Sic10/SicRT/Config/DBModel.sql

903 lines
25 KiB
PL/PgSQL

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 = 'credentials_history') then
CREATE TABLE credentials_history
(
"uid" serial NOT NULL,
"login_name" varchar(50),
"role_id" varchar(10),
"host_name" varchar(100),
"host_ip" varchar(50),
"host_port" varchar(10),
"os_version" varchar(50),
"computer_info" text,
"cpu_info" text,
"disk_info" text,
"operation" varchar(50),
"operation_time" timestamp without time zone,
CONSTRAINT "credentials_history_pkey" PRIMARY KEY ("uid" )
)
WITH (
OIDS=FALSE
);
ALTER TABLE credentials_history
OWNER TO postgres;
GRANT SELECT ON TABLE credentials_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 = '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,
"lot_id" text,
"notch_angle" real,
"sequence_name" text,
"process_status" 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,
"process_status" text,
"wafer_data_guid" text,
"process_in" text,
"recipe_setting_time" real,
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 = 'PM_statsData') then
CREATE TABLE "PM_statsData"
(
"chamber" text,
"name" text,
"partsNo" text,
"current_cycle" text,
"target_cycle" text,
"current_value" text,
"warning_value" text,
"target_value" text,
"install_Date" timestamp without time zone,
CONSTRAINT "PM_statsData_pkey" PRIMARY KEY ("name" )
)
WITH (
OIDS=FALSE
);
ALTER TABLE "PM_statsData"
OWNER TO postgres;
GRANT SELECT ON TABLE "PM_statsData" 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 = 'PM_statsHistory') then
CREATE TABLE "PM_statsHistory"
(
"id" serial,
"chamber" text,
"name" text,
"partsNo" text,
"current_cycle" text,
"target_cycle" text,
"current_value" text,
"warning_value" text,
"target_value" text,
"install_Date" timestamp without time zone,
CONSTRAINT "PM_statsHistory_pkey" PRIMARY KEY ("id" )
)
WITH (
OIDS=FALSE
);
ALTER TABLE "PM_statsHistory"
OWNER TO postgres;
GRANT SELECT ON TABLE "PM_statsHistory" 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,
"module_name" text,
"gasline_selection" text,
CONSTRAINT "leak_check_data_pkey" PRIMARY KEY ("guid" )
)
WITH (
OIDS=FALSE
);
ALTER TABLE "leak_check_data"
OWNER 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,
"total_wafer_count" integer,
"abort_wafer_count" integer,
"unprocessed_wafer_count" integer,
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 = '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 = 'lot_data') then
CREATE TABLE lot_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 "lot_data_pkey" PRIMARY KEY ("guid" )
)
WITH (
OIDS=FALSE
);
ALTER TABLE "lot_data"
OWNER TO postgres;
GRANT SELECT ON TABLE "lot_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 = 'lot_wafer_data') then
CREATE TABLE lot_wafer_data
(
"guid" text NOT NULL,
"create_time" timestamp without time zone,
"lot_data_guid" text,
"wafer_data_guid" text,
CONSTRAINT "lot_wafer_data_pkey" PRIMARY KEY ("guid" )
)
WITH (
OIDS=FALSE
);
ALTER TABLE "lot_wafer_data"
OWNER TO postgres;
GRANT SELECT ON TABLE "lot_wafer_data" TO postgres;
CREATE INDEX "lot_wafer_data_idx1"
ON "lot_wafer_data"
USING btree
("lot_data_guid" , "wafer_data_guid" );
end if;
------------------------------------------------------------------------------------------------
--
if not exists(select * from information_schema.tables
where
table_catalog = CURRENT_CATALOG and table_schema = CURRENT_SCHEMA
and table_name = 'recipe_step_data') then
CREATE TABLE "recipe_step_data"
(
"guid" text NOT NULL,
"step_begin_time" timestamp without time zone,
"step_end_time" timestamp without time zone,
"step_name" text,
"step_time" real,
"process_data_guid" text,
"step_number" integer,
CONSTRAINT "recipe_step_data_pkey" PRIMARY KEY ("guid" )
)
WITH (
OIDS=FALSE
);
ALTER TABLE "recipe_step_data"
OWNER TO postgres;
GRANT SELECT ON TABLE "recipe_step_data" TO postgres;
CREATE INDEX "recipe_step_data_idx1"
ON "recipe_step_data"
USING btree
("process_data_guid" , "step_number" );
end if;
------------------------------------------------------------------------------------------------
--
if not exists(select * from information_schema.tables
where
table_catalog = CURRENT_CATALOG and table_schema = CURRENT_SCHEMA
and table_name = 'tray_thickness_main') then
CREATE TABLE tray_thickness_main
(
"tray_guid" text NOT NULL,
"tray_number" text NOT NULL,
"tray_label" text,
"pm_number" text,
"tray_coating_thickness" real,
"tray_max_thickness" real,
"create_time" timestamp,
CONSTRAINT "tray_thickness_main_pkey" PRIMARY KEY ("tray_guid" )
)
WITH (
OIDS=FALSE
);
ALTER TABLE "tray_thickness_main"
OWNER TO postgres;
GRANT SELECT ON TABLE "tray_thickness_main" 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 = 'tray_thickness_data') then
CREATE TABLE tray_thickness_data
(
"tray_guid" text NOT NULL,
"tray_number" text ,
"tray_inner_number" text,
"ring_inner_number" text,
"ring_outer_number" text,
CONSTRAINT "tray_thickness_data_pkey" PRIMARY KEY ("tray_guid" )
)
WITH (
OIDS=FALSE
);
ALTER TABLE tray_thickness_data
OWNER TO postgres;
GRANT SELECT ON TABLE tray_thickness_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 = 'pm_thickness_data') then
CREATE TABLE pm_thickness_data
(
"pm_guid" text NOT NULL,
"pm_minor_cycle" text ,
"pm_major_cycle" text,
CONSTRAINT "pm_thickness_data_pkey" PRIMARY KEY ("pm_guid" )
)
WITH (
OIDS=FALSE
);
ALTER TABLE pm_thickness_data
OWNER TO postgres;
GRANT SELECT ON TABLE pm_thickness_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 = 'pm_thickness_main') then
CREATE TABLE pm_thickness_main
(
"pm_guid" text NOT NULL,
"pm_cycle" text NOT NULL,
"pm_label" text,
"pm_number" text,
"pm_coating_thickness" real,
"pm_max_thickness" real,
"create_time" timestamp,
CONSTRAINT "pm_thickness_main_pkey" PRIMARY KEY ("pm_guid" )
)
WITH (
OIDS=FALSE
);
ALTER TABLE "pm_thickness_main"
OWNER TO postgres;
GRANT SELECT ON TABLE "pm_thickness_main" 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 = 'pm_mfcror') then
CREATE TABLE pm_mfcror
(
"starttime" timestamp without time zone,
"endtime" timestamp without time zone,
"name" text ,
"module" text,
"scale" integer,
"pressure1" real,
"pressure2" real,
"pressure3" real,
"pressure4" real,
"actualflow" real,
"setflow" real,
"temperature" real,
"interval" real,
"isstandardmfc" boolean,
"maintainpressure1" real,
"maintainpressure2" real,
"maintainpressuredifference" real,
"volume" real,
"meandifferencepressure" real,
"basepressure" real,
"deviation" real,
"result" text
)
WITH (
OIDS=FALSE
);
ALTER TABLE pm_mfcror
OWNER TO postgres;
GRANT SELECT ON TABLE pm_mfcror 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_test_data') then
CREATE TABLE mfc_test_data
(
"module" text,
"mfc_name" text NOT NULL,
"is_pass" text,
"result" text,
"values" text,
"base_value" text,
"infor" text,
"time" timestamp
)
WITH (
OIDS=FALSE
);
ALTER TABLE "mfc_test_data"
OWNER TO postgres;
GRANT SELECT ON TABLE "mfc_test_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 = 'control_name_data') then
CREATE TABLE control_name_data
(
"module" text,
"control_name" text NOT NULL,
"state" text,
"time" timestamp
)
WITH (
OIDS=FALSE
);
ALTER TABLE "control_name_data"
OWNER TO postgres;
GRANT SELECT ON TABLE "control_name_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 = 'recipe_data') then
CREATE TABLE recipe_data
(
"rootname" text ,
"recipename" text,
"fileDetail" bytea
)
WITH (
OIDS=FALSE
);
ALTER TABLE recipe_data
OWNER TO postgres;
GRANT SELECT ON TABLE recipe_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 = 'sequence_data') then
CREATE TABLE sequence_data
(
"seqname" text ,
"fileDetail" bytea
)
WITH (
OIDS=FALSE
);
ALTER TABLE sequence_data
OWNER TO postgres;
GRANT SELECT ON TABLE sequence_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 = 'process_data_stat_per_run') then
CREATE TABLE process_data_stat_per_run
(
"process_guid" text ,
"wafer_guid" text ,
"module_name" text,
"recipe_name" text,
"process_begin_time" timestamp without time zone,
"process_end_time" timestamp without time zone,
"h2" real,
"ar" real,
"pn2" real,
"hcl" real,
"sih4" real,
"c2h4" real,
"tcs" real,
"tma" real,
"heater_power_consumption" real,
CONSTRAINT process_data_stat_per_run_pkey PRIMARY KEY ("process_guid" )
)
WITH (
OIDS=FALSE
);
ALTER TABLE process_data_stat_per_run
OWNER TO postgres;
GRANT SELECT ON TABLE process_data_stat_per_run 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 = 'lot_data') then
CREATE TABLE lot_data
(
"guid" text ,
"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 lot_data_pkey PRIMARY KEY ("guid" )
)
WITH (
OIDS=FALSE
);
ALTER TABLE lot_data
OWNER TO postgres;
GRANT SELECT ON TABLE lot_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 = 'recipe_step_data') then
CREATE TABLE recipe_step_data
(
"guid" text ,
"step_begin_time" timestamp without time zone ,
"step_end_time" timestamp without time zone,
"step_name" text,
"step_time" real,
"process_data_guid" text,
"step_number" integer,
CONSTRAINT recipe_step_data_pkey PRIMARY KEY ("guid" )
)
WITH (
OIDS=FALSE
);
ALTER TABLE recipe_step_data
OWNER TO postgres;
GRANT SELECT ON TABLE recipe_step_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 = 'step_fdc_data') then
CREATE TABLE step_fdc_data
(
"process_data_guid" text ,
"step_number" integer,
"create_time" timestamp without time zone ,
"parameter_name" text,
"sample_count" integer,
"min_value" real,
"max_value" real,
"setpoint" real,
"std_value" real,
"mean_value" real
)
WITH (
OIDS=FALSE
);
ALTER TABLE step_fdc_data
OWNER TO postgres;
GRANT SELECT ON TABLE step_fdc_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 = 'autojob_data') then
CREATE TABLE autojob_data
(
"guid" text ,
"wafer_guid" text ,
"start_time" timestamp without time zone ,
"end_time" timestamp without time zone ,
"recipe_name" text,
"lot_name" text,
"current_position" text,
"status" text,
CONSTRAINT autojob_data_pkey PRIMARY KEY ("guid" )
)
WITH (
OIDS=FALSE
);
ALTER TABLE autojob_data
OWNER TO postgres;
GRANT SELECT ON TABLE autojob_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 = 'runtime_data') then
CREATE TABLE runtime_data
(
"guid" text ,
"device_name" text ,
"set_minutes" integer,
"elapse_minutes" integer,
"ispm" boolean,
CONSTRAINT runtime_data_pkey PRIMARY KEY ("guid" )
)
WITH (
OIDS=FALSE
);
ALTER TABLE runtime_data
OWNER TO postgres;
GRANT SELECT ON TABLE runtime_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 = 'recipe_history_data') then
CREATE TABLE recipe_history_data
(
"str_guid" text,
"role_name" text,
"recipe_name" text,
"hash_code" text,
"create_time" timestamp,
"recipe_gzip" text,
"process_type" text,
"spare1" text,
"spare2" text,
CONSTRAINT recipe_history_data_pkey PRIMARY KEY ("str_guid" )
)
WITH (
OIDS=FALSE
);
ALTER TABLE recipe_history_data
OWNER TO postgres;
GRANT SELECT ON TABLE recipe_history_data 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;