MkObjectC_Sys_CC_API

MkObjectC - L)anguage A)bstraction L)ayer definition … More...

Collaboration diagram for MkObjectC_Sys_CC_API:

Functions
void	ccmkkernel::MkObjectC::SysKill (MK_I32 pid, MK_I32 signal) const
	libmkkernel::MkSysKill
MK_I32	ccmkkernel::MkObjectC::SysGetPid () const
	libmkkernel::MkSysGetPid
static MK_I32	ccmkkernel::MkObjectC::SysHashI32 (MK_STRN key, MK_NUM length=-1)
	libmkkernel::MkSysHashI32
static MK_I32	ccmkkernel::MkObjectC::SysHashI32 (const std::string &key, MK_NUM length=-1)
	libmkkernel::MkSysHashI32
static MK_STRN	ccmkkernel::MkObjectC::SysHashSTR (MK_STRN key, MK_NUM length=-1)
	libmkkernel::MkSysHashSTR
static MK_STRN	ccmkkernel::MkObjectC::SysHashSTR (const std::string &key, MK_NUM length=-1)
	libmkkernel::MkSysHashSTR

Detailed Description

MkObjectC - L)anguage A)bstraction L)ayer definition …

The LAL is required to give the target of embedding a change to modify the access to system functions. RUBY for example has it's own Thread-Creation function.

All wrappers to access the underlying OS,Languages and system functions are located in this section. Every external Function has additional code to map the OS/System specific error codes/messages into a ccmkkernel specific error codes/messages

The LAL is required to give the target of embedding a change to modify the access to system functions. RUBY for example has it's own Thread-Creation function.

All wrappers to access the underlying OS,Languages and system functions are located in this section. Every external Function has additional code to map the OS/System specific error codes/messages into a ccmkkernel specific error codes/messages

Function Documentation

SysGetPid()

MK_I32 ccmkkernel::MkObjectC::SysGetPid ( ) const

inline

libmkkernel::MkSysGetPid

Definition at line 462 of file MkObjectC_inline_cc.hh.

                                            {
    MK_UNUSED auto fmtobj = getOBJN__null_allow();
    MK_I32 pid_out;
    enum MkErrorE errVal = MkSysGetPid(fmtobj, &pid_out);
    MkErrorC_Check(fmtobj, errVal);
    return pid_out;
  }

SysHashI32() [1/2]

MK_I32 ccmkkernel::MkObjectC::SysHashI32 ( const std::string & key, MK_NUM length = -1 )

inlinestatic

libmkkernel::MkSysHashI32

Definition at line 480 of file MkObjectC_inline_cc.hh.

                                                                           {
    MkRtSetup_NULL;
    const MK_STRN key_hdl = key.c_str();
    MK_I32 __retVal__L = MkSysHashI32(key_hdl, length);
    return __retVal__L;
  }

SysHashI32() [2/2]

MK_I32 ccmkkernel::MkObjectC::SysHashI32 ( MK_STRN key, MK_NUM length = -1 )

inlinestatic

libmkkernel::MkSysHashI32

Definition at line 473 of file MkObjectC_inline_cc.hh.

                                                                  {
    MkRtSetup_NULL;
    MK_I32 __retVal__L = MkSysHashI32(key, length);
    return __retVal__L;
  }

SysHashSTR() [1/2]

MK_STRN ccmkkernel::MkObjectC::SysHashSTR ( const std::string & key, MK_NUM length = -1 )

inlinestatic

libmkkernel::MkSysHashSTR

Definition at line 495 of file MkObjectC_inline_cc.hh.

                                                                            {
    MkRtSetup_NULL;
    const MK_STRN key_hdl = key.c_str();
    MK_STRN __retVal__L = MkSysHashSTR(key_hdl, length);
    return __retVal__L;
  }

SysHashSTR() [2/2]

MK_STRN ccmkkernel::MkObjectC::SysHashSTR ( MK_STRN key, MK_NUM length = -1 )

inlinestatic

libmkkernel::MkSysHashSTR

Definition at line 488 of file MkObjectC_inline_cc.hh.

                                                                   {
    MkRtSetup_NULL;
    MK_STRN __retVal__L = MkSysHashSTR(key, length);
    return __retVal__L;
  }

SysKill()

void ccmkkernel::MkObjectC::SysKill ( MK_I32 pid, MK_I32 signal ) const

inline

libmkkernel::MkSysKill

Definition at line 453 of file MkObjectC_inline_cc.hh.

                                                                 {
    MK_UNUSED auto fmtobj = getOBJN__null_allow();
    enum MkErrorE errVal = MkSysKill(fmtobj, pid, signal);
    MkErrorC_Check(fmtobj, errVal);
  }