com.dkirrane.gitflow.groovy.GitflowCommon.groovy Maven / Gradle / Ivy
Go to download
Show more of this group Show more artifacts with this name
Show all versions of ggitflow Show documentation
Show all versions of ggitflow Show documentation
Uploads all artifacts belonging to configuration ':archives'
/*
* Copyright (C) 2014 Desmond Kirrane
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program. If not, see gitMergeConflicts() {
def mergeConflicts = []
// http://stackoverflow.com/questions/3065650/whats-the-simplest-way-to-git-a-list-of-conflicted-files
def process = "git diff --name-only --diff-filter=U".execute(envp, repoDir)
process.in.eachLine { line -> mergeConflicts.add(new File(repoDir, line)) }
return mergeConflicts;
}
List gitLocalBranches() {
def localBranches = []
def process = "git branch --no-color".execute(envp, repoDir)
process.in.eachLine { line -> localBranches.add(line.replaceAll("^(\\*\\s+|\\s+)", "")) }
return localBranches;
}
List gitRemoteBranches() {
// git branch -r --no-color
def remoteBranches = []
def process = "git branch -r --no-color".execute(envp, repoDir)
process.in.eachLine { line -> remoteBranches.add(line.replaceAll("^(\\s+)", "")) }
return remoteBranches;
}
List gitAllBranches() {
return gitLocalBranches() + gitRemoteBranches()
}
List gitAllTags() {
// git tag
def allTags = []
def process = "git tag".execute(envp, repoDir)
process.in.eachLine { line -> allTags.add(line.replaceAll("^(\\*\\s+|\\s+)", "")) }
return allTags;
}
String gitCurrentBranch() {
Process p = "git branch --no-color".execute(envp, repoDir)
def localBranches = p.text.trim()
def matcher = localBranches =~ "\\* .*"
return matcher[0].replaceAll("^(\\*\\s+|\\s+)", "")
}
List gitLocalFeatureBranches() {
List localFeatureBranches = new ArrayList()
def process = "git branch --no-color".execute(envp, repoDir)
process.in.eachLine { line -> localFeatureBranches.add(line.replaceAll("^(\\*\\s+|\\s+)", "")) }
String prefix = getFeatureBranchPrefix()
return localFeatureBranches.findAll({ it.startsWith(prefix) })
}
List gitLocalReleaseBranches() {
List localReleaseBranches = new ArrayList()
def process = "git branch --no-color".execute(envp, repoDir)
process.in.eachLine { line -> localReleaseBranches.add(line.replaceAll("^(\\*\\s+|\\s+)", "")) }
String prefix = getReleaseBranchPrefix()
return localReleaseBranches.findAll({ it.startsWith(prefix) })
}
List gitLocalHotfixBranches() {
List localHotfixBranches = new ArrayList()
def process = "git branch --no-color".execute(envp, repoDir)
process.in.eachLine { line -> localHotfixBranches.add(line.replaceAll("^(\\*\\s+|\\s+)", "")) }
String prefix = getHotfixBranchPrefix()
return localHotfixBranches.findAll({ it.startsWith(prefix) })
}
Boolean gitIsCleanWorkingTree() {
// Check for unstaged changes in the working tree (exit code is 0 if clean)
Process wcProcess = "git diff --no-ext-diff --ignore-submodules --quiet --exit-code".execute(envp, repoDir)
def wcCode = wcProcess.waitFor();
log.debug "Working Copy code: " + wcCode;
// Check for uncommitted changes in the index (exit code is 0 if clean)
Process idxProcess = "git diff-index --cached --quiet --ignore-submodules HEAD --".execute(envp, repoDir)
def idxCode = idxProcess.waitFor();
log.debug "Stage code: " + idxCode;
boolean clean = false;
if(0 != wcCode){
clean = false
} else if(0!=idxCode){
clean = false
} else{
clean = true
}
return clean
}
Boolean gitRepoIsHeadless() {
// ! git rev-parse --quiet --verify HEAD >/dev/null 2>&1
}
Boolean gitLocalBranchExists(String branchName) {
List brnhs = this.gitLocalBranches()
return brnhs.contains(branchName)
}
Boolean gitRemoteBranchExists(String branchName) {
def isRemote = false
def origin = getOrigin()
if(origin) {
if(!branchName.startsWith(origin)) {
branchName = origin + '/' + branchName
}
List branches = this.gitRemoteBranches()
if(branches.contains(branchName)){
isRemote = true
}
} else {
isRemote = false
}
return isRemote
}
Boolean gitBranchExists(String branchName) {
def isLocal = gitLocalBranchExists(branchName)
def isRemote = gitRemoteBranchExists(branchName)
return (isLocal || isRemote)
}
Boolean gitTagExists(String tagName) {
List tags = gitAllTags()
return tags.contains(tagName)
}
/**
*
*
* Tests whether branches and their "origin" counterparts have diverged and
* need merging first. It returns error codes to provide more detail, like
* so:
*
* # 0 Branch heads point to the same commit
* # 1 First given branch needs fast-forwarding
* # 2 Second given branch needs fast-forwarding
* # 3 Branch needs a real merge
* # 4 There is no merge base, i.e. the branches have no common ancestors
*
*
*/
Integer gitCompareBranches() {
def commit1 = executeLocal("git rev-parse ${1}")
def commit2 = executeLocal("git rev-parse ${2}")
if (commit1 != commit2){
def base = executeLocal("git merge-base ${commit1} ${commit2}")
if (null == base){
return 4
}
else if (commit1 == base){
return 1
}
else if (commit2 == base){
return 2
}
else {
return 3
}
} else{
return 0
}
}
/**
* Checks whether branch (branch) is succesfully merged into another branch (base)
*/
Boolean gitIsBranchMergedInto(String branch, String base) {
def allMerges = []
def process = "git branch --no-color --contains ${branch}".execute(envp, repoDir)
process.in.eachLine { line -> allMerges.add(line.replaceAll("^(\\*\\s+|\\s+)", "")) }
return allMerges.any({ it.contains(base) })
}
Boolean gitflowHasMasterConfigured() {
def master = getMasterBranch()
if((master != "") && gitLocalBranchExists(master)){
return true
}
return false
}
Boolean gitflowHasDevelopConfigured() {
def develop = getDevelopBranch()
if((develop != "") && gitLocalBranchExists(develop)){
return true
}
return false
}
Boolean gitflowHasPrefixesConfigured() {
def feature = getFeatureBranchPrefix()
def release = getReleaseBranchPrefix()
def hotfix = getHotfixBranchPrefix()
def support = getSupportBranchPrefix()
def versiontag = getVersionTagPrefix()
if(feature && release && hotfix && support){
return true
}
return false
}
Boolean gitflowIsInitialized() {
def master = getMasterBranch()
def develop = getDevelopBranch()
if(gitflowHasMasterConfigured() &&
gitflowHasDevelopConfigured() &&
(master != develop) &&
gitflowHasPrefixesConfigured()){
return true
}
return false
}
// loading settings that can be overridden using git config
public static void gitflowLoadSettings() {
// export DOT_GIT_DIR=$(git rev-parse --git-dir 2>/dev/null)
// export MASTER_BRANCH=$(git config --get gitflow.branch.master)
// export DEVELOP_BRANCH=$(git config --get gitflow.branch.develop)
// export ORIGIN=$(git config --get gitflow.origin || echo origin)
}
void gitflowResolveNameprefix() {
}
void requireGitRepo() {
try {
executeLocal("git rev-parse --git-dir")
} catch(GitflowException ex) {
// repoDir.eachFileRecurse (FileType.FILES) { file ->
// log.debug file.path
// }
throw new GitflowException("Not a valid Git repo '${repoDir}' - ${ex.message}")
}
}
void requireGitflowInitialized() {
}
void requireCleanWorkingTree() {
if(!this.gitIsCleanWorkingTree()){
throw new GitflowException("ERROR: Working tree contains unstaged or uncommited changes. Aborting.");
}
}
void requireLocalBranch(String branchName) {
List branches = this.gitLocalBranches()
if(!branches.contains(branchName)){
throw new GitflowException("ERROR: Local branch '${branchName}' does not exist and is required. Aborting.");
}
}
void requireRemoteBranch(String branchName) {
if(gitRemoteBranchExists(branchName)) {
throw new GitflowException("ERROR: Remote branch '${branchName}' does not exist and is required. Aborting.");
}
}
void requireBranch(String branchName) {
List branches = gitAllBranches();
if(!branches.contains(branchName)){
throw new GitflowException("ERROR: Branch '${branchName}' does not exist and is required. Aborting.");
}
}
void requireBranchAbsent(String branchName) {
List branches = gitAllBranches();
if(branches.contains(branchName)){
throw new GitflowException("ERROR: Branch '${branchName}' already exists. Aborting.");
}
}
void requireTagAbsent(String tagName) {
List tags = gitAllTags()
if(tags.contains(tagName)){
throw new GitflowException("ERROR: Tag '${tagName}' already exists. Aborting.");
}
}
void requireBranchesEqual(String branch1, String branch2) {
}
static void main(String[] args) {
GitflowCommon common = new GitflowCommon()
def local = common.gitLocalBranches()
println "\nLocal Branches:"
local.each { log.info it }
def remotes = common.gitRemoteBranches()
println "\nRemote Branches:"
remotes.each { log.info it }
def allBrns = common.gitAllBranches()
println "\nAll Branches:"
allBrns.each { log.info it }
def tags = common.gitAllTags()
println "\nAll Tags:"
tags.each { log.info it }
def currentBrn = common.gitCurrentBranch()
println "\nCurrent Branch: ${currentBrn}"
def clean = common.gitIsCleanWorkingTree()
println "\nClean WorkingTree: ${clean}"
}
}