Files
atlantis/server/core/config/valid/global_cfg.go
2025-01-02 21:06:01 -08:00

720 lines
26 KiB
Go

package valid
import (
"fmt"
"regexp"
"strings"
version "github.com/hashicorp/go-version"
"github.com/runatlantis/atlantis/server/logging"
"github.com/runatlantis/atlantis/server/utils"
)
const MergeableCommandReq = "mergeable"
const ApprovedCommandReq = "approved"
const UnDivergedCommandReq = "undiverged"
const PoliciesPassedCommandReq = "policies_passed"
const PlanRequirementsKey = "plan_requirements"
const ApplyRequirementsKey = "apply_requirements"
const ImportRequirementsKey = "import_requirements"
const WorkflowKey = "workflow"
const AllowedOverridesKey = "allowed_overrides"
const AllowCustomWorkflowsKey = "allow_custom_workflows"
const DefaultWorkflowName = "default"
const DeleteSourceBranchOnMergeKey = "delete_source_branch_on_merge"
const RepoLockingKey = "repo_locking"
const RepoLocksKey = "repo_locks"
const PolicyCheckKey = "policy_check"
const CustomPolicyCheckKey = "custom_policy_check"
const AutoDiscoverKey = "autodiscover"
const SilencePRCommentsKey = "silence_pr_comments"
var AllowedSilencePRComments = []string{"plan", "apply"}
// DefaultAtlantisFile is the default name of the config file for each repo.
const DefaultAtlantisFile = "atlantis.yaml"
// NonOverridableApplyReqs will get applied across all "repos" in the server side config.
// If repo config is allowed overrides, they can override this.
// TODO: Make this more customizable, not everyone wants this rigid workflow
// maybe something along the lines of defining overridable/non-overridable apply
// requirements in the config and removing the flag to enable policy checking.
var NonOverridableApplyReqs = []string{PoliciesPassedCommandReq}
// GlobalCfg is the final parsed version of server-side repo config.
type GlobalCfg struct {
Repos []Repo
Workflows map[string]Workflow
PolicySets PolicySets
Metrics Metrics
TeamAuthz TeamAuthz
}
type Metrics struct {
Statsd *Statsd
Prometheus *Prometheus
}
type Statsd struct {
Port string
Host string
}
type Prometheus struct {
Endpoint string
}
// Repo is the final parsed version of server-side repo config.
type Repo struct {
// ID is the exact match id of this config.
// If IDRegex is set then this will be empty.
ID string
// IDRegex is the regex match for this config.
// If ID is set then this will be nil.
IDRegex *regexp.Regexp
BranchRegex *regexp.Regexp
RepoConfigFile string
PlanRequirements []string
ApplyRequirements []string
ImportRequirements []string
PreWorkflowHooks []*WorkflowHook
Workflow *Workflow
PostWorkflowHooks []*WorkflowHook
AllowedWorkflows []string
AllowedOverrides []string
AllowCustomWorkflows *bool
DeleteSourceBranchOnMerge *bool
RepoLocking *bool
RepoLocks *RepoLocks
PolicyCheck *bool
CustomPolicyCheck *bool
AutoDiscover *AutoDiscover
SilencePRComments []string
}
type MergedProjectCfg struct {
PlanRequirements []string
ApplyRequirements []string
ImportRequirements []string
Workflow Workflow
AllowedWorkflows []string
DependsOn []string
RepoRelDir string
Workspace string
Name string
AutoplanEnabled bool
AutoMergeDisabled bool
AutoMergeMethod string
TerraformDistribution *string
TerraformVersion *version.Version
RepoCfgVersion int
PolicySets PolicySets
DeleteSourceBranchOnMerge bool
ExecutionOrderGroup int
RepoLocks RepoLocks
PolicyCheck bool
CustomPolicyCheck bool
SilencePRComments []string
}
// WorkflowHook is a map of custom run commands to run before or after workflows.
type WorkflowHook struct {
StepName string
RunCommand string
StepDescription string
Shell string
ShellArgs string
Commands string
}
// DefaultApplyStage is the Atlantis default apply stage.
var DefaultApplyStage = Stage{
Steps: []Step{
{
StepName: "apply",
},
},
}
// DefaultPolicyCheckStage is the Atlantis default policy check stage.
var DefaultPolicyCheckStage = Stage{
Steps: []Step{
{
StepName: "show",
},
{
StepName: "policy_check",
},
},
}
// DefaultPlanStage is the Atlantis default plan stage.
var DefaultPlanStage = Stage{
Steps: []Step{
{
StepName: "init",
},
{
StepName: "plan",
},
},
}
// DefaultImportStage is the Atlantis default import stage.
var DefaultImportStage = Stage{
Steps: []Step{
{
StepName: "init",
},
{
StepName: "import",
},
},
}
// DefaultStateRmStage is the Atlantis default state_rm stage.
var DefaultStateRmStage = Stage{
Steps: []Step{
{
StepName: "init",
},
{
StepName: "state_rm",
},
},
}
type GlobalCfgArgs struct {
RepoConfigFile string
// No longer a user option as of https://github.com/runatlantis/atlantis/pull/3911,
// but useful for tests to set to true to not require enumeration of allowed settings
// on the repo side
AllowAllRepoSettings bool
PolicyCheckEnabled bool
PreWorkflowHooks []*WorkflowHook
PostWorkflowHooks []*WorkflowHook
}
func NewGlobalCfgFromArgs(args GlobalCfgArgs) GlobalCfg {
defaultWorkflow := Workflow{
Name: DefaultWorkflowName,
Apply: DefaultApplyStage,
Plan: DefaultPlanStage,
PolicyCheck: DefaultPolicyCheckStage,
Import: DefaultImportStage,
StateRm: DefaultStateRmStage,
}
// Must construct slices here instead of using a `var` declaration because
// we treat nil slices differently.
commandReqs := []string{}
allowedOverrides := []string{}
allowedWorkflows := []string{}
policyCheck := false
if args.PolicyCheckEnabled {
commandReqs = append(commandReqs, PoliciesPassedCommandReq)
policyCheck = true
}
allowCustomWorkflows := false
deleteSourceBranchOnMerge := false
repoLocks := DefaultRepoLocks
customPolicyCheck := false
autoDiscover := AutoDiscover{Mode: AutoDiscoverAutoMode}
var silencePRComments []string
if args.AllowAllRepoSettings {
allowedOverrides = []string{PlanRequirementsKey, ApplyRequirementsKey, ImportRequirementsKey, WorkflowKey, DeleteSourceBranchOnMergeKey, RepoLockingKey, RepoLocksKey, PolicyCheckKey, SilencePRCommentsKey}
allowCustomWorkflows = true
}
return GlobalCfg{
Repos: []Repo{
{
IDRegex: regexp.MustCompile(".*"),
BranchRegex: regexp.MustCompile(".*"),
RepoConfigFile: args.RepoConfigFile,
PlanRequirements: commandReqs,
ApplyRequirements: commandReqs,
ImportRequirements: commandReqs,
PreWorkflowHooks: args.PreWorkflowHooks,
Workflow: &defaultWorkflow,
PostWorkflowHooks: args.PostWorkflowHooks,
AllowedWorkflows: allowedWorkflows,
AllowedOverrides: allowedOverrides,
AllowCustomWorkflows: &allowCustomWorkflows,
DeleteSourceBranchOnMerge: &deleteSourceBranchOnMerge,
RepoLocks: &repoLocks,
PolicyCheck: &policyCheck,
CustomPolicyCheck: &customPolicyCheck,
AutoDiscover: &autoDiscover,
SilencePRComments: silencePRComments,
},
},
Workflows: map[string]Workflow{
DefaultWorkflowName: defaultWorkflow,
},
TeamAuthz: TeamAuthz{
Args: make([]string, 0),
},
}
}
// IDMatches returns true if the repo ID otherID matches this config.
func (r Repo) IDMatches(otherID string) bool {
if r.ID != "" {
return r.ID == otherID
}
return r.IDRegex.MatchString(otherID)
}
// BranchMatches returns true if the branch other matches a branch regex (if preset).
func (r Repo) BranchMatches(other string) bool {
if r.BranchRegex == nil {
return true
}
return r.BranchRegex.MatchString(other)
}
// IDString returns a string representation of this config.
func (r Repo) IDString() string {
if r.ID != "" {
return r.ID
}
return "/" + r.IDRegex.String() + "/"
}
// MergeProjectCfg merges proj and rCfg with the global config to return a
// final config. It assumes that all configs have been validated.
func (g GlobalCfg) MergeProjectCfg(log logging.SimpleLogging, repoID string, proj Project, rCfg RepoCfg) MergedProjectCfg {
log.Debug("MergeProjectCfg started")
planReqs, applyReqs, importReqs, workflow, allowedOverrides, allowCustomWorkflows, deleteSourceBranchOnMerge, repoLocks, policyCheck, customPolicyCheck, _, silencePRComments := g.getMatchingCfg(log, repoID)
// If repos are allowed to override certain keys then override them.
for _, key := range allowedOverrides {
switch key {
case PlanRequirementsKey:
if proj.PlanRequirements != nil {
log.Debug("overriding server-defined %s with repo settings: [%s]", PlanRequirementsKey, strings.Join(proj.PlanRequirements, ","))
planReqs = proj.PlanRequirements
}
case ApplyRequirementsKey:
if proj.ApplyRequirements != nil {
log.Debug("overriding server-defined %s with repo settings: [%s]", ApplyRequirementsKey, strings.Join(proj.ApplyRequirements, ","))
applyReqs = proj.ApplyRequirements
// Preserve policies_passed req if policy check is enabled
if policyCheck {
applyReqs = append(applyReqs, PoliciesPassedCommandReq)
}
}
case ImportRequirementsKey:
if proj.ImportRequirements != nil {
log.Debug("overriding server-defined %s with repo settings: [%s]", ImportRequirementsKey, strings.Join(proj.ImportRequirements, ","))
importReqs = proj.ImportRequirements
}
case WorkflowKey:
if proj.WorkflowName != nil {
// We iterate over the global workflows first and the repo
// workflows second so that repo workflows override. This is
// safe because at this point we know if a repo is allowed to
// define its own workflow. We also know that a workflow will
// exist with this name due to earlier validation.
name := *proj.WorkflowName
for k, v := range g.Workflows {
if k == name {
workflow = v
}
}
if allowCustomWorkflows {
for k, v := range rCfg.Workflows {
if k == name {
workflow = v
}
}
}
log.Debug("overriding server-defined %s with repo-specified workflow: %q", WorkflowKey, workflow.Name)
}
case DeleteSourceBranchOnMergeKey:
//We check whether the server configured value and repo-root level
//config is different. If it is then we change to the more granular.
if rCfg.DeleteSourceBranchOnMerge != nil && deleteSourceBranchOnMerge != *rCfg.DeleteSourceBranchOnMerge {
log.Debug("overriding server-defined %s with repo settings: [%t]", DeleteSourceBranchOnMergeKey, rCfg.DeleteSourceBranchOnMerge)
deleteSourceBranchOnMerge = *rCfg.DeleteSourceBranchOnMerge
}
//Then we check whether the more granular project based config is
//different. If it is then we set it.
if proj.DeleteSourceBranchOnMerge != nil && deleteSourceBranchOnMerge != *proj.DeleteSourceBranchOnMerge {
log.Debug("overriding repo-root-defined %s with repo settings: [%t]", DeleteSourceBranchOnMergeKey, *proj.DeleteSourceBranchOnMerge)
deleteSourceBranchOnMerge = *proj.DeleteSourceBranchOnMerge
}
log.Debug("merged deleteSourceBranchOnMerge: [%t]", deleteSourceBranchOnMerge)
case RepoLockingKey:
if proj.RepoLocking != nil {
log.Debug("overriding server-defined %s with repo settings: [%t]", RepoLockingKey, *proj.RepoLocking)
if *proj.RepoLocking && repoLocks.Mode == RepoLocksDisabledMode {
repoLocks.Mode = DefaultRepoLocksMode
} else if !*proj.RepoLocking {
repoLocks.Mode = RepoLocksDisabledMode
}
}
case RepoLocksKey:
//We check whether the server configured value and repo-root level
//config is different. If it is then we change to the more granular.
if rCfg.RepoLocks != nil && repoLocks.Mode != rCfg.RepoLocks.Mode {
log.Debug("overriding server-defined %s with repo settings: [%#v]", RepoLocksKey, rCfg.RepoLocks)
repoLocks = *rCfg.RepoLocks
}
//Then we check whether the more granular project based config is
//different. If it is then we set it.
if proj.RepoLocks != nil && repoLocks.Mode != proj.RepoLocks.Mode {
log.Debug("overriding repo-root-defined %s with repo settings: [%#v]", RepoLocksKey, *proj.RepoLocks)
repoLocks = *proj.RepoLocks
}
log.Debug("merged repoLocks: [%#v]", repoLocks)
case PolicyCheckKey:
if proj.PolicyCheck != nil {
log.Debug("overriding server-defined %s with repo settings: [%t]", PolicyCheckKey, *proj.PolicyCheck)
policyCheck = *proj.PolicyCheck
}
case CustomPolicyCheckKey:
if proj.CustomPolicyCheck != nil {
log.Debug("overriding server-defined %s with repo settings: [%t]", CustomPolicyCheckKey, *proj.CustomPolicyCheck)
customPolicyCheck = *proj.CustomPolicyCheck
}
case SilencePRCommentsKey:
if proj.SilencePRComments != nil {
log.Debug("overriding repo-root-defined %s with repo settings: [%t]", SilencePRCommentsKey, strings.Join(proj.SilencePRComments, ","))
silencePRComments = proj.SilencePRComments
} else if rCfg.SilencePRComments != nil {
log.Debug("overriding server-defined %s with repo settings: [%s]", SilencePRCommentsKey, strings.Join(rCfg.SilencePRComments, ","))
silencePRComments = rCfg.SilencePRComments
}
}
log.Debug("MergeProjectCfg completed")
}
log.Debug("final settings: %s: [%s], %s: [%s], %s: [%s], %s: %s, %s: %t, %s: %s, %s: %t, %s: %t, %s: [%s]",
PlanRequirementsKey, strings.Join(planReqs, ","),
ApplyRequirementsKey, strings.Join(applyReqs, ","),
ImportRequirementsKey, strings.Join(importReqs, ","),
WorkflowKey, workflow.Name,
DeleteSourceBranchOnMergeKey, deleteSourceBranchOnMerge,
RepoLockingKey, repoLocks.Mode,
PolicyCheckKey, policyCheck,
CustomPolicyCheckKey, policyCheck,
SilencePRCommentsKey, strings.Join(silencePRComments, ","),
)
return MergedProjectCfg{
PlanRequirements: planReqs,
ApplyRequirements: applyReqs,
ImportRequirements: importReqs,
Workflow: workflow,
RepoRelDir: proj.Dir,
Workspace: proj.Workspace,
DependsOn: proj.DependsOn,
Name: proj.GetName(),
AutoplanEnabled: proj.Autoplan.Enabled,
TerraformDistribution: proj.TerraformDistribution,
TerraformVersion: proj.TerraformVersion,
RepoCfgVersion: rCfg.Version,
PolicySets: g.PolicySets,
DeleteSourceBranchOnMerge: deleteSourceBranchOnMerge,
ExecutionOrderGroup: proj.ExecutionOrderGroup,
RepoLocks: repoLocks,
PolicyCheck: policyCheck,
CustomPolicyCheck: customPolicyCheck,
SilencePRComments: silencePRComments,
}
}
// DefaultProjCfg returns the default project config for all projects under the
// repo with id repoID. It is used when there is no repo config.
func (g GlobalCfg) DefaultProjCfg(log logging.SimpleLogging, repoID string, repoRelDir string, workspace string) MergedProjectCfg {
log.Debug("building config based on server-side config")
planReqs, applyReqs, importReqs, workflow, _, _, deleteSourceBranchOnMerge, repoLocks, policyCheck, customPolicyCheck, _, silencePRComments := g.getMatchingCfg(log, repoID)
return MergedProjectCfg{
PlanRequirements: planReqs,
ApplyRequirements: applyReqs,
ImportRequirements: importReqs,
Workflow: workflow,
RepoRelDir: repoRelDir,
Workspace: workspace,
Name: "",
AutoplanEnabled: DefaultAutoPlanEnabled,
TerraformDistribution: nil,
TerraformVersion: nil,
PolicySets: g.PolicySets,
DeleteSourceBranchOnMerge: deleteSourceBranchOnMerge,
RepoLocks: repoLocks,
PolicyCheck: policyCheck,
CustomPolicyCheck: customPolicyCheck,
SilencePRComments: silencePRComments,
}
}
// RepoAutoDiscoverCfg returns the AutoDiscover config from the global config
// for the repo with id repoID. If no matching repo is found or there is no
// AutoDiscover config then this function returns nil.
func (g GlobalCfg) RepoAutoDiscoverCfg(repoID string) *AutoDiscover {
repo := g.MatchingRepo(repoID)
if repo != nil {
return repo.AutoDiscover
}
return nil
}
// ValidateRepoCfg validates that rCfg for repo with id repoID is valid based
// on our global config.
func (g GlobalCfg) ValidateRepoCfg(rCfg RepoCfg, repoID string) error {
mapContainsF := func(m map[string]Workflow, key string) bool {
for k := range m {
if k == key {
return true
}
}
return false
}
// Check allowed overrides.
var allowedOverrides []string
for _, repo := range g.Repos {
if repo.IDMatches(repoID) {
if repo.AllowedOverrides != nil {
allowedOverrides = repo.AllowedOverrides
}
}
}
for _, p := range rCfg.Projects {
if p.WorkflowName != nil && !utils.SlicesContains(allowedOverrides, WorkflowKey) {
return fmt.Errorf("repo config not allowed to set '%s' key: server-side config needs '%s: [%s]'", WorkflowKey, AllowedOverridesKey, WorkflowKey)
}
if p.ApplyRequirements != nil && !utils.SlicesContains(allowedOverrides, ApplyRequirementsKey) {
return fmt.Errorf("repo config not allowed to set '%s' key: server-side config needs '%s: [%s]'", ApplyRequirementsKey, AllowedOverridesKey, ApplyRequirementsKey)
}
if p.PlanRequirements != nil && !utils.SlicesContains(allowedOverrides, PlanRequirementsKey) {
return fmt.Errorf("repo config not allowed to set '%s' key: server-side config needs '%s: [%s]'", PlanRequirementsKey, AllowedOverridesKey, PlanRequirementsKey)
}
if p.ImportRequirements != nil && !utils.SlicesContains(allowedOverrides, ImportRequirementsKey) {
return fmt.Errorf("repo config not allowed to set '%s' key: server-side config needs '%s: [%s]'", ImportRequirementsKey, AllowedOverridesKey, ImportRequirementsKey)
}
if p.DeleteSourceBranchOnMerge != nil && !utils.SlicesContains(allowedOverrides, DeleteSourceBranchOnMergeKey) {
return fmt.Errorf("repo config not allowed to set '%s' key: server-side config needs '%s: [%s]'", DeleteSourceBranchOnMergeKey, AllowedOverridesKey, DeleteSourceBranchOnMergeKey)
}
if p.RepoLocking != nil && !utils.SlicesContains(allowedOverrides, RepoLockingKey) {
return fmt.Errorf("repo config not allowed to set '%s' key: server-side config needs '%s: [%s]'", RepoLockingKey, AllowedOverridesKey, RepoLockingKey)
}
if p.RepoLocks != nil && !utils.SlicesContains(allowedOverrides, RepoLocksKey) {
return fmt.Errorf("repo config not allowed to set '%s' key: server-side config needs '%s: [%s]'", RepoLocksKey, AllowedOverridesKey, RepoLocksKey)
}
if p.CustomPolicyCheck != nil && !utils.SlicesContains(allowedOverrides, CustomPolicyCheckKey) {
return fmt.Errorf("repo config not allowed to set '%s' key: server-side config needs '%s: [%s]'", CustomPolicyCheckKey, AllowedOverridesKey, CustomPolicyCheckKey)
}
if p.SilencePRComments != nil {
if !utils.SlicesContains(allowedOverrides, SilencePRCommentsKey) {
return fmt.Errorf(
"repo config not allowed to set '%s' key: server-side config needs '%s: [%s]'",
SilencePRCommentsKey,
AllowedOverridesKey,
SilencePRCommentsKey,
)
}
for _, silenceStage := range p.SilencePRComments {
if !utils.SlicesContains(AllowedSilencePRComments, silenceStage) {
return fmt.Errorf(
"repo config '%s' key value of '%s' is not supported, supported values are [%s]",
SilencePRCommentsKey,
silenceStage,
strings.Join(AllowedSilencePRComments, ", "),
)
}
}
}
}
// Check custom workflows.
var allowCustomWorkflows bool
for _, repo := range g.Repos {
if repo.IDMatches(repoID) {
if repo.AllowCustomWorkflows != nil {
allowCustomWorkflows = *repo.AllowCustomWorkflows
}
}
}
if len(rCfg.Workflows) > 0 && !allowCustomWorkflows {
return fmt.Errorf("repo config not allowed to define custom workflows: server-side config needs '%s: true'", AllowCustomWorkflowsKey)
}
// Check if the repo has set a workflow name that doesn't exist.
for _, p := range rCfg.Projects {
if p.WorkflowName != nil {
name := *p.WorkflowName
if !mapContainsF(rCfg.Workflows, name) && !mapContainsF(g.Workflows, name) {
return fmt.Errorf("workflow %q is not defined anywhere", name)
}
}
}
// Check workflow is allowed
var allowedWorkflows []string
for _, repo := range g.Repos {
if repo.IDMatches(repoID) {
if repo.AllowedWorkflows != nil {
allowedWorkflows = repo.AllowedWorkflows
}
}
}
for _, p := range rCfg.Projects {
// default is always allowed
if p.WorkflowName != nil && len(allowedWorkflows) != 0 {
name := *p.WorkflowName
if allowCustomWorkflows {
// If we allow CustomWorkflows we need to check that workflow name is defined inside repo and not global.
if mapContainsF(rCfg.Workflows, name) {
break
}
}
if !utils.SlicesContains(allowedWorkflows, name) {
return fmt.Errorf("workflow '%s' is not allowed for this repo", name)
}
}
}
return nil
}
// getMatchingCfg returns the key settings for repoID.
func (g GlobalCfg) getMatchingCfg(log logging.SimpleLogging, repoID string) (planReqs []string, applyReqs []string, importReqs []string, workflow Workflow, allowedOverrides []string, allowCustomWorkflows bool, deleteSourceBranchOnMerge bool, repoLocks RepoLocks, policyCheck bool, customPolicyCheck bool, autoDiscover AutoDiscover, silencePRComments []string) {
toLog := make(map[string]string)
traceF := func(repoIdx int, repoID string, key string, val interface{}) string {
from := "default server config"
if repoIdx > 0 {
from = fmt.Sprintf("repos[%d], id: %s", repoIdx, repoID)
}
var valStr string
switch v := val.(type) {
case string:
valStr = fmt.Sprintf("%q", v)
case []string:
valStr = fmt.Sprintf("[%s]", strings.Join(v, ","))
case bool:
valStr = fmt.Sprintf("%t", v)
default:
valStr = "this is a bug"
}
return fmt.Sprintf("setting %s: %s from %s", key, valStr, from)
}
// Can't use raw.DefaultAutoDiscoverMode() because of an import cycle. Should refactor to avoid that.
autoDiscover = AutoDiscover{Mode: AutoDiscoverAutoMode}
repoLocking := true
repoLocks = DefaultRepoLocks
for _, key := range []string{PlanRequirementsKey, ApplyRequirementsKey, ImportRequirementsKey, WorkflowKey, AllowedOverridesKey, AllowCustomWorkflowsKey, DeleteSourceBranchOnMergeKey, RepoLockingKey, RepoLocksKey, PolicyCheckKey, CustomPolicyCheckKey, SilencePRCommentsKey} {
for i, repo := range g.Repos {
if repo.IDMatches(repoID) {
switch key {
case PlanRequirementsKey:
if repo.PlanRequirements != nil {
toLog[PlanRequirementsKey] = traceF(i, repo.IDString(), PlanRequirementsKey, repo.PlanRequirements)
planReqs = repo.PlanRequirements
}
case ApplyRequirementsKey:
if repo.ApplyRequirements != nil {
toLog[ApplyRequirementsKey] = traceF(i, repo.IDString(), ApplyRequirementsKey, repo.ApplyRequirements)
applyReqs = repo.ApplyRequirements
}
case ImportRequirementsKey:
if repo.ImportRequirements != nil {
toLog[ImportRequirementsKey] = traceF(i, repo.IDString(), ImportRequirementsKey, repo.ImportRequirements)
importReqs = repo.ImportRequirements
}
case WorkflowKey:
if repo.Workflow != nil {
toLog[WorkflowKey] = traceF(i, repo.IDString(), WorkflowKey, repo.Workflow.Name)
workflow = *repo.Workflow
}
case AllowedOverridesKey:
if repo.AllowedOverrides != nil {
toLog[AllowedOverridesKey] = traceF(i, repo.IDString(), AllowedOverridesKey, repo.AllowedOverrides)
allowedOverrides = repo.AllowedOverrides
}
case AllowCustomWorkflowsKey:
if repo.AllowCustomWorkflows != nil {
toLog[AllowCustomWorkflowsKey] = traceF(i, repo.IDString(), AllowCustomWorkflowsKey, *repo.AllowCustomWorkflows)
allowCustomWorkflows = *repo.AllowCustomWorkflows
}
case DeleteSourceBranchOnMergeKey:
if repo.DeleteSourceBranchOnMerge != nil {
toLog[DeleteSourceBranchOnMergeKey] = traceF(i, repo.IDString(), DeleteSourceBranchOnMergeKey, *repo.DeleteSourceBranchOnMerge)
deleteSourceBranchOnMerge = *repo.DeleteSourceBranchOnMerge
}
case RepoLockingKey:
if repo.RepoLocking != nil {
toLog[RepoLockingKey] = traceF(i, repo.IDString(), RepoLockingKey, *repo.RepoLocking)
repoLocking = *repo.RepoLocking
}
case RepoLocksKey:
if repo.RepoLocks != nil {
toLog[RepoLocksKey] = traceF(i, repo.IDString(), RepoLocksKey, repo.RepoLocks.Mode)
repoLocks = *repo.RepoLocks
}
case PolicyCheckKey:
if repo.PolicyCheck != nil {
toLog[PolicyCheckKey] = traceF(i, repo.IDString(), PolicyCheckKey, *repo.PolicyCheck)
policyCheck = *repo.PolicyCheck
}
case CustomPolicyCheckKey:
if repo.CustomPolicyCheck != nil {
toLog[CustomPolicyCheckKey] = traceF(i, repo.IDString(), CustomPolicyCheckKey, *repo.CustomPolicyCheck)
customPolicyCheck = *repo.CustomPolicyCheck
}
case AutoDiscoverKey:
if repo.AutoDiscover != nil {
toLog[AutoDiscoverKey] = traceF(i, repo.IDString(), AutoDiscoverKey, repo.AutoDiscover.Mode)
autoDiscover = *repo.AutoDiscover
}
case SilencePRCommentsKey:
if repo.SilencePRComments != nil {
toLog[SilencePRCommentsKey] = traceF(i, repo.IDString(), SilencePRCommentsKey, repo.SilencePRComments)
silencePRComments = repo.SilencePRComments
}
}
}
}
}
for _, l := range toLog {
log.Debug(l)
}
// repoLocking is deprecated and enabled by default, disable repo locks if it is explicitly disabled
if !repoLocking {
repoLocks.Mode = RepoLocksDisabledMode
}
return
}
// MatchingRepo returns an instance of Repo which matches a given repoID.
// If multiple repos match, return the last one for consistency with getMatchingCfg.
func (g GlobalCfg) MatchingRepo(repoID string) *Repo {
for i := len(g.Repos) - 1; i >= 0; i-- {
repo := g.Repos[i]
if repo.IDMatches(repoID) {
return &repo
}
}
return nil
}
// RepoConfigFile returns a repository specific file path
// If not defined, return atlantis.yaml as default
func (g GlobalCfg) RepoConfigFile(repoID string) string {
repo := g.MatchingRepo(repoID)
if repo != nil && repo.RepoConfigFile != "" {
return repo.RepoConfigFile
}
return DefaultAtlantisFile
}