sleepiecappy

- download & extract from https://github.com/eosrei/twemoji-color-font/releases
- install bitstream with `sudo zypper in bitstream-vera-fonts`
- cd TwitterColorEmoji-SVGinOT-Linux-12.0.1
- chmod +x install.sh && ./install.sh

sleepiecappy

*CapsLock::
    Send {Blind}{Ctrl Down}
    cDown := A_TickCount
Return

*CapsLock up::
    ; Modify the threshold time (in milliseconds) as necessary
    If ((A_TickCount-cDown) < 210)
        Send {Blind}{Ctrl Up}{Esc}
    Else

sleepiecappy

Request Validation with Akka-HTTP and Cats

Greg Beech wrote an article on Akka HTTP Entity Validation. This post is on the same topic, except we are going to use typeclass instances, as opposed to subtyping, for form validations.

Sample Problem: User Regsitration

To start with, let us suppose that we are working on some sort of user management service using Scala/Akka. However, here we are only going to focus on the registration part, in which the client is expected to send a user data, in JSON format; and the server needs to validate them, and save the user if the validations succeed, or reject the request with all the errors detected. That said, we should keep in mind that our validations may be used through out the entire codebase, not just in the user registration endpoint.

The rules for our validation are as follows:

sleepiecappy

Request Validation with Akka-HTTP and Cats

Greg Beech wrote an article on Akka HTTP Entity Validation. This post is on the same topic, except we are going to use typeclass instances, as opposed to subtyping, for form validations.

Sample Problem: User Regsitration

To start with, let us suppose that we are working on some sort of user management service using Scala/Akka. However, here we are only going to focus on the registration part, in which the client is expected to send a user data, in JSON format; and the server needs to validate them, and save the user if the validations succeed, or reject the request with all the errors detected. That said, we should keep in mind that our validations may be used through out the entire codebase, not just in the user registration endpoint.

The rules for our validation are as follows:

sleepiecappy

Context: I was asked for a list of interesting reading relating to "distributed databases, behavior under partitions and failures, failure detection." Here's what I came up with in about an hour.

For textbooks, "Introduction to Reliable and Secure Distributed Programming" is a superb introduction to distributed computing from a formal perspective; it's really not about "programming" or "engineering" but about distributed system fundamentals like consensus, distributed registers, and broadcast. Used in Berkeley's Distributed Computing course (and HT to @lalithsuresh) Book Site

Notes from courses like Lorenzo Alvisi's Distributed Computing class can be great.

There are a bunch of classics on causality, [Paxos](ht

sleepiecappy

defmodule Consecutive do

defp consecutive([]) do
    false
  end

  defp consecutive([a | [a | _rest]]) do
    true
  end

sleepiecappy

defmodule Permutation do

def permutations([]), do: [[]]

def permutations(list),
  do: for(elem <- list, rest <- permutations(list -- [elem]), do: [elem | rest])
  
end

sleepiecappy

defmodule FCCL.Algos.Inventory do
  @doc """
    ## Examples

      iex> current = [[21, "Bowling Ball"], [2, "Dirty Sock"], [1, "Hair Pin"], [5, "Microphone"]]
      iex> new     = [[2, "Hair Pin"], [3, "Half-Eaten Apple"], [67, "Bowling Ball"], [7, "Toothpaste"]]
      iex> FCCL.Algos.Inventory.update(current, new)
      [[88, "Bowling Ball"], [2, "Dirty Sock"], [3, "Hair Pin"], [3, "Half-Eaten Apple"], [5, "Microphone"], [7, "Toothpaste"]]
  """
  def update(current, new) do

sleepiecappy

[credential]
	helper = manager
[user]
	name = João Pedro de Carvalho
	email = [email protected]
[core]
	excludesfile = ~/dotgit/.gitignore
[commit]
	template = ~/dotgit/.gitmessage

sleepiecappy

.windows {
  /* looking good: Roboto */
  font-family: "Work Sans" !important;
}