static function asSurpriseTypedError($err, $msg = null, $p = null)
{
if ($msg === null) {
$msg = "Failure: " . Std::string($err);
}
return tink_core__Future_Future_Impl_::sync(tink_core_Outcome::Failure(ufront_web_HttpError::wrap($err, $msg, $p)));
}
public function getTemplateString($viewRelativePath)
{
$fullPath = _hx_string_or_null($this->get_viewDirectory()) . _hx_string_or_null($viewRelativePath);
try {
if (file_exists($fullPath)) {
return tink_core__Future_Future_Impl_::sync(tink_core_Outcome::Success(haxe_ds_Option::Some(sys_io_File::getContent($fullPath))));
} else {
return tink_core__Future_Future_Impl_::sync(tink_core_Outcome::Success(haxe_ds_Option::$None));
}
} catch (Exception $__hx__e) {
$_ex_ = $__hx__e instanceof HException ? $__hx__e->e : $__hx__e;
$e = $_ex_;
return $e->asSurpriseError("Failed to load template " . _hx_string_or_null($viewRelativePath));
}
}
public function executeResult($context)
{
try {
return $context->actionContext->actionResult->executeResult($context->actionContext);
} catch (Exception $__hx__e) {
$_ex_ = $__hx__e instanceof HException ? $__hx__e->e : $__hx__e;
$e = $_ex_;
$p_methodName = "executeResult";
$p_lineNumber = -1;
$p_fileName = "";
$p_customParams = new _hx_array(array("actionContext"));
$p_className = Type::getClassName(Type::getClass($context->actionContext));
return tink_core__Future_Future_Impl_::sync(tink_core_Outcome::Failure(ufront_web_HttpError::wrap($e, null, _hx_anonymous(array("fileName" => "MVCHandler.hx", "lineNumber" => 70, "className" => "ufront.web.MVCHandler", "methodName" => "executeResult")))));
}
}
static function ofMany($futures, $gather = null)
{
if ($gather === null) {
$gather = true;
}
$ret = tink_core__Future_Future_Impl_::sync(new _hx_array(array()));
$_g = 0;
while ($_g < $futures->length) {
$f = $futures[$_g];
++$_g;
$ret = tink_core__Future_Future_Impl_::flatMap($ret, array(new _hx_lambda(array(&$_g, &$f, &$futures, &$gather, &$ret), "tink_core__Future_Future_Impl__5"), 'execute'), false);
unset($f);
}
if ($gather) {
return tink_core__Future_Future_Impl_::gather($ret);
} else {
return $ret;
}
}
public function process($onData, $partSize = null)
{
try {
if ($partSize === null) {
$partSize = 8192;
}
$doneTrigger = new tink_core_FutureTrigger();
$fh = sys_io_File::read($this->tmpFileName, null);
$pos = 0;
$readNext = null;
$readNext1 = null;
$readNext1 = array(new _hx_lambda(array(&$doneTrigger, &$fh, &$onData, &$partSize, &$pos, &$readNext, &$readNext1), "ufront_web_upload_TmpFileUpload_0"), 'execute');
$readNext = $readNext1;
call_user_func($readNext);
return $doneTrigger->future;
} catch (Exception $__hx__e) {
$_ex_ = $__hx__e instanceof HException ? $__hx__e->e : $__hx__e;
$e1 = $_ex_;
$data = tink_core_Outcome::Failure(tink_core_TypedError::withData(null, "Error during TmpFileUpload.process()", $e1, _hx_anonymous(array("fileName" => "TmpFileUpload.hx", "lineNumber" => 148, "className" => "ufront.web.upload.TmpFileUpload", "methodName" => "process"))));
return tink_core__Future_Future_Impl_::sync($data);
}
}
public function executeApiCall($path, $args, $remotingContext, $actionContext)
{
if ($remotingContext->objects->exists($path[0]) === false) {
throw new HException("Invalid path " . _hx_string_or_null($path->join(".")));
}
$actionContext->handler = $this;
$actionContext->action = $path[$path->length - 1];
$actionContext->controller = $remotingContext->objects->get($path[0])->obj;
$actionContext->args = $args;
$returnType = null;
try {
$fieldsMeta = haxe_rtti_Meta::getFields(Type::getClass($actionContext->controller));
$actionMeta = Reflect::field($fieldsMeta, $actionContext->action);
$returnType = $actionMeta->returnType[0];
} catch (Exception $__hx__e) {
$_ex_ = $__hx__e instanceof HException ? $__hx__e->e : $__hx__e;
$e = $_ex_;
$returnType = 0;
}
$flags = $returnType;
$result = $remotingContext->call($path, $args);
if (($flags & 1 << ufront_api_ApiReturnType::$ARTFuture->index) !== 0) {
return $result;
} else {
if (($flags & 1 << ufront_api_ApiReturnType::$ARTVoid->index) !== 0) {
return tink_core__Future_Future_Impl_::sync(null);
} else {
return tink_core__Future_Future_Impl_::sync($result);
}
}
}
public function parseMultipart($onPart = null, $onData = null, $onEndPart = null)
{
$_g = $this;
if (!$this->isMultipart()) {
return ufront_core_SurpriseTools::success();
}
if ($this->_parsed) {
throw new HException(ufront_web_HttpError::internalServerError("parseMultipart() has been called more than once.", null, _hx_anonymous(array("fileName" => "HttpRequest.hx", "lineNumber" => 93, "className" => "sys.ufront.web.context.HttpRequest", "methodName" => "parseMultipart"))));
}
$this->_parsed = true;
if ($onPart === null) {
$onPart = array(new _hx_lambda(array(&$_g, &$onData, &$onEndPart, &$onPart), "sys_ufront_web_context_HttpRequest_0"), 'execute');
}
if ($onData === null) {
$onData = array(new _hx_lambda(array(&$_g, &$onData, &$onEndPart, &$onPart), "sys_ufront_web_context_HttpRequest_1"), 'execute');
}
if ($onEndPart === null) {
$onEndPart = array(new _hx_lambda(array(&$_g, &$onData, &$onEndPart, &$onPart), "sys_ufront_web_context_HttpRequest_2"), 'execute');
}
$this->post = new haxe_ds_StringMap();
$noParts = true;
$isFile = false;
$partName = null;
$fileName = null;
$currentContent = null;
$callbackFutures = new _hx_array(array());
$errors = new _hx_array(array());
$processCallbackResult = array(new _hx_lambda(array(&$_g, &$callbackFutures, &$currentContent, &$errors, &$fileName, &$isFile, &$noParts, &$onData, &$onEndPart, &$onPart, &$partName), "sys_ufront_web_context_HttpRequest_3"), 'execute');
$doEndOfPart = array(new _hx_lambda(array(&$_g, &$callbackFutures, &$currentContent, &$errors, &$fileName, &$isFile, &$noParts, &$onData, &$onEndPart, &$onPart, &$partName, &$processCallbackResult), "sys_ufront_web_context_HttpRequest_4"), 'execute');
$doPart = array(new _hx_lambda(array(&$_g, &$callbackFutures, &$currentContent, &$doEndOfPart, &$errors, &$fileName, &$isFile, &$noParts, &$onData, &$onEndPart, &$onPart, &$partName, &$processCallbackResult), "sys_ufront_web_context_HttpRequest_5"), 'execute');
$doData = array(new _hx_lambda(array(&$_g, &$callbackFutures, &$currentContent, &$doEndOfPart, &$doPart, &$errors, &$fileName, &$isFile, &$noParts, &$onData, &$onEndPart, &$onPart, &$partName, &$processCallbackResult), "sys_ufront_web_context_HttpRequest_6"), 'execute');
try {
sys_ufront_web_context__HttpRequest_WebOverride::parseMultipart($doPart, $doData);
} catch (Exception $__hx__e) {
$_ex_ = $__hx__e instanceof HException ? $__hx__e->e : $__hx__e;
$e = $_ex_;
$stack = haxe_CallStack::toString(haxe_CallStack::exceptionStack());
$err1 = "Failed to parse multipart data: " . Std::string($e) . "\n" . _hx_string_or_null($stack);
$errors->push($err1);
}
if ($noParts === false) {
call_user_func($doEndOfPart);
}
if ($callbackFutures->length > 0) {
return tink_core__Future_Future_Impl_::flatMap(tink_core__Future_Future_Impl_::ofMany($callbackFutures, null), array(new _hx_lambda(array(&$_g, &$callbackFutures, &$currentContent, &$doData, &$doEndOfPart, &$doPart, &$e, &$errors, &$fileName, &$isFile, &$noParts, &$onData, &$onEndPart, &$onPart, &$partName, &$processCallbackResult), "sys_ufront_web_context_HttpRequest_7"), 'execute'), null);
} else {
$data5 = tink_core_Outcome::Success(tink_core_Noise::$Noise);
return tink_core__Future_Future_Impl_::sync($data5);
}
}
public function wrapInFuture($result)
{
return tink_core__Future_Future_Impl_::sync($result);
}
function ufront_app_HttpApplication_9(&$_g, &$ctx, &$done, &$flag, &$modules, &$runNext, &$runNext1)
{
$m = $modules->shift();
if ($flag !== null && ($ctx->completion & 1 << $flag->index) !== 0) {
$result = tink_core_Outcome::Success(tink_core_Noise::$Noise);
if ($done->{"list"} === null) {
false;
} else {
$list = $done->{"list"};
$done->{"list"} = null;
$done->result = $result;
tink_core__Callback_CallbackList_Impl_::invoke($list, $result);
tink_core__Callback_CallbackList_Impl_::clear($list);
true;
}
} else {
if ($m === null) {
if ($flag !== null) {
$ctx->completion |= 1 << $flag->index;
}
$result1 = tink_core_Outcome::Success(tink_core_Noise::$Noise);
if ($done->{"list"} === null) {
false;
} else {
$list1 = $done->{"list"};
$done->{"list"} = null;
$done->result = $result1;
tink_core__Callback_CallbackList_Impl_::invoke($list1, $result1);
tink_core__Callback_CallbackList_Impl_::clear($list1);
true;
}
} else {
$moduleCb = isset($m->a) ? $m->a : array($m, "a");
$_g->currentModule = $m->b;
$moduleResult = null;
try {
$moduleResult = call_user_func_array($moduleCb, array($ctx));
} catch (Exception $__hx__e) {
$_ex_ = $__hx__e instanceof HException ? $__hx__e->e : $__hx__e;
$e = $_ex_;
$ctx->messages->push(_hx_anonymous(array("msg" => "Caught error " . Std::string($e) . " while executing module " . _hx_string_or_null($_g->currentModule->className) . "." . _hx_string_or_null($_g->currentModule->methodName) . " in HttpApplication.executeModules()", "pos" => _hx_anonymous(array("fileName" => "HttpApplication.hx", "lineNumber" => 405, "className" => "ufront.app.HttpApplication", "methodName" => "executeModules")), "type" => ufront_log_MessageType::$MLog)));
$moduleResult = tink_core__Future_Future_Impl_::sync(tink_core_Outcome::Failure(ufront_web_HttpError::wrap($e, null, $_g->currentModule)));
}
$moduleResult(array(new _hx_lambda(array(&$_g, &$ctx, &$done, &$e, &$flag, &$m, &$moduleCb, &$moduleResult, &$modules, &$runNext, &$runNext1), "ufront_app_HttpApplication_22"), 'execute'));
}
}
}
public function _makeApiCall($method, $args, $flags, $pos = null)
{
if (!php_Boot::$skip_constructor) {
$_g = $this;
$remotingCallString = "" . _hx_string_or_null($this->className) . "." . _hx_string_or_null($method) . "(" . _hx_string_or_null($args->join(",")) . ")";
$callApi = array(new _hx_lambda(array(&$_g, &$args, &$flags, &$method, &$pos, &$remotingCallString), "ufront_api_UFAsyncApi_0"), 'execute');
$returnError = array(new _hx_lambda(array(&$_g, &$args, &$callApi, &$flags, &$method, &$pos, &$remotingCallString), "ufront_api_UFAsyncApi_1"), 'execute');
if (($flags & 1 << ufront_api_ApiReturnType::$ARTVoid->index) !== 0) {
try {
call_user_func($callApi);
return tink_core__Future_Future_Impl_::sync(tink_core_Outcome::Success(null));
} catch (Exception $__hx__e) {
$_ex_ = $__hx__e instanceof HException ? $__hx__e->e : $__hx__e;
$e1 = $_ex_;
return call_user_func_array($returnError, array($e1));
}
} else {
if (($flags & 1 << ufront_api_ApiReturnType::$ARTFuture->index) !== 0 && ($flags & 1 << ufront_api_ApiReturnType::$ARTOutcome->index) !== 0) {
try {
$surprise = call_user_func($callApi);
return tink_core__Future_Future_Impl_::map($surprise, array(new _hx_lambda(array(&$_g, &$args, &$callApi, &$flags, &$method, &$pos, &$remotingCallString, &$returnError, &$surprise), "ufront_api_UFAsyncApi_2"), 'execute'), null);
} catch (Exception $__hx__e) {
$_ex_ = $__hx__e instanceof HException ? $__hx__e->e : $__hx__e;
$e2 = $_ex_;
return call_user_func_array($returnError, array($e2));
}
} else {
if (($flags & 1 << ufront_api_ApiReturnType::$ARTFuture->index) !== 0) {
try {
$future = call_user_func($callApi);
return tink_core__Future_Future_Impl_::map($future, array(new _hx_lambda(array(&$_g, &$args, &$callApi, &$flags, &$future, &$method, &$pos, &$remotingCallString, &$returnError), "ufront_api_UFAsyncApi_3"), 'execute'), null);
} catch (Exception $__hx__e) {
$_ex_ = $__hx__e instanceof HException ? $__hx__e->e : $__hx__e;
$e3 = $_ex_;
return call_user_func_array($returnError, array($e3));
}
} else {
if (($flags & 1 << ufront_api_ApiReturnType::$ARTOutcome->index) !== 0) {
try {
$outcome = call_user_func($callApi);
switch ($outcome->index) {
case 0:
$data2 = _hx_deref($outcome)->params[0];
return tink_core__Future_Future_Impl_::sync(tink_core_Outcome::Success($data2));
break;
case 1:
$err1 = _hx_deref($outcome)->params[0];
return tink_core__Future_Future_Impl_::sync(tink_core_Outcome::Failure(ufront_web_HttpError::remotingError(ufront_remoting_RemotingError::RApiFailure($remotingCallString, $err1), $pos)));
break;
}
} catch (Exception $__hx__e) {
$_ex_ = $__hx__e instanceof HException ? $__hx__e->e : $__hx__e;
$e4 = $_ex_;
return call_user_func_array($returnError, array($e4));
}
} else {
try {
$result1 = call_user_func($callApi);
return tink_core__Future_Future_Impl_::sync(tink_core_Outcome::Success($result1));
} catch (Exception $__hx__e) {
$_ex_ = $__hx__e instanceof HException ? $__hx__e->e : $__hx__e;
$e5 = $_ex_;
return call_user_func_array($returnError, array($e5));
}
}
}
}
}
}
}
static function asFuture($data)
{
return tink_core__Future_Future_Impl_::sync($data);
}
public function commit()
{
return tink_core__Future_Future_Impl_::sync(tink_core_Outcome::Success(tink_core_Noise::$Noise));
}
public function commitSession()
{
if ($this->session !== null) {
return $this->session->commit();
} else {
return tink_core__Future_Future_Impl_::sync(tink_core_Outcome::Success(tink_core_Noise::$Noise));
}
}
public function getTemplateString($path)
{
return tink_core__Future_Future_Impl_::sync(tink_core_Outcome::Failure(new tink_core_TypedError(null, "Attempting to fetch template " . _hx_string_or_null($path) . " with UFViewEngine. This is an abstract class, you must use one of the ViewEngine implementations.", _hx_anonymous(array("fileName" => "UFViewEngine.hx", "lineNumber" => 208, "className" => "ufront.view.UFViewEngine", "methodName" => "getTemplateString")))));
}
