testexecmgmt/ucc/Source/Uccs.v2/ServiceStubs/HostExecuteAsync/CHostExecuteAsyncStub.cpp
/*
* Copyright (c) 2005-2009 Nokia Corporation and/or its subsidiary(-ies).
* All rights reserved.
* This component and the accompanying materials are made available
* under the terms of "Eclipse Public License v1.0"
* which accompanies this distribution, and is available
* at the URL "http://www.eclipse.org/legal/epl-v10.html".
*
* Initial Contributors:
* Nokia Corporation - initial contribution.
*
* Contributors:
*
* Description:
* System Includes
*
*/
#include <assert.h>
/*******************************************************************************
*
* Local Includes
*
******************************************************************************/
#include "CHostExecuteAsyncStub.h"
#include "CCHostexecuteasync.h"
#include "../../Core/UCCS_ServiceValues.h"
#include "../../Core/UCCS_ErrorCodes.h"
/*******************************************************************************
*
* Constructor / Destructor
*
******************************************************************************/
CHostExecuteAsyncStub::CHostExecuteAsyncStub()
{
iClientHostExecuteClient = new CCHostexecuteasync();
assert( iClientHostExecuteClient != NULL );
}
CHostExecuteAsyncStub::~CHostExecuteAsyncStub()
{
delete iClientHostExecuteClient;
}
/*******************************************************************************
*
* Startup / Shutdown
*
******************************************************************************/
int CHostExecuteAsyncStub::StartUccsService( char *aHostName, int *aErrorCode, int *aUnused )
{
int client_stub_error;
// check params
assert( aHostName != NULL );
assert( aErrorCode != NULL );
*aErrorCode = 0;
// connect to the remote service
client_stub_error = iClientHostExecuteClient->Connect( aHostName );
// return the result
return client_stub_error;
}
int CHostExecuteAsyncStub::StopUccsService( int *aErrorCode, int *aUnused )
{
int client_stub_error;
// check params
assert( aErrorCode != NULL );
*aErrorCode = 0;
// shutdown the stub -- force it to close
client_stub_error = iClientHostExecuteClient->Disconnect();
// done
return client_stub_error;
}
/*******************************************************************************
*
* IssueCommand
*
******************************************************************************/
CDataRecord* CHostExecuteAsyncStub::IssueCommand( CDataRecord *aRequest )
{
int i, err, client_stub_error, method_id = -1, length_to_output;
char *tmp_string;
CDataRecord *request_reply;
TStartupInfo arg_startup_info;
int sarg_integer;
int rv_integer;
THostExecuteAsyncProcessInfo rv_proc_info;
TComponentList rv_component_list;
TResult rv_result;
TVarData rv_vardata;
// check params
assert( aRequest != NULL );
// create a standard reply
request_reply = CreateBaseReply( aRequest );
assert( request_reply != NULL );
// get and check the method_id
err = request_reply->GetFieldAsInt( "METHODID", &method_id );
if( method_id == -1 ) {
UpdateCompletionCode( request_reply, ERR_INVALID_METHOD );
return request_reply;
}
// now dispatch and call the appropriate method
switch( method_id ) {
// ss_startuprpcservice
case 1:
// extract the parameters
arg_startup_info.iDummy = 0;
// make the call and update the return value
client_stub_error = iClientHostExecuteClient->ss_startuprpcservice( arg_startup_info, &rv_integer );
UpdateCompletionCode( request_reply, client_stub_error );
if( client_stub_error != ERR_NONE ) {
break;
}
// set any return information
request_reply->NewField( "RESULT", rv_integer );
break;
// sc_shutdownrpcservice
case 2:
// extract the parameters
GETINTEGERARGUMENT( "FORCE", &sarg_integer, 1, 1, aRequest, request_reply );
// make the call and update the return value
client_stub_error = iClientHostExecuteClient->sc_shutdownrpcservice( sarg_integer, &rv_integer );
UpdateCompletionCode( request_reply, client_stub_error );
if( client_stub_error != ERR_NONE ) {
break;
}
// set the return values
request_reply->NewField( "RESULT", rv_integer );
break;
// list_devices
case 30:
// make the call and update the return value
client_stub_error = iClientHostExecuteClient->list_devices( &rv_component_list );
UpdateCompletionCode( request_reply, client_stub_error );
if( client_stub_error != ERR_NONE ) {
break;
}
// set the return values
request_reply->NewField( "PROCESSCOUNT", rv_component_list.TComponentList_len );
for( i = 0; i < rv_component_list.TComponentList_len; i++ ) {
AddIteratedIntegerFieldName( "PID", i, (rv_component_list.TComponentList_val)[i], request_reply );
}
break;
// cstr_startprocess
case 31:
// extract the parameters
GETSTRINGARGUMENT( "CMD", &tmp_string, 1, 0, aRequest, request_reply );
// make the call and update the return value
client_stub_error = iClientHostExecuteClient->cstr_startprocess( tmp_string, &rv_result );
UpdateCompletionCode( request_reply, client_stub_error );
if( client_stub_error != ERR_NONE ) {
break;
}
// set the return values
request_reply->NewField( "RESULT", rv_result.iStandardResult );
request_reply->NewField( "RESULT_DETAIL", rv_result.iExtendedCode );
request_reply->NewField( "RESULT_SYSTEM_ERROR", rv_result.iSystemError );
break;
// dstr_removeprocess
case 32:
// extract the parameters
GETINTEGERARGUMENT( "PID", &sarg_integer, 1, 0, aRequest, request_reply );
// make the call and update the return value
client_stub_error = iClientHostExecuteClient->dstr_removeprocess( sarg_integer, &rv_result );
UpdateCompletionCode( request_reply, client_stub_error );
if( client_stub_error != ERR_NONE ) {
break;
}
// set the return values
request_reply->NewField( "RESULT", rv_result.iStandardResult );
request_reply->NewField( "RESULT_DETAIL", rv_result.iExtendedCode );
request_reply->NewField( "RESULT_SYSTEM_ERROR", rv_result.iSystemError );
break;
// killprocess
case 5:
// extract the parameters
GETINTEGERARGUMENT( "PID", &sarg_integer, 1, 0, aRequest, request_reply );
// make the call and update the return value
client_stub_error = iClientHostExecuteClient->killprocess( sarg_integer, &rv_result );
UpdateCompletionCode( request_reply, client_stub_error );
if( client_stub_error != ERR_NONE ) {
break;
}
// set the return values
request_reply->NewField( "RESULT", rv_result.iStandardResult );
request_reply->NewField( "RESULT_DETAIL", rv_result.iExtendedCode );
request_reply->NewField( "RESULT_SYSTEM_ERROR", rv_result.iSystemError );
break;
// stopprocess
case 6:
// extract the parameters
GETINTEGERARGUMENT( "PID", &sarg_integer, 1, 0, aRequest, request_reply );
// make the call and update the return value
client_stub_error = iClientHostExecuteClient->stopprocess( sarg_integer, &rv_result );
UpdateCompletionCode( request_reply, client_stub_error );
if( client_stub_error != ERR_NONE ) {
break;
}
// set the return values
request_reply->NewField( "RESULT", rv_result.iStandardResult );
request_reply->NewField( "RESULT_DETAIL", rv_result.iExtendedCode );
request_reply->NewField( "RESULT_SYSTEM_ERROR", rv_result.iSystemError );
break;
// getprocessinfo
case 7:
// extract the parameters
GETINTEGERARGUMENT( "PID", &sarg_integer, 1, 0, aRequest, request_reply );
// make the call and update the return value
client_stub_error = iClientHostExecuteClient->getprocessinfo( sarg_integer, &rv_proc_info );
UpdateCompletionCode( request_reply, client_stub_error );
if( client_stub_error != ERR_NONE ) {
break;
}
// set the return values
request_reply->NewField( "RESULT", rv_proc_info.iErrorCode );
request_reply->NewField( "RESULT_DETAIL", rv_proc_info.iErrorDetail );
request_reply->NewField( "PROCESS_COMMAND", rv_proc_info.iCommandLine );
request_reply->NewField( "PROCESS_STATUS", rv_proc_info.iProcessStatus );
request_reply->NewField( "PROCESS_EXIT_REASON", rv_proc_info.iProcessExitReason );
request_reply->NewField( "PROCESS_EXIT_CODE", rv_proc_info.iExitCode );
break;
// getstandardoutput
case 8:
// extract the parameters
GETINTEGERARGUMENT( "PID", &sarg_integer, 1, 0, aRequest, request_reply );
// make the call and update the return value
client_stub_error = iClientHostExecuteClient->getstandardoutput( sarg_integer, &rv_vardata );
UpdateCompletionCode( request_reply, client_stub_error );
if( client_stub_error != ERR_NONE ) {
break;
}
// set the return values
length_to_output = ((rv_vardata.TVarData_len > 0) ? (rv_vardata.TVarData_len - 1) : rv_vardata.TVarData_len);
request_reply->NewField( "STDOUT", (char*)(rv_vardata.TVarData_val) );
request_reply->NewField( "LENGTH", length_to_output );
// free the memory (if any was allocated)
if( rv_vardata.TVarData_len > 0 ) {
XdrFree( (char**)&(rv_vardata.TVarData_val), (int*)&(rv_vardata.TVarData_len) );
}
break;
// getstandarderror
case 9:
// extract the parameters
GETINTEGERARGUMENT( "PID", &sarg_integer, 1, 0, aRequest, request_reply );
// make the call and update the return value
client_stub_error = iClientHostExecuteClient->getstandarderror( sarg_integer, &rv_vardata );
UpdateCompletionCode( request_reply, client_stub_error );
if( client_stub_error != ERR_NONE ) {
break;
}
// set the return values
length_to_output = ((rv_vardata.TVarData_len > 0) ? (rv_vardata.TVarData_len - 1) : rv_vardata.TVarData_len);
request_reply->NewField( "STDERR", (char*)(rv_vardata.TVarData_val) );
request_reply->NewField( "LENGTH", length_to_output );
// free the memory (if any was allocated)
if( rv_vardata.TVarData_len > 0 ) {
XdrFree( (char**)&(rv_vardata.TVarData_val), (int*)&(rv_vardata.TVarData_len) );
}
break;
// Any other method id results in an invalid method id result
default:
UpdateCompletionCode( request_reply, ERR_INVALID_METHOD );
break;
}
// everything should be handled above
return request_reply;
}
/*******************************************************************************
*
* GetStatus()
*
******************************************************************************/
int CHostExecuteAsyncStub::GetStatus()
{
assert( !"GetStatus() - is not implemented" );
return -1;
}
/*******************************************************************************
*
* GetLastRPCError()
*
******************************************************************************/
char *CHostExecuteAsyncStub::GetLastRPCError( int *aIntError )
{
return iClientHostExecuteClient->GetLastRPCError( aIntError );
}