from flask import Blueprint, render_template import requests threads = Blueprint('threads', __name__, template_folder='template') # TODO: move following to an app config or sqlite server = 'https://social.ayco.io' thread_ids = ['112319729193615365', '112258065967208438'] title = "Ayo's Threads" attribution = { "owner": "Ayo Ayco", "year": "2024" } @threads.route('/') def home(): statuses = fetch_statuses() return render_template('threads.html', threads=statuses, title=title, attribution=attribution) @threads.route('/') def thread(id): if id in thread_ids: status = fetch_thread(id) return render_template('threads.html', threads=[status], title=title, attribution=attribution) else: return '

Not Found

¯\_(ツ)_/¯

go home', 404 @threads.route('/api') def api(): return fetch_statuses(); @threads.route('/api/') def api_thread(id): return fetch_thread(id) def fetch_statuses(): statuses = [] for id in thread_ids: status = requests.get(server + '/api/v1/statuses/' + id ).json() status = clean_status(status) statuses.append(status) return statuses def fetch_thread(id): status = requests.get(server + '/api/v1/statuses/' + id ).json() status = clean_status(status) status['descendants'] = get_descendants(server, status) return status def get_descendants(server, status): author_id = status['account']['id'] context = requests.get(server + '/api/v1/statuses/' + status['id'] + '/context').json() descendants = [] for reply in context['descendants']: # TODO: the following condition will include a reply to a reply of the author # - edge case: a different author replies in the thread and the author replies then replies again if reply['account']['id'] == author_id and reply['in_reply_to_account_id'] == author_id: descendants.append(clean_status(reply)) return descendants def clean_author(account): return clean_dict(account, ['avatar', 'display_name', 'id', 'url']) def clean_status(status): clean = clean_dict(status, ['id', 'content', 'created_at', 'url', 'media_attachments', 'card']) clean['account'] = clean_author(status['account']) return clean def clean_dict(dict, keys): return {k: dict[k] for k in keys}