php-src/ext/standard/tests/array/array_pad_variation6.phpt

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2007-12-03 11:56:39 +00:00
--TEST--
Test array_pad() function : usage variations - different arrays for 'input' argument
--FILE--
<?php
/* Prototype : array array_pad(array $input, int $pad_size, mixed $pad_value)
* Description: Returns a copy of input array padded with pad_value to size pad_size
* Source code: ext/standard/array.c
*/
/*
* Passing different arrays to $input argument and testing whether
* array_pad() behaves in an expected way with the other arguments passed to the function.
* The $pad_size and $pad_value arguments passed are fixed values.
*/
echo "*** Testing array_pad() : Passing different arrays to \$input argument ***\n";
/* Different heredoc strings */
// heredoc with blank line
$blank_line = <<<EOT
EOT;
// heredoc with multiline string
$multiline_string = <<<EOT
hello world
The big brown fox jumped over;
the lazy dog
This is a double quoted string
EOT;
// heredoc with diferent whitespaces
$diff_whitespaces = <<<EOT
hello\r world\t
1111\t\t != 2222\v\v
heredoc\ndouble quoted string. with\vdifferent\fwhite\vspaces
EOT;
// heredoc with quoted strings and numeric values
$numeric_string = <<<EOT
11 < 12. 123 >22
'single quoted string'
"double quoted string"
2222 != 1111.\t 0000 = 0000\n
EOT;
// different arrays to be passed to $input argument
$inputs = array (
/*1*/ array(1, 2), // with default keys and numeric values
array(1.1, 2.2), // with default keys & float values
array(false,true), // with default keys and boolean values
array(), // empty array
/*5*/ array(NULL), // with NULL
array("a\v\f", "aaaa\r", "b\tbbb", "\[\]\!\@\#\$\%\^\&\*\(\)\{\}"), // with double quoted strings
array('a\v\f', 'aaaa\r', 'b\tbbb', '\[\]\!\@\#\$\%\^\&\*\(\)\{\}'), // with single quoted strings
array("h1" => $blank_line, "h2" => $multiline_string, "h3" => $diff_whitespaces, $numeric_string), // with heredocs
// associative arrays
/*9*/ array(1 => "one", 2 => "two", 3 => "three"), // explicit numeric keys, string values
array("one" => 1, "two" => 2, "three" => 3 ), // string keys & numeric values
array( 1 => 10, 2 => 20, 4 => 40, 3 => 30), // explicit numeric keys and numeric values
array( "one" => "ten", "two" => "twenty", "three" => "thirty"), // string key/value
array("one" => 1, 2 => "two", 4 => "four"), //mixed
// associative array, containing null/empty/boolean values as key/value
/*14*/ array(NULL => "NULL", null => "null", "NULL" => NULL, "null" => null),
array(true => "true", false => "false", "false" => false, "true" => true),
array("" => "emptyd", '' => 'emptys', "emptyd" => "", 'emptys' => ''),
array(1 => '', 2 => "", 3 => NULL, 4 => null, 5 => false, 6 => true),
array('' => 1, "" => 2, NULL => 3, null => 4, false => 5, true => 6),
// array with repetative keys
/*19*/ array("One" => 1, "two" => 2, "One" => 10, "two" => 20, "three" => 3)
);
// initialize the $pad_size and $pad_value arguments
$pad_size = 6;
$pad_value = "HELLO";
// loop through each sub-array within $inputs to check the behavior of array_pad()
$iterator = 1;
foreach($inputs as $input) {
echo "-- Iteration $iterator --\n";
var_dump( array_pad($input, $pad_size, $pad_value) ); // positive 'pad_size'
var_dump( array_pad($input, -$pad_size, $pad_value) ); // negative 'pad_size'
$iterator++;
};
echo "Done";
?>
--EXPECT--
2007-12-03 11:56:39 +00:00
*** Testing array_pad() : Passing different arrays to $input argument ***
-- Iteration 1 --
array(6) {
[0]=>
int(1)
[1]=>
int(2)
[2]=>
unicode(5) "HELLO"
[3]=>
unicode(5) "HELLO"
[4]=>
unicode(5) "HELLO"
[5]=>
unicode(5) "HELLO"
}
array(6) {
[0]=>
unicode(5) "HELLO"
[1]=>
unicode(5) "HELLO"
[2]=>
unicode(5) "HELLO"
[3]=>
unicode(5) "HELLO"
[4]=>
int(1)
[5]=>
int(2)
}
-- Iteration 2 --
array(6) {
[0]=>
float(1.1)
[1]=>
float(2.2)
[2]=>
unicode(5) "HELLO"
[3]=>
unicode(5) "HELLO"
[4]=>
unicode(5) "HELLO"
[5]=>
unicode(5) "HELLO"
}
array(6) {
[0]=>
unicode(5) "HELLO"
[1]=>
unicode(5) "HELLO"
[2]=>
unicode(5) "HELLO"
[3]=>
unicode(5) "HELLO"
[4]=>
float(1.1)
[5]=>
float(2.2)
}
-- Iteration 3 --
array(6) {
[0]=>
bool(false)
[1]=>
bool(true)
[2]=>
unicode(5) "HELLO"
[3]=>
unicode(5) "HELLO"
[4]=>
unicode(5) "HELLO"
[5]=>
unicode(5) "HELLO"
}
array(6) {
[0]=>
unicode(5) "HELLO"
[1]=>
unicode(5) "HELLO"
[2]=>
unicode(5) "HELLO"
[3]=>
unicode(5) "HELLO"
[4]=>
bool(false)
[5]=>
bool(true)
}
-- Iteration 4 --
array(6) {
[0]=>
unicode(5) "HELLO"
[1]=>
unicode(5) "HELLO"
[2]=>
unicode(5) "HELLO"
[3]=>
unicode(5) "HELLO"
[4]=>
unicode(5) "HELLO"
[5]=>
unicode(5) "HELLO"
}
array(6) {
[0]=>
unicode(5) "HELLO"
[1]=>
unicode(5) "HELLO"
[2]=>
unicode(5) "HELLO"
[3]=>
unicode(5) "HELLO"
[4]=>
unicode(5) "HELLO"
[5]=>
unicode(5) "HELLO"
}
-- Iteration 5 --
array(6) {
[0]=>
NULL
[1]=>
unicode(5) "HELLO"
[2]=>
unicode(5) "HELLO"
[3]=>
unicode(5) "HELLO"
[4]=>
unicode(5) "HELLO"
[5]=>
unicode(5) "HELLO"
}
array(6) {
[0]=>
unicode(5) "HELLO"
[1]=>
unicode(5) "HELLO"
[2]=>
unicode(5) "HELLO"
[3]=>
unicode(5) "HELLO"
[4]=>
unicode(5) "HELLO"
[5]=>
NULL
}
-- Iteration 6 --
array(6) {
[0]=>
unicode(3) "a "
[1]=>
unicode(5) "aaaa
"
[2]=>
unicode(5) "b bbb"
[3]=>
unicode(27) "\[\]\!\@\#$\%\^\&\*\(\)\{\}"
[4]=>
unicode(5) "HELLO"
[5]=>
unicode(5) "HELLO"
}
array(6) {
[0]=>
unicode(5) "HELLO"
[1]=>
unicode(5) "HELLO"
[2]=>
unicode(3) "a "
[3]=>
unicode(5) "aaaa
"
[4]=>
unicode(5) "b bbb"
[5]=>
unicode(27) "\[\]\!\@\#$\%\^\&\*\(\)\{\}"
}
-- Iteration 7 --
array(6) {
[0]=>
unicode(5) "a\v\f"
[1]=>
unicode(6) "aaaa\r"
[2]=>
unicode(6) "b\tbbb"
[3]=>
unicode(28) "\[\]\!\@\#\$\%\^\&\*\(\)\{\}"
[4]=>
unicode(5) "HELLO"
[5]=>
unicode(5) "HELLO"
}
array(6) {
[0]=>
unicode(5) "HELLO"
[1]=>
unicode(5) "HELLO"
[2]=>
unicode(5) "a\v\f"
[3]=>
unicode(6) "aaaa\r"
[4]=>
unicode(6) "b\tbbb"
[5]=>
unicode(28) "\[\]\!\@\#\$\%\^\&\*\(\)\{\}"
}
-- Iteration 8 --
array(6) {
[u"h1"]=>
unicode(1) "
"
[u"h2"]=>
unicode(86) "hello world
The big brown fox jumped over;
the lazy dog
This is a double quoted string"
[u"h3"]=>
unicode(88) "hello
world
1111 != 2222
heredoc
double quoted string. with different white spaces"
[0]=>
unicode(90) "11 < 12. 123 >22
'single quoted string'
"double quoted string"
2222 != 1111. 0000 = 0000
"
[1]=>
unicode(5) "HELLO"
[2]=>
unicode(5) "HELLO"
}
array(6) {
[0]=>
unicode(5) "HELLO"
[1]=>
unicode(5) "HELLO"
[u"h1"]=>
unicode(1) "
"
[u"h2"]=>
unicode(86) "hello world
The big brown fox jumped over;
the lazy dog
This is a double quoted string"
[u"h3"]=>
unicode(88) "hello
world
1111 != 2222
heredoc
double quoted string. with different white spaces"
[2]=>
unicode(90) "11 < 12. 123 >22
'single quoted string'
"double quoted string"
2222 != 1111. 0000 = 0000
"
}
-- Iteration 9 --
array(6) {
[0]=>
unicode(3) "one"
[1]=>
unicode(3) "two"
[2]=>
unicode(5) "three"
[3]=>
unicode(5) "HELLO"
[4]=>
unicode(5) "HELLO"
[5]=>
unicode(5) "HELLO"
}
array(6) {
[0]=>
unicode(5) "HELLO"
[1]=>
unicode(5) "HELLO"
[2]=>
unicode(5) "HELLO"
[3]=>
unicode(3) "one"
[4]=>
unicode(3) "two"
[5]=>
unicode(5) "three"
}
-- Iteration 10 --
array(6) {
[u"one"]=>
int(1)
[u"two"]=>
int(2)
[u"three"]=>
int(3)
[0]=>
unicode(5) "HELLO"
[1]=>
unicode(5) "HELLO"
[2]=>
unicode(5) "HELLO"
}
array(6) {
[0]=>
unicode(5) "HELLO"
[1]=>
unicode(5) "HELLO"
[2]=>
unicode(5) "HELLO"
[u"one"]=>
int(1)
[u"two"]=>
int(2)
[u"three"]=>
int(3)
}
-- Iteration 11 --
array(6) {
[0]=>
int(10)
[1]=>
int(20)
[2]=>
int(40)
[3]=>
int(30)
[4]=>
unicode(5) "HELLO"
[5]=>
unicode(5) "HELLO"
}
array(6) {
[0]=>
unicode(5) "HELLO"
[1]=>
unicode(5) "HELLO"
[2]=>
int(10)
[3]=>
int(20)
[4]=>
int(40)
[5]=>
int(30)
}
-- Iteration 12 --
array(6) {
[u"one"]=>
unicode(3) "ten"
[u"two"]=>
unicode(6) "twenty"
[u"three"]=>
unicode(6) "thirty"
[0]=>
unicode(5) "HELLO"
[1]=>
unicode(5) "HELLO"
[2]=>
unicode(5) "HELLO"
}
array(6) {
[0]=>
unicode(5) "HELLO"
[1]=>
unicode(5) "HELLO"
[2]=>
unicode(5) "HELLO"
[u"one"]=>
unicode(3) "ten"
[u"two"]=>
unicode(6) "twenty"
[u"three"]=>
unicode(6) "thirty"
}
-- Iteration 13 --
array(6) {
[u"one"]=>
int(1)
[0]=>
unicode(3) "two"
[1]=>
unicode(4) "four"
[2]=>
unicode(5) "HELLO"
[3]=>
unicode(5) "HELLO"
[4]=>
unicode(5) "HELLO"
}
array(6) {
[0]=>
unicode(5) "HELLO"
[1]=>
unicode(5) "HELLO"
[2]=>
unicode(5) "HELLO"
[u"one"]=>
int(1)
[3]=>
unicode(3) "two"
[4]=>
unicode(4) "four"
}
-- Iteration 14 --
array(6) {
[u""]=>
unicode(4) "null"
[u"NULL"]=>
NULL
[u"null"]=>
NULL
[0]=>
unicode(5) "HELLO"
[1]=>
unicode(5) "HELLO"
[2]=>
unicode(5) "HELLO"
}
array(6) {
[0]=>
unicode(5) "HELLO"
[1]=>
unicode(5) "HELLO"
[2]=>
unicode(5) "HELLO"
[u""]=>
unicode(4) "null"
[u"NULL"]=>
NULL
[u"null"]=>
NULL
}
-- Iteration 15 --
array(6) {
[0]=>
unicode(4) "true"
[1]=>
unicode(5) "false"
[u"false"]=>
bool(false)
[u"true"]=>
bool(true)
[2]=>
unicode(5) "HELLO"
[3]=>
unicode(5) "HELLO"
}
array(6) {
[0]=>
unicode(5) "HELLO"
[1]=>
unicode(5) "HELLO"
[2]=>
unicode(4) "true"
[3]=>
unicode(5) "false"
[u"false"]=>
bool(false)
[u"true"]=>
bool(true)
}
-- Iteration 16 --
array(6) {
[u""]=>
unicode(6) "emptys"
[u"emptyd"]=>
unicode(0) ""
[u"emptys"]=>
unicode(0) ""
[0]=>
unicode(5) "HELLO"
[1]=>
unicode(5) "HELLO"
[2]=>
unicode(5) "HELLO"
}
array(6) {
[0]=>
unicode(5) "HELLO"
[1]=>
unicode(5) "HELLO"
[2]=>
unicode(5) "HELLO"
[u""]=>
unicode(6) "emptys"
[u"emptyd"]=>
unicode(0) ""
[u"emptys"]=>
unicode(0) ""
}
-- Iteration 17 --
array(6) {
[1]=>
unicode(0) ""
[2]=>
unicode(0) ""
[3]=>
NULL
[4]=>
NULL
[5]=>
bool(false)
[6]=>
bool(true)
}
array(6) {
[1]=>
unicode(0) ""
[2]=>
unicode(0) ""
[3]=>
NULL
[4]=>
NULL
[5]=>
bool(false)
[6]=>
bool(true)
}
-- Iteration 18 --
array(6) {
[u""]=>
int(4)
[0]=>
int(5)
[1]=>
int(6)
[2]=>
unicode(5) "HELLO"
[3]=>
unicode(5) "HELLO"
[4]=>
unicode(5) "HELLO"
}
array(6) {
[0]=>
unicode(5) "HELLO"
[1]=>
unicode(5) "HELLO"
[2]=>
unicode(5) "HELLO"
[u""]=>
int(4)
[3]=>
int(5)
[4]=>
int(6)
}
-- Iteration 19 --
array(6) {
[u"One"]=>
int(10)
[u"two"]=>
int(20)
[u"three"]=>
int(3)
[0]=>
unicode(5) "HELLO"
[1]=>
unicode(5) "HELLO"
[2]=>
unicode(5) "HELLO"
}
array(6) {
[0]=>
unicode(5) "HELLO"
[1]=>
unicode(5) "HELLO"
[2]=>
unicode(5) "HELLO"
[u"One"]=>
int(10)
[u"two"]=>
int(20)
[u"three"]=>
int(3)
}
Done