/**
* Store a newly created faucet in storage.
*
* @return Response
* @internal param Request $request
*/
public function store()
{
//Create the validator to process input for validation.
$validator = Validator::make(Input::except('send_tweet'), FaucetValidator::validationRulesNew());
//If validator fails, return to the create page -
//with input still in form, and accompanied with
//the relevant errors.
if ($validator->fails()) {
return Redirect::to('/admin/faucets/create')->withErrors($validator)->withInput(Input::all());
}
//Declare and instantiate a new faucet.
$faucet = new Faucet();
//Assign input from the form to the faucet's properties -
//except payment processors as this needs to be done separately.
$faucet->fill(Input::except('faucet_payment_processors', 'send_tweet'));
//Retrieve payment processor ids from multi-select dropdown
$paymentProcessorIds = Input::get('faucet_payment_processors');
//Save the faucet, with the filled-in data.
$faucet->save();
//Now we have saved a faucet, we can begin inserting associated
//payment processors from input - in a many-many relationship.
DB::statement('SET FOREIGN_KEY_CHECKS = 0');
foreach ($paymentProcessorIds as $paymentProcessorId) {
$faucet->paymentProcessors()->attach((int) $paymentProcessorId);
}
//Associated the currently logged in user with the new faucet.
$faucet->users()->attach(Auth::user()->id);
// Re-enable foreign key checks after inserting
//many-many records.
DB::statement('SET FOREIGN_KEY_CHECKS = 1');
//Redirect to the faucet's page, with a success message.
Session::flash('success_message', 'The faucet has successfully been created and stored!');
if (Input::get('send_tweet') == 1) {
$faucetUrl = url('/faucets/' . $faucet->slug);
$user = User::find(Auth::user()->id);
$twitter = new Twitter($user);
$twitter->sendTweet("Hey everyone, just added another #Bitcoin faucet @ " . $faucetUrl . ". Check it out now! #FreeBTCWebsite");
}
return Redirect::to('/faucets/' . $faucet->slug);
}
