// Mark messages as read // Input: TaskID, ReaderType (customer/worker) - marks messages from the OTHER party as read // Output: { OK: true } function apiAbort(required struct payload) { writeOutput(serializeJSON(payload)); abort; } function readJsonBody() { var raw = getHttpRequestData().content; if (isNull(raw)) raw = ""; if (!len(trim(raw))) return {}; try { var data = deserializeJSON(raw); if (isStruct(data)) return data; } catch (any e) {} return {}; } try { data = readJsonBody(); taskID = val(structKeyExists(data, "TaskID") ? data.TaskID : 0); readerType = lcase(trim(structKeyExists(data, "ReaderType") ? data.ReaderType : "")); if (taskID == 0) { apiAbort({ "OK": false, "ERROR": "missing_params", "MESSAGE": "TaskID is required" }); } if (readerType != "customer" && readerType != "worker") { apiAbort({ "OK": false, "ERROR": "missing_params", "MESSAGE": "ReaderType must be 'customer' or 'worker'" }); } // Mark messages from the OTHER party as read // If reader is customer, mark worker messages as read // If reader is worker, mark customer messages as read otherType = readerType == "customer" ? "worker" : "customer"; queryExecute(" UPDATE ChatMessages SET IsRead = 1 WHERE TaskID = :taskID AND SenderType = :otherType AND IsRead = 0 ", { taskID: { value: taskID, cfsqltype: "cf_sql_integer" }, otherType: { value: otherType, cfsqltype: "cf_sql_varchar" } }, { datasource: "payfrit" }); apiAbort({ "OK": true, "MESSAGE": "Messages marked as read" }); } catch (any e) { apiAbort({ "OK": false, "ERROR": "server_error", "MESSAGE": e.message }); }