public void CreateBugfixWithApostropheShouldReportAsInvalidWork() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartBugfix("X'"); }
public void CurrentBranchName() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); Assert.AreEqual("develop", gf.CurrentBranchLeafName); }
public void StartFeatureShouldPutUsOnFeatureBranch() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartFeature("X"); Assert.IsTrue(gf.IsOnFeatureBranch); }
public void CheckNotInitialized() { var gf = new GitFlowWrapper(sampleRepoPath); Assert.IsFalse(gf.IsInitialized); gf.Init(new GitFlowRepoSettings()); Assert.IsTrue(gf.IsInitialized); }
public void StartReleaseShouldPutUsOnReleaseBranch() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartRelease("2.0"); Assert.IsTrue(gf.IsOnReleaseBranch); }
public void StartReleaseShouldPutUsOnReleaseBranch() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartRelease("2.0"); Assert.IsTrue(gf.IsOnReleaseBranch); }
public void GetAllReleases() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartRelease("1.0"); Assert.AreEqual(1, gf.AllReleases.Count()); }
public void StartBugfixShouldPutUsOnBugfixBranch() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartBugfix("X"); Assert.IsTrue(gf.IsOnBugfixBranch); }
public void GetStatusBugfix() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartBugfix("X"); Assert.AreEqual("X", gf.CurrentBranchLeafName); Assert.AreEqual(gf.CurrentStatus, "Bugfix: X"); }
public void GetAllHotfixes() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartHotfix("hf1"); Assert.AreEqual(1, gf.AllHotfixes.Count()); }
public void GetAllBugfixes() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartBugfix("X"); gf.StartBugfix("Y"); Assert.AreEqual(2, gf.AllBugfixes.Count()); }
public void StartBugfixWithSubFolder() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartBugfix("fd/Bugfix X"); using (var repo = new Repository(sampleRepoPath)) { Assert.IsTrue(repo.Branches.Any(b => !b.IsRemote && b.Name == "bugfix/fd/Bugfix_X")); } }
public void FinishHotfixWithTagShouldTagRepo() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartHotfix("hf1"); gf.FinishHotfix("hf1", "1.2.3", false); using (var repo = new Repository(sampleRepoPath)) { Assert.AreEqual(1, repo.Tags.Count()); } }
public void StartFeatureWithSpaceShouldReplaceSpaceWithHyphen() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartFeature("Feature X"); using (var repo = new Repository(sampleRepoPath)) { Assert.IsTrue(repo.Branches.Any(b => !b.IsRemote && b.Name == "feature/Feature_X")); } }
public void StartHotfix() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartHotfix("hf1"); using (var repo = new Repository(sampleRepoPath)) { Assert.IsTrue(repo.Branches.Any(b => !b.IsRemote && b.Name == "hotfix/hf1")); } }
public void StartRelease() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartRelease("1.0"); using (var repo = new Repository(sampleRepoPath)) { Assert.IsTrue(repo.Branches.Any(b => !b.IsRemote && b.Name == "release/1.0")); } }
public void FinishHotfix() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartHotfix("hf1"); gf.FinishHotfix("hf1"); using (var repo = new Repository(sampleRepoPath)) { //Hotfix branch should be deleted (default option) Assert.IsFalse(repo.Branches.Any(b => !b.IsRemote && b.Name == "hotfix/hf1")); } }
public void FinishRelease() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartRelease("1.0"); gf.FinishRelease("1.0"); using (var repo = new Repository(sampleRepoPath)) { //Release branch should be deleted (default option) Assert.IsFalse(repo.Branches.Any(b => !b.IsRemote && b.Name == "release/1.0")); } }
public void GitFlowInitWithInvalidMasterBranchShouldFail() { try { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings { MasterBranch = "master2" }); } catch (Exception e) { Assert.IsTrue(e.Message.Contains("master2")); } }
public void StartTwoBugfixesInParallel() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartBugfix("X"); gf.StartBugfix("Y"); using (var repo = new Repository(sampleRepoPath)) { Assert.IsTrue(repo.Branches.Any(b => !b.IsRemote && b.Name == "bugfix/X")); Assert.IsTrue(repo.Branches.Any(b => !b.IsRemote && b.Name == "bugfix/Y")); } }
public void FinishBugfixShouldRemoveIt() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartBugfix("X"); gf.StartBugfix("Y"); Assert.AreEqual(2, gf.AllBugfixes.Count()); gf.FinishBugfix("X"); Assert.AreEqual(1, gf.AllBugfixes.Count()); }
public void FinishBugfixSquashChanges() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartBugfix("X"); Assert.AreEqual(1, gf.AllBugfixes.Count()); gf.FinishBugfix("X", squash: true); using (var repo = new Repository(sampleRepoPath)) { Assert.IsTrue(repo.Branches.Any(b => !b.IsRemote && b.Name == "bugfix/X")); } }
public void FinishFeatureKeepLocalBranch() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartFeature("X"); Assert.AreEqual(1, gf.AllFeatures.Count()); gf.FinishFeature("X", deleteLocalBranch: false); using (var repo = new Repository(sampleRepoPath)) { Assert.IsTrue(repo.Branches.Any(b => !b.IsRemote && b.Name == "feature/X")); } }
public void Init() { var gf = new GitFlowWrapper(sampleRepoPath); gf.CommandOutputDataReceived += (sender, args) => { Console.Write(args.Output); }; var result = gf.Init(new GitFlowRepoSettings()); Assert.IsTrue(result.Success); Assert.IsTrue(gf.IsOnDevelopBranch); using (var repo = new Repository(sampleRepoPath)) { var branches = repo.Branches.Where(b => !b.IsRemote).ToList(); Assert.AreEqual(2, branches.Count()); Assert.IsTrue(branches.Any(b => b.Name == "master")); Assert.IsTrue(branches.Any(b => b.Name == "develop")); } }
public void GetAllFeatures() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartFeature("X"); gf.StartFeature("Y"); Assert.AreEqual(2, gf.AllFeatures.Count()); }
public void GetAllReleases() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartRelease("1.0"); Assert.AreEqual(1, gf.AllReleases.Count()); }
public void GetAllHotfixes() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartHotfix("hf1"); Assert.AreEqual(1, gf.AllHotfixes.Count()); }
public void FinishHotfix() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartHotfix("hf1"); gf.FinishHotfix("hf1"); using (var repo = new Repository(sampleRepoPath)) { //Hotfix branch should be deleted (default option) Assert.IsFalse(repo.Branches.Any(b => !b.IsRemote && b.Name == "hotfix/hf1")); } }
public void DevelopBranchNameCanBeRetrieved() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); Assert.AreEqual("develop", gf.DevelopBranchName); }
public void CurrentBranchName() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); Assert.AreEqual("develop", gf.CurrentBranchLeafName); }
public void Init() { var gf = new GitFlowWrapper(sampleRepoPath); gf.CommandOutputDataReceived += (sender, args) => { Console.Write(args.Output); }; var result = gf.Init(new GitFlowRepoSettings()); Assert.IsTrue(result.Success); Assert.IsTrue(gf.IsOnDevelopBranch); using (var repo = new Repository(sampleRepoPath)) { var branches = repo.Branches.Where(b => !b.IsRemote).ToList(); Assert.AreEqual(2, branches.Count()); Assert.IsTrue(branches.Any(b => b.Name == "master")); Assert.IsTrue(branches.Any(b => b.Name == "develop")); } }
public void FinishRelease() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartRelease("1.0"); gf.FinishRelease("1.0"); using (var repo = new Repository(sampleRepoPath)) { //Release branch should be deleted (default option) Assert.IsFalse(repo.Branches.Any(b => !b.IsRemote && b.Name == "release/1.0")); } }
public void MasterBranchNameCanBeRetrievedWithADifferentName() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings { MasterBranch = "somemaster" }); Assert.AreEqual("somemaster", gf.MasterBranchName); }
public void StartHotfix() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartHotfix("hf1"); using (var repo = new Repository(sampleRepoPath)) { Assert.IsTrue(repo.Branches.Any(b => !b.IsRemote && b.Name == "hotfix/hf1")); } }
public void FinishFeatureShouldRemoveIt() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartFeature("X"); gf.StartFeature("Y"); Assert.AreEqual(2, gf.AllFeatures.Count()); gf.FinishFeature("X"); Assert.AreEqual(1, gf.AllFeatures.Count()); }
public void StartRelease() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartRelease("1.0"); using (var repo = new Repository(sampleRepoPath)) { Assert.IsTrue(repo.Branches.Any(b => !b.IsRemote && b.Name == "release/1.0")); } }
public void StartTwoFeaturesInParallel() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartFeature("X"); gf.StartFeature("Y"); using (var repo = new Repository(sampleRepoPath)) { Assert.IsTrue(repo.Branches.Any(b => !b.IsRemote && b.Name == "feature/X")); Assert.IsTrue(repo.Branches.Any(b => !b.IsRemote && b.Name == "feature/Y")); } }
public void FinishHotfixWithTagShouldTagRepo() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartHotfix("hf1"); gf.FinishHotfix("hf1", "1.2.3", false); using (var repo = new Repository(sampleRepoPath)) { Assert.AreEqual(1, repo.Tags.Count()); } }
public void GetStatus() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartFeature("X"); Assert.AreEqual("X", gf.CurrentBranchLeafName); Assert.AreEqual(gf.CurrentStatus, "Feature: X"); }
public void DevelopBranchNameCanBeRetrievedWithADifferentName() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings { DevelopBranch = "somedevelop" }); Assert.AreEqual("somedevelop", gf.DevelopBranchName); }
public void StartFeatureWithSpaceShouldReplaceSpaceWithUnderscore() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartFeature("Feature X"); using (var repo = new Repository(sampleRepoPath)) { Assert.IsTrue(repo.Branches.Any(b => !b.IsRemote && b.Name == "feature/Feature_X")); } }
public void StartHotfixShouldPutUsOnHotfixBranch() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); gf.StartHotfix("hf1"); Assert.IsTrue(gf.IsOnHotfixBranch); }
public void GitFlowInitWithInvalidMasterBranchShouldFail() { try { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings {MasterBranch = "master2"}); } catch (Exception e) { Assert.IsTrue(e.Message.Contains("master2")); } }
public void CheckNotInitialized() { var gf = new GitFlowWrapper(sampleRepoPath); Assert.IsFalse(gf.IsInitialized); gf.Init(new GitFlowRepoSettings()); Assert.IsTrue(gf.IsInitialized); }
public void MasterBranchNameCanBeRetrieved() { var gf = new GitFlowWrapper(sampleRepoPath); gf.Init(new GitFlowRepoSettings()); Assert.AreEqual("master", gf.MasterBranchName); }