public function testIntegerModifier()
{
$conversion = new Conversion($this->from, $this->to, 1000);
$this->assertEquals($this->from, $conversion->from());
$this->assertEquals($this->to, $conversion->to());
$this->assertEquals(5000, $conversion->convert(5));
}
public static function GetEncoding($list)
{
$pattern = '0';
$multiplier = 1;
foreach ($list as $member) {
$pattern = Conversion::BinaryMultiply($pattern, Conversion::Binary($multiplier));
//echo $pattern.'<br>';
$pattern = Conversion::BinaryAdd($pattern, Conversion::Binary($member[1]));
$multiplier = $member[0];
}
return $pattern;
}
public static function Decode($base64)
{
$binary_digits = '';
$alignment = strpos(self::$symbols, substr($base64, 0, 1));
if ($alignment === false) {
return false;
}
if ($alignment > 0) {
$alignment = 6 - $alignment;
}
$length = strlen($base64);
for ($symbol_pos = 1; $symbol_pos < $length; $symbol_pos++) {
$value = strpos(self::$symbols, substr($base64, $symbol_pos, 1));
if ($value === false) {
return false;
} else {
$binary_digits .= Conversion::Binary($value, 6);
}
}
return substr($binary_digits, 0, strlen($binary_digits) - $alignment);
}
echo "Unable to locate Drupal root, user -r option to specify path to Drupal root\n";
exit(1);
}
chdir($path);
}
if (isset($args['s']) || isset($args['site'])) {
$site = isset($args['s']) ? $args['s'] : $args['site'];
if (file_exists('./sites/' . $site)) {
$_SERVER['HTTP_HOST'] = $site;
} else {
echo "ERROR: Unable to locate site {$site}\n";
exit(1);
}
} else {
if (preg_match('/' . preg_quote($path . '/sites/', '/') . '(.*?)\\//i', $cwd, $matches)) {
if ($matches[1] != 'all' && file_exists('./sites/' . $matches[1])) {
$_SERVER['HTTP_HOST'] = $matches[1];
}
}
}
define('DRUPAL_ROOT', realpath(getcwd()));
ini_set('display_errors', 0);
include_once DRUPAL_ROOT . '/includes/bootstrap.inc';
drupal_bootstrap(DRUPAL_BOOTSTRAP_FULL);
ini_set('display_errors', 1);
// turn off the output buffering that drupal is doing by default.
ob_end_flush();
//include our conversion class (also contains our defines)
module_load_include('inc', 'video', 'includes/Conversion');
$video_conversion = new Conversion();
$video_conversion->runQueue();
public function testGetBitFlipCount()
{
$this->assertEquals(2, Conversion::getBitFlipCount(29, 15));
}
/**
* Gets the Rate based on the type of record i.e 'publisher', or 'advertiser'
* @param array $commissions Array of Commissions to search for ad_id
* @param String $type Advertiser | Publisher
* @return array
*/
public static function campaignRate($adid, &$commissions = [], $country = null, $extra = [])
{
$commFetched = $extra['commFetched'] ?? false;
if ($commFetched) {
$comm = $commissions;
} else {
$comm = self::find($commissions, $adid);
}
$info = ['campaign' => 'cpc', 'rate' => 0, 'revenue' => 0, 'type' => $extra['type']];
if (!is_array($comm)) {
return $info;
}
$commission = array_key_exists($country, $comm) ? $comm[$country] : @$comm['ALL'];
// because commission might not exists if country is null
if (!is_object($commission)) {
return $info;
}
$query = ['adid' => $adid, 'created' => Db::dateQuery($extra['start'], $extra['end'])];
switch ($extra['type']) {
case 'advertiser':
$info['revenue'] = (double) $commission->revenue;
break;
case 'publisher':
$info['rate'] = self::getPubRate($commission, $extra);
$query['pid'] = $extra['publisher']->_id ?? null;
break;
case 'both':
$info['revenue'] = (double) $commission->revenue;
$info['rate'] = self::getPubRate($commission, $extra);
if (isset($extra['publisher'])) {
$query['pid'] = $extra['publisher']->_id;
}
break;
}
switch (strtolower($commission->model)) {
case 'cpa':
case 'cpi':
$count = \Conversion::count($query);
$info['conversions'] = $count;
break;
case 'cpm':
$info['impressions'] = \Impression::getStats($query);
break;
}
$info['campaign'] = strtolower($commission->model);
return $info;
}
<?php
ini_set('max_execution_time', 90);
ob_start();
header('Content-Type: text/html; charset=utf-8');
/*** error reporting ***/
error_reporting(-1);
ini_set('display_errors', 'On');
/*** error reporting ***/
define('REAL_PATH_ROOT', realpath('./') . '/');
require_once REAL_PATH_ROOT . 'autoloader.php';
try {
$oJSRealService = new JSRealFrService("fr");
$aExportedFile = $oJSRealService->export();
$sOutput = Conversion::getJsonFromArray(array_merge(array('bSuccess' => true), $aExportedFile));
} catch (Exception $ex) {
$sOutput = Conversion::getJsonFromArray(array('bSuccess' => false, 'sErrorMessage' => $e->getMessage(), 'iErrorCode' => $e->getCode()));
}
//ob_end_clean();
echo $sOutput;
/**
* This function is used to covert all constants of restriction into a human readable strings
*/
function simplify_restriction($restriction)
{
if (!is_array($restriction)) {
return $restriction;
}
switch ($restriction[0]) {
case RES_AND:
$restriction[0] = "RES_AND";
if (isset($restriction[1][0]) && is_array($restriction[1][0])) {
foreach (array_keys($restriction[1]) as $key) {
$restriction[1][$key] = simplify_restriction($restriction[1][$key]);
}
} else {
if (isset($restriction[1]) && $restriction[1]) {
$restriction[1] = simplify_restriction($restriction[1]);
}
}
break;
case RES_OR:
$restriction[0] = "RES_OR";
if (isset($restriction[1][0]) && is_array($restriction[1][0])) {
foreach (array_keys($restriction[1]) as $key) {
$restriction[1][$key] = simplify_restriction($restriction[1][$key]);
}
} else {
if (isset($restriction[1]) && $restriction[1]) {
$restriction[1] = simplify_restriction($restriction[1]);
}
}
break;
case RES_NOT:
$restriction[0] = "RES_NOT";
$restriction[1][0] = simplify_restriction($restriction[1][0]);
break;
case RES_COMMENT:
$restriction[0] = "RES_COMMENT";
$res = simplify_restriction($restriction[1][RESTRICTION]);
$props = $restriction[1][PROPS];
foreach (array_keys($props) as $key) {
$propTag = $props[$key][ULPROPTAG];
$propValue = $props[$key][VALUE];
unset($props[$key]);
$props[$key]["ULPROPTAG"] = is_string($propTag) ? $propTag : Conversion::getPropertyName($propTag);
$props[$key]["VALUE"] = is_array($propValue) ? $propValue[$propTag] : $propValue;
}
unset($restriction[1]);
$restriction[1]["RESTRICTION"] = $res;
$restriction[1]["PROPS"] = $props;
break;
case RES_PROPERTY:
$restriction[0] = "RES_PROPERTY";
$propTag = $restriction[1][ULPROPTAG];
$propValue = $restriction[1][VALUE];
$relOp = $restriction[1][RELOP];
unset($restriction[1]);
// relop flags
$relOpFlags = "";
if ($relOp == RELOP_LT) {
$relOpFlags = "RELOP_LT";
} else {
if ($relOp == RELOP_LE) {
$relOpFlags = "RELOP_LE";
} else {
if ($relOp == RELOP_GT) {
$relOpFlags = "RELOP_GT";
} else {
if ($relOp == RELOP_GE) {
$relOpFlags = "RELOP_GE";
} else {
if ($relOp == RELOP_EQ) {
$relOpFlags = "RELOP_EQ";
} else {
if ($relOp == RELOP_NE) {
$relOpFlags = "RELOP_NE";
} else {
if ($relOp == RELOP_RE) {
$relOpFlags = "RELOP_RE";
}
}
}
}
}
}
}
$restriction[1]["RELOP"] = $relOpFlags;
$restriction[1]["ULPROPTAG"] = is_string($propTag) ? $propTag : Conversion::getPropertyName($propTag);
$restriction[1]["VALUE"] = is_array($propValue) ? $propValue[$propTag] : $propValue;
break;
case RES_CONTENT:
$restriction[0] = "RES_CONTENT";
$propTag = $restriction[1][ULPROPTAG];
$propValue = $restriction[1][VALUE];
$fuzzyLevel = $restriction[1][FUZZYLEVEL];
unset($restriction[1]);
// fuzzy level flags
$fuzzyLevelFlags = Conversion::fuzzylevelToString($fuzzyLevel);
$restriction[1]["FUZZYLEVEL"] = $fuzzyLevelFlags;
$restriction[1]["ULPROPTAG"] = is_string($propTag) ? $propTag : Conversion::getPropertyName($propTag);
$restriction[1]["VALUE"] = is_array($propValue) ? $propValue[$propTag] : $propValue;
break;
case RES_COMPAREPROPS:
$propTag1 = $restriction[1][ULPROPTAG1];
$propTag2 = $restriction[1][ULPROPTAG2];
unset($restriction[1]);
$restriction[1]["ULPROPTAG1"] = is_string($propTag1) ? $proptag1 : Conversion::getPropertyName($proptag1);
$restriction[1]["ULPROPTAG2"] = is_string($propTag2) ? $propTag2 : Conversion::getPropertyName($propTag2);
break;
case RES_BITMASK:
$restriction[0] = "RES_BITMASK";
$propTag = $restriction[1][ULPROPTAG];
$maskType = $restriction[1][ULTYPE];
$maskValue = $restriction[1][ULMASK];
unset($restriction[1]);
// relop flags
$maskTypeFlags = "";
if ($maskType == BMR_EQZ) {
$maskTypeFlags = "BMR_EQZ";
} else {
if ($maskType == BMR_NEZ) {
$maskTypeFlags = "BMR_NEZ";
}
}
$restriction[1]["ULPROPTAG"] = is_string($propTag) ? $propTag : Conversion::getPropertyName($propTag);
$restriction[1]["ULTYPE"] = $maskTypeFlags;
$restriction[1]["ULMASK"] = $maskValue;
break;
case RES_SIZE:
$restriction[0] = "RES_SIZE";
$propTag = $restriction[1][ULPROPTAG];
$propValue = $restriction[1][CB];
$relOp = $restriction[1][RELOP];
unset($restriction[1]);
// relop flags
$relOpFlags = "";
if ($relOp == RELOP_LT) {
$relOpFlags = "RELOP_LT";
} else {
if ($relOp == RELOP_LE) {
$relOpFlags = "RELOP_LE";
} else {
if ($relOp == RELOP_GT) {
$relOpFlags = "RELOP_GT";
} else {
if ($relOp == RELOP_GE) {
$relOpFlags = "RELOP_GE";
} else {
if ($relOp == RELOP_EQ) {
$relOpFlags = "RELOP_EQ";
} else {
if ($relOp == RELOP_NE) {
$relOpFlags = "RELOP_NE";
} else {
if ($relOp == RELOP_RE) {
$relOpFlags = "RELOP_RE";
}
}
}
}
}
}
}
$restriction[1]["ULPROPTAG"] = is_string($propTag) ? $propTag : Conversion::getPropertyName($propTag);
$restriction[1]["RELOP"] = $relOpFlags;
$restriction[1]["CB"] = $propValue;
break;
case RES_EXIST:
$propTag = $restriction[1][ULPROPTAG];
unset($restriction[1]);
$restriction[1]["ULPROPTAG"] = is_string($propTag) ? $propTag : Conversion::getPropertyName($propTag);
break;
case RES_SUBRESTRICTION:
$propTag = $restriction[1][ULPROPTAG];
$res = simplify_restriction($restriction[1][RESTRICTION]);
unset($restriction[1]);
$restriction[1]["ULPROPTAG"] = is_string($propTag) ? $propTag : Conversion::getPropertyName($propTag);
$restriction[1]["RESTRICTION"] = $res;
break;
}
return $restriction;
}
protected function applyLexiconPatchToTestVerb(array &$aTestConjugatedVerb)
{
$aTenseList = array('p1', 'p2', 'p3', 'p4', 'p5', 'p6', 'ps1', 'ps2', 'ps3', 'ps4', 'ps5', 'ps6', 's1', 's2', 's3', 's4', 's5', 's6', 'ip2', 'ip4', 'ip5', 'pr', 'pp');
$sPatchFile = Config::get('path.real.root') . Config::get('path.relative.root_to_app') . Config::get('path.relative.app_to_data') . Config::get('jsreal.lexicon.simple_nlg.patch.' . $this->sLanguage);
$sJsonPatch = Filesystem::get($sPatchFile);
$aPatch = Conversion::getArrayFromJson($sJsonPatch);
foreach ($aPatch as $sUnit => $aInfo) {
if (isset($aInfo['V'])) {
foreach ($aInfo['V'] as $sTenseAndPerson => $sConjugatedVerb) {
if (Arr::in($aTenseList, $sTenseAndPerson)) {
$aTestConjugatedVerb[$sUnit][$sTenseAndPerson] = $sConjugatedVerb;
}
}
}
}
}
public function testConversionSeconds()
{
$this->assertEquals('1 s', Conversion::seconds(1));
$this->assertEquals('6 ms', Conversion::seconds(0.006));
}
public function getRuleTable($sRuleOptionName = 'option')
{
$aFormatedRule = array();
foreach ($this->aRawRuleList as $aRawRule) {
$sTableId = $aRawRule[0];
$sEnding = $aRawRule[1];
$aDeclensionList = array();
$sPreviousOption = '';
$sCurrentOption = '';
for ($i = 2, $iLength1 = count($aRawRule); $i < $iLength1; $i++) {
$sValue = $aRawRule[$i][0];
$aOptionList = array('val' => $sValue);
$sCurrentOption = Conversion::getJsonFromArray($aOptionList);
for ($j = 1, $iLength2 = count($aRawRule[$i]); $j < $iLength2; $j++) {
$sInformation = $aRawRule[$i][$j];
$sFeatureClass = $this->oDmConverter->getClassName($sInformation);
if (!is_null($sFeatureClass) && !empty($sFeatureClass)) {
$sFeatureValue = $this->oDmConverter->getProperName($sInformation);
$aOptionList[$sFeatureClass] = $sFeatureValue;
$sCurrentOption .= $sFeatureClass . $sFeatureValue;
} else {
echo 'Traduction manquante : ';
// DEBUG ONLY
var_dump($sInformation);
echo '<br />';
// die;
}
}
if ($sPreviousOption !== $sCurrentOption) {
$aDeclensionList[] = $aOptionList;
$sPreviousOption = $sCurrentOption;
}
}
$aFormatedRule[$sTableId] = array('ending' => $sEnding, $sRuleOptionName => $aDeclensionList);
}
return $aFormatedRule;
}
private function exportToJson($sJsonFilePath, array $aData, $bCompress = false)
{
$sNewJsonContent = Conversion::getJsonFromArray($aData, $bCompress);
if (Filesystem::put($sJsonFilePath, $sNewJsonContent) !== false) {
return Filesystem::name($sJsonFilePath) . '.' . Filesystem::extension($sJsonFilePath);
} else {
throw new FileNotCreatedException('File : ' . $sJsonFilePath);
}
}
