public void randomized_checking_of_ordered_versions_mapping_and_extended_successors_and_predecessors(int seed, int count, int span)
{
Random r = seed >= 0 ? new Random(seed) : new Random();
while (--count > 0)
{
long start = (long)decimal.Ceiling(r.NextDecimal() * (ReleaseTagVersion.VeryLastVersion.OrderedVersion + 1) + 1);
ReleaseTagVersion rStart = CheckMapping(start);
Assert.That(rStart, Is.Not.Null);
ReleaseTagVersion rCurrent;
for (int i = 1; i < span; ++i)
{
rCurrent = CheckMapping(start + i);
if (rCurrent == null)
{
break;
}
Assert.That(rStart < rCurrent);
}
for (int i = 1; i < span; ++i)
{
rCurrent = CheckMapping(start - i);
if (rCurrent == null)
{
break;
}
Assert.That(rStart > rCurrent);
}
}
//Console.WriteLine( "Greatest successors count = {0}.", _greatersuccessorCount );
}
public void when_parsing_invalid_tags_can_detect_malformed_ones(string tag, bool isMalformed)
{
var t = ReleaseTagVersion.TryParse(tag, true);
Assert.That(!t.IsValid);
Assert.That(t.IsMalformed, Is.EqualTo(isMalformed));
//Console.WriteLine( t.ParseErrorMessage );
}
public void fix_parsing_syntax_error_helper_max_prerelease_fix(string tag)
{
var error = string.Format("Fix Number must be between 1 and {0}.", ReleaseTagVersion.MaxPreReleaseFix);
ReleaseTagVersion t = ReleaseTagVersion.TryParse(tag, true);
Assert.That(t.ParseErrorMessage, Contains.Substring(error));
}
public void fumble_commit_scenario()
{
var repoTest = TestHelper.TestGitRepository;
var cD = repoTest.Commits.First(sc => sc.Message.StartsWith("D-Commit."));
var cC = repoTest.Commits.First(sc => sc.Message.StartsWith("C-Commit."));
var cF = repoTest.Commits.First(sc => sc.Sha == "27a629754c6b9034f7ca580442b589a0241773c5");
var cB = repoTest.Commits.First(sc => sc.Message.StartsWith("B-Commit."));
var cA = repoTest.Commits.First(sc => sc.Message.StartsWith("Merge branch 'fumble-develop' into fumble-master"));
var cFix = repoTest.Commits.First(sc => sc.Sha == "e6766d127f9a2df42567151222c6569601614626");
var cX = repoTest.Commits.First(sc => sc.Message.StartsWith("X-Commit."));
var overrides = new TagsOverride()
.MutableAdd(cD.Sha, "v4.3.2")
.MutableAdd(cC.Sha, "v4.4.0-alpha")
.MutableAdd(cB.Sha, "v5.0.0-rc")
.MutableAdd(cA.Sha, "v5.0.0");
var v5 = ReleaseTagVersion.TryParse("v5.0.0");
var v5rc = ReleaseTagVersion.TryParse("v5.0.0-rc");
var v5rc01 = ReleaseTagVersion.TryParse("v5.0.0-rc.0.1");
var v5rc1 = ReleaseTagVersion.TryParse("v5.0.0-rc.1");
{
// On the fix of the fumble commit, only v5.0.0-rc.0.1 is possible in Restricted mode.
// Restricted mode disallow rc.1 (next version below the first already released next one).
RepositoryInfo i = repoTest.GetRepositoryInfo(new RepositoryInfoOptions
{
OverriddenTags = overrides.Overrides,
StartingCommitSha = cFix.Sha
});
Assert.That(i.PreviousRelease.ThisTag, Is.EqualTo(v5rc));
Assert.That(i.PreviousMaxRelease.ThisTag, Is.SameAs(i.PreviousRelease.ThisTag));
CollectionAssert.AreEqual(new[] { v5rc01 }, i.PossibleVersionsStrict);
// In default mode, the fix of the fumble commit, v5.0.0-rc.0.1 and rc.1 are possible.
CollectionAssert.AreEqual(new[] { v5rc01, v5rc1 }, i.PossibleVersions);
}
{
// Above the fix of the fumble commit, v5.0.0-rc.0.1 and any successor of the 5.0.0 is possible.
RepositoryInfo i = repoTest.GetRepositoryInfo(new RepositoryInfoOptions
{
OverriddenTags = overrides.Overrides,
StartingCommitSha = cX.Sha
});
Assert.That(i.PreviousRelease.ThisTag, Is.EqualTo(v5rc));
Assert.That(i.PreviousMaxRelease.ThisTag, Is.EqualTo(v5));
var possible = new List <ReleaseTagVersion>()
{
v5rc01, v5rc1
};
possible.AddRange(v5.GetDirectSuccessors());
CollectionAssert.AreEqual(possible, i.PossibleVersions);
var possibleStrict = new List <ReleaseTagVersion>()
{
v5rc01
};
possibleStrict.AddRange(v5.GetDirectSuccessors());
CollectionAssert.AreEqual(possibleStrict, i.PossibleVersionsStrict);
}
}
public void parsing_valid_release(string tag)
{
ReleaseTagVersion t = ReleaseTagVersion.TryParse(tag);
Assert.That(t.IsValid);
Assert.That(t.IsPreRelease, Is.False);
Assert.That(t.IsPreReleasePatch, Is.False);
Assert.That(t.ToString(ReleaseTagFormat.SemVer), Is.EqualTo(tag));
Assert.That(t.ToString(ReleaseTagFormat.NuGetPackage), Is.EqualTo(tag));
}
public void pre_release_with_standard_names_nugetV2_mappings(string tag, string nuget)
{
ReleaseTagVersion t = ReleaseTagVersion.TryParse(tag);
Assert.That(t.IsValid);
Assert.That(t.IsPreRelease);
Assert.That(t.IsPreReleaseNameStandard);
Assert.That(t.IsPreReleasePatch, Is.False);
Assert.That(t.ToString(ReleaseTagFormat.SemVer), Is.EqualTo(tag));
Assert.That(t.ToString(ReleaseTagFormat.NuGetPackage), Is.EqualTo(nuget));
Assert.That(SemVersion.Parse(nuget).Prerelease.Length, Is.LessThanOrEqualTo(20));
}
public void to_string_pre_release_with_nonstandard_names_works_for_SemVer_but_throws_for_NuGetV2(string tag)
{
ReleaseTagVersion t = ReleaseTagVersion.TryParse(tag);
Assert.That(t.IsValid);
Assert.That(t.IsPreRelease);
Assert.That(!t.IsPreReleaseNameStandard);
Assert.That(t.IsPreReleasePatch);
Assert.That(t.PreReleasePatch, Is.GreaterThan(0));
Assert.That(t.ToString(ReleaseTagFormat.SemVer, null, true), Is.EqualTo(tag));
Assert.Throws <ArgumentException>(() => t.ToString(ReleaseTagFormat.NugetPackageV2, null, true));
}
static void DumpVersionInfo( CIBuildDescriptor buildInfo, ReleaseTagVersion t )
{
var nugetV2Build = t.ToString( ReleaseTagFormat.NugetPackageV2, buildInfo );
int nugetV2BuildSNLen = SemVersion.Parse( nugetV2Build ).Prerelease.Length;
Console.WriteLine( "{0}, CI = {1}, NuGet = {2}, NuGet CI = {3}, NugetV2Build.SpecialName.Length = {4}",
t,
t.ToString( ReleaseTagFormat.SemVer, buildInfo ),
t.ToString( ReleaseTagFormat.NugetPackageV2 ),
nugetV2Build,
nugetV2BuildSNLen
);
Assert.That( nugetV2BuildSNLen, Is.LessThanOrEqualTo( 20 ) );
}
public void CIBuildVersion_LastReleaseBased_are_correctely_ordered( string tag )
{
ReleaseTagFormat formatV2 = ReleaseTagFormat.NugetPackageV2;
var t = ReleaseTagVersion.TryParse( tag );
var v = SemVersion.Parse( t.ToString( ReleaseTagFormat.SemVer ), true );
var tNext = new ReleaseTagVersion( t.OrderedVersion + 1 );
var vNext = SemVersion.Parse( tNext.ToString( ReleaseTagFormat.SemVer ), true );
var tPrev = new ReleaseTagVersion( t.OrderedVersion - 1 );
var vPrev = SemVersion.Parse( tPrev.ToString( ReleaseTagFormat.SemVer ), true );
Assert.That( vPrev < v, "{0} < {1}", vPrev, v );
Assert.That( v < vNext, "{0} < {1}", v, vNext );
var sNuGet = t.ToString( formatV2 );
var sNuGetPrev = tPrev.ToString( formatV2 );
var sNuGetNext = tNext.ToString( formatV2 );
Assert.That( NuGetV2StringComparer.DefaultComparer.Compare( sNuGetPrev, sNuGet ) < 0, "{0} < {1}", sNuGetPrev, sNuGet );
Assert.That( NuGetV2StringComparer.DefaultComparer.Compare( sNuGet, sNuGetNext ) < 0, "{0} < {1}", sNuGet, sNuGetNext );
CIBuildDescriptor ci = new CIBuildDescriptor { BranchName = "dev", BuildIndex = 1 };
string sCI = t.ToString( ReleaseTagFormat.SemVer, ci );
SemVersion vCi = SemVersion.Parse( sCI, true );
Assert.That( v < vCi, "{0} < {1}", v, vCi );
Assert.That( vCi < vNext, "{0} < {1}", vCi, vNext );
var sNuGetCI = t.ToString( formatV2, ci );
Assert.That( NuGetV2StringComparer.DefaultComparer.Compare( sNuGet, sNuGetCI ) < 0, "{0} < {1}", sNuGet, sNuGetCI );
Assert.That( NuGetV2StringComparer.DefaultComparer.Compare( sNuGetCI, sNuGetNext ) < 0, "{0} < {1}", sNuGetCI, sNuGetNext );
string sCiNext = tNext.ToString( ReleaseTagFormat.SemVer, ci );
SemVersion vCiNext = SemVersion.Parse( sCiNext, true );
Assert.That( vCiNext > vCi, "{0} > {1}", vCiNext, vCi );
Assert.That( vCiNext > vNext, "{0} > {1}", vCiNext, vNext );
var sNuGetCINext = tNext.ToString( formatV2, ci );
Assert.That( NuGetV2StringComparer.DefaultComparer.Compare( sNuGetCINext, sNuGetCI ) > 0, "{0} > {1}", sNuGetCINext, sNuGetCI );
Assert.That( NuGetV2StringComparer.DefaultComparer.Compare( sNuGetCINext, sNuGetNext ) > 0, "{0} > {1}", sNuGetCINext, sNuGetNext );
string sCiPrev = tPrev.ToString( ReleaseTagFormat.SemVer, ci );
SemVersion vCiPrev = SemVersion.Parse( sCiPrev, true );
Assert.That( vCiPrev > vPrev, "{0} > {1}", vCiPrev, vPrev );
Assert.That( vCiPrev < v, "{0} < {1}", vCiPrev, v );
Assert.That( vCiPrev < vCiNext, "{0} < {1}", vCiPrev, vCiNext );
var sNuGetCIPrev = tPrev.ToString( formatV2, ci );
Assert.That( NuGetV2StringComparer.DefaultComparer.Compare( sNuGetCIPrev, sNuGetPrev ) > 0, "{0} > {1}", sNuGetCIPrev, sNuGetPrev );
Assert.That( NuGetV2StringComparer.DefaultComparer.Compare( sNuGetCIPrev, sNuGet ) < 0, "{0} < {1}", sNuGetCIPrev, sNuGet );
Assert.That( NuGetV2StringComparer.DefaultComparer.Compare( sNuGetCIPrev, sNuGetCINext ) < 0, "{0} < {1}", sNuGetCIPrev, sNuGetCINext );
}
static void DumpVersionInfo(CIBuildDescriptor buildInfo, ReleaseTagVersion t)
{
var nugetV2Build = t.ToString(ReleaseTagFormat.NugetPackageV2, buildInfo);
int nugetV2BuildSNLen = SemVersion.Parse(nugetV2Build).Prerelease.Length;
Console.WriteLine("{0}, CI = {1}, NuGet = {2}, NuGet CI = {3}, NugetV2Build.SpecialName.Length = {4}",
t,
t.ToString(ReleaseTagFormat.SemVer, buildInfo),
t.ToString(ReleaseTagFormat.NugetPackageV2),
nugetV2Build,
nugetV2BuildSNLen
);
Assert.That(nugetV2BuildSNLen, Is.LessThanOrEqualTo(20));
}
private static void NullIsAlwaysSmaller(ReleaseTagVersion v)
{
Assert.That(null != v);
Assert.That(null == v, Is.False);
Assert.That(null >= v, Is.False);
Assert.That(null <= v);
Assert.That(null > v, Is.False);
Assert.That(null < v);
Assert.That(v != null);
Assert.That(v == null, Is.False);
Assert.That(v >= null);
Assert.That(v <= null, Is.False);
Assert.That(v > null);
Assert.That(v < null, Is.False);
}
//static int _greatersuccessorCount = 0;
ReleaseTagVersion CheckMapping(long v)
{
if (v < 0 || v > ReleaseTagVersion.VeryLastVersion.OrderedVersion)
{
Assert.Throws <ArgumentException>(() => new ReleaseTagVersion(v));
return(null);
}
var t = new ReleaseTagVersion(v);
Assert.That((v == 0) == !t.IsValid);
Assert.That(t.OrderedVersion, Is.EqualTo(v));
var sSemVer = t.ToString(ReleaseTagFormat.SemVer);
var tSemVer = ReleaseTagVersion.TryParse(sSemVer);
var tNormalized = ReleaseTagVersion.TryParse(t.ToString(ReleaseTagFormat.Normalized));
Assert.That(tSemVer.OrderedVersion, Is.EqualTo(v));
Assert.That(tNormalized.OrderedVersion, Is.EqualTo(v));
Assert.That(tNormalized.Equals(t));
Assert.That(tSemVer.Equals(t));
Assert.That(tNormalized.Equals((object)t));
Assert.That(tSemVer.Equals((object)t));
Assert.That(tNormalized.CompareTo(t) == 0);
Assert.That(tSemVer == t);
Assert.That(tSemVer.ToString(), Is.EqualTo(t.ToString()));
Assert.That(tNormalized.ToString(), Is.EqualTo(t.ToString()));
// Successors/Predecessors check.
var vSemVer = SemVersion.Parse(sSemVer, true);
int count = 0;
foreach (var succ in t.GetDirectSuccessors(false))
{
++count;
Assert.That(succ.IsDirectPredecessor(t));
var vSemVerSucc = SemVersion.Parse(succ.ToString(ReleaseTagFormat.SemVer));
Assert.That(vSemVer < vSemVerSucc, "{0} < {1}", vSemVer, vSemVerSucc);
}
//if( count > _greatersuccessorCount )
//{
// Console.WriteLine( " -> - found {0} successors for '{1}':", count, t );
// Console.WriteLine( " " + string.Join( ", ", t.GetDirectSuccessors( false ).Select( s => s.ToString() ) ) );
// var closest = t.GetDirectSuccessors( true ).Select( s => s.ToString() ).ToList();
// Console.WriteLine( " - {0} closest successors:", closest.Count, t );
// Console.WriteLine( " " + string.Join( ", ", closest ) );
// _greatersuccessorCount = count;
//}
return(t);
}
public void display_successors_samples(string v)
{
ReleaseTagVersion t = ReleaseTagVersion.TryParse(v);
var succ = t.GetDirectSuccessors(false);
Console.WriteLine(" -> - found {0} successors for '{1}' (Ordered Version = {2}, File = {3}):",
succ.Count(),
t,
t.OrderedVersion,
t.ToStringFileVersion(false));
Console.WriteLine(" " + string.Join(", ", succ.Select(s => s.ToString())));
var closest = t.GetDirectSuccessors(true).Select(s => s.ToString()).ToList();
Console.WriteLine(" - {0} next fixes:", closest.Count, t);
Console.WriteLine(" " + string.Join(", ", closest));
}
public void checking_extreme_version_ordering(string tag, bool atEnd, int expectedRank)
{
var t = ReleaseTagVersion.TryParse(tag);
if (atEnd)
{
Assert.That(t.OrderedVersion - (ReleaseTagVersion.VeryLastVersion.OrderedVersion - expectedRank), Is.EqualTo(0));
}
else
{
Assert.That(t.OrderedVersion - (ReleaseTagVersion.VeryFirstVersion.OrderedVersion + expectedRank), Is.EqualTo(0));
}
var t2 = new ReleaseTagVersion(t.OrderedVersion);
Assert.That(t2.ToString(), Is.EqualTo(t.ToString()));
Assert.That(t.Equals(t2));
}
public void display_name_and_successors_samples(string v)
{
ReleaseTagVersion t = ReleaseTagVersion.TryParse(v);
var succ = t.GetDirectSuccessors(false);
Console.WriteLine(" -> - found {0} successors for '{1}' (NuGetV2 = {2}, Ordered Version = {3}, File = {4}.{5}.{6}.{7}):",
succ.Count(),
t,
t.ToString(ReleaseTagFormat.NugetPackageV2),
t.OrderedVersion,
t.OrderedVersionMajor,
t.OrderedVersionMinor,
t.OrderedVersionBuild,
t.OrderedVersionRevision
);
Console.WriteLine(" " + string.Join(", ", succ.Select(s => s.ToString())));
}
public void version_ordering_starts_at_1_for_the_very_first_possible_version(string tag, int oMajor, int oMinor, int oBuild, int oRevision)
{
var t = ReleaseTagVersion.TryParse(tag, true);
Assert.That(t.IsValid);
Assert.That(t.OrderedVersionMajor, Is.EqualTo(oMajor));
Assert.That(t.OrderedVersionMinor, Is.EqualTo(oMinor));
Assert.That(t.OrderedVersionBuild, Is.EqualTo(oBuild));
Assert.That(t.OrderedVersionRevision, Is.EqualTo(oRevision));
long vf = t.OrderedVersion << 1;
Assert.That(t.ToStringFileVersion(false),
Is.EqualTo(string.Format("{0}.{1}.{2}.{3}", vf >> 48, (vf >> 32) & 0xFFFF, (vf >> 16) & 0xFFFF, vf & 0xFFFF)));
vf |= 1;
Assert.That(t.ToStringFileVersion(true),
Is.EqualTo(string.Format("{0}.{1}.{2}.{3}", vf >> 48, (vf >> 32) & 0xFFFF, (vf >> 16) & 0xFFFF, vf & 0xFFFF)));
}
public void display_name_for_CI_build_and_check_20_characters_limit( string versions, int range )
{
var buildInfo = new CIBuildDescriptor() { BranchName = "develop", BuildIndex = 21 };
foreach( var v in versions.Split( ',' ).Select( s => s.Trim() ) )
{
ReleaseTagVersion t = ReleaseTagVersion.TryParse( v );
Console.WriteLine( t );
for( int i = -range; i <= range; ++i )
{
var num = t.OrderedVersion + i;
if( num > 0m && num <= ReleaseTagVersion.VeryLastVersion.OrderedVersion )
{
ReleaseTagVersion tD = new ReleaseTagVersion( num );
DumpVersionInfo( buildInfo, tD );
}
}
}
}
public void operators_overloads()
{
// Two variables to avoid Compiler Warning (level 3) CS1718
ReleaseTagVersion null2 = null;
ReleaseTagVersion null1 = null;
Assert.That(null1 == null2);
Assert.That(null1 >= null2);
Assert.That(null1 <= null2);
Assert.That(null1 != null2, Is.False);
Assert.That(null1 > null2, Is.False);
Assert.That(null1 < null2, Is.False);
NullIsAlwaysSmaller(ReleaseTagVersion.VeryFirstVersion);
NullIsAlwaysSmaller(ReleaseTagVersion.TryParse("1.0.0"));
NullIsAlwaysSmaller(ReleaseTagVersion.TryParse("bug"));
}
public void checking_some_versions_predecessors(string targets, bool previous, string candidates)
{
var targ = targets.Split(',')
.Select(v => v.Trim())
.Where(v => v.Length > 0)
.Select(v => ReleaseTagVersion.TryParse(v));
var prev = candidates.Split(',')
.Select(v => v.Trim())
.Where(v => v.Length > 0)
.Select(v => ReleaseTagVersion.TryParse(v));
foreach (var vTarget in targ)
{
foreach (var p in prev)
{
Assert.That(vTarget.IsDirectPredecessor(p), Is.EqualTo(previous), p.ToString() + (previous ? " is a previous of " : " is NOT a previous of ") + vTarget.ToString());
}
}
}
public void display_versions_and_CI_version( string version, string after )
{
var buildInfo = new CIBuildDescriptor() { BranchName = "develop", BuildIndex = 15 };
ReleaseTagVersion v = ReleaseTagVersion.TryParse( version );
string vCI = v.ToString( ReleaseTagFormat.SemVer, buildInfo );
ReleaseTagVersion vNext = new ReleaseTagVersion( v.OrderedVersion + 1 );
Console.WriteLine( "Version = {0}, CI = {1}, Next = {2}", v, vCI, vNext );
var vSemVer = SemVersion.Parse( v.ToString( ReleaseTagFormat.SemVer ) );
var vCISemVer = SemVersion.Parse( vCI );
var vNextSemVer = SemVersion.Parse( vNext.ToString( ReleaseTagFormat.SemVer ) );
Assert.That( vSemVer < vCISemVer, "{0} < {1}", vSemVer, vCISemVer );
Assert.That( vCISemVer < vNextSemVer, "{0} < {1}", vCISemVer, vNextSemVer );
foreach( var vAfter in after.Split( ',' ).Select( s => SemVersion.Parse( s.Trim() )) )
{
Assert.That( vAfter.CompareTo( vCISemVer ) > 0, "{0} > {1}", vAfter, vCISemVer );
}
}
public void checking_next_fixes_and_predecessors(string start, string nextVersions)
{
var next = nextVersions.Split(',')
.Select(v => v.Trim())
.Where(v => v.Length > 0)
.ToArray();
var rStart = ReleaseTagVersion.TryParse(start);
Assert.That(rStart != null && rStart.IsValid);
// Checks successors (and that they are ordered).
var cNext = rStart.GetDirectSuccessors(true).Select(v => v.ToString()).ToArray();
CollectionAssert.AreEqual(next, cNext, start + " => " + string.Join(", ", cNext));
Assert.That(rStart.GetDirectSuccessors(true), Is.Ordered);
// For each successor, check that the start is a predecessor.
foreach (var n in rStart.GetDirectSuccessors(true))
{
Assert.That(n.IsDirectPredecessor(rStart), "{0} < {1}", rStart, n);
}
}
public void display_name_for_CI_build_and_check_20_characters_limit(string versions, int range)
{
var buildInfo = new CIBuildDescriptor()
{
BranchName = "develop", BuildIndex = 21
};
foreach (var v in versions.Split(',').Select(s => s.Trim()))
{
ReleaseTagVersion t = ReleaseTagVersion.TryParse(v);
Console.WriteLine(t);
for (int i = -range; i <= range; ++i)
{
var num = t.OrderedVersion + i;
if (num > 0m && num <= ReleaseTagVersion.VeryLastVersion.OrderedVersion)
{
ReleaseTagVersion tD = new ReleaseTagVersion(num);
DumpVersionInfo(buildInfo, tD);
}
}
}
}
public void display_versions_and_CI_version(string version, string after)
{
var buildInfo = new CIBuildDescriptor()
{
BranchName = "develop", BuildIndex = 15
};
ReleaseTagVersion v = ReleaseTagVersion.TryParse(version);
string vCI = v.ToString(ReleaseTagFormat.SemVer, buildInfo);
ReleaseTagVersion vNext = new ReleaseTagVersion(v.OrderedVersion + 1);
Console.WriteLine("Version = {0}, CI = {1}, Next = {2}", v, vCI, vNext);
var vSemVer = SemVersion.Parse(v.ToString(ReleaseTagFormat.SemVer));
var vCISemVer = SemVersion.Parse(vCI);
var vNextSemVer = SemVersion.Parse(vNext.ToString(ReleaseTagFormat.SemVer));
Assert.That(vSemVer < vCISemVer, "{0} < {1}", vSemVer, vCISemVer);
Assert.That(vCISemVer < vNextSemVer, "{0} < {1}", vCISemVer, vNextSemVer);
foreach (var vAfter in after.Split(',').Select(s => SemVersion.Parse(s.Trim())))
{
Assert.That(vAfter.CompareTo(vCISemVer) > 0, "{0} > {1}", vAfter, vCISemVer);
}
}
public void fumble_commit_plus_an_extra_content_with_a_big_release_number()
{
var repoTest = TestHelper.TestGitRepository;
var cD = repoTest.Commits.First(sc => sc.Message.StartsWith("D-Commit."));
var cC = repoTest.Commits.First(sc => sc.Message.StartsWith("C-Commit."));
var cF = repoTest.Commits.First(sc => sc.Sha == "27a629754c6b9034f7ca580442b589a0241773c5");
var cB = repoTest.Commits.First(sc => sc.Message.StartsWith("B-Commit."));
var cA = repoTest.Commits.First(sc => sc.Message.StartsWith("Merge branch 'fumble-develop' into fumble-master"));
var cFix = repoTest.Commits.First(sc => sc.Sha == "e6766d127f9a2df42567151222c6569601614626");
var cX = repoTest.Commits.First(sc => sc.Message.StartsWith("X-Commit."));
var cExtra = repoTest.Commits.First(sc => sc.Message.StartsWith("C-Commit (cherry pick)."));
var overrides = new TagsOverride()
.MutableAdd(cD.Sha, "v4.3.2")
.MutableAdd(cC.Sha, "v4.4.0-alpha")
.MutableAdd(cB.Sha, "v5.0.0-rc")
.MutableAdd(cA.Sha, "v5.0.0")
.MutableAdd(cExtra.Sha, "v10.0.0");
var v5 = ReleaseTagVersion.TryParse("v5.0.0");
var v5rc = ReleaseTagVersion.TryParse("v5.0.0-rc");
var v5rc01 = ReleaseTagVersion.TryParse("v5.0.0-rc.0.1");
var v5rc1 = ReleaseTagVersion.TryParse("v5.0.0-rc.1");
var v10 = ReleaseTagVersion.TryParse("v10.0.0");
{
// The injected v10 overrides everything except the possibilty to release the v5.0.0-rc.0.1.
RepositoryInfo i = repoTest.GetRepositoryInfo(new RepositoryInfoOptions
{
OverriddenTags = overrides.Overrides,
StartingCommitSha = cFix.Sha
});
Assert.That(i.PreviousRelease.ThisTag, Is.EqualTo(v5rc));
Assert.That(i.PreviousMaxRelease.ThisTag, Is.EqualTo(v10));
var possibleStrict = new List <ReleaseTagVersion>()
{
v5rc01
};
possibleStrict.AddRange(v10.GetDirectSuccessors());
CollectionAssert.AreEqual(possibleStrict, i.PossibleVersionsStrict);
var possible = new List <ReleaseTagVersion>()
{
v5rc01, v5rc1
};
possible.AddRange(v10.GetDirectSuccessors());
CollectionAssert.AreEqual(possible, i.PossibleVersions);
}
{
// On B-Commit:
// Restricted Mode: it is the same, v4.4.0-alpha.0.1 and successors of v10.
// AllSuccessors Mode: all successors of v4.4.0-alpha (except the v5.0.0) are allowed and successors of v10.
var v44a = ReleaseTagVersion.TryParse("v4.4.0-alpha");
var v44a01 = ReleaseTagVersion.TryParse("v4.4.0-alpha.0.1");
var v44a1 = ReleaseTagVersion.TryParse("v4.4.0-alpha.1");
var v500 = ReleaseTagVersion.TryParse("v5.0.0");
RepositoryInfo i = repoTest.GetRepositoryInfo(new RepositoryInfoOptions
{
OverriddenTags = overrides.Overrides,
StartingCommitSha = cB.Sha
});
Assert.That(i.PreviousRelease.ThisTag, Is.EqualTo(v44a));
Assert.That(i.PreviousMaxRelease.ThisTag, Is.EqualTo(v10));
var possibleStrict = new List <ReleaseTagVersion>()
{
v44a01
};
possibleStrict.AddRange(v10.GetDirectSuccessors());
CollectionAssert.AreEqual(possibleStrict, i.PossibleVersionsStrict);
var possible = new List <ReleaseTagVersion>();
possible.AddRange(v44a.GetDirectSuccessors().Where(v => v != v500));
possible.AddRange(v10.GetDirectSuccessors());
CollectionAssert.AreEqual(possible, i.PossibleVersions);
}
}
public void CIBuildVersion_with_merged_tags()
{
var repoTest = TestHelper.TestGitRepository;
var cRoot = repoTest.Commits.Single(sc => sc.Message.StartsWith("First in parallel world."));
var cDevInAlpha = repoTest.Commits.Single(sc => sc.Message.StartsWith("Dev in Alpha."));
var cDevInBeta = repoTest.Commits.Single(sc => sc.Message.StartsWith("Dev in Beta."));
var cDevInGamma = repoTest.Commits.Single(sc => sc.Message.StartsWith("Dev in Gamma."));
var overrides = new TagsOverride()
.MutableAdd(cRoot.Sha, "v1.0.0")
.MutableAdd(cDevInAlpha.Sha, "v2.0.0");
// cDevInBeta
// |
// | cDevInGamma
// | /
// |/ cDevInAlpha - v2.0.0
// | /
// | /
// | /
// cRoot - v1.0.0
{
RepositoryInfo i = repoTest.GetRepositoryInfo(new RepositoryInfoOptions
{
StartingCommitSha = cDevInAlpha.Sha,
OverriddenTags = overrides.Overrides
});
Assert.That(i.ValidReleaseTag, Is.EqualTo(ReleaseTagVersion.TryParse("v2.0.0")));
}
overrides.MutableAdd(cDevInBeta.Sha, "v1.0.1-beta");
// cDevInBeta - v1.0.1-beta
// |
// | cDevInGamma
// | /
// |/ cDevInAlpha - v2.0.0
// | /
// | /
// cRoot - v1.0.0
{
RepositoryInfo i = repoTest.GetRepositoryInfo(new RepositoryInfoOptions
{
StartingCommitSha = cDevInBeta.Sha,
OverriddenTags = overrides.Overrides
});
Assert.That(i.ValidReleaseTag, Is.EqualTo(ReleaseTagVersion.TryParse("v1.0.1-beta")));
}
overrides.MutableAdd(cDevInGamma.Sha, "v1.0.1-alpha");
// cDevInBeta - v1.0.1-beta
// |
// | cDevInGamma - v1.0.1-alpha
// | /
// |/ cDevInAlpha - v2.0.0
// | /
// | /
// cRoot - v1.0.0
{
RepositoryInfo i = repoTest.GetRepositoryInfo(new RepositoryInfoOptions
{
StartingCommitSha = cDevInGamma.Sha,
OverriddenTags = overrides.Overrides
});
Assert.That(i.ValidReleaseTag, Is.EqualTo(ReleaseTagVersion.TryParse("v1.0.1-alpha")));
}
// On "gamma" branch, the head is 7 commits ahead of the v2.0.0 tag: this is the longest path.
{
RepositoryInfo i = repoTest.GetRepositoryInfo(new RepositoryInfoOptions
{
StartingBranchName = "gamma",
OverriddenTags = overrides.Overrides,
Branches = new RepositoryInfoOptionsBranch[]
{
new RepositoryInfoOptionsBranch()
{
Name = "gamma", CIVersionMode = CIBranchVersionMode.LastReleaseBased
}
}
});
Assert.That(i.ValidReleaseTag, Is.Null);
Assert.That(i.CIRelease.BuildVersion, Is.EqualTo("2.0.1--ci-gamma.7"));
}
// Testing "gamma" branch in ZeroTimed mode.
{
RepositoryInfo i = repoTest.GetRepositoryInfo(new RepositoryInfoOptions
{
StartingBranchName = "gamma",
OverriddenTags = overrides.Overrides,
Branches = new RepositoryInfoOptionsBranch[]
{
new RepositoryInfoOptionsBranch()
{
Name = "gamma", CIVersionMode = CIBranchVersionMode.ZeroTimed
}
}
});
Assert.That(i.CIRelease.BuildVersionNuGet, Is.EqualTo("0.0.0-Cgamma-00185gh"));
Assert.That(i.CIRelease.BuildVersion, Is.EqualTo("0.0.0--ci-gamma.2015-07-13T07-46-29-00+v2.0.0"));
}
// On "alpha" branch, the head is 6 commits ahead of the v2.0.0 tag (always the take the longest path).
{
RepositoryInfo i = repoTest.GetRepositoryInfo(new RepositoryInfoOptions
{
StartingBranchName = "alpha",
OverriddenTags = overrides.Overrides,
Branches = new RepositoryInfoOptionsBranch[]
{
new RepositoryInfoOptionsBranch()
{
Name = "alpha", VersionName = "ALPHAAAA", CIVersionMode = CIBranchVersionMode.LastReleaseBased
}
}
});
Assert.That(i.ValidReleaseTag, Is.Null);
Assert.That(i.CIRelease.BuildVersion, Is.EqualTo("2.0.1--ci-ALPHAAAA.6"));
}
// Testing "alpha" branch in ZeroTimed mode.
{
RepositoryInfo i = repoTest.GetRepositoryInfo(new RepositoryInfoOptions
{
StartingBranchName = "alpha",
OverriddenTags = overrides.Overrides,
Branches = new RepositoryInfoOptionsBranch[]
{
new RepositoryInfoOptionsBranch()
{
Name = "alpha", VersionName = "ALPH", CIVersionMode = CIBranchVersionMode.ZeroTimed
}
}
});
Assert.That(i.CIRelease.BuildVersionNuGet, Is.EqualTo("0.0.0-CALPH-00187mq"));
Assert.That(i.CIRelease.BuildVersion, Is.EqualTo("0.0.0--ci-ALPH.2015-07-13T10-00-58-00+v2.0.0"));
}
// On "beta" branch, the head is 6 commits ahead of the v2.0.0 tag.
{
RepositoryInfo i = repoTest.GetRepositoryInfo(new RepositoryInfoOptions
{
StartingBranchName = "beta",
OverriddenTags = overrides.Overrides,
Branches = new RepositoryInfoOptionsBranch[]
{
new RepositoryInfoOptionsBranch()
{
Name = "beta", VersionName = "BBBBBB", CIVersionMode = CIBranchVersionMode.LastReleaseBased
}
}
});
Assert.That(i.ValidReleaseTag, Is.Null);
Assert.That(i.CIRelease.BuildVersion, Is.EqualTo("2.0.1--ci-BBBBBB.6"));
}
// Testing ZeroTimed mode on "beta" branch.
{
RepositoryInfo i = repoTest.GetRepositoryInfo(new RepositoryInfoOptions
{
StartingBranchName = "beta",
OverriddenTags = overrides.Overrides,
Branches = new RepositoryInfoOptionsBranch[]
{
new RepositoryInfoOptionsBranch()
{
Name = "beta", VersionName = "beta", CIVersionMode = CIBranchVersionMode.ZeroTimed
}
}
});
Assert.That(i.CIRelease.BuildVersionNuGet, Is.EqualTo("0.0.0-Cbeta-00185fx"));
Assert.That(i.CIRelease.BuildVersion, Is.EqualTo("0.0.0--ci-beta.2015-07-13T07-45-43-00+v2.0.0"));
}
}
public void equal_release_tags_can_have_different_definition_strengths(string tag, int level, string message)
{
var t = ReleaseTagVersion.TryParse(tag, true);
Assert.That(t.DefinitionStrength, Is.EqualTo(level), message);
}
public void propagation_through_multiple_hops()
{
var repoTest = TestHelper.TestGitRepository;
var cAlpha = repoTest.Commits.First(sc => sc.Message.StartsWith("Real Dev in Alpha."));
// cReleased is "Merge branch 'gamma' into parallel-world" but there are two of them...
// This is the head of parallel-world branch.
var cReleased = repoTest.Commits.First(sc => sc.Sha == "fc9802013c23398978744de1618fb01638f7347e");
var v1beta = ReleaseTagVersion.TryParse("1.0.0-beta");
var overrides = new TagsOverride().MutableAdd(cAlpha.Sha, "1.0.0-beta");
// cReleased
// |
// |
// cAlpha - v1.0.0-beta
// This is "normal": cReleased has 1.0.0-beta in its parent.
{
RepositoryInfo i = repoTest.GetRepositoryInfo(new RepositoryInfoOptions
{
StartingCommitSha = cReleased.Sha,
OverriddenTags = overrides.Overrides
});
Assert.That(i.ReleaseTagErrorText, Is.Null);
Assert.That(i.PreviousRelease.ThisTag, Is.EqualTo(v1beta));
Assert.That(i.ValidReleaseTag, Is.Null);
CollectionAssert.AreEqual(v1beta.GetDirectSuccessors(), i.PossibleVersions);
CollectionAssert.AreEqual(v1beta.GetDirectSuccessors(), i.PossibleVersionsStrict);
}
var cAlphaContinue = repoTest.Commits.First(sc => sc.Message.StartsWith("Dev again in Alpha."));
// We set 2.0.0 on cReleased. Its content is the same as cAlpha (mege commits with no changes).
//
// cAlphaContinue
// |
// | cReleased - v2.0.0
// | /
// |/
// cAlpha - v1.0.0-beta
overrides.MutableAdd(cReleased.Sha, "2.0.0");
{
RepositoryInfo i = repoTest.GetRepositoryInfo(new RepositoryInfoOptions
{
StartingCommitSha = cReleased.Sha,
OverriddenTags = overrides.Overrides
});
Assert.That(i.ReleaseTagErrorText, Is.Null);
Assert.That(i.ValidReleaseTag.ToString(), Is.EqualTo("v2.0.0"));
}
// Subsequent developments of alpha branch now starts after 2.0.0, for instance 2.1.0-beta.
overrides.MutableAdd(cAlphaContinue.Sha, "2.1.0-beta");
{
RepositoryInfo i = repoTest.GetRepositoryInfo(new RepositoryInfoOptions
{
StartingCommitSha = cAlphaContinue.Sha,
OverriddenTags = overrides.Overrides
});
var tagged = ReleaseTagVersion.TryParse("2.1.0-beta");
Assert.That(i.ReleaseTagErrorText, Is.Null);
Assert.That(i.ValidReleaseTag, Is.EqualTo(tagged));
CollectionAssert.AreEqual(
new[] { ReleaseTagVersion.TryParse("1.0.0-beta.0.1") }
.Concat(ReleaseTagVersion.TryParse("2.0.0").GetDirectSuccessors()),
i.PossibleVersionsStrict);
// In no strict mode, alpha branch can continue with any successors of
// the 1.0.0-beta except the v2.0.0 of course.
CollectionAssert.AreEqual(
ReleaseTagVersion.TryParse("1.0.0-beta").GetDirectSuccessors()
.Where(v => v != ReleaseTagVersion.TryParse("2.0.0"))
.Concat(ReleaseTagVersion.TryParse("2.0.0").GetDirectSuccessors()),
i.PossibleVersions);
}
}
//static int _greatersuccessorCount = 0;
ReleaseTagVersion CheckMapping( long v )
{
if( v < 0 || v > ReleaseTagVersion.VeryLastVersion.OrderedVersion )
{
Assert.Throws<ArgumentException>( () => new ReleaseTagVersion( v ) );
return null;
}
var t = new ReleaseTagVersion( v );
Assert.That( (v == 0) == !t.IsValid );
Assert.That( t.OrderedVersion, Is.EqualTo( v ) );
var sSemVer = t.ToString( ReleaseTagFormat.SemVer );
var tSemVer = ReleaseTagVersion.TryParse( sSemVer );
var tNormalized = ReleaseTagVersion.TryParse( t.ToString( ReleaseTagFormat.Normalized ) );
Assert.That( tSemVer.OrderedVersion, Is.EqualTo( v ) );
Assert.That( tNormalized.OrderedVersion, Is.EqualTo( v ) );
Assert.That( tNormalized.Equals( t ) );
Assert.That( tSemVer.Equals( t ) );
Assert.That( tNormalized.Equals( (object)t ) );
Assert.That( tSemVer.Equals( (object)t ) );
Assert.That( tNormalized.CompareTo( t ) == 0 );
Assert.That( tSemVer == t );
Assert.That( tSemVer.ToString(), Is.EqualTo( t.ToString() ) );
Assert.That( tNormalized.ToString(), Is.EqualTo( t.ToString() ) );
// Successors/Predecessors check.
var vSemVer = SemVersion.Parse( sSemVer, true );
int count = 0;
foreach( var succ in t.GetDirectSuccessors( false ) )
{
++count;
Assert.That( succ.IsDirectPredecessor( t ) );
var vSemVerSucc = SemVersion.Parse( succ.ToString( ReleaseTagFormat.SemVer ) );
Assert.That( vSemVer < vSemVerSucc, "{0} < {1}", vSemVer, vSemVerSucc );
}
//if( count > _greatersuccessorCount )
//{
// Console.WriteLine( " -> - found {0} successors for '{1}':", count, t );
// Console.WriteLine( " " + string.Join( ", ", t.GetDirectSuccessors( false ).Select( s => s.ToString() ) ) );
// var closest = t.GetDirectSuccessors( true ).Select( s => s.ToString() ).ToList();
// Console.WriteLine( " - {0} closest successors:", closest.Count, t );
// Console.WriteLine( " " + string.Join( ", ", closest ) );
// _greatersuccessorCount = count;
//}
return t;
}
private static void NullIsAlwaysSmaller( ReleaseTagVersion v )
{
Assert.That( null != v );
Assert.That( null == v, Is.False );
Assert.That( null >= v, Is.False );
Assert.That( null <= v );
Assert.That( null > v, Is.False );
Assert.That( null < v );
Assert.That( v != null );
Assert.That( v == null, Is.False );
Assert.That( v >= null );
Assert.That( v <= null, Is.False );
Assert.That( v > null );
Assert.That( v < null, Is.False );
}
public void checking_extreme_version_ordering( string tag, bool atEnd, int expectedRank )
{
var t = ReleaseTagVersion.TryParse( tag );
if( atEnd )
{
Assert.That( t.OrderedVersion - (ReleaseTagVersion.VeryLastVersion.OrderedVersion - expectedRank), Is.EqualTo( 0 ) );
}
else
{
Assert.That( t.OrderedVersion - (ReleaseTagVersion.VeryFirstVersion.OrderedVersion + expectedRank), Is.EqualTo( 0 ) );
}
var t2 = new ReleaseTagVersion( t.OrderedVersion );
Assert.That( t2.ToString(), Is.EqualTo( t.ToString() ) );
Assert.That( t.Equals( t2 ) );
}
public void checking_version_ordering()
{
var orderedTags = new[]
{
"0.0.0-alpha",
"0.0.0-alpha.0.1",
"0.0.0-alpha.0.2",
"0.0.0-alpha.1",
"0.0.0-alpha.1.1",
"0.0.0-beta",
"0.0.0-beta.1",
"0.0.0-beta.1.1",
"0.0.0-gamma",
"0.0.0-gamma.0.1",
"0.0.0-gamma.50",
"0.0.0-gamma.50.20",
"0.0.0-thisisnonstandard",
"0.0.0-nonstandard.0.1",
"0.0.0-anothernonstandard.2",
"0.0.0-rc",
"0.0.0-rc.0.1",
"0.0.0-rc.2",
"0.0.0-rc.2.58",
"0.0.0-rc.3",
"0.0.0",
"0.0.1",
"0.0.2",
"1.0.0-alpha",
"1.0.0-alpha.1",
"1.0.0-alpha.2",
"1.0.0-alpha.2.1",
"1.0.0-alpha.3",
"1.0.0",
"99999.49999.0",
"99999.49999.9999-alpha.99",
"99999.49999.9999-alpha.99.99",
"99999.49999.9999-rc",
"99999.49999.9999-rc.0.1",
"99999.49999.9999"
};
var releasedTags = orderedTags
.Select((tag, idx) => new { Tag = tag, Index = idx, ReleasedTag = ReleaseTagVersion.TryParse(tag) })
.Select(s => { Assert.That(s.ReleasedTag.IsValid, s.Tag); return(s); });
var orderedByFileVersion = releasedTags
.OrderBy(s => s.ReleasedTag.OrderedVersion);
var orderedByFileVersionParts = releasedTags
.OrderBy(s => s.ReleasedTag.OrderedVersionMajor)
.ThenBy(s => s.ReleasedTag.OrderedVersionMinor)
.ThenBy(s => s.ReleasedTag.OrderedVersionBuild)
.ThenBy(s => s.ReleasedTag.OrderedVersionRevision);
Assert.That(orderedByFileVersion.Select((s, idx) => s.Index - idx).All(delta => delta == 0));
Assert.That(orderedByFileVersionParts.Select((s, idx) => s.Index - idx).All(delta => delta == 0));
}
public void CIBuildVersion_LastReleaseBased_are_correctely_ordered(string tag)
{
ReleaseTagFormat formatV2 = ReleaseTagFormat.NugetPackageV2;
var t = ReleaseTagVersion.TryParse(tag);
var v = SemVersion.Parse(t.ToString(ReleaseTagFormat.SemVer), true);
var tNext = new ReleaseTagVersion(t.OrderedVersion + 1);
var vNext = SemVersion.Parse(tNext.ToString(ReleaseTagFormat.SemVer), true);
var tPrev = new ReleaseTagVersion(t.OrderedVersion - 1);
var vPrev = SemVersion.Parse(tPrev.ToString(ReleaseTagFormat.SemVer), true);
Assert.That(vPrev < v, "{0} < {1}", vPrev, v);
Assert.That(v < vNext, "{0} < {1}", v, vNext);
var sNuGet = t.ToString(formatV2);
var sNuGetPrev = tPrev.ToString(formatV2);
var sNuGetNext = tNext.ToString(formatV2);
Assert.That(NuGetV2StringComparer.DefaultComparer.Compare(sNuGetPrev, sNuGet) < 0, "{0} < {1}", sNuGetPrev, sNuGet);
Assert.That(NuGetV2StringComparer.DefaultComparer.Compare(sNuGet, sNuGetNext) < 0, "{0} < {1}", sNuGet, sNuGetNext);
CIBuildDescriptor ci = new CIBuildDescriptor {
BranchName = "dev", BuildIndex = 1
};
string sCI = t.ToString(ReleaseTagFormat.SemVer, ci);
SemVersion vCi = SemVersion.Parse(sCI, true);
Assert.That(v < vCi, "{0} < {1}", v, vCi);
Assert.That(vCi < vNext, "{0} < {1}", vCi, vNext);
var sNuGetCI = t.ToString(formatV2, ci);
Assert.That(NuGetV2StringComparer.DefaultComparer.Compare(sNuGet, sNuGetCI) < 0, "{0} < {1}", sNuGet, sNuGetCI);
Assert.That(NuGetV2StringComparer.DefaultComparer.Compare(sNuGetCI, sNuGetNext) < 0, "{0} < {1}", sNuGetCI, sNuGetNext);
string sCiNext = tNext.ToString(ReleaseTagFormat.SemVer, ci);
SemVersion vCiNext = SemVersion.Parse(sCiNext, true);
Assert.That(vCiNext > vCi, "{0} > {1}", vCiNext, vCi);
Assert.That(vCiNext > vNext, "{0} > {1}", vCiNext, vNext);
var sNuGetCINext = tNext.ToString(formatV2, ci);
Assert.That(NuGetV2StringComparer.DefaultComparer.Compare(sNuGetCINext, sNuGetCI) > 0, "{0} > {1}", sNuGetCINext, sNuGetCI);
Assert.That(NuGetV2StringComparer.DefaultComparer.Compare(sNuGetCINext, sNuGetNext) > 0, "{0} > {1}", sNuGetCINext, sNuGetNext);
string sCiPrev = tPrev.ToString(ReleaseTagFormat.SemVer, ci);
SemVersion vCiPrev = SemVersion.Parse(sCiPrev, true);
Assert.That(vCiPrev > vPrev, "{0} > {1}", vCiPrev, vPrev);
Assert.That(vCiPrev < v, "{0} < {1}", vCiPrev, v);
Assert.That(vCiPrev < vCiNext, "{0} < {1}", vCiPrev, vCiNext);
var sNuGetCIPrev = tPrev.ToString(formatV2, ci);
Assert.That(NuGetV2StringComparer.DefaultComparer.Compare(sNuGetCIPrev, sNuGetPrev) > 0, "{0} > {1}", sNuGetCIPrev, sNuGetPrev);
Assert.That(NuGetV2StringComparer.DefaultComparer.Compare(sNuGetCIPrev, sNuGet) < 0, "{0} < {1}", sNuGetCIPrev, sNuGet);
Assert.That(NuGetV2StringComparer.DefaultComparer.Compare(sNuGetCIPrev, sNuGetCINext) < 0, "{0} < {1}", sNuGetCIPrev, sNuGetCINext);
}
public void StrictMode_content_based_decisions_saves_the_cherry_picks()
{
var repoTest = TestHelper.TestGitRepository;
var cRoot = repoTest.Commits.Single(sc => sc.Message.StartsWith("First in parallel world."));
var cChange = repoTest.Commits.Single(sc => sc.Message.StartsWith("Change in parallel-world.txt content (1)."));
var cReset = repoTest.Commits.Single(sc => sc.Message.StartsWith("Reset change in parallel-world.txt content (2)."));
var cPickReset = repoTest.Commits.Single(sc => sc.Message.StartsWith("Cherry Pick - Reset change in parallel-world.txt content (2)."));
var cPickChange = repoTest.Commits.Single(sc => sc.Message.StartsWith("Cherry Pick - Change in parallel-world.txt content (1)."));
var cPostReset = repoTest.Commits.Single(sc => sc.Sha == "3035a581af1302293739e5caf7dfbc009a71454f"); // "Merge branch 'gamma' into parallel-world" (there are two of them);
var cDevInGamma = repoTest.Commits.Single(sc => sc.Message.StartsWith("Dev in Gamma."));
var cMergeAll = repoTest.Commits.Single(sc => sc.Message.StartsWith("Merge branch 'parallel-world' into alpha"));
var v1 = ReleaseTagVersion.TryParse("1.0.0");
var v2 = ReleaseTagVersion.TryParse("2.0.0");
var overrides = new TagsOverride()
.MutableAdd(cRoot.Sha, v1.ToString())
.MutableAdd(cChange.Sha, v2.ToString());
// cMergeAll => succ(v2.0.0)
// / \
// / \
// | |
// cDevInGamma | => fixes(v1.0.0)+succ(v2.0.0).
// | |
// cPickReset | => fixes(v1.0.0)+succ(v2.0.0) because the cherry pick makes cPickChange content v2.0.0
// | |
// cPickChange | => fixes(v1.0.0). (Its content is actually v2.0.0)
// | |
// | cPostReset => succ(v2.0.0)
// | |
// | cReset => succ(v2.0.0)
// | |
// | cChange - v2.0.0
// | /
// | /
// | /
// |/
// cRoot - v1.0.0
Action <SimpleCommit> v1Successors = commit =>
{
RepositoryInfo i = repoTest.GetRepositoryInfo(new RepositoryInfoOptions
{
StartingCommitSha = commit.Sha,
OverriddenTags = overrides.Overrides
});
CollectionAssert.AreEqual(v1.GetDirectSuccessors().Where(t => t.ToString() != "v2.0.0"), i.PossibleVersionsStrict);
};
Action <SimpleCommit> v1FixSuccessors = commit =>
{
RepositoryInfo i = repoTest.GetRepositoryInfo(new RepositoryInfoOptions
{
StartingCommitSha = commit.Sha,
OverriddenTags = overrides.Overrides
});
CollectionAssert.AreEqual(v1.GetDirectSuccessors(true).Where(t => t.ToString() != "v2.0.0"), i.PossibleVersionsStrict);
};
Action <SimpleCommit> v1FixAndV2Successors = commit =>
{
RepositoryInfo i = repoTest.GetRepositoryInfo(new RepositoryInfoOptions
{
StartingCommitSha = commit.Sha,
OverriddenTags = overrides.Overrides
});
CollectionAssert.AreEqual(v1.GetDirectSuccessors(true).Where(t => t.ToString() != "v2.0.0").Concat(v2.GetDirectSuccessors()), i.PossibleVersionsStrict);
};
Action <SimpleCommit> v2Successors = commit =>
{
RepositoryInfo i = repoTest.GetRepositoryInfo(new RepositoryInfoOptions
{
StartingCommitSha = commit.Sha,
PossibleVersionsMode = PossibleVersionsMode.Restricted,
OverriddenTags = overrides.Overrides
});
CollectionAssert.AreEqual(v2.GetDirectSuccessors(), i.PossibleVersionsStrict);
};
v2Successors(cReset);
v1FixSuccessors(cPickChange);
v1FixAndV2Successors(cPickReset);
v2Successors(cPostReset);
v1FixAndV2Successors(cDevInGamma);
v2Successors(cMergeAll);
}
public void handling_pre_release_name_index(string n, int idx)
{
Assert.That(ReleaseTagVersion.GetPreReleaseNameIdx(n), Is.EqualTo(idx), n);
}
