public void ConvertReadMemoryKind(string input, MemoryAddressKind expectedMemoryKind)
{
Parser parser = new Parser();
var tree = parser.Parse(input);
var achivementInstruction = AstToEvaluator.FromAST(tree);
Assert.NotNull(achivementInstruction.Core);
var conditionGroup = achivementInstruction.Core;
Assert.Single(conditionGroup.Conditions);
var condition = conditionGroup.Conditions[0];
Assert.NotNull(condition.CompareInstruction);
Assert.Equal(ConditionCompare.Equals, condition.CompareInstruction.Operation);
Assert.IsType <ReadMemoryValue>(condition.CompareInstruction.Left);
var readMemoryValue = condition.CompareInstruction.Left as ReadMemoryValue;
Assert.Equal(0x1234, readMemoryValue.Address);
Assert.Equal(expectedMemoryKind, readMemoryValue.Kind);
Assert.IsType <ConstValue>(condition.CompareInstruction.Right);
Assert.Equal(42, condition.CompareInstruction.Right.GetValue(null, null));
}
public void ConvertMultipleConditions()
{
string input = "0xH1234==42_0xW80A0B0>0xW80A0B3";
Parser parser = new Parser();
var tree = parser.Parse(input);
var achievementInstruction = AstToEvaluator.FromAST(tree);
Assert.NotNull(achievementInstruction.Core);
Assert.Equal(2, achievementInstruction.Core.Conditions.Count);
var condition2 = achievementInstruction.Core.Conditions[1];
Assert.Equal(ConditionCompare.Greater, condition2.CompareInstruction.Operation);
Assert.IsType <ReadMemoryValue>(condition2.CompareInstruction.Left);
var left = condition2.CompareInstruction.Left as ReadMemoryValue;
Assert.Equal(0x80A0B0, left.Address);
Assert.Equal(MemoryAddressKind.Int24, left.Kind);
Assert.IsType <ReadMemoryValue>(condition2.CompareInstruction.Right);
var right = condition2.CompareInstruction.Right as ReadMemoryValue;
Assert.Equal(0x80A0B3, right.Address);
Assert.Equal(MemoryAddressKind.Int24, right.Kind);
}
public void ConvertConditionFlags(string input, Type expectedType)
{
Parser parser = new Parser();
var tree = parser.Parse(input);
var achivementInstruction = AstToEvaluator.FromAST(tree);
Assert.NotNull(achivementInstruction.Core);
var conditionGroup = achivementInstruction.Core;
Assert.Single(conditionGroup.Conditions);
var condition = conditionGroup.Conditions[0];
Assert.IsType(expectedType, condition);
}
public void ConvertMultipleConditionGroup()
{
string input = "0xH1234==42S0xBEEF==49153S0xDEAD=65261";
Parser parser = new Parser();
var tree = parser.Parse(input);
var achievementInstruction = AstToEvaluator.FromAST(tree);
Assert.Equal(2, achievementInstruction.Alternates.Count);
// Alt 1
var alt1 = achievementInstruction.Alternates[0];
var alt1Compare = alt1.Conditions[0].CompareInstruction;
Assert.IsType <ReadMemoryValue>(alt1Compare.Left);
var left = alt1Compare.Left as ReadMemoryValue;
Assert.Equal(0xBEEF, left.Address);
Assert.Equal(MemoryAddressKind.Int16, left.Kind);
Assert.IsType <ConstValue>(alt1Compare.Right);
var right = alt1Compare.Right as ConstValue;
Assert.Equal(0xC001, right.GetValue(null, null));
// Alt 2
var alt2 = achievementInstruction.Alternates[1];
var alt2Compare = alt2.Conditions[0].CompareInstruction;
Assert.IsType <ReadMemoryValue>(alt2Compare.Left);
left = alt2Compare.Left as ReadMemoryValue;
Assert.Equal(0xDEAD, left.Address);
Assert.Equal(MemoryAddressKind.Int16, left.Kind);
Assert.IsType <ConstValue>(alt2Compare.Right);
right = alt2Compare.Right as ConstValue;
Assert.Equal(0xFEED, right.GetValue(null, null));
}
