asterite

use aztec::macros::aztec;

pub contract EcdsaKAccount {
    use authwit::{
        account::AccountActions,
        auth_witness::get_auth_witness,
        entrypoint::{app::AppPayload, fee::FeePayload},
    };
    use aztec::{
        context::private_context::PrivateContext,

asterite

use rand::{Rng, SeedableRng};
use rand_xorshift::XorShiftRng;

pub struct Config<T, const N: usize> {
    pub options_with_weights: [(T, usize); N],
    pub total_weight: usize,
}

impl<T: Copy, const N: usize> Config<T, N> {
    pub const fn new(options_with_weights: [(T, usize); N]) -> Self {

asterite

def affected_files(file, dependencies)
  tracked_files = Set(String).new
  track(file, dependencies, tracked_files)
  tracked_files
end

def track(file, dependencies, tracked_files)
  return unless tracked_files.add?(file)

  dependencies[file].each do |to|

asterite

# Make sure to configure this script!
# 1. Change `TEAM_LINEAR` properties below to match your Linear team
# 2. Optionally add more teams
# 3. Change the value of `DEPLOYED_TO_STAGING_GIT_TAG` to the tag/branch you use for deploys to staging
# 4. Change the value of `DEPLOYED_TO_PRODUCTION_GIT_TAG` to the tag/branch you use for deploys to production
#
# Usage:
#   LINEAR_API_KEY=... GITHUB_API_KEY=... ruby move_deployed_linear_issues.rb
#
# Adding new teams (change "LinearTeam" to your team name):

asterite

require "benchmark"

module Parser(T)
  def self.char(a : Char)
    CharParser.new(a)
  end

  def self.int
    IntParser.new
  end

asterite

time = Time.monotonic
gcfile = File.new("chry_multiplied.fa")

at = 0
gc = 0

while true
  # Peek the IO's buffer
  peek = gcfile.peek

asterite

require "colorize"

enum Color
  Red
  Green
  Blue
  Yellow
  Pink
  Gray

asterite

require "benchmark"

RANGE = 3..7

a = 1
v = ARGV[0].to_i

Benchmark.ips do |x|
  x.report("constant") do
    case v

asterite

# This Crystal source file is a multiple threaded implementation to perform an
# extremely fast Segmented Sieve of Zakiya (SSoZ) to find Twin Primes <= N.

# Inputs are single values N, or ranges N1 and N2, of 64-bits, 0 -- 2^64 - 1.
# Output is the number of twin primes <= N, or in range N1 to N2; the last
# twin prime value for the range; and the total time of execution.

# This code was developed on a System76 laptop with an Intel I7 6700HQ cpu,
# 2.6-3.5 GHz clock, with 8 threads, and 16GB of memory. Parameter tuning
# probably needed to optimize for other hardware systems (ARM, PowerPC, etc).

asterite

# This Crystal source file is a multiple threaded implementation to perform an
# extremely fast Segmented Sieve of Zakiya (SSoZ) to find Twin Primes <= N.

# Inputs are single values N, or ranges N1 and N2, of 64-bits, 0 -- 2^64 - 1.
# Output is the number of twin primes <= N, or in range N1 to N2; the last
# twin prime value for the range; and the total time of execution.

# This code was developed on a System76 laptop with an Intel I7 6700HQ cpu,
# 2.6-3.5 GHz clock, with 8 threads, and 16GB of memory. Parameter tuning
# probably needed to optimize for other hardware systems (ARM, PowerPC, etc).