public void NewErrorParamEmpty(string pRaw)
{
FabStepFault f = TestUtil.Throws <FabStepFault>(() => new TravPathItem(123, pRaw));
Assert.AreEqual(FabFault.Code.InvalidParamSyntax, f.ErrCode, "Incorrect ErrCode.");
Assert.AreNotEqual(-1, f.Message.IndexOf("empty"), "Incorrect message.");
}
public void ErrorCountParamRange(int pCount, bool pLow)
{
MockItem.Setup(x => x.GetParamAt <int>(0)).Returns(pCount);
var f = new FabStepFault(FabFault.Code.IncorrectParamValue, 0, "", "", 0);
SetupFault(f, (pLow ? "less" : "greater") + " than");
CheckConsumePathThrows(f);
}
public void ErrorOperationParamAccepted()
{
MockItem.Setup(x => x.GetParamAt <string>(0)).Returns("fake");
var f = new FabStepFault(FabFault.Code.IncorrectParamValue, 0, "", "", 0);
SetupFault(f, "Accepted values");
CheckConsumePathThrows(f);
}
/*--------------------------------------------------------------------------------------------*/
protected void CheckConsumePathThrows(FabStepFault pFault)
{
FabStepFault faultResult = TestUtil.Throws <FabStepFault>(
() => GetStep().ConsumePath(MockPath.Object, GetToType()));
Assert.AreEqual(pFault, faultResult, "Incorrect fault result.");
CheckSuccess(false);
}
/*--------------------------------------------------------------------------------------------*/
protected void SetupFault(FabStepFault pFault, string pMessageContains)
{
MockItem
.Setup(x => x.NewStepFault(pFault.ErrCode, It.IsAny <string>(), pFault.ParamIndex, null))
.Callback((FabFault.Code c, string m, int pi, Exception e) =>
TestUtil.AssertContains("Fault.Message", m, pMessageContains))
.Returns(pFault);
}
public void ErrorInvalidStep()
{
FabStepFault f = TestUtil.Throws <FabStepFault>(
() => vOper.Execute(vMockOpCtx.Object, "Users/BadStep(123)"));
TestUtil.AssertContains("Fault.Message", f.Message, "not valid");
TestUtil.AssertContains("Fault.Message", f.Message, "BadStep");
}
public void ErrorAliasParamFormat()
{
MockItem.Setup(x => x.GetParamAt <string>(0)).Returns("badAL!A$");
var f = new FabStepFault(FabFault.Code.IncorrectParamValue, 0, "", "", 0);
SetupFault(f, "format");
CheckConsumePathThrows(f);
}
public void ErrorAliasParamLength()
{
MockItem.Setup(x => x.GetParamAt <string>(0)).Returns("abcdefghi");
var f = new FabStepFault(FabFault.Code.IncorrectParamValue, 0, "", "", 0);
SetupFault(f, "cannot exceed");
CheckConsumePathThrows(f);
}
public void ErrorDirectlyAfterAs()
{
MockPath.Setup(x => x.DoesBackTouchAs(vAlias)).Returns(true);
var f = new FabStepFault(FabFault.Code.InvalidStep, 0, "", "", 0);
SetupFault(f, "directly after");
CheckConsumePathThrows(f);
}
public void ErrorAliasNotFound()
{
MockPath.Setup(x => x.HasAlias(vAlias)).Returns(false);
var f = new FabStepFault(FabFault.Code.IncorrectParamValue, 0, "", "", 0);
SetupFault(f, "not be found");
CheckConsumePathThrows(f);
}
public void ErrorDuplicateAlias()
{
MockPath.Setup(x => x.HasAlias(vAlias)).Returns(true);
var f = new FabStepFault(FabFault.Code.IncorrectParamValue, 0, "", "", 0);
SetupFault(f, "in use");
CheckConsumePathThrows(f);
}
public void ErrorDateParamRange(int pIndex, byte pValue, bool pLow)
{
MockItem.Setup(x => x.GetParamAt <byte>(pIndex)).Returns(pValue);
var f = new FabStepFault(FabFault.Code.IncorrectParamValue, 0, "", "", pIndex);
SetupFault(f, (pLow ? "less" : "greater") + " than");
CheckConsumePathThrows(f);
}
public void ErrorYearParamRange(long pYear, bool pLow)
{
MockItem.Setup(x => x.GetParamAt <long>(1)).Returns(pYear);
var f = new FabStepFault(FabFault.Code.IncorrectParamValue, 0, "", "", 1);
SetupFault(f, (pLow ? "less" : "greater") + " than");
CheckConsumePathThrows(f);
}
public void ErrorNotAllowed()
{
string confAlias;
MockPath.Setup(x => x.AllowBackToAlias(vAlias, out confAlias)).Returns(false);
var f = new FabStepFault(FabFault.Code.InvalidStep, 0, "", "", 0);
SetupFault(f, "Cannot traverse");
CheckConsumePathThrows(f);
}
public void VerifyParamCount(string pRaw, int pMin, int pMax, bool pError)
{
var pi = new TravPathItem(123, pRaw);
FabStepFault f = TestUtil.CheckThrows <FabStepFault>(
pError, () => pi.VerifyParamCount(pMin, pMax));
if (f != null)
{
Assert.AreEqual(FabFault.Code.IncorrectParamCount, f.ErrCode, "Incorrect ErrCode.");
}
}
public void ErrorNoActiveMember()
{
vMemId = null;
MockPath.SetupGet(x => x.MemberId).Returns(vMemId);
var f = new FabStepFault(FabFault.Code.InvalidStep, 0, "", "");
SetupFault(f, "active");
CheckConsumePathThrows(f);
}
/*--------------------------------------------------------------------------------------------*/
private void CheckGetParamAt <T>(int pIndex, T pExpectResult, bool pExpectError)
{
var pi = new TravPathItem(123, RawParamTypes);
T result = default(T);
FabStepFault f = TestUtil.CheckThrows <FabStepFault>(pExpectError, () => {
result = pi.GetParamAt <T>(pIndex);
});
if (pExpectError)
{
Assert.AreEqual(FabFault.Code.IncorrectParamType, f.ErrCode, "Incorrect ErrCode.");
}
else
{
Log.Debug("Result: " + result);
Assert.AreEqual(pExpectResult, result, "Incorrect result.");
}
}
public void NewStepFault(int pParamI, string pExpectRawParam)
{
const FabFault.Code code = FabFault.Code.InvalidStep;
const string msg = "My Error Message.";
var innerEx = new Exception("Inner!");
const int stepIndex = 4;
var pi = new TravPathItem(stepIndex, RawParamTypes);
FabStepFault result = pi.NewStepFault(code, msg, pParamI, innerEx);
Log.Debug("Message:\n\n" + result.Message);
Assert.NotNull(result, "Result should be filled.");
Assert.AreEqual(code, result.ErrCode, "Incorrect ErrCode.");
Assert.AreEqual(0, result.Message.IndexOf(msg), "Incorrect Message.");
Assert.AreEqual(stepIndex, result.StepIndex, "Incorrect StepIndex.");
Assert.AreEqual(RawParamTypes, result.StepText, "Incorrect StepText.");
Assert.AreEqual(pParamI, result.ParamIndex, "Incorrect ParamIndex.");
Assert.AreEqual(pExpectRawParam, result.ParamText, "Incorrect ParamText.");
}
public void ErrorValueParamEmpty() {
MockItem.Setup(x => x.GetParamAt<string>(0)).Returns("");
var f = new FabStepFault(FabFault.Code.IncorrectParamValue, 0, "", "", 0);
SetupFault(f, "empty");
CheckConsumePathThrows(f);
}
public void NewErrorCommand(string pRaw)
{
FabStepFault f = TestUtil.Throws <FabStepFault>(() => new TravPathItem(123, pRaw));
Assert.AreEqual(FabFault.Code.InvalidStep, f.ErrCode, "Incorrect ErrCode.");
}
