scmanjarrez

#!/bin/bash
#set -x 
 
# Shows you the largest objects in your repo's pack file.
# Written for osx.
#
# @see https://stubbisms.wordpress.com/2009/07/10/git-script-to-show-largest-pack-objects-and-trim-your-waist-line/
# @author Antony Stubbs
 
# set the internal field separator to line break, so that we can iterate easily over the verify-pack output

scmanjarrez

Occasionally we will deploy a virtual instance into our KVM infrastructure and realize after the fact that we need more local disk space available. This is the process we use to expand the disk image. This process assumes the following:

• You're using legacy disk partitions. The process for LVM is similar and I will describe that in another post.
• The partition you need to resize is the last partition on the disk.

This process will work with either a qcow2 or raw disk image. For

scmanjarrez

import QtQuick 2.12

Rectangle {
  property var toFill: parent          // instantiation site "can" (optionally) override
  property color customColor: 'yellow' // instantiation site "can" (optionally) override
  property int customThickness: 1      // instantiation site "can" (optionally) override

  anchors.fill: toFill
  z: 200
  color: 'transparent'

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distance-selector {
  width: 176px;
}
#jog_distance1, #jog_distance2, #jog_distance3 {
  width: 176px;
  padding-left: 0px;
  padding-bottom: 0px;
  margin-left: 0px;
  margin-bottom: 0px;
}

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services:
  firefox:
    restart: always
    image: selenium/standalone-firefox:104.0
    container_name: selenium_firefox
    shm_size: 2g
    mem_limit: 512m
    mem_reservation: 256m
    cpus: 1
    ports:

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gcode.register_command('TUYA_ON', self.cmd_TUYA_ON, True,
                               desc=self.cmd_TUYA_ON_help)
        gcode.register_command('TUYA_OFF', self.cmd_TUYA_OFF, True,
                               desc=self.cmd_TUYA_OFF_help)
### ...
### ...
cmd_TUYA_ON_help = "Turn on Tuya Smart Plug"
    def cmd_TUYA_ON(self, gcmd):
        try:
            proc = subprocess.Popen(

scmanjarrez

I'll leave my workaround to use with gmail for future reference after testing every suggestion here without success:

• Define SMTP_USER and SMTP_PASS

     SHARELATEX_EMAIL_SMTP_USER=your_email
     SHARELATEX_EMAIL_SMTP_PASS=app_password # requires 2fa enabled
  

• Connect to sharelatex container (docker exec) and run this command:

  $ cp /overleaf/services/web/app/src/Features/Email/EmailSender.js /var/lib/sharelatex

scmanjarrez

I'll leave my workaround to enable register for future reference:

• Start the containers as always

  I'm assuming you're using overleaf toolkit

• Connect to sharelatex container, we need to copy the following files to /var/lib/sharelatex so we can edit them in the host and bind the new version.

  $ cp app/views/user/register.pug /var/lib/sharelatex
  $ app/src/router.js /var/lib/sharelatex
  $ app/src/Features/User/UserController.js /var/lib/sharelatex
  $ app/src/Features/User/UserPagesController.js /var/lib/sharelatex

scmanjarrez

This is mostly for my own benefit when I invariably format a computer using these adapters and forget how to get wifi working again:

• TP-Link T2U Nano (AC600)¹
• TP-Link T3U Plus (AC1300)¹

Plug device in and ensure it is detected via lsusb:

For the T3U Plus, the ID is 2357:0138.

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Wifi rename, backup of https://yoursunny.com/t/2021/WiFi-rename/

During an experiment, I need to use three WiFi interfaces on a Raspberry Pi running Ubuntu 20.04. In addition to Raspberry Pi's internal WiFi interface, I added two USB WiFi adapters. Three network interfaces showed up in the system (ip link command), and they are named wlan0, wlan1, and wlan2 by default.

I often need to capture packets with tcpdump, and I often have to be type these interface names manually. It isn't easy to remember the purpose of each network interface, so I wanted to rename the interfaces to reflect their role in my application. However, this isn't as easy as it sounds.

🚫 Netplan

Ubuntu 20.04 configures network interfaces using Netplan, so my first thought was: I can write a Netplan configuration that matches network interfaces with their MAC addresses, and assigns the desired name to each network interface.