This document lists all the situations where WordPress sends an email, along with how to filter or disable each email.
This documentation has moved here: https://github.com/johnbillion/wp_mail
<?php | |
function validar_cnpj($cnpj) | |
{ | |
$cnpj = preg_replace('/[^0-9]/', '', (string) $cnpj); | |
// Valida tamanho | |
if (strlen($cnpj) != 14) | |
return false; |
<?php | |
// Documentação completa em http://codex.wordpress.org/Class_Reference/WP_Query | |
$args = array( | |
'cat' => 1, //ID da sua categoria | |
'posts_per_page ' => 4, // Número de posts a exibir | |
); | |
$novo_loop = new WP_Query( $args ); | |
if ( $novo_loop->have_posts() ) : while ( $novo_loop->have_posts() ) : $novo_loop->the_post(); |
This document lists all the situations where WordPress sends an email, along with how to filter or disable each email.
This documentation has moved here: https://github.com/johnbillion/wp_mail
.price_slider{ | |
margin-bottom: 1em; | |
} | |
.price_slider_amount { | |
text-align: right; | |
line-height: 2.4em; | |
font-size: 0.8751em; | |
} |
# Installation --- | |
# 1. In Bitbucket, add FTP_USERNAME, FTP_PASSWORD and FTP_HOST as environment variables. | |
# 2. Commit this file (bitbucket-pipelines.yml) to your repo (in the repo root dir) | |
# 3. From Bitbucket Cloud > Commits > Commit Number > Run Pipeline > Custom:Init (this will | |
# push everything and initialize GitFTP) | |
# | |
# Usage --- | |
# - On each commit to master branch, it'll push all files to the $FTP_HOST | |
# - You also have the option to 'init' (see 'Installation' above) - pushes everything and initialises | |
# - Finally you can also 'deploy-all' (from Bitbucket Cloud > Commits > Commit Number > Run Pipeline > Custom:deploy-all) |
#!/bin/bash | |
sudo apt update | |
cd ~/Downloads | |
wget https://guardiao.itau.com.br/warsaw/warsaw_setup_64.deb | |
dpkg-deb -x ~/Downloads/warsaw_setup_64.deb /tmp/warsaw | |
dpkg-deb --control warsaw_setup_64.deb /tmp/warsaw/DEBIAN/ | |
sudo sed -i -e 's/python-gpgme,//g' /tmp/warsaw/DEBIAN/control | |
sudo sed -i -e 's/libcurl3/libcurl4/g' /tmp/warsaw/DEBIAN/control | |
sudo apt -y install python-pip |
#!/usr/bin/env python3 | |
import threading | |
import queue | |
import argparse | |
import os.path | |
import sys | |
NUM_WORKER_THREADS = 16 | |
LUKS_HEADER = b'LUKS\xba\xbe' |
import { Queue } from "@aws-cdk/aws-sqs"; | |
import { App, Duration, Stack, StackProps } from "@aws-cdk/core"; | |
import { Runtime, Code, Function } from "@aws-cdk/aws-lambda"; | |
import { SqsEventSource } from "@aws-cdk/aws-lambda-event-sources"; | |
class DeadLetterQueue extends Stack { | |
constructor(parent: App, name: string, props?: StackProps) { | |
super(parent, name, props); |
This guide will enable systemd
to run as normal under WSL 2. This will enable services like microk8s
, docker
and many more to just work
during a WSL session. Note: this was tested on Windows 10 Build 2004, running Ubuntu 20.04 LTS in WSL 2.
To enable systemd
under WSL we require a tool called systemd-genie
Copy the contents of install-sg.sh
to a new file /tmp/install-sg.sh
: