Now I have all the information needed. Let me create a comprehensive report:

## Comprehensive Search Results: `github.com/TheJumpCloud/jcapi-go` Usage in Netbird Codebase

### Summary
I found **3 files** containing references to the JumpCloud API package across the netbird codebase. The package is used exclusively for JumpCloud IDP (Identity Provider) integration with version **v3.0.0+incompatible** and imports from the **v1 API**.

---

### 1. DEPENDENCY DECLARATIONS

#### File: `/Users/misha/Documents/GolandProjects/netbird/netbird/go.mod`
**Line 35:**
```
github.com/TheJumpCloud/jcapi-go v3.0.0+incompatible
```

#### File: `/Users/misha/Documents/GolandProjects/netbird/netbird/go.sum`
**Lines 37-38:**
```
github.com/TheJumpCloud/jcapi-go v3.0.0+incompatible h1:REDACTED
github.com/TheJumpCloud/jcapi-go v3.0.0+incompatible/go.mod h1:REDACTED
```

---

### 2. IMPORT STATEMENTS

#### File: `/Users/misha/Documents/GolandProjects/netbird/netbird/management/server/idp/jumpcloud.go`
**Line 9:**
```go
v1 "github.com/TheJumpCloud/jcapi-go/v1"
```

This is the **only** import of the JumpCloud package in the entire codebase. It imports the v1 API sub-package from version 3.0.0.

---

### 3. TYPES USED FROM THE PACKAGE

#### 3.1 `v1.APIClient` - API Client Type
**File:** `/Users/misha/Documents/GolandProjects/netbird/netbird/management/server/idp/jumpcloud.go`

**Line 21 - Struct Field:**
```go
type JumpCloudManager struct {
	client      *v1.APIClient
	// ... other fields
}
```

**Line 58 - Instantiation:**
```go
client := v1.NewAPIClient(v1.NewConfiguration())
```

**Usage Context:** The `v1.APIClient` is the main client object used to make requests to the JumpCloud API. It's initialized once and stored in the `JumpCloudManager` struct.

---

#### 3.2 `v1.ContextAPIKey` - Authentication Context Key
**File:** `/Users/misha/Documents/GolandProjects/netbird/netbird/management/server/idp/jumpcloud.go`

**Lines 82-84:**
```go
func (jm *JumpCloudManager) authenticationContext() context.Context {
	return context.WithValue(context.Background(), v1.ContextAPIKey, v1.APIKey{
		Key: jm.apiToken,
	})
}
```

**Usage Context:** Constant used as the key for storing API authentication credentials in the Go context. Used with the `v1.APIKey` type to provide API token authentication.

---

#### 3.3 `v1.APIKey` - Authentication Credentials Type
**File:** `/Users/misha/Documents/GolandProjects/netbird/netbird/management/server/idp/jumpcloud.go`

**Lines 82-84:**
```go
return context.WithValue(context.Background(), v1.ContextAPIKey, v1.APIKey{
	Key: jm.apiToken,
})
```

**Usage Context:** Struct used to hold API authentication information. The `Key` field is set with the API token from configuration.

---

#### 3.4 `v1.Systemuserreturn` - User Response Type
**File:** `/Users/misha/Documents/GolandProjects/netbird/netbird/management/server/idp/jumpcloud.go`

**Line 250 - Function Parameter:**
```go
func parseJumpCloudUser(user v1.Systemuserreturn) *UserData {
	names := []string{user.Firstname, user.Middlename, user.Lastname}
	return &UserData{
		Email: user.Email,
		Name:  strings.Join(names, " "),
		ID:    user.Id,
	}
}
```

**Usage Context:** Represents a system user returned from the JumpCloud API. Has the following fields accessed:
- `user.Firstname` - First name of the user
- `user.Middlename` - Middle name of the user
- `user.Lastname` - Last name of the user
- `user.Email` - Email address
- `user.Id` - User ID

This type is used in multiple methods:
1. **Line 95** - `GetUserDataByID()` receives a single `v1.Systemuserreturn`
2. **Line 139** - `GetAccount()` iterates over `userList.Results` containing `v1.Systemuserreturn` items
3. **Line 171** - `GetAllAccounts()` iterates over `userList.Results` containing `v1.Systemuserreturn` items
4. **Line 213** - `GetUserByEmail()` iterates over `userList.Results` containing `v1.Systemuserreturn` items

---

### 4. FUNCTIONS/METHODS USED FROM THE PACKAGE

#### 4.1 `v1.NewAPIClient()` - Client Constructor
**File:** `/Users/misha/Documents/GolandProjects/netbird/netbird/management/server/idp/jumpcloud.go`

**Line 58:**
```go
client := v1.NewAPIClient(v1.NewConfiguration())
```

**Usage Context:** Creates a new instance of the JumpCloud API client with the default configuration.

---

#### 4.2 `v1.NewConfiguration()` - Configuration Constructor
**File:** `/Users/misha/Documents/GolandProjects/netbird/netbird/management/server/idp/jumpcloud.go`

**Line 58:**
```go
client := v1.NewAPIClient(v1.NewConfiguration())
```

**Usage Context:** Creates the default configuration object for the API client.

---

#### 4.3 `client.SystemusersApi.SystemusersGet()` - Get User by ID
**File:** `/Users/misha/Documents/GolandProjects/netbird/netbird/management/server/idp/jumpcloud.go`

**Lines 94-98:**
```go
func (jm *JumpCloudManager) GetUserDataByID(_ context.Context, userID string, appMetadata AppMetadata) (*UserData, error) {
	authCtx := jm.authenticationContext()
	user, resp, err := jm.client.SystemusersApi.SystemusersGet(authCtx, userID, contentType, accept, nil)
	if err != nil {
		return nil, err
	}
	defer resp.Body.Close()
	// ... rest of function
}
```

**Method Signature:** `SystemusersApi.SystemusersGet(ctx context.Context, systemUserId string, contentType string, accept string, body interface{}) (v1.Systemuserreturn, *http.Response, error)`

**Usage Context:** Retrieves a single user from JumpCloud by user ID. Parameters:
- `authCtx` - Authenticated context with API key
- `userID` - The JumpCloud user ID
- `contentType` - "application/json"
- `accept` - "application/json"
- `nil` - No request body

---

#### 4.4 `client.SearchApi.SearchSystemusersPost()` - Search/List Users
**File:** `/Users/misha/Documents/GolandProjects/netbird/netbird/management/server/idp/jumpcloud.go`

**Used in 3 methods:**

**Lines 121-124 - GetAccount():**
```go
authCtx := jm.authenticationContext()
userList, resp, err := jm.client.SearchApi.SearchSystemusersPost(authCtx, contentType, accept, nil)
```

**Lines 153-156 - GetAllAccounts():**
```go
authCtx := jm.authenticationContext()
userList, resp, err := jm.client.SearchApi.SearchSystemusersPost(authCtx, contentType, accept, nil)
```

**Lines 195-198 - GetUserByEmail():**
```go
userList, resp, err := jm.client.SearchApi.SearchSystemusersPost(authCtx, contentType, accept, searchFilter)
```
Where `searchFilter` is:
```go
searchFilter := map[string]interface{}{
	"searchFilter": map[string]interface{}{
		"filter": []string{email},
		"fields": []string{"email"},
	},
}
```

**Method Signature:** `SearchApi.SearchSystemusersPost(ctx context.Context, contentType string, accept string, body interface{}) (interface{}, *http.Response, error)`

**Usage Context:** Searches/lists system users from JumpCloud with optional filter. The response contains a `Results` field accessed on line 139, 171, and 213.

---

#### 4.5 `client.SystemusersApi.SystemusersDelete()` - Delete User
**File:** `/Users/misha/Documents/GolandProjects/netbird/netbird/management/server/idp/jumpcloud.go`

**Lines 228-232:**
```go
func (jm *JumpCloudManager) DeleteUser(_ context.Context, userID string) error {
	authCtx := jm.authenticationContext()
	_, resp, err := jm.client.SystemusersApi.SystemusersDelete(authCtx, userID, contentType, accept, nil)
	if err != nil {
		return err
	}
	defer resp.Body.Close()
	// ... rest of function
}
```

**Method Signature:** `SystemusersApi.SystemusersDelete(ctx context.Context, systemUserId string, contentType string, accept string, body interface{}) (*http.Response, error)`

**Usage Context:** Deletes a user from JumpCloud by user ID. Parameters:
- `authCtx` - Authenticated context with API key
- `userID` - The JumpCloud user ID to delete
- `contentType` - "application/json"
- `accept` - "application/json"
- `nil` - No request body

---

### 5. FILE STRUCTURE SUMMARY

```
/Users/misha/Documents/GolandProjects/netbird/netbird/
├── go.mod                                    (Declares jcapi-go v3.0.0+incompatible)
├── go.sum                                    (Hash and checksum entries)
└── management/server/idp/
    ├── jumpcloud.go                          (Main implementation - 258 lines)
    ├── jumpcloud_test.go                     (Unit tests)
    └── idp.go                                (Factory that instantiates JumpCloudManager)
```

---

### 6. KEY OBSERVATIONS

1. **Version:** The package used is **v3.0.0+incompatible**, indicating it's version 3 but doesn't follow semantic versioning properly.

2. **API Version:** Only the **v1 API** sub-package is imported and used (`github.com/TheJumpCloud/jcapi-go/v1`). No v2 imports exist.

3. **Scope:** The package is used **exclusively** for JumpCloud Identity Provider integration in the management server.

4. **API Endpoints Used:**
   - System Users Get (retrieve user by ID)
   - System Users Delete (delete user by ID)
   - Search System Users (list/search users with optional filters)

5. **Supported Operations:**
   - Get user by ID
   - Get all users for an account
   - Search users by email
   - Delete users
   - Not implemented: Create user, Invite user, Update user metadata

6. **Authentication:** Uses API Key-based authentication passed via Go context with `v1.ContextAPIKey` and `v1.APIKey`.

agentId: a06641f5048a2e9ff (for resuming to continue this agent's work if needed)
<usage>total_tokens: 35941
tool_uses: 21
duration_ms: 202120</usage>

Prompt:
In /Users/misha/Documents/GolandProjects/netbird/netbird, find ALL usages of `github.com/TheJumpCloud/jcapi-go` across the entire codebase. Show:
1. All import statements referencing this package (both v1 and v2)
2. All types, functions, methods, and constants used from this package
3. The full context of how each type/function is used (show surrounding code with file paths and line numbers)

Be very thorough - check go.mod, go.sum, all .go files.


     1→package idp
     2→
     3→import (
     4→	"context"
     5→	"fmt"
     6→	"net/http"
     7→	"strings"
     8→
     9→	v1 "github.com/TheJumpCloud/jcapi-go/v1"
    10→
    11→	"github.com/netbirdio/netbird/management/server/telemetry"
    12→)
    13→
    14→const (
    15→	contentType = "application/json"
    16→	accept      = "application/json"
    17→)
    18→
    19→// JumpCloudManager JumpCloud manager client instance.
    20→type JumpCloudManager struct {
    21→	client      *v1.APIClient
    22→	apiToken    string
    23→	httpClient  ManagerHTTPClient
    24→	credentials ManagerCredentials
    25→	helper      ManagerHelper
    26→	appMetrics  telemetry.AppMetrics
    27→}
    28→
    29→// JumpCloudClientConfig JumpCloud manager client configurations.
    30→type JumpCloudClientConfig struct {
    31→	APIToken string
    32→}
    33→
    34→// JumpCloudCredentials JumpCloud authentication information.
    35→type JumpCloudCredentials struct {
    36→	clientConfig JumpCloudClientConfig
    37→	helper       ManagerHelper
    38→	httpClient   ManagerHTTPClient
    39→	appMetrics   telemetry.AppMetrics
    40→}
    41→
    42→// NewJumpCloudManager creates a new instance of the JumpCloudManager.
    43→func NewJumpCloudManager(config JumpCloudClientConfig, appMetrics telemetry.AppMetrics) (*JumpCloudManager, error) {
    44→	httpTransport := http.DefaultTransport.(*http.Transport).Clone()
    45→	httpTransport.MaxIdleConns = 5
    46→
    47→	httpClient := &http.Client{
    48→		Timeout:   idpTimeout(),
    49→		Transport: httpTransport,
    50→	}
    51→
    52→	helper := JsonParser{}
    53→
    54→	if config.APIToken == "" {
    55→		return nil, fmt.Errorf("jumpCloud IdP configuration is incomplete, ApiToken is missing")
    56→	}
    57→
    58→	client := v1.NewAPIClient(v1.NewConfiguration())
    59→	credentials := &JumpCloudCredentials{
    60→		clientConfig: config,
    61→		httpClient:   httpClient,
    62→		helper:       helper,
    63→		appMetrics:   appMetrics,
    64→	}
    65→
    66→	return &JumpCloudManager{
    67→		client:      client,
    68→		apiToken:    config.APIToken,
    69→		httpClient:  httpClient,
    70→		credentials: credentials,
    71→		helper:      helper,
    72→		appMetrics:  appMetrics,
    73→	}, nil
    74→}
    75→
    76→// Authenticate retrieves access token to use the JumpCloud user API.
    77→func (jc *JumpCloudCredentials) Authenticate(_ context.Context) (JWTToken, error) {
    78→	return JWTToken{}, nil
    79→}
    80→
    81→func (jm *JumpCloudManager) authenticationContext() context.Context {
    82→	return context.WithValue(context.Background(), v1.ContextAPIKey, v1.APIKey{
    83→		Key: jm.apiToken,
    84→	})
    85→}
    86→
    87→// UpdateUserAppMetadata updates user app metadata based on userID and metadata map.
    88→func (jm *JumpCloudManager) UpdateUserAppMetadata(_ context.Context, _ string, _ AppMetadata) error {
    89→	return nil
    90→}
    91→
    92→// GetUserDataByID requests user data from JumpCloud via ID.
    93→func (jm *JumpCloudManager) GetUserDataByID(_ context.Context, userID string, appMetadata AppMetadata) (*UserData, error) {
    94→	authCtx := jm.authenticationContext()
    95→	user, resp, err := jm.client.SystemusersApi.SystemusersGet(authCtx, userID, contentType, accept, nil)
    96→	if err != nil {
    97→		return nil, err
    98→	}
    99→	defer resp.Body.Close()
   100→
   101→	if resp.StatusCode != http.StatusOK {
   102→		if jm.appMetrics != nil {
   103→			jm.appMetrics.IDPMetrics().CountRequestStatusError()
   104→		}
   105→		return nil, fmt.Errorf("unable to get user %s, statusCode %d", userID, resp.StatusCode)
   106→	}
   107→
   108→	if jm.appMetrics != nil {
   109→		jm.appMetrics.IDPMetrics().CountGetUserDataByID()
   110→	}
   111→
   112→	userData := parseJumpCloudUser(user)
   113→	userData.AppMetadata = appMetadata
   114→
   115→	return userData, nil
   116→}
   117→
   118→// GetAccount returns all the users for a given profile.
   119→func (jm *JumpCloudManager) GetAccount(_ context.Context, accountID string) ([]*UserData, error) {
   120→	authCtx := jm.authenticationContext()
   121→	userList, resp, err := jm.client.SearchApi.SearchSystemusersPost(authCtx, contentType, accept, nil)
   122→	if err != nil {
   123→		return nil, err
   124→	}
   125→	defer resp.Body.Close()
   126→
   127→	if resp.StatusCode != http.StatusOK {
   128→		if jm.appMetrics != nil {
   129→			jm.appMetrics.IDPMetrics().CountRequestStatusError()
   130→		}
   131→		return nil, fmt.Errorf("unable to get account %s users, statusCode %d", accountID, resp.StatusCode)
   132→	}
   133→
   134→	if jm.appMetrics != nil {
   135→		jm.appMetrics.IDPMetrics().CountGetAccount()
   136→	}
   137→
   138→	users := make([]*UserData, 0)
   139→	for _, user := range userList.Results {
   140→		userData := parseJumpCloudUser(user)
   141→		userData.AppMetadata.WTAccountID = accountID
   142→
   143→		users = append(users, userData)
   144→	}
   145→
   146→	return users, nil
   147→}
   148→
   149→// GetAllAccounts gets all registered accounts with corresponding user data.
   150→// It returns a list of users indexed by accountID.
   151→func (jm *JumpCloudManager) GetAllAccounts(_ context.Context) (map[string][]*UserData, error) {
   152→	authCtx := jm.authenticationContext()
   153→	userList, resp, err := jm.client.SearchApi.SearchSystemusersPost(authCtx, contentType, accept, nil)
   154→	if err != nil {
   155→		return nil, err
   156→	}
   157→	defer resp.Body.Close()
   158→
   159→	if resp.StatusCode != http.StatusOK {
   160→		if jm.appMetrics != nil {
   161→			jm.appMetrics.IDPMetrics().CountRequestStatusError()
   162→		}
   163→		return nil, fmt.Errorf("unable to get all accounts, statusCode %d", resp.StatusCode)
   164→	}
   165→
   166→	if jm.appMetrics != nil {
   167→		jm.appMetrics.IDPMetrics().CountGetAllAccounts()
   168→	}
   169→
   170→	indexedUsers := make(map[string][]*UserData)
   171→	for _, user := range userList.Results {
   172→		userData := parseJumpCloudUser(user)
   173→		indexedUsers[UnsetAccountID] = append(indexedUsers[UnsetAccountID], userData)
   174→	}
   175→
   176→	return indexedUsers, nil
   177→}
   178→
   179→// CreateUser creates a new user in JumpCloud Idp and sends an invitation.
   180→func (jm *JumpCloudManager) CreateUser(_ context.Context, _, _, _, _ string) (*UserData, error) {
   181→	return nil, fmt.Errorf("method CreateUser not implemented")
   182→}
   183→
   184→// GetUserByEmail searches users with a given email.
   185→// If no users have been found, this function returns an empty list.
   186→func (jm *JumpCloudManager) GetUserByEmail(_ context.Context, email string) ([]*UserData, error) {
   187→	searchFilter := map[string]interface{}{
   188→		"searchFilter": map[string]interface{}{
   189→			"filter": []string{email},
   190→			"fields": []string{"email"},
   191→		},
   192→	}
   193→
   194→	authCtx := jm.authenticationContext()
   195→	userList, resp, err := jm.client.SearchApi.SearchSystemusersPost(authCtx, contentType, accept, searchFilter)
   196→	if err != nil {
   197→		return nil, err
   198→	}
   199→	defer resp.Body.Close()
   200→
   201→	if resp.StatusCode != http.StatusOK {
   202→		if jm.appMetrics != nil {
   203→			jm.appMetrics.IDPMetrics().CountRequestStatusError()
   204→		}
   205→		return nil, fmt.Errorf("unable to get user %s, statusCode %d", email, resp.StatusCode)
   206→	}
   207→
   208→	if jm.appMetrics != nil {
   209→		jm.appMetrics.IDPMetrics().CountGetUserByEmail()
   210→	}
   211→
   212→	usersData := make([]*UserData, 0)
   213→	for _, user := range userList.Results {
   214→		usersData = append(usersData, parseJumpCloudUser(user))
   215→	}
   216→
   217→	return usersData, nil
   218→}
   219→
   220→// InviteUserByID resend invitations to users who haven't activated,
   221→// their accounts prior to the expiration period.
   222→func (jm *JumpCloudManager) InviteUserByID(_ context.Context, _ string) error {
   223→	return fmt.Errorf("method InviteUserByID not implemented")
   224→}
   225→
   226→// DeleteUser from jumpCloud directory
   227→func (jm *JumpCloudManager) DeleteUser(_ context.Context, userID string) error {
   228→	authCtx := jm.authenticationContext()
   229→	_, resp, err := jm.client.SystemusersApi.SystemusersDelete(authCtx, userID, contentType, accept, nil)
   230→	if err != nil {
   231→		return err
   232→	}
   233→	defer resp.Body.Close()
   234→
   235→	if resp.StatusCode != http.StatusOK {
   236→		if jm.appMetrics != nil {
   237→			jm.appMetrics.IDPMetrics().CountRequestStatusError()
   238→		}
   239→		return fmt.Errorf("unable to delete user, statusCode %d", resp.StatusCode)
   240→	}
   241→
   242→	if jm.appMetrics != nil {
   243→		jm.appMetrics.IDPMetrics().CountDeleteUser()
   244→	}
   245→
   246→	return nil
   247→}
   248→
   249→// parseJumpCloudUser parse JumpCloud system user returned from API V1 to UserData.
   250→func parseJumpCloudUser(user v1.Systemuserreturn) *UserData {
   251→	names := []string{user.Firstname, user.Middlename, user.Lastname}
   252→	return &UserData{
   253→		Email: user.Email,
   254→		Name:  strings.Join(names, " "),
   255→		ID:    user.Id,
   256→	}
   257→}
   258→

package idp

import (
	"context"
	"fmt"
	"net/http"
	"strings"

	v1 "github.com/TheJumpCloud/jcapi-go/v1"

	"github.com/netbirdio/netbird/management/server/telemetry"
)

const (
	contentType = "application/json"
	accept      = "application/json"
)

// JumpCloudManager JumpCloud manager client instance.
type JumpCloudManager struct {
	client      *v1.APIClient
	apiToken    string
	httpClient  ManagerHTTPClient
	credentials ManagerCredentials
	helper      ManagerHelper
	appMetrics  telemetry.AppMetrics
}

// JumpCloudClientConfig JumpCloud manager client configurations.
type JumpCloudClientConfig struct {
	APIToken string
}

// JumpCloudCredentials JumpCloud authentication information.
type JumpCloudCredentials struct {
	clientConfig JumpCloudClientConfig
	helper       ManagerHelper
	httpClient   ManagerHTTPClient
	appMetrics   telemetry.AppMetrics
}

// NewJumpCloudManager creates a new instance of the JumpCloudManager.
func NewJumpCloudManager(config JumpCloudClientConfig, appMetrics telemetry.AppMetrics) (*JumpCloudManager, error) {
	httpTransport := http.DefaultTransport.(*http.Transport).Clone()
	httpTransport.MaxIdleConns = 5

	httpClient := &http.Client{
		Timeout:   idpTimeout(),
		Transport: httpTransport,
	}

	helper := JsonParser{}

	if config.APIToken == "" {
		return nil, fmt.Errorf("jumpCloud IdP configuration is incomplete, ApiToken is missing")
	}

	client := v1.NewAPIClient(v1.NewConfiguration())
	credentials := &JumpCloudCredentials{
		clientConfig: config,
		httpClient:   httpClient,
		helper:       helper,
		appMetrics:   appMetrics,
	}

	return &JumpCloudManager{
		client:      client,
		apiToken:    config.APIToken,
		httpClient:  httpClient,
		credentials: credentials,
		helper:      helper,
		appMetrics:  appMetrics,
	}, nil
}

// Authenticate retrieves access token to use the JumpCloud user API.
func (jc *JumpCloudCredentials) Authenticate(_ context.Context) (JWTToken, error) {
	return JWTToken{}, nil
}

func (jm *JumpCloudManager) authenticationContext() context.Context {
	return context.WithValue(context.Background(), v1.ContextAPIKey, v1.APIKey{
		Key: jm.apiToken,
	})
}

// UpdateUserAppMetadata updates user app metadata based on userID and metadata map.
func (jm *JumpCloudManager) UpdateUserAppMetadata(_ context.Context, _ string, _ AppMetadata) error {
	return nil
}

// GetUserDataByID requests user data from JumpCloud via ID.
func (jm *JumpCloudManager) GetUserDataByID(_ context.Context, userID string, appMetadata AppMetadata) (*UserData, error) {
	authCtx := jm.authenticationContext()
	user, resp, err := jm.client.SystemusersApi.SystemusersGet(authCtx, userID, contentType, accept, nil)
	if err != nil {
		return nil, err
	}
	defer resp.Body.Close()

	if resp.StatusCode != http.StatusOK {
		if jm.appMetrics != nil {
			jm.appMetrics.IDPMetrics().CountRequestStatusError()
		}
		return nil, fmt.Errorf("unable to get user %s, statusCode %d", userID, resp.StatusCode)
	}

	if jm.appMetrics != nil {
		jm.appMetrics.IDPMetrics().CountGetUserDataByID()
	}

	userData := parseJumpCloudUser(user)
	userData.AppMetadata = appMetadata

	return userData, nil
}

// GetAccount returns all the users for a given profile.
func (jm *JumpCloudManager) GetAccount(_ context.Context, accountID string) ([]*UserData, error) {
	authCtx := jm.authenticationContext()
	userList, resp, err := jm.client.SearchApi.SearchSystemusersPost(authCtx, contentType, accept, nil)
	if err != nil {
		return nil, err
	}
	defer resp.Body.Close()

	if resp.StatusCode != http.StatusOK {
		if jm.appMetrics != nil {
			jm.appMetrics.IDPMetrics().CountRequestStatusError()
		}
		return nil, fmt.Errorf("unable to get account %s users, statusCode %d", accountID, resp.StatusCode)
	}

	if jm.appMetrics != nil {
		jm.appMetrics.IDPMetrics().CountGetAccount()
	}

	users := make([]*UserData, 0)
	for _, user := range userList.Results {
		userData := parseJumpCloudUser(user)
		userData.AppMetadata.WTAccountID = accountID

		users = append(users, userData)
	}

	return users, nil
}

// GetAllAccounts gets all registered accounts with corresponding user data.
// It returns a list of users indexed by accountID.
func (jm *JumpCloudManager) GetAllAccounts(_ context.Context) (map[string][]*UserData, error) {
	authCtx := jm.authenticationContext()
	userList, resp, err := jm.client.SearchApi.SearchSystemusersPost(authCtx, contentType, accept, nil)
	if err != nil {
		return nil, err
	}
	defer resp.Body.Close()

	if resp.StatusCode != http.StatusOK {
		if jm.appMetrics != nil {
			jm.appMetrics.IDPMetrics().CountRequestStatusError()
		}
		return nil, fmt.Errorf("unable to get all accounts, statusCode %d", resp.StatusCode)
	}

	if jm.appMetrics != nil {
		jm.appMetrics.IDPMetrics().CountGetAllAccounts()
	}

	indexedUsers := make(map[string][]*UserData)
	for _, user := range userList.Results {
		userData := parseJumpCloudUser(user)
		indexedUsers[UnsetAccountID] = append(indexedUsers[UnsetAccountID], userData)
	}

	return indexedUsers, nil
}

// CreateUser creates a new user in JumpCloud Idp and sends an invitation.
func (jm *JumpCloudManager) CreateUser(_ context.Context, _, _, _, _ string) (*UserData, error) {
	return nil, fmt.Errorf("method CreateUser not implemented")
}

// GetUserByEmail searches users with a given email.
// If no users have been found, this function returns an empty list.
func (jm *JumpCloudManager) GetUserByEmail(_ context.Context, email string) ([]*UserData, error) {
	searchFilter := map[string]interface{}{
		"searchFilter": map[string]interface{}{
			"filter": []string{email},
			"fields": []string{"email"},
		},
	}

	authCtx := jm.authenticationContext()
	userList, resp, err := jm.client.SearchApi.SearchSystemusersPost(authCtx, contentType, accept, searchFilter)
	if err != nil {
		return nil, err
	}
	defer resp.Body.Close()

	if resp.StatusCode != http.StatusOK {
		if jm.appMetrics != nil {
			jm.appMetrics.IDPMetrics().CountRequestStatusError()
		}
		return nil, fmt.Errorf("unable to get user %s, statusCode %d", email, resp.StatusCode)
	}

	if jm.appMetrics != nil {
		jm.appMetrics.IDPMetrics().CountGetUserByEmail()
	}

	usersData := make([]*UserData, 0)
	for _, user := range userList.Results {
		usersData = append(usersData, parseJumpCloudUser(user))
	}

	return usersData, nil
}

// InviteUserByID resend invitations to users who haven't activated,
// their accounts prior to the expiration period.
func (jm *JumpCloudManager) InviteUserByID(_ context.Context, _ string) error {
	return fmt.Errorf("method InviteUserByID not implemented")
}

// DeleteUser from jumpCloud directory
func (jm *JumpCloudManager) DeleteUser(_ context.Context, userID string) error {
	authCtx := jm.authenticationContext()
	_, resp, err := jm.client.SystemusersApi.SystemusersDelete(authCtx, userID, contentType, accept, nil)
	if err != nil {
		return err
	}
	defer resp.Body.Close()

	if resp.StatusCode != http.StatusOK {
		if jm.appMetrics != nil {
			jm.appMetrics.IDPMetrics().CountRequestStatusError()
		}
		return fmt.Errorf("unable to delete user, statusCode %d", resp.StatusCode)
	}

	if jm.appMetrics != nil {
		jm.appMetrics.IDPMetrics().CountDeleteUser()
	}

	return nil
}

// parseJumpCloudUser parse JumpCloud system user returned from API V1 to UserData.
func parseJumpCloudUser(user v1.Systemuserreturn) *UserData {
	names := []string{user.Firstname, user.Middlename, user.Lastname}
	return &UserData{
		Email: user.Email,
		Name:  strings.Join(names, " "),
		ID:    user.Id,
	}
}


Now let me look at the JumpCloud API source to understand the types and API methods I need to implement. Let me check what the library actually does - it's essentially an HTTP client that makes REST API calls to JumpCloud's API.

The things I need to implement:

1. **Types:**
   - `APIClient` - main client struct with `SystemusersApi` and `SearchApi` fields
   - `Configuration` - client configuration
   - `APIKey` - struct with `Key` field
   - `ContextAPIKey` - context key constant
   - `Systemuserreturn` - user response type with fields: `Id`, `Email`, `Firstname`, `Middlename`, `Lastname`

2. **Functions:**
   - `NewConfiguration()` and `NewAPIClient()` to initialize the client
   - `SystemusersApi.SystemusersGet()` to fetch a user by ID, returning the user data and response
   - `SystemusersApi.SystemusersDelete()` to remove a user
   - `SearchApi.SearchSystemusersPost()` to search for users with a query

, returning a SearchResult containing a `.Results` array of user objects

Looking at the actual usage in the code, I can see that `SystemusersDelete` returns three values with the first being a user object that gets discarded, and `SearchSystemusersPost` returns a result object whose `.Results` field contains the matching users. I'm checking the JumpCloud V1 API documentation to understand the REST endpoints better. Looking at the return types from the JumpCloud API calls, the search endpoint returns a struct with a `Results` field containing the user list, while the delete endpoint returns the deleted user object as its first return value. I'll create a clean HTTP client package that abstracts away the generated Swagger client and provides a simpler interface for making these API calls directly. I'm settling on creating a `jumpcloud` subdirectory under `idp/` for the new client package, and I'm starting to write the Go code that provides a minimal client for the JumpCloud System Users API v1.

Writing the client package... Defining the core API types... Finishing up the API service methods for deleting system users and searching, then I need to verify the return types are correct by checking the test file and the actual response structures. I'm realizing there's a discrepancy between what the agent reported about the method signature and what would actually work in practice—if `SearchSystemusersPost` returned a bare `interface{}`, the code couldn't directly access `.Results` on it. Let me check the actual jcapi-go source to see what the real return type is.

Looking at the search endpoint implementation, I can see it constructs a filter body with `searchFilter` containing filter and fields arrays, which gets passed to `SearchSystemusersPost`. I also need to handle the API key authentication by wrapping it in a context value. Let me start building out the implementation with the correct typed responses and auth setup. I'm considering the import path structure and realizing I should alias the new internal package as `v1` to minimize changes to the existing code, though I need to be careful about naming conflicts with the current `jumpcloud.go` file.


Now let me check the test file and the original library source to understand exact API contracts.


     1→package idp
     2→
     3→import (
     4→	"testing"
     5→
     6→	"github.com/stretchr/testify/require"
     7→
     8→	"github.com/netbirdio/netbird/management/server/telemetry"
     9→)
    10→
    11→func TestNewJumpCloudManager(t *testing.T) {
    12→	type test struct {
    13→		name                 string
    14→		inputConfig          JumpCloudClientConfig
    15→		assertErrFunc        require.ErrorAssertionFunc
    16→		assertErrFuncMessage string
    17→	}
    18→
    19→	defaultTestConfig := JumpCloudClientConfig{
    20→		APIToken: "test123",
    21→	}
    22→
    23→	testCase1 := test{
    24→		name:                 "Good Configuration",
    25→		inputConfig:          defaultTestConfig,
    26→		assertErrFunc:        require.NoError,
    27→		assertErrFuncMessage: "shouldn't return error",
    28→	}
    29→
    30→	testCase2Config := defaultTestConfig
    31→	testCase2Config.APIToken = ""
    32→
    33→	testCase2 := test{
    34→		name:                 "Missing APIToken Configuration",
    35→		inputConfig:          testCase2Config,
    36→		assertErrFunc:        require.Error,
    37→		assertErrFuncMessage: "should return error when field empty",
    38→	}
    39→
    40→	for _, testCase := range []test{testCase1, testCase2} {
    41→		t.Run(testCase.name, func(t *testing.T) {
    42→			_, err := NewJumpCloudManager(testCase.inputConfig, &telemetry.MockAppMetrics{})
    43→			testCase.assertErrFunc(t, err, testCase.assertErrFuncMessage)
    44→		})
    45→	}
    46→}
    47→

package idp

import (
	"testing"

	"github.com/stretchr/testify/require"

	"github.com/netbirdio/netbird/management/server/telemetry"
)

func TestNewJumpCloudManager(t *testing.T) {
	type test struct {
		name                 string
		inputConfig          JumpCloudClientConfig
		assertErrFunc        require.ErrorAssertionFunc
		assertErrFuncMessage string
	}

	defaultTestConfig := JumpCloudClientConfig{
		APIToken: "test123",
	}

	testCase1 := test{
		name:                 "Good Configuration",
		inputConfig:          defaultTestConfig,
		assertErrFunc:        require.NoError,
		assertErrFuncMessage: "shouldn't return error",
	}

	testCase2Config := defaultTestConfig
	testCase2Config.APIToken = ""

	testCase2 := test{
		name:                 "Missing APIToken Configuration",
		inputConfig:          testCase2Config,
		assertErrFunc:        require.Error,
		assertErrFuncMessage: "should return error when field empty",
	}

	for _, testCase := range []test{testCase1, testCase2} {
		t.Run(testCase.name, func(t *testing.T) {
			_, err := NewJumpCloudManager(testCase.inputConfig, &telemetry.MockAppMetrics{})
			testCase.assertErrFunc(t, err, testCase.assertErrFuncMessage)
		})
	}
}


Now let me check the original library source to understand the exact struct fields and API response shapes.


WebFetch

Prompt: Show the complete struct definition for Systemuserreturn including all fields and their JSON tags


The user doesn't want to proceed with this tool use. The tool use was rejected (eg. if it was a file edit, the new_string was NOT written to the file). STOP what you are doing and wait for the user to tell you how to proceed.


[Request interrupted by user for tool use]


how do I make this kind of terminal colors on mac Screenshot 2026-03-09 at 16.03.34.png?


Read

/Users/misha/Desktop/Screenshot 2026-03-09 at 16.03.34.png


That's **Warp** terminal with a dark theme (looks like the default "Dracula" or similar dark theme). The colored prompt with the username, clock icon, and directory is from **Starship** prompt or Warp's built-in prompt customization.

To get this exact look:

1. **Install Warp** — [https://www.warp.dev](https://www.warp.dev)
2. The block-based UI, tab bar style, and prompt styling are all built into Warp

If you want a similar look in a regular terminal (iTerm2, Terminal.app, Kitty):

1. Install a Nerd Font (e.g., `brew install --cask font-meslo-lg-nerd-font`)
2. Install **Starship** prompt: `brew install starship`, add `eval "$(starship init zsh)"` to `~/.zshrc`
3. Use a dark color scheme like **Catppuccin Mocha**, **Dracula**, or **Tokyo Night**