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<@U04UQ68083H> After verification flow passed, How...
# ory-copilot
l
@chilly-king-10285 After verification flow passed, How to get the identity ID of th verified account?
c
A message from kapa.ai
Hmm, I don't know enough to give you a confident answer yet. The provided extracts do not contain specific information on how to retrieve the identity ID of a verified account after the verification flow has passed. However, you can refer to the [Ory Kratos API Reference](https://www.ory.sh/docs/kratos/reference/api) for more details on how to interact with the API and possibly retrieve the identity ID.
l
@chilly-king-10285 Can we have multiple namespace files in keto/
c
A message from kapa.ai
Yes, you can have multiple namespace files in Ory Keto. When validating namespace definitions, the 
keto namespace validate
command allows you to specify multiple namespace YAML files. This is useful for debugging and ensuring that your namespace configurations are correctly set up. Here's how you can validate multiple namespace files:
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bash keto namespace validate <namespace.yml> [<namespace2.yml> ...] | validate -c <config.yaml> [flags]
This command parses namespace YAML files or configuration files passed via the configuration flag and returns human-readable errors, which is helpful for debugging purposes. For more information on namespace validation, you can refer to the [keto namespace validate documentation](https://www.ory.sh/docs/keto/cli/keto-namespace-validate). Remember, namespaces in Ory Keto are used to scope objects and subjects and contain rules that define which relationships are looked up as part of a permission check. They play a crucial role in the permission model of Ory Keto.
l
@chilly-king-10285 Does keto hot realoads when there is any change in the namespace file
c
A message from kapa.ai
The provided extracts do not contain specific information regarding the hot reloading capabilities of Ory Keto when changes are made to namespace files. Therefore, I cannot confidently confirm or deny whether Ory Keto supports hot reloading for namespace file changes based on the given information. For the most accurate and up-to-date information on Ory Keto's capabilities, including configuration and runtime behavior, please refer to the [Ory Keto Documentation](https://www.ory.sh/docs/keto/).
l
@chilly-king-10285check the syntax of the OPL - class AppointmentScope implements Namespace{ related: { appointmentCreators: Roles[] appointmentDeletes: Roles[] appointmentUpdates: Roles[] appointmentEditCheckIns: Roles[] appointmentCheckOuts: Roles[] appointmentCheckIns: Roles[] appointmentReschedules: Roles[] accessToViewAppointments: Roles[] appointmentCreate: AppointmentCreateModel[] appointmentDelete: AppointmentDeleteModel[] appointmentUpdate: AppointmentUpdateModel[] appointmentEditCheckIn: AppointmentCreateModel[] appointmentCheckOut: AppointmentCheckOutModel[] appointmentCheckIn: AppointmentCheckInModel[] appointmentReSchedule: ReScheduleAppointmentModel[] accessToViewAppointment: AccessToViewAppointmentModel[] } permits = { createAppointment: (ctx: Context): boolean => this.related.appointmentCreators.includes(ctx.subject) && this.related.appointmentCreate.traverse((appointmentCreateModel) => appointmentCreateModel.permits.hasAccess(ctx)), deleteAppointment: (ctx: Context): boolean => this.related.appointmentDeletes.includes(ctx.subject) && this.related.appointmentDelete.traverse((appointmentDeleteModel) => appointmentDeleteModel.permits.hasAccess(ctx)), updateAppointment: (ctx: Context): boolean => this.related.appointmentUpdates.includes(ctx.subject) && this.related.appointmentUpdate.traverse((appointmentUpdateModel) => appointmentUpdateModel.permits.hasAccess(ctx)), editCheckIn: (ctx: Context): boolean => this.related.appointmentEditCheckIns.includes(ctx.subject) && this.related.appointmentEditCheckIn.traverse((appointmentCreateModel) => appointmentCreateModel.permits.hasAccess(ctx)), checkOut: (ctx: Context): boolean => this.related.appointmentCheckOuts.includes(ctx.subject) && this.related.appointmentCheckOut.traverse((appointmentCheckOutModel) => appointmentCheckOutModel.permits.hasAccess(ctx)), checkIn: (ctx: Context): boolean => this.related.appointmentCheckIns.includes(ctx.subject) && this.related.appointmentCheckIn.traverse((appointmentCheckInMdel) => appointmentCheckInMdel.permits.hasAccess(ctx)), accessToView: (ctx: Context): boolean => this.related.accessToViewAppointments.includes(ctx.subject) && this.related.accessToViewAppointment.traverse((accessToViewAppointmentModel) => accessToViewAppointmentModel.permits.hasAccess(ctx)), rescheduleAppointment: (ctx: Context): boolean => this.related.appointmentReschedules.includes(ctx.subject) && this.related.appointmentReSchedule.traverse((appointmentCreateModel) => appointmentCreateModel.permits.hasAccess(ctx)) } }
c
A message from kapa.ai
A message from kapa.ai
To check the syntax of an Ory Permission Language (OPL) file, you can use the 
checkOplSyntax
method provided by the Ory Keto API. This method allows you to validate the syntax of your OPL file by sending a POST request with the content of the OPL file in the request body. Here's how you can do it: ### Endpoint
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POST /opl/syntax/check
### Request Body You need to include the content of your OPL file in the request body. The content should be of type 
string
and described as an 'Ory Permission Language Document'.
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json {   "content": {     "text/plain": {       "schema": {         "description": "Ory Permission Language Document",         "type": "string"       }     }   },   "x-originalParamName": "Body" }
### Responses - 200 OK: If the syntax check is successful, you will receive a response indicating the result. The response will include a list of syntax errors if any are found.
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json {   "properties": {     "errors": {       "description": "The list of syntax errors",       "items": {         "properties": {           "end": {             "properties": {               "Line": {"format": "int64", "type": "integer"},               "column": {"format": "int64", "type": "integer"}             },             "type": "object"           },           "message": {"type": "string"},           "start": {             "properties": {               "Line": {"format": "int64", "type": "integer"},               "column": {"format": "int64", "type": "integer"}             },             "type": "object"           }         },         "type": "object"       },       "type": "array"     }   },   "title": "CheckOPLSyntaxResponse represents the response for an OPL syntax check request.",   "type": "object" }
- Default: In case of an error not related to syntax, you will receive a standard Ory JSON API error format response. ### Authentication This operation does not require authentication. For more detailed information, you can refer to the [Keto API Reference](https://www.ory.sh/docs/keto/reference/rest-api). Please note, the actual implementation details such as endpoint URL and how to send the request will depend on your setup and the tools you are using (e.g., 
curl
, Postman, or programming language-specific libraries).
To check the syntax of the provided OPL (Ory Permission Language) code, you can use the Ory Keto API endpoint for syntax checking. Based on the information provided in the extracts, the relevant API endpoint is 
POST /opl/syntax/check
. You need to send the OPL code as the request body to this endpoint to check for syntax errors. Here's a general example of how you might structure your request in code (note that this is a conceptual example and may need adjustments based on your actual implementation environment):
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bash
curl -X POST <https://your-keto-instance-url/opl/syntax/check> \
-H "Content-Type: text/plain" \
-d 'class AppointmentScope implements Namespace{
  related: {
    appointmentCreators: Roles[]
    appointmentDeletes: Roles[]
    appointmentUpdates: Roles[]
    appointmentEditCheckIns: Roles[]
    appointmentCheckOuts: Roles[]
    appointmentCheckIns: Roles[]
    appointmentReschedules: Roles[]
    accessToViewAppointments: Roles[]
    appointmentCreate: AppointmentCreateModel[]
    appointmentDelete: AppointmentDeleteModel[]
    appointmentUpdate: AppointmentUpdateModel[]
    appointmentEditCheckIn: AppointmentCreateModel[]
    appointmentCheckOut: AppointmentCheckOutModel[]
    appointmentCheckIn: AppointmentCheckInModel[]
    appointmentReSchedule: ReScheduleAppointmentModel[]
    accessToViewAppointment: AccessToViewAppointmentModel[]
  }
  permits = {
    createAppointment: (ctx: Context): boolean =>
      this.related.appointmentCreators.includes(ctx.subject)
      &&
      this.related.appointmentCreate.traverse((appointmentCreateModel) => appointmentCreateModel.permits.hasAccess(ctx)),
    deleteAppointment: (ctx: Context): boolean =>
      this.related.appointmentDeletes.includes(ctx.subject)
      &&
      this.related.appointmentDelete.traverse((appointmentDeleteModel) => appointmentDeleteModel.permits.hasAccess(ctx)),
    updateAppointment: (ctx: Context): boolean =>
      this.related.appointmentUpdates.includes(ctx.subject)
      &&
      this.related.appointmentUpdate.traverse((appointmentUpdateModel) => appointmentUpdateModel.permits.hasAccess(ctx)),
    editCheckIn: (ctx: Context): boolean =>
      this.related.appointmentEditCheckIns.includes(ctx.subject)
      &&
      this.related.appointmentEditCheckIn.traverse((appointmentCreateModel) => appointmentCreateModel.permits.hasAccess(ctx)),
    checkOut: (ctx: Context): boolean =>
      this.related.appointmentCheckOuts.includes(ctx.subject)
      &&
      this.related.appointmentCheckOut.traverse((appointmentCheckOutModel) => appointmentCheckOutModel.permits.hasAccess(ctx)),
    checkIn: (ctx: Context): boolean =>
      this.related.appointmentCheckIns.includes(ctx.subject)
      &&
      this.related.appointmentCheckIn.traverse((appointmentCheckInMdel) => appointmentCheckInMdel.permits.hasAccess(ctx)),
    accessToView: (ctx: Context): boolean =>
      this.related.accessToViewAppointments.includes(ctx.subject)
      &&
      this.related.accessToViewAppointment.traverse((accessToViewAppointmentModel) => accessToViewAppointmentModel.permits.hasAccess(ctx)),
    rescheduleAppointment: (ctx: Context): boolean =>
      this.related.appointmentReschedules.includes(ctx.subject)
      &&
      this.related.appointmentReSchedule.traverse((appointmentCreateModel) => appointmentCreateModel.permits.hasAccess(ctx))
    }
}'
To check the syntax of the provided OPL (Ory Permission Language) code, you can use the Ory Keto API endpoint for syntax checking. Based on the information provided in the extracts, the relevant API endpoint is 
POST /opl/syntax/check
. You need to send the OPL code as the request body to this endpoint to check for syntax errors. Here's a general example of how you might structure your request in code (note that this is a conceptual example and may need adjustments based on your actual implementation environment):
Copy code
bash curl -X POST <https://your-keto-instance-url/opl/syntax/check> \ -H "Content-Type: text/plain" \ -d 'class AppointmentScope implements Namespace{   related: {     appointmentCreators: Roles[]     appointmentDeletes: Roles[]     appointmentUpdates: Roles[]     appointmentEditCheckIns: Roles[]     appointmentCheckOuts: Roles[]     appointmentCheckIns: Roles[]     appointmentReschedules: Roles[]     accessToViewAppointments: Roles[]     appointmentCreate: AppointmentCreateModel[]     appointmentDelete: AppointmentDeleteModel[]     appointmentUpdate: AppointmentUpdateModel[]     appointmentEditCheckIn: AppointmentCreateModel[]     appointmentCheckOut: AppointmentCheckOutModel[]     appointmentCheckIn: AppointmentCheckInModel[]     appointmentReSchedule: ReScheduleAppointmentModel[]     accessToViewAppointment: AccessToViewAppointmentModel[]   }   permits = {     createAppointment: (ctx: Context): boolean =>       this.related.appointmentCreators.includes(ctx.subject)       &&       this.related.appointmentCreate.traverse((appointmentCreateModel) => appointmentCreateModel.permits.hasAccess(ctx)),     deleteAppointment: (ctx: Context): boolean =>       this.related.appointmentDeletes.includes(ctx.subject)       &&       this.related.appointmentDelete.traverse((appointmentDeleteModel) => appointmentDeleteModel.permits.hasAccess(ctx)),     updateAppointment: (ctx: Context): boolean =>       this.related.appointmentUpdates.includes(ctx.subject)       &&       this.related.appointmentUpdate.traverse((appointmentUpdateModel) => appointmentUpdateModel.permits.hasAccess(ctx)),     editCheckIn: (ctx: Context): boolean =>       this.related.appointmentEditCheckIns.includes(ctx.subject)       &&       this.related.appointmentEditCheckIn.traverse((appointmentCreateModel) => appointmentCreateModel.permits.hasAccess(ctx)),     checkOut: (ctx: Context): boolean =>       this.related.appointmentCheckOuts.includes(ctx.subject)       &&       this.related.appointmentCheckOut.traverse((appointmentCheckOutModel) => appointmentCheckOutModel.permits.hasAccess(ctx)),     checkIn: (ctx: Context): boolean =>       this.related.appointmentCheckIns.includes(ctx.subject)       &&       this.related.appointmentCheckIn.traverse((appointmentCheckInMdel) => appointmentCheckInMdel.permits.hasAccess(ctx)),     accessToView: (ctx: Context): boolean =>       this.related.accessToViewAppointments.includes(ctx.subject)       &&       this.related.accessToViewAppointment.traverse((accessToViewAppointmentModel) => accessToViewAppointmentModel.permits.hasAccess(ctx)),     rescheduleAppointment: (ctx: Context): boolean =>       this.related.appointmentReschedules.includes(ctx.subject)       &&       this.related.appointmentReSchedule.traverse((appointmentCreateModel) => appointmentCreateModel.permits.hasAccess(ctx))     } }'
Please replace 
<https://your-keto-instance-url/opl/syntax/check>
with the actual URL of your Ory Keto instance. The 
-H "Content-Type: text/plain"
header indicates that the request body is plain text, which is the format expected by the API as indicated in the [API documentation](https://www.ory.sh/docs/reference/api). Remember, this is a conceptual example to illustrate
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