monkut

# the `update-function-configuration` overwrites the existing set envars.
# In order to *ADD* variables we need to read the existing envars and add to that.
# This command uses `jq` to read and transform the json result to an envar then update the lambda configuration

# create the updated envar set
export YOUR_FUNCTION_NAME={populate this}
export UPDATED_ENVIRONMNET_VARIABLES=$(aws lambda get-function-configuration --function-name ${YOUR_FUNCTION_NAME} | \
    jq --compact-output ".Environment + {\"Variables\": (.Environment.Variables + {\"NEW_ENVAR_NAME\": \"NEW_ENVAR_VALUE\"})}")

# check

spinus

{pkgs?import <nixpkgs> {}}:
with pkgs;

stdenv.mkDerivation {
  name = "falcon-sensor";
  version = "4.18.0-6402";
  arch = "amd64";
  src = ./falcon-sensor_6.34.0-13108_amd64.deb;

  nativeBuildInputs = [ dpkg autoPatchelfHook zlib pkgs.libnl pkgs.openssl ];

jtojnar

Nix is a package manager that you can install in parallel with your system package manager on Linux or MacOS. It allows you to effortlesly build any of the thousands of packages defined in the nixpkgs repository or write your own package expressions. Packages in the nixpkgs repository get periodically built by our CI server so the GIMP dependencies will be obtained from binary cache saving you time.

To obtain Nix, you can simply run an installation script, or use your package manager if it is packaged in your distro repositories. Notably, there is a package in Arch’s AUR and Debian Unstable.

The pull request containing changes for the latest changes for GIMP master is NixOS/nixpkgs#67576. I usually update the branch several times a month to point to t

danbst

# First add this module to your /etc/nixos/configuration.nix
# ...
#   imports = [ /path/to/iphone.nix ];
#   iphone.enable = true;
#   iphone.user = "yourusername";
# ...
# Then rebuild system. Attach iPhone via cable, open terminal and run command `iphone`
# It will fail, but there will occure a dialog on your iPhone to "trust this computer"
# Press OK there and run `iphone` again. If it succeeds it will open a freshly mounted folder

yannickjones

- Intros + background overview
- API service in a k8s clusters
    + Single region HA from starting with a single pod deployment?
    + API talks to MongoDB outside of the cluster 
    + Describe KPIs for this application?
    + Describe how you would make this service multi region in AWS at a high level?
- What are the three types of observability data?
- How would you troubleshoot a k8s pod stuck in a crashloopbackoff state?
- How can you expose a k8s application publicly using AWS and EKS?
- How can you provide a file to a pod in k8s without building it into your application image?

rms1000watt

package main

import (
	"fmt"
	"os"
	"text/template"
)

type Person struct {
	Name string

ravloony

{ stdenv, dpkg, fetchurl, openssl, libnl, buildFHSUserEnv,... }:

stdenv.mkDerivation {
  name = "falcon-sensor";
  version = "4.18.0-6402";
  arch = "amd64";
  src = fetchurl {
    url = "https://storage.googleapis.com/company-tools/falcon-sensor/falcon-sensor_4.18.0-6402_amd64.deb";
    sha512 = "dc41cfe0232124480abdcf456df9a3bd6cab62716bc5beea089fbf99ac2e29bf1e1a44676591a71eeb35afe7f25e495b53ede007cfc15dcbf47df7ec0a016098";
  };

ruandre

Nix on WSL Debian/Ubuntu

Prep

Install these if not already available:

sudo apt install curl xz-utils

miguelmota

package main

import (
	"fmt"

	"github.com/aws/aws-sdk-go/aws"
	"github.com/aws/aws-sdk-go/aws/session"
	"github.com/aws/aws-sdk-go/service/ssm"
)

gmaslowski

---
apiVersion: v1
kind: ConfigMap
metadata:
  name: cassandra-rackdc
data:
  cassandra-rackdc.properties: |
    dc= datacenter
    rack= RACK
---