setup.py', setup)
lifeeasy.sleep(random.uniform(1.5, 2.3))
return 0
def start(keepsetup=False,
cleanup=True,
customclassifiers=True,
customurl=False,
upgrade=False,
customsetup=False):
global customclassifiers_bool
global custom_setup
custom_setup = customsetup
customclassifiers_bool = customclassifiers
lifeeasy.clear()
status = first_confirmation()
if status == 0:
status = detect_setup(customurl=customurl, upgrade=upgrade)
lifeeasy.clear()
if status == 0:
status = module_verification()
lifeeasy.clear()
if status == 0:
status = build()
lifeeasy.clear()
if status == 0:
status = upload()
lifeeasy.clear()
if status == 0:
if cleanup == True:
status = clean(keepsetup=keepsetup)
lifeeasy.clear()
if status == 0:
print('Do you want to install the package?')
user_choice = input(
'[enter] to install or enter [quit] ')
if user_choice.lower(
) != 'quit' and user_choice.lower(
) != 'stop' and user_choice.lower() != 'no':
status = download()
if status == 0:
print('Everything is ok!')
return 0
else:
print(
'An error occured while downloading the package.'
)
return 7
else:
print('Everything is ok!')
return 0
else:
print(
'An error occured while cleaning up the package directory.'
)
return 1
else:
print('Everything is ok!')
return 0
else:
print('An error occured while uploading your package.')
return 2
else:
print('An error occured while building the package.')
return 3
else:
print('An error occured while verifying the module.')
return 4
else:
print('An error occured while creating your setup file.')
return 5
else:
print('Ok!')
return 6
# IMPORTS
try:
import lifeeasy
import matplotlib.pyplot as plt
except:
print('It is the first time launching the program')
print('Installing the dependencies...')
command_output = check_output(["pip", "install", "lifeeasy", "matplotlib"],
universal_newlines=True)
import lifeeasy
import matplotlib.pyplot as plt
print('Successfully installed the dependencies!')
lifeeasy.sleep(2)
lifeeasy.clear()
lifeeasy.display_action('Retrieving data from data-lambda-etoile-polaire.txt')
lambda_data = []
# Open file for reading
file = open(lifeeasy.working_dir() + "/data-lambda-etoile-polaire.txt")
# Read the first line from the file
line = file.readline()
# Initialize counter for line number
line_no = 1
# Loop until EOF (fin)
while line != '':
lambda_data.append(float(line[:-1]))
line = file.readline()
line_no += 1