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npx shadcn@latest add @react-bits/MetallicPaint-TS-CSS

npx shadcn@latest add @react-bits/ElectricBorder-TS-CSS

npx shadcn@latest add @react-bits/GlitchText-TS-CSS

npx shadcn@latest add @react-bits/DecryptedText-TS-CSS

npx shadcn@latest add @react-bits/MagicBento-TS-CSS

npx shadcn@latest add @react-bits/Lightning-TS-CSS

/**
 * @param {number} n
 * @param {number[][]} queries
 * @return {number[][]}
 */
var rangeAddQueries = function(n, queries) {
    // Step 1: Initialize an n x n matrix filled with 0s
    let mat = Array.from({ length: n }, () => Array(n).fill(0));

    // Step 2: Process each query
    for (let [row1, col1, row2, col2] of queries) {
        // Loop through the submatrix defined by the query
        for (let r = row1; r <= row2; r++) {
            for (let c = col1; c <= col2; c++) {
         

# Welcome to Cacher

We're delighted you've chosen Cacher to be your snippet organizer! Whether you're a solo developer or a member of your team, Cacher is here to help you organize and use snippets more efficiently.

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Take a few minutes to look over our **Getting Started** snippets. To view more detailed information on features, you can visit [Cacher 

C:\Users\Administrator\AppData\Roaming\JetBrains\DataGrip2025.2\consoles

# 商品の対価に含まれる価値の分類

商品を購入する際、私たちは物そのものの価値だけでなく、様々な付加価値に対しても対価を払っている。この分類は、対価に含まれる価値を5つの観点から整理したもの。  
商品の価格設定の際に参考にするための指標として作った。  

## **商品価値（商品そのものの価値）**
- 物質的価値（素材、品質、機能など商品自体が持つ本質的な価値）

## **ブランド価値（販売者への信頼に対する価値）**
- 信頼性の価値（過去に積み上げた実績に対する信頼）
- 専門性の価値（その分野における知識や技術力）

## **体験価値（購買プロセス自体の価値）**
- 体験・環境の価値（店舗空間、購買体験そのもの）
- 所有の価値（持つこと自体の満足感や喜び）

## **取得価値（手に入れるまでのコスト）**
- 時間の価値（自分で作る・探す時間を節約できることへの対価）
- 希少性・タイミングの価値（今すぐ、ここで手に入ることへの対価）

## **個人依存価値（個人的必要性・緊急性の価値）**
- 期限の切迫度（特定の日

string button.createGammaOffreCommercial(String dealId)
{
try 
{
	info "DealId recu: " + dealId;
	dealIdLong = dealId.toLong();
	moduleName = "Potentials";
	dealRecord = zoho.crm.getRecordById(moduleName,dealIdLong);
	if(dealRecord == null || dealRecord.isEmpty())
	{
		moduleName = "Opportunites";
		dealRecord = zoho.crm.getRecordById(moduleName,dealIdLong);
	}
	if(dealRecord == null || dealRecord.isEmpty())
	{
		return "Erreur: Affaire introuvable (ID: " + dealId + ")";
	}
	// 

/**
 * Calculates the maximum number of operations that can be performed
 * on a binary string `s`. An operation is defined as pairing a '1'
 * with the end of a block of consecutive '0's.
 *
 * @param {string} s - Input binary string consisting of '0' and '1'
 * @return {number} - Maximum number of operations possible
 */
var maxOperations = function (s) {
    const n = s.length;   // Length of the string
    let countOnes = 0;    // Number of '1's encountered so far
    let operations = 0;   /

**Comparaison APT vs Snap - explications pédagogiques**

## Nature fondamentale

### APT (Advanced Package Tool)

**Type :** Gestionnaire de paquets traditionnel Linux

**Principe :**
- Installe des paquets `.deb`
- Dépendances partagées (bibliothèques système communes)
- Intégration profonde avec le système

**Exemple :**
```
htop → dépend de libncurses5 (partagée)
nginx → dépend aussi de libncurses5 (même copie)
```

**Avantage :** Économie d'espace (bibliothèques partagées)  
**Inconvénient :

# Ansible Role Hierarchy, Dependencies, and Variable Precedence

This gist explains how:

- A **main role** (`main_role`) interacts with:
  - A **dependency role** (`role_a`) via `meta/main.yml`.
  - An **imported role** (`role_b`) via `ansible.builtin.import_role`.
- Default variables and overrides behave in both cases.
- This all ties into Ansible’s global **variable precedence**.
- Common pitfalls with defaults, templating, and variable reuse.

---

## 1. Scenario Overview

We have three rol

/**
 * @param {number[]} nums
 * @return {number}
 */
var minOperations = function(nums) {
    // Step 1: Quick checks for trivial cases
    // If the array already contains a 1, spreading it is possible.
    // If the gcd of the entire array > 1, it's impossible to ever reach 1.
    
    const gcd = (a, b) => {
        // Euclidean algorithm for gcd
        while (b !== 0) {
            let temp = b;
            b = a % b;
            a = temp;
        }
        return a;
    };
    
    // Com

function reverseQueue(queue) {
    const stack = []
    while(!queue.isEmpty()) {
        stack.push(queue.dequeue())
    }
    while(stack.length) {
        queue.enqueue(stack.pop())
    }
    return queue
}