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deploy
docker-iot-v3
Commits
a67c1ffc
Commit
a67c1ffc
authored
Sep 22, 2022
by
chonghaohao
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10 changed files
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1358 additions
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13 deletions
+1358
-13
hsiotdb_pgsql.sql
db/hsiotdb_pgsql.sql
+1079
-0
iot_dbapi_mysql.sql
db/iot_dbapi_mysql.sql
+135
-0
iot_job_mysql.sql
db/iot_job_mysql.sql
+131
-0
docker-compose-debezium.yml
docker-compose-debezium.yml
+3
-3
docker-install-tb.sh
docker-install-tb.sh
+2
-2
docker-remove-services.sh
docker-remove-services.sh
+1
-1
docker-start-services.sh
docker-start-services.sh
+1
-1
docker-stop-services.sh
docker-stop-services.sh
+1
-1
docker-update-service.sh
docker-update-service.sh
+2
-2
docker-upgrade-tb.sh
docker-upgrade-tb.sh
+3
-3
No files found.
db/hsiotdb_pgsql.sql
0 → 100644
View file @
a67c1ffc
CREATE
TABLE
"public"
.
"hs_asset_extension"
(
"id"
uuid
NOT
NULL
,
"bg_images"
varchar
(
100000
)
COLLATE
"pg_catalog"
.
"default"
,
"logo_icon"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"logo_images"
varchar
(
1000000
)
COLLATE
"pg_catalog"
.
"default"
,
"created_user"
uuid
,
"created_time"
int8
NOT
NULL
,
"updated_time"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"updated_user"
uuid
,
"tenant_id"
uuid
NOT
NULL
,
CONSTRAINT
"hs_asset_extension_pkey"
PRIMARY
KEY
(
"id"
)
)
;
ALTER
TABLE
"public"
.
"hs_asset_extension"
OWNER
TO
"postgres"
;
COMMENT
ON
COLUMN
"public"
.
"hs_asset_extension"
.
"id"
IS
'资产标识'
;
COMMENT
ON
COLUMN
"public"
.
"hs_asset_extension"
.
"bg_images"
IS
'背景图片'
;
CREATE
TABLE
"public"
.
"hs_customer_extension"
(
"id"
uuid
NOT
NULL
,
"logo_icon"
varchar
(
2000000
)
COLLATE
"pg_catalog"
.
"default"
,
"logo_images"
varchar
(
1000000
)
COLLATE
"pg_catalog"
.
"default"
,
"remark"
varchar
(
1000
)
COLLATE
"pg_catalog"
.
"default"
,
"tenant_id"
uuid
NOT
NULL
,
"updated_time"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"updated_user"
uuid
,
"created_time"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"created_user"
uuid
,
CONSTRAINT
"hs_customer_extension_pkey"
PRIMARY
KEY
(
"id"
)
)
;
ALTER
TABLE
"public"
.
"hs_customer_extension"
OWNER
TO
"postgres"
;
COMMENT
ON
COLUMN
"public"
.
"hs_customer_extension"
.
"id"
IS
'客户标识(工厂标识)'
;
CREATE
TABLE
"public"
.
"hs_device_electric"
(
"created_user"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"updated_time"
int8
,
"updated_user"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"tenant_id"
uuid
,
"factory_id"
uuid
,
"peak"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"device_id"
uuid
,
"valley"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"day_used"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"time"
int8
,
"id"
uuid
NOT
NULL
,
"created_time"
int8
,
"group_id"
uuid
,
"workshop_id"
uuid
,
"gateway_id"
uuid
,
CONSTRAINT
"hs_device_electric_pkey"
PRIMARY
KEY
(
"id"
),
CONSTRAINT
"uk_device_electric"
UNIQUE
(
"device_id"
,
"time"
)
)
;
ALTER
TABLE
"public"
.
"hs_device_electric"
OWNER
TO
"postgres"
;
CREATE
INDEX
"idx_device_electric_device"
ON
"public"
.
"hs_device_electric"
USING
btree
(
"tenant_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"device_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"time"
"pg_catalog"
.
"int8_ops"
ASC
NULLS
LAST
);
CREATE
INDEX
"idx_device_electric_factory"
ON
"public"
.
"hs_device_electric"
USING
btree
(
"tenant_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"factory_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"time"
"pg_catalog"
.
"int8_ops"
ASC
NULLS
LAST
);
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric"
.
"created_user"
IS
'创建人'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric"
.
"updated_time"
IS
'更新时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric"
.
"updated_user"
IS
'更新人'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric"
.
"tenant_id"
IS
'租户Id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric"
.
"factory_id"
IS
'工厂id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric"
.
"peak"
IS
'峰用电'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric"
.
"device_id"
IS
'设备Id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric"
.
"valley"
IS
'谷用电'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric"
.
"day_used"
IS
'总日用电'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric"
.
"time"
IS
'时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric"
.
"id"
IS
'Id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric"
.
"created_time"
IS
'创建时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric"
.
"group_id"
IS
'分组id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric"
.
"workshop_id"
IS
'车间id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric"
.
"gateway_id"
IS
'网关id'
;
CREATE
TABLE
"public"
.
"hs_device_electric_hour"
(
"created_user"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"updated_time"
int8
,
"updated_user"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"tenant_id"
uuid
,
"factory_id"
uuid
,
"peak"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"device_id"
uuid
,
"valley"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"hour_used"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"time"
int8
,
"id"
uuid
NOT
NULL
,
"created_time"
int8
,
"hour_time"
int8
,
"value"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"group_id"
uuid
,
"workshop_id"
uuid
,
"gateway_id"
uuid
,
CONSTRAINT
"hs_device_electric_hour_pkey"
PRIMARY
KEY
(
"id"
),
CONSTRAINT
"uk_device_electric_hour"
UNIQUE
(
"device_id"
,
"hour_time"
)
)
;
ALTER
TABLE
"public"
.
"hs_device_electric_hour"
OWNER
TO
"postgres"
;
CREATE
INDEX
"idx_device_electric_hour_device"
ON
"public"
.
"hs_device_electric_hour"
USING
btree
(
"tenant_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"device_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"hour_time"
"pg_catalog"
.
"int8_ops"
ASC
NULLS
LAST
);
CREATE
INDEX
"idx_device_electric_hour_factory"
ON
"public"
.
"hs_device_electric_hour"
USING
btree
(
"tenant_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"factory_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"hour_time"
"pg_catalog"
.
"int8_ops"
ASC
NULLS
LAST
);
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric_hour"
.
"created_user"
IS
'创建人'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric_hour"
.
"updated_time"
IS
'更新时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric_hour"
.
"updated_user"
IS
'更新人'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric_hour"
.
"tenant_id"
IS
'租户Id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric_hour"
.
"factory_id"
IS
'工厂id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric_hour"
.
"peak"
IS
'峰用电'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric_hour"
.
"device_id"
IS
'设备Id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric_hour"
.
"valley"
IS
'谷用电'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric_hour"
.
"hour_used"
IS
'小时用电'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric_hour"
.
"time"
IS
'时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric_hour"
.
"created_time"
IS
'创建时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric_hour"
.
"hour_time"
IS
'小时'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric_hour"
.
"value"
IS
'值'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric_hour"
.
"group_id"
IS
'分组id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric_hour"
.
"workshop_id"
IS
'车间id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_electric_hour"
.
"gateway_id"
IS
'网关id'
;
CREATE
TABLE
"public"
.
"hs_device_extension"
(
"id"
uuid
NOT
NULL
,
"workshop_id"
uuid
,
"group_id"
uuid
,
"picture"
varchar
(
10000000
)
COLLATE
"pg_catalog"
.
"default"
,
"icon"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"created_user"
uuid
,
"updated_time"
int8
,
"updated_user"
uuid
,
"comment"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"sn"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"device_type"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"created_time"
int8
,
"factory_id"
uuid
,
"tenant_id"
uuid
NOT
NULL
,
CONSTRAINT
"hs_device_ extension_pkey"
PRIMARY
KEY
(
"id"
)
)
;
ALTER
TABLE
"public"
.
"hs_device_extension"
OWNER
TO
"postgres"
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_extension"
.
"id"
IS
'设备标识'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_extension"
.
"workshop_id"
IS
'车间标识'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_extension"
.
"group_id"
IS
'分组标识'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_extension"
.
"picture"
IS
'图片'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_extension"
.
"icon"
IS
'图标'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_extension"
.
"comment"
IS
'备注'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_extension"
.
"device_type"
IS
'设备类型'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_extension"
.
"created_time"
IS
'创建时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_extension"
.
"factory_id"
IS
'工厂标识(客户标识)'
;
COMMENT
ON
TABLE
"public"
.
"hs_device_extension"
IS
'设备信息扩展表'
;
CREATE
TABLE
"public"
.
"hs_device_gas"
(
"created_user"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"updated_time"
int8
,
"updated_user"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"tenant_id"
uuid
,
"factory_id"
uuid
,
"device_id"
uuid
,
"day_used"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"time"
int8
,
"id"
uuid
NOT
NULL
,
"created_time"
int8
,
"group_id"
uuid
,
"workshop_id"
uuid
,
"gateway_id"
uuid
,
CONSTRAINT
"hs_device_gas_pkey"
PRIMARY
KEY
(
"id"
),
CONSTRAINT
"uk_device_gas"
UNIQUE
(
"device_id"
,
"time"
)
)
;
ALTER
TABLE
"public"
.
"hs_device_gas"
OWNER
TO
"postgres"
;
CREATE
INDEX
"idx_device_gas_device"
ON
"public"
.
"hs_device_gas"
USING
btree
(
"tenant_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"device_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"time"
"pg_catalog"
.
"int8_ops"
ASC
NULLS
LAST
);
CREATE
INDEX
"idx_device_gas_factory"
ON
"public"
.
"hs_device_gas"
USING
btree
(
"tenant_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"factory_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"time"
"pg_catalog"
.
"int8_ops"
ASC
NULLS
LAST
);
COMMENT
ON
COLUMN
"public"
.
"hs_device_gas"
.
"created_user"
IS
'创建人'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_gas"
.
"updated_time"
IS
'更新时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_gas"
.
"updated_user"
IS
'更新人'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_gas"
.
"tenant_id"
IS
'租户Id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_gas"
.
"factory_id"
IS
'工厂id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_gas"
.
"device_id"
IS
'设备Id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_gas"
.
"day_used"
IS
'总日用水'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_gas"
.
"time"
IS
'时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_gas"
.
"id"
IS
'Id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_gas"
.
"created_time"
IS
'创建时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_gas"
.
"group_id"
IS
'分组id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_gas"
.
"workshop_id"
IS
'车间id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_gas"
.
"gateway_id"
IS
'网关id'
;
CREATE
TABLE
"public"
.
"hs_device_gas_hour"
(
"created_user"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"updated_time"
int8
,
"updated_user"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"tenant_id"
uuid
,
"factory_id"
uuid
,
"device_id"
uuid
,
"hour_used"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"time"
int8
,
"id"
uuid
NOT
NULL
,
"created_time"
int8
,
"hour_time"
int8
,
"value"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"group_id"
uuid
,
"workshop_id"
uuid
,
"gateway_id"
uuid
,
CONSTRAINT
"hs_device_gas_hour_pkey"
PRIMARY
KEY
(
"id"
),
CONSTRAINT
"uk_device_gas_hour"
UNIQUE
(
"device_id"
,
"hour_time"
)
)
;
ALTER
TABLE
"public"
.
"hs_device_gas_hour"
OWNER
TO
"postgres"
;
CREATE
INDEX
"idx_device_gas_hour_device"
ON
"public"
.
"hs_device_gas_hour"
USING
btree
(
"tenant_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"device_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"hour_time"
"pg_catalog"
.
"int8_ops"
ASC
NULLS
LAST
);
CREATE
INDEX
"idx_device_gas_hour_factory"
ON
"public"
.
"hs_device_gas_hour"
USING
btree
(
"tenant_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"factory_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"hour_time"
"pg_catalog"
.
"int8_ops"
ASC
NULLS
LAST
);
COMMENT
ON
COLUMN
"public"
.
"hs_device_gas_hour"
.
"value"
IS
'值'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_gas_hour"
.
"group_id"
IS
'分组id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_gas_hour"
.
"workshop_id"
IS
'车间id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_gas_hour"
.
"gateway_id"
IS
'网关id'
;
CREATE
TABLE
"public"
.
"hs_device_switch"
(
"created_user"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"updated_time"
int8
,
"updated_user"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"tenant_id"
uuid
,
"factory_id"
uuid
,
"device_id"
uuid
,
"time"
int8
,
"id"
uuid
NOT
NULL
,
"created_time"
int8
,
"off_line_time"
int8
,
"group_id"
uuid
,
"workshop_id"
uuid
,
"gateway_id"
uuid
,
"off_switch_time"
int8
,
"on_switch_time"
int8
,
CONSTRAINT
"hs_device_switch_pkey"
PRIMARY
KEY
(
"id"
),
CONSTRAINT
"uk_device_switch"
UNIQUE
(
"device_id"
,
"time"
)
)
;
ALTER
TABLE
"public"
.
"hs_device_switch"
OWNER
TO
"postgres"
;
CREATE
INDEX
"idx_device_switch_device"
ON
"public"
.
"hs_device_switch"
USING
btree
(
"tenant_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"device_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"time"
"pg_catalog"
.
"int8_ops"
ASC
NULLS
LAST
);
CREATE
INDEX
"idx_device_switch_factory"
ON
"public"
.
"hs_device_switch"
USING
btree
(
"tenant_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"factory_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"time"
"pg_catalog"
.
"int8_ops"
ASC
NULLS
LAST
);
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch"
.
"created_user"
IS
'创建人'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch"
.
"updated_time"
IS
'更新时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch"
.
"updated_user"
IS
'更新人'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch"
.
"tenant_id"
IS
'租户Id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch"
.
"factory_id"
IS
'工厂id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch"
.
"device_id"
IS
'设备Id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch"
.
"time"
IS
'时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch"
.
"id"
IS
'Id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch"
.
"created_time"
IS
'创建时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch"
.
"off_line_time"
IS
'离线时长'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch"
.
"group_id"
IS
'分组id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch"
.
"workshop_id"
IS
'车间id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch"
.
"gateway_id"
IS
'网关id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch"
.
"off_switch_time"
IS
'停机时长'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch"
.
"on_switch_time"
IS
'开机时长'
;
CREATE
TABLE
"public"
.
"hs_device_switch_hour"
(
"created_user"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"updated_time"
int8
,
"updated_user"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"tenant_id"
uuid
,
"device_id"
uuid
,
"hour_time"
int8
,
"time"
int8
,
"id"
uuid
NOT
NULL
,
"created_time"
int8
,
"factory_id"
uuid
,
"group_id"
uuid
,
"workshop_id"
uuid
,
"gateway_id"
uuid
,
"off_line_time"
int8
,
"off_switch_time"
int8
,
"on_switch_time"
int8
,
CONSTRAINT
"hs_device_switch_hour_pkey"
PRIMARY
KEY
(
"id"
),
CONSTRAINT
"uk_device_switch_hour"
UNIQUE
(
"device_id"
,
"hour_time"
)
)
;
ALTER
TABLE
"public"
.
"hs_device_switch_hour"
OWNER
TO
"postgres"
;
CREATE
INDEX
"idx_device_switch_hour_device"
ON
"public"
.
"hs_device_switch_hour"
USING
btree
(
"tenant_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"device_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"hour_time"
"pg_catalog"
.
"int8_ops"
ASC
NULLS
LAST
);
CREATE
INDEX
"idx_device_switch_hour_factory"
ON
"public"
.
"hs_device_switch_hour"
USING
btree
(
"tenant_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"factory_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"hour_time"
"pg_catalog"
.
"int8_ops"
ASC
NULLS
LAST
);
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_hour"
.
"created_user"
IS
'创建人'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_hour"
.
"updated_time"
IS
'更新时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_hour"
.
"updated_user"
IS
'更新人'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_hour"
.
"tenant_id"
IS
'租户Id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_hour"
.
"device_id"
IS
'设备Id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_hour"
.
"hour_time"
IS
'小时'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_hour"
.
"time"
IS
'时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_hour"
.
"id"
IS
'Id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_hour"
.
"created_time"
IS
'创建时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_hour"
.
"factory_id"
IS
'工厂Id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_hour"
.
"group_id"
IS
'分组id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_hour"
.
"workshop_id"
IS
'车间id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_hour"
.
"gateway_id"
IS
'网关id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_hour"
.
"off_line_time"
IS
'离线时长'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_hour"
.
"off_switch_time"
IS
'停机时长'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_hour"
.
"on_switch_time"
IS
'开机时长'
;
CREATE
TABLE
"public"
.
"hs_device_switch_trend"
(
"created_user"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"updated_time"
int8
,
"updated_user"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"tenant_id"
uuid
,
"factory_id"
uuid
,
"device_id"
uuid
,
"id"
uuid
NOT
NULL
,
"created_time"
int8
,
"group_id"
uuid
,
"workshop_id"
uuid
,
"gateway_id"
uuid
,
"status"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"start_time"
int8
,
"end_time"
int8
,
CONSTRAINT
"hs_device_switch_trend_pkey"
PRIMARY
KEY
(
"id"
)
)
;
ALTER
TABLE
"public"
.
"hs_device_switch_trend"
OWNER
TO
"postgres"
;
CREATE
INDEX
"idx_device_switch_trend"
ON
"public"
.
"hs_device_switch_trend"
USING
btree
(
"tenant_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"device_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"start_time"
"pg_catalog"
.
"int8_ops"
ASC
NULLS
LAST
);
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_trend"
.
"created_user"
IS
'创建人'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_trend"
.
"updated_time"
IS
'更新时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_trend"
.
"updated_user"
IS
'更新人'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_trend"
.
"tenant_id"
IS
'租户Id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_trend"
.
"factory_id"
IS
'工厂id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_trend"
.
"device_id"
IS
'设备Id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_trend"
.
"id"
IS
'Id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_trend"
.
"created_time"
IS
'创建时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_trend"
.
"group_id"
IS
'分组id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_trend"
.
"workshop_id"
IS
'车间id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_trend"
.
"gateway_id"
IS
'网关id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_trend"
.
"status"
IS
'状态(OFF_LINE, OFF_SWITCH, ON_SWITCH)'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_trend"
.
"start_time"
IS
'开始时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_switch_trend"
.
"end_time"
IS
'结束时间'
;
CREATE
TABLE
"public"
.
"hs_device_ts"
(
"created_user"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"updated_time"
int8
,
"updated_user"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"tenant_id"
uuid
,
"factory_id"
uuid
,
"device_id"
uuid
,
"num"
int8
,
"time"
int8
,
"id"
uuid
NOT
NULL
,
"created_time"
int8
,
"group_id"
uuid
,
"workshop_id"
uuid
,
"gateway_id"
uuid
,
CONSTRAINT
"hs_device_ts_pkey"
PRIMARY
KEY
(
"id"
),
CONSTRAINT
"uk_device_ts"
UNIQUE
(
"device_id"
,
"time"
)
)
;
ALTER
TABLE
"public"
.
"hs_device_ts"
OWNER
TO
"postgres"
;
CREATE
INDEX
"idx_device_ts_device"
ON
"public"
.
"hs_device_ts"
USING
btree
(
"tenant_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"device_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"time"
"pg_catalog"
.
"int8_ops"
ASC
NULLS
LAST
);
CREATE
INDEX
"idx_device_ts_factory"
ON
"public"
.
"hs_device_ts"
USING
btree
(
"tenant_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"factory_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"time"
"pg_catalog"
.
"int8_ops"
ASC
NULLS
LAST
);
COMMENT
ON
COLUMN
"public"
.
"hs_device_ts"
.
"created_user"
IS
'创建人'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_ts"
.
"updated_time"
IS
'更新时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_ts"
.
"updated_user"
IS
'更新人'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_ts"
.
"tenant_id"
IS
'租户Id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_ts"
.
"factory_id"
IS
'工厂id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_ts"
.
"device_id"
IS
'设备Id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_ts"
.
"num"
IS
'数量'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_ts"
.
"time"
IS
'时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_ts"
.
"created_time"
IS
'创建时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_ts"
.
"group_id"
IS
'分组id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_ts"
.
"workshop_id"
IS
'车间id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_ts"
.
"gateway_id"
IS
'网关id'
;
CREATE
TABLE
"public"
.
"hs_device_ts_hour"
(
"created_user"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"updated_time"
int8
,
"updated_user"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"tenant_id"
uuid
,
"factory_id"
uuid
,
"device_id"
uuid
,
"num"
int8
,
"time"
int8
,
"hour_time"
int8
,
"id"
uuid
NOT
NULL
,
"created_time"
int8
,
"group_id"
uuid
,
"workshop_id"
uuid
,
"gateway_id"
uuid
,
"value"
int8
,
CONSTRAINT
"hs_device_ts_hour_pkey"
PRIMARY
KEY
(
"id"
),
CONSTRAINT
"uk_device_ts_hour"
UNIQUE
(
"device_id"
,
"hour_time"
)
)
;
ALTER
TABLE
"public"
.
"hs_device_ts_hour"
OWNER
TO
"postgres"
;
CREATE
INDEX
"idx_device_ts_hour_device"
ON
"public"
.
"hs_device_ts_hour"
USING
btree
(
"tenant_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"device_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"hour_time"
"pg_catalog"
.
"int8_ops"
ASC
NULLS
LAST
);
CREATE
INDEX
"idx_device_ts_hour_factory"
ON
"public"
.
"hs_device_ts_hour"
USING
btree
(
"tenant_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"factory_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"hour_time"
"pg_catalog"
.
"int8_ops"
ASC
NULLS
LAST
);
COMMENT
ON
COLUMN
"public"
.
"hs_device_ts_hour"
.
"group_id"
IS
'分组id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_ts_hour"
.
"workshop_id"
IS
'车间id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_ts_hour"
.
"gateway_id"
IS
'网关id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_ts_hour"
.
"value"
IS
'值'
;
CREATE
TABLE
"public"
.
"hs_device_water"
(
"created_user"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"updated_time"
int8
,
"updated_user"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"tenant_id"
uuid
,
"factory_id"
uuid
,
"device_id"
uuid
,
"day_used"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"time"
int8
,
"id"
uuid
NOT
NULL
,
"created_time"
int8
,
"group_id"
uuid
,
"workshop_id"
uuid
,
"gateway_id"
uuid
,
CONSTRAINT
"hs_device_water_pkey"
PRIMARY
KEY
(
"id"
),
CONSTRAINT
"uk_device_water"
UNIQUE
(
"device_id"
,
"time"
)
)
;
ALTER
TABLE
"public"
.
"hs_device_water"
OWNER
TO
"postgres"
;
CREATE
INDEX
"idx_device_water_device"
ON
"public"
.
"hs_device_water"
USING
btree
(
"tenant_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"device_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"time"
"pg_catalog"
.
"int8_ops"
ASC
NULLS
LAST
);
CREATE
INDEX
"idx_device_water_factory"
ON
"public"
.
"hs_device_water"
USING
btree
(
"tenant_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"factory_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"time"
"pg_catalog"
.
"int8_ops"
ASC
NULLS
LAST
);
COMMENT
ON
COLUMN
"public"
.
"hs_device_water"
.
"created_user"
IS
'创建人'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_water"
.
"updated_time"
IS
'更新时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_water"
.
"updated_user"
IS
'更新人'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_water"
.
"tenant_id"
IS
'租户Id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_water"
.
"factory_id"
IS
'工厂id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_water"
.
"device_id"
IS
'设备Id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_water"
.
"day_used"
IS
'总日用水'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_water"
.
"time"
IS
'时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_water"
.
"created_time"
IS
'创建时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_water"
.
"group_id"
IS
'分组id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_water"
.
"workshop_id"
IS
'车间id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_water"
.
"gateway_id"
IS
'网关id'
;
CREATE
TABLE
"public"
.
"hs_device_water_hour"
(
"created_user"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"updated_time"
int8
,
"updated_user"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"tenant_id"
uuid
,
"factory_id"
uuid
,
"device_id"
uuid
,
"hour_used"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"time"
int8
,
"id"
uuid
NOT
NULL
,
"created_time"
int8
,
"hour_time"
int8
,
"value"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"group_id"
uuid
,
"workshop_id"
uuid
,
"gateway_id"
uuid
,
CONSTRAINT
"hs_device_water_hour_pkey"
PRIMARY
KEY
(
"id"
),
CONSTRAINT
"uk_device_water_hour"
UNIQUE
(
"device_id"
,
"hour_time"
)
)
;
ALTER
TABLE
"public"
.
"hs_device_water_hour"
OWNER
TO
"postgres"
;
CREATE
INDEX
"idx_device_water_hour_device"
ON
"public"
.
"hs_device_water_hour"
USING
btree
(
"tenant_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"device_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"hour_time"
"pg_catalog"
.
"int8_ops"
ASC
NULLS
LAST
);
CREATE
INDEX
"idx_device_water_hour_factory"
ON
"public"
.
"hs_device_water_hour"
USING
btree
(
"tenant_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"factory_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"hour_time"
"pg_catalog"
.
"int8_ops"
ASC
NULLS
LAST
);
COMMENT
ON
COLUMN
"public"
.
"hs_device_water_hour"
.
"value"
IS
'值'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_water_hour"
.
"group_id"
IS
'分组id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_water_hour"
.
"workshop_id"
IS
'车间id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_device_water_hour"
.
"gateway_id"
IS
'网关id'
;
CREATE
TABLE
"public"
.
"hs_external_interface"
(
"id"
uuid
NOT
NULL
,
"created_time"
int8
,
"created_user"
uuid
,
"tenant_id"
uuid
,
"updated_time"
int8
,
"updated_user"
uuid
,
"app_id"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"app_key"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"app_secret"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"apply_name"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"enable_status"
bool
,
"notes"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"project_describe"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"project_telephone"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"project_user"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"statistic_value"
int8
,
CONSTRAINT
"hs_external_interface_pkey"
PRIMARY
KEY
(
"id"
)
)
;
ALTER
TABLE
"public"
.
"hs_external_interface"
OWNER
TO
"postgres"
;
CREATE
TABLE
"public"
.
"hs_last_expand_extension"
(
"key_id"
int4
NOT
NULL
,
"entity_id"
uuid
NOT
NULL
,
"created_time"
int8
,
"tenant_id"
uuid
,
"updated_time"
int8
,
"device_name"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"device_type"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"enable"
bool
,
"factory_id"
uuid
,
"factory_name"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"gateway_id"
uuid
,
"gateway_name"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"group_id"
uuid
,
"group_name"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"history_lower"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"history_upper"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"key"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"unit_name"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"volume_on_day"
int8
,
"workshop_id"
uuid
,
"workshop_name"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
CONSTRAINT
"hs_last_expand_extension_pkey"
PRIMARY
KEY
(
"key_id"
,
"entity_id"
)
)
;
ALTER
TABLE
"public"
.
"hs_last_expand_extension"
OWNER
TO
"postgres"
;
COMMENT
ON
COLUMN
"public"
.
"hs_last_expand_extension"
.
"key_id"
IS
'keyId'
;
COMMENT
ON
COLUMN
"public"
.
"hs_last_expand_extension"
.
"entity_id"
IS
'设备id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_last_expand_extension"
.
"created_time"
IS
'创建时间(表设计基础字段)'
;
COMMENT
ON
COLUMN
"public"
.
"hs_last_expand_extension"
.
"tenant_id"
IS
'租户id(表设计基础字段)'
;
COMMENT
ON
COLUMN
"public"
.
"hs_last_expand_extension"
.
"updated_time"
IS
'修改时间(表设计基础字段)'
;
COMMENT
ON
COLUMN
"public"
.
"hs_last_expand_extension"
.
"device_name"
IS
'设备名称'
;
COMMENT
ON
COLUMN
"public"
.
"hs_last_expand_extension"
.
"device_type"
IS
'0是设备,1是网关'
;
COMMENT
ON
COLUMN
"public"
.
"hs_last_expand_extension"
.
"enable"
IS
'是否启用(默认启用)'
;
COMMENT
ON
COLUMN
"public"
.
"hs_last_expand_extension"
.
"factory_id"
IS
'工厂id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_last_expand_extension"
.
"factory_name"
IS
'工厂名称'
;
COMMENT
ON
COLUMN
"public"
.
"hs_last_expand_extension"
.
"group_id"
IS
'分组id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_last_expand_extension"
.
"group_name"
IS
'分组名称'
;
COMMENT
ON
COLUMN
"public"
.
"hs_last_expand_extension"
.
"history_lower"
IS
'历史最小值'
;
COMMENT
ON
COLUMN
"public"
.
"hs_last_expand_extension"
.
"history_upper"
IS
'历史最大值'
;
COMMENT
ON
COLUMN
"public"
.
"hs_last_expand_extension"
.
"key"
IS
'遥测的名称'
;
COMMENT
ON
COLUMN
"public"
.
"hs_last_expand_extension"
.
"unit_name"
IS
'单位名称'
;
COMMENT
ON
COLUMN
"public"
.
"hs_last_expand_extension"
.
"volume_on_day"
IS
'当日遥测量(条数)'
;
CREATE
TABLE
"public"
.
"hs_push_conf_table"
(
"id"
uuid
NOT
NULL
,
"created_time"
int8
,
"created_user"
uuid
,
"tenant_id"
uuid
,
"updated_time"
int8
,
"updated_user"
uuid
,
"kafka_ip"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"kafka_names"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"kafka_port"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"kafka_status"
bool
,
"kafka_topic_pre"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"mqtt_ip"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"mqtt_port"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"mqtt_qos_type"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"mqtt_status"
bool
,
"mqtt_user_name"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"mqtt_password"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"notes"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"statistic_value"
int8
,
CONSTRAINT
"hs_push_conf_table_pkey"
PRIMARY
KEY
(
"id"
)
)
;
ALTER
TABLE
"public"
.
"hs_push_conf_table"
OWNER
TO
"postgres"
;
CREATE
TABLE
"public"
.
"hs_role"
(
"id"
uuid
NOT
NULL
,
"created_time"
int8
,
"created_user"
uuid
,
"tenant_id"
uuid
,
"updated_time"
int8
,
"updated_user"
uuid
,
"role_code"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"role_desc"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"role_name"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"factory_id"
uuid
,
"system_tab"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"type"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"operation_type"
int4
DEFAULT
0
,
"user_level"
int4
DEFAULT
0
,
"virtual_code"
int4
,
CONSTRAINT
"hs_role_pkey"
PRIMARY
KEY
(
"id"
)
)
;
ALTER
TABLE
"public"
.
"hs_role"
OWNER
TO
"postgres"
;
CREATE
TABLE
"public"
.
"hs_weather"
(
"id"
uuid
NOT
NULL
,
"created_time"
int8
,
"created_user"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"updated_time"
int8
,
"updated_user"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"tenant_id"
uuid
,
"factory_id"
uuid
,
"weather"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"temperature"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"wind_direction"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"wind_power"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"humidity"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"report_time_str"
varchar
(
255
)
COLLATE
"pg_catalog"
.
"default"
,
"report_time"
int8
,
CONSTRAINT
"hs_weather_pkey"
PRIMARY
KEY
(
"id"
)
)
;
ALTER
TABLE
"public"
.
"hs_weather"
OWNER
TO
"postgres"
;
CREATE
INDEX
"idx_weather"
ON
"public"
.
"hs_weather"
USING
btree
(
"tenant_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
,
"factory_id"
"pg_catalog"
.
"uuid_ops"
ASC
NULLS
LAST
);
COMMENT
ON
COLUMN
"public"
.
"hs_weather"
.
"id"
IS
'Id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_weather"
.
"created_time"
IS
'创建时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_weather"
.
"created_user"
IS
'创建人'
;
COMMENT
ON
COLUMN
"public"
.
"hs_weather"
.
"updated_time"
IS
'更新时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_weather"
.
"updated_user"
IS
'更新人'
;
COMMENT
ON
COLUMN
"public"
.
"hs_weather"
.
"tenant_id"
IS
'租户Id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_weather"
.
"factory_id"
IS
'工厂id'
;
COMMENT
ON
COLUMN
"public"
.
"hs_weather"
.
"weather"
IS
'天气'
;
COMMENT
ON
COLUMN
"public"
.
"hs_weather"
.
"temperature"
IS
'温度'
;
COMMENT
ON
COLUMN
"public"
.
"hs_weather"
.
"wind_direction"
IS
'风向'
;
COMMENT
ON
COLUMN
"public"
.
"hs_weather"
.
"wind_power"
IS
'风力'
;
COMMENT
ON
COLUMN
"public"
.
"hs_weather"
.
"humidity"
IS
'湿度'
;
COMMENT
ON
COLUMN
"public"
.
"hs_weather"
.
"report_time_str"
IS
'报告时间'
;
COMMENT
ON
COLUMN
"public"
.
"hs_weather"
.
"report_time"
IS
'报告时间'
;
COMMENT
ON
TABLE
"public"
.
"hs_weather"
IS
'天气'
;
CREATE
TABLE
IF
NOT
EXISTS
public
.
tb_menu
(
id
uuid
NOT
NULL
,
code
character
varying
(
255
)
COLLATE
pg_catalog
.
"default"
NOT
NULL
,
name
character
varying
(
255
)
COLLATE
pg_catalog
.
"default"
,
level
bigint
NOT
NULL
,
sort
bigint
NOT
NULL
,
url
character
varying
(
1000
)
COLLATE
pg_catalog
.
"default"
,
parent_id
uuid
,
menu_icon
character
varying
(
255
)
COLLATE
pg_catalog
.
"default"
,
menu_images
character
varying
(
1000
)
COLLATE
pg_catalog
.
"default"
,
region
character
varying
(
255
)
COLLATE
pg_catalog
.
"default"
,
created_time
bigint
NOT
NULL
,
created_user
uuid
,
updated_time
character
varying
(
255
)
COLLATE
pg_catalog
.
"default"
,
updated_user
uuid
,
menu_type
character
varying
(
255
)
COLLATE
pg_catalog
.
"default"
,
path
character
varying
(
255
)
COLLATE
pg_catalog
.
"default"
DEFAULT
NULL
::
character
varying
,
is_button
boolean
DEFAULT
false
,
lang_key
character
varying
(
255
)
COLLATE
pg_catalog
.
"default"
)
TABLESPACE
pg_default
;
ALTER
TABLE
IF
EXISTS
public
.
tb_menu
OWNER
to
postgres
;
-- Table: public.tb_tenant_menu
-- DROP TABLE IF EXISTS public.tb_tenant_menu;
CREATE
TABLE
IF
NOT
EXISTS
public
.
tb_tenant_menu
(
id
uuid
NOT
NULL
,
tenant_id
uuid
NOT
NULL
,
sys_menu_id
uuid
,
sys_menu_code
character
varying
(
255
)
COLLATE
pg_catalog
.
"default"
,
sys_menu_name
character
varying
(
255
)
COLLATE
pg_catalog
.
"default"
,
tenant_menu_name
character
varying
(
255
)
COLLATE
pg_catalog
.
"default"
,
tenant_menu_code
character
varying
(
255
)
COLLATE
pg_catalog
.
"default"
NOT
NULL
,
level
bigint
NOT
NULL
,
sort
bigint
NOT
NULL
,
url
character
varying
(
1000
)
COLLATE
pg_catalog
.
"default"
,
parent_id
uuid
,
tenant_menu_icon
character
varying
(
255
)
COLLATE
pg_catalog
.
"default"
,
tenant_menu_images
character
varying
(
1000
)
COLLATE
pg_catalog
.
"default"
,
region
character
varying
(
255
)
COLLATE
pg_catalog
.
"default"
,
created_time
bigint
NOT
NULL
,
created_user
uuid
,
updated_time
character
varying
(
255
)
COLLATE
pg_catalog
.
"default"
,
updated_user
uuid
,
menu_type
character
varying
(
255
)
COLLATE
pg_catalog
.
"default"
,
path
character
varying
(
255
)
COLLATE
pg_catalog
.
"default"
DEFAULT
NULL
::
character
varying
,
is_button
boolean
DEFAULT
false
,
lang_key
character
varying
(
255
)
COLLATE
pg_catalog
.
"default"
,
has_children
boolean
DEFAULT
false
,
CONSTRAINT
tb_tenant_menu_pkey
PRIMARY
KEY
(
id
)
)
TABLESPACE
pg_default
;
ALTER
TABLE
IF
EXISTS
public
.
tb_tenant_menu
OWNER
to
postgres
;
-- Table: public.tb_tenant_menu_role
-- DROP TABLE IF EXISTS public.tb_tenant_menu_role;
CREATE
TABLE
IF
NOT
EXISTS
public
.
tb_tenant_menu_role
(
id
uuid
NOT
NULL
,
created_time
bigint
,
created_user
uuid
,
tenant_id
uuid
,
updated_time
bigint
,
updated_user
uuid
,
remark
character
varying
(
255
)
COLLATE
pg_catalog
.
"default"
,
tenant_menu_id
uuid
,
tenant_sys_role_id
uuid
,
flg
character
varying
(
255
)
COLLATE
pg_catalog
.
"default"
,
CONSTRAINT
tb_tenant_menu_role_pkey
PRIMARY
KEY
(
id
)
)
TABLESPACE
pg_default
;
ALTER
TABLE
IF
EXISTS
public
.
tb_tenant_menu_role
OWNER
to
postgres
;
db/iot_dbapi_mysql.sql
0 → 100644
View file @
a67c1ffc
DROP
TABLE
IF
EXISTS
`api_auth`
;
CREATE
TABLE
`api_auth`
(
`id`
int
(
11
)
NOT
NULL
AUTO_INCREMENT
,
`token_id`
int
(
11
)
DEFAULT
NULL
,
`group_id`
varchar
(
255
)
DEFAULT
NULL
,
PRIMARY
KEY
(
`id`
)
)
ENGINE
=
InnoDB
DEFAULT
CHARSET
=
utf8
;
DROP
TABLE
IF
EXISTS
`api_config`
;
CREATE
TABLE
`api_config`
(
`id`
varchar
(
255
)
NOT
NULL
,
`path`
varchar
(
255
)
DEFAULT
NULL
,
`name`
varchar
(
255
)
DEFAULT
NULL
,
`note`
varchar
(
255
)
DEFAULT
NULL
,
`params`
text
,
`status`
int
(
11
)
DEFAULT
NULL
,
`datasource_id`
varchar
(
255
)
DEFAULT
NULL
,
`previlege`
int
(
11
)
DEFAULT
NULL
,
`group_id`
varchar
(
255
)
DEFAULT
NULL
,
`cache_plugin`
varchar
(
255
)
DEFAULT
NULL
,
`cache_plugin_params`
varchar
(
255
)
DEFAULT
NULL
,
`create_time`
varchar
(
20
)
DEFAULT
NULL
,
`update_time`
varchar
(
20
)
DEFAULT
NULL
,
PRIMARY
KEY
(
`id`
),
UNIQUE
KEY
`path`
(
`path`
)
)
ENGINE
=
InnoDB
DEFAULT
CHARSET
=
utf8
;
DROP
TABLE
IF
EXISTS
`api_sql`
;
CREATE
TABLE
`api_sql`
(
`id`
int
(
11
)
NOT
NULL
AUTO_INCREMENT
,
`api_id`
varchar
(
11
)
NOT
NULL
,
`sql_text`
text
NOT
NULL
,
`transform_plugin`
varchar
(
255
)
DEFAULT
NULL
,
`transform_plugin_params`
varchar
(
255
)
DEFAULT
NULL
,
PRIMARY
KEY
(
`id`
)
)
ENGINE
=
InnoDB
DEFAULT
CHARSET
=
utf8
;
DROP
TABLE
IF
EXISTS
`api_group`
;
CREATE
TABLE
`api_group`
(
`id`
varchar
(
255
)
NOT
NULL
,
`name`
varchar
(
255
)
DEFAULT
NULL
,
PRIMARY
KEY
(
`id`
),
UNIQUE
KEY
`name`
(
`name`
)
)
ENGINE
=
InnoDB
DEFAULT
CHARSET
=
utf8
;
DROP
TABLE
IF
EXISTS
`datasource`
;
CREATE
TABLE
`datasource`
(
`id`
varchar
(
255
)
NOT
NULL
,
`name`
varchar
(
255
)
DEFAULT
NULL
,
`note`
varchar
(
255
)
DEFAULT
NULL
,
`type`
varchar
(
255
)
DEFAULT
NULL
,
`url`
varchar
(
255
)
DEFAULT
NULL
,
`username`
varchar
(
255
)
DEFAULT
NULL
,
`password`
varchar
(
255
)
DEFAULT
NULL
,
`driver`
varchar
(
100
)
DEFAULT
NULL
,
`table_sql`
varchar
(
255
)
DEFAULT
NULL
,
`create_time`
varchar
(
20
)
DEFAULT
NULL
,
`update_time`
varchar
(
20
)
DEFAULT
NULL
,
PRIMARY
KEY
(
`id`
)
)
ENGINE
=
InnoDB
DEFAULT
CHARSET
=
utf8
;
DROP
TABLE
IF
EXISTS
`firewall`
;
CREATE
TABLE
`firewall`
(
`status`
varchar
(
255
)
DEFAULT
NULL
,
`mode`
varchar
(
255
)
DEFAULT
NULL
)
ENGINE
=
InnoDB
DEFAULT
CHARSET
=
utf8
;
DROP
TABLE
IF
EXISTS
`ip_rules`
;
CREATE
TABLE
`ip_rules`
(
`type`
varchar
(
255
)
DEFAULT
NULL
,
`ip`
varchar
(
10240
)
DEFAULT
NULL
)
ENGINE
=
InnoDB
DEFAULT
CHARSET
=
utf8
;
DROP
TABLE
IF
EXISTS
`token`
;
CREATE
TABLE
`token`
(
`id`
int
(
11
)
NOT
NULL
AUTO_INCREMENT
,
`token`
varchar
(
255
)
DEFAULT
NULL
,
`note`
varchar
(
255
)
DEFAULT
NULL
,
`expire`
bigint
(
20
)
DEFAULT
NULL
,
`create_time`
bigint
(
20
)
DEFAULT
NULL
,
PRIMARY
KEY
(
`id`
)
)
ENGINE
=
InnoDB
AUTO_INCREMENT
=
1
DEFAULT
CHARSET
=
utf8
;
DROP
TABLE
IF
EXISTS
`user`
;
CREATE
TABLE
`user`
(
`id`
int
(
11
)
NOT
NULL
AUTO_INCREMENT
,
`username`
varchar
(
255
)
DEFAULT
NULL
,
`password`
varchar
(
255
)
DEFAULT
NULL
,
PRIMARY
KEY
(
`id`
),
UNIQUE
KEY
`username`
(
`username`
)
)
ENGINE
=
InnoDB
AUTO_INCREMENT
=
1
DEFAULT
CHARSET
=
utf8
;
insert
into
`firewall`
(
`status`
,
`mode`
)
values
(
'off'
,
'black'
);
insert
into
`ip_rules`
(
`type`
,
`ip`
)
values
(
'white'
,
NULL
),
(
'black'
,
NULL
);
insert
into
`user`
(
`id`
,
`username`
,
`password`
)
values
(
1
,
'admin'
,
'admin'
);
\ No newline at end of file
db/iot_job_mysql.sql
0 → 100644
View file @
a67c1ffc
#
#
XXL
-
JOB
v2
.
4
.
0
-
SNAPSHOT
#
Copyright
(
c
)
2015
-
present
,
xuxueli
.
CREATE
database
if
NOT
EXISTS
`iot_job`
default
character
set
utf8mb4
collate
utf8mb4_unicode_ci
;
use
`iot_job`
;
SET
NAMES
utf8mb4
;
CREATE
TABLE
`xxl_job_info`
(
`id`
int
(
11
)
NOT
NULL
AUTO_INCREMENT
,
`job_group`
int
(
11
)
NOT
NULL
COMMENT
'执行器主键ID'
,
`job_desc`
varchar
(
255
)
NOT
NULL
,
`add_time`
datetime
DEFAULT
NULL
,
`update_time`
datetime
DEFAULT
NULL
,
`author`
varchar
(
64
)
DEFAULT
NULL
COMMENT
'作者'
,
`alarm_email`
varchar
(
255
)
DEFAULT
NULL
COMMENT
'报警邮件'
,
`schedule_type`
varchar
(
50
)
NOT
NULL
DEFAULT
'NONE'
COMMENT
'调度类型'
,
`schedule_conf`
varchar
(
128
)
DEFAULT
NULL
COMMENT
'调度配置,值含义取决于调度类型'
,
`misfire_strategy`
varchar
(
50
)
NOT
NULL
DEFAULT
'DO_NOTHING'
COMMENT
'调度过期策略'
,
`executor_route_strategy`
varchar
(
50
)
DEFAULT
NULL
COMMENT
'执行器路由策略'
,
`executor_handler`
varchar
(
255
)
DEFAULT
NULL
COMMENT
'执行器任务handler'
,
`executor_param`
varchar
(
512
)
DEFAULT
NULL
COMMENT
'执行器任务参数'
,
`executor_block_strategy`
varchar
(
50
)
DEFAULT
NULL
COMMENT
'阻塞处理策略'
,
`executor_timeout`
int
(
11
)
NOT
NULL
DEFAULT
'0'
COMMENT
'任务执行超时时间,单位秒'
,
`executor_fail_retry_count`
int
(
11
)
NOT
NULL
DEFAULT
'0'
COMMENT
'失败重试次数'
,
`glue_type`
varchar
(
50
)
NOT
NULL
COMMENT
'GLUE类型'
,
`glue_source`
mediumtext
COMMENT
'GLUE源代码'
,
`glue_remark`
varchar
(
128
)
DEFAULT
NULL
COMMENT
'GLUE备注'
,
`glue_updatetime`
datetime
DEFAULT
NULL
COMMENT
'GLUE更新时间'
,
`child_jobid`
varchar
(
255
)
DEFAULT
NULL
COMMENT
'子任务ID,多个逗号分隔'
,
`trigger_status`
tinyint
(
4
)
NOT
NULL
DEFAULT
'0'
COMMENT
'调度状态:0-停止,1-运行'
,
`trigger_last_time`
bigint
(
13
)
NOT
NULL
DEFAULT
'0'
COMMENT
'上次调度时间'
,
`trigger_next_time`
bigint
(
13
)
NOT
NULL
DEFAULT
'0'
COMMENT
'下次调度时间'
,
PRIMARY
KEY
(
`id`
)
)
ENGINE
=
InnoDB
DEFAULT
CHARSET
=
utf8mb4
;
CREATE
TABLE
`xxl_job_log`
(
`id`
bigint
(
20
)
NOT
NULL
AUTO_INCREMENT
,
`job_group`
int
(
11
)
NOT
NULL
COMMENT
'执行器主键ID'
,
`job_id`
int
(
11
)
NOT
NULL
COMMENT
'任务,主键ID'
,
`executor_address`
varchar
(
255
)
DEFAULT
NULL
COMMENT
'执行器地址,本次执行的地址'
,
`executor_handler`
varchar
(
255
)
DEFAULT
NULL
COMMENT
'执行器任务handler'
,
`executor_param`
varchar
(
512
)
DEFAULT
NULL
COMMENT
'执行器任务参数'
,
`executor_sharding_param`
varchar
(
20
)
DEFAULT
NULL
COMMENT
'执行器任务分片参数,格式如 1/2'
,
`executor_fail_retry_count`
int
(
11
)
NOT
NULL
DEFAULT
'0'
COMMENT
'失败重试次数'
,
`trigger_time`
datetime
DEFAULT
NULL
COMMENT
'调度-时间'
,
`trigger_code`
int
(
11
)
NOT
NULL
COMMENT
'调度-结果'
,
`trigger_msg`
text
COMMENT
'调度-日志'
,
`handle_time`
datetime
DEFAULT
NULL
COMMENT
'执行-时间'
,
`handle_code`
int
(
11
)
NOT
NULL
COMMENT
'执行-状态'
,
`handle_msg`
text
COMMENT
'执行-日志'
,
`alarm_status`
tinyint
(
4
)
NOT
NULL
DEFAULT
'0'
COMMENT
'告警状态:0-默认、1-无需告警、2-告警成功、3-告警失败'
,
PRIMARY
KEY
(
`id`
),
KEY
`I_trigger_time`
(
`trigger_time`
),
KEY
`I_handle_code`
(
`handle_code`
)
)
ENGINE
=
InnoDB
DEFAULT
CHARSET
=
utf8mb4
;
CREATE
TABLE
`xxl_job_log_report`
(
`id`
int
(
11
)
NOT
NULL
AUTO_INCREMENT
,
`trigger_day`
datetime
DEFAULT
NULL
COMMENT
'调度-时间'
,
`running_count`
int
(
11
)
NOT
NULL
DEFAULT
'0'
COMMENT
'运行中-日志数量'
,
`suc_count`
int
(
11
)
NOT
NULL
DEFAULT
'0'
COMMENT
'执行成功-日志数量'
,
`fail_count`
int
(
11
)
NOT
NULL
DEFAULT
'0'
COMMENT
'执行失败-日志数量'
,
`update_time`
datetime
DEFAULT
NULL
,
PRIMARY
KEY
(
`id`
),
UNIQUE
KEY
`i_trigger_day`
(
`trigger_day`
)
USING
BTREE
)
ENGINE
=
InnoDB
DEFAULT
CHARSET
=
utf8mb4
;
CREATE
TABLE
`xxl_job_logglue`
(
`id`
int
(
11
)
NOT
NULL
AUTO_INCREMENT
,
`job_id`
int
(
11
)
NOT
NULL
COMMENT
'任务,主键ID'
,
`glue_type`
varchar
(
50
)
DEFAULT
NULL
COMMENT
'GLUE类型'
,
`glue_source`
mediumtext
COMMENT
'GLUE源代码'
,
`glue_remark`
varchar
(
128
)
NOT
NULL
COMMENT
'GLUE备注'
,
`add_time`
datetime
DEFAULT
NULL
,
`update_time`
datetime
DEFAULT
NULL
,
PRIMARY
KEY
(
`id`
)
)
ENGINE
=
InnoDB
DEFAULT
CHARSET
=
utf8mb4
;
CREATE
TABLE
`xxl_job_registry`
(
`id`
int
(
11
)
NOT
NULL
AUTO_INCREMENT
,
`registry_group`
varchar
(
50
)
NOT
NULL
,
`registry_key`
varchar
(
255
)
NOT
NULL
,
`registry_value`
varchar
(
255
)
NOT
NULL
,
`update_time`
datetime
DEFAULT
NULL
,
PRIMARY
KEY
(
`id`
),
KEY
`i_g_k_v`
(
`registry_group`
,
`registry_key`
,
`registry_value`
)
)
ENGINE
=
InnoDB
DEFAULT
CHARSET
=
utf8mb4
;
CREATE
TABLE
`xxl_job_group`
(
`id`
int
(
11
)
NOT
NULL
AUTO_INCREMENT
,
`app_name`
varchar
(
64
)
NOT
NULL
COMMENT
'执行器AppName'
,
`title`
varchar
(
12
)
NOT
NULL
COMMENT
'执行器名称'
,
`address_type`
tinyint
(
4
)
NOT
NULL
DEFAULT
'0'
COMMENT
'执行器地址类型:0=自动注册、1=手动录入'
,
`address_list`
text
COMMENT
'执行器地址列表,多地址逗号分隔'
,
`update_time`
datetime
DEFAULT
NULL
,
PRIMARY
KEY
(
`id`
)
)
ENGINE
=
InnoDB
DEFAULT
CHARSET
=
utf8mb4
;
CREATE
TABLE
`xxl_job_user`
(
`id`
int
(
11
)
NOT
NULL
AUTO_INCREMENT
,
`username`
varchar
(
50
)
NOT
NULL
COMMENT
'账号'
,
`password`
varchar
(
50
)
NOT
NULL
COMMENT
'密码'
,
`role`
tinyint
(
4
)
NOT
NULL
COMMENT
'角色:0-普通用户、1-管理员'
,
`permission`
varchar
(
255
)
DEFAULT
NULL
COMMENT
'权限:执行器ID列表,多个逗号分割'
,
PRIMARY
KEY
(
`id`
),
UNIQUE
KEY
`i_username`
(
`username`
)
USING
BTREE
)
ENGINE
=
InnoDB
DEFAULT
CHARSET
=
utf8mb4
;
CREATE
TABLE
`xxl_job_lock`
(
`lock_name`
varchar
(
50
)
NOT
NULL
COMMENT
'锁名称'
,
PRIMARY
KEY
(
`lock_name`
)
)
ENGINE
=
InnoDB
DEFAULT
CHARSET
=
utf8mb4
;
CREATE
TABLE
`hs_api_job`
(
`id`
int
NOT
NULL
AUTO_INCREMENT
,
`job_id`
int
NOT
NULL
COMMENT
'任务标识'
,
`api_id`
varchar
(
255
)
NOT
NULL
COMMENT
'api标识'
,
`update_time`
datetime
DEFAULT
NULL
,
PRIMARY
KEY
(
`id`
)
USING
BTREE
)
ENGINE
=
InnoDB
DEFAULT
CHARSET
=
utf8mb4
COMMENT
=
'Api调度任务'
;
INSERT
INTO
`xxl_job_group`
(
`id`
,
`app_name`
,
`title`
,
`address_type`
,
`address_list`
,
`update_time`
)
VALUES
(
1
,
'xxl-job-executor-sample'
,
'示例执行器'
,
0
,
NULL
,
'2018-11-03 22:21:31'
);
INSERT
INTO
`xxl_job_group`
(
`id`
,
`app_name`
,
`title`
,
`address_type`
,
`address_list`
,
`update_time`
)
VALUES
(
4
,
'dbapi-job-executor'
,
'DBAPI'
,
0
,
NULL
,
'2022-09-01 22:21:31'
);
INSERT
INTO
`xxl_job_info`
(
`id`
,
`job_group`
,
`job_desc`
,
`add_time`
,
`update_time`
,
`author`
,
`alarm_email`
,
`schedule_type`
,
`schedule_conf`
,
`misfire_strategy`
,
`executor_route_strategy`
,
`executor_handler`
,
`executor_param`
,
`executor_block_strategy`
,
`executor_timeout`
,
`executor_fail_retry_count`
,
`glue_type`
,
`glue_source`
,
`glue_remark`
,
`glue_updatetime`
,
`child_jobid`
)
VALUES
(
1
,
1
,
'测试任务1'
,
'2018-11-03 22:21:31'
,
'2018-11-03 22:21:31'
,
'XXL'
,
''
,
'CRON'
,
'0 0 0 * * ? *'
,
'DO_NOTHING'
,
'FIRST'
,
'demoJobHandler'
,
''
,
'SERIAL_EXECUTION'
,
0
,
0
,
'BEAN'
,
''
,
'GLUE代码初始化'
,
'2018-11-03 22:21:31'
,
''
);
INSERT
INTO
`xxl_job_user`
(
`id`
,
`username`
,
`password`
,
`role`
,
`permission`
)
VALUES
(
1
,
'admin'
,
'e10adc3949ba59abbe56e057f20f883e'
,
1
,
NULL
);
INSERT
INTO
`xxl_job_lock`
(
`lock_name`
)
VALUES
(
'schedule_lock'
);
commit
;
docker-compose-debezium.yml
View file @
a67c1ffc
...
@@ -3,7 +3,7 @@ version: '3.9'
...
@@ -3,7 +3,7 @@ version: '3.9'
services
:
services
:
zookeeper
:
zookeeper
:
image
:
debezium/zookeeper:1.9.5.Final
image
:
172.16.0.186:8084/huansiyl/
debezium/zookeeper:1.9.5.Final
ports
:
ports
:
-
"
2181:2181"
-
"
2181:2181"
-
"
2888:2888"
-
"
2888:2888"
...
@@ -11,7 +11,7 @@ services:
...
@@ -11,7 +11,7 @@ services:
restart
:
always
restart
:
always
kafka
:
kafka
:
image
:
debezium/kafka:1.9.5.Final
image
:
172.16.0.186:8084/huansiyl/
debezium/kafka:1.9.5.Final
restart
:
always
restart
:
always
ports
:
ports
:
-
"
9092:9092"
-
"
9092:9092"
...
@@ -26,7 +26,7 @@ services:
...
@@ -26,7 +26,7 @@ services:
-
KAFKA_INTER_BROKER_LISTENER_NAME=LISTENER_INT
-
KAFKA_INTER_BROKER_LISTENER_NAME=LISTENER_INT
connect
:
connect
:
image
:
debezium/connect:1.9.5.Final
image
:
172.16.0.186:8084/huansiyl/
debezium/connect:1.9.5.Final
restart
:
always
restart
:
always
ports
:
ports
:
-
"
8083:8083"
-
"
8083:8083"
...
...
docker-install-tb.sh
View file @
a67c1ffc
...
@@ -53,12 +53,12 @@ checkFolders --create || exit $?
...
@@ -53,12 +53,12 @@ checkFolders --create || exit $?
if
[
!
-z
"
${
ADDITIONAL_STARTUP_SERVICES
//
}
"
]
;
then
if
[
!
-z
"
${
ADDITIONAL_STARTUP_SERVICES
//
}
"
]
;
then
docker-compose
\
docker-compose
\
-f
docker-compose.yml
$ADDITIONAL_CACHE_ARGS
$ADDITIONAL_COMPOSE_ARGS
$ADDITIONAL_COMPOSE_QUEUE_ARGS
\
-f
docker-compose.yml
-f
docker-compose-debezium.yml
-f
docker-compose.iot-business.yml
$ADDITIONAL_CACHE_ARGS
$ADDITIONAL_COMPOSE_ARGS
$ADDITIONAL_COMPOSE_QUEUE_ARGS
\
up
-d
$ADDITIONAL_STARTUP_SERVICES
up
-d
$ADDITIONAL_STARTUP_SERVICES
fi
fi
docker-compose
\
docker-compose
\
-f
docker-compose.yml
$ADDITIONAL_CACHE_ARGS
$ADDITIONAL_COMPOSE_ARGS
$ADDITIONAL_COMPOSE_QUEUE_ARGS
\
-f
docker-compose.yml
-f
docker-compose-debezium.yml
-f
docker-compose.iot-business.yml
$ADDITIONAL_CACHE_ARGS
$ADDITIONAL_COMPOSE_ARGS
$ADDITIONAL_COMPOSE_QUEUE_ARGS
\
run
--no-deps
--rm
-e
INSTALL_TB
=
true
-e
LOAD_DEMO
=
${
loadDemo
}
\
run
--no-deps
--rm
-e
INSTALL_TB
=
true
-e
LOAD_DEMO
=
${
loadDemo
}
\
tb-core1
tb-core1
...
...
docker-remove-services.sh
View file @
a67c1ffc
...
@@ -28,5 +28,5 @@ ADDITIONAL_CACHE_ARGS=$(additionalComposeCacheArgs) || exit $?
...
@@ -28,5 +28,5 @@ ADDITIONAL_CACHE_ARGS=$(additionalComposeCacheArgs) || exit $?
ADDITIONAL_COMPOSE_MONITORING_ARGS
=
$(
additionalComposeMonitoringArgs
)
||
exit
$?
ADDITIONAL_COMPOSE_MONITORING_ARGS
=
$(
additionalComposeMonitoringArgs
)
||
exit
$?
docker-compose
\
docker-compose
\
-f
docker-compose.yml
$ADDITIONAL_CACHE_ARGS
$ADDITIONAL_COMPOSE_ARGS
$ADDITIONAL_COMPOSE_QUEUE_ARGS
$ADDITIONAL_COMPOSE_MONITORING_ARGS
\
-f
docker-compose.yml
-f
docker-compose-debezium.yml
-f
docker-compose.iot-business.yml
$ADDITIONAL_CACHE_ARGS
$ADDITIONAL_COMPOSE_ARGS
$ADDITIONAL_COMPOSE_QUEUE_ARGS
$ADDITIONAL_COMPOSE_MONITORING_ARGS
\
down
-v
down
-v
docker-start-services.sh
View file @
a67c1ffc
...
@@ -30,5 +30,5 @@ ADDITIONAL_COMPOSE_MONITORING_ARGS=$(additionalComposeMonitoringArgs) || exit $?
...
@@ -30,5 +30,5 @@ ADDITIONAL_COMPOSE_MONITORING_ARGS=$(additionalComposeMonitoringArgs) || exit $?
checkFolders
--create
||
exit
$?
checkFolders
--create
||
exit
$?
docker-compose
\
docker-compose
\
-f
docker-compose.yml
$ADDITIONAL_CACHE_ARGS
$ADDITIONAL_COMPOSE_ARGS
$ADDITIONAL_COMPOSE_QUEUE_ARGS
$ADDITIONAL_COMPOSE_MONITORING_ARGS
\
-f
docker-compose.yml
-f
docker-compose-debezium.yml
-f
docker-compose.iot-business.yml
$ADDITIONAL_CACHE_ARGS
$ADDITIONAL_COMPOSE_ARGS
$ADDITIONAL_COMPOSE_QUEUE_ARGS
$ADDITIONAL_COMPOSE_MONITORING_ARGS
\
up
-d
up
-d
docker-stop-services.sh
View file @
a67c1ffc
...
@@ -28,5 +28,5 @@ ADDITIONAL_CACHE_ARGS=$(additionalComposeCacheArgs) || exit $?
...
@@ -28,5 +28,5 @@ ADDITIONAL_CACHE_ARGS=$(additionalComposeCacheArgs) || exit $?
ADDITIONAL_COMPOSE_MONITORING_ARGS
=
$(
additionalComposeMonitoringArgs
)
||
exit
$?
ADDITIONAL_COMPOSE_MONITORING_ARGS
=
$(
additionalComposeMonitoringArgs
)
||
exit
$?
docker-compose
\
docker-compose
\
-f
docker-compose.yml
$ADDITIONAL_CACHE_ARGS
$ADDITIONAL_COMPOSE_ARGS
$ADDITIONAL_COMPOSE_QUEUE_ARGS
$ADDITIONAL_COMPOSE_MONITORING_ARGS
\
-f
docker-compose.yml
-f
docker-compose-debezium.yml
-f
docker-compose.iot-business.yml
$ADDITIONAL_CACHE_ARGS
$ADDITIONAL_COMPOSE_ARGS
$ADDITIONAL_COMPOSE_QUEUE_ARGS
$ADDITIONAL_COMPOSE_MONITORING_ARGS
\
stop
stop
docker-update-service.sh
View file @
a67c1ffc
...
@@ -26,8 +26,8 @@ ADDITIONAL_COMPOSE_ARGS=$(additionalComposeArgs) || exit $?
...
@@ -26,8 +26,8 @@ ADDITIONAL_COMPOSE_ARGS=$(additionalComposeArgs) || exit $?
ADDITIONAL_CACHE_ARGS
=
$(
additionalComposeCacheArgs
)
||
exit
$?
ADDITIONAL_CACHE_ARGS
=
$(
additionalComposeCacheArgs
)
||
exit
$?
docker-compose
\
docker-compose
\
-f
docker-compose.yml
$ADDITIONAL_CACHE_ARGS
$ADDITIONAL_COMPOSE_ARGS
$ADDITIONAL_COMPOSE_QUEUE_ARGS
\
-f
docker-compose.yml
-f
docker-compose-debezium.yml
-f
docker-compose.iot-business.yml
$ADDITIONAL_CACHE_ARGS
$ADDITIONAL_COMPOSE_ARGS
$ADDITIONAL_COMPOSE_QUEUE_ARGS
\
pull
$@
pull
$@
docker-compose
\
docker-compose
\
-f
docker-compose.yml
$ADDITIONAL_CACHE_ARGS
$ADDITIONAL_COMPOSE_ARGS
$ADDITIONAL_COMPOSE_QUEUE_ARGS
\
-f
docker-compose.yml
-f
docker-compose-debezium.yml
-f
docker-compose.iot-business.yml
$ADDITIONAL_CACHE_ARGS
$ADDITIONAL_COMPOSE_ARGS
$ADDITIONAL_COMPOSE_QUEUE_ARGS
\
up
-d
--no-deps
--build
$@
up
-d
--no-deps
--build
$@
docker-upgrade-tb.sh
View file @
a67c1ffc
...
@@ -51,15 +51,15 @@ ADDITIONAL_STARTUP_SERVICES=$(additionalStartupServices) || exit $?
...
@@ -51,15 +51,15 @@ ADDITIONAL_STARTUP_SERVICES=$(additionalStartupServices) || exit $?
checkFolders
--create
||
exit
$?
checkFolders
--create
||
exit
$?
docker-compose
\
docker-compose
\
-f
docker-compose.yml
$ADDITIONAL_CACHE_ARGS
$ADDITIONAL_COMPOSE_ARGS
$ADDITIONAL_COMPOSE_QUEUE_ARGS
\
-f
docker-compose.yml
-f
docker-compose-debezium.yml
-f
docker-compose.iot-business.yml
$ADDITIONAL_CACHE_ARGS
$ADDITIONAL_COMPOSE_ARGS
$ADDITIONAL_COMPOSE_QUEUE_ARGS
\
pull
\
pull
\
tb-core1
tb-core1
docker-compose
\
docker-compose
\
-f
docker-compose.yml
$ADDITIONAL_CACHE_ARGS
$ADDITIONAL_COMPOSE_ARGS
$ADDITIONAL_COMPOSE_QUEUE_ARGS
\
-f
docker-compose.yml
-f
docker-compose-debezium.yml
-f
docker-compose.iot-business.yml
$ADDITIONAL_CACHE_ARGS
$ADDITIONAL_COMPOSE_ARGS
$ADDITIONAL_COMPOSE_QUEUE_ARGS
\
up
-d
$ADDITIONAL_STARTUP_SERVICES
up
-d
$ADDITIONAL_STARTUP_SERVICES
docker-compose
\
docker-compose
\
-f
docker-compose.yml
$ADDITIONAL_CACHE_ARGS
$ADDITIONAL_COMPOSE_ARGS
$ADDITIONAL_COMPOSE_QUEUE_ARGS
\
-f
docker-compose.yml
-f
docker-compose-debezium.yml
-f
docker-compose.iot-business.yml
$ADDITIONAL_CACHE_ARGS
$ADDITIONAL_COMPOSE_ARGS
$ADDITIONAL_COMPOSE_QUEUE_ARGS
\
run
--no-deps
--rm
-e
UPGRADE_TB
=
true
-e
FROM_VERSION
=
${
fromVersion
}
\
run
--no-deps
--rm
-e
UPGRADE_TB
=
true
-e
FROM_VERSION
=
${
fromVersion
}
\
tb-core1
tb-core1
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