dcosson

# Simple http server to test concurrency or load balancing or whatever,
# specifying numprocs greater than 1 will run that many instances of the
# flask app in subprocesses on incrementing ports beginning with the one specified
# Run:
#    sudo pip install flask
#    python hello.py [PORT-NUM] [NUMPROCS]

from flask import Flask
import os
import signal

dcosson

I was renaming a project from GrowthKit to Mave, and updating the prefix.

This got me 95% of the way there, there were a few things to clean up manually (not really sure why because the things I fixed manually matched these rules). Luckily the previous project name wasn't "View" or something that would conflict with any builtin types or setting names

rm -rf Pods
brew install rename 
shopt -s globstar     # requires bash 4.0+, makes ** recursive

rename s/GrowthKit/Mave/ **

dcosson

    MaveSDK *mave = [MaveSDK sharedInstance];
    [mave presentInvitePageModallyWithBlock:^(UIViewController *inviteController) {
        if ([inviteController isKindOfClass:[UINavigationController class]]) {
            UINavigationController *navController = (UINavigationController *)inviteController;
            
            // Here replace the method "foo" with your method to present a share sheet
            // And you can of course use a button with an image instead of the title "Share"
            UIBarButtonItem *shareButton = [[UIBarButtonItem alloc] initWithTitle:@"Share" 
                                                                            style:UIBarButtonItemStylePlain
                                                                           target:self action:@selector(foo)];

dcosson

#!/bin/bash
#
# Download the specified ssh private key from s3 and add it to the ssh-agent so
# we can make requests to a git remote using it.
#
# Works by piping the ascii key through a named pipe to get it from standard
# out to a file descriptor that the ssh-add utility can read. The benefit of
# this over just saving it to a tmp file is the key never touches disk.

# Parse args

dcosson

For my own future reference, here's a query for finding size of the biggest relations in postgres, the tables and indexes. Taken from the wiki, but I've modified it so any pg_toast tables also display the tablename that they come from.

SELECT CASE WHEN relname like 'pg_toast%' THEN CONCAT(relname, ' (', CAST(rtrim(ltrim(relname, 'pg_toast_'), '_index') as INTEGER)::regclass, ')') ELSE relname END as relation, pg_size_pretty(pg_relation_size(C.oid)) AS "size" FROM pg_class C LEFT JOIN pg_namespace N ON (N.oid = C.relnamespace) WHERE nspname NOT IN ('pg_catalog', 'information_schema') ORDER BY pg_relation_size(C.oid) DESC LIMIT 50;

dcosson

See what is waiting on what:

SELECT 
    waiting.locktype           AS waiting_locktype,
    waiting.relation::regclass AS waiting_table,
    waiting_stm.query          AS waiting_query,
    waiting.mode               AS waiting_mode,
    waiting.pid                AS waiting_pid,
    other.locktype             AS other_locktype,
    other.relation::regclass   AS other_table,

dcosson

import json
import os
from googleapiclient import discovery
from oauth2client.service_account import ServiceAccountCredentials


def authenticated_directory_service(delegate_user_email):
    """ Returns a service object for accessing the admin directory service.
    """
    json_creds = json.loads(os.environ['GOOGLE_KEYFILE_JSON'])