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Nasal: Move universal variable to library.nas

This commit is contained in:
Sidi Liang 2022-01-17 20:15:57 +08:00
parent fcae95eb12
commit 8e0c6f2734
No known key found for this signature in database
GPG Key ID: 9785F5EECFFA5311
2 changed files with 105 additions and 105 deletions
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115
Nasal/library.nas
View File

@ -3,6 +3,21 @@
io.include("texture-selector.nas");
var Debugger = {
new: func(name = "Debugger"){
return { parents:[Debugger], name: name };
},
_debugLevel: 0,
debugPrint: func(info, debugLevel){
if(debugLevel <= me._debugLevel) print(me.name ~ ": " ~ info);
},
setDebugLevel: func(debugLevel){
me._debugLevel = debugLevel;
print(me.name ~ "Debugger debug level set to" ~ debugLevel);
},
};
var isInternalView = func(){ #// return 1 if is in internal view, otherwise return 0.
return props.getNode("sim/current-view/internal", 1).getValue();
}
@ -57,17 +72,97 @@ var runCode = func(url, addition = nil){
});
}
var Debugger = {
new: func(name = "Debugger"){
return { parents:[Debugger], name: name };
},
var universalVariableDebug = Debugger.new("Universal Variable");
universalVariableDebug.setDebugLevel(2);
_debugLevel: 0,
debugPrint: func(info, debugLevel){
if(debugLevel <= me._debugLevel) print(me.name ~ ": " ~ info);
var Variable = {
#//The class for a "universal variable"
#//testingVariable = Variable.new("test", "testing", "This is a node for testing", 0, 1, 1, "/systems/testingNode");
new: func(name, value = 0, note = nil, readOnly = 0, usePropertyTree = 0, listenPropertyTree = 1, property = nil){
var m = {parents:[Variable]};
m._name = name;
m._value = value;
m._note = note;
m._readOnly = readOnly;
m._usePropertyTree = usePropertyTree;
m._listenPropertyTree = listenPropertyTree;
m._property = property;
m._propertyNodeInitialized = 0;
if(usePropertyTree){
m._propertyNode = props.getNode(property, 1);
m._propertyNode.setValue(value);
m._propertyNodeInitialized = 1;
universalVariableDebug.debugPrint(m._name~" : Property Initialized", 2);
if(listenPropertyTree){
m._propertyListener = setlistener(property, func m._updateValueFromProperty(), 0, 1);
universalVariableDebug.debugPrint(m._name~" : listener Initialized", 2);
}
}
return m;
},
setDebugLevel: func(debugLevel){
me._debugLevel = debugLevel;
print(me.name ~ "Debugger debug level set to" ~ debugLevel);
_updateValueFromProperty: func(){
if(!me._readOnly){
me._value = me._propertyNode.getValue();
universalVariableDebug.debugPrint(me._name~" Value updated from property", 1);
return 1;
}else{
universalVariableDebug.debugPrint("Error when updating "~me._name~" from property: Cannot write to a read only node", 1);
return 0;
}
},
setValue: func(value){
if(!me._readOnly){
me._value = value;
if(me._usePropertyTree) me._propertyNode.setValue(value);
return 1;
}else{
universalVariableDebug.debugPrint("Error when writing to "~me._name~" : Cannot write to a read only node", 1);
return 0;
}
},
getValue: func(){
return me._value;
},
setProperty: func(property){
me._property = property;
me._propertyNode = props.getNode(property, 1);
me._propertyNodeInitialized = 1;
},
setUsePropertyTree: func(value){
if(me._propertyNodeInitialized){
me._usePropertyTree = value;
if(!value and me._listenPropertyTree){
removeListener(me._propertyListener);
universalVariableDebug.debugPrint(me._name~" : listener removed", 2);
}else if(value and me._listenPropertyTree){
me._propertyListener = setlistener(property, func m._updateValueFromProperty, 0, 1);
universalVariableDebug.debugPrint(me._name~" : listener (re)added", 2);
}
return 1;
}else{
universalVariableDebug.debugPrint("Error when (dis)enabling property tree of "~me._name~" : property node not initialized", 1);
return 0;
}
},
isUsingPropertyTree: func(){
return me._usePropertyTree;
},
setListenPropertyTree: func(value){
if(me._usePropertyTree){
if(value){
me._propertyListener = setlistener(property, func m._updateValueFromProperty, 0, 1);
informationNodeDebug.debugPrint(me._name~" : listener added", 2);
}else{
removeListener(me._propertyListener);
informationNodeDebug.debugPrint(me._name~" : listener removed", 2);
}
return 1;
}else{
informationNodeDebug.debugPrint("Error when setting listeners of "~me._name~" : not using property tree", 1);
}
},
isListeningPropertyTree: func(){
return me._listenPropertyTree;
},
};

95
Nasal/node_setup.nas
View File

@ -2,101 +2,6 @@
#//Sidi Liang, 2021
io.include("library.nas");
var universalVariableDebug = Debugger.new("Universal Variable");
universalVariableDebug.setDebugLevel(2);
var Variable = {
#//The class for a "universal variable"
#//testingVariable = Variable.new("test", "testing", "This is a node for testing", 0, 1, 1, "/systems/testingNode");
new: func(name, value = 0, note = nil, readOnly = 0, usePropertyTree = 0, listenPropertyTree = 1, property = nil){
var m = {parents:[Variable]};
m._name = name;
m._value = value;
m._note = note;
m._readOnly = readOnly;
m._usePropertyTree = usePropertyTree;
m._listenPropertyTree = listenPropertyTree;
m._property = property;
m._propertyNodeInitialized = 0;
if(usePropertyTree){
m._propertyNode = props.getNode(property, 1);
m._propertyNode.setValue(value);
m._propertyNodeInitialized = 1;
universalVariableDebug.debugPrint(m._name~" : Property Initialized", 2);
if(listenPropertyTree){
m._propertyListener = setlistener(property, func m._updateValueFromProperty(), 0, 1);
universalVariableDebug.debugPrint(m._name~" : listener Initialized", 2);
}
}
return m;
},
_updateValueFromProperty: func(){
if(!me._readOnly){
me._value = me._propertyNode.getValue();
universalVariableDebug.debugPrint(me._name~" Value updated from property", 1);
return 1;
}else{
universalVariableDebug.debugPrint("Error when updating "~me._name~" from property: Cannot write to a read only node", 1);
return 0;
}
},
setValue: func(value){
if(!me._readOnly){
me._value = value;
if(me._usePropertyTree) me._propertyNode.setValue(value);
return 1;
}else{
universalVariableDebug.debugPrint("Error when writing to "~me._name~" : Cannot write to a read only node", 1);
return 0;
}
},
getValue: func(){
return me._value;
},
setProperty: func(property){
me._property = property;
me._propertyNode = props.getNode(property, 1);
me._propertyNodeInitialized = 1;
},
setUsePropertyTree: func(value){
if(me._propertyNodeInitialized){
me._usePropertyTree = value;
if(!value and me._listenPropertyTree){
removeListener(me._propertyListener);
universalVariableDebug.debugPrint(me._name~" : listener removed", 2);
}else if(value and me._listenPropertyTree){
me._propertyListener = setlistener(property, func m._updateValueFromProperty, 0, 1);
universalVariableDebug.debugPrint(me._name~" : listener (re)added", 2);
}
return 1;
}else{
universalVariableDebug.debugPrint("Error when (dis)enabling property tree of "~me._name~" : property node not initialized", 1);
return 0;
}
},
isUsingPropertyTree: func(){
return me._usePropertyTree;
},
setListenPropertyTree: func(value){
if(me._usePropertyTree){
if(value){
me._propertyListener = setlistener(property, func m._updateValueFromProperty, 0, 1);
informationNodeDebug.debugPrint(me._name~" : listener added", 2);
}else{
removeListener(me._propertyListener);
informationNodeDebug.debugPrint(me._name~" : listener removed", 2);
}
return 1;
}else{
informationNodeDebug.debugPrint("Error when setting listeners of "~me._name~" : not using property tree", 1);
}
},
isListeningPropertyTree: func(){
return me._listenPropertyTree;
},
};
var VehicleInformationManager = {
new: func(){
var m = {parents:[VehicleInformationManager]};