import js2py
import time
print("Testing ECMA 5...")
assert js2py.eval_js('(new Date("2008-9-03T20:56:35.450686Z")).toString()')
assert js2py.eval_js('/ser/.test("Mleko + ser to nabial")')
assert js2py.eval_js('1 + "1"') == '11'
assert js2py.eval_js('function (r) {return r}')(5) == 5
x, c = js2py.run_file('examples/esprima.js')
assert c.esprima.parse('var abc = 40').to_dict() == {'type': 'Program', 'body': [{'type': 'VariableDeclaration', 'kind': 'var', 'declarations': [{'id': {'type': 'Identifier', 'name': 'abc'}, 'type': 'VariableDeclarator', 'init': {'type': 'Literal', 'raw': '40', 'value': 40}}]}], 'sourceType': 'script'}
try:
assert js2py.eval_js('syntax error!') and 0
except js2py.PyJsException as err:
assert str(err).startswith('SyntaxError: ')
assert js2py.eval_js('pyimport time; time.time()') <= time.time()
js2py.disable_pyimport()
try:
assert js2py.eval_js('pyimport time') and 0
except js2py.PyJsException as err:
assert str(err).startswith('SyntaxError: ')
env_file.close()
dictToSend = {
'type': "CNAME",
'name': sFolder,
'content': oCreds["Site"],
'proxied': True
}
dictHeaders = {
"X-Auth-Email": oCreds["EmailID"],
"X-Auth-Key": oCreds["SecretKey"]
}
res = requests.post('https://api.cloudflare.com/client/v4/zones/' +
oCreds["ZoneID"] + "/dns_records",
json=dictToSend,
headers=dictHeaders)
print('response from server:', res.text)
dir_path = os.path.dirname(os.path.realpath(__file__))
eval_result, example = js2py.run_file(dir_path +
'/static/scripts/proxyport.js')
with open('cloudflare.json') as json_data_file:
oCreds = loads(json_data_file.read())
if len(sys.argv) > 1:
createProject(sys.argv[1])
else:
for item in os.listdir("users"):
if os.path.isdir(os.path.join("users", item)):
createProject(item)
def decrypt_url(p1, p2):
jsc, _ = js2py.run_file('md5.js')
return jsc.encrypt(p1, p2)
def get_reference_parse_fn():
# lets use js2py translated esprima for similicity.
import js2py
_, ctx = js2py.run_file(REFERENCE_ESPRIMA_PATH)
return lambda x: ctx.esprima.parse(x).to_dict()
def get_reference_escodegen_fn():
# lets use js2py translated escodegen for similicity.
import js2py
_, ctx = js2py.run_file(REFERENCE_ESCODEGEN_PATH)
return lambda x: ctx.escodegen.generate(x)
"%d") + " " + x.strftime("%Y") + " " + x.strftime(
"%X") + " GMT+0600 (Bangladesh Standard Time)"
print(date)
s = ""
with requests.session() as s:
URL = "http://biis.buet.ac.bd/BIIS_WEB/keyGeneration.do?date=" + date
#
gr = s.get(url=URL)
print(gr.content)
s = str(gr.content)
l = s.split("<modulus>")
l = l[1].split("</modulus>")
print("modulus :", l[0])
eval_res, jsFile = js2py.run_file("full.js")
password = jsFile.jsrsaenc("17", l[0], "256", "27D46DeFN")
password = password.strip()
print("password :"******"27D46DeFN"
# response = muterun_js('full.js')
# if response.exitcode == 0:
# print(response.stdout)
# else:
# print(response.stderr)
guessed_pass = "******"
URL = "http://biis.buet.ac.bd/"
# 27D46DeFN
#sending get request and saving the response as response object
import js2py
eval_res, jsFile = js2py.run_file("sketch.js")
jsFile.setup()
js2py.translate_file('phkConverter.js', 'phkConverter.py')
# Converted from JavaScript
# import phkConverter
# Using readlines()
outputLines = []
infileName = '/Users/craig/Desktop/Projects/PhakeData/joined.txt' # Originally wasq'Phake_Dictionary_Ailot_Final.txt'
count = 0
# These should be converted.:wq
phakeFields = ['lx', 'le', 'pl', 'se', 'xv']
banchobFields = ['ph', 'pd', 'xr']
textFields = ['de', 'ge', 'xe']
eval_res, converterFile = js2py.run_file('phkConverter.js')
encodingIndex = 0
banchobMap = {
'N': 'ŋ',
'M': 'ñ',
'j': 'ɛ',
'v': 'ü',
'z': 'ə',
'q': 'ɔ',
'I': 'ī',
'E': 'ē',
'J': 'ɛ̄',
'V': 'ǖ',
'Z': 'ə̄',
import js2py
# there are 2 easy methods to run js file from Js2Py
# Method 1:
eval_result, example = js2py.run_file('example.js')
# Method 2:
js2py.translate_file(
'example.js', 'example.py') # this translates and saves equivalent Py file
from example import example # yes, it is: import lib_name from lib_name
##### Now you can use your JS code as if it was Python!
print((example.someVariable))
print((example.someVariable.a))
print((example.someVariable['a']))
example.sayHello('Piotrek!')
example.sayHello() # told you, just like JS.
example['$nonPyName'](
) # non py names have to be accessed through [] example.$ is a syntax error in Py.
# but there is one problem - it is not possible to write 'new example.Rectangle(4,3)' in Python
# so you have to use .new(4,3) instead, to create the object.
rect = example.Rectangle.new(4, 3)
print((rect.getArea())) # should print 12
import js2py
# there are 2 easy methods to run js file from Js2Py
# Method 1:
eval_result, example = js2py.run_file('example.js')
# Method 2:
js2py.translate_file('example.js', 'example.py') # this translates and saves equivalent Py file
from example import example # yes, it is: import lib_name from lib_name
##### Now you can use your JS code as if it was Python!
print(example.someVariable)
print(example.someVariable.a)
print(example.someVariable['a'])
example.sayHello('Piotrek!')
example.sayHello() # told you, just like JS.
example['$nonPyName']() # non py names have to be accessed through [] example.$ is a syntax error in Py.
# but there is one problem - it is not possible to write 'new example.Rectangle(4,3)' in Python
# so you have to use .new(4,3) instead, to create the object.
rect = example.Rectangle.new(4,3)
print(rect.getArea()) # should print 12
import js2py
from js2py import require
res, jsfile = js2py.run_file('example.js')
print(jsfile.fibonacci_series(8))
random_int = require('random-int')
print(random_int)
print(random_int(10, 40))
import js2py
import pandas as pd
import pickle
import glob
import requests
from flask import render_template
import json
from geopy.geocoders import Nominatim
#results = js2py.run_file("data/affiliationList.js")
#affil_dict = results[0].to_dict()
jsdatafiles = [f for f in glob.glob("data/js/*.js")]
js_data_contents = {}
for f in jsdatafiles:
results = js2py.run_file(f)
key = str(f.split("data/js/")[1])
js_data_contents[key] = results[0].to_dict()
jsondatafiles = [f for f in glob.glob("data/js/*.json")]
json_data_contents = {}
for name in jsondatafiles:
with open(name, 'rb') as f:
results = json.load(f)
key = str(name.split("data/js/")[1])
json_data_contents[key] = results #results[0].to_dict()
global py_geo_map
py_geo_map = {}
results = js2py.run_file("data/affiliationList.js")
holding = results[0].to_dict()
