sg-gs

async function startBackup() {
  // 3.2 When enabling backups, the user is prompted for access to the photo library.
  const permission = await requestGalleryPermission();

  if (permission === "denied") {
    notifyUser("Sin permisos, backup pausado");
    return;
  }

  // register if first time. 

sg-gs

Desde jupyter notebook, tambien se puede ejecutar código R.

• Instalar python https://www.python.org/downloads/
• Instalar Jupyter Notebook http://jupyter.readthedocs.io/en/latest/install.html

 pip3 install --upgrade pip
 pip3 install jupyter
 jupyter notebook

sg-gs

const fuse = require('fuse-bindings');
const path = require('path');
const fs = require('fs');

const mountPath = '/mnt/mi_sistema_de_archivos';

const fileSystem = {
  // Implementa las funciones de sistema de archivos FUSE
  readdir: (path, callback) => {
    if (path === '/') {

sg-gs

1. Make sure the domain you picked points at the IP of your Redash server.
2. Switch to the root user (sudo su).
3. Create a folder named nginx in /opt/redash.
4. Create in the nginx folder two additional folders: certs and certs-data.
5. Create the file /opt/redash/nginx/nginx.conf and place the following in it: (replace example.redashapp.com with your domain name)

   upstream redash {
       server redash:5000;
   }
   

sg-gs

kubectl get secret <secrets_name> -o go-template='{{range $k,$v := .data}}{{printf "%s=" $k}}{{if not $v}}{{$v}}{{else}}{{$v | base64decode}}{{end}}{{"\n"}}{{end}}'



EOF

sg-gs

# ADB is required

adb shell 
> run-as com.your.package # this should be the folder where the desired file to copy is located, in my case it was generated by an Android React-Native package
> cd files/
> cp desiredFile /sdcard
> exit
> exit

adb pull /sdcard/desiredFile /destination/path/on/my/local/file/system

sg-gs

# BACKUP

mongodump -u "USER_NAME" -p "USER_PASSWORD" --archive=test.gz --gzip --db DATABASENAME

# RESTORE

mongorestore --gzip --archive=test.gz --nsInclude 'DATABASENAME.*'

# If failed, edit /etc/mongodb.cong and set/uncomment noauth = true
# After edition, sudo service mongodb restart

sg-gs

sudo apt update
sudo apt install mysql-server
sudo mysql

# Drop root@localhost user to recreate it
DROP USER 'root'@'localhost';
CREATE USER 'root'@'localhost';
GRANT ALL ON *.* TO 'root'@'localhost' WITH GRANT OPTION;

CREATE USER 'root'@'%' IDENTIFIED BY 'password';

sg-gs

Paso 1. Enchufa/conecta/añade el nuevo volumen a la máquina de linux.

Paso 2. Ejecuta el comando lsblk e identifica cuál de todos es tu nuevo volumen.

Usa como pistas las columnas TYPE (debe ser disk), SIZE (el tamaño del volumen, normalmente lo sabemos de antemano, si hemos enchufado un volumen de 300GB, será el volumen que tenga 300GB), y MOUNTPOINT (el nuevo volumen no tiene ningún punto de montaje, aún, probablemente sea la única línea disk a la que le falte este valor).

Si tu disco no aparece porque has conectado el volumen con la máquina encendida, reinicia la máquina y vuelve a ejecutar este comando.

Ejemplo de lsblk en una máquina virtual que he creado con un volumen de 100G:

sg-gs

1. Login into mysql console

> mysql -u root -p

(-p parameter will ask you the password with a hidden prompt)

2. Watch available users to change passwords:

> select user, host, password from mysql.user;