PHP implementation of ordered array printing or sorting "with Python, C and Go language implementation code" _php tips

This article illustrates the way in which PHP implements ordered array printing or sorting. Share to everyone for your reference, specific as follows:

Ordered array printing or sorting is very simple for PHP. Here is a few different languages of the implementation code, we look at this PHP in an orderly array of print or sorting examples.

Recently have a face test is very hot--to 2 ordered array printing or sorting, just see this problem is also a bit of a mask, the optimal algorithm must use the orderly characteristics.

Think for a while it is not difficult to find, if the array is a positive sequence, you can traverse 2 of the array, the small values are sorted, the end will go through an array, leaving a non-empty array, and the rest of the value is definitely greater than the order of the maximum value is already sorted.

PHP Code:

<?php
  function Sort_arr ($a, $b) {
    $temp = array ();
    while ($a && $b) {
      if ($a [' 0 ']< $b [' 0 ']) {
        $temp [] = Array_shift ($a);
      } else {
        $temp [] = Array_ Shift ($b);
      }
    }
    if (!emptyempty ($a)) {$temp = Array_merge ($temp, $a);
    if (!emptyempty ($b)) {$temp = Array_merge ($temp, $b);
    return $temp;
  }
  $a = array (1,2,3,4,5,6);
  $b = Array (2,3,4,10,10,10,10);
  Sort_arr ($a, $b);
>

The new array to run is:

Array
(
  [0] => 1
  [1] => 2
  [2] => 2
  [3] => 3
  [4] => 3
  [5] => 4
  [6] => 4
  [7] => 5
  [8] => 6
  [9] =>
  [a] => [one
  ] =>

Other language Implementation code:

Python Code:

def fib (a,b):
  len_a = Len (a)
  C = [] While
  Len (a) and Len (b):
    if a[0] > b[0]:
      c.append (B.pop (0 )
    Else:
      c.append (a.pop (0))
  if Len (a):
    c = C+a
  If Len (b):
    C = c+b i=0 while
  i <len (c):
    print (c[i])
    i = i+1
a = [1,2,3,4,5]
b = [2,3,4,5,6,7,8,9]
fib (a,b)

C Code:

#include <stdio.h>;
int *sort (int a[], int b[], int a_len, int b_len) {
  int *temp = malloc (A_len+b_len);
  int i=0; Callout a array
  int j=0;//callout b array
  int m=0;//Mark new array while
  (I<a_len&&j<b_len) {//Reorder if (A[i]<b[j]) {
      temp[m++] = b[j++];
    } else {
      temp[m++] = a[i++];
    }
  Place the remaining digits behind the new array (the remaining number is definitely the front of the Large)
  if (I<a_len) {for
    (; i<a_len; i++) {
      temp[m++] = A[i];
    }
  }
  if (J<b_len) {for
    (; j<b_len; j) {
      temp[m++] = b[j];
    }
  return temp;
}
int main (int argc, const char * argv[]) {
  int a[4] = {2,3,11,89};
  int b[6] = {4,6,9,10,22,55};
  int a_len = sizeof (a)/sizeof (a[0));
  int b_len = sizeof (b)/sizeof (b[0));
  int *c = sort (A, B, A_len, B_len);
  int y = 0;
  for (; y<a_len+b_len; y++) {
    printf ("%d", C[y]);
  return 0;
}

Go code:

Copy Code code as follows:

Package Main
Import "FMT"
Func Main () {
var a = [5]int{1, 2, 3, 4, 5}
var b = [8]int{4, 5, 6, 7, 89, 100, 111, 112}
var len_a = Len (a)
var len_b = len (b)
var c = Make ([]int, Len_a+len_b)
var j = 0//callout Array
var k = 0//callout b Array
var h = 0//Mark new array
for J < Len_a && K < Len_b {
If A[J] > B[k] {
C[H] = B[k]
h++
k++
} else {
C[H] = A[j]
h++
J + +
}
}
If J < len_a {
For i: = j; I < len_a; i++ {
C[H] = A[i]
h++
}
}
If K < Len_b {
For i: = k; I < Len_b; i++ {
C[H] = B[i]
h++
}
}
Print (C, "C")
}
/**
* [Print Array]
* @param {[type]} o []int [array]
* @param {[type]} name string [array name]
*/
Func Print (o []int, name string) {
Fmt. Printf ("%s:", name)
For _, V: = range O {
Fmt. Printf ("%d", V)
}
Fmt. Printf ("\ n")
}

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