/**
* Store a newly created resource in storage.
*
* @param \Illuminate\Http\Request $request
* @param Guard $guard
* @param SpotService $spotService
* @return Response
*/
public function store(Request $request, Guard $guard, SpotService $spotService)
{
$response = new \stdClass();
$code = 200;
if ($spot = $spotService->create($guard->getUser()->id, $request->input('msw_spot_id'), $request->input('name'), $request->input('public'))) {
$response = $spot;
} else {
$response->errors = $spotService->getErrors();
$code = 400;
}
return (new Response(json_encode($response), $code))->header('Content-Type', 'application/json');
}
/**
* Find a preference by it's key
* or return a new instance.
*
* @param $key
* @return PreferenceInterface
*/
public function findByKeyOrNew($key)
{
/* @var UserInterface $user */
if (!($user = $this->auth->getUser())) {
throw new \Exception('The user could not be determined.');
}
if (!($preference = $this->model->where('key', $key)->where('user_id', $user->getId())->first())) {
$preference = $this->model->newInstance();
$preference->setKey($key);
$preference->setUser($user);
}
return $preference;
}
/**
* Update the specified resource in storage.
*
* @param \Illuminate\Http\Request $request
* @param Guard $guard
* @param UserService $userService
* @param int $id
* @return Response
*/
public function update(Request $request, Guard $guard, UserService $userService, $id)
{
if ($id == $guard->getUser()->id) {
$response = new \stdClass();
$code = 200;
if ($user = $userService->update($id, $request->all())) {
$response = $user;
} else {
$response->errors = $userService->getErrors();
$code = 400;
}
return (new Response(json_encode($response), $code))->header('Content-Type', 'application/json');
} else {
return response('Unauthorized', 403);
}
}
/**
* Return the currently cached user.
*
* @return \App\User|null
* @static
*/
public static function getUser()
{
return \Illuminate\Auth\Guard::getUser();
}
public function find($region, $localDate, Guard $guard)
{
$spots = $this->spotService->getVisibleSpotsByRegion($region, $guard->getUser() ? $guard->getUser()->id : 0);
$spots->map(function ($spot) use($localDate) {
$spot->msw_forecasts = $spot->mswSpot->mswForecast()->where('localTimestamp', '>=', $localDate)->where('localTimestamp', '<=', strtotime('+5 days', $localDate))->get();
$spot->msw_forecasts->map(function ($forecast) use($spot) {
//TODO, bring these variations in from user selections
$defaultsVariations = array('swell_size' => 1, 'swell_period' => 2, 'swell_direction' => 10, 'wind_speed' => 6, 'wind_direction' => 10);
$variations = array_merge($defaultsVariations, array());
//todo, create forecast -> surf relationship and query via orm
$forecast->matches = $this->surfModel->select('surfs.*', 'msw_forecasts.id AS forecast_id', 'msw_forecasts.swell_components_primary_height AS forecast_swell_height', 'msw_forecasts.swell_components_primary_direction AS forecast_swell_direction', 'msw_forecasts.swell_components_primary_period AS forecast_swell_period', 'msw_forecasts.wind_speed AS forecast_wind_speed', 'msw_forecasts.wind_direction AS forecast_wind_direction')->leftJoin('msw_forecasts', 'surfs.msw_forecast_id', '=', 'msw_forecasts.id')->where('surfs.spot_id', '=', $spot->id)->where(function ($query) use($forecast, $variations) {
$swell_size_min = floor($forecast->swell_components_primary_height - $variations['swell_size']);
$swell_size_min = $swell_size_min > 0 ? $swell_size_min : 0;
$query->where('msw_forecasts.swell_components_primary_height', '>=', $swell_size_min)->where('msw_forecasts.swell_components_primary_height', '<=', ceil($forecast->swell_components_primary_height + $variations['swell_size']));
})->where(function ($query) use($forecast, $variations) {
$swell_period_min = floor($forecast->swell_components_primary_period - $variations['swell_period']);
$swell_period_min = $swell_period_min > 0 ? $swell_period_min : 0;
$query->where('msw_forecasts.swell_components_primary_period', '>=', $swell_period_min)->where('msw_forecasts.swell_components_primary_period', '<=', ceil($forecast->swell_components_primary_period + $variations['swell_period']));
})->where(function ($query) use($forecast, $variations) {
$swellDirAndOr = 'AND';
$swellDirMin = $forecast->swell_components_primary_direction - $variations['swell_direction'];
if ($swellDirMin < 0) {
$swellDirMin += 360;
$swellDirAndOr = 'OR';
}
$swellDirMax = $forecast->swell_components_primary_direction + $variations['swell_direction'];
if ($swellDirMax > 360) {
$swellDirMax -= 360;
$swellDirAndOr = 'OR';
}
if ($swellDirAndOr == 'AND') {
$query->where('msw_forecasts.swell_components_primary_direction', '>=', $swellDirMin)->where('msw_forecasts.swell_components_primary_direction', '<=', $swellDirMax);
} else {
$query->where('msw_forecasts.swell_components_primary_direction', '>=', $swellDirMin)->orWhere('msw_forecasts.swell_components_primary_direction', '<=', $swellDirMax);
}
})->where(function ($query) use($forecast, $variations) {
$wind_speed_min = floor($forecast->wind_speed - $variations['wind_speed']);
$wind_speed_min = $wind_speed_min > 0 ? $wind_speed_min : 0;
$query->where('msw_forecasts.wind_speed', '>=', $wind_speed_min)->where('msw_forecasts.wind_speed', '<=', ceil($forecast->wind_speed + $variations['wind_speed']));
})->where(function ($query) use($forecast, $variations) {
$windDirAndOr = 'AND';
$windDirMin = $forecast->wind_direction - $variations['wind_direction'];
if ($windDirMin < 0) {
$windDirMin += 360;
$windDirAndOr = 'OR';
}
$windDirMax = $forecast->wind_direction + $variations['wind_direction'];
if ($windDirMax > 360) {
$windDirMax -= 360;
$windDirAndOr = 'OR';
}
if ($windDirAndOr == 'AND') {
$query->where('msw_forecasts.wind_direction', '>=', $windDirMin)->where('msw_forecasts.wind_direction', '<=', $windDirMax);
} else {
$query->where('msw_forecasts.wind_direction', '>=', $windDirMin)->orWhere('msw_forecasts.wind_direction', '<=', $windDirMax);
}
})->get()->load('user', 'spot');
});
return $spot;
});
return $spots;
}
protected function executeSend(APIControllerHelper $helper, Request $request, PaymentAddressRepository $payment_address_respository, SendRepository $send_respository, PaymentAddressSender $address_sender, Guard $auth, APICallRepository $api_call_repository, $id)
{
$user = $auth->getUser();
if (!$user) {
throw new Exception("User not found", 1);
}
// get the address
$payment_address = $payment_address_respository->findByUuid($id);
if (!$payment_address) {
return new JsonResponse(['message' => 'address not found'], 404);
}
// make sure this address belongs to this user
if ($payment_address['user_id'] != $user['id']) {
return new JsonResponse(['message' => 'Not authorized to send from this address'], 403);
}
// attributes
$request_attributes = $request->only(array_keys($request->rules()));
// determine if this is a multisend
$is_multisend = (isset($request_attributes['destinations']) and $request_attributes['destinations']);
$is_regular_send = !$is_multisend;
// normalize destinations
$destinations = $is_multisend ? $this->normalizeDestinations($request_attributes['destinations']) : '';
$destination = $is_regular_send ? $request_attributes['destination'] : '';
// determine variables
$quantity_sat = CurrencyUtil::valueToSatoshis($is_multisend ? $this->sumMultisendQuantity($destinations) : $request_attributes['quantity']);
$asset = $is_regular_send ? $request_attributes['asset'] : 'BTC';
$is_sweep = isset($request_attributes['sweep']) ? !!$request_attributes['sweep'] : false;
$float_fee = isset($request_attributes['fee']) ? $request_attributes['fee'] : PaymentAddressSender::DEFAULT_FEE;
$dust_size = isset($request_attributes['dust_size']) ? $request_attributes['dust_size'] : PaymentAddressSender::DEFAULT_REGULAR_DUST_SIZE;
$request_id = isset($request_attributes['requestId']) ? $request_attributes['requestId'] : Uuid::uuid4()->toString();
// create attibutes
$create_attributes = [];
$create_attributes['user_id'] = $user['id'];
$create_attributes['payment_address_id'] = $payment_address['id'];
$create_attributes['destination'] = $destination;
$create_attributes['quantity_sat'] = $quantity_sat;
$create_attributes['asset'] = $asset;
$create_attributes['is_sweep'] = $is_sweep;
$create_attributes['fee'] = $float_fee;
$create_attributes['dust_size'] = $dust_size;
// for multisends
$create_attributes['destinations'] = $destinations;
// the transaction must be committed before the lock is release and not after
// therefore we must release the lock after this closure completes
$lock_must_be_released = false;
$lock_must_be_released_with_delay = false;
// create a send and lock it immediately
$send_result = $send_respository->executeWithNewLockedSendByRequestID($request_id, $create_attributes, function ($locked_send) use($request_attributes, $create_attributes, $payment_address, $user, $helper, $send_respository, $address_sender, $api_call_repository, $request_id, $is_multisend, $is_regular_send, $quantity_sat, $asset, $destination, $destinations, $is_sweep, $float_fee, $dust_size, &$lock_must_be_released, &$lock_must_be_released_with_delay) {
$api_call = $api_call_repository->create(['user_id' => $user['id'], 'details' => ['method' => 'api/v1/sends/' . $payment_address['uuid'], 'args' => $request_attributes]]);
// if a send already exists by this request_id, just return it
if (isset($locked_send['txid']) && strlen($locked_send['txid'])) {
EventLog::log('send.alreadyFound', $locked_send);
return $helper->transformResourceForOutput($locked_send);
}
$float_quantity = CurrencyUtil::satoshisToValue($quantity_sat);
// send
EventLog::log('send.requested', array_merge($request_attributes, $create_attributes));
if ($is_sweep) {
try {
// get lock
$lock_acquired = AccountHandler::acquirePaymentAddressLock($payment_address);
if ($lock_acquired) {
$lock_must_be_released = true;
}
list($txid, $float_balance_sent) = $address_sender->sweepAllAssets($payment_address, $request_attributes['destination'], $float_fee);
$quantity_sat_sent = CurrencyUtil::valueToSatoshis($float_balance_sent);
// clear all balances from all accounts
AccountHandler::zeroAllBalances($payment_address, $api_call);
// release the account lock with a slight delay
if ($lock_acquired) {
$lock_must_be_released_with_delay = true;
}
} catch (PaymentException $e) {
EventLog::logError('error.sweep', $e);
return new JsonResponse(['message' => $e->getMessage()], 500);
} catch (Exception $e) {
EventLog::logError('error.sweep', $e);
return new JsonResponse(['message' => 'Unable to complete this request'], 500);
}
} else {
try {
// get the account
$account_name = (isset($request_attributes['account']) and strlen($request_attributes['account'])) ? $request_attributes['account'] : 'default';
$account = AccountHandler::getAccount($payment_address, $account_name);
if (!$account) {
EventLog::logError('error.send.accountMissing', ['address_id' => $payment_address['id'], 'account' => $account_name]);
return new JsonResponse(['message' => "This account did not exist."], 404);
}
// Log::debug("\$account=".json_encode($account, 192));
// get lock
$lock_acquired = AccountHandler::acquirePaymentAddressLock($payment_address);
if ($lock_acquired) {
$lock_must_be_released = true;
}
// whether to spend unconfirmed balances
$allow_unconfirmed = isset($request_attributes['unconfirmed']) ? $request_attributes['unconfirmed'] : false;
// Log::debug("\$allow_unconfirmed=".json_encode($allow_unconfirmed, 192));
// validate that the funds are available
if ($allow_unconfirmed) {
$has_enough_funds = AccountHandler::accountHasSufficientFunds($account, $float_quantity, $asset, $float_fee, $dust_size);
} else {
$has_enough_funds = AccountHandler::accountHasSufficientConfirmedFunds($account, $float_quantity, $asset, $float_fee, $dust_size);
}
if (!$has_enough_funds) {
EventLog::logError('error.send.insufficient', ['address_id' => $payment_address['id'], 'account' => $account_name, 'quantity' => $float_quantity, 'asset' => $asset]);
return new JsonResponse(['message' => "This account does not have sufficient" . ($allow_unconfirmed ? '' : ' confirmed') . " funds available."], 400);
}
// send the funds
EventLog::log('send.begin', ['request_id' => $request_id, 'address_id' => $payment_address['id'], 'account' => $account_name, 'quantity' => $float_quantity, 'asset' => $asset, 'destination' => $is_multisend ? $destinations : $destination]);
$txid = $address_sender->sendByRequestID($request_id, $payment_address, $is_multisend ? $destinations : $destination, $float_quantity, $asset, $float_fee, $dust_size);
EventLog::log('send.complete', ['txid' => $txid, 'request_id' => $request_id, 'address_id' => $payment_address['id'], 'account' => $account_name, 'quantity' => $float_quantity, 'asset' => $asset, 'destination' => $is_multisend ? $destinations : $destination]);
// tag funds as sent with the txid
if ($allow_unconfirmed) {
AccountHandler::markAccountFundsAsSending($account, $float_quantity, $asset, $float_fee, $dust_size, $txid);
} else {
AccountHandler::markConfirmedAccountFundsAsSending($account, $float_quantity, $asset, $float_fee, $dust_size, $txid);
// Log::debug("After marking confirmed funds as sent, all accounts for ${account['name']}: ".json_encode(app('App\Repositories\LedgerEntryRepository')->accountBalancesByAsset($account, null), 192));
// Log::debug("After marking confirmed funds as sent, all accounts for default: ".json_encode(app('App\Repositories\LedgerEntryRepository')->accountBalancesByAsset(AccountHandler::getAccount($payment_address), null), 192));
}
// release the account lock
if ($lock_acquired) {
$lock_must_be_released_with_delay = true;
}
} catch (AccountException $e) {
EventLog::logError('error.pay', $e);
return new JsonResponse(['message' => $e->getMessage(), 'errorName' => $e->getErrorName()], $e->getStatusCode());
} catch (PaymentException $e) {
EventLog::logError('error.pay', $e);
return new JsonResponse(['message' => $e->getMessage()], 500);
} catch (Exception $e) {
EventLog::logError('error.pay', $e);
return new JsonResponse(['message' => 'Unable to complete this request'], 500);
}
}
$attributes = [];
$attributes['sent'] = time();
$attributes['txid'] = $txid;
EventLog::log('send.complete', $attributes);
// update and send response
$send_respository->update($locked_send, $attributes);
return $helper->buildJSONResponse($locked_send->serializeForAPI());
}, self::SEND_LOCK_TIMEOUT);
// make sure to release the lock
if ($lock_must_be_released_with_delay) {
$this->releasePaymentAddressLockWithDelay($payment_address);
} else {
if ($lock_must_be_released) {
AccountHandler::releasePaymentAddressLock($payment_address);
}
}
return $send_result;
}
