Configure Boundary using Terraform | Boundary

With Boundary is still running in dev mode, you are going to use Terraform to configure your Boundary environment.

This tutorial will configure the following resources:

Type	Name	Notes
Organization	corp_one	A new organization
Users	(multiple)	Creates 9 users (Jim, Jeff, Randy, etc.)
Group	read-only	A new group with 3 users
Roles	(multiple)	2 new roles (Read-only and admin)
Auth Method	Corp Password	A new password auth method
Project	core_infra	A new project within the corp_one organization
Host catalog	backend_servers	A new host catalog with one host set
Host set	backend_servers_ssh	A new host set with 2 hosts
Targets	(multiple)	2 new targets (ssh_server and backend_server)

»Prerequisites

Terraform 0.13.0 or later installed
Boundary is still running in dev mode

»Background

Terraform is an infrastructure automation tool that makes provisioning resources simple and repeatable. The process of configuring Boundary resources using the CLI can be tedious and time-intensive. Using Terraform, setting up the resources needed for a Boundary deployment can be simplified and easily repeated at scale.

This tutorial uses the official Boundary provider in the Terraform registry. Other Terraform modules exist that simplify the process of standing up an environment further, such as the getting-started module that deploys everything needed for first log in.

»Configure Boundary

To get started, create a directory named, boundary-test.

$ mkdir ~/boundary-test && cd ~/boundary-test

$ mkdir ~/boundary-test && cd ~/boundary-test

Create a Terraform configuration file, main.tf and paste in the following.

provider "boundary" {
  addr                            = "http://127.0.0.1:9200"
  auth_method_id                  = "ampw_1234567890"
  password_auth_method_login_name = "admin"
  password_auth_method_password   = "password"
}

variable "users" {
  type    = set(string)
  default = [
    "Jim",
    "Mike",
    "Todd",
    "Jeff",
    "Randy",
    "Susmitha"
  ]
}

variable "readonly_users" {
  type    = set(string)
  default = [
    "Chris",
    "Pete",
    "Justin"
  ]
}

variable "backend_server_ips" {
  type    = set(string)
  default = [
    "10.1.0.1",
    "10.1.0.2",
  ]
}

resource "boundary_scope" "global" {
  global_scope = true
  description  = "My first global scope!"
  scope_id     = "global"
}

resource "boundary_scope" "corp" {
  name                     = "corp_one"
  description              = "My first scope!"
  scope_id                 = boundary_scope.global.id
  auto_create_admin_role   = true
  auto_create_default_role = true
}

## Use password auth method
resource "boundary_auth_method" "password" {
  name     = "Corp Password"
  scope_id = boundary_scope.corp.id
  type     = "password"
}

resource "boundary_account" "users_acct" {
  for_each       = var.users
  name           = each.key
  description    = "User account for ${each.key}"
  type           = "password"
  login_name     = lower(each.key)
  password       = "password"
  auth_method_id = boundary_auth_method.password.id
}

resource "boundary_user" "users" {
  for_each    = var.users
  name        = each.key
  description = "User resource for ${each.key}"
  scope_id    = boundary_scope.corp.id
}

resource "boundary_user" "readonly_users" {
  for_each    = var.readonly_users
  name        = each.key
  description = "User resource for ${each.key}"
  scope_id    = boundary_scope.corp.id
}

resource "boundary_group" "readonly" {
  name        = "read-only"
  description = "Organization group for readonly users"
  member_ids  = [for user in boundary_user.readonly_users : user.id]
  scope_id    = boundary_scope.corp.id
}

resource "boundary_role" "organization_readonly" {
  name        = "Read-only"
  description = "Read-only role"
  principal_ids = [boundary_group.readonly.id]
  grant_strings = ["id=*;type=*;actions=read"]
  scope_id    = boundary_scope.corp.id
}

resource "boundary_role" "organization_admin" {
  name        = "admin"
  description = "Administrator role"
  principal_ids = concat(
    [for user in boundary_user.users: user.id]
  )
  grant_strings   = ["id=*;type=*;actions=create,read,update,delete"]
  scope_id = boundary_scope.corp.id
}

resource "boundary_scope" "core_infra" {
  name                   = "core_infra"
  description            = "My first project!"
  scope_id               = boundary_scope.corp.id
  auto_create_admin_role = true
}

resource "boundary_host_catalog" "backend_servers" {
  name        = "backend_servers"
  description = "Backend servers host catalog"
  type        = "static"
  scope_id    = boundary_scope.core_infra.id
}

resource "boundary_host" "backend_servers" {
  for_each        = var.backend_server_ips
  type            = "static"
  name            = "backend_server_service_${each.value}"
  description     = "Backend server host"
  address         = each.key
  host_catalog_id = boundary_host_catalog.backend_servers.id
}

resource "boundary_host_set" "backend_servers_ssh" {
  type            = "static"
  name            = "backend_servers_ssh"
  description     = "Host set for backend servers"
  host_catalog_id = boundary_host_catalog.backend_servers.id
  host_ids        = [for host in boundary_host.backend_servers : host.id]
}

# create target for accessing backend servers on port :8000
resource "boundary_target" "backend_servers_service" {
  type         = "tcp"
  name         = "backend_server"
  description  = "Backend service target"
  scope_id     = boundary_scope.core_infra.id
  default_port = "8080"

  host_set_ids = [
    boundary_host_set.backend_servers_ssh .id
  ]
}

# create target for accessing backend servers on port :22
resource "boundary_target" "backend_servers_ssh" {
  type         = "tcp"
  name         = "ssh_server"
  description  = "Backend SSH target"
  scope_id     = boundary_scope.core_infra.id
  default_port = "22"

  host_set_ids = [
    boundary_host_set.backend_servers_ssh.id
  ]
}

main.tf

1  2  3  4  5  6  7  8  9  10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100101102103104105106107108109110111112113114115116117118119120121122123124125126127128129130131132133134135136137138139140141142143144145146147148149150151152153154155156157158159160161162provider "boundary" {  addr                            = "http://127.0.0.1:9200"  auth_method_id                  = "ampw_1234567890"  password_auth_method_login_name = "admin"  password_auth_method_password   = "password"}
variable "users" {  type    = set(string)  default = [    "Jim",    "Mike",    "Todd",    "Jeff",    "Randy",    "Susmitha"  ]}
variable "readonly_users" {  type    = set(string)  default = [    "Chris",    "Pete",    "Justin"  ]}
variable "backend_server_ips" {  type    = set(string)  default = [    "10.1.0.1",    "10.1.0.2",  ]}
resource "boundary_scope" "global" {  global_scope = true  description  = "My first global scope!"  scope_id     = "global"}
resource "boundary_scope" "corp" {  name                     = "corp_one"  description              = "My first scope!"  scope_id                 = boundary_scope.global.id  auto_create_admin_role   = true  auto_create_default_role = true}
## Use password auth methodresource "boundary_auth_method" "password" {  name     = "Corp Password"  scope_id = boundary_scope.corp.id  type     = "password"}
resource "boundary_account" "users_acct" {  for_each       = var.users  name           = each.key  description    = "User account for ${each.key}"  type           = "password"  login_name     = lower(each.key)  password       = "password"  auth_method_id = boundary_auth_method.password.id}
resource "boundary_user" "users" {  for_each    = var.users  name        = each.key  description = "User resource for ${each.key}"  scope_id    = boundary_scope.corp.id}
resource "boundary_user" "readonly_users" {  for_each    = var.readonly_users  name        = each.key  description = "User resource for ${each.key}"  scope_id    = boundary_scope.corp.id}
resource "boundary_group" "readonly" {  name        = "read-only"  description = "Organization group for readonly users"  member_ids  = [for user in boundary_user.readonly_users : user.id]  scope_id    = boundary_scope.corp.id}
resource "boundary_role" "organization_readonly" {  name        = "Read-only"  description = "Read-only role"  principal_ids = [boundary_group.readonly.id]  grant_strings = ["id=*;type=*;actions=read"]  scope_id    = boundary_scope.corp.id}
resource "boundary_role" "organization_admin" {  name        = "admin"  description = "Administrator role"  principal_ids = concat(    [for user in boundary_user.users: user.id]  )  grant_strings   = ["id=*;type=*;actions=create,read,update,delete"]  scope_id = boundary_scope.corp.id}
resource "boundary_scope" "core_infra" {  name                   = "core_infra"  description            = "My first project!"  scope_id               = boundary_scope.corp.id  auto_create_admin_role = true}
resource "boundary_host_catalog" "backend_servers" {  name        = "backend_servers"  description = "Backend servers host catalog"  type        = "static"  scope_id    = boundary_scope.core_infra.id}
resource "boundary_host" "backend_servers" {  for_each        = var.backend_server_ips  type            = "static"  name            = "backend_server_service_${each.value}"  description     = "Backend server host"  address         = each.key  host_catalog_id = boundary_host_catalog.backend_servers.id}
resource "boundary_host_set" "backend_servers_ssh" {  type            = "static"  name            = "backend_servers_ssh"  description     = "Host set for backend servers"  host_catalog_id = boundary_host_catalog.backend_servers.id  host_ids        = [for host in boundary_host.backend_servers : host.id]}
# create target for accessing backend servers on port :8000resource "boundary_target" "backend_servers_service" {  type         = "tcp"  name         = "backend_server"  description  = "Backend service target"  scope_id     = boundary_scope.core_infra.id  default_port = "8080"
  host_set_ids = [    boundary_host_set.backend_servers_ssh .id  ]}
# create target for accessing backend servers on port :22resource "boundary_target" "backend_servers_ssh" {  type         = "tcp"  name         = "ssh_server"  description  = "Backend SSH target"  scope_id     = boundary_scope.core_infra.id  default_port = "22"
  host_set_ids = [    boundary_host_set.backend_servers_ssh.id  ]}

The Terraform resources in this configuration map to these Boundary resources:

boundary_scope (line 37) -> A Scope is a permission boundary modeled as a container.
boundary_auth_method (line 52) -> An auth method provides a mechanism for users to authenticate to Boundary.
boundary_account (line 58) -> An account represents a unique set of credentials issued from a configured authentication method which can be used to establish the identity of a user.
boundary_user (line 68) -> A user represents an individual person or entity for the purposes of access control.
boundary_group (line 82) -> A group represents a collection of users which can be treated equally for the purposes of access control.
boundary_role (line 97) -> A role contains a collection of permissions which are granted to any principal assigned to the role.
boundary_host_catalog (line 114) -> A host catalog contains hosts and host sets.
boundary_host (line 121) -> A host represents a computing element with a network address reachable from Boundary.
boundary_host_set (line 130) -> A host set represents a collection of hosts which are considered equivalent for the purposes of access control.
boundary_target (line 152) -> A target represents a networked service with an associated set of permissions a user can connect to and interact with through Boundary by way of a session.

For more detail description and example for each resource, refer to the Terraform Boundary provider documentation.

Now, you are ready to initialize Terraform.

$ terraform init

Initializing the backend...

Initializing provider plugins...
##...snip...

Terraform has been successfully initialized!

You may now begin working with Terraform. Try running "terraform plan" to see
any changes that are required for your infrastructure. All Terraform commands
should now work.

If you ever set or change modules or backend configuration for Terraform,
rerun this command to reinitialize your working directory. If you forget, other
commands will detect it and remind you to do so if necessary.

$ terraform init
Initializing the backend...
Initializing provider plugins...##...snip...
Terraform has been successfully initialized!
You may now begin working with Terraform. Try running "terraform plan" to seeany changes that are required for your infrastructure. All Terraform commandsshould now work.
If you ever set or change modules or backend configuration for Terraform,rerun this command to reinitialize your working directory. If you forget, othercommands will detect it and remind you to do so if necessary.

The init command downloads the latest available Terraform Provider for Boundary. Alternatively, you can clone the Terraform Boundary Provider GitHub repository and build it from the source code. Refer to its README for more detail.

Run terraform apply and review the planned actions. Your terminal output should indicate the plan is running and what resources will be created.

$ terraform apply

##...snip...
Plan: 28 to add, 0 to change, 0 to destroy.

Do you want to perform these actions?
  Terraform will perform the actions described above.
  Only 'yes' will be accepted to approve.

  Enter a value:

$ terraform apply
##...snip...Plan: 28 to add, 0 to change, 0 to destroy.
Do you want to perform these actions?  Terraform will perform the actions described above.  Only 'yes' will be accepted to approve.
  Enter a value:

Enter yes to confirm and resume.

When it completes, you should see "Apply complete" message. Any warnings about deprecated attributes can be ignored for this example.

Apply complete! Resources: 28 added, 0 changed, 0 destroyed.

Apply complete! Resources: 28 added, 0 changed, 0 destroyed.

From the admin console, select the newly created corp_one organization, and verify that Terraform created users, groups, roles and other resources.

New Organization

»Connecting to Targets

The boundary connect command can be used to establish sessions with hosts that Boundary manages. First, log into Boundary as the admin user.

$ boundary authenticate password -auth-method-id=ampw_1234567890 -login-name=admin -password=password

Authentication information:
  Account ID:      apw_8vgZyVhXb9
  Auth Method ID:  ampw_1234567890
  Expiration Time: Fri, 28 May 2021 16:21:36 MDT
  User ID:         u_1234567890

The token was successfully stored in the chosen keyring and is not displayed here.

$ boundary authenticate password -auth-method-id=ampw_1234567890 -login-name=admin -password=password
Authentication information:  Account ID:      apw_8vgZyVhXb9  Auth Method ID:  ampw_1234567890  Expiration Time: Fri, 28 May 2021 16:21:36 MDT  User ID:         u_1234567890
The token was successfully stored in the chosen keyring and is not displayed here.

Next, find the names of all the available scopes using recursive listing.

$ boundary scopes list -recursive

Scope information:
  ID:                    o_1234567890
    Scope ID:            global
    Version:             1
    Name:                Generated org scope
    Description:         Provides an initial org scope in Boundary
    Authorized Actions:
      no-op
      read
      update
      delete

  ID:                    o_7NAS3dPsSo
    Scope ID:            global
    Version:             1
    Name:                corp_one
    Description:         My first scope!
    Authorized Actions:
      no-op
      read
      update
      delete

  ID:                    p_1234567890
    Scope ID:            o_1234567890
    Version:             1
    Name:                Generated project scope
    Description:         Provides an initial project scope in Boundary
    Authorized Actions:
      no-op
      read
      update
      delete

  ID:                    p_vU7WX1mqfP
    Scope ID:            o_7NAS3dPsSo
    Version:             1
    Name:                Core infrastructure
    Description:         My first project!
    Authorized Actions:
      no-op
      read
      update
      delete

$ boundary scopes list -recursive
Scope information:  ID:                    o_1234567890    Scope ID:            global    Version:             1    Name:                Generated org scope    Description:         Provides an initial org scope in Boundary    Authorized Actions:      no-op      read      update      delete
  ID:                    o_7NAS3dPsSo    Scope ID:            global    Version:             1    Name:                corp_one    Description:         My first scope!    Authorized Actions:      no-op      read      update      delete
  ID:                    p_1234567890    Scope ID:            o_1234567890    Version:             1    Name:                Generated project scope    Description:         Provides an initial project scope in Boundary    Authorized Actions:      no-op      read      update      delete
  ID:                    p_vU7WX1mqfP    Scope ID:            o_7NAS3dPsSo    Version:             1    Name:                Core infrastructure    Description:         My first project!    Authorized Actions:      no-op      read      update      delete

Copy the corp_one Scope ID, and use recursive listing again to find all the available targets in the new scope.

$ boundary targets list -scope-id o_7NAS3dPsSo -recursive

Target information:
  ID:                    ttcp_wGUYWqE3uv
    Scope ID:            p_2BTLKlf28Q
    Version:             2
    Type:                tcp
    Name:                ssh_server
    Description:         Backend SSH target
    Authorized Actions:
      no-op
      read
      update
      delete
      add-host-sets
      set-host-sets
      remove-host-sets
      authorize-session

  ID:                    ttcp_iWcuUMd4Un
    Scope ID:            p_2BTLKlf28Q
    Version:             2
    Type:                tcp
    Name:                backend_server
    Description:         Backend service target
    Authorized Actions:
      no-op
      read
      update
      delete
      add-host-sets
      set-host-sets
      remove-host-sets
      authorize-session

$ boundary targets list -scope-id o_7NAS3dPsSo -recursive
Target information:  ID:                    ttcp_wGUYWqE3uv    Scope ID:            p_2BTLKlf28Q    Version:             2    Type:                tcp    Name:                ssh_server    Description:         Backend SSH target    Authorized Actions:      no-op      read      update      delete      add-host-sets      set-host-sets      remove-host-sets      authorize-session
  ID:                    ttcp_iWcuUMd4Un    Scope ID:            p_2BTLKlf28Q    Version:             2    Type:                tcp    Name:                backend_server    Description:         Backend service target    Authorized Actions:      no-op      read      update      delete      add-host-sets      set-host-sets      remove-host-sets      authorize-session

Two tcp targets are available, ssh_server and backend_server.

It's important to note that these targets do not actually exist in this dev environment; the targets have simply been added to the Boundary host catalog using Terraform. In a more realistic scenario these targets would have first been provisioned, and then added to Boundary.

Sessions can be established to targets using the boundary connect command. There are several built-in sub-commands for accessing targets with specific protocols.

Subcommands:

http Authorize a session against a target and invoke an HTTP client to connect
kube Authorize a session against a target and invoke a Kubernetes client to connect
postgres Authorize a session against a target and invoke a Postgres client to connect
rdp Authorize a session against a target and invoke an RDP client to connect
ssh Authorize a session against a target and invoke an SSH client to connect

Start by establishing an ssh connection to the Backend SSH target using boundary connect.

$ boundary connect ssh -target-id ttcp_wGUYWqE3uv

$ boundary connect ssh -target-id ttcp_wGUYWqE3uv

The pending connection will hang as a session is attempted. Remember, these targets do not actually exist, so this demonstration simply shows how the boundary connect command can be used against targets in the host catalog.

The pending connection can be viewed by recursively listing the sessions.

$ boundary sessions list -recursive

Session information:
  ID:                    s_OPL3iAjjBh
    Scope ID:            p_vC4sVQXHzS
    Status:              active
    Created Time:        Mon, 24 May 2021 11:16:53 MDT
    Expiration Time:     Mon, 24 May 2021 19:16:53 MDT
    Updated Time:        Mon, 24 May 2021 11:16:53 MDT
    User ID:             u_1234567890
    Target ID:           ttcp_kj5dezNOhU
    Authorized Actions:
      no-op
      read
      read:self
      cancel
      cancel:self

$ boundary sessions list -recursive
Session information:  ID:                    s_OPL3iAjjBh    Scope ID:            p_vC4sVQXHzS    Status:              active    Created Time:        Mon, 24 May 2021 11:16:53 MDT    Expiration Time:     Mon, 24 May 2021 19:16:53 MDT    Updated Time:        Mon, 24 May 2021 11:16:53 MDT    User ID:             u_1234567890    Target ID:           ttcp_kj5dezNOhU    Authorized Actions:      no-op      read      read:self      cancel      cancel:self

The session can be canceled using the boundary sessions command and providing the session ID.

$ boundary sessions cancel -id s_OPL3iAjjBh

Session information:
  Auth Token ID:       at_zj0GWl5Q2p
  Created Time:        Mon, 24 May 2021 11:20:21 MDT
  Endpoint:            tcp://10.1.0.1:22
  Expiration Time:     Mon, 24 May 2021 19:20:21 MDT
  Host ID:             hst_g13wOr6k7e
  Host Set ID:         hsst_pw1tP5ehvD
  ID:                  s_OPL3iAjjBh
  Status:              canceling
  Target ID:           ttcp_kj5dezNOhU
  Type:                tcp
  Updated Time:        Mon, 24 May 2021 11:20:44 MDT
  User ID:             u_1234567890
  Version:             3

  Scope:
    ID:                p_vC4sVQXHzS
    Name:              Core infrastructure
    Parent Scope ID:   o_Lc2KezxoMu
    Type:              project

  Authorized Actions:
    no-op
    read
    read:self
    cancel
    cancel:self

  States:
    Start Time:        Mon, 24 May 2021 11:20:44 MDT
    Status:            canceling

    End Time:          Mon, 24 May 2021 11:20:44 MDT
    Start Time:        Mon, 24 May 2021 11:20:21 MDT
    Status:            active

    End Time:          Mon, 24 May 2021 11:20:21 MDT
    Start Time:        Mon, 24 May 2021 11:20:21 MDT
    Status:            pending

$ boundary sessions cancel -id s_OPL3iAjjBh
Session information:  Auth Token ID:       at_zj0GWl5Q2p  Created Time:        Mon, 24 May 2021 11:20:21 MDT  Endpoint:            tcp://10.1.0.1:22  Expiration Time:     Mon, 24 May 2021 19:20:21 MDT  Host ID:             hst_g13wOr6k7e  Host Set ID:         hsst_pw1tP5ehvD  ID:                  s_OPL3iAjjBh  Status:              canceling  Target ID:           ttcp_kj5dezNOhU  Type:                tcp  Updated Time:        Mon, 24 May 2021 11:20:44 MDT  User ID:             u_1234567890  Version:             3
  Scope:    ID:                p_vC4sVQXHzS    Name:              Core infrastructure    Parent Scope ID:   o_Lc2KezxoMu    Type:              project
  Authorized Actions:    no-op    read    read:self    cancel    cancel:self
  States:    Start Time:        Mon, 24 May 2021 11:20:44 MDT    Status:            canceling
    End Time:          Mon, 24 May 2021 11:20:44 MDT    Start Time:        Mon, 24 May 2021 11:20:21 MDT    Status:            active
    End Time:          Mon, 24 May 2021 11:20:21 MDT    Start Time:        Mon, 24 May 2021 11:20:21 MDT    Status:            pending

Verify that the session shows Status: Terminated by running boundary sessions list -recursive again.

Targets can be addressed directly using the -target-id option, or using a combination of the -target-name and -target-scope-name options if you provide the project name that the target exists within (core_infra, in this example).

Try this workflow with the other target, backend_server. The boundary connect command can be used for generic tcp connections, without the protocol sub-command.

$ boundary connect -target-name backend_server -target-scope-name core_infra

Proxy listening information:
  Address:             127.0.0.1
  Connection Limit:    1
  Expiration:          Mon, 24 May 2021 20:08:11 MDT
  Port:                62145
  Protocol:            tcp
  Session ID:          s_1QvAJm1EGB

$ boundary connect -target-name backend_server -target-scope-name core_infra
Proxy listening information:  Address:             127.0.0.1  Connection Limit:    1  Expiration:          Mon, 24 May 2021 20:08:11 MDT  Port:                62145  Protocol:            tcp  Session ID:          s_1QvAJm1EGB

Again, the session will hang as a connection is attempted with the target. Like the previous example with the SSH target, verify the pending connection, and then cancel it using the boundary sessions command.

You man encounter the following error when running boundary connect:

$ boundary connect -target-name backend_server -target-scope-name corp_one

Error from controller when performing authorize-session action against given target

Error information:
  Kind:                FailedPrecondition
  Message:             No workers are available to handle this session, or all have been filtered.
  Status:              400
  context:             Error from controller when performing authorize-session action against given target

$ boundary connect -target-name backend_server -target-scope-name corp_one
Error from controller when performing authorize-session action against given target
Error information:  Kind:                FailedPrecondition  Message:             No workers are available to handle this session, or all have been filtered.  Status:              400  context:             Error from controller when performing authorize-session action against given target

If you check the terminal window where boundary dev was run, you may see a log entry related to runtime memory.

==> Boundary server started! Log data will stream in below:

[INFO]  worker: connected to controller: address=127.0.0.1:9201
[INFO]  controller: worker successfully authed: name=dev-worker
[INFO]  controller.worker-handler: session activated: session_id=s_S7kiNTnKB9 target_id=ttcp_kj5dezNOhU user_id=u_1234567890 host_set_id=hsst_pw1tP5ehvD host_id=hst_g13wOr6k7e
[INFO]  controller.worker-handler: authorized connection: session_id=s_S7kiNTnKB9 connection_id=sc_pt0YuhtP76 connections_left=0
[INFO]  controller.worker-handler: connection closed: connection_id=sc_eWPtlZpM7Q
[ERROR] worker: error dialing endpoint: error="dial tcp 10.1.0.1:22: connect: operation timed out" endpoint=tcp://10.1.0.1:22
[INFO]  controller.worker-handler: connection closed: connection_id=sc_eWPtlZpM7Q
[INFO]  worker: http: panic serving 127.0.0.1:60746: runtime error: invalid memory address or nil pointer dereference

==> Boundary server started! Log data will stream in below:
[INFO]  worker: connected to controller: address=127.0.0.1:9201[INFO]  controller: worker successfully authed: name=dev-worker[INFO]  controller.worker-handler: session activated: session_id=s_S7kiNTnKB9 target_id=ttcp_kj5dezNOhU user_id=u_1234567890 host_set_id=hsst_pw1tP5ehvD host_id=hst_g13wOr6k7e[INFO]  controller.worker-handler: authorized connection: session_id=s_S7kiNTnKB9 connection_id=sc_pt0YuhtP76 connections_left=0[INFO]  controller.worker-handler: connection closed: connection_id=sc_eWPtlZpM7Q[ERROR] worker: error dialing endpoint: error="dial tcp 10.1.0.1:22: connect: operation timed out" endpoint=tcp://10.1.0.1:22[INFO]  controller.worker-handler: connection closed: connection_id=sc_eWPtlZpM7Q[INFO]  worker: http: panic serving 127.0.0.1:60746: runtime error: invalid memory address or nil pointer dereference

This implies that the Boundary controller started with dev mode has run out of memory. This can occur after running too many connections agains the dev sever, or by re-provisioning too many times. Simply stop dev mode by entering Ctrl+C, start dev mode again with boundary dev, and run terraform apply --auto-approve to set up the environment again.

You can edit the Terraform configuration file (main.tf) to make changes, and then run terraform apply again to commit the changes. Terraform stores state about your managed infrastructure and configuration which is used to map real world resources to your configuration, keep track of metadata, and to improve performance for large infrastructures. To learn more about Terraform, visit Terraform Learn.

To stop the Boundary dev server, enter Ctrl+C in the terminal where it is running.

Infrastructure

Security

Networking

Applications

»Prerequisites

»Background

»Configure Boundary

»Connecting to Targets