Files
atlantis/server/events/project_command_builder.go
Ken Kaizu 3954955e13 fix(deps): update module github.com/petergtz/pegomock/v3 to v4 (#3534)
* fix(deps): update module github.com/petergtz/pegomock/v3 to v4 in go.mod

* remove pegomock generate m option, which is not support after v4

* make regen-mocks

* replace pegomock v4 primitive eq/matchers

* convert pegomock v4 Eq/Any matchers

* remove custom models.Repo matcher

* pegomock v4 cannot use result method args

ref https://github.com/petergtz/pegomock/issues/123

---------

Co-authored-by: renovate[bot] <29139614+renovate[bot]@users.noreply.github.com>
2023-06-20 15:05:23 -04:00

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package events
import (
"fmt"
"os"
"path/filepath"
"sort"
"strings"
tally "github.com/uber-go/tally/v4"
"github.com/runatlantis/atlantis/server/core/config/valid"
"github.com/runatlantis/atlantis/server/core/terraform"
"github.com/runatlantis/atlantis/server/logging"
"github.com/runatlantis/atlantis/server/metrics"
"github.com/pkg/errors"
"github.com/runatlantis/atlantis/server/core/config"
"github.com/runatlantis/atlantis/server/events/command"
"github.com/runatlantis/atlantis/server/events/vcs"
)
const (
// DefaultRepoRelDir is the default directory we run commands in, relative
// to the root of the repo.
DefaultRepoRelDir = "."
// DefaultWorkspace is the default Terraform workspace we run commands in.
// This is also Terraform's default workspace.
DefaultWorkspace = "default"
// DefaultAutomergeEnabled is the default for the automerge setting.
DefaultAutomergeEnabled = false
// DefaultParallelApplyEnabled is the default for the parallel apply setting.
DefaultParallelApplyEnabled = false
// DefaultParallelPlanEnabled is the default for the parallel plan setting.
DefaultParallelPlanEnabled = false
// DefaultDeleteSourceBranchOnMerge being false is the default setting whether or not to remove a source branch on merge
DefaultDeleteSourceBranchOnMerge = false
// DefaultAbortOnExcecutionOrderFail being false is the default setting for abort on execution group failiures
DefaultAbortOnExcecutionOrderFail = false
)
func NewInstrumentedProjectCommandBuilder(
policyChecksSupported bool,
parserValidator *config.ParserValidator,
projectFinder ProjectFinder,
vcsClient vcs.Client,
workingDir WorkingDir,
workingDirLocker WorkingDirLocker,
globalCfg valid.GlobalCfg,
pendingPlanFinder *DefaultPendingPlanFinder,
commentBuilder CommentBuilder,
skipCloneNoChanges bool,
EnableRegExpCmd bool,
AutoDetectModuleFiles string,
AutoplanFileList string,
RestrictFileList bool,
SilenceNoProjects bool,
scope tally.Scope,
logger logging.SimpleLogging,
terraformClient terraform.Client,
) *InstrumentedProjectCommandBuilder {
scope = scope.SubScope("builder")
for _, m := range []string{metrics.ExecutionSuccessMetric, metrics.ExecutionErrorMetric} {
metrics.InitCounter(scope, m)
}
return &InstrumentedProjectCommandBuilder{
ProjectCommandBuilder: NewProjectCommandBuilder(
policyChecksSupported,
parserValidator,
projectFinder,
vcsClient,
workingDir,
workingDirLocker,
globalCfg,
pendingPlanFinder,
commentBuilder,
skipCloneNoChanges,
EnableRegExpCmd,
AutoDetectModuleFiles,
AutoplanFileList,
RestrictFileList,
SilenceNoProjects,
scope,
logger,
terraformClient,
),
Logger: logger,
scope: scope,
}
}
func NewProjectCommandBuilder(
policyChecksSupported bool,
parserValidator *config.ParserValidator,
projectFinder ProjectFinder,
vcsClient vcs.Client,
workingDir WorkingDir,
workingDirLocker WorkingDirLocker,
globalCfg valid.GlobalCfg,
pendingPlanFinder *DefaultPendingPlanFinder,
commentBuilder CommentBuilder,
skipCloneNoChanges bool,
EnableRegExpCmd bool,
AutoDetectModuleFiles string,
AutoplanFileList string,
RestrictFileList bool,
SilenceNoProjects bool,
scope tally.Scope,
logger logging.SimpleLogging,
terraformClient terraform.Client,
) *DefaultProjectCommandBuilder {
return &DefaultProjectCommandBuilder{
ParserValidator: parserValidator,
ProjectFinder: projectFinder,
VCSClient: vcsClient,
WorkingDir: workingDir,
WorkingDirLocker: workingDirLocker,
GlobalCfg: globalCfg,
PendingPlanFinder: pendingPlanFinder,
SkipCloneNoChanges: skipCloneNoChanges,
EnableRegExpCmd: EnableRegExpCmd,
AutoDetectModuleFiles: AutoDetectModuleFiles,
AutoplanFileList: AutoplanFileList,
RestrictFileList: RestrictFileList,
SilenceNoProjects: SilenceNoProjects,
ProjectCommandContextBuilder: NewProjectCommandContextBuilder(
policyChecksSupported,
commentBuilder,
scope,
),
TerraformExecutor: terraformClient,
}
}
type ProjectPlanCommandBuilder interface {
// BuildAutoplanCommands builds project commands that will run plan on
// the projects determined to be modified.
BuildAutoplanCommands(ctx *command.Context) ([]command.ProjectContext, error)
// BuildPlanCommands builds project plan commands for this ctx and comment. If
// comment doesn't specify one project then there may be multiple commands
// to be run.
BuildPlanCommands(ctx *command.Context, comment *CommentCommand) ([]command.ProjectContext, error)
}
type ProjectApplyCommandBuilder interface {
// BuildApplyCommands builds project Apply commands for this ctx and comment. If
// comment doesn't specify one project then there may be multiple commands
// to be run.
BuildApplyCommands(ctx *command.Context, comment *CommentCommand) ([]command.ProjectContext, error)
}
type ProjectApprovePoliciesCommandBuilder interface {
// BuildApprovePoliciesCommands builds project PolicyCheck commands for this ctx and comment.
BuildApprovePoliciesCommands(ctx *command.Context, comment *CommentCommand) ([]command.ProjectContext, error)
}
type ProjectVersionCommandBuilder interface {
// BuildVersionCommands builds project Version commands for this ctx and comment. If
// comment doesn't specify one project then there may be multiple commands
// to be run.
BuildVersionCommands(ctx *command.Context, comment *CommentCommand) ([]command.ProjectContext, error)
}
type ProjectImportCommandBuilder interface {
// BuildImportCommands builds project Import commands for this ctx and comment. If
// comment doesn't specify one project then there may be multiple commands
// to be run.
BuildImportCommands(ctx *command.Context, comment *CommentCommand) ([]command.ProjectContext, error)
}
type ProjectStateCommandBuilder interface {
// BuildStateRmCommands builds project state rm commands for this ctx and comment. If
// comment doesn't specify one project then there may be multiple commands
// to be run.
BuildStateRmCommands(ctx *command.Context, comment *CommentCommand) ([]command.ProjectContext, error)
}
//go:generate pegomock generate --package mocks -o mocks/mock_project_command_builder.go ProjectCommandBuilder
// ProjectCommandBuilder builds commands that run on individual projects.
type ProjectCommandBuilder interface {
ProjectPlanCommandBuilder
ProjectApplyCommandBuilder
ProjectApprovePoliciesCommandBuilder
ProjectVersionCommandBuilder
ProjectImportCommandBuilder
ProjectStateCommandBuilder
}
// DefaultProjectCommandBuilder implements ProjectCommandBuilder.
// This class combines the data from the comment and any atlantis.yaml file or
// Atlantis server config and then generates a set of contexts.
type DefaultProjectCommandBuilder struct {
ParserValidator *config.ParserValidator
ProjectFinder ProjectFinder
VCSClient vcs.Client
WorkingDir WorkingDir
WorkingDirLocker WorkingDirLocker
GlobalCfg valid.GlobalCfg
PendingPlanFinder *DefaultPendingPlanFinder
ProjectCommandContextBuilder ProjectCommandContextBuilder
SkipCloneNoChanges bool
EnableRegExpCmd bool
AutoDetectModuleFiles string
AutoplanFileList string
EnableDiffMarkdownFormat bool
RestrictFileList bool
SilenceNoProjects bool
TerraformExecutor terraform.Client
}
// See ProjectCommandBuilder.BuildAutoplanCommands.
func (p *DefaultProjectCommandBuilder) BuildAutoplanCommands(ctx *command.Context) ([]command.ProjectContext, error) {
projCtxs, err := p.buildAllCommandsByCfg(ctx, command.Plan, "", nil, false)
if err != nil {
return nil, err
}
var autoplanEnabled []command.ProjectContext
for _, projCtx := range projCtxs {
if !projCtx.AutoplanEnabled {
ctx.Log.Debug("ignoring project at dir %q, workspace: %q because autoplan is disabled", projCtx.RepoRelDir, projCtx.Workspace)
continue
}
autoplanEnabled = append(autoplanEnabled, projCtx)
}
return autoplanEnabled, nil
}
// See ProjectCommandBuilder.BuildPlanCommands.
func (p *DefaultProjectCommandBuilder) BuildPlanCommands(ctx *command.Context, cmd *CommentCommand) ([]command.ProjectContext, error) {
if !cmd.IsForSpecificProject() {
return p.buildAllCommandsByCfg(ctx, cmd.CommandName(), cmd.SubName, cmd.Flags, cmd.Verbose)
}
pcc, err := p.buildProjectPlanCommand(ctx, cmd)
return pcc, err
}
// See ProjectCommandBuilder.BuildApplyCommands.
func (p *DefaultProjectCommandBuilder) BuildApplyCommands(ctx *command.Context, cmd *CommentCommand) ([]command.ProjectContext, error) {
if !cmd.IsForSpecificProject() {
return p.buildAllProjectCommandsByPlan(ctx, cmd)
}
pac, err := p.buildProjectCommand(ctx, cmd)
return pac, err
}
func (p *DefaultProjectCommandBuilder) BuildApprovePoliciesCommands(ctx *command.Context, cmd *CommentCommand) ([]command.ProjectContext, error) {
if !cmd.IsForSpecificProject() {
return p.buildAllProjectCommandsByPlan(ctx, cmd)
}
pac, err := p.buildProjectCommand(ctx, cmd)
return pac, err
}
func (p *DefaultProjectCommandBuilder) BuildVersionCommands(ctx *command.Context, cmd *CommentCommand) ([]command.ProjectContext, error) {
if !cmd.IsForSpecificProject() {
return p.buildAllProjectCommandsByPlan(ctx, cmd)
}
pac, err := p.buildProjectCommand(ctx, cmd)
return pac, err
}
func (p *DefaultProjectCommandBuilder) BuildImportCommands(ctx *command.Context, cmd *CommentCommand) ([]command.ProjectContext, error) {
if !cmd.IsForSpecificProject() {
// import discard a plan file, so use buildAllCommandsByCfg instead buildAllProjectCommandsByPlan.
return p.buildAllCommandsByCfg(ctx, cmd.CommandName(), cmd.SubName, cmd.Flags, cmd.Verbose)
}
return p.buildProjectCommand(ctx, cmd)
}
func (p *DefaultProjectCommandBuilder) BuildStateRmCommands(ctx *command.Context, cmd *CommentCommand) ([]command.ProjectContext, error) {
if !cmd.IsForSpecificProject() {
// state rm discard a plan file, so use buildAllCommandsByCfg instead buildAllProjectCommandsByPlan.
return p.buildAllCommandsByCfg(ctx, cmd.CommandName(), cmd.SubName, cmd.Flags, cmd.Verbose)
}
return p.buildProjectCommand(ctx, cmd)
}
// buildAllCommandsByCfg builds init contexts for all projects we determine were
// modified in this ctx.
func (p *DefaultProjectCommandBuilder) buildAllCommandsByCfg(ctx *command.Context, cmdName command.Name, subCmdName string, commentFlags []string, verbose bool) ([]command.ProjectContext, error) {
// We'll need the list of modified files.
modifiedFiles, err := p.VCSClient.GetModifiedFiles(ctx.Pull.BaseRepo, ctx.Pull)
if err != nil {
return nil, err
}
ctx.Log.Debug("%d files were modified in this pull request", len(modifiedFiles))
if p.SkipCloneNoChanges && p.VCSClient.SupportsSingleFileDownload(ctx.Pull.BaseRepo) {
repoCfgFile := p.GlobalCfg.RepoConfigFile(ctx.Pull.BaseRepo.ID())
hasRepoCfg, repoCfgData, err := p.VCSClient.GetFileContent(ctx.Pull, repoCfgFile)
if err != nil {
return nil, errors.Wrapf(err, "downloading %s", repoCfgFile)
}
if hasRepoCfg {
repoCfg, err := p.ParserValidator.ParseRepoCfgData(repoCfgData, p.GlobalCfg, ctx.Pull.BaseRepo.ID(), ctx.Pull.BaseBranch)
if err != nil {
return nil, errors.Wrapf(err, "parsing %s", repoCfgFile)
}
ctx.Log.Info("successfully parsed remote %s file", repoCfgFile)
if len(repoCfg.Projects) > 0 {
matchingProjects, err := p.ProjectFinder.DetermineProjectsViaConfig(ctx.Log, modifiedFiles, repoCfg, "", nil)
if err != nil {
return nil, err
}
ctx.Log.Info("%d projects are changed on MR %q based on their when_modified config", len(matchingProjects), ctx.Pull.Num)
if len(matchingProjects) == 0 {
ctx.Log.Info("skipping repo clone since no project was modified")
return []command.ProjectContext{}, nil
}
} else {
ctx.Log.Info("No projects are defined in %s. Will resume automatic detection", repoCfgFile)
}
// NOTE: We discard this work here and end up doing it again after
// cloning to ensure all the return values are set properly with
// the actual clone directory.
}
}
// Need to lock the workspace we're about to clone to.
workspace := DefaultWorkspace
unlockFn, err := p.WorkingDirLocker.TryLock(ctx.Pull.BaseRepo.FullName, ctx.Pull.Num, workspace, DefaultRepoRelDir)
if err != nil {
ctx.Log.Warn("workspace was locked")
return nil, err
}
ctx.Log.Debug("got workspace lock")
defer unlockFn()
repoDir, _, err := p.WorkingDir.Clone(ctx.Log, ctx.HeadRepo, ctx.Pull, workspace)
if err != nil {
return nil, err
}
// Parse config file if it exists.
repoCfgFile := p.GlobalCfg.RepoConfigFile(ctx.Pull.BaseRepo.ID())
hasRepoCfg, err := p.ParserValidator.HasRepoCfg(repoDir, repoCfgFile)
if err != nil {
return nil, errors.Wrapf(err, "looking for %s file in %q", repoCfgFile, repoDir)
}
var projCtxs []command.ProjectContext
var repoCfg valid.RepoCfg
if hasRepoCfg {
// If there's a repo cfg with projects then we'll use it to figure out which projects
// should be planed.
repoCfg, err = p.ParserValidator.ParseRepoCfg(repoDir, p.GlobalCfg, ctx.Pull.BaseRepo.ID(), ctx.Pull.BaseBranch)
if err != nil {
return nil, errors.Wrapf(err, "parsing %s", repoCfgFile)
}
ctx.Log.Info("successfully parsed %s file", repoCfgFile)
}
moduleInfo, err := FindModuleProjects(repoDir, p.AutoDetectModuleFiles)
if err != nil {
ctx.Log.Warn("error(s) loading project module dependencies: %s", err)
}
ctx.Log.Debug("moduleInfo for %s (matching %q) = %v", repoDir, p.AutoDetectModuleFiles, moduleInfo)
if len(repoCfg.Projects) > 0 {
matchingProjects, err := p.ProjectFinder.DetermineProjectsViaConfig(ctx.Log, modifiedFiles, repoCfg, repoDir, moduleInfo)
if err != nil {
return nil, err
}
ctx.Log.Info("%d projects are to be planned based on their when_modified config", len(matchingProjects))
for _, mp := range matchingProjects {
ctx.Log.Debug("determining config for project at dir: %q workspace: %q", mp.Dir, mp.Workspace)
mergedCfg := p.GlobalCfg.MergeProjectCfg(ctx.Log, ctx.Pull.BaseRepo.ID(), mp, repoCfg)
projCtxs = append(projCtxs,
p.ProjectCommandContextBuilder.BuildProjectContext(
ctx,
cmdName,
subCmdName,
mergedCfg,
commentFlags,
repoDir,
repoCfg.Automerge,
repoCfg.ParallelApply,
repoCfg.ParallelPlan,
verbose,
repoCfg.AbortOnExcecutionOrderFail,
p.TerraformExecutor,
)...)
}
} else {
// If there is no config file or it specified no projects, then we'll plan each project that
// our algorithm determines was modified.
if hasRepoCfg {
ctx.Log.Info("No projects are defined in %s. Will resume automatic detection", repoCfgFile)
} else {
ctx.Log.Info("found no %s file", repoCfgFile)
}
// build a module index for projects that are explicitly included
modifiedProjects := p.ProjectFinder.DetermineProjects(ctx.Log, modifiedFiles, ctx.Pull.BaseRepo.FullName, repoDir, p.AutoplanFileList, moduleInfo)
ctx.Log.Info("automatically determined that there were %d projects modified in this pull request: %s", len(modifiedProjects), modifiedProjects)
for _, mp := range modifiedProjects {
ctx.Log.Debug("determining config for project at dir: %q", mp.Path)
pWorkspace, err := p.ProjectFinder.DetermineWorkspaceFromHCL(ctx.Log, repoDir)
if err != nil {
return nil, errors.Wrapf(err, "looking for Terraform Cloud workspace from configuration %s", repoDir)
}
automerge := DefaultAutomergeEnabled
parallelApply := DefaultParallelApplyEnabled
parallelPlan := DefaultParallelPlanEnabled
abortOnExcecutionOrderFail := DefaultAbortOnExcecutionOrderFail
if hasRepoCfg {
automerge = repoCfg.Automerge
parallelApply = repoCfg.ParallelApply
parallelPlan = repoCfg.ParallelPlan
abortOnExcecutionOrderFail = repoCfg.AbortOnExcecutionOrderFail
}
pCfg := p.GlobalCfg.DefaultProjCfg(ctx.Log, ctx.Pull.BaseRepo.ID(), mp.Path, pWorkspace)
projCtxs = append(projCtxs,
p.ProjectCommandContextBuilder.BuildProjectContext(
ctx,
cmdName,
subCmdName,
pCfg,
commentFlags,
repoDir,
automerge,
parallelApply,
parallelPlan,
verbose,
abortOnExcecutionOrderFail,
p.TerraformExecutor,
)...)
}
}
sort.Slice(projCtxs, func(i, j int) bool {
return projCtxs[i].ExecutionOrderGroup < projCtxs[j].ExecutionOrderGroup
})
return projCtxs, nil
}
// buildProjectPlanCommand builds a plan context for a single project.
// cmd must be for only one project.
func (p *DefaultProjectCommandBuilder) buildProjectPlanCommand(ctx *command.Context, cmd *CommentCommand) ([]command.ProjectContext, error) {
workspace := DefaultWorkspace
if cmd.Workspace != "" {
workspace = cmd.Workspace
}
var pcc []command.ProjectContext
// use the default repository workspace because it is the only one guaranteed to have an atlantis.yaml,
// other workspaces will not have the file if they are using pre_workflow_hooks to generate it dynamically
defaultRepoDir, err := p.WorkingDir.GetWorkingDir(ctx.Pull.BaseRepo, ctx.Pull, DefaultWorkspace)
if err != nil {
return pcc, err
}
if p.RestrictFileList {
modifiedFiles, err := p.VCSClient.GetModifiedFiles(ctx.Pull.BaseRepo, ctx.Pull)
if err != nil {
return nil, err
}
if cmd.RepoRelDir != "" {
foundDir := false
for _, f := range modifiedFiles {
if filepath.Dir(f) == cmd.RepoRelDir {
foundDir = true
}
}
if !foundDir {
return pcc, fmt.Errorf("the dir \"%s\" is not in the plan list of this pull request", cmd.RepoRelDir)
}
}
if cmd.ProjectName != "" {
var notFoundFiles = []string{}
var repoConfig valid.RepoCfg
repoConfig, err = p.ParserValidator.ParseRepoCfg(defaultRepoDir, p.GlobalCfg, ctx.Pull.BaseRepo.ID(), ctx.Pull.BaseBranch)
if err != nil {
return pcc, err
}
repoCfgProjects := repoConfig.FindProjectsByName(cmd.ProjectName)
for _, f := range modifiedFiles {
foundDir := false
for _, p := range repoCfgProjects {
if filepath.Dir(f) == p.Dir {
foundDir = true
}
}
if !foundDir {
notFoundFiles = append(notFoundFiles, filepath.Dir(f))
}
}
if len(notFoundFiles) > 0 {
return pcc, fmt.Errorf("the following directories are present in the pull request but not in the requested project:\n%s", strings.Join(notFoundFiles, "\n"))
}
}
}
ctx.Log.Debug("building plan command")
unlockFn, err := p.WorkingDirLocker.TryLock(ctx.Pull.BaseRepo.FullName, ctx.Pull.Num, workspace, DefaultRepoRelDir)
if err != nil {
return pcc, err
}
defer unlockFn()
ctx.Log.Debug("cloning repository")
_, _, err = p.WorkingDir.Clone(ctx.Log, ctx.HeadRepo, ctx.Pull, workspace)
if err != nil {
return pcc, err
}
repoRelDir := DefaultRepoRelDir
if cmd.RepoRelDir != "" {
repoRelDir = cmd.RepoRelDir
}
return p.buildProjectCommandCtx(
ctx,
command.Plan,
"",
cmd.ProjectName,
cmd.Flags,
defaultRepoDir,
repoRelDir,
workspace,
cmd.Verbose,
)
}
// getCfg returns the atlantis.yaml config (if it exists) for this project. If
// there is no config, then projectCfg and repoCfg will be nil.
func (p *DefaultProjectCommandBuilder) getCfg(ctx *command.Context, projectName string, dir string, workspace string, repoDir string) (projectsCfg []valid.Project, repoCfg *valid.RepoCfg, err error) {
repoCfgFile := p.GlobalCfg.RepoConfigFile(ctx.Pull.BaseRepo.ID())
hasRepoCfg, err := p.ParserValidator.HasRepoCfg(repoDir, repoCfgFile)
if err != nil {
err = errors.Wrapf(err, "looking for %s file in %q", repoCfgFile, repoDir)
return
}
if !hasRepoCfg {
if projectName != "" {
err = fmt.Errorf("cannot specify a project name unless an %s file exists to configure projects", repoCfgFile)
return
}
return
}
var repoConfig valid.RepoCfg
repoConfig, err = p.ParserValidator.ParseRepoCfg(repoDir, p.GlobalCfg, ctx.Pull.BaseRepo.ID(), ctx.Pull.BaseBranch)
if err != nil {
return
}
repoCfg = &repoConfig
// If they've specified a project by name we look it up. Otherwise we
// use the dir and workspace.
if projectName != "" {
if p.EnableRegExpCmd {
projectsCfg = repoCfg.FindProjectsByName(projectName)
} else {
if p := repoCfg.FindProjectByName(projectName); p != nil {
projectsCfg = append(projectsCfg, *p)
}
}
if len(projectsCfg) == 0 {
if p.SilenceNoProjects && len(repoConfig.Projects) > 0 {
ctx.Log.Debug("no project with name %q found but silencing the error", projectName)
} else {
err = fmt.Errorf("no project with name %q is defined in %s", projectName, repoCfgFile)
}
return
}
return
}
projCfgs := repoCfg.FindProjectsByDirWorkspace(dir, workspace)
if len(projCfgs) == 0 {
return
}
if len(projCfgs) > 1 {
err = fmt.Errorf("must specify project name: more than one project defined in %s matched dir: %q workspace: %q", repoCfgFile, dir, workspace)
return
}
projectsCfg = projCfgs
return
}
// buildAllProjectCommandsByPlan builds contexts for a command for every project that has
// pending plans in this ctx.
func (p *DefaultProjectCommandBuilder) buildAllProjectCommandsByPlan(ctx *command.Context, commentCmd *CommentCommand) ([]command.ProjectContext, error) {
// Lock all dirs in this pull request (instead of a single dir) because we
// don't know how many dirs we'll need to run the command in.
unlockFn, err := p.WorkingDirLocker.TryLockPull(ctx.Pull.BaseRepo.FullName, ctx.Pull.Num)
if err != nil {
return nil, err
}
defer unlockFn()
pullDir, err := p.WorkingDir.GetPullDir(ctx.Pull.BaseRepo, ctx.Pull)
if err != nil {
return nil, err
}
plans, err := p.PendingPlanFinder.Find(pullDir)
if err != nil {
return nil, err
}
// use the default repository workspace because it is the only one guaranteed to have an atlantis.yaml,
// other workspaces will not have the file if they are using pre_workflow_hooks to generate it dynamically
defaultRepoDir, err := p.WorkingDir.GetWorkingDir(ctx.Pull.BaseRepo, ctx.Pull, DefaultWorkspace)
if err != nil {
return nil, err
}
var cmds []command.ProjectContext
for _, plan := range plans {
commentCmds, err := p.buildProjectCommandCtx(ctx, commentCmd.CommandName(), commentCmd.SubName, plan.ProjectName, commentCmd.Flags, defaultRepoDir, plan.RepoRelDir, plan.Workspace, commentCmd.Verbose)
if err != nil {
return nil, errors.Wrapf(err, "building command for dir %q", plan.RepoRelDir)
}
cmds = append(cmds, commentCmds...)
}
sort.Slice(cmds, func(i, j int) bool {
return cmds[i].ExecutionOrderGroup < cmds[j].ExecutionOrderGroup
})
return cmds, nil
}
// buildProjectCommand builds an command for the single project
// identified by cmd except plan.
func (p *DefaultProjectCommandBuilder) buildProjectCommand(ctx *command.Context, cmd *CommentCommand) ([]command.ProjectContext, error) {
workspace := DefaultWorkspace
if cmd.Workspace != "" {
workspace = cmd.Workspace
}
var projCtx []command.ProjectContext
unlockFn, err := p.WorkingDirLocker.TryLock(ctx.Pull.BaseRepo.FullName, ctx.Pull.Num, workspace, DefaultRepoRelDir)
if err != nil {
return projCtx, err
}
defer unlockFn()
// use the default repository workspace because it is the only one guaranteed to have an atlantis.yaml,
// other workspaces will not have the file if they are using pre_workflow_hooks to generate it dynamically
repoDir, err := p.WorkingDir.GetWorkingDir(ctx.Pull.BaseRepo, ctx.Pull, DefaultWorkspace)
if os.IsNotExist(errors.Cause(err)) {
return projCtx, errors.New("no working directory founddid you run plan?")
} else if err != nil {
return projCtx, err
}
repoRelDir := DefaultRepoRelDir
if cmd.RepoRelDir != "" {
repoRelDir = cmd.RepoRelDir
}
return p.buildProjectCommandCtx(
ctx,
cmd.Name,
cmd.SubName,
cmd.ProjectName,
cmd.Flags,
repoDir,
repoRelDir,
workspace,
cmd.Verbose,
)
}
// buildProjectCommandCtx builds a context for a single or several projects identified
// by the parameters.
func (p *DefaultProjectCommandBuilder) buildProjectCommandCtx(ctx *command.Context,
cmd command.Name,
subCmd string,
projectName string,
commentFlags []string,
repoDir string,
repoRelDir string,
workspace string,
verbose bool) ([]command.ProjectContext, error) {
matchingProjects, repoCfgPtr, err := p.getCfg(ctx, projectName, repoRelDir, workspace, repoDir)
if err != nil {
return []command.ProjectContext{}, err
}
var projCtxs []command.ProjectContext
var projCfg valid.MergedProjectCfg
automerge := DefaultAutomergeEnabled
parallelApply := DefaultParallelApplyEnabled
parallelPlan := DefaultParallelPlanEnabled
abortOnExcecutionOrderFail := DefaultAbortOnExcecutionOrderFail
if repoCfgPtr != nil {
automerge = repoCfgPtr.Automerge
parallelApply = repoCfgPtr.ParallelApply
parallelPlan = repoCfgPtr.ParallelPlan
abortOnExcecutionOrderFail = *&repoCfgPtr.AbortOnExcecutionOrderFail
}
if len(matchingProjects) > 0 {
// Override any dir/workspace defined on the comment with what was
// defined in config. This shouldn't matter since we don't allow comments
// with both project name and dir/workspace.
repoRelDir = projCfg.RepoRelDir
workspace = projCfg.Workspace
for _, mp := range matchingProjects {
ctx.Log.Debug("Merging config for project at dir: %q workspace: %q", mp.Dir, mp.Workspace)
projCfg = p.GlobalCfg.MergeProjectCfg(ctx.Log, ctx.Pull.BaseRepo.ID(), mp, *repoCfgPtr)
projCtxs = append(projCtxs,
p.ProjectCommandContextBuilder.BuildProjectContext(
ctx,
cmd,
subCmd,
projCfg,
commentFlags,
repoDir,
automerge,
parallelApply,
parallelPlan,
verbose,
abortOnExcecutionOrderFail,
p.TerraformExecutor,
)...)
}
} else {
// Ignore the project if silenced with projects set in the repo config
if p.SilenceNoProjects && repoCfgPtr != nil && len(repoCfgPtr.Projects) > 0 {
ctx.Log.Debug("silencing is in effect, project will be ignored")
return []command.ProjectContext{}, nil
}
projCfg = p.GlobalCfg.DefaultProjCfg(ctx.Log, ctx.Pull.BaseRepo.ID(), repoRelDir, workspace)
projCtxs = append(projCtxs,
p.ProjectCommandContextBuilder.BuildProjectContext(
ctx,
cmd,
subCmd,
projCfg,
commentFlags,
repoDir,
automerge,
parallelApply,
parallelPlan,
verbose,
abortOnExcecutionOrderFail,
p.TerraformExecutor,
)...)
}
if err := p.validateWorkspaceAllowed(repoCfgPtr, repoRelDir, workspace); err != nil {
return []command.ProjectContext{}, err
}
return projCtxs, nil
}
// validateWorkspaceAllowed returns an error if repoCfg defines projects in
// repoRelDir but none of them use workspace. We want this to be an error
// because if users have gone to the trouble of defining projects in repoRelDir
// then it's likely that if we're running a command for a workspace that isn't
// defined then they probably just typed the workspace name wrong.
func (p *DefaultProjectCommandBuilder) validateWorkspaceAllowed(repoCfg *valid.RepoCfg, repoRelDir string, workspace string) error {
if repoCfg == nil {
return nil
}
return repoCfg.ValidateWorkspaceAllowed(repoRelDir, workspace)
}