private void Start()
{
// for testing only
CurrentSystem = new CodeblockSystem();
_handle = transform.GetChild(0);
}
protected override CodeblockSystem BuildSystem()
{
CodeblockSystem system = new CodeblockSystem();
const int desiredLoopCount = 4;
int loopRunCount = 0;
ActionBlock loopCountIncrement = new ActionBlock();
loopCountIncrement.Action = () => loopRunCount++;
DynamicInputOperator <int> count = new DynamicInputOperator <int>();
count.Value = desiredLoopCount;
ForLoopBlock forLoop = new ForLoopBlock();
forLoop.LoopCount = count;
AssertTestBlock assert = new AssertTestBlock();
assert.Condition = () => loopRunCount == desiredLoopCount;
forLoop.Children.InsertItem(loopCountIncrement, null);
system.Blocks.InsertItem(forLoop, null);
system.Blocks.InsertItem(assert, forLoop);
return(system);
}
private IEnumerator Start()
{
try
{
CodeblockSystem system = BuildSystem();
if (system.AnyError)
{
IEnumerable <IBlockError> errors = system.Errors;
string[] errorMessages = errors.Select(e => e.ToString()).ToArray();
Debug.LogError(string.Join("\n", errorMessages));
}
else
{
ICodeblockExecutionContext context = new StandardContext(this);
yield return(StartCoroutine(system.Blocks.ExecuteCodeblocks(context)));
}
_isDone = true;
}
finally
{
IsTestSuccess = true;
}
yield break;
}
protected override CodeblockSystem BuildSystem()
{
CodeblockSystem system = new CodeblockSystem();
AssertTestBlock poisonedBlock = new AssertTestBlock();
poisonedBlock.Condition = () => false;
BreakCodeblock breakBlock = new BreakCodeblock();
DynamicInputOperator <int> count = new DynamicInputOperator <int>();
count.Value = 100;
ForLoopBlock flb = new ForLoopBlock();
flb.LoopCount = count;
flb.Children.InsertItem(breakBlock, null);
flb.Children.InsertItem(poisonedBlock, breakBlock);
system.Blocks.InsertItem(flb, null);
return(system);
}
protected override CodeblockSystem BuildSystem()
{
CodeblockSystem system = new CodeblockSystem();
DynamicInputOperator <int>[] inputs = new DynamicInputOperator <int> [4];
for (int i = 0; i < 4; i++)
{
DynamicInputOperator <int> input = new DynamicInputOperator <int>();
input.Value = i * 2;
inputs[i] = input;
}
ComparisonOperationCodeblock left = new ComparisonOperationCodeblock()
{
Left = inputs[0],
Right = inputs[1],
Operation = ComparisonOperation.SmallerOrEqual
};
ComparisonOperationCodeblock right = new ComparisonOperationCodeblock()
{
Left = inputs[2],
Right = inputs[3],
Operation = ComparisonOperation.Equal
};
LogicOperationCodeblock logic = new LogicOperationCodeblock()
{
Left = left,
Right = right,
Operation = LogicalOperation.OR
};
AssertTestBlock ifTrue = new AssertTestBlock();
ifTrue.Condition = () => true;
AssertTestBlock ifFalse = new AssertTestBlock();
ifFalse.Condition = () => false;
IfElseBlock ifElseBlock = new IfElseBlock();
ifElseBlock.Condition = logic;
ifElseBlock.Children.InsertItem(ifTrue, null);
ifElseBlock.ElseChildren.InsertItem(ifFalse, null);
system.Blocks.InsertItem(ifElseBlock, null);
return(system);
}
protected override CodeblockSystem BuildSystem()
{
CodeblockSystem system = new CodeblockSystem();
AssertTestBlock ifTrue = new AssertTestBlock();
ifTrue.Condition = () => true;
AssertTestBlock ifFalse = new AssertTestBlock();
ifFalse.Condition = () => false;
var left = new DynamicInputOperator <float>();
left.Value = 5;
var right = new DynamicInputOperator <string>();
right.Value = "1";
ComparisonOperationCodeblock coc = new ComparisonOperationCodeblock();
coc.Operation = ComparisonOperation.GreaterThan;
coc.Left = left;
coc.Right = right;
IfElseBlock ifelse = new IfElseBlock();
ifelse.Condition = coc;
ifelse.Children.InsertItem(ifTrue, null);
ifelse.ElseChildren.InsertItem(ifFalse, null);
system.Blocks.InsertItem(ifelse, null);
return(system);
}
