---
title: "Create a table view"
method: POST
path: "/tables/{table_id}/views/"
tags: ["table-views"]
---

# Create a table view

`POST /tables/{table_id}/views/`

## Request

- Base URL: `https://api.getoneprofile.ai` (the document declares no server; this is the origin it was published from)
- URL: `https://api.getoneprofile.ai/tables/{table_id}/views/`
- Auth: one of:
  - API key in header `X-API-Key`
  - HTTP bearer

Create a saved view: a named, org-shared sort/filter/hidden-column bundle the client applies on top of the live table. Views never touch the table's display preferences, and creating one recomputes nothing.

`is_default` claims the table's default slot: the view a link naming none opens on, for a person with no last view of the table. At most one view per table holds it, so claiming it stands down the previous holder in the same transaction.

## Path parameters

- `table_id` string, uuid, required

## Request body

- TableViewCreateSchema: Request body for creating a saved view.
  - `description` string, nullable
  - `hidden_column_ids` string[]: Columns the view hides.
  - `is_default` boolean: Make this the table's default view: the one a link naming no view opens on, for a person with no last view of the table. Stands down whichever view held it; at most one view per table carries it.
  - `name` string, required: View name, unique per table.
  - `position` integer: Display position in the view switcher; ties break by name.
  - `sorts` TableRowSortSchema[]: Order rows by these columns, in priority order.
    - `column_id` union, required: A column ID, or `__created_at__` / `__updated_at__` to order by when the row was added or last edited.
      - string, uuid
      - '__created_at__' | '__updated_at__': The sort keys that order by the ROW rather than by one column's cells. ``CREATED_AT`` is when the row was added; ``UPDATED_AT`` is when any of its cells last changed (the row was added, for one with no cells). They share the sort slot with column IDs, so a query or a saved view names either the same way; the dunder spelling keeps them apart from any UUID.
    - `direction` 'asc' | 'desc': Which way a sorted row listing runs.
  - `where` TableRowsWhereSchemaInput: The whole predicate for a rows query. ``items`` mixes conditions with groups under one joiner, so ``A and (B or C)`` is an AND over ``[A, group(OR, [B, C])]``. Send no ``where`` at all rather than an empty one, so "no filter" stays a single state. The cap is on LEAVES, not on items: eight conditions cost eight correlated EXISTS clauses whether they are grouped or not, and it is the clause count that the query planner pays for.
    - `items` TableRowWhereItemSchemaInput[], required: Conditions and groups.
      - union
        - TableRowFilterSchemaInput: One predicate a row must satisfy. Which operators apply depends on the column's type: a range comparison on a checkbox is rejected rather than silently matching nothing. The valueless operators (``is_empty``, ``is_not_empty``, ``is_true``, ``is_false``) must not carry a value.
          - `column_id` union, required: A column ID, or `__any_column__` to ask about every cell in the row at once. `__any_column__` takes only `has_error` and `has_no_error`.
            - string, uuid
            - '__any_column__' | '__record_id__': The filter targets that name the whole ROW rather than one column. ``ANY_COLUMN`` asks a question of every cell in the row at once: "does any column have an error?" is the table-wide half of the per-column ``has_error``. It stands in the ``column_id`` slot of an ordinary condition (the same trick the system sort keys use), so a row-wide question travels through every surface that already carries a predicate tree (a saved view, a run's scope, an export, a count) with nothing to add to any of them. The dunder spelling keeps it apart from any UUID.
          - `operator` 'eq' | 'neq' | 'gt' | 'gte' | 'lt' | 'lte' | 'contains' | 'not_contains' | 'contains_any_of' | 'not_contains_any_of' | 'starts_with' | 'is_true' | 'is_false' | 'is_empty' | 'is_not_empty' | 'has_error' | 'has_no_error' | 'has_results' | 'has_no_results' | 'has_not_run' | 'is_stale' | 'is_not_stale' | 'run_condition_not_met' | 'run_stopped', required: A row filter predicate. Which operators are legal depends on the column's data type; the service validates the pairing and rejects a mismatch, so an operator here is a vocabulary entry rather than a promise it applies everywhere. Two families live here. The VALUE operators ask about what a cell holds and are keyed off the column's storage slot. The STATE operators ask about what the last run DID to the cell (errored, skipped, never ran, went stale) and are keyed off the column's kind instead: they read the compute metadata that only a computed column ever writes, and mean nothing on a hand-typed one.
          - `type` 'condition'
          - `value` union
            - string
            - integer
            - number
            - boolean
            - string, date-time
            - string, date
            - CellValueInput[]
            - object
        - TableRowFilterGroupSchemaInput: A parenthesised run of conditions, joined among themselves. Holds conditions and never groups: one level of nesting is expressible and a second is not, structurally. That covers ``A and (B or C)`` (what a filter panel offers) while keeping the SQL a flat walk.
          - `conditions` TableRowFilterSchemaInput[], required: The conditions inside the parentheses.
            - `column_id` union, required: A column ID, or `__any_column__` to ask about every cell in the row at once. `__any_column__` takes only `has_error` and `has_no_error`.
              - …
            - `operator` 'eq' | 'neq' | 'gt' | 'gte' | 'lt' | 'lte' | 'contains' | 'not_contains' | 'contains_any_of' | 'not_contains_any_of' | 'starts_with' | 'is_true' | 'is_false' | 'is_empty' | 'is_not_empty' | 'has_error' | 'has_no_error' | 'has_results' | 'has_no_results' | 'has_not_run' | 'is_stale' | 'is_not_stale' | 'run_condition_not_met' | 'run_stopped', required: A row filter predicate. Which operators are legal depends on the column's data type; the service validates the pairing and rejects a mismatch, so an operator here is a vocabulary entry rather than a promise it applies everywhere. Two families live here. The VALUE operators ask about what a cell holds and are keyed off the column's storage slot. The STATE operators ask about what the last run DID to the cell (errored, skipped, never ran, went stale) and are keyed off the column's kind instead: they read the compute metadata that only a computed column ever writes, and mean nothing on a hand-typed one.
            - `type` 'condition'
            - `value` union
              - …
          - `joiner` 'and' | 'or': How the members of one filter level combine.
          - `type` 'group'
    - `joiner` 'and' | 'or': How the members of one filter level combine.

## Response `201`

Successful Response

- TableViewReadSchema: A saved view: named sort/filter/hidden-column overrides for one table.
  - `created_at` string, date-time, required
  - `description` string, nullable, required
  - `hidden_column_ids` string[], required: Columns the view hides.
  - `id` string, uuid, required
  - `is_default` boolean, required: Whether opening the table with no view named applies this one, for a person with no last view of the table. At most one view per table carries it.
  - `name` string, required
  - `position` integer, required: Display position in the view switcher; ties break by name.
  - `sorts` TableRowSortSchema[], required: The view's sort keys, in priority order.
    - `column_id` union, required: A column ID, or `__created_at__` / `__updated_at__` to order by when the row was added or last edited.
      - string, uuid
      - '__created_at__' | '__updated_at__': The sort keys that order by the ROW rather than by one column's cells. ``CREATED_AT`` is when the row was added; ``UPDATED_AT`` is when any of its cells last changed (the row was added, for one with no cells). They share the sort slot with column IDs, so a query or a saved view names either the same way; the dunder spelling keeps them apart from any UUID.
    - `direction` 'asc' | 'desc': Which way a sorted row listing runs.
  - `updated_at` string, date-time, required
  - `where` TableRowsWhereSchemaOutput, required: The whole predicate for a rows query. ``items`` mixes conditions with groups under one joiner, so ``A and (B or C)`` is an AND over ``[A, group(OR, [B, C])]``. Send no ``where`` at all rather than an empty one, so "no filter" stays a single state. The cap is on LEAVES, not on items: eight conditions cost eight correlated EXISTS clauses whether they are grouped or not, and it is the clause count that the query planner pays for.
    - `items` TableRowWhereItemSchemaOutput[], required: Conditions and groups.
      - union
        - TableRowFilterSchemaOutput: One predicate a row must satisfy. Which operators apply depends on the column's type: a range comparison on a checkbox is rejected rather than silently matching nothing. The valueless operators (``is_empty``, ``is_not_empty``, ``is_true``, ``is_false``) must not carry a value.
          - `column_id` union, required: A column ID, or `__any_column__` to ask about every cell in the row at once. `__any_column__` takes only `has_error` and `has_no_error`.
            - string, uuid
            - '__any_column__' | '__record_id__': The filter targets that name the whole ROW rather than one column. ``ANY_COLUMN`` asks a question of every cell in the row at once: "does any column have an error?" is the table-wide half of the per-column ``has_error``. It stands in the ``column_id`` slot of an ordinary condition (the same trick the system sort keys use), so a row-wide question travels through every surface that already carries a predicate tree (a saved view, a run's scope, an export, a count) with nothing to add to any of them. The dunder spelling keeps it apart from any UUID.
          - `operator` 'eq' | 'neq' | 'gt' | 'gte' | 'lt' | 'lte' | 'contains' | 'not_contains' | 'contains_any_of' | 'not_contains_any_of' | 'starts_with' | 'is_true' | 'is_false' | 'is_empty' | 'is_not_empty' | 'has_error' | 'has_no_error' | 'has_results' | 'has_no_results' | 'has_not_run' | 'is_stale' | 'is_not_stale' | 'run_condition_not_met' | 'run_stopped', required: A row filter predicate. Which operators are legal depends on the column's data type; the service validates the pairing and rejects a mismatch, so an operator here is a vocabulary entry rather than a promise it applies everywhere. Two families live here. The VALUE operators ask about what a cell holds and are keyed off the column's storage slot. The STATE operators ask about what the last run DID to the cell (errored, skipped, never ran, went stale) and are keyed off the column's kind instead: they read the compute metadata that only a computed column ever writes, and mean nothing on a hand-typed one.
          - `type` 'condition'
          - `value` union
            - string
            - integer
            - number
            - boolean
            - string, date-time
            - string, date
            - CellValueOutput[]
            - object
        - TableRowFilterGroupSchemaOutput: A parenthesised run of conditions, joined among themselves. Holds conditions and never groups: one level of nesting is expressible and a second is not, structurally. That covers ``A and (B or C)`` (what a filter panel offers) while keeping the SQL a flat walk.
          - `conditions` TableRowFilterSchemaOutput[], required: The conditions inside the parentheses.
            - `column_id` union, required: A column ID, or `__any_column__` to ask about every cell in the row at once. `__any_column__` takes only `has_error` and `has_no_error`.
              - …
            - `operator` 'eq' | 'neq' | 'gt' | 'gte' | 'lt' | 'lte' | 'contains' | 'not_contains' | 'contains_any_of' | 'not_contains_any_of' | 'starts_with' | 'is_true' | 'is_false' | 'is_empty' | 'is_not_empty' | 'has_error' | 'has_no_error' | 'has_results' | 'has_no_results' | 'has_not_run' | 'is_stale' | 'is_not_stale' | 'run_condition_not_met' | 'run_stopped', required: A row filter predicate. Which operators are legal depends on the column's data type; the service validates the pairing and rejects a mismatch, so an operator here is a vocabulary entry rather than a promise it applies everywhere. Two families live here. The VALUE operators ask about what a cell holds and are keyed off the column's storage slot. The STATE operators ask about what the last run DID to the cell (errored, skipped, never ran, went stale) and are keyed off the column's kind instead: they read the compute metadata that only a computed column ever writes, and mean nothing on a hand-typed one.
            - `type` 'condition'
            - `value` union
              - …
          - `joiner` 'and' | 'or': How the members of one filter level combine.
          - `type` 'group'
    - `joiner` 'and' | 'or': How the members of one filter level combine.

## Other responses

- `401`: Unauthorized
- `403`: Forbidden
- `404`: Table not found
- `422`: Invalid request made to the API.
- `500`: Internal server error.
- `502`: Bad gateway error.
- `503`: Service unavailable.

---

[API](https://skmtc.dev/getoneprofile/apis/api-reference-oneprofile.md) · [All operations](https://skmtc.dev/getoneprofile/apis/api-reference-oneprofile/llms.txt) · [OpenAPI document](https://skmtc.dev/getoneprofile/apis/api-reference-oneprofile/revisions/4a6bd71e3f02?raw)
