/**
* Constructor.
*
* @param int $bpCopyId ID of the blueprint being copied
* @param int $copyQuantity the number of copies being made
* @param int $outputRuns the number of runs per copy
* @param int $copyTime the time the copy process takes
* @param float $processCost the cost of performing this reseach process
* @param int $solarSystemId ID of the SolarSystem the research is performed
* @param int $assemblyLineId ID of the AssemblyLine where the research is being performed
*/
public function __construct($bpCopyId, $copyQuantity, $outputRuns, $copyTime, $processCost, $solarSystemId, $assemblyLineId)
{
parent::__construct($bpCopyId, $copyQuantity, $copyTime, $processCost);
$this->outputRuns = (int) $outputRuns;
$this->solarSystemId = (int) $solarSystemId;
$this->assemblyLineId = (int) $assemblyLineId;
}
/**
* Constructor.
*
* @param int $researchedBpId of the Blueprint being researched
* @param int $researchTime the time the process takes
* @param float $processCost the cost of performing this reseach process
* @param int $startMELevel the initial ME level of the Blueprint
* @param int $endMELevel the ME level of the Blueprint after the research
* @param int $solarSystemId ID of the SolarSystem the research is performed
* @param int $assemblyLineId ID of the AssemblyLine where the research is being performed
*/
public function __construct($researchedBpId, $researchTime, $processCost, $startMELevel, $endMELevel, $solarSystemId, $assemblyLineId)
{
parent::__construct($researchedBpId, 1, $researchTime, $processCost);
$this->startMELevel = (int) $startMELevel;
$this->endMELevel = (int) $endMELevel;
$this->solarSystemId = (int) $solarSystemId;
$this->assemblyLineId = (int) $assemblyLineId;
}
/**
* Constructor.
*
* @param int $producesTypeId typeId of the item manufactured in this process
* @param int $producesQuantity the number of produces items
* @param int $processTime the time this process takes in seconds
* @param float $processCost the cost of performing this reseach process
* @param int $bpMeLevel the ME level of the blueprint used in this process
* @param int $bpTeLevel the TE level of the blueprint used in this process
* @param int $solarSystemId ID of the SolarSystem the research is performed
* @param int $assemblyLineId ID of the AssemblyLine where the research is being performed
*/
public function __construct($producesTypeId, $producesQuantity, $processTime, $processCost, $bpMeLevel, $bpTeLevel, $solarSystemId, $assemblyLineId)
{
parent::__construct($producesTypeId, $producesQuantity, $processTime, $processCost);
$this->bpMeLevel = (int) $bpMeLevel;
$this->bpTeLevel = (int) $bpTeLevel;
$this->solarSystemId = (int) $solarSystemId;
$this->assemblyLineId = (int) $assemblyLineId;
}
/**
* Constructor.
*
* @param int $inventedBpId typeId of the invented blueprint
* @param int $inventTime the invention takes in seconds
* @param float $processCost the cost of performing this reseach process
* @param float $probability chance of success for invention
* @param int $resultRuns the number of runs on the resulting T2 BPC if invention is successful
* @param int $resultME the ME level on the resulting T2 BPC if invention is successful
* @param int $resultTE the TE level on the resulting T2 BPC if invention is successful
* @param int $solarSystemId ID of the SolarSystem the research is performed
* @param int $assemblyLineId ID of the AssemblyLine where the research is being performed
*/
public function __construct($inventedBpId, $inventTime, $processCost, $probability, $resultRuns, $resultME, $resultTE, $solarSystemId, $assemblyLineId)
{
parent::__construct($inventedBpId, 1, $inventTime, $processCost);
$this->probability = (double) $probability;
$this->resultRuns = (int) $resultRuns;
$this->resultME = (int) $resultME;
$this->resultTE = (int) $resultTE;
$this->solarSystemId = (int) $solarSystemId;
$this->assemblyLineId = (int) $assemblyLineId;
}
/**
* Constructor
*
* @param int $bpCopyID typeID of the blueprint being copied
* @param int $copyQuantity the number of copies being made
* @param int $outputRuns the number of runs per copy
* @param int $copyTime the time the copy process takes
* @param float $processCost the cost of performing this reseach process
* @param int $solarSystemID ID of the SolarSystem the research is performed
* @param int $assemblyLineID ID of the AssemblyLine where the research is being performed
* @param int $teamID the ID of the Team being used, if at all
*
* @return \iveeCore\CopyProcessData
*/
public function __construct($bpCopyID, $copyQuantity, $outputRuns, $copyTime, $processCost, $solarSystemID, $assemblyLineID, $teamID = null)
{
parent::__construct($bpCopyID, $copyQuantity, $copyTime, $processCost);
$this->outputRuns = (int) $outputRuns;
$this->solarSystemID = (int) $solarSystemID;
$this->assemblyLineID = (int) $assemblyLineID;
if (isset($teamID)) {
$this->teamID = (int) $teamID;
}
}
/**
* Constructor
*
* @param int $researchedBpID of the Blueprint being researched
* @param int $researchTime the time the process takes
* @param float $processCost the cost of performing this reseach process
* @param int $startTELevel the initial TE level of the Blueprint
* @param int $endTELevel the TE level of the Blueprint after the research
* @param int $solarSystemID ID of the SolarSystem the research is performed
* @param int $assemblyLineID ID of the AssemblyLine where the research is being performed
* @param int $teamID the ID of the Team being used, if at all
*
* @return \iveeCore\ResearchTEProcessData
*/
public function __construct($researchedBpID, $researchTime, $processCost, $startTELevel, $endTELevel, $solarSystemID, $assemblyLineID, $teamID = null)
{
parent::__construct($researchedBpID, 1, $researchTime, $processCost);
$this->startTELevel = (int) $startTELevel;
$this->endTELevel = (int) $endTELevel;
$this->solarSystemID = (int) $solarSystemID;
$this->assemblyLineID = (int) $assemblyLineID;
if (isset($teamID)) {
$this->teamID = (int) $teamID;
}
}
/**
* Constructor.
*
* @param int $producesTypeID typeID of the item manufactured in this process
* @param int $producesQuantity the number of produces items
* @param int $processTime the time this process takes in seconds
* @param float $processCost the cost of performing this reseach process
* @param int $bpMeLevel the ME level of the blueprint used in this process
* @param int $bpTeLevel the TE level of the blueprint used in this process
* @param int $solarSystemID ID of the SolarSystem the research is performed
* @param int $assemblyLineID ID of the AssemblyLine where the research is being performed
* @param int $teamID the ID of the Team being used, if at all
*
* @return ProcessData
*/
public function __construct($producesTypeID, $producesQuantity, $processTime, $processCost, $bpMeLevel, $bpTeLevel, $solarSystemID, $assemblyLineID, $teamID = null)
{
parent::__construct($producesTypeID, $producesQuantity, $processTime, $processCost);
$this->bpMeLevel = (int) $bpMeLevel;
$this->bpTeLevel = (int) $bpTeLevel;
$this->solarSystemID = (int) $solarSystemID;
$this->assemblyLineID = (int) $assemblyLineID;
if (isset($teamID)) {
$this->teamID = (int) $teamID;
}
}
/**
* Constructor.
*
* @param int $inventedBpID typeID of the invented blueprint
* @param int $inventTime the invention takes in seconds
* @param float $processCost the cost of performing this reseach process
* @param float $inventionChance chance of success for invention
* @param int $resultRuns the number of runs on the resulting T2 BPC if invention is successful
* @param int $resultME the ME level on the resulting T2 BPC if invention is successful
* @param int $resultTE the TE level on the resulting T2 BPC if invention is successful
* @param int $solarSystemID ID of the SolarSystem the research is performed
* @param int $assemblyLineID ID of the AssemblyLine where the research is being performed
* @param int $teamID the ID of the Team being used, if at all
*
* @return InventionProcessData
*/
public function __construct($inventedBpID, $inventTime, $processCost, $inventionChance, $resultRuns, $resultME, $resultTE, $solarSystemID, $assemblyLineID, $teamID = null)
{
parent::__construct($inventedBpID, 1, $inventTime, $processCost);
$this->probability = (double) $inventionChance;
$this->resultRuns = (int) $resultRuns;
$this->resultME = (int) $resultME;
$this->resultTE = (int) $resultTE;
$this->solarSystemID = (int) $solarSystemID;
$this->assemblyLineID = (int) $assemblyLineID;
if (isset($teamID)) {
$this->teamID = (int) $teamID;
}
}
/**
* Computes and adds the material requirements for a process to a ProcessData object.
*
* @param IndustryModifier $iMod the object that holds all the information about skills, implants, system industry
* indices, tax and assemblyLines
* @param ProcessData $pdata to which materials shall be added
* @param int $activityId of the activity
* @param float $materialFactor the IndustryModifier and Blueprint ME level dependant ME bonus factor
* @param float $numPortions the number of portions being built or researched. Note that passing a fraction will
* make the method not use the rounding for the resulting required amounts.
* @param int $manuRecursionDepth defines if and how deep used materials should be manufactured recursively
* @param int $reactionRecursionDepth defines if and how deep used materials should be gained through reaction
* recursively
*
* @return void
*/
protected function addActivityMaterials(IndustryModifier $iMod, ProcessData $pdata, $activityId, $materialFactor, $numPortions, $manuRecursionDepth, $reactionRecursionDepth)
{
foreach ($this->getMaterialsForActivity($activityId) as $matId => $rawAmount) {
$mat = Type::getById($matId);
$amount = $rawAmount * $materialFactor * $numPortions;
//calculate total quantity needed, applying all modifiers
//if number of portions is a fraction, don't ceil() amounts
if (fmod($numPortions, 1.0) > 1.0E-9) {
$totalNeeded = $amount;
} else {
//fix float precision problems
if (fmod($amount, 1.0) < 1.0E-9) {
$totalNeeded = round($amount);
} else {
$totalNeeded = ceil($amount);
}
}
//at least one unit of material is required per portion
if ($totalNeeded < $numPortions) {
$totalNeeded = $numPortions;
}
//if using recursive building and material is manufacturable, recurse!
if ($manuRecursionDepth > 0 and $mat instanceof Manufacturable) {
$pdata->addSubProcessData($mat->getBlueprint()->manufacture($iMod, $totalNeeded, null, null, $manuRecursionDepth - 1, $reactionRecursionDepth));
} elseif ($reactionRecursionDepth > 0 and $mat instanceof ReactionProduct) {
$pdata->addSubProcessData($mat->doBestReaction($iMod, $totalNeeded, $reactionRecursionDepth - 1));
} else {
$pdata->addMaterial($matId, $totalNeeded);
}
}
}
/**
* Computes and adds the material requirements for a process to a ProcessData object.
*
*
* @param IndustryModifier $iMod the object that holds all the information about skills, implants, system industry
* indices, teams, tax and assemblyLines
* @param ProcessData $pdata to which materials shall be added
* @param int $activityId of the activity
* @param float $materialFactor the IndustryModifier and Blueprint ME level dependant ME bonus factor
* @param float $numPortions the number of portions being built or researched. Note that passing a fraction will
* make the method not use the rounding for the resulting required amounts.
* @param bool $recursive defines if used materials should be manufactured recursively
*
* @return void
*/
protected function addActivityMaterials(IndustryModifier $iMod, ProcessData $pdata, $activityId, $materialFactor, $numPortions, $recursive)
{
foreach ($this->getMaterialsForActivity($activityId) as $matID => $matData) {
//if consume flag is set to 0, add to needed mats with quantity 0
if (isset($matData['c']) and $matData['c'] == 0) {
$pdata->addMaterial($matID, 0);
continue;
}
$mat = Type::getById($matID);
//calculate total quantity needed, applying all modifiers
//if number of portions is a fraction, don't ceil() amounts
if (fmod($numPortions, 1.0) > 0.0) {
$totalNeeded = $matData['q'] * $materialFactor * $numPortions;
} else {
$totalNeeded = ceil($matData['q'] * $materialFactor * $numPortions);
}
//at least one unit of material is required per portion
if ($totalNeeded < $numPortions) {
$totalNeeded = $numPortions;
}
//if using recursive building and material is manufacturable, recurse!
if ($recursive and $mat instanceof Manufacturable) {
$pdata->addSubProcessData($mat->getBlueprint()->manufacture($iMod, $totalNeeded));
} else {
$pdata->addMaterial($matID, $totalNeeded);
}
}
}
}
require 'library/twilio-php/Services/Twilio.php';
require_once 'resources/db_connection.php';
require 'db_functions.php';
require 'process_data.php';
if (!isset($_SESSION['token'])) {
$_SESSION['token'] = md5(uniqid(rand(), true));
}
$token = $_SESSION['token'];
// check if profile photo's file name is present in the session
if (!isset($_SESSION['photo'])) {
$photo = '';
}
// if the user has submitted the form
if (isset($_POST['submit'])) {
$processData = new ProcessData();
$record = $processData->setData($_POST, $_FILES, $connection);
// set session to store the name of the photo so that we can have the photo
// during resubmission (in case of validation errors)
$_SESSION['photo'] = $record['photo'];
// validate data in $record
$errors = $processData->validateData($record, $connection, 'register');
// if no error exists after validation then encrypt the passwords and
// enter the details to the database.
if (!$errors) {
$record['password'] = md5($record['password']);
$status = insert_record($record, $connection);
if ('success' == $status) {
$account_sid = 'AC547de080c3d48ff71283595dc7acbed0';
$auth_token = 'c30e80f20ed4350c71295f9d767b68a5';
$client = new Services_Twilio($account_sid, $auth_token);
<?php
require_once dirname(__DIR__) . '/resources/db_connection.php';
require dirname(__DIR__) . '/db_functions.php';
require dirname(__DIR__) . '/process_data.php';
if (!isset($_SESSION['pk_admin'])) {
header('Location: index.php');
} else {
if (isset($_POST['submit'])) {
$userId = $_POST['id'];
$_SESSION['userName'] = $_POST['userName'];
$processData = new ProcessData();
$record = $processData->setData($_POST, $_FILES);
$row = $record;
// validate $row
$errors = $processData->validateData($row, 'update');
// if no error exists after validation then update the employee_details of the user
if (!$errors) {
$status = update_record($userId, $connection, $row);
if (1 == $status) {
$_SESSION['message'] = 'Your changes have been saved successfully';
header('Location: admin_home.php');
} else {
$_SESSION['message'] = 'Sorry! Unable to save your changes';
header('Location: admin_home.php');
}
}
}
}
require dirname(__DIR__) . '/layout/header.php';
?>
*/
// Turn on error reporting
ini_set('display_errors', 'On');
error_reporting(E_ALL);
require_once 'resources/db_connection.php';
require 'process_data.php';
require 'db_functions.php';
// check if photo's file name is present in the session
if (!isset($_SESSION['photo'])) {
$photo = '';
}
$row = array();
// if the user has submitted the form
if (isset($_POST['update'])) {
$userId = $_SESSION['id'];
$processData = new ProcessData();
$record = $processData->setData($_POST, $_FILES, $connection);
$row = $record;
// validate $row
$errors = $processData->validateData($row, $connection, 'update');
// if no error exists after validation then update the employee_details of the user
if (!$errors) {
$status = update_record($userId, $connection, $row);
if (1 == $status) {
$_SESSION['message'] = 'Your changes have been saved successfully';
header('Location: home.php');
} else {
$_SESSION['message'] = 'Sorry! Unable to save your changes';
header('Location: home.php');
}
}
