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VLT Software Documentation

mswCONTROL Class Reference

See man page mswCONTROL(4)
More...

#include <mswCONTROL.h>

Inheritance diagram for mswCONTROL:
Inheritance graph
[legend]
Collaboration diagram for mswCONTROL:
Collaboration graph
[legend]

List of all members.

Public Member Functions

 mswCONTROL (mswMOD_LIST_MANAGER &listManager, mswEVAL_STATE &eval)
 mswCONTROL (const dbSYMADDRESS dbPoint, mswMOD_LIST_MANAGER &listManager, mswEVAL_STATE &eval)
virtual ~mswCONTROL ()
virtual ccsCOMPL_STAT Init ()
ccsCOMPL_STAT Recover ()

Protected Member Functions

virtual evhCB_COMPL_STAT TcsColdStartCB (msgMESSAGE &msg, void *udata)
virtual evhCB_COMPL_STAT TcsStartCB (msgMESSAGE &msg, void *udata)
virtual evhCB_COMPL_STAT TcsStopCB (msgMESSAGE &msg, void *udata)
virtual evhCB_COMPL_STAT TcsShutdownCB (msgMESSAGE &msg, void *udata)
virtual evhCB_COMPL_STAT TcsPauseCB (msgMESSAGE &msg, void *udata)
virtual evhCB_COMPL_STAT TcsPresetCB (msgMESSAGE &msg, void *udata)
virtual evhCB_COMPL_STAT TcsEndPresetCB (msgMESSAGE &msg, void *udata)
virtual evhCB_COMPL_STAT TcsAlignCB (msgMESSAGE &msg, void *udata)
virtual evhCB_COMPL_STAT TcsEndAlignCB (msgMESSAGE &msg, void *udata)
virtual evhCB_COMPL_STAT ExitCB (msgMESSAGE &msg, void *udata)
virtual evhCB_COMPL_STAT InitCB (msgMESSAGE &msg, void *udata)
virtual evhCB_COMPL_STAT MswDoneCB (msgMESSAGE &msg, void *udata)
virtual evhCB_COMPL_STAT MswErrorCB (msgMESSAGE &msg, vltLOGICAL chFocusErr=ccsFALSE)
virtual evhCB_COMPL_STAT CompletedCB (msgMESSAGE &, void *)
virtual evhCB_COMPL_STAT ErrorCB (msgMESSAGE &, void *)
virtual evhCB_COMPL_STAT TimeoutCB (msgMESSAGE &, void *)
vltLOGICAL CommandInProgress (msgMESSAGE &msg)
ccsCOMPL_STAT GetState (vltINT32 &stateValue)
ccsCOMPL_STAT GetState (vltINT32 &stateValue, vltINT32 &subStateValue)
ccsCOMPL_STAT SetSubState (vltINT32 subStateValue)

Protected Attributes

mswMOD_LIST_MANAGERmodListManager
msgMESSAGE mswMsg
mswEVAL_STATEevalState

Private Member Functions

ccsCOMPL_STAT ActivateSyncObj (int readyState)
ccsCOMPL_STAT BroadcastCommand (const msgCMD cmdName, const char *cmdBuf="", vltINT8 phase=mswSEND_NO_PHASE)
ccsCOMPL_STAT ConstructorInit ()

Private Attributes

evhDB_SYNC waitAllReady
vltINT32 readyTimeout
vltINT32 stopTimeout
int32 substate = mswSUB
_STATE_IDLE int32 busy = 0
int32 readyTimeout = 10
int32 stopTimeout = 10
mswMOD_LIST_MANAGER list

Detailed Description

See man page mswCONTROL(4)
Manpage of mswCONTROL

mswCONTROL

Section: Devices and Network Interfaces (4)
Updated: 2012-04-23 10:09
Index Return to man pages list
 

NAME

mswCONTROL - Main object's class for the TCS Mode Switching process.
                  Receives and handles all the commands not implemented
                  in a standard way.

 

SYNOPSIS


#include "mswCONTROL.h"

class mswCONTROL : public evhDB_TASK
{
  public:
    mswCONTROL(mswMOD_LIST_MANAGER &listManager,
                    mswINS_CONFIG_TABLE &insTable,
                    mswEVAL_STATE       &eval,
                    mswCHANGE_FOCUS     &changeFoc);
    mswCONTROL(const dbSYMADDRESS  dbPoint,
                    mswMOD_LIST_MANAGER &listManager,
                    mswEVAL_STATE       &evalState
                    mswCHANGE_FOCUS     &changeFocus);
   ~mswCONTROL();

    virtual evhCB_COMPL_STAT TcsColdStartCB(msgMESSAGE &msg, void *udata);
    virtual evhCB_COMPL_STAT TcsStartCB    (msgMESSAGE &msg, void *udata);
    virtual evhCB_COMPL_STAT TcsStopCB     (msgMESSAGE &msg, void *udata);
    virtual evhCB_COMPL_STAT TcsShutdownCB (msgMESSAGE &msg, void *udata);
    virtual evhCB_COMPL_STAT TcsPauseCB    (msgMESSAGE &msg, void *udata);
    virtual evhCB_COMPL_STAT TcsPresetCB   (msgMESSAGE &msg, void *udata);
    virtual evhCB_COMPL_STAT TcsEndPresetCB(msgMESSAGE &msg, void *udata);
    virtual evhCB_COMPL_STAT TcsALignCB   (msgMESSAGE &msg, void *udata);
    virtual evhCB_COMPL_STAT TcsEndAlignCB(msgMESSAGE &msg, void *udata);
    virtual evhCB_COMPL_STAT TcsPermForceSetCB  (msgMESSAGE &msg, void *udata);
    virtual evhCB_COMPL_STAT TcsRelForceSetCB(msgMESSAGE &msg, void *udata);

    virtual evhCB_COMPL_STAT ExitCB(msgMESSAGE &msg, void *udata);
    virtual evhCB_COMPL_STAT InitCB(msgMESSAGE &msg, void *udata);

    ccsCOMPL_STAT    Init();
    ccsCOMPL_STAT    Recover();

  protected:
    virtual evhCB_COMPL_STAT MswDoneCB(msgMESSAGE &msg, void *udata);
    virtual evhCB_COMPL_STAT MswErrorCB(msgMESSAGE &msg,
                                        vltLOGICAL chFocusErr = ccsFALSE);

    vltLOGICAL ForceSetting();
    mswCONTROL &ForceSetting(const vltLOGICAL);

    mswMOD_LIST_MANAGER &modListManager;
    mswEVAL_STATE       &evalState;
    msgMESSAGE           mswMsg;

  private:
    ccsCOMPL_STAT ActivateSyncObj(int readyState);

    // The following methods take care correctly of error handling
    ccsCOMPL_STAT GetState(vltINT32 &stateValue);
    ccsCOMPL_STAT GetState(vltINT32 &stateValue,vltINT32 &subStateValue);
    ccsCOMPL_STAT SetSubState(vltINT32 subStateValue);
    vltLOGICAL    CommandInProgress(msgMESSAGE &msg);
    ccsCOMPL_STAT BroadcastCommand(msgCMD cmdName, char *cmdBuf = "",
                                   vltINT8 phase = mswSEND_NO_PHASE)

    ccsCOMPL_STAT ConstructorInit();
    evhDB_SYNC           waitAllReady;
    vltINT32             readyTimeout;
    vltINT32             stopTimeout;
}

 

PARENT CLASS


evhDB_TASK

 

DESCRIPTION


An instance of this class is the core of the mswControl program and
is used to receive and handle Mode Switching commands and to perform all
the "administrative work".

When it is created it registers the callbacks for the supported
commands and reads from the online database the configuration parameters.
Whenever one of these commands is received, the corresponding action is
issued.

Many of the callbacks for mode switching commands have the same structure.

 

PUBLIC METHODS


mswCONTROL(mswMOD_LIST_MANAGER &listManager,
                mswEVAL_STATE       &eval);
mswCONTROL(const dbSYMADDRESS  dbPoint,
                mswMOD_LIST_MANAGER &listManager,
                mswEVAL_STATE       &evalState);

  Two constructors are provided.
  The second one receives as parameter the symbolic address of
  online database support point for the object, i.e. the point
  where the object can find configuration and run time values.
  The first one defines the online database support point calling
  the standard tcsDbRoot(4) function and appenting the
  default relative path from the TCS database root point,
  assuming a complete default TCS database structure.
  It prepares all the internal structures, install the callbacks
  and call Init() to read and initialize all configuration parms.
  It receives also pointers to cooperating objects, that must heve
  been already created.


~mswCONTROL()

  Deregisters al the callbacks.


evhCB_COMPL_STAT InitCB(msgMESSAGE &msg, void *udata);
  This is called when the INIT command is received.

ccsCOMPL_STAT Init()
  Overwrite of the Init method inherited from the base class.
  Reads from the database all the configuration parameters.
  This method is called also by the inherited InitCB whenever an Init()
  command is received.

ccsCOMPL_STAT Recover();
  Try to recover from a severe error.
  It can be used for example when a callback
  generates a severe error and makes the main loop to return. The main
  can then try to recover using this method and to go back in the
  main-loop. It calls Init() to reinitialize the objects.

evhCB_COMPL_STAT ExitCB(msgMESSAGE &msg, void *udata);
  Overload the inherited callback. This is called when the EXIT command
  is received.

evhCB_COMPL_STAT TcsColdStartCB(msgMESSAGE &msg, void *udata);
  This function is called whenever the CSTART command is received.
  First it checks if the command can be accepted, i.e. if:
     - The object is not performing a mode switching
     - The requested transition is compatible with the current state.
  If not, sends a proper error reply to the sender.
  If the command can be accepted, stores the received message for later use
  and calls the RefreshAndSend() method of the listManager object to
  ask all the required unit to go in stand-by,  after having checked the
  mirror positions and updaded the required list.
  The correct sequence to goto standby is INIT followed by STANDBY, using
  the START PHASE order for modules.
  This means that first an INIT command is sent to all required modules,
  but following the sequence for START PHASE (a command is sent to a module
  in phase n+1 only after all commands sent for modules in phase n are completed).
  When this is completed, a STANDBY command is sent with the same procedure.
  It changes the substate to indicate the transition.
  Then it installs the MswDoneCB() callback to monitor the state attribute
  of the listManager object.
  This attribute changes value when the command has been completed or an
  error occurred.
  It then changes the substate to indicate the completion of the transition.
  It also disables state evaluation during the transition.

evhCB_COMPL_STAT TcsStartCB(msgMESSAGE &msg, void *udata);
  This function is called whenever the START command is received.
  First it checks if the command can be accepted, i.e. if:
     - The object is not performing a mode switching
     - The requested transition is compatible with the current state.
  If not, send a proper error reply to the sender.
  If the command can be accepted, store the received message for later use
  and calls the RefreshAndSend() method of the listManager object to
  ask all the required unit to go in online, after having checked the
  mirror positions and updated the required list.
  The correct sequence to goto online is ONLINE.
  This means that an ONLINE command is sent to all required modules,
  but following the sequence for START PHASE (a command is sent to a module
  in phase n+1 only after all commands sent for modules in phase n are completed).
  It changes the substate to indicate the transition.
  Then it installs the MswDoneCB() callback to monitor the state attribute
  of the listManager object.
  This attribute changes value when the command has been completed or an
  error occurred.
  It then changes the substate to indicate the completion of the transition.
  It also disables state evaluation during the transition.

evhCB_COMPL_STAT TcsStopCB(msgMESSAGE &msg, void *udata);
  This function is called whenever the STOP command is received.
  First it checks if the command can be accepted, i.e. if:
     - The object is not performing a mode switching
     - The requested transition is compatible with the current state.
  If not, send a proper error reply to the sender.
  If the command can be accepted, store the received message for later use
  and calls the RefreshAndSend() method of the listManager object to
  ask all the required unit to go in standby, after having checked the
  mirror positions and updated the required list.
  The correct sequence to goto standby is STANDBY.
  This means that first a STANDBY command is sent to all required modules,
  but following the sequence for START PHASE (a command is sent to a module
  in phase n+1 only after all commands sent for modules in phase n are completed).
  It changes the substate to indicate the transition.
  Then it installs the MswDoneCB() callback to monitor the state attribute
  of the listManager object.
  This attribute changes value when the command has been completed or an
  error occurred.
  It then changes the substate to indicate the completion of the transition.
  It also disables state evaluation during the transition.

evhCB_COMPL_STAT TcsShutdownCB(msgMESSAGE &msg, void *udata);
  This function is called whenever the SHDOWN command is received.
  First it checks if the command can be accepted, i.e. if:
     - The object is not performing a mode switching
     - The requested transition is compatible with the current state.
  If not, send a proper error reply to the sender.
  If the command can be accepted, store the received message for later use
  and calls the RefreshAndSend() method of the listManager object to
  ask all the required unit to go in off/loaded, after having checked the
  mirror positions and updated the required list.
  The correct sequence to goto off/loaded is STOP followed by OFF, using
  the STOP PHASE order for modules.
  This means that first a STOP command is sent to all required modules,
  but following the sequence for STOP PHASE (a command is sent to a module
  in phase n+1 only after all commands sent for modules in phase n are completed).
  When this is completed, a OFF command is sent (no phase is used in this last case).
  It changes the substate to indicate the transition.
  Then it installs the MswDoneCB() callback to monitor the state attribute
  of the listManager object.
  This attribute changes value when the command has been completed or an
  error occurred.
  It then changes the substate to indicate the completion of the transition.
  It also disables state evaluation during the transition.

evhCB_COMPL_STAT TcsPauseCB(msgMESSAGE &msg, void *udata);
  THIS IS NOT IMPLEMENTED JET!!
  This function is called whenever the PAUSE command is received.
  First it checks if the command can be accepted, i.e. if:
     - The object is not performing a mode switching
     - The requested transition is compatible with the current state.
  If not, send a proper error reply to the sender.
  If the command can be accepted, store the received message for later use
  and calls the RefreshAndSend() method of the listManager object with
  parameter TRACKING to ask all the required tracking units to go to
  standby, after having checked the mirror positions and updated the
  required tracking list.
  It changes the substate to indicate the transition.
  Then it installs the MswDoneCB() callback to monitor the state attribute
  of the listManager object.
  This attribute changes value when the command has been completed or an
  error occurred.
  It then changes the substate to indicate the completion of the transition.
  It also disables state evaluation during the transition.


evhCB_COMPL_STAT TcsPresetCB(msgMESSAGE &msg, void *udata);
  This function is called whenever the PRESET command is received.
  First it checks if the command can be accepted, i.e. if:
     - The object is not performing a mode switching
     - The requested transition is compatible with the current state.
  If not, send a proper error reply to the sender.
  If the command can be accepted, changes the substate, and return a reply
  in order for prs to go ahead.

evhCB_COMPL_STAT TcsEndPresetCB(msgMESSAGE &msg, void *udata);
  This function is called whenever the EPRESET command is received.
  From PRESETTING substate goes to IDLE
  If not PRESETTING, it just sends back an OK reply.

evhCB_COMPL_STAT TcsAlignCB(msgMESSAGE &msg, void *udata);
  This function is called whenever the ALIGN command is received.
  First it checks if the command can be accepted, i.e. if:
     - The object is not performing a mode switching
     - The requested transition is compatible with the current state.
  If not, send a proper error reply to the sender.
  If the command can be accepted, changes the substate, and return a reply
  in order for prs to go ahead.

evhCB_COMPL_STAT TcsEndAlignCB(msgMESSAGE &msg, void *udata);
  This function is called whenever the EALIGN command is received.
  From ALIGNING substate goes to IDLE
  If not ALIGNING, it just sends back an OK reply.

evhCB_COMPL_STAT TcsPermForceSetCB(msgMESSAGE &msg, void *udata);
  This function is called whenever the GETPERM command is received.
  First it checks if the command can be accepted, i.e. if:
     - The object is not performing a mode switching
     - The requested transition is compatible with the current state.
  If not, send a proper error reply to the sender.
  If the command can be accepted, sets the internal flag and returns a reply
  in order for active optics to go ahead.

evhCB_COMPL_STAT TcsRelForceSetCB(msgMESSAGE &msg, void *udata);
  This function is called whenever the RELPERM command is received.
  First it checks if the command can be accepted, i.e. if:
     - The object is not performing a mode switching
     - The requested transition is compatible with the current state.
  If not, send a proper error reply to the sender.
  If the command can be accepted, sets the internal flag and returns a reply
  in order for active optics to go ahead.


 

PROTECTED METHODS


evhCB_COMPL_STAT MswDoneCB(msgMESSAGE &msg, void *udata);
  This callback is called every time the object is waiting for the
  completion of a command sent via the listManager object to many
  coordination modules. It detects completion by monitoring the
  state attributes for all required modules.
  It enables state evaluation and sends back
  the proper reply using the message safely stored by the handler
  for the received command.

evhCB_COMPL_STAT MswErrorCB(msgMESSAGE &msg,
                            vltLOGICAL chFocusErr = ccsFALSE);
  This callback is called every time the object is waiting for the
  completion of a command sent via the listManager and a timeout occured.
  It enables state evaluation  and sends back
  the proper error reply using the message safely stored by the handler
  for the received command.
  This function is also called whenever the CHFOCUS or SELINS commands
  have got an error.
  This function is registered during the constructor method into the
  change focus object which saves it in a pointer.

vltLOGICAL ForceSetting();
mswCONTROL &ForceSetting(const vltLOGICAL);
  These two methods are used to set/retrieve the database flag that marks
  when the system is performin a M1 force setting cycle.
  They are used internally by TcsPermForceSetCB (command GETPERM) and
  TcsRelForceSetCB (command RELPERM).
ccsCOMPL_STAT GetState(vltINT32 &stateValue);
ccsCOMPL_STAT GetState(vltINT32 &stateValue,vltINT32 &subStateValue);
    Puts in the given variable(s) the current state (ands substate)
    of the module, taking care of sending an error reply in
    case of errors accessing the data.
ccsCOMPL_STAT SetSubState(vltINT32 subStateValue);
    Sets the module sub-state, taking care of sending an
    error reply in case of errors accessing the data.
vltLOGICAL    CommandInProgress(msgMESSAGE &msg);
    Return TRUE is a mode scwitching is already under execution.

 

PROTECTED DATA MEMBERS


mswMOD_LIST_MANAGER   &modListManager;
  listManager object


mswEVAL_STATE         &evalState;
  evalState object

msgMESSAGE            mswMsg;
  message to store command in order to return reply from callback.

 

PRIVATE METHODS


ccsCOMPL_STAT ActivateSyncObj(int readyState);
    Activates a evhDB_SYNC object to wait until all modules
    which the broadcast command has been sent to, are in the specified state.
    No error from here - always SUCCESS.
ccsCOMPL_STAT BroadcastCommand(msgCMD cmdName, char *cmdBuf = "",
                               vltINT8 phase = mswSEND_NO_PHASE);
    Sends the same command to all required modules.
    It handles errors, sending an error reply to the originator
    of the current command.

ccsCOMPL_STAT ConstructorInit();
    Support method called by the constructors to grup in a single
    place code that would have been otherwise copied in all constructors

 

PRIVATE DATA MEMBERS


evhDB_SYNC  waitAllReady;
  Object to synchronize on all events from state attributes after a
  mode switching command.

vltINT32             readyTimeout;
  Stores the timeout value for the completion of any mode switching command.

vltINT32             stopTimeout;
  Now not used.

 

ON LINE DATABASE


The following database branch in the msw structure pertains
to the instance of mswCONTROL:

   CLASS evhDB_TASK mswCONTROL                                  //
 

BEGIN //


     ATTRIBUTE int32               substate   mswSUB_STATE_IDLE      //
     ATTRIBUTE int32               busy       0                      //

     ATTRIBUTE logical             forceSetting 0                    //

     ATTRIBUTE int32               readyTimeout 10                   //
     ATTRIBUTE int32               stopTimeout  10                   //

     ATTRIBUTE mswMOD_LIST_MANAGER list                              //

     ATTRIBUTE mswCHANGE_FOCUS     foc                               //

     ATTRIBUTE mswINS_CONFIG_DATA  insData                           //
 

CAUTIONS


Some functionality is not yet implemented, like the PAUSE command

 

SEE ALSO


evhDB_TASK(4),
mswMOD_LIST_MANAGER(4), mswCHANGE_FOCUS(4),
mswINS_CONFIG_DATA(4)



 

Index

NAME
SYNOPSIS
PARENT CLASS
DESCRIPTION
PUBLIC METHODS
PROTECTED METHODS
PROTECTED DATA MEMBERS
PRIVATE METHODS
PRIVATE DATA MEMBERS
ON LINE DATABASE
BEGIN //
CAUTIONS
SEE ALSO

This document was created by man2html, using the manual pages.
Time: 10:09:27 GMT, April 23, 2012

Definition at line 36 of file mswCONTROL.h.


Constructor & Destructor Documentation

mswCONTROL::mswCONTROL ( mswMOD_LIST_MANAGER listManager,
mswEVAL_STATE eval 
)
mswCONTROL::mswCONTROL ( const dbSYMADDRESS  dbPoint,
mswMOD_LIST_MANAGER listManager,
mswEVAL_STATE eval 
)

Definition at line 521 of file mswCONTROL.C.

References ConstructorInit().

mswCONTROL::~mswCONTROL (  )  [virtual]

Member Function Documentation

ccsCOMPL_STAT mswCONTROL::ActivateSyncObj ( int  readyState  )  [private]
ccsCOMPL_STAT mswCONTROL::BroadcastCommand ( const msgCMD  cmdName,
const char *  cmdBuf = "",
vltINT8  phase = mswSEND_NO_PHASE 
) [private]
vltLOGICAL mswCONTROL::CommandInProgress ( msgMESSAGE &  msg  )  [protected]
evhCB_COMPL_STAT mswCONTROL::CompletedCB ( msgMESSAGE &  ,
void *   
) [protected, virtual]

Definition at line 1861 of file mswCONTROL.C.

Referenced by BroadcastCommand().

ccsCOMPL_STAT mswCONTROL::ConstructorInit (  )  [private]
evhCB_COMPL_STAT mswCONTROL::ErrorCB ( msgMESSAGE &  ,
void *   
) [protected, virtual]

Definition at line 1871 of file mswCONTROL.C.

Referenced by BroadcastCommand().

evhCB_COMPL_STAT mswCONTROL::ExitCB ( msgMESSAGE &  msg,
void *  udata 
) [protected, virtual]

Definition at line 750 of file mswCONTROL.C.

References mswERR_SEND_REPLY, and mswMOD.

ccsCOMPL_STAT mswCONTROL::GetState ( vltINT32 &  stateValue,
vltINT32 &  subStateValue 
) [protected]
ccsCOMPL_STAT mswCONTROL::GetState ( vltINT32 &  stateValue  )  [protected]
ccsCOMPL_STAT mswCONTROL::Init (  )  [virtual]
evhCB_COMPL_STAT mswCONTROL::InitCB ( msgMESSAGE &  msg,
void *  udata 
) [protected, virtual]
evhCB_COMPL_STAT mswCONTROL::MswDoneCB ( msgMESSAGE &  msg,
void *  udata 
) [protected, virtual]
evhCB_COMPL_STAT mswCONTROL::MswErrorCB ( msgMESSAGE &  msg,
vltLOGICAL  chFocusErr = ccsFALSE 
) [protected, virtual]
ccsCOMPL_STAT mswCONTROL::Recover (  ) 

Definition at line 718 of file mswCONTROL.C.

References Init(), mswERR_DB_WRITE, mswERR_INIT, mswMOD, and mswSTATE_ERROR.

Referenced by tcsTCS_RCSID().

ccsCOMPL_STAT mswCONTROL::SetSubState ( vltINT32  subStateValue  )  [protected]
evhCB_COMPL_STAT mswCONTROL::TcsAlignCB ( msgMESSAGE &  msg,
void *  udata 
) [protected, virtual]
evhCB_COMPL_STAT mswCONTROL::TcsColdStartCB ( msgMESSAGE &  msg,
void *  udata 
) [protected, virtual]
evhCB_COMPL_STAT mswCONTROL::TcsEndAlignCB ( msgMESSAGE &  msg,
void *  udata 
) [protected, virtual]
evhCB_COMPL_STAT mswCONTROL::TcsEndPresetCB ( msgMESSAGE &  msg,
void *  udata 
) [protected, virtual]
evhCB_COMPL_STAT mswCONTROL::TcsPauseCB ( msgMESSAGE &  msg,
void *  udata 
) [protected, virtual]
evhCB_COMPL_STAT mswCONTROL::TcsPresetCB ( msgMESSAGE &  msg,
void *  udata 
) [protected, virtual]
evhCB_COMPL_STAT mswCONTROL::TcsShutdownCB ( msgMESSAGE &  msg,
void *  udata 
) [protected, virtual]
evhCB_COMPL_STAT mswCONTROL::TcsStartCB ( msgMESSAGE &  msg,
void *  udata 
) [protected, virtual]
evhCB_COMPL_STAT mswCONTROL::TcsStopCB ( msgMESSAGE &  msg,
void *  udata 
) [protected, virtual]
evhCB_COMPL_STAT mswCONTROL::TimeoutCB ( msgMESSAGE &  ,
void *   
) [protected, virtual]

Definition at line 1881 of file mswCONTROL.C.

Referenced by BroadcastCommand().


Member Data Documentation

_STATE_IDLE int32 mswCONTROL::busy = 0 [private]

Definition at line 48 of file mswCONTROL.class.

Reimplemented in mswDB_SIM.

Definition at line 53 of file mswCONTROL.class.

msgMESSAGE mswCONTROL::mswMsg [protected]
int32 mswCONTROL::readyTimeout = 10 [private]

Definition at line 50 of file mswCONTROL.class.

vltINT32 mswCONTROL::readyTimeout [private]

Definition at line 88 of file mswCONTROL.h.

Referenced by ActivateSyncObj(), and Init().

int32 mswCONTROL::stopTimeout = 10 [private]

Definition at line 51 of file mswCONTROL.class.

vltINT32 mswCONTROL::stopTimeout [private]

Definition at line 89 of file mswCONTROL.h.

int32 mswCONTROL::substate = mswSUB [private]

Definition at line 47 of file mswCONTROL.class.

Referenced by mswCONTROL_MAIN::TcsPermForceSetCB().

evhDB_SYNC mswCONTROL::waitAllReady [private]

Definition at line 85 of file mswCONTROL.h.

Referenced by ActivateSyncObj(), Init(), and MswErrorCB().


The documentation for this class was generated from the following files:
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