Purpose

...

  "Creates a single `MedicationRegistry`."
  createMedicationRegistry(
    input: CreateMedicationRegistryInput!
  ): CreateMedicationRegistryPayload

"""
Input for `createMedicationRegistry` mutation.

User must have a scope **medication_registry:write**
"""
input CreateMedicationRegistryInput {
  "Type of register originating medication registry data. The value should be present in the `REGISTER_TYPE` dictionary."
  registerType: String!
  "Create medication registry reason description."
  reasonDescription: String!
  "Input file in csv format with medication register."
  csvData: Upload!    
}

"""
Return type for `createMedicationRegistry` mutation.
"""
type CreateMedicationRegistryPayload {
  "Created `MedicationRegistryJob`."
  medicationRegistryJob: MedicationRegistryJob
}

"""
An object for MedicationRegistryJob.
"""
type MedicationRegistryJob implements Node {
  "The ID of an object"
  id: ID!
  "Primary key identifier from the database"
  databaseId: UUID!
  "Job name."
  name: String
  "Medication registry Job status."
  status: JobStatus!
  "Job execution strategy."
  strategy: JobStrategy!
  "Date and time when the job starts."
  startedAt: DateTime!
  "Date and time when the job ends."
  endedAt: DateTime
  "Tasks within this job."
  tasks(
    "A condition to be used in determining which values should be returned by the collection."
    filter: TaskFilter
    "The method to use when ordering collection items."
    orderBy: TaskOrderBy
    "Read all values in the set after (below) this cursor."
    after: String
    "Read all values in the set before (above) this cursor."
    before: String
    "Only read the first _n_ values of the set."
    first: Int
    "Only read the last _n_ values of the set."
    last: Int
  ): MedicationRegistryTaskConnection!
  "Type of register originating medication registry data. The value should be present in the `REGISTER_TYPE` dictionary."
  registerType: String!
  "Medication registry job reason description."
  reasonDescription: String!
}

"""
A connection to a list of `MedicationRegistryTask` values.
"""
type MedicationRegistryTaskConnection {
  "Information to aid in pagination."
  pageInfo: PageInfo!
  "A list of nodes."
  nodes: [MedicationRegistryTask]
  "A list of edges."
  edges: [MedicationRegistryTaskEdge]
}

"""
Reads and enables pagination through a set of `MedicationRegistryTask`.
"""
type MedicationRegistryTaskEdge {
  "The item at the end of the edge."
  node: MedicationRegistryTask!
  "A cursor for use in pagination."
  cursor: String!
}

"""
A child of a `MedicationRegistryJob`, contains the result of task execution.
"""
type MedicationRegistryTask implements Node {
  "The ID of an object"
  id: ID!
  "Primary key identifier from the database"
  databaseId: UUID!
  "Task name."
  name: String
  "Task status, is set automatically."
  status: TaskStatus!
  "Task meta data."
  meta: MedicationRegistryTaskMeta
  "Date and time when task was executed."
  endedAt: DateTime
  "Task error."
  error: TaskError
  "Technical information when task was inserted into the DB."
  insertedAt: DateTime!
  "Technical information when task was updated in the DB."
  updatedAt: DateTime!
}

"""
Metadata of a `MedicationRegistryTask`.
"""
type MedicationRegistryTaskMeta {
  "Primary key identifier of an entity from the database."
  databaseId: UUID
  "Line number of csv file from input."
  csvDataLine: Int  
}

...

1. Validate request

   1. Check that request using schema

      1. Return 422 with the list of validation errors in case validation fails.

   2. Check that registerType = 'FULL_MEDICATIONS_REGISTRY'

      1. Return 422 with the list of validation errors in case validation fails.

   3. Check csv_data input according to file structure

      1. Return 422 with the list of validation errors in case validation fails

   4. Check csv_data input file size - csv file with max 30000 lines is allowed.

      1. Return 422 The number of tasks for the job with a sequential execution strategy is limited to 30,000 in case validation fails

   File example:

...

1. Validate input according to schema

2. Create job with type create_medication_registry

3. For each line of input file create separate task of job

4. Each task must validate existing and create new entities of medications registry:

   1. Extract and search medications with type = INNM_DOSAGE, is_active = TRUE, innm_dosage.name, innm_dosage.form and innm_dosage.ingredients.dosage, innm_dosage.ingredients.is_primary:

      1. in case more than one medication with type = INNM_DOSAGE ,is_active = TRUE, innm_dosage.name, innm_dosage.form is found - return FAILED task status with error ('More than one INNM_DOSAGE with such name and form exist in medications table')

      2. in case more than one ingredient is found - return FAILED task status with error ('More than one INNM_DOSAGE ingredient with such fields exist in ingredients table')

      3. in case single medication with type = INNM_DOSAGE is found then check ingredients, in case ingredients of INNM_DOSAGE in DB are not equal to ingredients in uploaded register - return FAILED task status with error ('INNM_DOSAGE has different INNMS in ingredients table')

      4. in case medication with type = INNM_DOSAGE is not found - insert it according to Create full medication registry | medications (type = INNM_DOSAGE), its ingredients according to Create full medication registry | ingredients (for INNM_DOSAGE), brand according to Create full medication registry | medications (type = BRAND), its ingredient according to Create full medication registry | ingredients (for BRAND) and program medication with brand according to Create full medication registry | program_medications

         1. check existence of INNMs by innms.name_original

            1. in case innm is not found - insert it according to Create full medication registry | innms

            2. in case innm is found - skip innm creation.

            3. in case more than one innm is found - return FAILED task status with error ('More than one INNM with such name_original exist in innms table')

      5. in case medication with type = INNM_DOSAGE is found - proceed to brand.

   2. Extract and search connected medications with type = BRAND, is_active = TRUE, brand.name, brand.form, brand.package_qty, brand.package_min_qty, brand.certificate, brand.container, brand.manufacturer.name, brand.manufacturer.country, brand.certificate_expired_at and brand.ingredients.dosage, brand.ingredients.is_primary, brand.drlz_sku_id:

      1. in case more than one medication with such params is found - return FAILED task status with error ('More than one BRAND with such fields exist in medications table')

      2. in case single medication with type = BRAND is found then check ingredients, in case ingredient of BRAND in DB is not equal to ingredient of a brand in uploaded register - return FAILED task status with error ('Invalid BRAND ingredients in ingredients table')

      3. in case medication with type = BRAND is not found OR is absent in registry - insert brand according to Create full medication registry | medications (type = BRAND), its ingredient according to Create full medication registry | ingredients (for BRAND) and program medication with brand according to Create full medication registry | program_medications

      4. in case medication with type = BRAND is found - proceed to program medication.

   3. Extract and search connected program medication by:
      In case registry_number = NULL then search by medication_id (with type = BRAND) and program_medications.medical_program_id and program_medication.registry_number IS NULL;
      In case registry_number has id then search by medication_id (with type = BRAND) and program_medications.medical_program_id and program_medication.registry_number;

      1. in case more than one program medication with such params is found - return FAILED task status with error ('More than one PROGRAM_MEDICATION with such fields exist in program_medications table')

      2. in case program medication is not found - insert program medication with brand OR with innm_dosage according to Create full medication registry | program_medication

      3. in case program medication is found - return FAILED task status with error ('Such medication already exist')

5. Return job identifier with result.

...

medications (type = BRAND) (may be absent)

...

HTTP status codes