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gh-digitalassets
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#!/usr/bin/env python
#set -e
import argparse
from github import Github
from github import GithubException
import subprocess
import json
import dotenv
import os
import sys
from InquirerPy import prompt
import base64
import requests as request
import github
from fuzzywuzzy import fuzz
#before performing any operation, the tool checks if the user is logged into an account or not.
def check_login():
token = subprocess.run("gh auth token", shell = True, capture_output = True)
token = token.stdout.decode('ascii').strip()
dotenv_file = dotenv.find_dotenv('variables.env')
dotenv.load_dotenv(dotenv_file)
#print(os.environ["AUTH_TOKEN"])
if(os.environ['AUTH_TOKEN'] != token):
token = login()
os.environ["AUTH_TOKEN"] = token
dotenv.set_key(dotenv_file, "AUTH_TOKEN", os.environ["AUTH_TOKEN"])
return token
#login to an account
def login():
print('logging in')
subprocess.run("gh auth login", shell = True)
token = subprocess.run("gh auth token", shell = True, capture_output = True)
token = token.stdout.decode('ascii').strip()
return token
#build the topics according to the ens standards, also take user personal topics
def topic_writing():
print("Please choose a topic according to the ENS standards. Here are the topics you can choose from:")
questions = [
{
'type': 'list',
'name': 'topic',
'message': 'What topic to add?',
'choices': ["ens-machinelearning", "ens-mathematics", "ens-lifesciences", "ens-sports", "ens-others"],
'filter': lambda val: val.lower()
},
]
answers = prompt(questions)
topics = []
topics.append(answers['topic'])
# print("Do you want to add more topics?, If yes, please add them coma separated:")
# resp = input().split(',')
# resp.append(answers['topic'])
userinp1 = input("You can also add custom topics to this digital asset. Press Y if you want to add new topics to the repo. Otherwise press N: ")
if userinp1 == "Y":
userinp2 = input("Enter the topic names using comma separation: ")
inputsplit = userinp2.split(",")
for topic in inputsplit:
if topic in topics:
print("This topic "+topic+" is already added")
continue
topics.append(topic)
return(topics)
# userinp1 = input("You can also add custom topics to this digital asset. Press Y if you want to add new topics to the repo. Otherwise press N: ")
# if userinp1 == "Y":
# userinp2 = input("Enter the topic names using comma separation: ")
# inputsplit = userinp2.split(",")
# for topic in inputsplit:
# if topic in topics:
# print("This topic "+topic+" is already added")
# continue
# topics.append(topic)
# topics.append("ens-asset")
# metaData["topics"] = topics
#metadata file does not exist. Build it interactively.
def interactiveBuilding():
metaData = {}
print("Please provide the asset Name.")
assetName = str(input())
metaData["assetName"] = assetName
print("Please provide a one liner description")
description = str(input())
metaData["description"] = description
topic_inp = topic_writing()
topics = topic_inp
print(topics)
topics.append("ens-asset")
# var = any(tag in topics for tag in ensTopicList)
# print(var)
# if(not var):
# return("Please provide a topic acoording to the ENS standards", 0)
# else:
# metaData["topics"] = topics
metaData["topics"] = topics
print("Please provide the associations(URSL's). If multiple, provide then coma separated")
associations = input().split(',')
metaData["associations"] = associations
json_object = json.dumps(metaData, indent = 4)
return(json_object, 1,metaData["topics"],metaData["description"])
#if metadata file exists, then check if it according to the metadata standard. Else build it interactively
def metaDataParser(fileContent):
parsers = ['assetName', 'description', 'topics', 'associations']
try:
metaData = json.loads(fileContent or '{}')
except json.decoder.JSONDecodeError:
print("Please check the format of your json file")
remaining = {}
keys = []
counter = 0
topics_bool = True
for tag in parsers:
if(tag in metaData):
if(tag == 'topics'):
topics_list = metaData['topics']
var = any(tag in topics_list for tag in ensTopicList)
if(not var):
print("Please provide a topic according to the ENS standards.")
topics_bool = False
if(tag == 'associations'):
if(metaData[tag]):
if(type(metaData[tag]) != list):
lst = [metaData[tag]]
metaData[tag] = lst
if(metaData[tag]):
pass
counter += 1
else:
if(tag != 'topics'):
print("There is no value provided for the key {}".format(tag))
remaining[tag] = ""
else:
pass
else:
print("{} key not present in the file".format(tag))
keys.append(tag)
if(counter == 4 and topics_bool == True):
metaData["topics"].append("ens-asset")
metaData["topics"] = list(set(metaData["topics"]))
json_object = json.dumps(metaData, indent = 4)
return(json_object, 1,metaData["topics"],metaData["description"])
if(len(remaining) > 0 or len(keys) > 0 or topics_bool == False):
print("Do you want to interactively add the missing keys or values?: Y or N")
resp = input()
if(resp == 'Y'):
if(len(remaining) > 0):
for tag in remaining:
if(tag == 'associations'):
print("Please provide the associations(URL's). If multiple, provide then coma separated")
associations = input().split(',')
metaData["associations"] = associations
else:
print("Please provide the value of the {}".format(tag))
resp_tag = input()
metaData[tag] = resp_tag
if(len(keys) > 0):
print("Please provide the value for the following keys")
for tag in keys:
if(tag == 'topics'):
print("Provide the value of the tag {}".format(tag))
metaData['topics'] = []
topic_inp = topic_writing()
for top in range(len(topic_inp)):
metaData['topics'].append(topic_inp[top])
elif(tag == 'associations'):
print("Please provide the associations(URL's). If multiple, provide then coma separated")
associations = input().split(',')
metaData["associations"] = associations
else:
print("Provide the value of the tag {}".format(tag))
resp_tag = input()
metaData[tag] = resp_tag
if(not topics_bool):
topic_inp = topic_writing()
for top in range(len(topic_inp)):
metaData['topics'].append(topic_inp[top])
else:
return("Please change your json file accordingly and re-upload", 0)
metaData["topics"].append("ens-asset")
metaData["topics"] = list(set(metaData["topics"]))
json_object = json.dumps(metaData, indent = 4)
return(json_object, 1,metaData["topics"],metaData["description"])
#git upload a metadata file
def gitUpload(fileContent, file_content):
updateFile = repo.get_contents(file_content , ref = 'main')
repo.update_file(updateFile.path, "updating the file with some changes", fileContent, updateFile.sha, branch = 'main')
print("Updated the file in the repo")
#git upload a data file
def gitUpload_data(fileContent, updateFile):
file_content = repo.get_contents(updateFile , ref = 'main')
repo.update_file(file_content.path, "updating the file with some changes", fileContent, file_content.sha, branch = 'main')
print("Updated the file in the repo")
#updating a metadata file
def metadata():
if(args.filepath):
file_list = os.listdir(args.filepath)
if('metadata.json' not in file_list):
print("No metadata file present. Do you want to interactively build it and upload?")
resp = input()
if(resp == 'Y'):
uploadFile, flag = interactiveBuilding()
if(not flag):
return(uploadFile, 0)
else:
gitUpload(uploadFile, metadata.json)
with open(f"{args.filepath}/metadata.json","w") as outfile:
outfile.write(uploadFile)
return('success', 1)
else:
with open(args.filepath + 'metadata.json') as file:
fileContent = file.read()
var, flag = metaDataParser(fileContent)
if(flag == 0):
return(var, 0)
else:
gitUpload(str(var), 'metadata.json')
with open(f"{args.filepath}/metadata.json","w") as outfile:
outfile.write(var)
return('success', 1)
else:
cwd = os.getcwd()
cwd += '/'
file_list = os.listdir(cwd)
if('metadata.json' not in file_list):
print("No metadata file present. Do you want to interactively build it and upload?")
resp = input()
if(resp == 'Y'):
uploadFile, flag = interactiveBuilding()
if(flag == 0):
return(uploadFile, 0)
else:
gitUpload(uploadFile, 'metadata.json')
with open(f"{cwd}metadata.json","w") as outfile:
outfile.write(uploadFile)
return('success', 1)
else:
with open(cwd + 'metadata.json') as file:
fileContent = file.read()
var, flag = metaDataParser(fileContent)
if(flag == 0):
return(var, 0)
else:
gitUpload(str(var), 'metadata.json')
with open(f"{cwd}metadata.json","w") as outfile:
outfile.write(var)
return('success', 1)
#updating a datafile
def dataFile():
if(args.filepath):
file_list = os.listdir(args.filepath)
if(not args.updateFile):
if(len(file_list) == 0):
return('The folder is empty. Please have your data file in the directory', 0)
if('.DS_Store' in file_list):
file_list.remove('.DS_Store')
if('metadata.json' in file_list):
file_list.remove('metadata.json')
if(len(file_list) != 0):
for files in range(len(file_list)):
with open(args.filepath + file_list[files], 'rb') as file:
fileContent = file.read()
base64_content = base64.b64encode(fileContent).decode('utf-8')
updateFile = file_list[files]
try:
gitUpload_data(fileContent, updateFile)
return('success', 1)
except:
print("exception in git upload")
else:
return("No data file present", 0)
else:
if(args.updateFile not in file_list):
return("Data file does not exist", 0)
with open(args.filepath + args.updateFile, 'rb') as file:
fileContent = file.read()
base64_content = base64.b64encode(fileContent).decode('utf-8')
updateFile = args.updateFile
gitUpload_data(fileContent, updateFile)
return('success', 1)
else:
cwd = os.getcwd()
cwd += '/'
file_list = os.listdir(cwd)
if(not args.updateFile):
if(len(file_list) == 0):
return('The folder is empty. Please have your data file in the directory', 0)
if('.DS_Store' in file_list):
file_list.remove('.DS_Store')
if('metadata.json' in file_list):
file_list.remove('metadata.json')
if(len(file_list) != 0):
for files in range(len(file_list)):
with open(cwd + file_list[files], 'rb') as file:
fileContent = file.read()
base64_content = base64.b64encode(fileContent).decode('utf-8')
updateFile = file_list[files]
gitUpload_data(fileContent, updateFile)
return('success', 1)
else:
return("No data file present", 0)
else:
if(args.updateFile not in file_list):
return("Data file does not exist", 0)
with open(cwd + args.updateFile, 'rb') as file:
fileContent = file.read()
base64_content = base64.b64encode(fileContent).decode('utf-8')
updateFile = args.updateFile
gitUpload_data(fileContent, updateFile)
return('success', 1)
##########################################################################
## helper commands for create ##
##########################################################################
### Metadata Checking and interactive building of missing parts in metadata
# def metaDataParserCreate(fileContent):
# parsers = ['assetName', 'description', 'topics', 'associations']
# try:
# metaData = json.loads(fileContent)
# except:
# print("Metadata file is empty. You can use interactive building to build the metadata on the fly. Press Y or N")
# userinp = input()
# if userinp == "Y":
# return interactiveBuildingCreate()
# else:
# print("Please change the file and come back.")
# sys.exit()
# remaining = {}
# keys = []
# counter = 0
# topics_bool = True
# for tag in parsers:
# if(tag in metaData):
# if(tag == 'topics'):
# topics_list = metaData['topics']
# ensTopicListLower = [x.lower() for x in ensTopicList]
# var = any(tag in ensTopicListLower for tag in topics_list)
# if(not var):
# print("Please provide a topic according to the ENS standards.")
# topics_bool = False
# if(tag == 'associations'):
# if(metaData[tag]):
# if(type(metaData[tag]) != list):
# lst = [metaData[tag]]
# metaData[tag] = lst
# if(metaData[tag]):
# pass
# counter += 1
# else:
# print("There is no value provided for the key {}".format(tag))
# remaining[tag] = ""
# else:
# print("{} key not present in the file".format(tag))
# keys.append(tag)
# if(counter == 4 and topics_bool == True):
# metaData["topics"].append("ens-asset")
# metaData["topics"] = list(set(metaData["topics"]))
# json_object = json.dumps(metaData, indent = 4)
# return(json_object, 1,metaData["topics"],metaData["description"])
# if(len(remaining) > 0 or len(keys) > 0 or topics_bool == False):
# print("Do you want to interactively add the missing keys or values?: Y or N")
# resp = input()
# if(resp == 'Y'):
# if(len(remaining) > 0):
# for tag in remaining:
# if(tag == 'associations'):
# print("Please provide the associations(URL's). If multiple, provide then coma separated")
# associations = input().split(',')
# metaData["associations"] = associations
# else:
# print("Please provide the value of the {}".format(tag))
# resp_tag = input()
# metaData[tag] = resp_tag
# if(len(keys) > 0):
# print("Please provide the value for the following keys")
# for tag in keys:
# if(tag == "topics"):
# print("Provide the value of the tag {}".format(tag))
# metaData["topics"] = []
# topic_inp = topic_writing()
# for top in range(len(topic_inp)):
# metaData['topics'].append(topic_inp[top])
# elif(tag == 'associations'):
# print("Please provide the associations(URL's). If multiple, provide then coma separated")
# associations = input().split(',')
# metaData["associations"] = associations
# else:
# print("Provide the value of the tag {}".format(tag))
# resp_tag = input()
# metaData[tag] = resp_tag
# if(not topics_bool):
# topic_inp = topic_writing()
# for top in range(len(topic_inp)):
# metaData['topics'].append(topic_inp[top])
# else:
# return("Please change your json file accordingly and re-upload", 0,0,0)
# metaData["topics"].append("ens-asset")
# metaData["topics"] = list(set(metaData["topics"]))
# json_object = json.dumps(metaData, indent = 4)
# return(json_object,1,metaData["topics"],metaData["description"])
####################################################################################
### Interactive building if there is no metadata file
# def interactiveBuildingCreate():
# metaData = {}
# print("Please provide the asset Name.")
# assetName = str(input())
# metaData["assetName"] = assetName
# print("Please provide a one liner description")
# description = str(input())
# metaData["description"] = description
# topics = []
# print("Please select a mandatory topic from below")
# questions = [
# {
# 'type': 'list',
# 'name': 'topic',
# 'message': 'What topic to add?',
# 'choices': ["ens-machinelearning", "ens-mathematics", "ens-lifeSciences", "ens-Sports", "ens-others"],
# 'filter': lambda val: val.lower()
# },
# ]
# answers = prompt(questions)
# # print(answers['topic'])
# topics.append(answers['topic'])
# userinp1 = input("You can also add custom topics to this digital asset. Press Y if you want to add new topics to the repo. Otherwise press N: ")
# if userinp1 == "Y":
# userinp2 = input("Enter the topic names using comma separation: ")
# inputsplit = userinp2.split(",")
# for topic in inputsplit:
# if topic in topics:
# print("This topic "+topic+" is already added")
# continue
# topics.append(topic)
# topics.append("ens-asset")
# metaData["topics"] = topics
# print("Please provide the associations(URSL's). If multiple, provide by giving space")
# associations = input().split()
# metaData["associations"] = associations
# json_object = json.dumps(metaData, indent = 4)
# return(json_object,1,metaData["topics"],metaData["description"])
#####################################################################################
### Upload the files in the specified directory to the repository on GitHub
def uploadFiles_Directory(filePath,createdRepoName):
allFiles = os.listdir(filePath)
print(allFiles)
for files in allFiles:
if files == ".git":
continue
with open((os.path.join(filePath,files)),'rb') as file:
fileContent = file.read()
## upload file to the repo
# createdRepoName.create_file("testfile.txt","create file",fileContent,branch="main")
createdRepoName.create_file(files,"create file",fileContent,branch="main")
print("All files in the specified directory uploaded")
######################################################################################
### Creates the repo(digital asset on GitHub)
def createasset(repoName):
try:
createdRepo = user.create_repo(repoName)
return g.get_repo(createdRepo.full_name)
except github.GithubException as e:
print("Error Occured: ", e.data)
sys.exit()
### Taking the topics to be added from the user and uploading to GitHub repo (digital asset)
### Created in initial version. Not using in actual implementation
# def addTopicsCreation(createdRepoName):
# print("Topics must be added to this digital asset.\n Please choose from one of the assets below.")
# repoobj = g.get_repo(createdRepoName.full_name)
# topics = repoobj.get_topics()
# questions = [
# {
# 'type': 'list',
# 'name': 'topic',
# 'message': 'What topic to add?',
# 'choices': ensTopicList,
# 'filter': lambda val: val.lower()
# },
# ]
# answers = prompt(questions)
# # print(answers['topic'])
# topics.append(answers['topic'])
# repoobj.replace_topics(topics)
# print("Added the given topics to the repo")
# print("Current topics in this repo are "+str(topics)+"\n")
# userinp = input("You can also add custom topics to this digital asset. Press Y if you want to add new topics to the repo. Otherwise press N: ")
# if userinp == "Y":
# userinp1 = input("Enter the topic names using comma separation: ")
# inputsplit = userinp1.split(",")
# for topic in inputsplit:
# if topic in topics:
# print("This topic "+topic+" is already added")
# continue
# topics.append(topic)
# else:
# print("Terminating")
# sys.exit()
# repoobj.replace_topics(topics)
# print("Added the given topics to the repo")
# print("Current topics in this repo are "+str(topics))
### Taking description from the user and uploading to GitHub Repo(digital asset)
### Created in initial version. Not using in actual implementation
# def addDesc(createdRepoName):
# userinp = input("please enter a one line description for the digital asset")
# subprocess.run(f"gh repo edit {createdRepoName.full_name} -d \"{userinp}\"",shell=True)
######################################################################################
def download_repo(type,repo,chunkSize = 128):
repo = getRepo(repo)
repoName = repo.name
type = type.lower()
archive_link = repo.get_archive_link(type+"ball",repo.default_branch)
response = request.get(archive_link,headers={"Authorization": f"token {token}"})
if response.status_code == 404:
print("Failed to fetch download file")
else :
print("Downloading %s File",type)
res = request.get(archive_link , stream = True)
with open(repoName+"."+type,'wb') as f:
for chunk in res.iter_content(chunk_size = chunkSize):
if chunk:
f.write(chunk)
print("Download Successful")
def download_files(files):
response = request.get(files.download_url, allow_redirects=True)
open(files.name,'wb').write(response.content)
print("Download Successful :" + files.name)
def expandRepo(reponame):
repo = getRepo(reponame)
contents = repo.get_contents("")
expandedContents = []
while(contents):
newContent = contents.pop(0)
if newContent.type == 'dir':
contents.extend(repo.get_contents(newContent.path))
else:
expandedContents.append(newContent)
return expandedContents
def searchfiles(repoN,filename):
newRepo = getRepo(repoN)
contents = newRepo.get_contents("")
exactlist = []
partiallist = []
while contents:
check = True
newContent = contents.pop(0)
if newContent.type == 'dir':
contents.extend(newRepo.get_contents(newContent.path))
else:
if newContent.name == filename and newContent.type != 'dir':
exactlist.append(newContent)
# response = request.get(newContent.download_url, allow_redirects=True)
# open(newContent.name,'wb').write(response.content)
# print("Download Successful :" + newContent.name)
# sys.exit()
elif fuzz.partial_ratio(newContent.name.lower(), filename.lower()) >= 80 and newContent.type != 'dir':
partiallist.append(newContent)
# response = request.get(newContent.download_url, allow_redirects=True)
# open(newContent.name,'wb').write(response.content)
# print("Download Successful :" + newContent.name)
if(len(exactlist) == 1):
download_files(exactlist[0])
elif(len(exactlist) > 1):
questions = [
{
'type' : 'list',
'name' : 'dFile',
'message' : 'Select a file to download',
'choices' : [x.path for x in exactlist],
'filter' : lambda option : option
}
]
result = prompt(questions)
for each in exactlist:
if result['dFile'] == each.path:
download_files(each)
if(len(exactlist) == 0 and len(partiallist) > 0):
for each in partiallist:
download_files(each)
elif(len(exactlist) == 0 and len(partiallist) == 0):
print("No file found")
def getRepo(repoName):
try:
repo = g.get_repo(repoName)
return repo
except github.BadCredentialsException:
print("Invalid User Token")
sys.exit()
except github.UnknownObjectException:
print("Repo not found. Please enter a valid repo")
sys.exit()
except github.GithubException as e:
print("Error Occured:", e)
sys.exit()
############ Search Functions ####################
# Function used to search from the user given topics
def get_github_data(topics, input):
st = ""
first = True
for t in topics:
if(first):
st = st + "topic:" + t
first = False
else:
st = st + "+topic:" + t
url_2 = "https://api.github.com/search/repositories?q="+st
data = request.get(url_2)
data_json = data.json()
count = 0
for i in range(0,len(data_json['items'])):
count += 1
owner = data_json['items'][i]['owner']['login']
name = data_json['items'][i]['name']
url = data_json['items'][i]['html_url']
if(input == 'topics'):
print(count)
print('Name: ' + name,'\nLink: ' + url, '\nUploaded By: ' + owner + '\n')
# Function used to list all the digital assets
def list_assets(input):
topics = ['ens-asset']
get_github_data(topics, input)
# Search by topics, takes topics as input
def search(input,value):
topics = ['ens-asset']
if input == 'topics':
custom_topics = value.split(",")
for v in custom_topics:
topics.append(v)
get_github_data(topics, input)
# search by keyword, hepler function to find keywords in the metadata file
def github_read_file_str(username, repository_name, github_token=None):
headers = {}
if github_token:
headers['Authorization'] = f"token {github_token}"
try:
url = f'https://api.github.com/repos/{username}/{repository_name}/contents/digital-asset-metadata.json'
r = request.get(url, headers={
'Authorization': 'Bearer '+token,
'Accept': 'application/vnd.github+json'})
r.raise_for_status()
data = r.json()
file_content = data['content']
file_content_encoding = data.get('encoding')
if file_content_encoding == 'base64':
file_content = base64.b64decode(file_content).decode()
except:
file_content = ""
return file_content
# Function to call the github_read_file_str for each digital asset
def populate_data(data_json,keyword):
count = 0
done = []
for i in range(0,len(data_json['items'])):
owner = data_json['items'][i]['owner']['login']
name = data_json['items'][i]['name']
url = data_json['items'][i]['html_url']
file_content = github_read_file_str(owner,name)
for k in keyword:
if (k.lower() in file_content.lower()) and (url not in done):
done.append(url)
count += 1
print(count)
print('Name: ' + name,'\nLink: ' + url, '\nUploaded By: ' + owner + '\n')
# Function to search by the given repo name
def repo_name_search(name):
url_2 = "https://api.github.com/search/repositories?q="+name+" in:name topic:ens-asset"
data = request.get(url_2)
data_json = data.json()
res = []
count = 0
for i in range(0,len(data_json['items'])):
count += 1
print(count)
owner = data_json['items'][i]['owner']['login']
name = data_json['items'][i]['name']
url = data_json['items'][i]['html_url']
print('Name: ' + name,'\nLink: ' + url, '\nUploaded By: ' + owner + '\n')
# Function to search by keywords
def keyword_search(keywords):
keywords_sp = []
custom_topics = keywords.split(",")
for v in custom_topics:
keywords_sp.append(v)
url = 'https://api.github.com/search/repositories?q=topic:ens-asset&per_page=100&page=1'
data = request.get(url,headers={
'Authorization': 'Bearer '+token,
'Accept': 'application/vnd.github+json'})
data_json = data.json()
headers = data.headers
populate_data(data_json,keywords_sp)
# below condition checks for pagination
if "Link" in headers.keys():
iterate = True
j = data.headers['Link']
j = j.split(",")
url = j[0].split(';')[0].replace('<','').replace('>','')
else:
iterate = False
while(iterate):
data = request.get(url,headers={
'Authorization': 'Bearer '+token,
'Accept': 'application/vnd.github+json'})
populate_data(data_json,'asset')
if "Link" in data.headers.keys():
j = data.headers['Link']
j = j.split(",")
if('next' in j[1]):
url = j[1].split(';')[0].replace('<','').replace('>','')
else:
iterate = False
else:
iterate = False
############ End of Search Functions ####################
#subscribe to a repo
def subscribeToRepo(reponame):
dotenv_file = dotenv.find_dotenv('variables.env')
dotenv.load_dotenv(dotenv_file)
my_dict = os.getenv('SUBSCRIBED_REPOS')
my_dict = json.loads(my_dict.replace("'", "\""), strict = False)
if(reponame in my_dict):
return("It seems like you have already subscribed to this repo.")
else:
try:
repo = g.get_repo(reponame)
username = reponame[:reponame.index('/')]
repo_name = reponame[reponame.index('/')+1:]
repo_status = subprocess.run("gh api https://api.github.com/repos/{}/{}/commits/main".format(username, repo_name), shell=True, capture_output=True)
repo_status = json.loads(repo_status.stdout)
my_dict[reponame] = repo_status['files'][0]['sha']
dotenv.set_key(dotenv_file, "SUBSCRIBED_REPOS", str(my_dict))
return("Success. Subscribed to this repo")
except GithubException as e:
print(e)
if e.status == 404:
print("Repository not found. Please enter a correct reponame")
#to get the status of a repo
def getStatus(reponame):
dotenv_file = dotenv.find_dotenv('variables.env')
dotenv.load_dotenv(dotenv_file)
my_dict = os.getenv('SUBSCRIBED_REPOS')
my_dict = json.loads(my_dict.replace("'", "\""), strict = False)
if(reponame in my_dict):
username = reponame[:reponame.index('/')]
repo_name = reponame[reponame.index('/')+1:]
repo_status = subprocess.run("gh api https://api.github.com/repos/{}/{}/commits/main".format(username, repo_name), shell=True, capture_output=True)
repo_status = json.loads(repo_status.stdout)
if(len(repo_status['files']) > 0):
try:
if(my_dict[reponame] != repo_status['files'][0]['sha']):
print("SHA: ", repo_status['files'][0]['sha'])
print("File Name: ", repo_status['files'][0]['filename'])
print("Status: ", repo_status['files'][0]['status'])
print("Additions: ",repo_status['files'][0]['additions'])
print("Deletions: ",repo_status['files'][0]['deletions'])
print("Changes: ",repo_status['files'][0]['changes'])
print("Blob URL: ",repo_status['files'][0]['blob_url'])
my_dict[reponame] = repo_status['files'][0]['sha']
dotenv.set_key(dotenv_file, "SUBSCRIBED_REPOS", str(my_dict))
else:
print("No changes to show.")
except Exception as ex:
print("An error Occured." + ex.data['message'])
else:
print("No changes to show")
else:
print("Please subscribe to this repo first")
######################################################################################
def main():
################## update related code #######################
if args.command == "updateFile":
print("\n####################### Update File ##########################\n")
if(args.updateType == 'metadata'):
try:
imp, flag = metadata()
if(flag == 0):
print(imp)
except Exception as ex:
print("An error Occured." + ex.data['message'])
elif(args.updateType == 'data'):
try:
imp, flag = dataFile()
if(flag == 0):
print(imp)
except Exception as ex:
print("An error Occured" + ex.data['message'])
elif(args.updateType == 'both'):
try:
imp1, flag1 = dataFile()
if(flag1 == 0):
print(imp1)
sys.exit()
imp, flag = metadata()
if(flag == 0):
print(imp)
except Exception as ex:
print("An error Occured." + ex.data['message'])
else:
print("Invalid input")
########################## Subscribe related code ######################
if args.command == "subscribeRepo":
res = subscribeToRepo(args.reponame)
print(res)
########################## Subscribe related code ######################
if args.command == "getStatus":
res = getStatus(args.reponame)
#print(res)
##############################################
## Create related code ##
##############################################
if args.command == "createRepo":
## variable to track if metadata file is present or not
metadataFlag = 0
# g,user = getAuthToken()
## create empty repo
if args.empty == "True":
# createdRepo = user.create_repo(args.reponame)
createdRepoName = createasset(args.reponame)
print("Empty repo created. Upload the digital asset files.")
else:
# createdRepo = user.create_repo(args.reponame)
# createdRepoName = g.get_repo(createdRepo.full_name)
## if no path is given, take current directory and proceed
if args.path is None:
print("Files must be uploaded when creating a non-empty repo")
print("Files in the current repo are: ")
print(os.listdir(os.getcwd()))
userinp = input("Do you want all files in the current directory to be uploaded? Press Y/N: Pressing N will not create any repo.")
if userinp == "Y":
allFiles = os.listdir(os.getcwd())
print(allFiles)
for files in allFiles:
if "metadata.json" in files:
metadataFlag = 1
with open((os.path.join(os.getcwd(),files)),'rb') as file:
fileContent = file.read()
## metaDataParserCreate() function below will parse metadata and check for missing values
## If there are any missing values we add them interactively
jsonObject, flag, topicsFunc, descFunc = metaDataParser(fileContent)
## Below code kicks in if user doesn't want to change metadata interactively
if(flag == 0):
print(jsonObject)
sys.exit()
else:
with open(f"{os.getcwd()}/metadata.json","w") as outfile:
outfile.write(jsonObject)
### If metdata file is not found below code runs
if metadataFlag == 0:
print("Metadata file not found. It is mandatory for a digital asset.")
userinp = input("You can create it interactively. Press Y to create interactively, or press N to create it manually: ")
if userinp == "Y":
jsonObject,flag,topicsFunc,descFunc = interactiveBuilding()
with open(f"{os.getcwd()}/metadata.json","w") as outfile:
outfile.write(jsonObject)
else:
print("Please come back after creating the metadata.json file")