core

package
v0.3.12 Latest Latest
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 Go to latest Published: May 18, 2022 License: Apache-2.0 Imports: 15 Imported by: 1

Documentation

Overview

Package core is the backbone of the tunnel client, it defines the tunnel lifecycle and allows attaching hooks for functionality as plugins.

Index

Constants

View Source 
const (
	// FileAdded file added in commit
	FileAdded int = iota + 1
	// FileRemoved file removed in commit
	FileRemoved
	// FileModified file modified in commit
	FileModified
)
View Source 
const (
	// GitHub as git provider
	GitHub string = "github"
	// GitLab as git provider
	GitLab string = "gitlab"
	// Bitbucket as git provider
	Bitbucket string = "bitbucket"
)

Variables

View Source 
var TierOpts = map[Tier]Specs{
	Internal: {CPU: 0.5, RAM: 384},
	XSmall:   {CPU: 1, RAM: 2000},
	Small:    {CPU: 2, RAM: 4000},
	Medium:   {CPU: 4, RAM: 8000},
	Large:    {CPU: 8, RAM: 16000},
	XLarge:   {CPU: 16, RAM: 32000},
}

TierOpts is const map which map each tier to specs

Functions

This section is empty.

Types

type AzureClient 

type AzureClient interface {
	FindUsingSASUrl(ctx context.Context, sasURL string) (io.ReadCloser, error)
	Find(ctx context.Context, path string) (io.ReadCloser, error)
	Create(ctx context.Context, path string, reader io.Reader, mimeType string) (string, error)
	CreateUsingSASURL(ctx context.Context, sasURL string, reader io.Reader, mimeType string) (string, error)
	GetSASURL(ctx context.Context, containerPath string, containerType ContainerType) (string, error)
	Exists(ctx context.Context, path string) (bool, error)
}

AzureClient defines operation for working with azure store

type BlockTestService 

type BlockTestService interface {
	GetBlockTests(ctx context.Context, tasConfig *TASConfig, repo, branch string) error
}

BlockTestService is used for fetching blocklisted tests

type Cache 

type Cache struct {
	Key   string   `yaml:"key" validate:"required"`
	Paths []string `yaml:"paths" validate:"required"`
}

Cache represents the user's cached directories

type CacheStore 

type CacheStore interface {
	// Download downloads cache present at cacheKey
	Download(ctx context.Context, cacheKey string) error
	// Upload creates, compresses and uploads cache at cacheKey
	Upload(ctx context.Context, cacheKey string, itemsToCompress ...string) error
	// CacheWorkspace caches the workspace onto a mounted volume
	CacheWorkspace(ctx context.Context) error
	// ExtractWorkspace extracts the workspace cache from mounted volume
	ExtractWorkspace(ctx context.Context) error
}

CacheStore defines operation for working with the cache

type CommandType 

type CommandType string

CommandType defines type of command 

const (
	PreRun          CommandType = "prerun"
	PostRun         CommandType = "postrun"
	InstallRunners  CommandType = "installrunners"
	Execution       CommandType = "execution"
	Discovery       CommandType = "discovery"
	Zstd            CommandType = "zstd"
	CoverageMerge   CommandType = "coveragemerge"
	InstallNodeVer  CommandType = "installnodeversion"
	InitGit         CommandType = "initgit"
	RenameCloneFile CommandType = "renameclonefile"
)

Types of Command string

type CommitChangeList 

type CommitChangeList struct {
	Sha      string   `json:"Sha"`
	Link     string   `json:"Link"`
	Added    []string `json:"added"`
	Removed  []string `json:"removed"`
	Modified []string `json:"modified"`
	Message  string   `json:"message"`
}

CommitChangeList defines information related to commits

type ContainerImageConfig 

type ContainerImageConfig struct {
	AuthRegistry string
	Image        string
	Mode         config.ModeType
	PullPolicy   config.PullPolicyType
}

ContainerImageConfig contains registry config for docker

type ContainerStatus 

type ContainerStatus struct {
	Done  bool
	Error errs.Err
}

ContainerStatus contains status of container

type ContainerType 

type ContainerType string

ContainerType defines types of container 

const (
	CacheContainer   ContainerType = "cache"
	LogsContainer    ContainerType = "logs"
	PayloadContainer ContainerType = "container-payload"
)

Types of containers

type CoverageManifest 

type CoverageManifest struct {
	Removedfiles      []string           `json:"removed_files"`
	AllFilesExecuted  bool               `json:"all_files_executed"`
	CoverageThreshold *CoverageThreshold `json:"coverage_threshold,omitempty"`
}

CoverageManifest for post processing coverage job

type CoverageService 

type CoverageService interface {
	MergeAndUpload(ctx context.Context, payload *Payload) error
}

CoverageService services coverage of tests

type CoverageThreshold 

type CoverageThreshold struct {
	Branches   float64 `yaml:"branches" json:"branches" validate:"number,min=0,max=100"`
	Lines      float64 `yaml:"lines" json:"lines" validate:"number,min=0,max=100"`
	Functions  float64 `yaml:"functions" json:"functions" validate:"number,min=0,max=100"`
	Statements float64 `yaml:"statements" json:"statements" validate:"number,min=0,max=100"`
	PerFile    bool    `yaml:"perFile" json:"perFile"`
}

CoverageThreshold reprents the code coverage threshold

type DiffManager 

type DiffManager interface {
	GetChangedFiles(ctx context.Context, payload *Payload, oauth *Oauth) (map[string]int, error)
}

DiffManager manages the diff findings for the given payload

type DiscoveryResult 

type DiscoveryResult struct {
	Tests           []TestPayload      `json:"tests"`
	ImpactedTests   []string           `json:"impactedTests"`
	TestSuites      []TestSuitePayload `json:"testSuites"`
	ExecuteAllTests bool               `json:"executeAllTests"`
	Parallelism     int                `json:"parallelism"`
	SplitMode       SplitMode          `json:"splitMode"`
	RepoID          string             `json:"repoID"`
	BuildID         string             `json:"buildID"`
	CommitID        string             `json:"commitID"`
	TaskID          string             `json:"taskID"`
	OrgID           string             `json:"orgID"`
	Branch          string             `json:"branch"`
	Tier            Tier               `json:"tier"`
	ContainerImage  string             `json:"containerImage"`
}

type DockerRunner 

type DockerRunner interface {
	// Creates the execution enging
	Create(context.Context, *RunnerOptions) ContainerStatus

	// Run runs the execution engine
	Run(context.Context, *RunnerOptions) ContainerStatus

	//WaitForRunning waits for runner to get completed
	WaitForCompletion(ctx context.Context, r *RunnerOptions) error

	// Destroy the execution engine
	Destroy(ctx context.Context, r *RunnerOptions) error

	// GetInfo will get resources details of the infra
	GetInfo(context.Context) (float32, int64)

	// Initiate runs docker containers
	Initiate(context.Context, *RunnerOptions, chan ContainerStatus)

	// PullImage will pull image from remote
	PullImage(containerImageConfig *ContainerImageConfig, r *RunnerOptions) error

	// KillRunningDocker kills  container spawn by synapse
	KillRunningDocker(ctx context.Context)
}

DockerRunner defines operations for docker

type EventType 

type EventType string

EventType represents the webhook event 

const (
	// EventPush represents the push event.
	EventPush EventType = "push"
	// EventPullRequest represents the pull request event.
	EventPullRequest EventType = "pull-request"
)

type ExecutionID 

type ExecutionID string

ExecutionID type

type ExecutionManager 

type ExecutionManager interface {
	// ExecuteUserCommands executes the preRun or postRun commands given by user in his yaml.
	ExecuteUserCommands(ctx context.Context, commandType CommandType, payload *Payload, runConfig *Run, secretData map[string]string) error
	// ExecuteInternalCommands executes the commands like installing runners and test discovery.
	ExecuteInternalCommands(ctx context.Context, commandType CommandType, commands []string, cwd string, envMap, secretData map[string]string) error
	// GetEnvVariables get the environment variables from the env map given by user.
	GetEnvVariables(envMap, secretData map[string]string) ([]string, error)
	// StoreCommandLogs stores the command logs in the azure.
	StoreCommandLogs(ctx context.Context, blobPath string, reader io.Reader) <-chan error
}

ExecutionManager has responsibility for executing the preRun, postRun and internal commands

type ExecutionResult 

type ExecutionResult struct {
	TestPayload      []TestPayload      `json:"testResults"`
	TestSuitePayload []TestSuitePayload `json:"testSuiteResults"`
}

ExecutionResult represents the request body for test and test suite execution

type ExecutionResults 

type ExecutionResults struct {
	TaskID   string            `json:"taskID"`
	BuildID  string            `json:"buildID"`
	RepoID   string            `json:"repoID"`
	OrgID    string            `json:"orgID"`
	CommitID string            `json:"commitID"`
	TaskType TaskType          `json:"taskType"`
	Results  []ExecutionResult `json:"results"`
}

ExecutionResults represents collection of execution results

type GitManager 

type GitManager interface {
	// Clone repository from TAS config
	Clone(ctx context.Context, payload *Payload, oauth *Oauth) error
}

GitManager manages the cloning of git repositories

type JobInfo 

type JobInfo struct {
	Status  StatusType `json:"status"`
	JobID   string     `json:"job_id"`
	ID      string     `json:"id"`
	Mode    string     `json:"mode"`
	BuildID string     `json:"build_id"`
}

JobInfo stuct for job updates info

type LoginDetails 

type LoginDetails struct {
	Name      string  `json:"name"`
	SynapseID string  `json:"synapse_id"`
	SecretKey string  `json:"secret_key"`
	CPU       float32 `json:"cpu"`
	RAM       int64   `json:"ram"`
}

LoginDetails struct

type Merge 

type Merge struct {
	Patterns []string          `yaml:"pattern" validate:"required,gt=0"`
	EnvMap   map[string]string `yaml:"env" validate:"omitempty,gt=0"`
}

Merge represents pre and post merge

type Message 

type Message struct {
	Type    MessageType `json:"type"`
	Content []byte      `json:"content"`
	Success bool        `json:"success"`
}

Message struct

type MessageType 

type MessageType string

MessageType defines type of message 

const (
	MsgLogin         MessageType = "login"
	MsgLogout        MessageType = "logout"
	MsgTask          MessageType = "task"
	MsgInfo          MessageType = "info"
	MsgError         MessageType = "error"
	MsgResourceStats MessageType = "resourcestats"
	MsgJobInfo       MessageType = "jobinfo"
)

types of messages

type Modifier 

type Modifier struct {
	Type   string
	Config string
	Cli    string
}

Modifier defines struct for modifier

type NotifMessage 

type NotifMessage struct {
	Type   string
	Value  string
	Status string
	Error  string
}

NotifMessage defines struct for notification message

type Oauth 

type Oauth struct {
	AccessToken  string    `json:"access_token"`
	Expiry       time.Time `json:"expiry"`
	RefreshToken string    `json:"refresh_token"`
	Type         TokenType `json:"token_type,omitempty"`
}

Oauth represents the sructure of Oauth

type Payload 

type Payload struct {
	RepoSlug                   string             `json:"repo_slug"`
	ForkSlug                   string             `json:"fork_slug"`
	RepoLink                   string             `json:"repo_link"`
	BuildTargetCommit          string             `json:"build_target_commit"`
	BuildBaseCommit            string             `json:"build_base_commit"`
	TaskID                     string             `json:"task_id"`
	BranchName                 string             `json:"branch_name"`
	BuildID                    string             `json:"build_id"`
	RepoID                     string             `json:"repo_id"`
	OrgID                      string             `json:"org_id"`
	GitProvider                string             `json:"git_provider"`
	PrivateRepo                bool               `json:"private_repo"`
	EventType                  EventType          `json:"event_type"`
	Diff                       string             `json:"diff_url"`
	PullRequestNumber          int                `json:"pull_request_number"`
	Commits                    []CommitChangeList `json:"commits"`
	TasFileName                string             `json:"tas_file_name"`
	Locators                   string             `json:"locators"`
	LocatorAddress             string             `json:"locator_address"`
	ParentCommitCoverageExists bool               `json:"parent_commit_coverage_exists"`
	LicenseTier                Tier               `json:"license_tier"`
	CollectCoverage            bool               `json:"collect_coverage"`
	TaskType                   TaskType           `json:"-"`
}

Payload defines structure of payload

type PayloadManager 

type PayloadManager interface {
	// ValidatePayload validates the nucleus payload
	ValidatePayload(ctx context.Context, payload *Payload) error
	// FetchPayload used for fetching the payload used for running nucleus
	FetchPayload(ctx context.Context, payloadAddress string) (*Payload, error)
}

PayloadManager defines operations for payload

type Pipeline 

type Pipeline struct {
	Cfg                  *config.NucleusConfig
	Payload              *Payload
	Logger               lumber.Logger
	PayloadManager       PayloadManager
	TASConfigManager     TASConfigManager
	GitManager           GitManager
	ExecutionManager     ExecutionManager
	DiffManager          DiffManager
	CacheStore           CacheStore
	TestDiscoveryService TestDiscoveryService
	BlockTestService     BlockTestService
	TestExecutionService TestExecutionService
	CoverageService      CoverageService
	TestStats            TestStats
	Task                 Task
	SecretParser         SecretParser
	HTTPClient           http.Client
}

Pipeline defines all attributes of Pipeline

func NewPipeline 

func NewPipeline(cfg *config.NucleusConfig, logger lumber.Logger) (*Pipeline, error)

NewPipeline creates and returns a new Pipeline instance

func (*Pipeline) Start 

func (pl *Pipeline) Start(ctx context.Context) (err error)

Start starts pipeline lifecycle

type PodType 

type PodType string

PodType specifies the type of pod 

const (
	NucleusPod  PodType = "nucleus"
	CoveragePod PodType = "coverage"
)

Values that PodType can take

type PostMergeStrategyName 

type PostMergeStrategyName string

PostMergeStrategyName type 

const (
	AfterNCommitStrategy PostMergeStrategyName = "after_n_commits"
)

All const of type PostMergeStrategyName

type Requests 

type Requests interface {
	// MakeAPIRequest makes an HTTP request
	MakeAPIRequest(ctx context.Context, httpMethod, endpoint string, body []byte) ([]byte, error)
}

Requests is a util interface for making API Requests

type ResourceStats 

type ResourceStats struct {
	Status StatType `json:"status"`
	CPU    float32  `json:"cpu"`
	RAM    int64    `json:"ram"`
}

ResourceStats struct for CPU, RAM details

type Run 

type Run struct {
	Commands []string          `yaml:"command" validate:"omitempty,gt=0"`
	EnvMap   map[string]string `yaml:"env" validate:"omitempty,gt=0"`
}

Run represents pre and post runs

type RunnerOptions 

type RunnerOptions struct {
	ContainerID               string            `json:"container_id"`
	DockerImage               string            `json:"docker_image"`
	ContainerPort             int               `json:"container_port"`
	HostPort                  int               `json:"host_port"`
	Label                     map[string]string `json:"label"`
	NameSpace                 string            `json:"name_space"`
	ServiceAccount            string            `json:"service_account"`
	PodName                   string            `json:"pod_name"`
	ContainerName             string            `json:"container_name"`
	ContainerArgs             []string          `json:"container_args"`
	ContainerCommands         []string          `json:"container_commands"`
	HostVolumePath            string            `json:"host_volume_path"`
	PersistentVolumeClaimName string            `json:"persistent_volume_claim_name"`
	Env                       []string          `json:"env"`
	OrgID                     string            `json:"org_id"`
	Vault                     *VaultOpts        `json:"vault"`
	LogfilePath               string            `json:"logfile_path"`
	PodType                   PodType           `json:"pod_type"`
	Tier                      Tier              `json:"tier"`
}

RunnerOptions provides the the required instructions for execution engine.

type Secret 

type Secret map[string]string

Secret struct for holding secret data

type SecretParser 

type SecretParser interface {
	// GetOauthSecret parses the oauth secret for given path
	GetOauthSecret(filepath string) (*Oauth, error)
	// GetRepoSecret parses the repo secret for given path
	GetRepoSecret(string) (map[string]string, error)
	// SubstituteSecret replace secret placeholders with their respective values
	SubstituteSecret(command string, secretData map[string]string) (string, error)
	// Expired reports whether the token is expired.
	Expired(token *Oauth) bool
}

SecretParser defines operation for parsing the vault secrets in given path

type SecretsManager 

type SecretsManager interface {
	// GetLambdatestSecrets returns lambdatest config
	GetLambdatestSecrets() *config.LambdatestConfig

	// WriteGitSecrets writes git secrets to file
	WriteGitSecrets(path string) error

	// WriteRepoSecrets writes repo secrets to file
	WriteRepoSecrets(repo string, path string) error

	// GetDockerSecrets returns Mode , RegistryAuth, and URL for pulling remote docker image
	GetDockerSecrets(r *RunnerOptions) (ContainerImageConfig, error)
	// GetSynapseName returns synapse name mentioned in config
	GetSynapseName() string
}

SecretsManager defines operation for secrets

type Specs 

type Specs struct {
	CPU float32
	RAM int64
}

Specs denotes system specification

type SplitMode added in v0.2.0 

type SplitMode string

SplitMode is the mode for splitting tests 

const (
	FileSplit SplitMode = "file"
	TestSplit SplitMode = "test"
)

list of support test splitting modes

type Stability 

type Stability struct {
	ConsecutiveRuns int `yaml:"consecutive_runs"`
}

Stability defines struct for stability

type StatType 

type StatType string

StatType defines type of resource status 

const (
	ResourceRelease StatType = "release"
	ResourceCapture StatType = "capture"
)

ResourceStats types

type Status 

type Status string

Status represents the task status 

const (
	Initiating Status = "initiating"
	Running    Status = "running"
	Failed     Status = "failed"
	Aborted    Status = "aborted"
	Passed     Status = "passed"
	Error      Status = "error"
)

Const related to task status

type StatusType 

type StatusType string

StatusType defines type job status 

const (
	JobCompleted StatusType = "complete"
	JobStarted   StatusType = "started"
	JobFailed    StatusType = "failed"
)

JobInfo types

type SynapseManager 

type SynapseManager interface {
	// InitiateConnection initiates the connection with LT cloud
	InitiateConnection(ctx context.Context, wg *sync.WaitGroup, connectionFailed chan struct{})
}

SynapseManager denfines operations for synapse client

type TASConfig 

type TASConfig struct {
	SmartRun          bool               `yaml:"smartRun"`
	Framework         string             `yaml:"framework" validate:"required,oneof=jest mocha jasmine"`
	Blocklist         []string           `yaml:"blocklist"`
	Postmerge         *Merge             `yaml:"postMerge" validate:"omitempty"`
	Premerge          *Merge             `yaml:"preMerge" validate:"omitempty"`
	Cache             *Cache             `yaml:"cache" validate:"omitempty"`
	Prerun            *Run               `yaml:"preRun" validate:"omitempty"`
	Postrun           *Run               `yaml:"postRun" validate:"omitempty"`
	Parallelism       int                `yaml:"parallelism"`
	SplitMode         SplitMode          `yaml:"splitMode" validate:"oneof=test file"`
	SkipCache         bool               `yaml:"skipCache"`
	ConfigFile        string             `yaml:"configFile" validate:"omitempty"`
	CoverageThreshold *CoverageThreshold `yaml:"coverageThreshold" validate:"omitempty"`
	Tier              Tier               `yaml:"tier" validate:"oneof=xsmall small medium large xlarge"`
	NodeVersion       string             `yaml:"nodeVersion" validate:"omitempty,semver"`
	ContainerImage    string             `yaml:"containerImage"`
}

TASConfig represents the .tas.yml file

type TASConfigManager 

type TASConfigManager interface {
	// LoadAndValidate loads and validates the TASConfig from the given path
	LoadAndValidate(ctx context.Context, path string, eventType EventType, licenseTier Tier) (*TASConfig, error)
}

TASConfigManager defines operations for tas config

type Task 

type Task interface {
	// UpdateStatus updates status of the task
	UpdateStatus(ctx context.Context, payload *TaskPayload) error
}

Task is a service to update task status at neuron

type TaskPayload 

type TaskPayload struct {
	TaskID      string    `json:"task_id"`
	Status      Status    `json:"status"`
	RepoSlug    string    `json:"repo_slug"`
	RepoLink    string    `json:"repo_link"`
	RepoID      string    `json:"repo_id"`
	OrgID       string    `json:"org_id"`
	GitProvider string    `json:"git_provider"`
	CommitID    string    `json:"commit_id,omitempty"`
	BuildID     string    `json:"build_id"`
	StartTime   time.Time `json:"start_time"`
	EndTime     time.Time `json:"end_time,omitempty"`
	Remark      string    `json:"remark,omitempty"`
	Type        TaskType  `json:"type"`
}

TaskPayload repersent task response given by nucleus to neuron

type TaskType 

type TaskType string

TaskType specifies the type of a Task 

const (
	DiscoveryTask TaskType = "discover"
	ExecutionTask TaskType = "execute"
	FlakyTask     TaskType = "flaky"
)

Task Type values.

type TestDiscoveryService 

type TestDiscoveryService interface {
	// Discover executes the test discovery scripts.
	Discover(ctx context.Context, tasConfig *TASConfig,
		payload *Payload, secretData map[string]string, diff map[string]int, diffExists bool) error
}

TestDiscoveryService services discovery of tests

type TestExecutionService 

type TestExecutionService interface {
	// Run executes the test execution scripts.
	Run(ctx context.Context, tasConfig *TASConfig,
		payload *Payload, coverageDirectory string, secretMap map[string]string) (results *ExecutionResults, err error)
	// SendResults sends the test execution results to the TAS server.
	SendResults(ctx context.Context, payload *ExecutionResults) (resp *TestReportResponsePayload, err error)
}

TestExecutionService services execution of tests

type TestPayload 

type TestPayload struct {
	TestID          string             `json:"testID"`
	Detail          string             `json:"_detail"`
	SuiteID         string             `json:"suiteID"`
	Suites          []string           `json:"_suites"`
	Title           string             `json:"title"`
	FullTitle       string             `json:"fullTitle"`
	Name            string             `json:"name"`
	Duration        int                `json:"duration"`
	FilePath        string             `json:"file"`
	Line            string             `json:"line"`
	Col             string             `json:"col"`
	CurrentRetry    int                `json:"currentRetry"`
	Status          string             `json:"status"`
	DAG             []string           `json:"dependsOn"`
	Filelocator     string             `json:"locator"`
	BlocklistSource string             `json:"blocklistSource"`
	Blocklisted     bool               `json:"blocklist"`
	StartTime       time.Time          `json:"start_time"`
	EndTime         time.Time          `json:"end_time"`
	Stats           []TestProcessStats `json:"stats"`
	FailureMessage  string             `json:"failureMessage"`
}

TestPayload represents the request body for test execution

type TestProcessStats 

type TestProcessStats struct {
	Memory     uint64    `json:"memory_consumed,omitempty"`
	CPU        float64   `json:"cpu_percentage,omitempty"`
	Storage    uint64    `json:"storage,omitempty"`
	RecordTime time.Time `json:"record_time"`
}

TestProcessStats process stats associated with each test

type TestReportResponsePayload added in v0.3.1 

type TestReportResponsePayload struct {
	TaskID     string `json:"taskID"`
	TaskStatus Status `json:"taskStatus"`
	Remark     string `json:"remark,omitempty"`
}

TestReportResponsePayload represents the response body for test and test suite report api.

type TestStats 

type TestStats interface {
	CaptureTestStats(pid int32, collectStats bool) error
}

TestStats is used for servicing stat collection

type TestStatus 

type TestStatus string

TestStatus stores tests status 

const (
	Blocklisted TestStatus = "blocklisted"
	Quarantined TestStatus = "quarantined"
)

type TestSuitePayload 

type TestSuitePayload struct {
	SuiteID         string             `json:"suiteID"`
	SuiteName       string             `json:"suiteName"`
	ParentSuiteID   string             `json:"parentSuiteID"`
	BlocklistSource string             `json:"blocklistSource"`
	Blocklisted     bool               `json:"blocklist"`
	StartTime       time.Time          `json:"start_time"`
	EndTime         time.Time          `json:"end_time"`
	Duration        int                `json:"duration"`
	Status          string             `json:"status"`
	Stats           []TestProcessStats `json:"stats"`
	TotalTests      int                `json:"totalTests"`
}

TestSuitePayload represents the request body for test suite execution

type Tier 

type Tier string

Tier type of synapse 

const (
	Internal Tier = "internal"
	XSmall   Tier = "xsmall"
	Small    Tier = "small"
	Medium   Tier = "medium"
	Large    Tier = "large"
	XLarge   Tier = "xlarge"
)

TaskTier values.

type TokenType 

type TokenType string
const (
	// Bearer as token type
	Bearer TokenType = "Bearer"
	// Basic as token type
	Basic TokenType = "Basic"
)

type VaultOpts 

type VaultOpts struct {
	// SecretPath path of the repo secrets.
	SecretPath string
	// TokenPath path of the user token.
	TokenPath string
	// RoleName vault role name
	RoleName string
	// Namespace is the default vault namespace
	Namespace string
}

VaultOpts provides the vault path options

type VaultSecret 

type VaultSecret struct {
	Secrets Secret `json:"data"`
}

VaultSecret holds secrets in vault format

type ZstdCompressor 

type ZstdCompressor interface {
	Compress(ctx context.Context, compressedFileName string, preservePath bool, workingDirectory string, filesToCompress ...string) error
	Decompress(ctx context.Context, filePath string, preservePath bool, workingDirectory string) error
}

ZstdCompressor performs zstd compression and decompression

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