def edit_secrets(
path,
env,
*,
quiet=False,
default=DEFAULT_SECRETS,
secrets_header=DEFAULT_ENCRIPTED_HEADER,
master_key_env=MASTER_KEY_ENV,
intro_msg=INTRO_MSG,
):
"""Edit your encrypted secrets in the default text editor."""
path = Path(path)
filepath = path / (ENCRYPTED_FILE % (env,))
key = read_key(path, env, master_key_env=master_key_env)
keyfile = KEY_FILE % (env,)
if filepath.exists():
if not key:
raise IOError(
f"Key not found. Either put a `{keyfile}` or a `{MASTER_KEY_FILE}`"
" beside your encrypted secrets, or set and environment"
f" variable `{master_key_env}` with the key value"
" (the environment variable takes precendence over the file)."
)
content = read_secrets(filepath, key) or default
else:
if quiet or not confirm(f"{filepath} does not exists. Create?", default=False):
return
if not key:
key = new_key_file(path / keyfile)
content = default
if not quiet and intro_msg:
print(intro_msg)
new_content = texteditor.open(content, extension=filepath.suffix)
save_secrets(filepath, key, new_content, header=secrets_header)
def OpenReadme():
text = texteditor.open(filename='README.md')
def notepad(filename, content):
result = texteditor.open(filename=filename, text=content)
print(result)
def edit_conf():
"""
opens the config file in the default editor
"""
texteditor.open(filename=utils.conf)
def showHistory(self):
# write self.history to file
self.history2Txt()
# uses texteditor function to open file with default editor
texteditor.open(filename='calc_history.txt')
def showLog():
texteditor.open(filename='calcHistory.txt')
def show_read_me():
texteditor.open(filename='manual.txt')
import requests
from bs4 import BeautifulSoup
import urllib.parse as urlparse
import re
import base64
import texteditor
def request(url):
try:
return requests.get(url)
except requests.exceptions.ConnectionError:
pass
target_url = "https://www.officeholidays.com/countries/india/2020"
response = request(target_url)
result = texteditor.open(filename="write.txt",text=str(response.content))
parsed_html = BeautifulSoup(response.content, 'html.parser').encode("utf-8")
print(parsed_html)
# table = re.match(r'<table.*?</table>', parsed_html,flags=0)
# try:
# for table in tables_list:
# print(table)
# except:
# pass