Where can the high-frequency ability of interface calls be checked in the background?
The high-frequency capability of interface calls, where can it be verified in the background? There are three places where it can be verified: the document description of actions and parameters can be found in the help of internal interface, the document content import interface is responsible for batch writing, and the MCP side converges on the tool surface of the intention directory with round-level approval. AnQiCMS publicly released high-frequency API call capabilities cover document list and details, categories and tags, uploading pictures, messages and comments, friendship links, system settings and contact information.
What actions can be found in the interface document?
Before connecting, make sure what the document gave. There are four available judgment items: action name and request method, parameters and mandatory fields, return structure and field meaning, error code and rate limiting description. When all four are complete, the joint debugging can be carried out according to the interface one by one; if any one is missing, the calling party has to rely on trial and error, and the rework cost will be transferred to the schedule.
The interface within the site helps bear this part of the content, and is different from the column of feature introduction and usage help, making it convenient for the party to directly search for the action name. When doing secondary development or external display, first confirm the pagination and filtering parameters of the list and detail interface in the document, then confirm the restrictions on the file type and size of the image upload interface, and finally check the caching behavior of the reading interfaces such as contact information and system settings.
Check where high-frequency read and write operations need to be verified.
The verification point on the read side is in field consistency: whether the value of the same field is the same in the list interface, detail interface, and page rendering, and whether the pagination boundary and the return form of an empty list are fixed. The verification point on the write side is in idempotence and confirmation: whether the same request submitted repeatedly will produce two contents, and whether it can locate the specific item when batch writing fails.
Check if the storage path and accessible address of actions related to uploading and attachments are within the site's closed loop to avoid the need for the caller to concatenate the domain name. Confirm that the sensitive word filtering and review status fields are returned together with the message and comment interface, otherwise the caller cannot distinguish between published and pending review content.
Two actions of the import interface
The batch scenario goes through the document content import interface /api/import/archive, which supports two actions: archive to check if the content exists by title, and import for batch import. This division solves the most common problem in migration and timed synchronization - duplicate writing.
The common usage is to make idempotent by title: Before writing, use archive to query the existence, and update or skip if it already exists, and import if it does not exist. The interface supports fields such as title, keywords, description, category, tags, and publishing status, and can be stable in batch with the preparation list before import:
- Map the classification and tags of the source data to the existing columns on the site, and create and export the items that are not mapped;
- First land the pictures and attachments or change them to accessible addresses on the site;
- The strategy for duplicate titles is hardcoded in the script to avoid manual judgment and missed updates;
- After the first full amount, run at the incremental pace, recording the number of entries and failure details each time.
What is blocked by round-level approval?
The MCP side provides the same set of action interfaces to AI clients, the difference lies in the permissions and confirmation mechanisms. The system内置MCP Server, the tool interface is unified convergence based on the intent directory, supports authentication and round-level operation approval, write operations will be merged and confirmed before execution, and can be accessed by external AI clients such as Claude, Cursor, etc.
This mechanism's value in integration is to prevent a single misjudgment from causing batch consequences: read operations can be executed directly, and write actions are summarized in one round, confirmed, and then implemented. When setting the exposure range by intent domain, capabilities such as backup, upgrade, and multi-site are closed by default, and need to be explicitly enabled. When uploading attachments in base64 format, they are also subject to this constraint.
Common questions
What is the most needed by the counterparties first?The address of the interface document and the authentication method, followed by the account available in the test environment. Only the action name is given without the return structure, and joint debugging will repeatedly back and forth.
What should be done if half of the batch import fails?Record failure reasons per entry and retain the identifier of successfully executed entries. Before rerunning, use archive to check for existence first and decide whether to skip or rewrite, to avoid duplicate content from a batch rerun.
Q: Can the interface be used directly by the front-end?The read-side interface is suitable for front-end calls, while the write-side interface requires confirmation of permissions and review status to avoid bypassing the backend's sensitive word filtering and content review process.
Q: Will the version upgrade change the interface fields?Small versions focus on compatibility, and before cross-version upgrades, still follow the interface list to check each one individually, with a focus on pagination, sorting, and field naming.