public override ICodeBlock GenerateFields(ICodeBlock codeBlock, IElement element)
{
/////////////////Early Out//////////////////////
if (GetIfIsTopDown(element) == false)
{
return(codeBlock);
}
//////////////End Early Out//////////////////////
///
codeBlock.Line("#region Top Down Fields");
codeBlock.Line("DataTypes.TopDownValues mCurrentMovement;");
codeBlock.Line("public float TopDownSpeedMultiplier { get; set; } = 1;");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// The current movement variables used when applying input.");
codeBlock.Line("/// </summary>");
codeBlock.Property("public DataTypes.TopDownValues", "CurrentMovement")
.Get()
.Line("return mCurrentMovement;");
codeBlock.Property("public FlatRedBall.Input.IInputDevice", "InputDevice")
.Line("get;")
.Line("private set;");
codeBlock.Line("TopDownDirection mDirectionFacing;");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// Which direciton the character is facing.");
codeBlock.Line("/// </summary>");
codeBlock.Property("protected TopDownDirection", "DirectionFacing")
.Get()
.Line("return mDirectionFacing;");
codeBlock.Property("public PossibleDirections", "PossibleDirections")
.AutoGet().End()
.AutoSet();
codeBlock.Line("/// <summary>");
codeBlock.Line("/// The input object which controls the horizontal movement of the character.");
codeBlock.Line("/// Common examples include a d-pad, analog stick, or keyboard keys.");
codeBlock.Line("/// </summary>");
codeBlock.AutoProperty("public FlatRedBall.Input.I2DInput", "MovementInput");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// Whether input is read to control the movement of the character.");
codeBlock.Line("/// This can be turned off if the player should not be able to control");
codeBlock.Line("/// the character.");
codeBlock.Line("/// </summary>");
codeBlock.AutoProperty("public bool", "InputEnabled");
codeBlock.Line("#endregion");
return(codeBlock);
}
private void GenerateVariable(ICodeBlock currentBlock, string propertyName, Gum.DataTypes.Variables.VariableSave variable, ElementSave elementSave)
{
#region Get Variable Type
string variableType = variable.Type;
string unmodifiedVariableType = variableType;
if (GueDerivingClassCodeGenerator.Self.TypeToQualifiedTypes.ContainsKey(variableType))
{
variableType = GueDerivingClassCodeGenerator.Self.TypeToQualifiedTypes[variableType];
}
if (variable.IsFile && variable.GetRootName() == "SourceFile")
{
variableType = "Microsoft.Xna.Framework.Graphics.Texture2D";
}
#endregion
ICodeBlock property = currentBlock.Property("public " + variableType, variable.Name.Replace(" ", ""));
string variableName = variable.Name;
if (mStandardVariableNameAliases.ContainsKey(variableName.Replace(" ", "")))
{
variableName = mStandardVariableNameAliases[variableName.Replace(" ", "")];
}
string whatToGetOrSet = propertyName + "." + variableName.Replace(" ", "");
GenerateGetter(propertyName, variable, property, variableName, whatToGetOrSet, elementSave);
GenerateSetter(propertyName, variable, property, variableName, whatToGetOrSet, elementSave);
}
private string CreateContainedObjectMembers(ICodeBlock currentBlock, ElementSave standardElementSave)
{
string qualifiedBaseType = mStandardElementToQualifiedTypes[standardElementSave.Name];
string unqualifiedBaseType = standardElementSave.Name;
string fieldName = "mContained" + unqualifiedBaseType;
currentBlock.Line(qualifiedBaseType + " " + fieldName + ";");
string propertyName = "Contained" + unqualifiedBaseType;
var containedProperty = currentBlock.Property(qualifiedBaseType, propertyName);
{
var get = containedProperty.Get();
{
var ifBlock = get.If(fieldName + " == null");
{
ifBlock.Line(fieldName + " = this.RenderableComponent as " + qualifiedBaseType + ";");
}
get.Line("return " + fieldName + ";");
}
}
return(propertyName);
}
private string CreateContainedObjectMembers(ICodeBlock currentBlock, ElementSave standardElementSave)
{
if (mStandardElementToQualifiedTypes.ContainsKey(standardElementSave.Name) == false)
{
throw new InvalidOperationException($"The {nameof(mStandardElementToQualifiedTypes)} " +
$"does not contain the key {standardElementSave.Name}");
}
string qualifiedBaseType = mStandardElementToQualifiedTypes[standardElementSave.Name];
string unqualifiedBaseType = standardElementSave.Name;
string fieldName = "mContained" + unqualifiedBaseType;
currentBlock.Line(qualifiedBaseType + " " + fieldName + ";");
string propertyName = "Contained" + unqualifiedBaseType;
var containedProperty = currentBlock.Property(qualifiedBaseType, propertyName);
{
var get = containedProperty.Get();
{
var ifBlock = get.If(fieldName + " == null");
{
ifBlock.Line(fieldName + " = this.RenderableComponent as " + qualifiedBaseType + ";");
}
get.Line("return " + fieldName + ";");
}
}
return(propertyName);
}
private static void GenerateVisibleProperty(ICodeBlock codeBlock, IElement element, EntitySave entitySave)
{
bool inheritsFromIVisible = entitySave.GetInheritsFromIVisible();
#region Get whether we use virtual or override
if (!inheritsFromIVisible)
{
codeBlock.Line("protected bool mVisible = true;");
}
#endregion
var prop = codeBlock.Property("Visible", Public: true, Override: entitySave.GetInheritsFromIVisible(), Virtual: !entitySave.GetInheritsFromIVisible(), Type: "bool");
if (inheritsFromIVisible)
{
prop.Get()
.Line("return base.Visible;");
}
else
{
prop.Get()
.Line("return mVisible;");
}
var set = prop.Set();
#region History on the before set code
// See comment above about why we no longer
// check to see if it creates an event.
//if (createsVisibleEvent)
//{
// Keep hasChanged around just in case we want to make a Changed event. It won't be used by the Set event
// Update November 27, 2011
// This is just polluting code. Let's remove it for now
//set.Line("bool hasChanged = value != mVisible;");
#endregion
EventCodeGenerator.GenerateEventRaisingCode(set, BeforeOrAfter.Before, "Visible", entitySave);
if (entitySave.GetInheritsFromIVisible())
{
set.Line("base.Visible = value;");
}
else
{
set.Line("mVisible = value;");
}
// May 6, 2012
// We used to manually
// set the Visible of all
// children, but now we no
// longer do that because there
// is a concept of relative visibility.
// WriteVisibleSetForNamedObjectSaves(set, entitySave);
EventCodeGenerator.GenerateEventRaisingCode(set, BeforeOrAfter.After, "Visible", entitySave);
}
internal static ICodeBlock Property(this ICodeBlock pCodeBlock, string pName,
bool Public = false,
bool Private = false,
bool Protected = false,
bool Internal = false,
bool ProtectedInternal = false,
bool Static = false,
bool Override = false,
bool Virtual = false,
string Type = null)
{
return(pCodeBlock.Property(
StringHelper.Modifiers(
Public: Public,
Private: Private,
Protected: Protected,
Internal: Internal,
ProtectedInternal: ProtectedInternal,
Static: Static,
Override: Override,
Virtual: Virtual,
Type: Type
)
, pName));
}
private void GenerateAbsoluteVisible(ICodeBlock codeBlock, EntitySave entitySave)
{
if (!entitySave.GetInheritsFromIVisible())
{
var prop = codeBlock.Property("AbsoluteVisible", Public: true, Override: false, Type: "bool");
prop.Get().Line("return Visible && (Parent == null || IgnoresParentVisibility || Parent is FlatRedBall.Graphics.IVisible == false || (Parent as FlatRedBall.Graphics.IVisible).AbsoluteVisible);");
}
}
private void GenerateAbsoluteVisible(ICodeBlock codeBlock, EntitySave entitySave)
{
if (!entitySave.GetInheritsFromIVisible())
{
var prop = codeBlock.Property("AbsoluteVisible", Public: true, Override: false, Type: "bool");
prop.Get().Line("return Visible && (Parent == null || IgnoresParentVisibility || Parent is FlatRedBall.Graphics.IVisible == false || (Parent as FlatRedBall.Graphics.IVisible).AbsoluteVisible);");
}
}
private void GenerateExposedVariableProperty(ElementSave elementSave, ICodeBlock currentBlock, VariableSave variable)
{
string variableType = variable.Type;
ModifyVariableTypeForProperty(ref variableType, variable, elementSave);
string propertyName = variable.ExposedAsName.Replace(" ", "_");
ICodeBlock property = currentBlock.Property("public " + variableType, propertyName);
string whatToGetOrSet = variable.Name;
// If this is an exposed property on a standard element, then we just need to kill all spaces and replace
// them with nothing
var instance = elementSave.GetInstance(variable.SourceObject);
if (instance != null)
{
var baseElement = Gum.Managers.ObjectFinder.Self.GetElementSave(instance.BaseType);
if (baseElement != null && baseElement is StandardElementSave)
{
whatToGetOrSet = whatToGetOrSet.Replace(" ", "");
}
var rootName = variable.GetRootName();
if (rootName.EndsWith("State"))
{
var withoutState = rootName.Substring(0, rootName.Length - "State".Length);
if (rootName == "State")
{
whatToGetOrSet = variable.SourceObject + "." + "CurrentVariableState";
}
else if (baseElement != null && baseElement.Categories.Any(item => item.Name == withoutState))
{
whatToGetOrSet = variable.SourceObject + ".Current" + withoutState + "State";
}
}
}
property.Get()
.Line("return " + whatToGetOrSet + ";");
var setter = property.Set();
if (EventCodeGenerator.Self.GetIfShouldGenerateEventOnVariableSet(elementSave, variable))
{
string eventName = EventCodeGenerator.Self.GetEventName(variable, elementSave);
setter.If($"{whatToGetOrSet} != value")
.Line(whatToGetOrSet + " = value;")
.Line($"{eventName}?.Invoke(this, null);");
}
else
{
setter.Line(whatToGetOrSet + " = value;");
}
}
private void GenerateIVisibleParent(ICodeBlock codeBlock, EntitySave entitySave)
{
if (!entitySave.GetInheritsFromIVisible())
{
var prop = codeBlock.Property("FlatRedBall.Graphics.IVisible.Parent", Override: false, Type: "FlatRedBall.Graphics.IVisible");
var get = prop.Get();
get.If("this.Parent != null && this.Parent is FlatRedBall.Graphics.IVisible")
.Line("return this.Parent as FlatRedBall.Graphics.IVisible;").End()
.Else()
.Line("return null;");
}
}
private void GenerateIVisibleParent(ICodeBlock codeBlock, EntitySave entitySave)
{
if (!entitySave.GetInheritsFromIVisible())
{
var prop = codeBlock.Property("FlatRedBall.Graphics.IVisible.Parent", Override: false, Type: "FlatRedBall.Graphics.IVisible");
var get = prop.Get();
get.If("this.Parent != null && this.Parent is FlatRedBall.Graphics.IVisible")
.Line("return this.Parent as FlatRedBall.Graphics.IVisible;").End()
.Else()
.Line("return null;");
}
}
public override ICodeBlock GenerateFields(ICodeBlock codeBlock, IElement element)
{
if (ShouldGenerate(element))
{
var entitySave = element as EntitySave;
// The following are already handled by the Entity:
// X, Y, Z
codeBlock.Property("bool", "FlatRedBall.Graphics.IDrawableBatch.UpdateEveryFrame")
.Get()
.Line("return false;");
}
return(codeBlock);
}
public override ICodeBlock GenerateFields(ICodeBlock codeBlock, IElement element)
{
if (ShouldGenerate(element))
{
var entitySave = element as EntitySave;
// The following are already handled by the Entity:
// X, Y, Z
codeBlock.Property("bool", "FlatRedBall.Graphics.IDrawableBatch.UpdateEveryFrame")
.Get()
.Line("return false;");
}
return codeBlock;
}
private static void GenerateEnabledVariable(ICodeBlock codeBlock, IElement element)
{
CustomVariable exposedEnabledVariable = element.CustomVariables.FirstOrDefault(item => item.Name == "Enabled" && item.Type == "bool");
bool isEnableVariableExposed = exposedEnabledVariable != null;
bool hasEvents = exposedEnabledVariable != null && exposedEnabledVariable.CreatesEvent && element.Events.Any(item => item.SourceVariable == exposedEnabledVariable.Name);
if (hasEvents)
{
EventCodeGenerator.GenerateEventsForVariable(codeBlock, exposedEnabledVariable.Name);
}
string prefix;
string propertyName;
if (isEnableVariableExposed)
{
prefix = "public bool";
propertyName = "Enabled";
}
else
{
prefix = "bool";
propertyName = "FlatRedBall.Gui.IWindow.Enabled";
}
codeBlock.Line(Resources.Resource1.IWindowTemplate);
var property = codeBlock.Property(prefix, propertyName);
property.Get().Line("return mEnabled;");
var setBlock = property.Set();
if (hasEvents)
{
EventCodeGenerator.GenerateEventRaisingCode(setBlock, BeforeOrAfter.Before, exposedEnabledVariable.Name, element);
}
var setIf = setBlock.If("mEnabled != value");
setIf.Line("mEnabled = value;");
setIf.Line("EnabledChange?.Invoke(this);");
if (hasEvents)
{
EventCodeGenerator.GenerateEventRaisingCode(setIf, BeforeOrAfter.After, exposedEnabledVariable.Name, element);
}
}
public override ICodeBlock GenerateFields(ICodeBlock codeBlock, SaveClasses.IElement element)
{
EntitySave asEntitySave = element as EntitySave;
if (asEntitySave != null && asEntitySave.ImplementsICollidable)
{
codeBlock.Line("private FlatRedBall.Math.Geometry.ShapeCollection mGeneratedCollision;");
var propBlock = codeBlock.Property("public FlatRedBall.Math.Geometry.ShapeCollection", "Collision");
propBlock.Get().Line("return mGeneratedCollision;");
return codeBlock;
}
else
{
return base.GenerateFields(codeBlock, element);
}
}
public override ICodeBlock GenerateFields(ICodeBlock codeBlock, SaveClasses.IElement element)
{
EntitySave asEntitySave = element as EntitySave;
if (asEntitySave != null && asEntitySave.ImplementsICollidable)
{
codeBlock.Line("private FlatRedBall.Math.Geometry.ShapeCollection mGeneratedCollision;");
var propBlock = codeBlock.Property("public FlatRedBall.Math.Geometry.ShapeCollection", "Collision");
propBlock.Get().Line("return mGeneratedCollision;");
return(codeBlock);
}
else
{
return(base.GenerateFields(codeBlock, element));
}
}
private void GeneratePropertyForCurrentState(ICodeBlock currentBlock, string propertyType, string propertyName, List <Gum.DataTypes.Variables.StateSave> states, ElementSave container)
{
var property = currentBlock.Property("public " + propertyType, propertyName);
property.Get().Line("return m" + propertyName + ";");
var setter = property.Set();
{
setter.Line("m" + propertyName + " = value;");
var switchBlock = setter.Switch("m" + propertyName);
foreach (var state in states)
{
var caseBlock = switchBlock.Case(propertyType + "." + state.MemberNameInCode());
{
foreach (var variable in state.Variables)
{
// where block doesn't debug well for some reason, so I unrolled it...
if (GetIfShouldGenerateStateVariable(variable, container))
{
// Note that this could return values like "1,2" instead of "1.2" depending
// on the current language, so the AdjustVariableValueIfNecessary needs to account for that.
string variableValue = variable.Value.ToString();
bool isEntireAssignment;
GueDerivingClassCodeGenerator.Self.AdjustVariableValueIfNecessary(variable, container, ref variableValue, out isEntireAssignment);
if (isEntireAssignment)
{
caseBlock.Line(variableValue);
}
else
{
string memberNameInCode = variable.MemberNameInCode(container, VariableNamesToReplaceForStates);
caseBlock.Line(memberNameInCode + " = " + variableValue + ";");
}
}
}
}
}
}
}
private void GenerateBehaviorStateProperties(ICodeBlock currentBlock, ElementSave elementSave)
{
var asComponentSave = elementSave as ComponentSave;
if (asComponentSave != null)
{
foreach (var elementBehavior in asComponentSave.Behaviors)
{
var behavior = Managers.AppState.Self.GumProjectSave.Behaviors
.FirstOrDefault(item => item.Name == elementBehavior.BehaviorName);
if (behavior == null)
{
// user set a behavior, then deleted the behavior. We don't want to generate code for it
currentBlock.Line("// No properties generated for behavior because it's not part of the Gum project: " + elementBehavior.BehaviorName);
}
else
{
string interfaceType = $"I{behavior.Name}";
foreach (var behaviorCategory in behavior.Categories)
{
string propertyType = $"{behavior.Name}{behaviorCategory.Name}";
var propertyBlock = currentBlock.Property($"{propertyType}", $"{interfaceType}.Current{propertyType}State");
var setBlock = propertyBlock.Set();
var switchBlock = setBlock.Switch("value");
foreach (var behaviorState in behaviorCategory.States)
{
var caseBlock = switchBlock.Case($"{behavior.Name}{behaviorCategory.Name}.{behaviorState.Name}");
caseBlock.Line($"this.Current{behaviorCategory.Name}State = {behaviorCategory.Name}.{behaviorState.Name};");
}
}
}
}
}
}
private static ICodeBlock GenerateCurrentStateProperty(IElement element, ICodeBlock codeBlock, string enumType, List <StateSave> states)
{
var createField = false;
if (enumType == "VariableState" && !DoesBaseHaveUncategorizedStates(element)) //Uncategorized and not base
{
createField = true;
}
else if (enumType != "VariableState") //Check if this state category exists in a parent entity
{
if (element.BaseElement != null)
{
var categories = GetAllStateCategoryNames(ObjectFinder.Self.GetIElement(element.BaseElement), true);
if (!categories.Any(category => category == enumType))
{
createField = true;
}
}
else
{
createField = true;
}
}
string variableNameModifier = enumType;
if (enumType == "VariableState")
{
variableNameModifier = "";
}
string qualifiedEnumType = element.Name.Replace("\\", ".").Replace("/", ".") + "." + enumType;
if (states.Count != 0)
{
string variableToLookFor = "Current" + variableNameModifier + "State";
CustomVariable customVariable = element.GetCustomVariable(variableToLookFor);
bool hasEvent = customVariable != null && customVariable.CreatesEvent;
#region Header and Getter stuff - simple stuff with no logic
if (createField)
{
codeBlock
.Line(string.Format("protected int mCurrent{0}State = 0;", variableNameModifier));
}
string publicWithOptionalNew = "public";
if (ShouldUseNewKeyword(element, enumType))
{
publicWithOptionalNew += " new";
}
var setBlock = codeBlock
.Property(publicWithOptionalNew + " " + qualifiedEnumType, "Current" + variableNameModifier + "State")
.Get()
.If(string.Format("System.Enum.IsDefined(typeof({0}), mCurrent{1}State)", enumType, variableNameModifier))
.Line(string.Format("return ({0})mCurrent{1}State;", enumType, variableNameModifier))
.End()
.Else()
.Line(string.Format("return {0}.Unknown;", enumType))
.End()
.End()
.Set();
#endregion
#region Set the state value and call an event if necessary
bool stillNeedsToAssignValue = true;
if (element is EntitySave)
{
EntitySave asEntitySave = element as EntitySave;
//if (!string.IsNullOrEmpty(asEntitySave.CurrentStateChange))
//{
// setBlock
// .If("value != mCurrent" + variableNameModifier + "State")
// .Line("mCurrent" + variableNameModifier + "State = value;")
// .Line(asEntitySave.CurrentStateChange + "(this, null);");
// stillNeedsToAssignValue = false;
//}
}
if (hasEvent)
{
EventCodeGenerator.GenerateEventRaisingCode(setBlock, BeforeOrAfter.Before, variableToLookFor, element);
}
if (stillNeedsToAssignValue)
{
setBlock.Line("mCurrent" + variableNameModifier + "State = (int)value;");
}
#endregion
var switchBlock = setBlock.Switch("Current" + variableNameModifier + "State");
switchBlock.Case(enumType + ".Uninitialized");
switchBlock.Case(enumType + ".Unknown");
foreach (StateSave stateSave in states)
{
GenerateCurrentStateCodeForIndividualState(element, switchBlock, stateSave, enumType);
}
if ((enumType == "VariableState" && DoesBaseHaveUncategorizedStates(element)) ||
(!string.IsNullOrEmpty(element.BaseElement) && GetAllStateCategoryNames(ObjectFinder.Self.GetIElement(element.BaseElement), true).Any(category => category == enumType)))
{
switchBlock.Default()
.Line("base.Current" + variableNameModifier + "State = base.Current" + variableNameModifier + "State;");
}
if (hasEvent)
{
EventCodeGenerator.GenerateEventRaisingCode(setBlock, BeforeOrAfter.After, variableToLookFor, element);
}
}
return(codeBlock);
}
public override ICodeBlock GenerateFields(ICodeBlock codeBlock, IElement element)
{
/////////////////Early Out//////////////////
if (GetIfIsRacingEntity(element) == false)
{
return(codeBlock);
}
///////////////End Early Out///////////////////
codeBlock.Line("float lateralToForwardTransferRatio;");
codeBlock.Line("float currentTurnRate;");
codeBlock.Line("bool IsAllowedToDrive = true;");
codeBlock.Line("bool wasMovingForwardAtStartOfCollisionRecording;");
codeBlock.Line("CollisionHistory collisionHistory = new CollisionHistory();");
var property = codeBlock.Property("public float", "EffectiveStability");
var get = property.Get();
get.Line("var toReturn = CarData.Stability;");
var ifBlock = get.If("Gas.Value == 0")
.Line("toReturn += CarData.NoGasExtraStability;");
ifBlock = get.If("currentTurnRate == 0")
.Line("toReturn += CarData.NoTurnExtraStability;");
get.Line("return toReturn;");
codeBlock.AutoProperty("public RacingDirection", "ForwardDirection");
codeBlock.Property("public Microsoft.Xna.Framework.Vector3", "Forward")
.Get()
.Switch("ForwardDirection")
.CaseNoBreak("RacingDirection.Up")
.Line("return RotationMatrix.Up;").End()
.CaseNoBreak("RacingDirection.Right")
.Line("return RotationMatrix.Right;").End()
.CaseNoBreak("RacingDirection.Down")
.Line("return RotationMatrix.Down;").End()
.CaseNoBreak("RacingDirection.Left")
.Line("return RotationMatrix.Left;").End()
.Default()
.Line("return RotationMatrix.Up;").End();
codeBlock.Property("public Microsoft.Xna.Framework.Vector3", "Right")
.Get()
.Switch("ForwardDirection")
.CaseNoBreak("RacingDirection.Up")
.Line("return RotationMatrix.Right;").End()
.CaseNoBreak("RacingDirection.Right")
.Line("return RotationMatrix.Down;").End()
.CaseNoBreak("RacingDirection.Down")
.Line("return RotationMatrix.Left;").End()
.CaseNoBreak("RacingDirection.Left")
.Line("return RotationMatrix.Up;")
.Default()
.Line("return RotationMatrix.Right;").End();
codeBlock.Property("public Microsoft.Xna.Framework.Vector3", "Left")
.Get()
.Switch("ForwardDirection")
.CaseNoBreak("RacingDirection.Up")
.Line("return RotationMatrix.Left;").End()
.CaseNoBreak("RacingDirection.Right")
.Line("return RotationMatrix.Up;").End()
.CaseNoBreak("RacingDirection.Down")
.Line("return RotationMatrix.Right;").End()
.CaseNoBreak("RacingDirection.Left")
.Line("return RotationMatrix.Down;")
.Default()
.Line("return RotationMatrix.Left;").End();
codeBlock.AutoProperty("private FlatRedBall.Input.I1DInput", "Gas");
codeBlock.AutoProperty("private FlatRedBall.Input.IPressableInput", "Brake");
codeBlock.AutoProperty("private FlatRedBall.Input.I1DInput", "SteeringInput");
codeBlock.Line("public FlatRedBall.Input.IInputDevice InputDevice { get; private set; }");
codeBlock.Property("public float", "CurrentForwardSpeed")
.Get()
.Line("return Microsoft.Xna.Framework.Vector3.Dot(this.Velocity, this.Forward);");
codeBlock.Property("public float", "CurrentLateralSpeed")
.Get()
.Line("return Microsoft.Xna.Framework.Vector3.Dot(this.Velocity, this.Right);");
GenerateInitializeInput(codeBlock);
GenerateLateralSpeedAdjustmentActivityMethod(codeBlock);
GenerateForwardBackActivityMethod(codeBlock);
GenerateTurningActivity(codeBlock);
GenerateBeforeAfterCollisionLogic(codeBlock);
return(codeBlock);
/*
*
*
* public bool IsAllowedToDrive
* {
* get; set;
* } = true;
*/
}
private static void GenerateEnabledVariable(ICodeBlock codeBlock, IElement element)
{
CustomVariable exposedEnabledVariable = element.CustomVariables.FirstOrDefault(item => item.Name == "Enabled" && item.Type == "bool");
bool isEnableVariableExposed = exposedEnabledVariable != null;
bool hasEvents = exposedEnabledVariable != null && exposedEnabledVariable.CreatesEvent && element.Events.Any(item => item.SourceVariable == exposedEnabledVariable.Name);
if (hasEvents)
{
EventCodeGenerator.GenerateEventsForVariable(codeBlock, exposedEnabledVariable.Name);
}
string prefix;
string propertyName;
if (isEnableVariableExposed)
{
prefix = "public bool";
propertyName = "Enabled";
}
else
{
prefix = "bool";
propertyName = "FlatRedBall.Gui.IWindow.Enabled";
}
codeBlock.Line(Resources.Resource1.IWindowTemplate);
var property = codeBlock.Property(prefix, propertyName);
property.Get().Line("return mEnabled;");
var setBlock = property.Set();
if (hasEvents)
{
EventCodeGenerator.GenerateEventRaisingCode(setBlock, BeforeOrAfter.Before, exposedEnabledVariable.Name, element);
}
var setIf = setBlock.If("mEnabled != value");
setIf.Line("mEnabled = value;");
setIf.Line("EnabledChange?.Invoke(this);");
if (hasEvents)
{
EventCodeGenerator.GenerateEventRaisingCode(setIf, BeforeOrAfter.After, exposedEnabledVariable.Name, element);
}
}
public override void GenerateAdditionalClasses(ICodeBlock codeBlock, IElement element)
{
/////////////////Early Out//////////////////////
if (TopDownEntityPropertyLogic.GetIfIsTopDown(element) == false)
{
return;
}
//////////////End Early Out//////////////////////
///
var className = element.GetStrippedName();
codeBlock = codeBlock.Class("public partial", className, ": TopDown.ITopDownEntity");
codeBlock.Line("#region Top Down Fields");
WriteAnimationFields(element, codeBlock);
codeBlock.Line("DataTypes.TopDownValues mCurrentMovement;");
codeBlock.Line("public float TopDownSpeedMultiplier { get; set; } = 1;");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// The current movement variables used when applying input.");
codeBlock.Line("/// </summary>");
codeBlock.Property("public DataTypes.TopDownValues", "CurrentMovement")
.Get()
.Line("return mCurrentMovement;").End()
.Set("private")
.Line("mCurrentMovement = value;");
codeBlock.Property("public FlatRedBall.Input.IInputDevice", "InputDevice")
.Line("get;")
.Line("private set;");
codeBlock.Line("TopDownDirection mDirectionFacing;");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// Which direciton the character is facing.");
codeBlock.Line("/// </summary>");
codeBlock.Property("public TopDownDirection", "DirectionFacing")
.Get()
.Line("return mDirectionFacing;");
codeBlock.Property("public PossibleDirections", "PossibleDirections")
.AutoGet().End()
.AutoSet();
codeBlock.Line("/// <summary>");
codeBlock.Line("/// The input object which controls the horizontal movement of the character.");
codeBlock.Line("/// Common examples include a d-pad, analog stick, or keyboard keys.");
codeBlock.Line("/// </summary>");
codeBlock.AutoProperty("public FlatRedBall.Input.I2DInput", "MovementInput");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// Whether input is read to control the movement of the character.");
codeBlock.Line("/// This can be turned off if the player should not be able to control");
codeBlock.Line("/// the character.");
codeBlock.Line("/// </summary>");
codeBlock.AutoProperty("public bool", "InputEnabled");
codeBlock.Line("TopDown.DirectionBasedAnimationLayer mTopDownAnimationLayer;");
codeBlock.Line("#endregion");
}
private static void GenerateVisibleProperty(ICodeBlock codeBlock, IElement element, EntitySave entitySave)
{
bool inheritsFromIVisible = entitySave.GetInheritsFromIVisible();
#region Get whether we use virtual or override
if (!inheritsFromIVisible)
{
codeBlock.Line("protected bool mVisible = true;");
}
#endregion
var prop = codeBlock.Property("Visible", Public: true, Override: entitySave.GetInheritsFromIVisible(), Virtual: !entitySave.GetInheritsFromIVisible(), Type: "bool");
if (inheritsFromIVisible)
{
prop.Get()
.Line("return base.Visible;");
}
else
{
prop.Get()
.Line("return mVisible;");
}
var set = prop.Set();
#region History on the before set code
// See comment above about why we no longer
// check to see if it creates an event.
//if (createsVisibleEvent)
//{
// Keep hasChanged around just in case we want to make a Changed event. It won't be used by the Set event
// Update November 27, 2011
// This is just polluting code. Let's remove it for now
//set.Line("bool hasChanged = value != mVisible;");
#endregion
EventCodeGenerator.GenerateEventRaisingCode(set, BeforeOrAfter.Before, "Visible", entitySave);
if (entitySave.GetInheritsFromIVisible())
{
set.Line("base.Visible = value;");
}
else
{
set.Line("mVisible = value;");
}
// May 6, 2012
// We used to manually
// set the Visible of all
// children, but now we no
// longer do that because there
// is a concept of relative visibility.
// WriteVisibleSetForNamedObjectSaves(set, entitySave);
EventCodeGenerator.GenerateEventRaisingCode(set, BeforeOrAfter.After, "Visible", entitySave);
}
private static ICodeBlock GenerateCurrentStateProperty(IElement element, ICodeBlock codeBlock, string enumType, List <StateSave> states)
{
// early out
if (states.Count == 0)
{
return(codeBlock);
}
string variableNameModifier = enumType;
if (enumType == "VariableState")
{
variableNameModifier = "";
}
string qualifiedEnumType = element.Name.Replace("\\", ".").Replace("/", ".") + "." + enumType;
string variableToLookFor = "Current" + variableNameModifier + "State";
CustomVariable customVariable = element.GetCustomVariable(variableToLookFor);
bool hasEvent = customVariable != null && customVariable.CreatesEvent;
#region Header and Getter stuff - simple stuff with no logic
codeBlock
.Line($"private {enumType} mCurrent{variableNameModifier}State = null;");
string publicWithOptionalNew = "public";
if (IsStateDefinedInBase(element, enumType))
{
publicWithOptionalNew += " new";
}
// This is inclusive (-1), but includes 0 and 1 values (+2), which means the net is +1
int maxIntValueInclusive = states.Count + 1;
var setBlock = codeBlock
.Property(publicWithOptionalNew + " " + qualifiedEnumType, "Current" + variableNameModifier + "State")
.Get()
.Line(string.Format("return mCurrent{1}State;", enumType, variableNameModifier))
.End()
.Set();
#endregion
#region Set the state value and call an event if necessary
bool stillNeedsToAssignValue = true;
if (hasEvent)
{
EventCodeGenerator.GenerateEventRaisingCode(setBlock, BeforeOrAfter.Before, variableToLookFor, element);
}
if (stillNeedsToAssignValue)
{
setBlock.Line("mCurrent" + variableNameModifier + "State = value;");
}
#endregion
bool isElse = false;
foreach (StateSave stateSave in states)
{
GenerateVariableAssignmentForState(element, setBlock, stateSave, enumType, isElse);
isElse = true;
}
if ((enumType == "VariableState" && DoesBaseHaveUncategorizedStates(element)) ||
(!string.IsNullOrEmpty(element.BaseElement) && GetAllStateCategoryNames(ObjectFinder.Self.GetIElement(element.BaseElement), true).Any(category => category == enumType)))
{
setBlock.Else()
.Line("base.Current" + variableNameModifier + "State = base.Current" + variableNameModifier + "State;");
}
if (hasEvent)
{
EventCodeGenerator.GenerateEventRaisingCode(setBlock, BeforeOrAfter.After, variableToLookFor, element);
}
return(codeBlock);
}
private void GenerateAnimationMember(StateCodeGeneratorContext context, ICodeBlock currentBlock, AnimationSave animation, AbsoluteOrRelative absoluteOrRelative)
{
string propertyName = animation.PropertyNameInCode();
if (absoluteOrRelative == AbsoluteOrRelative.Relative)
{
propertyName += "Relative";
}
string referencedInstructionProperty = propertyName + "Instructions";
// Force the property to be upper-case, since the field is lower-case:
// We want to generate something like:
//private FlatRedBall.Gum.Animation.GumAnimation uncategorizedAnimation;
//public FlatRedBall.Gum.Animation.GumAnimation UncategorizedAnimation
//{
// get
// {
// if (uncategorizedAnimation == null)
// {
// uncategorizedAnimation = new FlatRedBall.Gum.Animation.GumAnimation(1, () => UncategorizedAnimationInstructions);
// uncategorizedAnimation.AddEvent("Event1", 3.0f);
// }
// return uncategorizedAnimation;
// }
//}
var firstCharacterLower = propertyName.Substring(0, 1).ToLowerInvariant();
var fieldName = firstCharacterLower + propertyName.Substring(1);
currentBlock.Line($"private FlatRedBall.Gum.Animation.GumAnimation {fieldName};");
currentBlock = currentBlock.Property("public FlatRedBall.Gum.Animation.GumAnimation", propertyName).Get();
float length = GetAnimationLength(context.Element, animation);
string lengthAsString = ToFloatString(length);
var ifBlock = currentBlock.If($"{fieldName} == null");
{
ifBlock.Line(
$"{fieldName} = new FlatRedBall.Gum.Animation.GumAnimation({lengthAsString}, () => {referencedInstructionProperty});");
foreach(var namedEvent in animation.Events)
{
string timeAsString = ToFloatString(namedEvent.Time);
ifBlock.Line(
$"{fieldName}.AddEvent(\"{namedEvent.Name}\", {timeAsString});");
}
foreach(var subAnimation in animation.Animations)
{
if(string.IsNullOrEmpty(subAnimation.SourceObject) == false)
{
ifBlock.Line($"{fieldName}.SubAnimations.Add({subAnimation.PropertyNameInCode()});");
}
}
}
currentBlock.Line($"return {fieldName};");
}
private static ICodeBlock GenerateCurrentStateProperty(IElement element, ICodeBlock codeBlock, string enumType, List<StateSave> states)
{
var createField = false;
if (enumType == "VariableState" && !DoesBaseHaveUncategorizedStates(element)) //Uncategorized and not base
{
createField = true;
}
else if (enumType != "VariableState") //Check if this state category exists in a parent entity
{
if (element.BaseElement != null)
{
var categories = GetAllStateCategoryNames(ObjectFinder.Self.GetIElement(element.BaseElement), true);
if (!categories.Any(category => category == enumType))
{
createField = true;
}
}else
{
createField = true;
}
}
string variableNameModifier = enumType;
if (enumType == "VariableState")
{
variableNameModifier = "";
}
string qualifiedEnumType = element.Name.Replace("\\", ".").Replace("/", ".") + "." + enumType;
if (states.Count != 0)
{
string variableToLookFor = "Current" + variableNameModifier + "State";
CustomVariable customVariable = element.GetCustomVariable(variableToLookFor);
bool hasEvent = customVariable != null && customVariable.CreatesEvent;
#region Header and Getter stuff - simple stuff with no logic
if (createField)
{
codeBlock
.Line(string.Format("protected int mCurrent{0}State = 0;", variableNameModifier));
}
string publicWithOptionalNew = "public";
if (ShouldUseNewKeyword(element, enumType))
{
publicWithOptionalNew += " new";
}
var setBlock = codeBlock
.Property(publicWithOptionalNew + " " + qualifiedEnumType, "Current" + variableNameModifier + "State")
.Get()
.If(string.Format("System.Enum.IsDefined(typeof({0}), mCurrent{1}State)", enumType, variableNameModifier))
.Line(string.Format("return ({0})mCurrent{1}State;", enumType, variableNameModifier))
.End()
.Else()
.Line(string.Format("return {0}.Unknown;", enumType))
.End()
.End()
.Set();
#endregion
#region Set the state value and call an event if necessary
bool stillNeedsToAssignValue = true;
if (element is EntitySave)
{
EntitySave asEntitySave = element as EntitySave;
//if (!string.IsNullOrEmpty(asEntitySave.CurrentStateChange))
//{
// setBlock
// .If("value != mCurrent" + variableNameModifier + "State")
// .Line("mCurrent" + variableNameModifier + "State = value;")
// .Line(asEntitySave.CurrentStateChange + "(this, null);");
// stillNeedsToAssignValue = false;
//}
}
if (hasEvent)
{
EventCodeGenerator.GenerateEventRaisingCode(setBlock, BeforeOrAfter.Before, variableToLookFor, element);
}
if (stillNeedsToAssignValue)
{
setBlock.Line("mCurrent" + variableNameModifier + "State = (int)value;");
}
#endregion
var switchBlock = setBlock.Switch("Current" + variableNameModifier + "State");
switchBlock.Case(enumType + ".Uninitialized");
switchBlock.Case(enumType + ".Unknown");
foreach (StateSave stateSave in states)
{
GenerateCurrentStateCodeForIndividualState(element, switchBlock, stateSave, enumType);
}
if ((enumType == "VariableState" && DoesBaseHaveUncategorizedStates(element)) ||
(!string.IsNullOrEmpty(element.BaseElement) && GetAllStateCategoryNames(ObjectFinder.Self.GetIElement(element.BaseElement), true).Any(category => category == enumType)))
{
switchBlock.Default()
.Line("base.Current" + variableNameModifier + "State = base.Current" + variableNameModifier + "State;");
}
if (hasEvent)
{
EventCodeGenerator.GenerateEventRaisingCode(setBlock, BeforeOrAfter.After, variableToLookFor, element);
}
}
return codeBlock;
}
private void GenerateEnumerableFor(StateCodeGeneratorContext context, ICodeBlock currentBlock, AnimationSave animation, AbsoluteOrRelative absoluteOrRelative)
{
string animationType = "VariableState";
string animationName = animation.PropertyNameInCode();
if(absoluteOrRelative == AbsoluteOrRelative.Relative)
{
animationName += "Relative";
}
string propertyName = animationName + "Instructions";
// Instructions used to be public - the user would grab them and add them to the InstructionManager,
// but now everything is encased in an Animation object which handles stopping itself and provides a simple
// Play method.
if (animation.States.Count == 0 && animation.Animations.Count == 0)
{
currentBlock = currentBlock.Property("private System.Collections.Generic.IEnumerable<FlatRedBall.Instructions.Instruction>", propertyName).Get();
currentBlock.Line("yield break;");
}
else if(absoluteOrRelative == AbsoluteOrRelative.Relative && animation.States.Count < 2 && animation.Animations.Count == 0)
{
currentBlock = currentBlock.Property("private System.Collections.Generic.IEnumerable<FlatRedBall.Instructions.Instruction>", propertyName).Get();
currentBlock.Line("yield break;");
}
else
{
if (animation.States.Count != 0)
{
var firstState = context.Element.AllStates.FirstOrDefault(item => item.Name == animation.States.First().StateName);
var category = context.Element.Categories.FirstOrDefault(item => item.States.Contains(firstState));
if (category != null)
{
animationType = category.Name;
}
}
currentBlock = currentBlock.Property("private System.Collections.Generic.IEnumerable<FlatRedBall.Instructions.Instruction>", propertyName).Get();
GenerateOrderedStateAndSubAnimationCode(context, currentBlock, animation, animationType, absoluteOrRelative);
if(animation.Loops)
{
currentBlock = currentBlock.Block();
currentBlock.Line("var toReturn = new FlatRedBall.Instructions.DelegateInstruction( " +
"() => FlatRedBall.Instructions.InstructionManager.Instructions.AddRange(this." + propertyName + "));");
string executionTime = "0.0f";
if(animation.States.Count != 0)
{
executionTime = ToFloatString( animation.States.Last().Time);
}
currentBlock.Line("toReturn.TimeToExecute = FlatRedBall.TimeManager.CurrentTime + " + executionTime + ";");
currentBlock.Line("yield return toReturn;");
currentBlock = currentBlock.End();
}
}
}
private static void CreateNewVariableMember(ICodeBlock codeBlock, CustomVariable customVariable, bool isExposing, IElement element)
{
string variableAssignment = "";
if (customVariable.DefaultValue != null)
{
if (!IsTypeFromCsv(customVariable))
{
variableAssignment =
CodeParser.ParseObjectValue(customVariable.DefaultValue);
// If this is a file, we don't want to assign it here
if (customVariable.GetIsFile())
{
variableAssignment = null;
}
if (customVariable.Type == "Color")
{
variableAssignment = "Color." + variableAssignment.Replace("\"", "");
}
else if (customVariable.Type != "string" && variableAssignment == "\"\"")
{
variableAssignment = null;
}
if (variableAssignment != null)
{
variableAssignment = " = " + variableAssignment;
}
}
else if(!string.IsNullOrEmpty(customVariable.DefaultValue as string) && (string)customVariable.DefaultValue != "<NULL>")
{
// If the variable IsShared (ie static) then we
// don't want to assign the value because the CSV
// may not yet be loaded. This may create behavior
// the user doesn't expect, but the alternative is either
// to load the file before the user wants to (which maybe we
// will end up doing) or to get a crash
// Update June 2, 2013
// If the customVariable
// is not "IsShared" (it's
// not static), we don't want
// to assign the value where we
// create the variable as a field
// because this means the value will
// attempt to assign before LoadStaticContent.
// This can cause a crash, and has in the GlueTestProject.
// Update June 2, 2013
// Used to set it to null
// if it's static, but we should
// allow statics to set their values
// if they come from global content files.
if (
ReferencesCsvFromGlobalContent(customVariable) &&
ShouldAssignToCsv(customVariable, customVariable.DefaultValue as string))
{
variableAssignment = " = " + GetAssignmentToCsvItem(customVariable, element, (string)customVariable.DefaultValue);
}
else
{
variableAssignment = null;
}
}
}
string formatString = null;
bool needsToBeProperty = (customVariable.SetByDerived && !customVariable.IsShared) || customVariable.CreatesProperty || customVariable.CreatesEvent
|| IsVariableWholeNumberWithVelocity(customVariable);
needsToBeProperty = needsToBeProperty & !customVariable.GetIsVariableState();
EventCodeGenerator.TryGenerateEventsForVariable(codeBlock, customVariable, element);
string memberType = GetMemberTypeFor(customVariable, element);
if (needsToBeProperty)
{
// If the variable
// creates an event
// then it needs to have
// custom code (it can't be
// an automatic property).
bool isWholeNumberWithVelocity = IsVariableWholeNumberWithVelocity(customVariable);
if (customVariable.CreatesEvent || isWholeNumberWithVelocity || customVariable.DefaultValue != null )
{
string variableToAssignInProperty = "base." + customVariable.Name;
// create a field for this, unless it's defined by base - then the base creates a field for it
if (!isExposing && !customVariable.DefinedByBase)
{
variableToAssignInProperty = "m" + customVariable.Name;
// First we make the field that will get set here:
codeBlock.Line(StringHelper.Modifiers(Public: false, Static: customVariable.IsShared, Type: memberType, Name: variableToAssignInProperty) + variableAssignment + ";");
}
string propertyHeader = null;
if (isExposing)
{
propertyHeader = "public new " + memberType + " " + customVariable.Name;
}
else if (customVariable.DefinedByBase)
{
propertyHeader = "public override " + memberType + " " + customVariable.Name;
}
else if (customVariable.SetByDerived)
{
propertyHeader = "public virtual " + memberType + " " + customVariable.Name;
}
else
{
propertyHeader = "public " + memberType + " " + customVariable.Name;
}
ICodeBlock set = codeBlock.Property(propertyHeader, Static:customVariable.IsShared)
.Set();
if (EventCodeGenerator.ShouldGenerateEventsForVariable(customVariable, element))
{
EventCodeGenerator.GenerateEventRaisingCode(set, BeforeOrAfter.Before, customVariable.Name, element);
}
set.Line(variableToAssignInProperty + " = value;");
if (IsVariableWholeNumberWithVelocity(customVariable))
{
set.Line(customVariable.Name + "ModifiedByVelocity = value;");
}
if (EventCodeGenerator.ShouldGenerateEventsForVariable(customVariable, element))
{
EventCodeGenerator.GenerateEventRaisingCode(set, BeforeOrAfter.After, customVariable.Name, element);
}
ICodeBlock get = set.End().Get();
codeBlock = get.Line("return " + variableToAssignInProperty + ";")
.End().End(); // end the getter, end the property
}
else
{
// Static vars can't be virtual
bool isVirtual = !customVariable.IsShared;
codeBlock.AutoProperty(customVariable.Name, Public: true, Virtual: isVirtual, Static: customVariable.IsShared, Type: memberType);
}
}
else
{
if (!customVariable.GetIsVariableState())
{
codeBlock.Line(StringHelper.Modifiers(Public: true, Static: customVariable.IsShared, Type: memberType, Name: customVariable.Name) + variableAssignment + ";");
}
else
{
if (IsVariableTunnelingToDisabledObject(customVariable, element))
{
// If it's a varaible
// that is exposing a
// state variable for a
// disabled object, we still
// want to generate something:
codeBlock.Line(StringHelper.Modifiers(Public: true, Static: customVariable.IsShared, Type: memberType, Name: customVariable.Name)
// No assignment for now. Do we eventually want this? The reason
// this even exists is to satisfy a variable that may be needed by other
// code which would point to a disabled object.
//+ variableAssignment
+ ";");
}
}
}
}
public void CodeGenerationStart(IElement element)
{
var stateChainCollection = GlueCommands.TreeNodeCommands.GetProperty <StateChainCollection>(element, PropertyName);
if (stateChainCollection == null)
{
return;
}
var elementNameWithoutPath = FileManager.RemovePath(element.Name);
var document = new CodeDocument();
ICodeBlock codeBlock = document;
if (stateChainCollection.StateChains.Count <= 0)
{
return;
}
codeBlock = codeBlock
.Line("using FlatRedBall.Instructions;")
.Namespace(GlueCommands.GenerateCodeCommands.GetNamespaceForElement(element))
.Class("public partial ", element.ClassName, "");
//Create Enum
codeBlock = codeBlock
.Enum("public", "StateChains")
.Line("None = 0,");
for (int i = 0; i < stateChainCollection.StateChains.Count; i++)
{
if (i == stateChainCollection.StateChains.Count - 1)
{
codeBlock.Line(stateChainCollection.StateChains[i].Name);
}
else
{
codeBlock.Line(stateChainCollection.StateChains[i].Name + ",");
}
}
codeBlock = codeBlock.End();
//Private members
codeBlock
._()
.Line("private StateChains _currentStateChain = StateChains.None;")
.Line("private int _index;")
.Line("private Instruction _instruction;")
._();
//CurrentStateChain Property
codeBlock = codeBlock
.Property("public StateChains", "CurrentStateChain")
.Get()
.Line("return _currentStateChain;")
.End()
.Set()
.Line("StopStateChain();")
._()
.Line("_currentStateChain = value;")
.Line("_index = 0;")
._()
.Switch("_currentStateChain");
foreach (var stateChain in stateChainCollection.StateChains)
{
codeBlock
.Case("StateChains." + stateChain.Name)
.Line("StartNextState" + stateChain.Name + "();");
}
codeBlock = codeBlock
.End()
.End()
.End();
codeBlock._();
//ManageStateChains
codeBlock = codeBlock
.Function("public void", "ManageStateChains", "")
.If("CurrentStateChain == StateChains.None")
.Line("return;")
.End()
._()
.Switch("CurrentStateChain");
foreach (var stateChain in stateChainCollection.StateChains)
{
var index = 0;
codeBlock = codeBlock
.Case("StateChains." + stateChain.Name);
foreach (var stateChainState in
stateChain.StateChainStates.Where(stateChainState => !string.IsNullOrEmpty(stateChainState.State)))
{
if (index == 0)
{
codeBlock
.If("_index == 0 && CurrentState == VariableState." + stateChainState.State)
.Line("_index++;")
.Line("StartNextState" + stateChain.Name + "();");
}
else
{
codeBlock
.ElseIf("_index == " + index + " && CurrentState == VariableState." +
stateChainState.State)
.Line("_index++;")
.Line("StartNextState" + stateChain.Name + "();");
}
index++;
}
codeBlock = codeBlock
.End();
}
codeBlock = codeBlock
.End()
.End();
codeBlock._();
//StopStateChain
codeBlock = codeBlock
.Function("public void", "StopStateChain", "")
.If("CurrentStateChain == StateChains.None")
.Line("return;")
.End()
._()
.Switch("CurrentStateChain");
foreach (var stateChain in stateChainCollection.StateChains)
{
var index = 0;
codeBlock = codeBlock
.Case("StateChains." + stateChain.Name);
foreach (var stateChainState in stateChain.StateChainStates)
{
if (index == 0)
{
codeBlock
.If("_index == 0")
.Line("Instructions.Remove(_instruction);")
.Line("StopStateInterpolation(VariableState." + stateChainState.State + ");")
.End();
}
else
{
codeBlock
.ElseIf("_index == " + index)
.Line("Instructions.Remove(_instruction);")
.Line("StopStateInterpolation(VariableState." + stateChainState.State + ");")
.End();
}
index++;
}
codeBlock = codeBlock
.End();
}
codeBlock = codeBlock
.End()
.Line("_instruction = null;")
.End();
codeBlock._();
//StartNextState*****
foreach (var stateChain in stateChainCollection.StateChains)
{
codeBlock = codeBlock
.Function("private void", "StartNextState" + stateChain.Name, "")
.If("_index < 0")
.Line("_index = 0;")
.End()
._()
.If("_index >= " + stateChain.StateChainStates.Count)
.Line("_index = 0;")
.End()
._()
.Switch("_index");
var index = 0;
foreach (var stateChainState in stateChain.StateChainStates)
{
codeBlock
.Case(index.ToString())
.Line("_instruction = InterpolateToState(VariableState." + stateChainState.State + ", " + stateChainState.Time / 1000 + ");");
index++;
}
codeBlock = codeBlock
.End()
.End()
._();
}
GlueCommands.ProjectCommands.CreateAndAddPartialFile(element, "StateChains", document.ToString());
}
private void GeneratePropertyForCurrentState(ICodeBlock currentBlock, string propertyType, string propertyName,
List <Gum.DataTypes.Variables.StateSave> states, ElementSave container, bool isNullable)
{
string propertyPrefix;
if (isNullable)
{
propertyPrefix = $"public {propertyType}?";
}
else
{
propertyPrefix = $"public {propertyType}";
}
var property = currentBlock.Property(propertyPrefix, propertyName);
property.Get().Line("return m" + propertyName + ";");
var setter = property.Set();
{
if (isNullable)
{
setter = setter.If("value != null");
}
setter.Line("m" + propertyName + " = value;");
var switchBlock = setter.Switch("m" + propertyName);
foreach (var state in states)
{
var caseBlock = switchBlock.Case(propertyType + "." + state.MemberNameInCode());
{
// Parent variables need to be assigned in the order of the objects in the component so that they're attached in the right order.
// If they're attached in the wrong order, then stacking won't work properly:
var instanceNames = container.Instances.Select(item => item.Name).ToList();
var orderedVariables = state.Variables.OrderBy(variable => instanceNames.IndexOf(variable.SourceObject)).ToList();
foreach (var variable in orderedVariables)
{
var shouldGenerate = false;
try
{
shouldGenerate = GetIfShouldGenerateStateVariable(variable, container);
}
catch (Exception e)
{
GlueCommands.Self.PrintError(e.ToString());
}
// where block doesn't debug well for some reason, so I unrolled it...
if (shouldGenerate)
{
// Note that this could return values like "1,2" instead of "1.2" depending
// on the current language, so the AdjustVariableValueIfNecessary needs to account for that.
string variableValue = variable.Value.ToString();
bool isEntireAssignment;
GueDerivingClassCodeGenerator.Self.AdjustVariableValueIfNecessary(variable, container, ref variableValue, out isEntireAssignment);
if (isEntireAssignment)
{
caseBlock.Line(variableValue);
}
else
{
string memberNameInCode = variable.MemberNameInCode(container, VariableNamesToReplaceForStates);
caseBlock.Line(memberNameInCode + " = " + variableValue + ";");
}
}
}
}
}
}
}
public static void GenerateFieldAndPropertyForNamedObject(NamedObjectSave namedObjectSave, ICodeBlock codeBlock)
{
string typeName = GetQualifiedTypeName(namedObjectSave);
CodeGenerationType codeGenerationType = GetFieldCodeGenerationType(namedObjectSave);
if (codeGenerationType == CodeGenerationType.OnlyContainedObjects)
{
// Since the base defines it, we don't want to define the object here; however,
// any objects that it contains will not be defined by base, so we do need to loop
// through contained NamedObjectSaves and define those. We also want to create variable
// reset fields.
CreateVariableResetField(namedObjectSave, typeName, codeBlock);
foreach (NamedObjectSave childNos in namedObjectSave.ContainedObjects)
{
GenerateFieldAndPropertyForNamedObject(childNos, codeBlock);
}
}
else if(codeGenerationType == CodeGenerationType.Full)
{
AddIfConditionalSymbolIfNecesssary(codeBlock, namedObjectSave);
#region Get the Access Modifier
string accessModifier = "private";
if (namedObjectSave.SetByDerived || namedObjectSave.ExposedInDerived)
{
accessModifier = "protected";
}
#endregion
string variableName = namedObjectSave.FieldName;
codeBlock.Line(StringHelper.SpaceStrings(accessModifier, typeName, variableName) + ";");
#region If should create public property
bool shouldCreateProperty = namedObjectSave.HasPublicProperty || namedObjectSave.SetByContainer;
if (shouldCreateProperty)
{
var prop = codeBlock.Property(StringHelper.SpaceStrings("public", typeName),
namedObjectSave.InstanceName);
prop.Get()
.Line("return " + variableName + ";");
if (namedObjectSave.SetByContainer)
{
prop.Set()
.Line(variableName + " = value;");
}
else if (namedObjectSave.SetByDerived)
{
prop.Set("protected")
.Line(variableName + " = value;");
}
else
{
// This should still have a private setter to not break
// internal code
prop.Set("private")
.Line(variableName + " = value;");
}
}
#endregion
CreateVariableResetField(namedObjectSave, typeName, codeBlock);
// If this NamedObjectSave has children, then create fields for those too
foreach (NamedObjectSave childNos in namedObjectSave.ContainedObjects)
{
GenerateFieldAndPropertyForNamedObject(childNos, codeBlock);
}
AddEndIfIfNecessary(codeBlock, namedObjectSave);
}
}
public override ICodeBlock GenerateFields(ICodeBlock codeBlock, IElement element)
{
if (element is EntitySave)
{
EntitySave entitySave = (EntitySave)element;
if (entitySave.IsScrollableEntityList && !string.IsNullOrEmpty(entitySave.ItemType))
{
string itemTypeWithoutPath = FileManager.RemovePath(entitySave.ItemType);
codeBlock.Line(string.Format("public System.Action<{0}> ScrollItemModified;", itemTypeWithoutPath));
codeBlock.Line(string.Format(
"FlatRedBall.Math.PositionedObjectList<{0}> mScrollableItems = new FlatRedBall.Math.PositionedObjectList<{0}>();",
itemTypeWithoutPath));
codeBlock.Line("FlatRedBall.PositionedObject mScrollableHandle;");
codeBlock.Line(string.Format("float mScrollableSpacing = {0};", entitySave.SpacingBetweenItems));
codeBlock.Line(string.Format("float mScrollableTopBoundary = {0};", entitySave.ListTopBound));
codeBlock.Line(string.Format("float mScrollableBottomBoundary = {0};", entitySave.ListBottomBound));
codeBlock.Line("int mScrollableFirstIndex = 0;");
codeBlock.Line(string.Format("{0} mLastCreatedScrollableItem;", itemTypeWithoutPath));
codeBlock
.Property("public int", "ScrollableFirstIndex")
.Set()
.Line("mScrollableFirstIndex = System.Math.Max(0, value);")
.If("mListShowingButUsePropertyPlease == null")
.While("mScrollableItems.Count > 0")
.Line("mScrollableItems.Last.Destroy();")
.End()
.End()
.Else()
// We add 1 because let's say the spacing is 10. Even if the top to bottom was 1 unit, we'd see 1 item.
.Line("int maxShown = 1 + (int)((mScrollableTopBoundary - mScrollableBottomBoundary) / mScrollableSpacing);")
.Line("int maximumFirst = System.Math.Max(0, mListShowingButUsePropertyPlease.Count - maxShown);")
.Line("mScrollableFirstIndex = System.Math.Min(maximumFirst, mScrollableFirstIndex);")
.Line("mScrollableHandle.RelativeY = mScrollableFirstIndex * mScrollableSpacing + mScrollableTopBoundary;")
.Line("FixScrollableHandleRelativeY();")
.Line("int numberOfEntities = System.Math.Min(maxShown, ListShowing.Count);")
.While("mScrollableItems.Count > ListShowing.Count || mScrollableItems.Count > numberOfEntities")
.Line("mScrollableItems.Last.Destroy();")
.End()
.For("int i = 0; i < mScrollableItems.Count; i++")
.Line("mScrollableItems[i].RelativeY = -( i + mScrollableFirstIndex ) * mScrollableSpacing;")
.Line("mScrollableItems[i].ForceUpdateDependencies();")
.If("ScrollItemModified != null")
.Line("ScrollItemModified(mScrollableItems[i]);")
.End()
.End()
.Line("PerformScrollableItemAdditionLogic();");
codeBlock.Line("private System.Collections.IList mListShowingButUsePropertyPlease;");
codeBlock
.Property("public System.Collections.IList", "ListShowing")
.Get()
.Line("return mListShowingButUsePropertyPlease;")
.End()
.Set()
.If("value != mListShowingButUsePropertyPlease")
.Line("mListShowingButUsePropertyPlease = value;")
.Line("ScrollableFirstIndex = 0;")
.Line("RefreshAllScrollableListItems();");
}
}
return(codeBlock);
}
public override ICodeBlock GenerateFields(ICodeBlock codeBlock, IElement element)
{
if (element is EntitySave)
{
EntitySave entitySave = (EntitySave)element;
if (entitySave.IsScrollableEntityList && !string.IsNullOrEmpty(entitySave.ItemType))
{
string itemTypeWithoutPath = FileManager.RemovePath(entitySave.ItemType);
codeBlock.Line(string.Format("public System.Action<{0}> ScrollItemModified;", itemTypeWithoutPath));
codeBlock.Line(string.Format(
"FlatRedBall.Math.PositionedObjectList<{0}> mScrollableItems = new FlatRedBall.Math.PositionedObjectList<{0}>();",
itemTypeWithoutPath));
codeBlock.Line("FlatRedBall.PositionedObject mScrollableHandle;");
codeBlock.Line(string.Format("float mScrollableSpacing = {0};", entitySave.SpacingBetweenItems));
codeBlock.Line(string.Format("float mScrollableTopBoundary = {0};", entitySave.ListTopBound));
codeBlock.Line(string.Format("float mScrollableBottomBoundary = {0};", entitySave.ListBottomBound));
codeBlock.Line("int mScrollableFirstIndex = 0;");
codeBlock.Line(string.Format("{0} mLastCreatedScrollableItem;", itemTypeWithoutPath));
codeBlock
.Property("public int", "ScrollableFirstIndex")
.Set()
.Line("mScrollableFirstIndex = System.Math.Max(0, value);")
.If("mListShowingButUsePropertyPlease == null")
.While("mScrollableItems.Count > 0")
.Line("mScrollableItems.Last.Destroy();")
.End()
.End()
.Else()
// We add 1 because let's say the spacing is 10. Even if the top to bottom was 1 unit, we'd see 1 item.
.Line("int maxShown = 1 + (int)((mScrollableTopBoundary - mScrollableBottomBoundary) / mScrollableSpacing);")
.Line("int maximumFirst = System.Math.Max(0, mListShowingButUsePropertyPlease.Count - maxShown);")
.Line("mScrollableFirstIndex = System.Math.Min(maximumFirst, mScrollableFirstIndex);")
.Line("mScrollableHandle.RelativeY = mScrollableFirstIndex * mScrollableSpacing + mScrollableTopBoundary;")
.Line("FixScrollableHandleRelativeY();")
.Line("int numberOfEntities = System.Math.Min(maxShown, ListShowing.Count);")
.While("mScrollableItems.Count > ListShowing.Count || mScrollableItems.Count > numberOfEntities")
.Line("mScrollableItems.Last.Destroy();")
.End()
.For("int i = 0; i < mScrollableItems.Count; i++")
.Line("mScrollableItems[i].RelativeY = -( i + mScrollableFirstIndex ) * mScrollableSpacing;")
.Line("mScrollableItems[i].ForceUpdateDependencies();")
.If("ScrollItemModified != null")
.Line("ScrollItemModified(mScrollableItems[i]);")
.End()
.End()
.Line("PerformScrollableItemAdditionLogic();");
codeBlock.Line("private System.Collections.IList mListShowingButUsePropertyPlease;");
codeBlock
.Property("public System.Collections.IList", "ListShowing")
.Get()
.Line("return mListShowingButUsePropertyPlease;")
.End()
.Set()
.If("value != mListShowingButUsePropertyPlease")
.Line("mListShowingButUsePropertyPlease = value;")
.Line("ScrollableFirstIndex = 0;")
.Line("RefreshAllScrollableListItems();");
}
}
return codeBlock;
}
private void GenerateAnimationMember(StateCodeGeneratorContext context, ICodeBlock currentBlock, AnimationSave animation, AbsoluteOrRelative absoluteOrRelative)
{
string propertyName = animation.PropertyNameInCode();
if (absoluteOrRelative == AbsoluteOrRelative.Relative)
{
propertyName += "Relative";
}
string referencedInstructionProperty = propertyName + "Instructions";
// Force the property to be upper-case, since the field is lower-case:
// We want to generate something like:
//private FlatRedBall.Gum.Animation.GumAnimation uncategorizedAnimation;
//public FlatRedBall.Gum.Animation.GumAnimation UncategorizedAnimation
//{
// get
// {
// if (uncategorizedAnimation == null)
// {
// uncategorizedAnimation = new FlatRedBall.Gum.Animation.GumAnimation(1, () => UncategorizedAnimationInstructions);
// uncategorizedAnimation.AddEvent("Event1", 3.0f);
// }
// return uncategorizedAnimation;
// }
//}
var firstCharacterLower = propertyName.Substring(0, 1).ToLowerInvariant();
var fieldName = firstCharacterLower + propertyName.Substring(1);
currentBlock.Line($"private FlatRedBall.Gum.Animation.GumAnimation {fieldName};");
currentBlock = currentBlock.Property("public FlatRedBall.Gum.Animation.GumAnimation", propertyName).Get();
float length = GetAnimationLength(context.Element, animation);
string lengthAsString = ToFloatString(length);
var ifBlock = currentBlock.If($"{fieldName} == null");
{
ifBlock.Line(
$"{fieldName} = new FlatRedBall.Gum.Animation.GumAnimation({lengthAsString}, {referencedInstructionProperty});");
foreach (var namedEvent in animation.Events)
{
string timeAsString = ToFloatString(namedEvent.Time);
ifBlock.Line(
$"{fieldName}.AddEvent(\"{namedEvent.Name}\", {timeAsString});");
}
foreach (var subAnimation in animation.Animations)
{
if (string.IsNullOrEmpty(subAnimation.SourceObject) == false)
{
var isMissingInstance = context.Element.GetInstance(subAnimation.SourceObject) == null;
if (isMissingInstance)
{
ifBlock.Line($"//Missing object {subAnimation.SourceObject}");
}
else
{
ifBlock.Line($"{fieldName}.SubAnimations.Add({subAnimation.PropertyNameInCode()});");
}
}
}
}
currentBlock.Line($"return {fieldName};");
}
private static void AppendPropertyForReferencedFileSave(ICodeBlock codeBlock, ReferencedFileSave referencedFile, string containerName, IElement element, string contentManagerName, AssetTypeInfo ati, string variableName, string typeName)
{
codeBlock.Line(StringHelper.Modifiers(Static: referencedFile.IsSharedStatic, Type: typeName, Name: "m" + variableName) + ";");
// No need to use
// ManualResetEvents
// if the ReferencedFileSave
// is LoadedOnlyWhenReferenced.
bool shouldBlockThreads = containerName ==
ContentLoadWriter.GlobalContentContainerName && !referencedFile.LoadedOnlyWhenReferenced;
if (shouldBlockThreads)
{
codeBlock.Line("#if !REQUIRES_PRIMARY_THREAD_LOADING");
codeBlock.Line("//Blocks the thread on request of " + variableName + " until it has been loaded");
codeBlock.Line("static ManualResetEvent m" + variableName + "Mre = new ManualResetEvent(false);");
codeBlock.Line("// Used to lock getter and setter so that " + variableName + " can be set on any thread even if its load is in progrss");
codeBlock.Line("static object m" + variableName + "_Lock = new object();");
codeBlock.Line("#endif");
}
string lastContentManagerVariableName = "mLastContentManagerFor" + variableName;
if (referencedFile.LoadedAtRuntime && element != null)
{
codeBlock.Line("static string " + lastContentManagerVariableName + ";");
}
// Silverlight and Windows Phone only allow reflection on public methods
// Since it's common practice to use reflection to reference LoadedOnlyWhenReferenced
// properties, we need to make them public.
var propBlock = codeBlock.Property(variableName, Public: true, Static: referencedFile.IsSharedStatic, Type: typeName);
var getBlock = propBlock.Get();
if (referencedFile.LoadedOnlyWhenReferenced)
{
WriteLoadedOnlyWhenReferencedPropertyBody(referencedFile, containerName, element, contentManagerName, ati, variableName, lastContentManagerVariableName, getBlock);
}
else if (containerName == ContentLoadWriter.GlobalContentContainerName)
{
#region Write the getter
getBlock.Line("#if !REQUIRES_PRIMARY_THREAD_LOADING");
if (shouldBlockThreads)
{
getBlock = getBlock.Lock("m" + variableName + "_Lock");
}
//Perform a WaitOne on the event with a timeout value of zero.
// It will return true if the event is not set, or false if the timeout occurs.
// In other words, false -> event is set, true -> event is not set.
getBlock.Line("bool isBlocking = !m" + variableName + "Mre.WaitOne(0);");
{
var ifBlock = getBlock.If("isBlocking");
// This is our way of telling the GlobalContentManager to hurry up - we're waiting
// on some content!
ifBlock.Line("RequestContentLoad(\"" + referencedFile.Name + "\");");
#region If RecordLockRecord - write the code for recording the load order so that it can be optimized
if (ProjectManager.GlueProjectSave.GlobalContentSettingsSave.RecordLockContention)
{
ifBlock.Line("LockRecord.Add(\"\\n" + variableName + "\");");
}
#endregion
}
getBlock.Line("m" + variableName + "Mre.WaitOne();");
getBlock.Line("return m" + variableName + ";");
if (shouldBlockThreads)
{
getBlock = getBlock.End();
}
getBlock.Line("#else");
WriteLoadedOnlyWhenReferencedPropertyBody(referencedFile, containerName, element, contentManagerName, ati, variableName, lastContentManagerVariableName, getBlock);
getBlock.Line("#endif");
#endregion
#region Write the setter
var setBlock = propBlock.Set();
setBlock.Line("#if !REQUIRES_PRIMARY_THREAD_LOADING");
if (shouldBlockThreads)
{
setBlock = setBlock.Lock("m" + variableName + "_Lock");
}
WriteAssignmentAndMreSet(variableName, setBlock);
if (shouldBlockThreads)
{
setBlock = setBlock.End();
}
setBlock.Line("#else");
setBlock.Line("m" + variableName + " = value;");
setBlock.Line("#endif");
#endregion
}
else
{
string fieldName = "m" + variableName;
getBlock.Line("#if REQUIRES_PRIMARY_THREAD_LOADING");
var ifBlock = getBlock.If("fieldName == null && FlatRedBall.FlatRedBallServices.IsThreadPrimary()");
ifBlock.Line("FlatRedBall.FlatRedBallServices.GetContentManagerByName(ContentManager).ProcessTexturesWaitingToBeLoaded();");
getBlock.Line("#endif");
getBlock.Line("return " + fieldName + ";");
}
}
public override ICodeBlock GenerateFields(ICodeBlock codeBlock, IElement element)
{
///////////////Early Out//////////////////////
if (GetIfIsPlatformer(element) == false)
{
return(codeBlock);
}
/////////////End Early Out////////////////////
codeBlock.Line("#region Platformer Fields");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// See property for information.");
codeBlock.Line("/// </summary>");
codeBlock.Line("bool mIsOnGround = false;");
codeBlock.Line("bool wasOnGroundLastFrame = false;");
codeBlock.Line("private float lastNonZeroPlatformerHorizontalMaxSpeed = 0;");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// Whether the character has hit its head on a solid");
codeBlock.Line("/// collision this frame. This typically occurs when the");
codeBlock.Line("/// character is moving up in the air. It is used to prevent");
codeBlock.Line("/// upward velocity from being applied while the player is");
codeBlock.Line("/// holding down the jump button.");
codeBlock.Line("/// </summary>");
codeBlock.Line("bool mHitHead = false;");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// The current slope that the character is standing or walking on in degrees relative");
codeBlock.Line("/// to the direction that the character is facing. In other words, if the charater is");
codeBlock.Line("/// walking uphill to the right (positive slope), if the character turns around the value");
codeBlock.Line("/// will be negative.");
codeBlock.Line("/// </summary>");
codeBlock.Line("float currentSlope = 0;");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// Whether the character is in the air and has double-jumped.");
codeBlock.Line("/// This is used to determine which movement variables are active,");
codeBlock.Line("/// effectively preventing multiple double-jumps.");
codeBlock.Line("/// </summary>");
codeBlock.Line("bool mHasDoubleJumped = false;");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// The time when the jump button was last pushed. This is used to");
codeBlock.Line("/// determine if upward velocity should be applied while the user");
codeBlock.Line("/// holds the jump button down.");
codeBlock.Line("/// </summary>");
codeBlock.Line("double mTimeJumpPushed = double.NegativeInfinity;");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// The MovementValues which were active when the user last jumped.");
codeBlock.Line("/// These are used to determine the upward velocity to apply while");
codeBlock.Line("/// the user holds the jump button.");
codeBlock.Line("/// </summary>");
codeBlock.Line("DataTypes.PlatformerValues mValuesJumpedWith;");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// See property for information.");
codeBlock.Line("/// </summary>");
codeBlock.Line("DataTypes.PlatformerValues mCurrentMovement;");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// See property for information.");
codeBlock.Line("/// </summary>");
codeBlock.Line("HorizontalDirection mDirectionFacing;");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// See property for information.");
codeBlock.Line("/// </summary>");
codeBlock.Line("MovementType mMovementType;");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// The last time collision checks were performed. Time values uniquely");
codeBlock.Line("/// identify a game frame, so this is used to store whether collisions have");
codeBlock.Line("/// been tested this frame or not. This is used to determine whether collision");
codeBlock.Line("/// variables should be reset or not when a collision method is called, as");
codeBlock.Line("/// multiple collisions (such as vs. solid and vs. cloud) may occur in one frame.");
codeBlock.Line("/// </summary>");
codeBlock.Line("double mLastCollisionTime = -1;");
codeBlock.Line("#endregion");
codeBlock.Line("#region Platformer Properties");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// Returns the current time, considering whether a Screen is active. ");
codeBlock.Line("/// This is used to control how long a user can hold the jump button during");
codeBlock.Line("/// a jump to apply upward velocity.");
codeBlock.Line("/// </summary>");
codeBlock.Property("double", "CurrentTime")
.Get()
.If("FlatRedBall.Screens.ScreenManager.CurrentScreen != null")
.Line("return FlatRedBall.Screens.ScreenManager.CurrentScreen.PauseAdjustedCurrentTime;")
.End()
.Else()
.Line("return FlatRedBall.TimeManager.CurrentTime;");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// The current movement variables used for horizontal movement and jumping.");
codeBlock.Line("/// These automatically get set according to the default platformer logic and should");
codeBlock.Line("/// not be manually adjusted.");
codeBlock.Line("/// </summary>");
codeBlock.Property("protected DataTypes.PlatformerValues", "CurrentMovement")
.Get()
.Line("return mCurrentMovement;");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// Which direciton the character is facing.");
codeBlock.Line("/// </summary>");
codeBlock.Property("protected HorizontalDirection", "DirectionFacing")
.Get()
.Line("return mDirectionFacing;");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// The input object which controls whether the jump was pressed.");
codeBlock.Line("/// Common examples include a button or keyboard key.");
codeBlock.Line("/// </summary>");
codeBlock.AutoProperty("public FlatRedBall.Input.IPressableInput", "JumpInput");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// The input object which controls the horizontal movement of the character.");
codeBlock.Line("/// Common examples include a d-pad, analog stick, or keyboard keys.");
codeBlock.Line("/// </summary>");
codeBlock.AutoProperty("public FlatRedBall.Input.I1DInput", "HorizontalInput");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// The input object which controls vertical input such as moving on ladders or falling through cloud collision.");
codeBlock.Line("/// -1 represents full down, 0 is neutral, +1 is full up.");
codeBlock.Line("/// </summary>");
codeBlock.AutoProperty("public FlatRedBall.Input.I1DInput", "VerticalInput");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// The ratio that the horizontal input is being held.");
codeBlock.Line("/// -1 represents full left, 0 is neutral, +1 is full right.");
codeBlock.Line("/// </summary>");
codeBlock.Property("protected virtual float", "HorizontalRatio")
.Get()
.If("!InputEnabled")
.Line("return 0;")
.End()
.Else()
.Line("return HorizontalInput.Value;");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// Whether the character is on the ground. This is false");
codeBlock.Line("/// if the character has jumped or walked off of the edge");
codeBlock.Line("/// of a platform.");
codeBlock.Line("/// </summary>");
codeBlock.Property("public bool", "IsOnGround")
.Get()
.Line("return mIsOnGround;");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// The current movement type. This is set by the default platformer logic and");
codeBlock.Line("/// is used to assign the mCurrentMovement variable.");
codeBlock.Line("/// </summary>");
codeBlock.Property("public MovementType", "CurrentMovementType")
.Get()
.Line("return mMovementType;")
.End()
.Set()
.Line("mMovementType = value;")
.Line("UpdateCurrentMovement();")
.If("CurrentMovement != null")
.Line("this.YAcceleration = -CurrentMovement.Gravity;");
codeBlock.Line("/// <summary>");
codeBlock.Line("/// Whether input is read to control the movement of the character.");
codeBlock.Line("/// This can be turned off if the player should not be able to control");
codeBlock.Line("/// the character.");
codeBlock.Line("/// </summary>");
codeBlock.AutoProperty("public bool", "InputEnabled");
// This can be used to add anything else here without the complexity of CodeBlock calls
codeBlock.Line(
@"
/// <summary>
/// Stores the value that the entity must fall down to before cloud collision is enabled.
/// If this value is null, then cloud collision is enabled. When the entity falls through a
/// cloud (by pressing down direction + jump), then this value is set.
/// </summary>
private float? cloudCollisionFallThroughY = null;
");
codeBlock.Line("#endregion");
codeBlock.Line(
@"
/// <summary>
/// Action for when the character executes a jump.
/// </summary>
public System.Action JumpAction;
/// <summary>
/// Action for when the character lands from a jump.
/// </summary>
public System.Action LandedAction;
");
return(codeBlock);
}
private static ICodeBlock WritePropertyHeader(ICodeBlock codeBlock, CustomVariable customVariable, string customVariableType)
{
ICodeBlock prop;
bool needsToCloseIf = false;
if (customVariableType == "Microsoft.Xna.Framework.Color")
{
codeBlock.Line("#if XNA3 || SILVERLIGHT");
prop = codeBlock.Property(customVariable.Name, Public: true,
Override: customVariable.DefinedByBase,
Virtual: (customVariable.SetByDerived && !customVariable.IsShared),
Type: "Microsoft.Xna.Framework.Graphics.Color");
prop.PreCodeLines.RemoveAt(1); // get rid of its opening bracket
prop.PostCodeLines.Clear();
prop.End();
codeBlock.Line("#else");
needsToCloseIf = true;
}
prop = codeBlock.Property(customVariable.Name, Public: true,
Override: customVariable.DefinedByBase,
Virtual: (customVariable.SetByDerived && !customVariable.IsShared),
Type: customVariableType);
if (needsToCloseIf)
{
prop.PreCodeLines.Insert(1, new CodeLine("#endif"));
}
return prop;
}
