service.py

@@ -2,17 +2,12 @@
 from mastodon import Mastodon
 import MySQLdb
 import requests
-import markovify
 from multiprocessing import Pool
 import json, re
 import functions
 
 cfg = json.load(open('config.json'))
 
-class nlt_fixed(markovify.NewlineText): # modified version of NewlineText that never rejects sentences
-	def test_sentence_input(self, sentence):
-		return True # all sentences are valid <3
-
 def scrape_posts(account):
 	handle = account[0]
 	outbox = account[1]
@@ -87,67 +82,10 @@ def scrape_posts(account):
 
 		db.commit()
 		c.close()
+		print("Finished {}".format(handle))
 
-def make_post(handle):
+def make_post(bot):
-	handle = handle[0]
+	pass
-	print("Generating post for {}".format(handle))
-	c = db.cursor()
-	c.execute("""
-	SELECT 
-			learn_from_cw, client_id, client_secret, secret
-	FROM
-			bots, credentials
-	WHERE
-			bots.credentials_id = (SELECT 
-							credentials_id
-					FROM
-							bots
-					WHERE
-							handle = %s)
-	""", (handle,))
-
-	bot = c.fetchone()
-	client = Mastodon(
-		client_id = bot[1],
-		client_secret = bot[2],
-		access_token = bot[3],
-		api_base_url = "https://{}".format(handle.split("@")[2])
-	)
-
-	# by default, only select posts that don't have CWs.
-	# if learn_from_cw, then also select posts with CWs
-	cw_list = [False]
-	if bot[0]:
-		cw_list = [False, True]
-
-	# select 1000 random posts for the bot to learn from
-	c.execute("SELECT content FROM posts WHERE fedi_id IN (SELECT fedi_id FROM bot_learned_accounts WHERE bot_id = %s) AND cw IN %s ORDER BY RAND() LIMIT 1000", (handle, cw_list))
-
-	# this line is a little gross/optimised but here's what it does
-	# 1. fetch all of the results from the above query
-	# 2. turn (('this',), ('format')) into ('this', 'format')
-	# 3. convert the tuple to a list
-	# 4. join the list into a string separated by newlines
-	posts = "\n".join(list(sum(c.fetchall(), ())))
-
-	model = nlt_fixed(posts)
-	tries = 0
-	sentence = None
-	# even with such a high tries value for markovify, it still sometimes returns none.
-	# so we implement our own tries function as well, and try ten times.
-	while sentence is None and tries < 10:
-		sentence = model.make_short_sentence(500, tries = 10000)
-		tries += 1
-
-	# TODO: mention handling
-
-	if sentence == None:
-		# TODO: send an error email
-		pass
-	else:
-		client.status_post(sentence)
-
-	# TODO: update date of last post
 
 print("Establishing DB connection")
 db = MySQLdb.connect(
@@ -157,19 +95,24 @@ db = MySQLdb.connect(
 	db=cfg['db_name']
 )
 
-print("Cleaning up database")
-# delete any fedi accounts we no longer need
-cursor = db.cursor()
-cursor.execute("DELETE FROM fedi_accounts WHERE handle NOT IN (SELECT fedi_id FROM bot_learned_accounts);")
-
 print("Downloading posts")
+cursor = db.cursor()
 cursor.execute("SELECT `handle`, `outbox` FROM `fedi_accounts` ORDER BY RAND()")
 accounts = cursor.fetchall()
-# with Pool(8) as p:
+with Pool(8) as p:
-# 	p.map(scrape_posts, accounts)
+	p.map(scrape_posts, accounts)
 
 print("Generating posts")
-cursor.execute("SELECT handle FROM bots WHERE enabled = TRUE")
+cursor.execute("""
+SELECT
+    bots.handle, credentials.client_id, credentials.client_secret, credentials.secret
+FROM
+    bots,
+    credentials
+WHERE
+    bots.credentials_id = credentials.id
+        AND bots.enabled = TRUE;
+""")
 bots = cursor.fetchall()
 
 with Pool(8) as p:

webui.py

@@ -184,7 +184,7 @@ def bot_accounts_add():
 			if r.status_code == 200:
 				# success!!
 				c = mysql.connection.cursor()
-				c.execute("REPLACE INTO `fedi_accounts` (`handle`, `outbox`) VALUES (%s, %s)", (request.form['account'], outbox))
+				c.execute("INSERT INTO `fedi_accounts` (`handle`, `outbox`) VALUES (%s, %s)", (request.form['account'], outbox))
 				c.execute("INSERT INTO `bot_learned_accounts` (`bot_id`, `fedi_id`) VALUES (%s, %s)", (session['bot'], request.form['account']))
 				c.close()
 				mysql.connection.commit()
@@ -307,7 +307,7 @@ def bot_create():
 
 			# authentication success!!
 			c = mysql.connection.cursor()
-			c.execute("INSERT INTO `credentials` (client_id, client_secret, secret) VALUES (%s, %s, %s)", (session['client_id'], session['client_secret'], session['secret']))
+			c.execute("INSERT INTO `credentials` (client_id, client_secret, secret) VALUES (%s, %s, %s)", (session['client_id'], session['client_secret'], session['code']))
 			credentials_id = c.lastrowid
 			mysql.connection.commit()