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| <?xml version="1.0" encoding="UTF-8"?>
| <!DOCTYPE mapper PUBLIC "-//mybatis.org//DTD Mapper 3.0//EN" "http://mybatis.org/dtd/mybatis-3-mapper.dtd">
| <mapper namespace="com.qianwen.smartman.modules.smis.mapper.TdengineMapper">
|
| <update id="dropTdengine">
| DROP
| DATABASE IF EXISTS iot_data;
| </update>
|
| <update id="initTdengine">
| CREATE DATABASE iot_data KEEP 3650 DURATION 10 WAL_LEVEL 1;
| </update>
|
| <update id="initTdengineSuperState">
| CREATE TABLE IF NOT EXISTS iot_data.super_state (ts TIMESTAMP, value_collect TINYINT, calendar_code NCHAR(128), factory_year INT, factory_month TINYINT, factory_week INT, factory_date INT, shift_index TINYINT, shift_time_type TINYINT, wcs TINYINT, rps TINYINT, is_fix_point BOOL, is_sync BOOL, is_plan TINYINT, feedback_point_type TINYINT, feedback_id BIGINT, is_deleted BOOL, employee_id BIGINT) TAGS (workstation_id BIGINT);
| </update>
| <update id="initTdengineSuperOutput">
| CREATE TABLE IF NOT EXISTS iot_data.super_output (ts TIMESTAMP, value_collect BIGINT, param_type INT, calendar_code NCHAR(128), factory_year INT, factory_month TINYINT, factory_week INT, factory_date INT, shift_index TINYINT, shift_time_type TINYINT, program NCHAR(128), product_code NCHAR(128), product_name NCHAR(128), is_sync BOOL, employee_id BIGINT) TAGS (workstation_id BIGINT);
| </update>
| <update id="initTdengineSuperAlarm">
| CREATE TABLE IF NOT EXISTS iot_data.super_alarm
| (
| ts
| TIMESTAMP,
| calendar_code
| NCHAR(128),
| factory_year INT,
| factory_month TINYINT,
| factory_week INT,
| factory_date INT,
| shift_index TINYINT,
| shift_time_type TINYINT,
| code NCHAR(64),
| message NCHAR(256),
| level NCHAR(32)
| )
| TAGS
| ( workstation_id BIGINT);
| </update>
| <update id="initTdengineSuperAggregateaOutput">
| CREATE TABLE IF NOT EXISTS iot_data.super_aggregate_output
| (
| ts
| TIMESTAMP,
| pre_ts
| TIMESTAMP,
| output
| BIGINT,
| cur_output
| BIGINT,
| pre_output
| BIGINT,
| calendar_code
| NCHAR(128),
| factory_year INT,
| factory_month TINYINT,
| factory_week INT,
| factory_date INT,
| shift_index TINYINT,
| shift_time_type TINYINT,
| program NCHAR(128),
| product_code NCHAR(128),
| product_name NCHAR(128),
| employee_id BIGINT
| )
| TAGS
| ( workstation_id BIGINT);
|
| </update>
| <update id="initTdengineSuperAggregateaState">
| CREATE TABLE IF NOT EXISTS iot_data.super_aggregate_state (ts TIMESTAMP, end_time TIMESTAMP, duration_collect BIGINT, value_collect TINYINT, calendar_code NCHAR(128), factory_year INT, factory_month TINYINT, factory_week INT, factory_date INT, shift_index TINYINT, shift_time_type TINYINT, wcs TINYINT, rps TINYINT, is_deleted BOOL, is_plan TINYINT, employee_id BIGINT) TAGS (workstation_id BIGINT);
| </update>
| <update id="initTdengineSuperCollectData">
| CREATE TABLE IF NOT EXISTS iot_data.super_collect_data
| (
| ts
| TIMESTAMP,
| v
| NCHAR(256)
| )
| TAGS
| ( workstation_id
| BIGINT,
| n
| NCHAR
| (
| 64
| ));
| </update>
| <!--dmp 信号触发日志-->
| <update id="initTdengineDmpLogSignal">
| CREATE TABLE IF NOT EXISTS super_dmp_log_signal
| (
| ts
| TIMESTAMP,
| trace_id
| NCHAR(128),
| type INT,
| machine_name NCHAR(30),
| affected_variable NCHAR(128),
| variable_value NCHAR(128),
| status INT
|
| ) TAGS
| ( machine_code NCHAR
| (
| 128
| ), collect_month INT);
| </update>
|
| <!--dmp 信号触发处理日志-->
| <update id="initTdengineDmpLogSignalFlow">
| CREATE TABLE IF NOT EXISTS super_dmp_log_signal_flow
| (
| ts
| TIMESTAMP,
| trace_id
| NCHAR(128),
| type INT,
| message NCHAR(255)
|
| ) TAGS
| ( machine_code NCHAR
| (
| 128
| ), collect_month INT);
| </update>
|
| <!--dmp 信号触发方法执行时长日志-->
| <update id="initTdengineDmpLogMethodTime">
| CREATE TABLE IF NOT EXISTS super_dmp_log_method_time
| (
| ts
| TIMESTAMP,
| trace_id
| NCHAR(128),
| type INT,
| method_name NCHAR(128),
| method_description NCHAR(128),
| spend_time_seconds BIGINT
| ) TAGS
| ( machine_code NCHAR
| (
| 128
| ), collect_month INT);
|
| </update>
|
|
| <update id="initTdengineSuperAggregateStateWithFeedback">
| CREATE TABLE IF NOT EXISTS iot_data.super_aggregate_state_with_feedback (ts TIMESTAMP, end_time TIMESTAMP, duration_collect BIGINT, value_collect TINYINT, calendar_code NCHAR(128), factory_year INT, factory_month TINYINT, factory_week INT, factory_date INT, shift_index TINYINT, shift_time_type TINYINT, wcs TINYINT, rps TINYINT, is_deleted BOOL, is_plan TINYINT, feedback_id BIGINT) TAGS (workstation_id BIGINT);
| </update>
|
| <update id="initTdengineSuperJsonCollect">
| CREATE TABLE IF NOT EXISTS iot_data.super_collect_data_json
| (
| ts
| timestamp,
| v
| NCHAR(1024)
| ) TAGS
| ( workstation_id BIGINT);
| </update>
|
| <update id="dropTable" parameterType="string">
| DROP TABLE IF EXISTS iot_data.${tableName}
| </update>
|
| <update id="initTdengineCountPulseData">
| CREATE TABLE IF NOT EXISTS super_count_data
| (
| ts TIMESTAMP,
| value_collect BIGINT,
| calendar_code NCHAR(128),
| factory_year INT,
| factory_month TINYINT,
| factory_week INT,
| factory_date INT,
| shift_index TINYINT,
| shift_time_type TINYINT,
| program NCHAR(128),
| product_code NCHAR(128),
| product_name NCHAR(128),
| is_sync BOOL,
| employee_id BIGINT
| ) TAGS (workstation_id BIGINT, usage_code BINARY(50));
| CREATE TABLE IF NOT EXISTS super_pulse_data
| (
| ts TIMESTAMP,
| value_collect BIGINT,
| calendar_code NCHAR(128),
| factory_year INT,
| factory_month TINYINT,
| factory_week INT,
| factory_date INT,
| shift_index TINYINT,
| shift_time_type TINYINT,
| program NCHAR(128),
| product_code NCHAR(128),
| product_name NCHAR(128),
| is_sync BOOL,
| employee_id BIGINT
| ) TAGS (workstation_id BIGINT, usage_code BINARY(50));
| create table if not exists iot_data.super_aggregate_count_data
| (
| ts timestamp,
| pre_ts timestamp,
| output BIGINT,
| cur_output BIGINT,
| pre_output BIGINT,
| calendar_code NCHAR(128),
| factory_year INT,
| factory_month TINYINT,
| factory_week INT,
| factory_date INT,
| shift_index TINYINT,
| shift_time_type TINYINT,
| program NCHAR(128),
| product_code NCHAR(128),
| product_name NCHAR(128),
| employee_id BIGINT
| ) TAGS(workstation_id BIGINT, usage_code BINARY(50));
| create table if not exists iot_data.super_aggregate_pulse_data
| (
| ts timestamp,
| pre_ts timestamp,
| output BIGINT,
| cur_output BIGINT,
| pre_output BIGINT,
| calendar_code NCHAR(128),
| factory_year INT,
| factory_month TINYINT,
| factory_week INT,
| factory_date INT,
| shift_index TINYINT,
| shift_time_type TINYINT,
| program NCHAR(128),
| product_code NCHAR(128),
| product_name NCHAR(128),
| employee_id BIGINT
| ) TAGS(workstation_id BIGINT, usage_code BINARY(50));
| </update>
|
| </mapper>
|
|
