public override void FromXml(string source)
{
// Deserialize asset from xml string
XqlParser parser = new XqlParser();
parser.LoadData(source);
List <Hashtable> results = parser.Query("SELECT _innerXml, name, assetId FROM " + ElementType);
if (results.Count == 0)
{
throw new HsfElementException("Unable to parse " + ElementType + " from xml");
}
// Load string values
Name = results[0]["name"].ToString();
if (Name == "")
{
Name = "Unknown Asset";
}
try
{
Id = Convert.ToInt64(results[0]["assetId"]);
}
catch (FormatException)
{
Id = 0;
}
// Load subsystems
parser.LoadData(results[0]["_innerXml"].ToString());
SubsystemElement sampleSub = new SubsystemElement();
results = parser.Query("SELECT _outerXml FROM " + sampleSub.ElementType);
foreach (Hashtable ht in results)
{
SubsystemElement newSub = new SubsystemElement();
newSub.FromXml(ht["_outerXml"].ToString());
Subsystems.Add(newSub);
}
// Load constraints
ConstraintElement sampleCons = new ConstraintElement();
results = parser.Query("SELECT _outerXml FROM " + sampleCons.ElementType);
foreach (Hashtable ht in results)
{
ConstraintElement newCons = new ConstraintElement();
newCons.FromXml(ht["_outerXml"].ToString());
Constraints.Add(newCons);
}
// Load position
results = parser.Query("SELECT _outerXml FROM " + Position.ElementType);
Position.FromXml(results[0]["_outerXml"].ToString());
}
public override void FromXml(string source)
{
// Deserializes element and children from xml string
XqlParser parser = new XqlParser();
parser.LoadData(source);
List <Hashtable> results = parser.Query("SELECT enableScripting, _innerXml FROM " + ElementType);
if (results.Count == 0)
{
throw new HsfElementException("Unable to parse " + ElementType + " from xml");
}
// Load flag
if (results[0]["enableScripting"].ToString() == "True")
{
IsScriptingEnabled = true;
}
else
{
IsScriptingEnabled = false;
}
// Load children
Files.Clear();
LuaFileElement test = new LuaFileElement();
results = parser.Query("SELECT _outerXml FROM " + test.ElementType);
foreach (Hashtable ht in results)
{
LuaFileElement newFile = new LuaFileElement();
newFile.FromXml(ht["_outerXml"].ToString());
Files.Add(newFile);
}
}
public override void FromXml(string source)
{
// Deserializes initial condition from xml string
XqlParser parser = new XqlParser();
parser.LoadData(source);
List <Hashtable> results = parser.Query("SELECT type, key, value FROM " + ElementType);
if (results.Count == 0)
{
throw new HsfElementException("Unable to parse " + ElementType + " from xml");
}
// Load type enum
Array posValues = Enum.GetValues(typeof(HsfType));
foreach (HsfType v in posValues)
{
if (Enum.GetName(typeof(HsfType), v) == results[0]["type"].ToString())
{
Type = v;
}
}
// Load values
Key = results[0]["key"].ToString();
Value = results[0]["key"].ToString();
}
public override void FromXml(string source)
{
// Attempts to load a position from the given xml string
XqlParser parser = new XqlParser();
parser.LoadData(source);
List <Hashtable> results = parser.Query("SELECT PositionType, ICs FROM " + ElementType);
if (results.Count == 0)
{
throw new HsfElementException("Unable to parse " + ElementType + " from xml");
}
// Load enums
Array posValues = Enum.GetValues(typeof(PositionType));
foreach (PositionType v in posValues)
{
if (Enum.GetName(typeof(PositionType), v) == results[0]["PositionType"].ToString())
{
PositionType = v;
}
}
// Load children
Ics.FromString(results[0]["ICs"].ToString());
}
public override void FromXml(string source)
{
// Deserializes object from xml string
XqlParser parser = new XqlParser();
parser.LoadData(source);
List <Hashtable> results = parser.Query("SELECT scripted, type, key, callKey FROM " + ElementType);
if (results.Count == 0)
{
throw new HsfElementException("Unable to parse " + ElementType + " from xml");
}
// Load type enum
Array posValues = Enum.GetValues(typeof(HsfType));
foreach (HsfType v in posValues)
{
if (Enum.GetName(typeof(HsfType), v) == results[0]["type"].ToString())
{
Type = v;
}
}
// Load flag
IsScripted = results[0]["scripted"].ToString() == "True" ? true : false;
// Load strings
Key = results[0]["key"].ToString();
CallKey = results[0]["callKey"].ToString();
}
public override void FromXml(string source)
{
// Attempts to load a position from the given xml string
XqlParser parser = new XqlParser();
parser.LoadData(source);
List <Hashtable> results = parser.Query("SELECT type, evaluateLUAFcn FROM " + ElementType);
if (results.Count == 0)
{
throw new HsfElementException("Unable to parse " + ElementType + " from xml");
}
// Load enum
Array posValues = Enum.GetValues(typeof(ScheduleEvaluatorType));
foreach (ScheduleEvaluatorType v in posValues)
{
if (Enum.GetName(typeof(ScheduleEvaluatorType), v) == results[0]["type"].ToString())
{
Type = v;
}
}
// Load LUA function?
if (Type == ScheduleEvaluatorType.scripted)
{
_evaluateLuaFcn = results[0]["evaluateLUAFcn"].ToString();
}
else
{
_evaluateLuaFcn = "";
}
}
public void LoadFromXml(string content)
{
// Parse Xml spec for symbols
XqlParser parser = new XqlParser();
parser.LoadData(content);
// Search for keyword definitions
List <Hashtable> results = parser.Query("SELECT name, type FROM Keyword");
foreach (Hashtable result in results)
{
ScriptingSymbol newSymbol = new ScriptingSymbol();
newSymbol.Name = result["name"].ToString();
newSymbol.Type = LuaSymbolType.Keyword;
newSymbol.Enabled = true;
_symbols.Add(newSymbol);
}
// Search for class definitions and symbols within each class scope
results = parser.Query("SELECT name, _outerXml FROM Class");
XqlParser subParser = new XqlParser();
foreach (Hashtable result in results)
{
ScriptingSymbol newSymbol = new ScriptingSymbol();
newSymbol.Name = result["name"].ToString();
newSymbol.Type = LuaSymbolType.Class;
newSymbol.Enabled = true;
_symbols.Add(newSymbol);
// Add method and member symbols within this class scope (disabled until scope opened)
subParser.LoadData(result["_outerXml"].ToString());
List <Hashtable> subResults = subParser.Query("SELECT name, type FROM Method");
foreach (Hashtable subResult in subResults)
{
ScriptingSymbol classMethod = new ScriptingSymbol();
classMethod.Name = subResult["name"].ToString();
classMethod.Type = LuaSymbolType.Function;
classMethod.Enabled = false;
classMethod.ParentSymbol = newSymbol;
_symbols.Add(classMethod);
}
subResults = subParser.Query("SELECT name, type FROM Property");
foreach (Hashtable subResult in subResults)
{
ScriptingSymbol classProperty = new ScriptingSymbol();
classProperty.Name = subResult["name"].ToString();
classProperty.Type = LuaSymbolType.Local;
classProperty.Enabled = false;
classProperty.ParentSymbol = newSymbol;
_symbols.Add(classProperty);
}
}
// Sort all symbols and update listbox content
SortSymbols();
UpdateItems();
}
public override void FromXml(string source)
{
// Loads targetdeck and children from given raw string
XqlParser parser = new XqlParser();
parser.LoadData(source);
List <Hashtable> results = parser.Query("SELECT _outerXml FROM TARGET");
foreach (Hashtable ht in results)
{
TargetElement newTarget = new TargetElement();
newTarget.FromXml(ht["_outerXml"].ToString());
Targets.Add(newTarget);
}
}
public override void FromXml(string source)
{
// Deserializes element from xml string
XqlParser parser = new XqlParser();
parser.LoadData(source);
List <Hashtable> results = parser.Query("SELECT SubId FROM " + ElementType);
if (results.Count == 0)
{
throw new HsfElementException("Unable to parse " + ElementType + " from xml");
}
// Grab sub id
SubId = Convert.ToInt64(results[0]["SubId"]);
}
public override void FromXml(string source)
{
// Deserializes element from xml string
XqlParser parser = new XqlParser();
parser.LoadData(source);
List <Hashtable> results = parser.Query("SELECT src FROM " + ElementType);
if (results.Count == 0)
{
throw new HsfElementException("Unable to parse " + ElementType + " from xml");
}
// Load src!
Src = results[0]["src"].ToString();
}
public override void FromXml(string source)
{
// Loads component from raw xml string
XqlParser parser = new XqlParser();
parser.LoadData(source);
List <Hashtable> results = parser.Query("SELECT isSunVecConstant FROM SUN");
if (results.Count == 0)
{
throw new HsfComponentException("Unable to parse " + ElementType + " from file");
}
// Write values
IsSunVecConstant = results[0]["isSunVecConstant"].ToString() == "True";
}
public override void FromXml(string source)
{
// Loads values of this element from given Xml string
XqlParser parser = new XqlParser();
parser.LoadData(source);
List <Hashtable> results = parser.Query("SELECT MaxSchedules, NumCrop, SimStep FROM " + ElementType);
if (results.Count == 0)
{
throw new HsfElementException("Unable to parse " + ElementType + " from xml");
}
MaxSchedules = Convert.ToDouble(results[0]["MaxSchedules"]);
CropTo = Convert.ToDouble(results[0]["NumCrop"]);
SimStep = Convert.ToDouble(results[0]["SimStep"]);
}
public override void FromXml(string source)
{
// Deserialize object from xml string
XqlParser parser = new XqlParser();
parser.LoadData(source);
List <Hashtable> results = parser.Query("SELECT value, subId, type FROM " + ElementType);
if (results.Count == 0)
{
throw new HsfElementException("Unable to parse " + ElementType + " from xml");
}
// Load values
try
{
Value = Convert.ToDouble(results[0]["value"]);
}
catch (FormatException)
{
Value = 0.0;
}
try
{
SubId = Convert.ToInt64(results[0]["subId"]);
}
catch (FormatException)
{
SubId = 0;
}
// Load type enum
Array posValues = Enum.GetValues(typeof(ConstraintType));
foreach (ConstraintType v in posValues)
{
if (Enum.GetName(typeof(ConstraintType), v) == results[0]["type"].ToString())
{
Type = v;
}
}
// Load statevar
results = parser.Query("SELECT _innerXml FROM " + ElementType);
Statevar.FromXml(results[0]["_innerXml"].ToString());
}
public override void FromXml(string source)
{
// Loads values of this element from given Xml string
XqlParser parser = new XqlParser();
parser.LoadData(source);
List <Hashtable> results = parser.Query("SELECT SimStartJD, SimStart, SimEnd FROM " + ElementType);
if (results.Count == 0)
{
throw new HsfElementException("Unable to parse " + ElementType + " from xml");
}
SimStartJd = Convert.ToDouble(results[0]["SimStartJD"]);
SimStart = Convert.ToDouble(results[0]["SimStart"]);
SimEnd = Convert.ToDouble(results[0]["SimEnd"]);
}
public override void FromXml(string source)
{
// Loads component and child elements from raw string data
XqlParser parser = new XqlParser();
parser.LoadData(source);
List <Hashtable> results = parser.Query("SELECT scenarioName, _innerXml FROM " + ElementType);
if (results.Count == 0)
{
throw new HsfComponentException("Unable to parse " + ElementType + " from file");
}
// Get values and pass to child elements
ScenarioName = results[0]["scenarioName"].ToString();
SimParams.FromXml(results[0]["_innerXml"].ToString());
SchParams.FromXml(results[0]["_innerXml"].ToString());
}
public override void FromXml(string source)
{
// Deserializes model from xml string
XqlParser parser = new XqlParser();
parser.LoadData(source);
// Start with Lua
List <Hashtable> results = parser.Query("SELECT _outerXml FROM " + Lua.ElementType);
if (results.Count == 0)
{
// LUA tages are optional; if there are no tags present, scripting is disabled and no scripts are specified
//throw new HsfComponentException("Unable to parse " + ElementType + " from xml");
Lua.IsScriptingEnabled = false;
Lua.Files.Clear();
}
else
{
Lua.FromXml(results[0]["_outerXml"].ToString());
}
// Next, schedule evaluator
results = parser.Query("SELECT _outerXml FROM " + ScheduleEvaluator.ElementType);
if (results.Count == 0)
{
throw new HsfComponentException("Unable to parse " + ElementType + " from xml");
}
ScheduleEvaluator.FromXml(results[0]["_outerXml"].ToString());
// Lastly, assets
AssetElement blankAsset = new AssetElement();
Assets.Clear();
results = parser.Query("SELECT _outerXml FROM " + blankAsset.ElementType);
foreach (Hashtable ht in results)
{
AssetElement newAsset = new AssetElement();
newAsset.FromXml(ht["_outerXml"].ToString());
Assets.Add(newAsset);
}
}
public override void FromXml(string source)
{
// Attempts to load this element and children from given xml content string
XqlParser parser = new XqlParser();
parser.LoadData(source);
List <Hashtable> results = parser.Query("SELECT TargetName, TargetType, TaskType, MaxTimes, Value, _innerXml FROM " + ElementType);
if (results.Count == 0)
{
throw new HsfElementException("Unable to parse " + ElementType + " from xml");
}
// Load values
TargetName = results[0]["TargetName"].ToString();
MaxTimes = Convert.ToDouble(results[0]["MaxTimes"]);
Value = Convert.ToDouble(results[0]["Value"]);
// Load enums
Array posValues = Enum.GetValues(typeof(TargetType));
foreach (TargetType v in posValues)
{
if (Enum.GetName(typeof(TargetType), v) == results[0]["TargetType"].ToString())
{
TargetType = v;
}
}
posValues = Enum.GetValues(typeof(TaskType));
foreach (TaskType v in posValues)
{
if (Enum.GetName(typeof(TaskType), v) == results[0]["TaskType"].ToString())
{
TaskType = v;
}
}
// Load children
Position.FromXml(results[0]["_innerXml"].ToString());
}
public override void FromXml(string source)
{
// Deserializes object from xml string
XqlParser parser = new XqlParser();
parser.LoadData(source);
List <Hashtable> results = parser.Query("SELECT EOMSType, initFcn, evalFcn FROM " + ElementType);
if (results.Count == 0)
{
throw new HsfElementException("Unable to parse " + ElementType + " from xml");
}
// Load enum
Array posValues = Enum.GetValues(typeof(EomsType));
foreach (EomsType v in posValues)
{
if (Enum.GetName(typeof(EomsType), v) == results[0]["EOMSType"].ToString())
{
Type = v;
}
}
// Load function?
if (Type == EomsType.Scripted)
{
_initialFunction = results[0]["initFcn"].ToString();
_evaluationFunction = results[0]["evalFcn"].ToString();
}
else
{
_initialFunction = "";
_evaluationFunction = "";
}
}
public override void FromXml(string source)
{
// Deserialize subsystem object from xml string
XqlParser parser = new XqlParser();
parser.LoadData(source);
List <Hashtable> results = parser.Query("SELECT Type, SubId, Name, _innerXml FROM " + ElementType);
if (results.Count == 0)
{
throw new HsfElementException("Unable to parse " + ElementType + " from xml");
}
// Load basic fields and type enum
string innerXml = results[0]["_innerXml"].ToString();
Name = results[0]["Name"].ToString();
Id = Convert.ToInt64(results[0]["SubId"]);
Array posValues = Enum.GetValues(typeof(SubsystemType));
foreach (SubsystemType v in posValues)
{
if (Enum.GetName(typeof(SubsystemType), v) == results[0]["Type"].ToString())
{
Type = v;
}
}
// Load others based on type
if (Type == SubsystemType.Scripted)
{
// Set number of fields that must be loaded for scripted subsystems
results = parser.Query("SELECT initLUAFcn, canPerformLUAFcn, canExtendLUAFcn FROM " + ElementType);
if (results.Count == 0)
{
throw new HsfElementException("Unable to parse " + ElementType + " from xml");
}
_initLuaFcn = results[0]["initLUAFcn"].ToString();
_canPerformLuaFcn = results[0]["canPerformLUAFcn"].ToString();
_canExtendLuaFcn = results[0]["canExtendLUAFcn"].ToString();
}
else
{
// Load ALL possible fields for non-scripted subsystem
results = parser.Query("SELECT * FROM " + ElementType);
Attributes.Clear();
foreach (object key in results[0].Keys)
{
Attributes[key] = results[0][key];
}
}
// Load ICs
parser.LoadData(innerXml);
IcElement sampleIc = new IcElement();
results = parser.Query("SELECT _outerXml FROM " + sampleIc.ElementType);
Ics.Clear();
foreach (Hashtable ht in results)
{
IcElement newIc = new IcElement();
newIc.FromXml(ht["_outerXml"].ToString());
Ics.Add(newIc);
}
// Load dependencies
DependencyElement sampleDep = new DependencyElement();
results = parser.Query("SELECT _outerXml FROM " + sampleDep.ElementType);
Dependencies.Clear();
foreach (Hashtable ht in results)
{
DependencyElement newDep = new DependencyElement();
newDep.FromXml(ht["_outerXml"].ToString());
Dependencies.Add(newDep);
}
// Load dependency function
results = parser.Query("SELECT _outerXml FROM " + DependencyFunction.ElementType);
if (results.Count > 0)
{
DependencyFunction.Enabled = true;
DependencyFunction.FromXml(results[0]["_outerXml"].ToString());
}
else
{
DependencyFunction.Enabled = false;
}
}