GET /v2/cadences.json

Filters by whether the Cadences have been archived. Excluding this field will result in both archived and unarchived Cadences to return.

Filters by group ids. Also supports group ids passed in as a JSON array string

IDs of cadences to fetch. If a record can't be found, that record won't be returned and your request will be successful

Whether to include total_pages and total_count in the metadata. Defaults to false

Specifies whether the max limit of 10k records should be applied to pagination counts. Affects the total_count and total_pages data

Filters cadences by name

Filters cadences by the owner's guid. Multiple owner guids can be applied

The current page to fetch results from. Defaults to 1

Filters cadences by whether they are able to have people added to them

How many records to show per page in the range [1, 100]. Defaults to 25

Filters cadences by whether they are shared

Key to sort on, must be one of: created_at, updated_at, name. Defaults to updated_at

Direction to sort in, must be one of: ASC, DESC. Defaults to DESC

Filters cadences by whether they are a team cadence or not

Equality filters that are applied to the updated_at field. A single filter can be used by itself or combined with other filters to create a range. ---CUSTOM--- {"type":"object","keys":[{"name":"gt","type":"iso8601 string","description":"Returns all matching records that are greater than the provided iso8601 timestamp. The comparison is done using microsecond precision."},{"name":"gte","type":"iso8601 string","description":"Returns all matching records that are greater than or equal to the provided iso8601 timestamp. The comparison is done using microsecond precision."},{"name":"lt","type":"iso8601 string","description":"Returns all matching records that are less than the provided iso8601 timestamp. The comparison is done using microsecond precision."},{"name":"lte","type":"iso8601 string","description":"Returns all matching records that are less than or equal to the provided iso8601 timestamp. The comparison is done using microsecond precision."}]}