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importables.go
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importables.go
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package exporter
import (
"crypto/md5"
"encoding/base64"
"encoding/json"
"fmt"
"log"
"regexp"
"sort"
"strconv"
"strings"
"time"
"golang.org/x/exp/slices"
"github.com/databricks/databricks-sdk-go/service/workspaceconf"
"github.com/databricks/terraform-provider-databricks/access"
"github.com/databricks/terraform-provider-databricks/clusters"
"github.com/databricks/terraform-provider-databricks/common"
"github.com/databricks/terraform-provider-databricks/jobs"
"github.com/databricks/terraform-provider-databricks/permissions"
"github.com/databricks/terraform-provider-databricks/pipelines"
"github.com/databricks/terraform-provider-databricks/repos"
"github.com/databricks/terraform-provider-databricks/secrets"
"github.com/databricks/terraform-provider-databricks/sql"
sql_api "github.com/databricks/terraform-provider-databricks/sql/api"
"github.com/databricks/terraform-provider-databricks/storage"
"github.com/databricks/terraform-provider-databricks/workspace"
"github.com/hashicorp/hcl/v2/hclwrite"
"github.com/hashicorp/terraform-plugin-sdk/v2/helper/schema"
"github.com/hashicorp/terraform-plugin-sdk/v2/terraform"
"github.com/zclconf/go-cty/cty"
)
var (
adlsGen2Regex = regexp.MustCompile(`^(abfss?)://([^@]+)@([^.]+)\.(?:[^/]+)(/.*)?$`)
adlsGen1Regex = regexp.MustCompile(`^(adls?)://([^.]+)\.(?:[^/]+)(/.*)?$`)
wasbsRegex = regexp.MustCompile(`^(wasbs?)://([^@]+)@([^.]+)\.(?:[^/]+)(/.*)?$`)
s3Regex = regexp.MustCompile(`^(s3a?)://([^/]+)(/.*)?$`)
gsRegex = regexp.MustCompile(`^gs://([^/]+)(/.*)?$`)
globalWorkspaceConfName = "global_workspace_conf"
nameNormalizationRegex = regexp.MustCompile(`\W+`)
jobClustersRegex = regexp.MustCompile(`^((job_cluster|task)\.[0-9]+\.new_cluster\.[0-9]+\.)`)
dltClusterRegex = regexp.MustCompile(`^(cluster\.[0-9]+\.)`)
uuidRegex = regexp.MustCompile(`^[0-9a-f]{8}-[0-9a-f]{4}-[0-9a-f]{4}-[0-9a-f]{4}-[0-9a-f]{12}$`)
predefinedClusterPolicies = []string{"Personal Compute", "Job Compute", "Power User Compute", "Shared Compute"}
secretPathRegex = regexp.MustCompile(`^\{\{secrets\/([^\/]+)\/([^}]+)\}\}$`)
sqlParentRegexp = regexp.MustCompile(`^folders/(\d+)$`)
)
func generateMountBody(ic *importContext, body *hclwrite.Body, r *resource) error {
mount := ic.mountMap[r.ID]
b := body.AppendNewBlock("resource", []string{r.Resource, r.Name}).Body()
b.SetAttributeValue("name", cty.StringVal(strings.Replace(r.ID, "/mnt/", "", 1)))
if res := s3Regex.FindStringSubmatch(mount.URL); res != nil {
block := b.AppendNewBlock("s3", nil).Body()
block.SetAttributeValue("bucket_name", cty.StringVal(res[2]))
if mount.InstanceProfile != "" {
block.SetAttributeValue("instance_profile", cty.StringVal(mount.InstanceProfile))
} else if mount.ClusterID != "" {
b.SetAttributeValue("cluster_id", cty.StringVal(mount.ClusterID))
}
} else if res := gsRegex.FindStringSubmatch(mount.URL); res != nil {
block := b.AppendNewBlock("gs", nil).Body()
block.SetAttributeValue("bucket_name", cty.StringVal(res[1]))
if mount.ClusterID != "" {
b.SetAttributeValue("cluster_id", cty.StringVal(mount.ClusterID))
}
} else if res := adlsGen2Regex.FindStringSubmatch(mount.URL); res != nil {
containerName := res[2]
storageAccountName := res[3]
block := b.AppendNewBlock("abfs", nil).Body()
block.SetAttributeValue("container_name", cty.StringVal(containerName))
block.SetAttributeValue("storage_account_name", cty.StringVal(storageAccountName))
if res[4] != "" && res[4] != "/" {
block.SetAttributeValue("directory", cty.StringVal(res[4]))
}
varName := ic.regexFix("_"+storageAccountName+"_"+containerName+"_abfs", ic.nameFixes)
textStr := fmt.Sprintf(" for mounting ADLSv2 resource %s://%s@%s",
res[1], containerName, storageAccountName)
block.SetAttributeRaw("client_id", ic.variable(
"client_id"+varName, "Client ID"+textStr))
block.SetAttributeRaw("tenant_id", ic.variable(
"tenant_id"+varName, "Tenant ID"+textStr))
block.SetAttributeRaw("client_secret_scope", ic.variable(
"client_secret_scope"+varName,
"Secret scope name that stores app client secret"+textStr))
block.SetAttributeRaw("client_secret_key", ic.variable(
"client_secret_key"+varName,
"Key in secret scope that stores app client secret"+textStr))
block.SetAttributeValue("initialize_file_system", cty.BoolVal(false))
} else if res := adlsGen1Regex.FindStringSubmatch(mount.URL); res != nil {
block := b.AppendNewBlock("adl", nil).Body()
storageResourceName := res[2]
block.SetAttributeValue("storage_resource_name", cty.StringVal(storageResourceName))
if res[3] != "" && res[3] != "/" {
block.SetAttributeValue("directory", cty.StringVal(res[3]))
}
varName := ic.regexFix("_"+storageResourceName+"_adl", ic.nameFixes)
textStr := fmt.Sprintf(" for mounting ADLSv1 resource %s://%s", res[1], storageResourceName)
block.SetAttributeRaw("client_id", ic.variable("client_id"+varName, "Client ID"+textStr))
block.SetAttributeRaw("tenant_id", ic.variable("tenant_id"+varName, "Tenant IDs"+textStr))
block.SetAttributeRaw("client_secret_scope", ic.variable(
"client_secret_scope"+varName, "Secret scope name that stores app client secret"+textStr))
block.SetAttributeRaw("client_secret_key", ic.variable(
"client_secret_key"+varName, "Key in secret scope that stores app client secret"+textStr))
} else if res := wasbsRegex.FindStringSubmatch(mount.URL); res != nil {
containerName := res[2]
storageAccountName := res[3]
block := b.AppendNewBlock("wasb", nil).Body()
block.SetAttributeValue("container_name", cty.StringVal(containerName))
block.SetAttributeValue("storage_account_name", cty.StringVal(storageAccountName))
if res[4] != "" && res[4] != "/" {
block.SetAttributeValue("directory", cty.StringVal(res[4]))
}
block.SetAttributeValue("auth_type", cty.StringVal("ACCESS_KEY"))
varName := ic.regexFix("_"+storageAccountName+"_"+containerName+"_wasb", ic.nameFixes)
textStr := fmt.Sprintf(" for mounting WASB resource %s://%s@%s",
res[1], containerName, storageAccountName)
block.SetAttributeRaw("token_secret_scope", ic.variable(
"client_secret_scope"+varName,
"Secret scope name that stores app client secret"+textStr))
block.SetAttributeRaw("token_secret_key", ic.variable(
"client_secret_key"+varName,
"Key in secret scope that stores app client secret"+textStr))
} else {
return fmt.Errorf("no matching handler for: %s", mount.URL)
}
body.AppendNewline()
return nil
}
var resourcesMap map[string]importable = map[string]importable{
"databricks_dbfs_file": {
Service: "storage",
Name: func(ic *importContext, d *schema.ResourceData) string {
fileNameMd5 := fmt.Sprintf("%x", md5.Sum([]byte(d.Id())))
s := strings.Split(d.Id(), "/")
name := "_" + fileNameMd5 + "_" + s[len(s)-1]
return name
},
Import: func(ic *importContext, r *resource) error {
dbfsAPI := storage.NewDbfsAPI(ic.Context, ic.Client)
content, err := dbfsAPI.Read(r.ID)
if err != nil {
return err
}
name := ic.Importables["databricks_dbfs_file"].Name(ic, r.Data)
fileName, err := ic.createFile(name, content)
log.Printf("Creating %s for %s", fileName, r)
if err != nil {
return err
}
r.Data.Set("source", fileName)
return nil
},
Depends: []reference{
{Path: "source", File: true},
},
},
"databricks_instance_pool": {
Service: "compute",
Name: func(ic *importContext, d *schema.ResourceData) string {
raw, ok := d.GetOk("instance_pool_name")
if !ok || raw.(string) == "" {
return strings.Split(d.Id(), "-")[2]
}
return raw.(string)
},
Import: func(ic *importContext, r *resource) error {
if ic.meAdmin {
ic.Emit(&resource{
Resource: "databricks_permissions",
ID: fmt.Sprintf("/instance-pools/%s", r.ID),
Name: "inst_pool_" + ic.Importables["databricks_instance_pool"].Name(ic, r.Data),
})
}
return nil
},
},
"databricks_instance_profile": {
Service: "access",
Name: func(ic *importContext, d *schema.ResourceData) string {
arn := d.Get("instance_profile_arn").(string)
splits := strings.Split(arn, "/")
return splits[len(splits)-1]
},
},
"databricks_group_role": {
Service: "access",
Depends: []reference{
{Path: "group_id", Resource: "databricks_group"},
{Path: "role", Resource: "databricks_instance_profile", Match: "instance_profile_arn"},
},
},
"databricks_library": {
Service: "compute",
Depends: []reference{
{Path: "cluster_id", Resource: "databricks_cluster"},
{Path: "jar", Resource: "databricks_dbfs_file", Match: "dbfs_path"},
{Path: "whl", Resource: "databricks_dbfs_file", Match: "dbfs_path"},
{Path: "egg", Resource: "databricks_dbfs_file", Match: "dbfs_path"},
},
Name: func(ic *importContext, d *schema.ResourceData) string {
return d.Id()
},
},
"databricks_cluster": {
Service: "compute",
Name: func(ic *importContext, d *schema.ResourceData) string {
name := d.Get("cluster_name").(string)
if name == "" {
return strings.Split(d.Id(), "-")[2]
}
return fmt.Sprintf("%s_%s", name, d.Id())
},
Depends: []reference{
{Path: "aws_attributes.instance_profile_arn", Resource: "databricks_instance_profile"},
{Path: "instance_pool_id", Resource: "databricks_instance_pool"},
{Path: "driver_instance_pool_id", Resource: "databricks_instance_pool"},
{Path: "init_scripts.dbfs.destination", Resource: "databricks_dbfs_file", Match: "dbfs_path"},
{Path: "library.jar", Resource: "databricks_dbfs_file", Match: "dbfs_path"},
{Path: "library.whl", Resource: "databricks_dbfs_file", Match: "dbfs_path"},
{Path: "library.egg", Resource: "databricks_dbfs_file", Match: "dbfs_path"},
{Path: "policy_id", Resource: "databricks_cluster_policy"},
{Path: "single_user_name", Resource: "databricks_user", Match: "user_name"},
{Path: "single_user_name", Resource: "databricks_service_principal", Match: "application_id"},
},
List: func(ic *importContext) error {
clusters, err := clusters.NewClustersAPI(ic.Context, ic.Client).List()
if err != nil {
return err
}
lastActiveMs := ic.lastActiveDays * 24 * 60 * 60 * 1000
for offset, c := range clusters {
if c.ClusterSource == "JOB" {
log.Printf("[INFO] Skipping job cluster %s", c.ClusterID)
continue
}
if strings.HasPrefix(c.ClusterName, "terraform-") {
log.Printf("[INFO] Skipping terraform-specific cluster %s", c.ClusterName)
continue
}
if !ic.MatchesName(c.ClusterName) {
log.Printf("[INFO] Skipping %s because it doesn't match %s", c.ClusterName, ic.match)
continue
}
if c.LastActivityTime < time.Now().Unix()-lastActiveMs {
log.Printf("[INFO] Older inactive cluster %s", c.ClusterName)
continue
}
ic.Emit(&resource{
Resource: "databricks_cluster",
ID: c.ClusterID,
})
log.Printf("[INFO] Scanned %d of %d clusters", offset+1, len(clusters))
}
return nil
},
Import: func(ic *importContext, r *resource) error {
var c clusters.Cluster
s := ic.Resources["databricks_cluster"].Schema
common.DataToStructPointer(r.Data, s, &c)
ic.importCluster(&c)
if ic.meAdmin {
ic.Emit(&resource{
Resource: "databricks_permissions",
ID: fmt.Sprintf("/clusters/%s", r.ID),
Name: "cluster_" + ic.Importables["databricks_cluster"].Name(ic, r.Data),
})
}
return ic.importClusterLibraries(r.Data, s)
},
ShouldOmitField: makeShouldOmitFieldForCluster(nil),
},
"databricks_job": {
ApiVersion: common.API_2_1,
Service: "jobs",
Name: func(ic *importContext, d *schema.ResourceData) string {
return fmt.Sprintf("%s_%s", d.Get("name").(string), d.Id())
},
Depends: []reference{
{Path: "email_notifications.on_failure", Resource: "databricks_user", Match: "user_name"},
{Path: "email_notifications.on_success", Resource: "databricks_user", Match: "user_name"},
{Path: "email_notifications.on_start", Resource: "databricks_user", Match: "user_name"},
{Path: "new_cluster.aws_attributes.instance_profile_arn", Resource: "databricks_instance_profile"},
{Path: "new_cluster.init_scripts.dbfs.destination", Resource: "databricks_dbfs_file", Match: "dbfs_path"},
{Path: "new_cluster.instance_pool_id", Resource: "databricks_instance_pool"},
{Path: "new_cluster.driver_instance_pool_id", Resource: "databricks_instance_pool"},
{Path: "new_cluster.policy_id", Resource: "databricks_cluster_policy"},
{Path: "existing_cluster_id", Resource: "databricks_cluster"},
{Path: "library.jar", Resource: "databricks_dbfs_file", Match: "dbfs_path"},
{Path: "library.whl", Resource: "databricks_dbfs_file", Match: "dbfs_path"},
{Path: "library.egg", Resource: "databricks_dbfs_file", Match: "dbfs_path"},
{Path: "spark_python_task.python_file", Resource: "databricks_dbfs_file", Match: "dbfs_path"},
{Path: "spark_python_task.parameters", Resource: "databricks_dbfs_file", Match: "dbfs_path"},
{Path: "spark_jar_task.jar_uri", Resource: "databricks_dbfs_file", Match: "dbfs_path"},
{Path: "notebook_task.notebook_path", Resource: "databricks_notebook"},
{Path: "notebook_task.notebook_path", Resource: "databricks_repo", Match: "path", MatchType: MatchPrefix},
{Path: "pipeline_task.pipeline_id", Resource: "databricks_pipeline"},
{Path: "task.library.jar", Resource: "databricks_dbfs_file", Match: "dbfs_path"},
{Path: "task.library.whl", Resource: "databricks_dbfs_file", Match: "dbfs_path"},
{Path: "task.library.egg", Resource: "databricks_dbfs_file", Match: "dbfs_path"},
{Path: "task.spark_python_task.python_file", Resource: "databricks_dbfs_file", Match: "dbfs_path"},
{Path: "task.spark_python_task.parameters", Resource: "databricks_dbfs_file", Match: "dbfs_path"},
{Path: "task.spark_jar_task.jar_uri", Resource: "databricks_dbfs_file", Match: "dbfs_path"},
{Path: "task.notebook_task.notebook_path", Resource: "databricks_notebook"},
{Path: "task.notebook_task.notebook_path", Resource: "databricks_repo", Match: "path", MatchType: MatchPrefix},
{Path: "task.pipeline_task.pipeline_id", Resource: "databricks_pipeline"},
{Path: "task.sql_task.query.query_id", Resource: "databricks_sql_query"},
{Path: "task.sql_task.dashboard.dashboard_id", Resource: "databricks_sql_dashboard"},
{Path: "task.sql_task.warehouse_id", Resource: "databricks_sql_endpoint"},
{Path: "task.dbt_task.warehouse_id", Resource: "databricks_sql_endpoint"},
{Path: "task.new_cluster.aws_attributes.instance_profile_arn", Resource: "databricks_instance_profile"},
{Path: "task.new_cluster.init_scripts.dbfs.destination", Resource: "databricks_dbfs_file", Match: "dbfs_path"},
{Path: "task.new_cluster.instance_pool_id", Resource: "databricks_instance_pool"},
{Path: "task.new_cluster.driver_instance_pool_id", Resource: "databricks_instance_pool"},
{Path: "task.new_cluster.policy_id", Resource: "databricks_cluster_policy"},
{Path: "task.existing_cluster_id", Resource: "databricks_cluster"},
{Path: "job_cluster.new_cluster.aws_attributes.instance_profile_arn", Resource: "databricks_instance_profile"},
{Path: "job_cluster.new_cluster.init_scripts.dbfs.destination", Resource: "databricks_dbfs_file", Match: "dbfs_path"},
{Path: "job_cluster.new_cluster.instance_pool_id", Resource: "databricks_instance_pool"},
{Path: "job_cluster.new_cluster.driver_instance_pool_id", Resource: "databricks_instance_pool"},
{Path: "job_cluster.new_cluster.policy_id", Resource: "databricks_cluster_policy"},
},
Import: func(ic *importContext, r *resource) error {
var job jobs.JobSettings
s := ic.Resources["databricks_job"].Schema
common.DataToStructPointer(r.Data, s, &job)
ic.importCluster(job.NewCluster)
ic.Emit(&resource{
Resource: "databricks_cluster",
ID: job.ExistingClusterID,
})
if ic.meAdmin {
ic.Emit(&resource{
Resource: "databricks_permissions",
ID: fmt.Sprintf("/jobs/%s", r.ID),
Name: "job_" + ic.Importables["databricks_job"].Name(ic, r.Data),
})
}
if job.SparkPythonTask != nil {
ic.emitIfDbfsFile(job.SparkPythonTask.PythonFile)
for _, p := range job.SparkPythonTask.Parameters {
ic.emitIfDbfsFile(p)
}
}
if job.SparkJarTask != nil {
jarURI := job.SparkJarTask.JarURI
if jarURI != "" {
if libs, ok := r.Data.Get("library").(*schema.Set); ok {
// nolint remove legacy jar uri support
r.Data.Set("spark_jar_task", []any{
map[string]any{
"main_class_name": job.SparkJarTask.MainClassName,
"parameters": job.SparkJarTask.Parameters,
},
})
// if variable doesn't contain a sad face, it's a job jar
if !strings.Contains(jarURI, ":/") {
jarURI = fmt.Sprintf("dbfs:/FileStore/job-jars/%s", jarURI)
}
ic.emitIfDbfsFile(jarURI)
libs.Add(map[string]any{
"jar": jarURI,
})
// nolint
r.Data.Set("library", libs)
}
}
}
if job.NotebookTask != nil {
ic.emitNotebookOrRepo(job.NotebookTask.NotebookPath)
}
if job.PipelineTask != nil {
ic.Emit(&resource{
Resource: "databricks_pipeline",
ID: job.PipelineTask.PipelineID,
})
}
// Support for multitask jobs
for _, task := range job.Tasks {
if task.NotebookTask != nil {
ic.emitNotebookOrRepo(task.NotebookTask.NotebookPath)
}
if task.PipelineTask != nil {
ic.Emit(&resource{
Resource: "databricks_pipeline",
ID: task.PipelineTask.PipelineID,
})
}
if task.SparkPythonTask != nil {
ic.emitIfDbfsFile(task.SparkPythonTask.PythonFile)
for _, p := range task.SparkPythonTask.Parameters {
ic.emitIfDbfsFile(p)
}
}
if task.SqlTask != nil {
if task.SqlTask.Query != nil {
ic.Emit(&resource{
Resource: "databricks_sql_query",
ID: task.SqlTask.Query.QueryID,
})
}
if task.SqlTask.Dashboard != nil {
ic.Emit(&resource{
Resource: "databricks_sql_dashboard",
ID: task.SqlTask.Dashboard.DashboardID,
})
}
if task.SqlTask.WarehouseID != "" {
ic.Emit(&resource{
Resource: "databricks_sql_endpoint",
ID: task.SqlTask.WarehouseID,
})
}
}
if task.DbtTask != nil {
if task.DbtTask.WarehouseId != "" {
ic.Emit(&resource{
Resource: "databricks_sql_endpoint",
ID: task.DbtTask.WarehouseId,
})
}
}
ic.importCluster(task.NewCluster)
ic.Emit(&resource{
Resource: "databricks_cluster",
ID: task.ExistingClusterID,
})
for _, lib := range task.Libraries {
ic.emitIfDbfsFile(lib.Whl)
ic.emitIfDbfsFile(lib.Jar)
ic.emitIfDbfsFile(lib.Egg)
}
}
for _, jc := range job.JobClusters {
ic.importCluster(jc.NewCluster)
}
return ic.importLibraries(r.Data, s)
},
List: func(ic *importContext) error {
if l, err := jobs.NewJobsAPI(ic.Context, ic.Client).List(); err == nil {
ic.importJobs(l)
}
return nil
},
ShouldOmitField: func(ic *importContext, pathString string, as *schema.Schema, d *schema.ResourceData) bool {
switch pathString {
case "url", "format":
return true
}
if res := jobClustersRegex.FindStringSubmatch(pathString); res != nil { // analyze job clusters
return makeShouldOmitFieldForCluster(jobClustersRegex)(ic, pathString, as, d)
}
return defaultShouldOmitFieldFunc(ic, pathString, as, d)
},
},
"databricks_cluster_policy": {
Service: "compute",
Name: func(ic *importContext, d *schema.ResourceData) string {
return d.Get("name").(string)
},
Import: func(ic *importContext, r *resource) error {
if ic.meAdmin {
ic.Emit(&resource{
Resource: "databricks_permissions",
ID: fmt.Sprintf("/cluster-policies/%s", r.ID),
Name: "cluster_policy_" + ic.Importables["databricks_cluster_policy"].Name(ic, r.Data),
})
}
var definition map[string]map[string]any
err := json.Unmarshal([]byte(r.Data.Get("definition").(string)), &definition)
if err != nil {
return err
}
for k, policy := range definition {
value, vok := policy["value"]
defaultValue, dok := policy["defaultValue"]
typ := policy["type"]
if !vok && !dok {
log.Printf("[INFO] Skipping policy element as it doesn't have both value and defaultValue")
continue
}
if k == "aws_attributes.instance_profile_arn" {
ic.Emit(&resource{
Resource: "databricks_instance_profile",
ID: eitherString(value, defaultValue),
})
}
if k == "instance_pool_id" || k == "driver_instance_pool_id" {
ic.Emit(&resource{
Resource: "databricks_instance_pool",
ID: eitherString(value, defaultValue),
})
}
if typ == "fixed" &&
strings.HasPrefix(k, "init_scripts.") &&
strings.HasSuffix(k, ".dbfs.destination") {
ic.emitIfDbfsFile(eitherString(value, defaultValue))
}
}
policyName := r.Data.Get("name").(string)
if slices.Contains(predefinedClusterPolicies, policyName) {
r.Mode = "data"
// we need to set definition to empty value because otherwise it will be put into
// generated HCL code for data source, and it only supports the `name` attribute
r.Data.Set("definition", "")
}
return nil
},
// TODO: special formatting required, where JSON is written line by line
// so that we're able to do the references
Body: resourceOrDataBlockBody,
},
"databricks_group": {
Service: "groups",
Name: func(ic *importContext, d *schema.ResourceData) string {
return d.Get("display_name").(string) + "_" + d.Id()
},
List: func(ic *importContext) error {
if err := ic.cacheGroups(); err != nil {
return err
}
// TODO: don't export users and admins group
for offset, g := range ic.allGroups {
if !ic.MatchesName(g.DisplayName) {
log.Printf("[INFO] Group %s doesn't match %s filter", g.DisplayName, ic.match)
continue
}
ic.Emit(&resource{
Resource: "databricks_group",
ID: g.ID,
})
log.Printf("[INFO] Scanned %d of %d groups", offset+1, len(ic.allGroups))
}
return nil
},
Search: func(ic *importContext, r *resource) error {
if err := ic.cacheGroups(); err != nil {
return err
}
for _, g := range ic.allGroups {
if g.DisplayName == r.Value && r.Attribute == "display_name" {
r.ID = g.ID
return nil
}
}
return nil
},
Import: func(ic *importContext, r *resource) error {
groupName := r.Data.Get("display_name").(string)
if groupName == "admins" || groupName == "users" {
// admins & users are to be imported through "data block"
r.Mode = "data"
r.Data.Set("workspace_access", false)
r.Data.Set("databricks_sql_access", false)
r.Data.Set("allow_instance_pool_create", false)
r.Data.Set("allow_cluster_create", false)
r.Data.State().Set(&terraform.InstanceState{
ID: r.ID,
Attributes: map[string]string{
"display_name": r.Name,
},
})
} else if r.Data != nil {
r.Data.Set("force", true)
}
if err := ic.cacheGroups(); err != nil {
return err
}
for _, g := range ic.allGroups {
if r.ID != g.ID {
continue
}
for _, instanceProfile := range g.Roles {
ic.Emit(&resource{
Resource: "databricks_instance_profile",
ID: instanceProfile.Value,
})
ic.Emit(&resource{
Resource: "databricks_group_role",
ID: fmt.Sprintf("%s|%s", g.ID, instanceProfile.Value),
})
}
if g.DisplayName == "users" && !ic.importAllUsers {
log.Printf("[INFO] Skipping import of entire user directory ...")
continue
}
if len(g.Members) > 10 {
log.Printf("[INFO] Importing %d members of %s",
len(g.Members), g.DisplayName)
}
for _, parent := range g.Groups {
ic.Emit(&resource{
Resource: "databricks_group",
ID: parent.Value,
})
if parent.Type == "direct" {
ic.Emit(&resource{
Resource: "databricks_group_member",
ID: fmt.Sprintf("%s|%s", parent.Value, g.ID),
Name: fmt.Sprintf("%s_%s_%s", parent.Display, parent.Value, g.DisplayName),
})
}
}
for i, x := range g.Members {
if strings.Contains(x.Ref, "Users/") {
ic.Emit(&resource{
Resource: "databricks_user",
ID: x.Value,
})
}
if strings.Contains(x.Ref, "ServicePrincipals/") {
ic.Emit(&resource{
Resource: "databricks_service_principal",
ID: x.Value,
})
}
if strings.Contains(x.Ref, "Groups/") {
ic.Emit(&resource{
Resource: "databricks_group",
ID: x.Value,
})
ic.Emit(&resource{
Resource: "databricks_group_member",
ID: fmt.Sprintf("%s|%s", g.ID, x.Value),
Name: fmt.Sprintf("%s_%s_%s", g.DisplayName, g.ID, x.Display),
})
}
if len(g.Members) > 10 {
log.Printf("[INFO] Imported %d of %d members of %s",
i, len(g.Members), g.DisplayName)
}
}
}
return nil
},
Body: resourceOrDataBlockBody,
},
"databricks_group_member": {
Service: "groups",
Depends: []reference{
{Path: "group_id", Resource: "databricks_group"},
{Path: "member_id", Resource: "databricks_user"},
{Path: "member_id", Resource: "databricks_group"},
{Path: "member_id", Resource: "databricks_service_principal"},
},
},
"databricks_user": {
Service: "users",
Name: func(ic *importContext, d *schema.ResourceData) string {
s := d.Get("user_name").(string)
// if CLI argument includeUserDomains is set then it includes domain portion as well
if ic.includeUserDomains {
return nameNormalizationRegex.ReplaceAllString(s, "_")
}
return nameNormalizationRegex.ReplaceAllString(strings.Split(s, "@")[0], "_")
},
Search: func(ic *importContext, r *resource) error {
u, err := ic.findUserByName(r.Value)
if err != nil {
return err
}
r.ID = u.ID
return nil
},
Import: func(ic *importContext, r *resource) error {
username := r.Data.Get("user_name").(string)
r.Data.Set("force", true)
u, err := ic.findUserByName(username)
if err != nil {
return err
}
userName := u.DisplayName
if userName == "" {
userName = u.UserName
}
ic.emitGroups(u, userName)
return nil
},
},
"databricks_service_principal": {
Service: "users",
Name: func(ic *importContext, d *schema.ResourceData) string {
name := d.Get("display_name").(string)
if name == "" {
name = d.Get("application_id").(string)
if len(name) > 8 {
name = name[0:8]
}
}
return name + "_" + d.Id()
},
Search: func(ic *importContext, r *resource) error {
u, err := ic.findSpnByAppID(r.Value)
if err != nil {
return err
}
r.ID = u.ID
return nil
},
ShouldOmitField: func(ic *importContext, pathString string, as *schema.Schema, d *schema.ResourceData) bool {
// application_id should be provided only on Azure
if pathString == "display_name" && ic.Client.IsAzure() {
applicationID := d.Get("application_id").(string)
displayName := d.Get("display_name").(string)
return applicationID == displayName
}
return pathString == "home" || pathString == "repos" || (pathString == "application_id" && !ic.Client.IsAzure())
},
Import: func(ic *importContext, r *resource) error {
applicationID := r.Data.Get("application_id").(string)
r.Data.Set("force", true)
u, err := ic.findSpnByAppID(applicationID)
if err != nil {
return err
}
spnName := u.DisplayName
if spnName == "" {
spnName = u.ApplicationID
}
ic.emitGroups(u, spnName)
return nil
},
},
"databricks_permissions": {
Service: "access",
Name: func(ic *importContext, d *schema.ResourceData) string {
s := strings.Split(d.Id(), "/")
return s[len(s)-1]
},
Depends: []reference{
{Path: "job_id", Resource: "databricks_job"},
{Path: "pipeline_id", Resource: "databricks_pipeline"},
{Path: "cluster_id", Resource: "databricks_cluster"},
{Path: "instance_pool_id", Resource: "databricks_instance_pool"},
{Path: "cluster_policy_id", Resource: "databricks_cluster_policy"},
{Path: "sql_query_id", Resource: "databricks_sql_query"},
{Path: "sql_dashboard_id", Resource: "databricks_sql_dashboard"},
{Path: "sql_endpoint_id", Resource: "databricks_sql_endpoint"},
{Path: "registered_model_id", Resource: "databricks_mlflow_model"},
{Path: "experiment_id", Resource: "databricks_mlflow_experiment"},
{Path: "repo_id", Resource: "databricks_repo"},
{Path: "directory_id", Resource: "databricks_directory", Match: "object_id"},
{Path: "notebook_id", Resource: "databricks_notebook", Match: "object_id"},
{Path: "access_control.user_name", Resource: "databricks_user", Match: "user_name"},
{Path: "access_control.group_name", Resource: "databricks_group", Match: "display_name"},
{Path: "access_control.service_principal_name", Resource: "databricks_service_principal", Match: "application_id"},
},
Ignore: func(ic *importContext, r *resource) bool {
var permissions permissions.PermissionsEntity
s := ic.Resources["databricks_permissions"].Schema
common.DataToStructPointer(r.Data, s, &permissions)
return (len(permissions.AccessControlList) == 0)
},
Import: func(ic *importContext, r *resource) error {
var permissions permissions.PermissionsEntity
s := ic.Resources["databricks_permissions"].Schema
common.DataToStructPointer(r.Data, s, &permissions)
for _, ac := range permissions.AccessControlList {
ic.Emit(&resource{
Resource: "databricks_user",
Attribute: "user_name",
Value: ac.UserName,
})
ic.Emit(&resource{
Resource: "databricks_group",
Attribute: "display_name",
Value: ac.GroupName,
})
ic.Emit(&resource{
Resource: "databricks_service_principal",
Attribute: "application_id",
Value: ac.ServicePrincipalName,
})
}
return nil
},
},
"databricks_secret_scope": {
Service: "secrets",
Name: func(ic *importContext, d *schema.ResourceData) string {
name := d.Get("name").(string)
return name + "_" + generateUniqueID(name)
},
List: func(ic *importContext) error {
ssAPI := secrets.NewSecretScopesAPI(ic.Context, ic.Client)
if scopes, err := ssAPI.List(); err == nil {
for i, scope := range scopes {
if !ic.MatchesName(scope.Name) {
log.Printf("[INFO] Secret scope %s doesn't match %s filter",
scope.Name, ic.match)
continue
}
ic.Emit(&resource{
Resource: "databricks_secret_scope",
ID: scope.Name,
})
log.Printf("[INFO] Imported %d of %d secret scopes", i+1, len(scopes))
}
}
return nil
},
Import: func(ic *importContext, r *resource) error {
backendType, _ := r.Data.GetOk("backend_type")
if backendType != "AZURE_KEYVAULT" {
if l, err := secrets.NewSecretsAPI(ic.Context, ic.Client).List(r.ID); err == nil {
for _, secret := range l {
ic.Emit(&resource{
Resource: "databricks_secret",
ID: fmt.Sprintf("%s|||%s", r.ID, secret.Key),
})
}
}
}
if l, err := secrets.NewSecretAclsAPI(ic.Context, ic.Client).List(r.ID); err == nil {
for _, acl := range l {
ic.Emit(&resource{
Resource: "databricks_secret_acl",
ID: fmt.Sprintf("%s|||%s", r.ID, acl.Principal),
})
}
}
return nil
},
},
"databricks_secret": {
Service: "secrets",
Depends: []reference{
{Path: "string_value", Variable: true},
{Path: "scope", Resource: "databricks_secret_scope"},
{Path: "string_value", Resource: "vault_generic_secret", Match: "data"},
{Path: "string_value", Resource: "aws_kms_secrets", Match: "plaintext"},
{Path: "string_value", Resource: "azurerm_key_vault_secret", Match: "value"},
{Path: "string_value", Resource: "aws_secretsmanager_secret_version", Match: "secret_string"},
},
Name: func(ic *importContext, d *schema.ResourceData) string {
name := fmt.Sprintf("%s_%s", d.Get("scope"), d.Get("key"))
return name + "_" + generateUniqueID(name)
},
},
"databricks_secret_acl": {
Service: "secrets",
Depends: []reference{
{Path: "scope", Resource: "databricks_secret_scope"},
{Path: "principal", Resource: "databricks_group", Match: "display_name"},
{Path: "principal", Resource: "databricks_user", Match: "user_name"},
{Path: "principal", Resource: "databricks_service_principal", Match: "application_id"},
},
},
"databricks_mount": {
Service: "mounts",
Body: generateMountBody,
List: func(ic *importContext) error {
if !ic.mounts {
return nil
}
if err := ic.refreshMounts(); err != nil {
return err
}
for mountName, source := range ic.mountMap {
if !ic.MatchesName(mountName) {
continue
}
if strings.HasPrefix(source.URL, "s3a://") {
log.Printf("[INFO] Emitting databricks_mount: %s", source.URL)
if source.InstanceProfile != "" {
ic.Emit(&resource{
Resource: "databricks_instance_profile",
ID: source.InstanceProfile,
})
} else if source.ClusterID != "" {
ic.Emit(&resource{
Resource: "databricks_cluster",
ID: source.ClusterID,
})
}
} else if strings.HasPrefix(source.URL, "gs://") {
if source.ClusterID != "" {
ic.Emit(&resource{
Resource: "databricks_cluster",
ID: source.ClusterID,
})
}
} else if res := adlsGen2Regex.FindStringSubmatch(source.URL); res != nil {
} else if res := adlsGen1Regex.FindStringSubmatch(source.URL); res != nil {
} else if res := wasbsRegex.FindStringSubmatch(source.URL); res != nil {
} else {
log.Printf("[INFO] No matching handler for: %s", source.URL)
continue
}
log.Printf("[INFO] Emitting databricks_mount: %s", source.URL)
ic.Emit(&resource{
Resource: "databricks_mount",
ID: mountName,
Data: ic.Resources["databricks_mount"].Data(
&terraform.InstanceState{
ID: mountName,
Attributes: map[string]string{},
}),
})
}
return nil
},
Depends: []reference{
{Path: "s3_bucket_name", Resource: "aws_s3_bucket", Match: "bucket"}, // this should be changed somehow & avoid clashes with GCS bucket_name
{Path: "instance_profile", Resource: "databricks_instance_profile"},
{Path: "cluster_id", Resource: "databricks_cluster"},
{Path: "storage_account_name", Resource: "azurerm_storage_account", Match: "name"}, // similarly for WASBS vs ABFSS
{Path: "container_name", Resource: "azurerm_storage_container", Match: "name"},
{Path: "storage_resource_name", Resource: "azurerm_data_lake_store", Match: "name"},
},
},
"databricks_global_init_script": {
Service: "workspace",
Name: func(ic *importContext, d *schema.ResourceData) string {
name := d.Get("name").(string)
if name == "" {
return d.Id()
}
return name
},
List: func(ic *importContext) error {
globalInitScripts, err := workspace.NewGlobalInitScriptsAPI(ic.Context, ic.Client).List()
if err != nil {
return err
}
for offset, gis := range globalInitScripts {
ic.Emit(&resource{
Resource: "databricks_global_init_script",
ID: gis.ScriptID,
})
log.Printf("[INFO] Scanned %d of %d global init scripts", offset+1, len(globalInitScripts))
}
return nil
},
Import: func(ic *importContext, r *resource) error {
gis, err := workspace.NewGlobalInitScriptsAPI(ic.Context, ic.Client).Get(r.ID)
if err != nil {
return err
}
content, err := base64.StdEncoding.DecodeString(gis.ContentBase64)
if err != nil {
return err
}
fileName, err := ic.createFile(fmt.Sprintf("%s.sh", r.Name), content)
log.Printf("Creating %s for %s", fileName, r)
if err != nil {
return err
}
return r.Data.Set("source", fileName)
},
Depends: []reference{
{Path: "source", File: true},
},
},
"databricks_repo": {
Service: "repos",
Name: func(ic *importContext, d *schema.ResourceData) string {
name := d.Get("path").(string)
if name == "" {
return d.Id()
}
return nameNormalizationRegex.ReplaceAllString(name[7:], "_")
},
Search: func(ic *importContext, r *resource) error {
reposAPI := repos.NewReposAPI(ic.Context, ic.Client)
notebooksAPI := workspace.NewNotebooksAPI(ic.Context, ic.Client)
repoDir, err := notebooksAPI.Read(r.Value)
if err != nil {
return err
}
repo, err := reposAPI.Read(fmt.Sprintf("%d", repoDir.ObjectID))
if err != nil {
return err
}
r.ID = fmt.Sprintf("%d", repo.ID)
return nil
},
List: func(ic *importContext) error {
repoList, err := repos.NewReposAPI(ic.Context, ic.Client).ListAll()
if err != nil {
return err
}
for offset, repo := range repoList {
if repo.Url != "" {
ic.Emit(&resource{
Resource: "databricks_repo",
ID: fmt.Sprintf("%d", repo.ID),