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Arthur Coolen authoredArthur Coolen authored
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GCFCommon_test.ctl 9.69 KiB
// GCFCommon.ctl
//
// Copyright (C) 2002-2004
// ASTRON (Netherlands Foundation for Research in Astronomy)
// P.O.Box 2, 7990 AA Dwingeloo, The Netherlands, seg@astron.nl
//
// This program is free software; you can redistribute it and/or modify
// it under the terms of the GNU General Public License as published by
// the Free Software Foundation; either version 2 of the License, or
// (at your option) any later version.
//
// This program is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU General Public License for more details.
//
// You should have received a copy of the GNU General Public License
// along with this program; if not, write to the Free Software
// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
//
// $Id$
//
///////////////////////////////////////////////////////////////////
// Common GCF functions
///////////////////////////////////////////////////////////////////
//
// Functions and procedures
//
// getStateColor : return the colorName based on a state
// getStateName : return the stateName based on a state
// getStateNumber : return the stateNumber based on a stateName
// initLofarColors : Initialise the color buffers.
// showChildState : Prepare (connect to) the childState callback for a lofar hardware object
// showSelfState : Prepare (connect to) the selfState callback for a lofar hardware object
// updateChildState : Callback to update the selfstate light from a lofar hardware object
// updateSelfState : Callback to update the childState border from a lofar hardware object
#uses "GCFLogging.ctl"
const string DPNAME_NAVIGATOR = "__navigator";
//the Database name & number for the Mainsystem (== MainCU)
global string MainDBName = "MCU099:";
global string CEPDBName = "CCU099:";
global unsigned MainDBID = 231;
global mapping stateColor;
global mapping stateName;
global mapping stateNumber;
global bool g_initializing = true; // to show if initialise is ready
global string g_initProcess = ""; // holds last finished init process
global bool g_standAlone = false; // can be used to check if we are in standalone mode (== station only mode)
global int g_MaxNrClaims = 250; // the maximal nr of claims handled by the claimmanager
///////////////////////////////////////////////////////////////////////////
//
// Function initLofarColors
//
// Initialise the color buffers.
//
///////////////////////////////////////////////////////////////////////////
void initLofarColors() {
// Set the global statecolors/colornames.
stateColor [0] = "Lofar_off";
stateColor [10] = "Lofar_operational";
stateColor [20] = "Lofar_maintenance";
stateColor [30] = "Lofar_test";
stateColor [40] = "Lofar_suspicious";
stateColor [43] = "Lofar_suspicious_went"; stateColor [46] = "Lofar_suspicious_came";
stateColor [50] = "Lofar_broken";
stateColor [53] = "Lofar_broken_went";
stateColor [56] = "Lofar_broken_came";
stateColor [60] = "Lofar_dpOffline";
stateName [0] = "off";
stateName [10] = "operational";
stateName [20] = "maintenance";
stateName [30] = "test";
stateName [40] = "suspicious";
stateName [43] = "suspicious_went";
stateName [46] = "suspicious_came";
stateName [50] = "broken";
stateName [53] = "broken_went";
stateName [56] = "broken_came";
stateName [60] = "dp_Offline";
stateNumber ["off"] = 0;
stateNumber ["operational"] = 10;
stateNumber ["maintenance"] = 20;
stateNumber ["test"] = 30;
stateNumber ["suspicious"] = 40;
stateNumber ["suspicious_went"] = 43;
stateNumber ["suspicious_came"] = 46;
stateNumber ["broken"] = 50;
stateNumber ["broken_went"] = 53;
stateNumber ["broken_came"] = 56;
stateNumber ["dpOffline"] = 60;
}
const int OFF = 0;
const int OPERATIONAL = 10;
const int MAINTENANCE = 20;
const int TEST = 30;
const int SUSPICIOUS = 40;
const int SUSPICIOUS_WENT = 43;
const int SUSPICIOUS_CAME = 46;
const int BROKEN = 50;
const int BROKEN_WENT = 53;
const int BROKEN_CAME = 56;
const int DPOFFLINE = 60;
///////////////////////////////////////////////////////////////////////////
//
// Function getStateColor(stateNr) : colorName
//
// helper function to return the colorName based on a state
//
// Added 3-3-2007 A.Coolen
///////////////////////////////////////////////////////////////////////////
string getStateColor(int aState) {
if (mappingHasKey(stateColor,aState)) {
return stateColor[aState];
}
else {
return "";
}
}
///////////////////////////////////////////////////////////////////////////
//
// Function getStateName(stateNr) : name
//
// helper function to return the stateName based on a state
//// Added 3-3-2007 A.Coolen
///////////////////////////////////////////////////////////////////////////
string getStateName(int aState) {
if (mappingHasKey(stateName,aState)) {
return stateName[aState];
}
else {
return "";
}
}
///////////////////////////////////////////////////////////////////////////
//
// Function getStateNumber(stateName) : stateNr
//
// helper function to return the stateNumber based on a stateName
//
// Added 20-3-2007 A.Coolen
///////////////////////////////////////////////////////////////////////////
int getStateNumber(string aState) {
if (aState != "") {
if (mappingHasKey(stateNumber,aState)) {
return stateNumber[aState];
}
}
return (-1);
}
///////////////////////////////////////////////////////////////////////////
//
// Function showSelfState
//
// Prepare (connect to) the selfState callback for a lofar hardware object
//
// Added 3-3-2007 A.Coolen
///////////////////////////////////////////////////////////////////////////
void showSelfState(string aDP) {
// check if the required datapoint for this view are accessible
if (dpExists(aDP+".status.state")) {
if (dpConnect("updateSelfState",aDP + ".status.state",
aDP + ".status.state:_online.._invalid")==-1) {
setValue("selfState.light","backCol","Lofar_invalid");
}
if (!navFunct_dpReachable(aDP+".status.state")) {
updateSelfState("",0,"","","",true);
}
}
else {
setValue("selfState.light","backCol","Lofar_dpdoesnotexist");
}
}
///////////////////////////////////////////////////////////////////////////
//
// Function showChildState
//
// Prepare (connect to) the childState callback for a lofar hardware object
//
// Added 3-3-2007 A.Coolen
///////////////////////////////////////////////////////////////////////////
void showChildState(string aDP) {
// check if the requiered datapoint for this view are accessible
if (dpExists(aDP+".status.childState")) {
if (dpConnect("updateChildState",aDP + ".status.childState", aDP + ".status.childState:_online.._invalid") == -1) {
setValue("childStateBorder","foreCol","Lofar_invalid");
}
if (!navFunct_dpReachable(aDP+".status.childState")) {
updateChildState("",0,"","","",true);
} }
else {
setValue("childStateBorder","foreCol","Lofar_dpdoesnotexist");
}
}
///////////////////////////////////////////////////////////////////////////
//
// Function updateChildState
//
// Callback to update the childState border from a lofar hardware object
//
// Added 3-3-2007 A.Coolen
///////////////////////////////////////////////////////////////////////////
updateChildState(string dp1, int state, string dp2, bool invalid) {
string SymbolCol;
if (invalid) {
if (dp1 == "") {
SymbolCol = "Lofar_dpOffline";
} else {
SymbolCol = "Lofar_invalid";
}
}
else {
SymbolCol = getStateColor(state);
}
setValue("childStateBorder", "foreCol", SymbolCol);
}
///////////////////////////////////////////////////////////////////////////
//
// Function updateSelfState
//
// Callback to update the selfstate light from a lofar hardware object
//
// Added 3-3-2007 A.Coolen
///////////////////////////////////////////////////////////////////////////
updateSelfState(string dp1, int state,
string dp2, string msg,
string dp3, bool invalid) {
string SymbolCol;
if (invalid) {
if (dp1 == "") {
SymbolCol = "Lofar_dpOffline";
} else {
SymbolCol = "Lofar_invalid";
}
}
else {
SymbolCol = getStateColor(state);
}
setValue("selfState.light", "backCol", SymbolCol);
string tooltip = "Last status message: "+msg;
setValue("light","toolTipText",tooltip);
}
bool waitInitProcess(string procName) {
//delay while procName != g_initProcess
int retry=0;
while (procName != g_initProcess & retry < 60) {
delay(0,100);
retry++;
if (retry >= 60) {
LOG_FATAL("GCFCommon.ctl:waitInitProcess|initProcess waiting for "+procName+" retry longer then 2 minutes, can't continue?");
return false; }
}
return true;
}
void writeInitProcess(string process) {
g_initProcess = process;
}
bool isStandalone() {
if (ACTIVE_USER == "standalone" ) {
return true;
} else {
return false;
}
}