philschmid

Classify user search queries as either "Good Google Search Query" or "Bad Google Search Query" based on their likelihood of yielding relevant and helpful results from Google Search.

Input: User search query (text string).

Output: Classification label:
    * Good Google Search Query: The query is likely to be effectively answered by Google Search.
    * Bad Google Search Query: The query is unlikely to be effectively answered by Google Search.  Further categorize "Bad" queries into subtypes for better understanding and classifier training (optional but highly recommended):
        * Chit-Chat/Conversational/Social
        * Personal/Subjective/Opinion-Based (Un-searchable)
        * Vague/Ambiguous/Lacking Specificity

tomtaylor

Mix.install([:mint, :castore])

defmodule Main do
  def run() do
    total =
      Stream.resource(
        fn ->
          {:ok, conn} = Mint.HTTP.connect(:https, "ftp.bit.nl", 443, mode: :passive)
          {:ok, conn, _ref} = Mint.HTTP.request(conn, "GET", "/speedtest/10mb.bin", [], nil)
          {conn, true}

debasishg

Cache Oblivious and Cache Aware Data Structure and Algorithms

1. Cache-Oblivious Algorithms and Data Structures - Erik Demaine (One of the earliest papers in cache oblivious data structures and algorithms that introduces the cache oblivious model in detail and examines static and dynamic cache oblivious data structures built between 2000-2003)

2. Cache Oblivious B-Trees - Bender, Demaine, Farch-Colton (This paper presents two dynamic search trees attaining near-optimal performance on any hierarchical memory. One of the fundamental papers in the field where both search trees discussed match the optimal search bound of Θ(1+log (B+1)N) memory transfers)

3. Cache Oblivious Search Trees via Binary Trees of Small Height - Brodal, Fagerberg, Jacob (The data structure discussed in this paper works on the version of [2] but avoids the use o

shaeqahmed

  .event.kind = "event"
  .event.type = ["info"]
  .event.category = ["web"]

  .o365.audit = object!(del(.json.o365audit))

  if .o365.audit.CreationTime != null {
    creation_time, err = split(string!(.o365.audit.CreationTime), "Z")[0] + "Z"                                          
    .ts = to_timestamp!(creation_time) 
  }

darkrain42

FROM pihole/pihole:latest

# Run s6 in its own PID namespace so that it is PID 1, even when the
# environment already has its own init process (fly.io has a non-optional
# one), to avoid this error:
#     s6-overlay-suexec: fatal: can only run as pid 1
#
# Un-ignore SIGINT and SIGTERM signals so that s6-init and all its child
# processes don't default to ignoring those signals.  A bug in the "unshare"
# utility propagates ignoring these signals to the child process, which is

quanhua92

#!/bin/sh
curl -s https://bunnycdn.com/api/system/edgeserverlist -H "Accept: application/json" | jq -r .[] > /tmp/bunny_ips
echo "" >> /tmp/bunny_ips
curl -s https://bunnycdn.com/api/system/edgeserverlist/ipv6 -H "Accept: application/json" | jq -r .[] >> /tmp/bunny_ips

for ip in `cat /tmp/bunny_ips`; do ufw allow proto tcp from $ip comment 'Bunny IP'; done;

SanariSan

Here are some examples on how to use Telegram bot api via CURL

Prerequisites

For getting messages in private chat with bot

• Create a bot using @BotFather, get it's token
• Start conversation with bot
• Run following curl command

curl https://api.telegram.org/bot/getUpdates | grep -Po '"from":{"id":.+?,'

pablodz

# [🟨OPTIONAL] Uninstall old docker versions
sudo apt-get remove docker docker-engine docker.io containerd runc
# Refresh latest version
sudo apt-get update
# Install pre-req
sudo apt-get install -y \
    apt-transport-https \
    ca-certificates \
    curl \
    gnupg \

dlederle

defmodule Acme.Repo do
  use Ecto.Repo,
    otp_app: :acme,
    adapter: Ecto.Adapters.Postgres

  def with_prefix(prefix) do
    module_atom = Module.concat([Acme, Repo, WithPrefix, Macro.camelize(prefix)])

    # We could not find a better way to see if this module already existed
    if !Kernel.function_exported?(module_atom, :prefix, 0) do

devonestes

# Step 1

def create_subscription(email, plan_id, payment_method_id) do
  with %User{customer_id: nil, name: name} = user <-
         Repo.get_by(User, email: email),
       {:ok, %Stripe.Customer{id: customer_id}} <-
         Stripe.Customer.create(%{
           name: name,
           email: email,
           payment_method: payment_method_id,