Follow the below steps to install the latest version of PostgreSQL on Windows by scoop package manager.
scoop install postgresql -g| [2m2026-01-15T05:25:52.360670Z[0m [32m INFO[0m [2mtick_sim[0m[2m:[0m simulation_started [3mcommand[0m[2m=[0m"Press Ctrl+C to stop" | |
| [2m2026-01-15T05:25:52.360882Z[0m [32m INFO[0m [1mmarket_maker[0m[1m{[0m[3mconfig[0m[2m=[0mConfig { simulation: SimulationConfig { run_duration_ms: None }, agents: AgentsConfig { market_maker: MarketMakerConfig { center_price: 100.0, initial_levels: 5, initial_quantity: 100, spread: 0.1, tick_size: 0.05, standard_quantity: 100, latency_ms: (1, 5) }, noise_trader: NoiseTraderConfig { submit_interval_ms: 500, quantity_range: (10, 50), aggressive_prices: (99.95, 100.05) } }, market: MarketConfig { price_precision: 2 } } [3magent_id[0m[2m=[0m"market_maker"[1m}[0m[2m:[0m [2mtick_sim::agents[0m[2m:[0m market_maker_started | |
| [2m2026-01-15T05:25:52.360877Z[0m [32m INFO[0m [1mrun[0m[1m{[0m[3mevent_rx[0m[2m=[0mReceiver { chan: Rx { inner: Chan { tx: Tx { block_tail: 0x1f11d801c40, tail_position: 0 }, semaphore: Semaphore { semaphore: Semaphore { |
| unit AsyncThread; | |
| interface | |
| uses | |
| {Delphi} | |
| System.SysUtils | |
| {Project} | |
| ; |
| def generate_collatz(n): | |
| """ | |
| Generator function to generate the Collatz sequence. | |
| Args: | |
| n (int): The starting number for the sequence. | |
| Yields: | |
| int: The next number in the sequence. | |
| """ |
| /// OEIS A014445 - Even Fibonacci numbers; or, Fibonacci(3*n). | |
| /// https://oeis.org/A014445 | |
| /// https://oeis.org/A014445/list | |
| void main() => print(evenFibonacci().take(26)); | |
| Iterable<int> evenFibonacci() sync* { | |
| int a = 0, b = 2; | |
| while (true) { |
| // Summation of Primes | |
| // https://projecteuler.net/problem=10 | |
| void main() { | |
| final timer = Stopwatch()..start(); | |
| final answer = summationOfPrimesBelow(2000000); | |
| timer.stop(); |
| import std.stdio; | |
| import std.range; | |
| import std.algorithm; | |
| auto primeGenerator() { | |
| int num = 2; | |
| return generate(() { | |
| while (true) { | |
| if (isPrime(num)) { |
| import sympy as sp | |
| def generate_sequence(gen_func, num_terms): | |
| """ | |
| Generates a sequence up to num_terms terms using the given generating function. | |
| Args: | |
| gen_func: The generating function as a SymPy expression. | |
| num_terms (int): The number of terms in the sequence. |
| import std.stdio : writefln; | |
| void main() { | |
| "%,3?d".writefln('_', 2_000_000.sumOfPrimesBelow); | |
| } | |
| ulong sumOfPrimesBelow(ulong num) { | |
| // Create a dynamic array of booleans initialized to true | |
| bool[] primes = new bool[num]; | |
| primes[] = true; |