static AbcVersion CalculateVersion(AbcVersion baseVersion, AbcVersionGitSubData data, Config config)
{
var branch = data.GitBranch;
if (config.Branches.ContainsKey(branch))
{
var configBranch = config.Branches[branch];
var firstParentNumber = GitTool.GetCommitNumberCurrentBranchFirstParent(configBranch.ParentSha);
var sem = SemVersion.Parse(configBranch.Version);
var patchNewValue = sem.Patch + firstParentNumber - 1;
var pathNewValue2 = patchNewValue < 0 ? 0 : patchNewValue;
var simple = new AbcVersionSimple(sem.Major, sem.Minor,
pathNewValue2,
baseVersion.Special, baseVersion.BuildCounter, baseVersion.DateTime, baseVersion.Env);
return(new AbcVersion(data, simple));
}
else
{
var firstParentNumber = data.GitCommitsCurrentBranchFirstParent;
var simple = new AbcVersionSimple(baseVersion.Major, baseVersion.Minor,
firstParentNumber, baseVersion.Special, baseVersion.BuildCounter, baseVersion.DateTime,
baseVersion.Env);
return(new AbcVersion(data, simple));
}
}
static AbcVersion GetBaseAbcVersion(string special, int buildCounter, DateTime dateTime, string env)
{
var data = GitTool.GetAllGitData();
var simple = new AbcVersionSimple(0, 0, 0, special, buildCounter, dateTime, env);
var baseVersion = new AbcVersion(data, simple);
return(baseVersion);
}
public static AbcVersion Create(int buildCounter, DateTime buildDate)
{
if (AbcVersion != null)
{
return(AbcVersion);
}
lock (_padlock)
{
return(AbcVersion ?? (AbcVersion = AbcVersionFactoryInternal.CreateInternal(buildCounter, buildDate)));
}
}
public static AbcVersion Create()
{
if (AbcVersion != null)
{
return(AbcVersion);
}
lock (_padlock)
{
return(AbcVersion ?? (AbcVersion = AbcVersionFactoryInternal.CreateInternal()));
}
}
public static AbcVersion CreateLegacy(int major, int minor, int buildCounter, DateTime buildDate)
{
if (AbcVersion != null)
{
return(AbcVersion);
}
lock (_padlock)
{
return(AbcVersion ?? (AbcVersion = AbcVersionFactoryInternal.
CreateLegacyInternal(major, minor, buildCounter, buildDate)));
}
}
