public void UseCase_Plisky_Works()
{
var sut = new CompleteVersion(new VersionUnit("2"), new VersionUnit("0", "."),
new VersionUnit("Unicorn", "-"),
new VersionUnit("0", ".", DigitIncremementBehaviour.ContinualIncrement));
var verString = sut.GetVersionString();
Assert.Equal("2.0-Unicorn.0", verString); //,"The initial string is not correct");
sut.Increment();
verString = sut.GetVersionString();
Assert.Equal("2.0-Unicorn.1", verString); //, "The first increment string is not correct");
sut.Increment();
verString = sut.GetVersionString(DisplayType.Full);
Assert.Equal("2.0-Unicorn.2", verString); //, "The second increment string is not correct");
}
public void PartiallyFixed_DoesIncrement()
{
var sut = new CompleteVersion(new VersionUnit("1", "", DigitIncremementBehaviour.ContinualIncrement), new VersionUnit("Monkey", "."));
sut.Increment();
Assert.Equal("2.Monkey", sut.GetVersionString(DisplayType.Full)); //, "The increment for the first digit did not work in a mixed verison number");
}
public void SimpleIncrement_Fixed_DoesNothing()
{
var sut = new CompleteVersion(new VersionUnit("1"), new VersionUnit("2", "."));
sut.Increment();
Assert.Equal("1.2", sut.ToString()); //, "The verison increment should do nothing for fixed");
}
public void FixedBehaviour_DoesNotIncrement()
{
var sut = new CompleteVersion(new VersionUnit("2"), new VersionUnit("0", "."));
string before = sut.GetVersionString(DisplayType.Full);
sut.Increment();
Assert.Equal(before, sut.GetVersionString(DisplayType.Full)); //, "Digits should be fixed and not change when incremented");
}
public void Increment_ResentAnyWorks()
{
var vu2 = new VersionUnit("0", ".");
var sut = new CompleteVersion(
new VersionUnit("1", ""),
vu2,
new VersionUnit("1", "."),
new VersionUnit("0", ".", DigitIncremementBehaviour.AutoIncrementWithResetAny));
Assert.Equal("1.0.1.0", sut.GetVersionString()); //, "Without an increment its wrong - invalid test");
sut.Increment();
Assert.Equal("1.0.1.1", sut.GetVersionString()); //, "Increment on all fixed should not change anything");
vu2.IncrementOverride = "5";
sut.Increment();
Assert.Equal("1.5.1.0", sut.GetVersionString()); //, "The final digit should reset when a fixed digit changes.");
}
public void Increment_OverrideReplacesIncrement()
{
var vu = new VersionUnit("1", "", DigitIncremementBehaviour.ContinualIncrement);
vu.IncrementOverride = "9";
var sut = new CompleteVersion(vu);
sut.Increment();
Assert.Equal("9", sut.GetVersionString(DisplayType.Full)); //, "The overide on a word value did not work");
}
public void SimpleIncrement_Incrment_Works()
{
var vu = new VersionUnit("2", ".");
vu.SetBehaviour(DigitIncremementBehaviour.AutoIncrementWithReset);
var sut = new CompleteVersion(new VersionUnit("1"), vu);
sut.Increment();
Assert.Equal("1.3", sut.ToString()); //, "The verison increment should do nothing for fixed");
}
public void PendingIncrementPatterns_Work(string startVer, string pattern, string endVer)
{
b.Info.Flow();
CompleteVersion cv = new CompleteVersion(startVer);
cv.ApplyPendingVersion(pattern);
cv.Increment();
Assert.Equal(endVer, cv.ToString());
}
public void Increment_ResetAnyWorks()
{
var sut = new CompleteVersion(
new VersionUnit("1", "", DigitIncremementBehaviour.ContinualIncrement),
new VersionUnit("0", "."),
new VersionUnit("1", "."),
new VersionUnit("0", ".", DigitIncremementBehaviour.AutoIncrementWithResetAny));
sut.Increment();
Assert.Equal("2.0.1.0", sut.GetVersionString(DisplayType.Full)); //, "The reset should prevent the last digit from incrementing");
}
public void Increment_OverrideWorksForNames()
{
var vu = new VersionUnit("Monkey");
vu.IncrementOverride = "Fish";
var sut = new CompleteVersion(vu);
sut.Increment();
Assert.Equal("Fish", sut.GetVersionString(DisplayType.Full)); //, "The overide on a word value did not work");
}
public void Increment_OverrideWorksOnFixed()
{
var vu = new VersionUnit("1", "", DigitIncremementBehaviour.Fixed);
vu.IncrementOverride = "Fish";
var sut = new CompleteVersion(vu);
sut.Increment();
Assert.Equal("Fish", sut.GetVersionString(DisplayType.Full));
}
public void VersionStoreAndLoad_StoresUpdatedValues()
{
string fn = uth.NewTemporaryFileName(true);
var sut = new JsonVersionPersister(fn);
var cv = new CompleteVersion(new VersionUnit("1", "", DigitIncremementBehaviour.ContinualIncrement),
new VersionUnit("1", ".", DigitIncremementBehaviour.ContinualIncrement),
new VersionUnit("1", ".", DigitIncremementBehaviour.ContinualIncrement),
new VersionUnit("1", ".", DigitIncremementBehaviour.ContinualIncrement));
cv.Increment();
var beforeStore = cv.GetVersionString();
sut.Persist(cv);
var cv2 = sut.GetVersion();
Assert.Equal(cv.GetVersionString(), cv2.GetVersionString()); //, "The two version strings should match");
Assert.Equal("2.2.2.2", cv2.GetVersionString()); //, "The loaded version string should keep the increment");
cv.Increment(); cv2.Increment();
Assert.Equal(cv.GetVersionString(), cv2.GetVersionString()); //, "The two version strings should match");
}
public void Increment_OverrideWorksForNumbers()
{
var vu = new VersionUnit("1");
vu.IncrementOverride = "5";
var sut = new CompleteVersion(vu);
sut.Increment();
Assert.Equal("5", sut.GetVersionString(DisplayType.Full));
}
public void PendingIncrements_StackCorrectly(string startVer, string pattern, string secondPattern, string endVer)
{
b.Info.Flow();
// Multi patterns dont really stack, just partially replace
CompleteVersion cv = new CompleteVersion(startVer);
cv.ApplyPendingVersion(pattern);
cv.ApplyPendingVersion(secondPattern);
cv.Increment();
Assert.Equal(endVer, cv.ToString());
}
public void PendingIncrement_IsRemovedCorrectly(string startVer, string pattern)
{
b.Info.Flow();
CompleteVersion cv = new CompleteVersion(startVer);
cv.ApplyPendingVersion(pattern);
cv.Increment();
Assert.Equal(null, cv.Digits[0].IncrementOverride);
Assert.Equal(null, cv.Digits[1].IncrementOverride);
Assert.Equal(null, cv.Digits[2].IncrementOverride);
Assert.Equal(null, cv.Digits[3].IncrementOverride);
}
public void Increment_DoesNotChangeReleaseName()
{
const string RELEASENAME = "Unicorn";
b.Info.Flow();
var sut = new CompleteVersion(new VersionUnit("2"), new VersionUnit("0", "."), new VersionUnit("", "+", DigitIncremementBehaviour.ReleaseName));
sut.ReleaseName = RELEASENAME;
sut.Increment();
Assert.Equal(RELEASENAME, sut.ReleaseName);
Assert.Equal("2.0+" + RELEASENAME, sut.ToString());
}
public void VersionStorage_Json_Loads()
{
string fn = uth.NewTemporaryFileName(true);
var sut = new JsonVersionPersister(fn);
var cv = new CompleteVersion(new VersionUnit("1", ".", DigitIncremementBehaviour.ContinualIncrement), new VersionUnit("Alpha", "-"), new VersionUnit("1"), new VersionUnit("1", "", DigitIncremementBehaviour.ContinualIncrement));
sut.Persist(cv);
var cv2 = sut.GetVersion();
Assert.Equal(cv.GetVersionString(), cv2.GetVersionString()); //, "The loaded type was not the same as the saved one, values");
cv.Increment(); cv2.Increment();
Assert.Equal(cv.GetVersionString(), cv2.GetVersionString()); //, "The loaded type was not the same as the saved one, behaviours");
}
public void PendingReleaseName_AppliedOnIncrement()
{
const string RELEASENAME = "Unicorn";
const string NEWRELEASE = "Phoenix";
b.Info.Flow();
var sut = new CompleteVersion(new VersionUnit("2"), new VersionUnit("0", "."), new VersionUnit("", "+", DigitIncremementBehaviour.ReleaseName));
sut.ReleaseName = RELEASENAME;
sut.ApplyPendingRelease(NEWRELEASE);
sut.Increment();
Assert.Equal(NEWRELEASE, sut.ReleaseName);
Assert.Equal("2.0+" + NEWRELEASE, sut.ToString());
}