protected override void Initialize()
{
base.Initialize ();
if(this.Parameter.GetType() != typeof(StringListParameter)) {
throw new System.ApplicationException("Mismatch Widget and Parameter Type");
}
this.listParameter = (StringListParameter) this.Parameter;
this.InitalizeFromStrings(this.listParameter.Strings);
}
protected override void Initialize()
{
base.Initialize();
if (this.Parameter.GetType() != typeof(StringListParameter))
{
throw new System.ApplicationException("Mismatch Widget and Parameter Type");
}
this.listParameter = (StringListParameter)this.Parameter;
this.InitalizeFromStrings(this.listParameter.Strings);
}
/// <summary>
/// This method will update all the variables binded to the Game Parameter "subject"
/// </summary>
/// <param name="subject">Game Parameters inherit Subject class</param>
public void UpdateRoutine(Subject subject)
{
// creating a generic variable egVar and instantiating the correct type
// the eg types are the same implemented as parameters (string, int, bool, double)
egVar var;
GameParameter gp = (GameParameter)subject;
if (subject.GetType() == typeof(IntParameter))
{
IntParameter iP = (IntParameter)subject;
egInt i = iP.Value;
var = i;
}
else if (subject.GetType() == typeof(BoolParameter))
{
BoolParameter bP = (BoolParameter)subject;
egBool b = bP.Value;
var = b;
}
else if (subject.GetType() == typeof(StringListParameter))
{
StringListParameter sP = (StringListParameter)subject;
egString s = sP.Value;
var = s;
}
else if (subject.GetType() == typeof(StringParameter))
{
StringParameter sP = (StringParameter)subject;
egString s = sP.Value;
Debug.Log((string)s + " variable Handler test");
var = s;
}
else if (subject.GetType() == typeof(RangeParameter))
{
RangeParameter fP = (RangeParameter)subject;
egFloat s = fP.Value;
var = s;
}
else
{
// if the type is not registered something went wrong
Debug.Log("ERROR, type: " + subject.GetType() + " not defined as a parameter type. Check parameter types.");
return;
}
//then we will update the variables
UpdateVariables(var, gp.Name);
}
protected override void Initialize()
{
base.Initialize();
this.listParameter = (StringListParameter)this.Parameter;
// hard coded part for suki -- we will delete this part when we have a different way to select a suki schema
if (listParameter.Name == egParameterStrings.SUKI_FILELIST || listParameter.Name == egParameterStrings.SUKI_TYPE)
{
sukiParameter = true;
AnimatedGifPlayer = GetComponent <AnimatedGifPlayer>();
if (listParameter.Name == egParameterStrings.SUKI_FILELIST)
{
VariableHandler.Instance.Register(egParameterStrings.SUKI_TYPE, selectedFolder);
oldFolder = selectedFolder;
}
}
if (this.Parameter.GetType() != typeof(StringListParameter))
{
throw new System.ApplicationException("Mismatch Widget and Parameter Type");
}
this.InitalizeFromStrings(this.listParameter.Strings);
}
public IList <AParameter> ConvertParameters(
IList <ParameterNode> parameters,
string resourcePrefix = ""
)
{
var resultList = new List <AParameter>();
if ((parameters == null) || !parameters.Any())
{
return(resultList);
}
// convert all parameters
var index = 0;
foreach (var parameter in parameters)
{
++index;
var parameterName = parameter.Name ?? $"[{index}]";
AParameter result = null;
var parameterFullName = resourcePrefix + parameter.Name;
AtLocation(parameterName, () => {
if (parameter.Secret != null)
{
// encrypted value
AtLocation("Secret", () => {
result = new SecretParameter {
Name = parameter.Name,
Description = parameter.Description,
Secret = parameter.Secret,
Export = parameter.Export,
EncryptionContext = parameter.EncryptionContext
};
});
}
else if (parameter.Values != null)
{
// list of values
AtLocation("Values", () => {
result = new StringListParameter {
Name = parameter.Name,
Description = parameter.Description,
Values = parameter.Values,
Export = parameter.Export
};
});
// TODO (2018-08-19, bjorg): this implementation creates unnecessary parameters
if (parameter.Resource != null)
{
AtLocation("Resource", () => {
// enumerate individual values with resource definition for each
parameter.Parameters = new List <ParameterNode>();
for (var i = 1; i <= parameter.Values.Count; ++i)
{
parameter.Parameters.Add(new ParameterNode {
Name = $"Index{i}",
Value = parameter.Values[i - 1],
Resource = parameter.Resource
});
}
});
}
}
else if (parameter.Package != null)
{
// package value
result = new PackageParameter {
Name = parameter.Name,
Description = parameter.Description,
DestinationBucketParameterName = parameter.Package.Bucket,
DestinationKeyPrefix = parameter.Package.Prefix ?? "",
PackagePath = parameter.Package.PackagePath
};
}
else if (parameter.Value != null)
{
if (parameter.Resource != null)
{
AtLocation("Resource", () => {
// existing resource
var resource = ConvertResource((string)parameter.Value, parameter.Resource);
result = new ReferencedResourceParameter {
Name = parameter.Name,
Description = parameter.Description,
Resource = resource
};
});
}
else if (parameter.Value is string text)
{
// plaintext value
result = new StringParameter {
Name = parameter.Name,
Description = parameter.Description,
Value = text
};
}
else
{
// plaintext value
result = new ExpressionParameter {
Name = parameter.Name,
Description = parameter.Description,
Expression = parameter.Value
};
}
}
else if (parameter.Resource != null)
{
// managed resource
AtLocation("Resource", () => {
result = new CloudFormationResourceParameter {
Name = parameter.Name,
Description = parameter.Description,
Resource = ConvertResource(null, parameter.Resource)
};
});
}
});
// check if there are nested parameters
if (parameter.Parameters != null)
{
AtLocation("Parameters", () => {
var nestedParameters = ConvertParameters(
parameter.Parameters,
parameterFullName
);
// keep nested parameters only if they have values
if (nestedParameters.Any())
{
// create empty string parameter if collection has no value
result = result ?? new StringParameter {
Name = parameter.Name,
Value = "",
Description = parameter.Description,
Export = parameter.Export
};
result.Parameters = nestedParameters;
}
});
}
// add parameter
if (result != null)
{
result.FullName = parameterFullName;
result.Export = parameter.Export;
resultList.Add(result);
}
}
return(resultList);
}