<?php
declare(strict_types=1);
namespace League\CommonMark\Delimiter;
use League\CommonMark\Delimiter\Processor\DelimiterProcessorCollection;
use League\CommonMark\Delimiter\Processor\DelimiterProcessorInterface;
use League\CommonMark\Node\Inline\Text;
use League\CommonMark\Parser\Inline\InlineParserInterface;
use League\CommonMark\Parser\Inline\InlineParserMatch;
use League\CommonMark\Parser\InlineParserContext;
use League\CommonMark\Util\RegexHelper;
/**
* Delimiter parsing is implemented as an Inline Parser with the lowest-possible priority
*
* @internal
*/
final class DelimiterParser implements InlineParserInterface
{
private DelimiterProcessorCollection $collection;
public function __construct(DelimiterProcessorCollection $collection)
{
$this->collection = $collection;
}
public function getMatchDefinition(): InlineParserMatch
{
return InlineParserMatch::oneOf(...$this->collection->getDelimiterCharacters());
}
public function parse(InlineParserContext $inlineContext): bool
{
$character = $inlineContext->getFullMatch();
$numDelims = 0;
$cursor = $inlineContext->getCursor();
$processor = $this->collection->getDelimiterProcessor($character);
\assert($processor !== null); // Delimiter processor should never be null here
$charBefore = $cursor->peek(-1);
if ($charBefore === null) {
$charBefore = "\n";
}
while ($cursor->peek($numDelims) === $character) {
++$numDelims;
}
if ($numDelims < $processor->getMinLength()) {
return false;
}
$cursor->advanceBy($numDelims);
$charAfter = $cursor->getCurrentCharacter();
if ($charAfter === null) {
$charAfter = "\n";
}
[$canOpen, $canClose] = self::determineCanOpenOrClose($charBefore, $charAfter, $character, $processor);
$node = new Text(\str_repeat($character, $numDelims), [
'delim' => true,
]);
$inlineContext->getContainer()->appendChild($node);
// Add entry to stack to this opener
if ($canOpen || $canClose) {
$delimiter = new Delimiter($character, $numDelims, $node, $canOpen, $canClose);
$inlineContext->getDelimiterStack()->push($delimiter);
}
return true;
}
/**
* @return bool[]
*/
private static function determineCanOpenOrClose(string $charBefore, string $charAfter, string $character, DelimiterProcessorInterface $delimiterProcessor): array
{
$afterIsWhitespace = \preg_match(RegexHelper::REGEX_UNICODE_WHITESPACE_CHAR, $charAfter);
$afterIsPunctuation = \preg_match(RegexHelper::REGEX_PUNCTUATION, $charAfter);
$beforeIsWhitespace = \preg_match(RegexHelper::REGEX_UNICODE_WHITESPACE_CHAR, $charBefore);
$beforeIsPunctuation = \preg_match(RegexHelper::REGEX_PUNCTUATION, $charBefore);
$leftFlanking = ! $afterIsWhitespace && (! $afterIsPunctuation || $beforeIsWhitespace || $beforeIsPunctuation);
$rightFlanking = ! $beforeIsWhitespace && (! $beforeIsPunctuation || $afterIsWhitespace || $afterIsPunctuation);
if ($character === '_') {
$canOpen = $leftFlanking && (! $rightFlanking || $beforeIsPunctuation);
$canClose = $rightFlanking && (! $leftFlanking || $afterIsPunctuation);
} else {
$canOpen = $leftFlanking && $character === $delimiterProcessor->getOpeningCharacter();
$canClose = $rightFlanking && $character === $delimiterProcessor->getClosingCharacter();
}
return [$canOpen, $canClose];
}
}
Get access token to initiates payment transaction.
generate-token
| Parameter | Type | Comments |
|---|---|---|
| client_id | string | Enter merchant API client/primary key |
| secret_id | string | Enter merchant API secret key |
| env | string | Enter merchant API environment |
| merchant_id | string | Enter merchant API merchant id |
Request Example (guzzle)
<?php
require_once('vendor/autoload.php');
$client = new \GuzzleHttp\Client();
$response = $client->request('POST', $base_url. 'v1/generate-token', [
'headers' => [
'accept' => 'application/json',
'content-type' => 'application/json',
],
'form_params' => [
'client_id' => '$client_id',
'secret_id' => 'secret_id',
'env' => 'env',
'merchant_id' => 'merchant_id',
],
]);
echo $response->getBody();
**Response: SUCCESS (200 OK)**
{
"message": {
"success": [
"Successfully token is generated"
]
},
"data": {
"token":"eyJpdiI6InpkczhjTjhQdVhUL2lKQ0pSUUx6aUE9PSIsInZhbHVlIjoiVGVBTVBDTXltbjNZcEIvdEJveGpTSno3TU5NRUtnVkhCZ1pHTFNCUnZGQ2UxMnYxN202cEE1YVRDTEFsc0ZERExoTjdtL0dTL2xoU3QzeUJJOExiMUx5T0w1L0llUXhTUkU1cWVLWEdEbEplb0dKNXcwbTNRM0VxdkUwYzZuNFdtNkhMQ0pRZysyNWkvdzBxSlBoSVBSOGFTekNnR2RXNHVtcG9lMGZOTmNCcm1hR3c5Sk9KTnB4Y3ltZDl6cm90MThrR21Ca3B1azc3bXRiQ0J6SW96UVo1elNkU1ZqeE05bTcwWGp1MEUxWlJFdnNWTmpSbnVpeW92b2U4dXZkUGgyb1VmK0luaGdyaFlsVTZlcVpVRnZlTG1DeFF6Ykk2T2h6Z3JzbnIyNHpNdHowSE5JdDR0Y0pZT20zUm1XYW8iLCJtYWMiOiJlY2M4NGE1OGUzYzkzYzk0YzljNmVmNjE0YWI0ZDIwOGI3NDQ2YWEyY2ZhNzc0NzE4ZmY1ZmYyMz
IyZmQzNDY1IiwidGFnIjoiIn0=",
},
"type": "success"
}
**Response: ERROR (400 FAILED)**
{
"message": {
"error": [
"Invalid credentials."
]
},
"data": null,
"type": "error"
}