Kepler-Release/Venus/Venus_RT/Config/DBModel.sql

create or replace function update_db_model() returns void as 
$$ 
begin 
 
 ------------------------------------------------------------------------------------------------
 --
    if not exists(select * from information_schema.tables  
        where  
            table_catalog = CURRENT_CATALOG and table_schema = CURRENT_SCHEMA 
            and table_name = 'carrier_data') then 
 
			CREATE TABLE "carrier_data"
			(
				"guid" text NOT NULL,
				"load_time" timestamp without time zone,
				"unload_time" timestamp without time zone,
				"rfid" text,
				"lot_id" text,
				"product_category" text,
				"station" text,
				CONSTRAINT "carrier_data_pkey" PRIMARY KEY ("guid" )
			)
			WITH (
			OIDS=FALSE
			);
			ALTER TABLE "carrier_data"
			OWNER TO postgres;
			GRANT SELECT ON TABLE "carrier_data" TO postgres; 
    end if; 

 ------------------------------------------------------------------------------------------------
 --
	if not exists(select * from information_schema.tables  
        where  
            table_catalog = CURRENT_CATALOG and table_schema = CURRENT_SCHEMA 
            and table_name = 'wafer_data') then 
 
			CREATE TABLE "wafer_data"
			(
				"guid" text NOT NULL,
				"create_time" timestamp without time zone,
				"delete_time" timestamp without time zone,
				"carrier_data_guid" text,
				"create_station" text,
				"create_slot" text,
				"process_data_guid" text,
				"wafer_id" text,
				"lasermarker1" text,
				"lasermarker2" text,
				"lasermarker3" text,
				"t7code1" text,
				"t7code2" text,
				"t7code3" text,
				"pj_data_guid" text,
				"lot_data_guid" text,
				CONSTRAINT "wafer_data_pkey" PRIMARY KEY ("guid" )
			)
			WITH (
			OIDS=FALSE
			);
			ALTER TABLE "wafer_data"
			OWNER TO postgres;
			GRANT SELECT ON TABLE "wafer_data" TO postgres; 
    end if; 
 ------------------------------------------------------------------------------------------------
 --	
	 if not exists(select * from information_schema.tables  
        where  
            table_catalog = CURRENT_CATALOG and table_schema = CURRENT_SCHEMA 
            and table_name = 'event_data') then 
 
					CREATE TABLE "event_data"
				(
				  "gid" serial NOT NULL,
				  "event_id" integer,
				  "event_enum" text,
				  "type" text,
				  "source" text,
				  "description" text,
				  "level" text,
				  "occur_time" timestamp without time zone,
				  CONSTRAINT "event_data_pkey" PRIMARY KEY ("gid" )
				)
					WITH (
					OIDS=FALSE
					);
					--ALTER TABLE "EventManager"
					--OWNER TO postgres;
					GRANT ALL ON TABLE "event_data" TO postgres;
					GRANT SELECT ON TABLE "event_data" TO postgres;

					CREATE INDEX "event_data_occur_time_event_id_idx"
					ON "event_data"
					USING btree
					("occur_time" , "event_id" );
    end if; 

 ------------------------------------------------------------------------------------------------
 --	
	    if not exists(select * from information_schema.tables  
				where  
				table_catalog = CURRENT_CATALOG and table_schema = CURRENT_SCHEMA 
				and table_name = 'wafer_move_history') then 
 
					CREATE TABLE "wafer_move_history"
					(
					  "gid" serial NOT NULL,
					  "wafer_data_guid" text,
					  "arrive_time" timestamp without time zone,
					  "station" text,
					  "slot" text,
					  "status" text,
					  CONSTRAINT "wafer_move_history_pkey" PRIMARY KEY ("gid" )
					)
					WITH (
					  OIDS=FALSE
					);
					ALTER TABLE "wafer_move_history"
					OWNER TO postgres;
					GRANT SELECT ON TABLE "wafer_move_history" TO postgres;
 
    end if; 
 ------------------------------------------------------------------------------------------------
 --	
	    if not exists(select * from information_schema.tables  
				where  
				table_catalog = CURRENT_CATALOG and table_schema = CURRENT_SCHEMA 
				and table_name = 'process_data') then 
 
					CREATE TABLE "process_data"
					(
					  "guid" text NOT NULL,
					  "process_begin_time" timestamp without time zone,
					  "process_end_time" timestamp without time zone,
					  "recipe_name" text,
					  "chuck_name" text,
					  "dechuck_name" text,
					  "process_status" text,
					   "wafer_data_guid" text,
					   "process_in" text,
					  CONSTRAINT "process_data_pkey" PRIMARY KEY ("guid" )
					)
					WITH (
					  OIDS=FALSE
					);
					ALTER TABLE "process_data"
					OWNER TO postgres;
					GRANT SELECT ON TABLE "process_data" TO postgres;
 
    end if; 

	 ------------------------------------------------------------------------------------------------
 --	
	    if not exists(select * from information_schema.tables  
				where  
				table_catalog = CURRENT_CATALOG and table_schema = CURRENT_SCHEMA 
				and table_name = 'stats_data') then 
 
					CREATE TABLE "stats_data"
					(
					  "name" text,
					  "value" integer,
					  "total" integer,
					  "description" text,
					  "last_update_time" timestamp without time zone,
					  "last_reset_time" timestamp without time zone,
					  "last_total_reset_time" timestamp without time zone,		
					  "is_visible" boolean,
					  "enable_alarm" boolean,
					  "alarm_value" integer,
					  CONSTRAINT "stats_data_pkey" PRIMARY KEY ("name" )
					)
					WITH (
					  OIDS=FALSE
					);
					ALTER TABLE "stats_data"
					OWNER TO postgres;
					GRANT SELECT ON TABLE "stats_data" TO postgres;
 
    end if; 

	 ------------------------------------------------------------------------------------------------
 --	
	    if not exists(select * from information_schema.tables  
				where  
				table_catalog = CURRENT_CATALOG and table_schema = CURRENT_SCHEMA 
				and table_name = 'leak_check_data') then 
 
					CREATE TABLE "leak_check_data"
					(
						"guid" text NOT NULL,
						"operate_time" timestamp without time zone,
						"status" text,
						"leak_rate" real,
						"start_pressure" real,
						"stop_pressure" real,
						"mode" text,
						"leak_check_time" integer,
					  CONSTRAINT "leak_check_data_pkey" PRIMARY KEY ("guid" )
					)
					WITH (
					  OIDS=FALSE
					);
					ALTER TABLE "leak_check_data"
					OWNER TO postgres;
					GRANT ALL ON TABLE "leak_check_data" TO postgres;
					GRANT SELECT ON TABLE "leak_check_data" TO postgres;
 
    end if; 
 ------------------------------------------------------------------------------------------------
 --
    if not exists(select * from information_schema.tables  
        where  
            table_catalog = CURRENT_CATALOG and table_schema = CURRENT_SCHEMA 
            and table_name = 'cj_data') then 
 
			CREATE TABLE cj_data
			(
				"guid" text NOT NULL,
				"start_time" timestamp without time zone,
				"end_time" timestamp without time zone,
				"carrier_data_guid" text,
				"name" text,
				"input_port" text,
				"output_port" text,
				CONSTRAINT "cj_data_pkey" PRIMARY KEY ("guid" )
			)
			WITH (
			OIDS=FALSE
			);
			ALTER TABLE "cj_data"
			OWNER TO postgres;
			GRANT SELECT ON TABLE "cj_data" TO postgres; 
    end if; 
 ------------------------------------------------------------------------------------------------
 --
 if not exists(select * from information_schema.tables  
				where  
				table_catalog = CURRENT_CATALOG and table_schema = CURRENT_SCHEMA 
				and table_name = 'mfc_verification_data') then 
 
					CREATE TABLE mfc_verification_data
					(
					    "module" text,
						"name" text,
						"operate_time" timestamp without time zone,
						"percent10_setpoint" real,
						"percent10_calculate" real,
						"percent20_setpoint" real,
						"percent20_calculate" real,
						"percent30_setpoint" real,
						"percent30_calculate" real,
						"percent40_setpoint" real,
						"percent40_calculate" real,
						"percent50_setpoint" real,
						"percent50_calculate" real,
						"percent60_setpoint" real,
						"percent60_calculate" real,
						"percent70_setpoint" real,
						"percent70_calculate" real,
						"percent80_setpoint" real,
						"percent80_calculate" real,
						"percent90_setpoint" real,
						"percent90_calculate" real,
						"percent100_setpoint" real,
						"percent100_calculate" real,
						"setpoint" real,
						"calculate" real,

					  CONSTRAINT "mfc_verification_data_pkey" PRIMARY KEY ("operate_time" )
					)
					WITH (
					  OIDS=FALSE
					);
					ALTER TABLE "mfc_verification_data"
					OWNER TO postgres;
					GRANT SELECT ON TABLE "mfc_verification_data" TO postgres;
 
    end if; 
 ------------------------------------------------------------------------------------------------
 --
  if not exists(select * from information_schema.tables  
				where  
				table_catalog = CURRENT_CATALOG and table_schema = CURRENT_SCHEMA 
				and table_name = 'mfc_verification_data_onepoint') then 
 
					CREATE TABLE mfc_verification_data_onepoint
					(
					    "module" text,
						"name" text,
						"operate_time" timestamp without time zone,
						"setpoint" real,
						"calculate" real,

					  CONSTRAINT "mfc_verification_data_onepoint_pkey" PRIMARY KEY ("operate_time" )
					)
					WITH (
					  OIDS=FALSE
					);
					ALTER TABLE "mfc_verification_data_onepoint"
					OWNER TO postgres;
					GRANT SELECT ON TABLE "mfc_verification_data_onepoint" TO postgres;
 
    end if; 
 ------------------------------------------------------------------------------------------------
 --
  if not exists(select * from information_schema.tables  
				where  
				table_catalog = CURRENT_CATALOG and table_schema = CURRENT_SCHEMA 
				and table_name = 'mfc_verification_data_tenpoints') then 
 
					CREATE TABLE mfc_verification_data_tenpoints
					(
					    "module" text,
						"name" text,
						"operate_time" timestamp without time zone,
						"percent10_setpoint" real,
						"percent10_calculate" real,
						"percent20_setpoint" real,
						"percent20_calculate" real,
						"percent30_setpoint" real,
						"percent30_calculate" real,
						"percent40_setpoint" real,
						"percent40_calculate" real,
						"percent50_setpoint" real,
						"percent50_calculate" real,
						"percent60_setpoint" real,
						"percent60_calculate" real,
						"percent70_setpoint" real,
						"percent70_calculate" real,
						"percent80_setpoint" real,
						"percent80_calculate" real,
						"percent90_setpoint" real,
						"percent90_calculate" real,
						"percent100_setpoint" real,
						"percent100_calculate" real,

					  CONSTRAINT "mfc_verification_data_tenpoints_pkey" PRIMARY KEY ("operate_time" )
					)
					WITH (
					  OIDS=FALSE
					);
					ALTER TABLE "mfc_verification_data_tenpoints"
					OWNER TO postgres;
					GRANT SELECT ON TABLE "mfc_verification_data_tenpoints" TO postgres;
 
    end if; 
 ------------------------------------------------------------------------------------------------
 --

    if not exists(select * from information_schema.tables  
        where  
            table_catalog = CURRENT_CATALOG and table_schema = CURRENT_SCHEMA 
            and table_name = 'pj_data') then 
 
			CREATE TABLE pj_data
			(
				"guid" text NOT NULL,
				"start_time" timestamp without time zone,
				"end_time" timestamp without time zone,
				"carrier_data_guid" text,
				"cj_data_guid" text,
				"name" text,
				"input_port" text,
				"output_port" text,
				"total_wafer_count" integer,
				"abort_wafer_count" integer,
				"unprocessed_wafer_count" integer,
				CONSTRAINT "pj_data_pkey" PRIMARY KEY ("guid" )
			)
			WITH (
			OIDS=FALSE
			);
			ALTER TABLE "pj_data"
			OWNER TO postgres;
			GRANT SELECT ON TABLE "pj_data" TO postgres; 
    end if; 
 ------------------------------------------------------------------------------------------------
 --	
 if not exists(select * from information_schema.tables  
				where  
				table_catalog = CURRENT_CATALOG and table_schema = CURRENT_SCHEMA 
				and table_name = 'stats_data_rf_pump') then 
 
					CREATE TABLE "stats_data_rf_pump"
					(
					  "name" text,
					  "description" text,
					  "last_pm_time" timestamp without time zone,	
					  "from_last_pm" real,
					  "total" real,
					  "pm_interval" real,
					  "enable_alarm" boolean,
					  CONSTRAINT "stats_data_rf_pump_pkey" PRIMARY KEY ("name" )
					)
					WITH (
					  OIDS=FALSE
					);
					ALTER TABLE "stats_data_rf_pump"
					OWNER TO postgres;
					GRANT SELECT ON TABLE "stats_data_rf_pump" TO postgres;
 
    end if; 

	 ------------------------------------------------------------------------------------------------
 --	
end; 
$$ 
language 'plpgsql'; 
 
select update_db_model(); 

CREATE OR REPLACE FUNCTION batch_delete_tables(text)
RETURNS int AS
$$
DECLARE
    r RECORD;
    count int;
BEGIN
    count := 0;
FOR r IN SELECT tablename FROM pg_tables where tablename like $1 || '%'  LOOP
    RAISE NOTICE 'tablename: %', r.tablename;
    EXECUTE 'DROP TABLE "' || r.tablename || '" CASCADE';
    count := count + 1;
END LOOP;
RETURN count;
END;
$$
LANGUAGE 'plpgsql' VOLATILE;