Estendere run time PLC LogicLab

// *****************************************************************************
// LLEXEC EXAMPLE PLUGIN
// *****************************************************************************
// Codelite workspace: "LLXPlugin_Demo"
// Codelite project: "LLXPlugin_Demo"
// File: "main.cpp"
// -----------------------------------------------------------------------------
// In Codelite project remember to define:
//
// LLExecCore platform   : WINDOWS_XP7_EXECCORE, WINDOWS_CE_EXECCORE, LINUXBASE_EXECCORE, LINUXXEN_EXECCORE, VXWORKS_EXECCORE, ...
// Architecture platform : ALPLC_P_X86, ALPLC_P_ARM32, ...
// Compiler platform     : ALPLC_C_MSDEVX86, ALPLC_C_GCCX86, ALPLC_C_MSDEVARM, ALPLC_C_GCCARM9, ...
// EXTERNAL_MISRA_C_TYPES if your environment already has Misra-C types
// -----------------------------------------------------------------------------

#include "../LLExecCore/PluginsInterface.h"
#include "../LLExecCore/TraceLog.h"

// -----------------------------------------------------------------------------
// Access to API functions of LLEXECCORE
// -----------------------------------------------------------------------------

LLEXEC_API m_plcApi;
LLXPLG_INITIALIZEPLUGIN
{
    m_plcApi = *api;
    return TRUE;
}

// -----------------------------------------------------------------------------
// INIT FUNCTION
// -----------------------------------------------------------------------------
// This will be called automatically in the system startup sequence.

static bool_t PluginInit()
{
    m_plcApi.LLPrintLog(ALTRACE_LEV_PLG_BASE, "LLXPlugin_Demo start............................................................");
    return TRUE;
}

// -----------------------------------------------------------------------------
// FUNCTION "MyFUN"
// -----------------------------------------------------------------------------
// This function is exposed to the PLC runtime, it can be called from PLC code.

static uint32_t MyFUN(uint32_t In)
{
    return(In*2);
}

// -----------------------------------------------------------------------------
// FUNCTION BLOCK "MyFB"
// -----------------------------------------------------------------------------
// FB data structure, all data are passed in this structure type.

typedef struct
{
    uint32_t In; //FB input
    uint32_t Out; //FB output
}MYFBDATA;

// This FB is exposed to the PLC runtime, it can be called from PLC code.

static void MyFB(MYFBDATA* S)
{
    S->Out=S->In*2;
}

// -----------------------------------------------------------------------------
// EXPOSED FUNCTIONS TABLE
// -----------------------------------------------------------------------------
// This is the table of function exposed to the runtime.

static LLEXEC_FUNDEF m_Functions[] =
{
    { LLFUNCT_INIT_L0, (void *)PluginInit, "PluginInit", }, //Init function
    { LLFUNCT_PLC, (void *)MyFUN, "MyFUN", }, //LogicLab exported function
    { LLFUNCT_PLC, (void *)MyFB, "MyFB", }, //LogicLab exported function block
};

LLXPLG_GETFUNCTIONDEFS
{
    *num = ARRDIM(m_Functions);
    *defs = m_Functions;
    return TRUE;
}

// [End of file]