feat: finalize ruby code transpilation (#1379)

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khoaxuantu 2024-05-31 11:30:55 +07:00 committed by GitHub
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@ -122,17 +122,17 @@
Queue<Integer> minHeap = new PriorityQueue<>(); Queue<Integer> minHeap = new PriorityQueue<>();
// 初始化大顶堆(使用 lambda 表达式修改 Comparator 即可) // 初始化大顶堆(使用 lambda 表达式修改 Comparator 即可)
Queue<Integer> maxHeap = new PriorityQueue<>((a, b) -> b - a); Queue<Integer> maxHeap = new PriorityQueue<>((a, b) -> b - a);
/* 元素入堆 */ /* 元素入堆 */
maxHeap.offer(1); maxHeap.offer(1);
maxHeap.offer(3); maxHeap.offer(3);
maxHeap.offer(2); maxHeap.offer(2);
maxHeap.offer(5); maxHeap.offer(5);
maxHeap.offer(4); maxHeap.offer(4);
/* 获取堆顶元素 */ /* 获取堆顶元素 */
int peek = maxHeap.peek(); // 5 int peek = maxHeap.peek(); // 5
/* 堆顶元素出堆 */ /* 堆顶元素出堆 */
// 出堆元素会形成一个从大到小的序列 // 出堆元素会形成一个从大到小的序列
peek = maxHeap.poll(); // 5 peek = maxHeap.poll(); // 5
@ -140,13 +140,13 @@
peek = maxHeap.poll(); // 3 peek = maxHeap.poll(); // 3
peek = maxHeap.poll(); // 2 peek = maxHeap.poll(); // 2
peek = maxHeap.poll(); // 1 peek = maxHeap.poll(); // 1
/* 获取堆大小 */ /* 获取堆大小 */
int size = maxHeap.size(); int size = maxHeap.size();
/* 判断堆是否为空 */ /* 判断堆是否为空 */
boolean isEmpty = maxHeap.isEmpty(); boolean isEmpty = maxHeap.isEmpty();
/* 输入列表并建堆 */ /* 输入列表并建堆 */
minHeap = new PriorityQueue<>(Arrays.asList(1, 3, 2, 5, 4)); minHeap = new PriorityQueue<>(Arrays.asList(1, 3, 2, 5, 4));
``` ```
@ -337,7 +337,7 @@
max_heap.push(2); max_heap.push(2);
max_heap.push(5); max_heap.push(5);
max_heap.push(4); max_heap.push(4);
/* 获取堆顶元素 */ /* 获取堆顶元素 */
let peek = max_heap.peek().unwrap(); // 5 let peek = max_heap.peek().unwrap(); // 5
@ -373,17 +373,17 @@
var minHeap = PriorityQueue<Int>() var minHeap = PriorityQueue<Int>()
// 初始化大顶堆(使用 lambda 表达式修改 Comparator 即可) // 初始化大顶堆(使用 lambda 表达式修改 Comparator 即可)
val maxHeap = PriorityQueue { a: Int, b: Int -> b - a } val maxHeap = PriorityQueue { a: Int, b: Int -> b - a }
/* 元素入堆 */ /* 元素入堆 */
maxHeap.offer(1) maxHeap.offer(1)
maxHeap.offer(3) maxHeap.offer(3)
maxHeap.offer(2) maxHeap.offer(2)
maxHeap.offer(5) maxHeap.offer(5)
maxHeap.offer(4) maxHeap.offer(4)
/* 获取堆顶元素 */ /* 获取堆顶元素 */
var peek = maxHeap.peek() // 5 var peek = maxHeap.peek() // 5
/* 堆顶元素出堆 */ /* 堆顶元素出堆 */
// 出堆元素会形成一个从大到小的序列 // 出堆元素会形成一个从大到小的序列
peek = maxHeap.poll() // 5 peek = maxHeap.poll() // 5
@ -391,13 +391,13 @@
peek = maxHeap.poll() // 3 peek = maxHeap.poll() // 3
peek = maxHeap.poll() // 2 peek = maxHeap.poll() // 2
peek = maxHeap.poll() // 1 peek = maxHeap.poll() // 1
/* 获取堆大小 */ /* 获取堆大小 */
val size = maxHeap.size val size = maxHeap.size
/* 判断堆是否为空 */ /* 判断堆是否为空 */
val isEmpty = maxHeap.isEmpty() val isEmpty = maxHeap.isEmpty()
/* 输入列表并建堆 */ /* 输入列表并建堆 */
minHeap = PriorityQueue(mutableListOf(1, 3, 2, 5, 4)) minHeap = PriorityQueue(mutableListOf(1, 3, 2, 5, 4))
``` ```
@ -405,7 +405,7 @@
=== "Ruby" === "Ruby"
```ruby title="heap.rb" ```ruby title="heap.rb"
# Ruby 未提供内置 Heap 类
``` ```
=== "Zig" === "Zig"