The purpose of this document is to get you familiar with the concepts and command line tools involved with connecting to the internet using modern 4G LTE modems on both Debian/Ubuntu and OpenWRT.
This writeup is based on my experiences with the Sierra Wireless AirPrime MC7455 modem and a Calyx (Sprint) SIM card, but it should apply to most modern 4G LTE modems.
These are the steps required:
www.iuqerfsodp9ifjaposdfjhgosurijfaewrwergwea.com is up the virus exits instead of infecting the host. (source: malwarebytes). This domain has been sinkholed, stopping the spread of the worm. Will not work if proxied (source).update: A minor variant of the viru
This is about documenting getting Linux running on the late 2016 and mid 2017 MPB's; the focus is mostly on the MacBookPro13,3 and MacBookPro14,3 (15inch models), but I try to make it relevant and provide information for MacBookPro13,1, MacBookPro13,2, MacBookPro14,1, and MacBookPro14,2 (13inch models) too. I'm currently using Fedora 27, but most the things should be valid for other recent distros even if the details differ. The kernel version is 4.14.x (after latest update).
The state of linux on the MBP (with particular focus on MacBookPro13,2) is also being tracked on https://github.com/Dunedan/mbp-2016-linux . And for Ubuntu users there are a couple tutorials (here and here) focused on that distro and the MacBook.
Note: For those who have followed these instructions ealier, and in particular for those who have had problems with the custom DSDT, modifying the DSDT is not necessary anymore - se
| # snippet from terraform/env-dev/peering.tf | |
| # import staging state, add routes from dev to staging | |
| resource "terraform_remote_state" "staging_state" { | |
| backend = "s3" | |
| config { | |
| bucket = "${var.tf_s3_bucket}" | |
| region = "${var.region}" | |
| key = "${var.staging_state_file}" | |
| } |
| # file name: terraform/env-staging/peering.tf | |
| # No peering / direct connectivity between staging and prod, for safety. | |
| resource "terraform_remote_state" "dev_state" { | |
| backend = "s3" | |
| config { | |
| bucket = "${var.tf_s3_bucket}" | |
| region = "${var.region}" | |
| key = "${var.dev_state_file}" | |
| } |
| # file name terraform/modules/aws_vpc/vpc.tf | |
| # first create the VPC. | |
| # Prefix resources with var.name so we can have many environments trivially | |
| resource "aws_vpc" "mod" { | |
| cidr_block = "${var.cidr}" | |
| enable_dns_hostnames = "${var.enable_dns_hostnames}" | |
| enable_dns_support = "${var.enable_dns_support}" | |
| tags { | |
| Name = "${var.env}_vpc" |
| # file name: infra/terraform/modules/aws_vpc/bastion_sg.tf | |
| resource "aws_security_group" "bastion_ssh_sg" { | |
| name = "bastion_ssh" | |
| description = "Allow ssh to bastion hosts for each vpc from anywhere" | |
| ingress { | |
| from_port = 22 | |
| to_port = 22 | |
| protocol = "tcp" | |
| cidr_blocks = ["0.0.0.0/0"] |
| #!/bin/bash | |
| # Copy files from and to Google Compute Engine instances | |
| # Automatically looks up the correct zone and uses ~/.ssh/id_rsa | |
| # Usage | |
| # gscp ./some.file some-instance-name:some-directory | |
| # gscp some-instance-name:some-directory ./some.file | |
| for project in $(gcloud projects list | grep -v PROJECT_ID | cut -d' ' -f 1); do | |
| PROJECT=$project |
| # Install QEMU OSX port with ARM support | |
| sudo port install qemu +target_arm | |
| export QEMU=$(which qemu-system-arm) | |
| # Dowload kernel and export location | |
| curl -OL \ | |
| https://github.com/dhruvvyas90/qemu-rpi-kernel/blob/master/kernel-qemu-4.1.7-jessie | |
| export RPI_KERNEL=./kernel-qemu-4.1.7-jessie | |
| # Download filesystem and export location |
mkfs.vfat -n config-2 -I /dev/sdc
mkdir -p /media/config-drive
mount /dev/sdc /media/config-drive
mkdir -p /media/config-drive/openstack/latest
cp cloud-config.yml /media/config-drive/openstack/latest/user_data
umount /media/config-drive
NOTE mkfs.vfat is provided by the dosfstools package