Kepler-Release/Venus/Framework/Common/DBCore/DatabaseTable.cs

using Aitex.Core.RT.DBCore;
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;

namespace MECF.Framework.Common.DBCore
{
    internal class DatabaseTable
    {
        public static void UpgradeDataTable()
        {
            var lot_data = new Dictionary<string, Type>()
            {
                {"guid", typeof(string)},
                {"start_time", typeof(DateTime)},
                {"end_time", typeof(DateTime)},
                {"carrier_data_guid", typeof(string)},
                {"cj_data_guid", typeof(string)},
                {"name", typeof(string)},
                {"input_port", typeof(string)},
                {"output_port", typeof(string)},
                {"total_wafer_count", typeof(int)},
                {"abort_wafer_count", typeof(int)},
                {"unprocessed_wafer_count", typeof(int)}
            };

            DB.CreateTableIfNotExisted("lot_data", lot_data, false, "guid");
            DB.CreateTableColumn("lot_data", lot_data);

            var recipe_step_data = new Dictionary<string, Type>()
            {
                {"guid", typeof(string)},
                {"step_begin_time", typeof(DateTime)},
                {"step_end_time", typeof(DateTime)},
                {"step_name", typeof(string)},
                {"step_time", typeof(float)},
                {"process_data_guid", typeof(string)},
                {"step_number", typeof(int)},
            };

            DB.CreateTableIfNotExisted("recipe_step_data", recipe_step_data, false, "guid");

            DB.CreateTableIndexIfNotExisted("recipe_step_data", "recipe_step_data_idx1", "CREATE INDEX recipe_step_data_idx1 ON public.recipe_step_data USING btree" +
                "(\"process_data_guid\", \"step_number\");");

            DB.CreateTableColumn("recipe_step_data", recipe_step_data);

            var step_fdc_data = new Dictionary<string, Type>()
            {
                {"process_data_guid", typeof(string)},
                {"step_number", typeof(int)},
                {"create_time", typeof(DateTime)},
                {"parameter_name", typeof(string)},
                {"sample_count", typeof(int)},
                {"min_value", typeof(float)},
                {"max_value", typeof(float)},
                {"setpoint", typeof(float)},
                {"std_value", typeof(float)},
                {"mean_value", typeof(float)},
            };

            DB.CreateTableIfNotExisted("step_fdc_data", step_fdc_data, false, "");

            DB.CreateTableIndexIfNotExisted("step_fdc_data", "step_fdc_data_idx1", "CREATE INDEX step_fdc_data_idx1 ON public.step_fdc_data USING btree" +
                "(\"process_data_guid\", \"step_number\");");

            DB.CreateTableColumn("step_fdc_data", step_fdc_data);




            var lot_wafer_data = new Dictionary<string, Type>()
            {
                {"guid", typeof(string)},
                {"create_time", typeof(DateTime)},
                {"lot_data_guid", typeof(string)},
                {"wafer_data_guid", typeof(string)},
                {"carrier_id", typeof(string)},
                

            };


            DB.CreateTableIfNotExisted("lot_wafer_data", lot_wafer_data, false, "guid");

            DB.CreateTableIndexIfNotExisted("lot_wafer_data", "lot_wafer_data_idx1", "CREATE INDEX lot_wafer_data_idx1 ON public.lot_wafer_data USING btree" +
                                            "(lot_data_guid COLLATE pg_catalog.\"default\", wafer_data_guid COLLATE pg_catalog.\"default\");");

            DB.CreateTableColumn("lot_wafer_data", lot_wafer_data);


            DB.CreateTableColumn("wafer_data", new Dictionary<string, Type>()
            {
                {"lot_id", typeof(string) },
                {"notch_angle", typeof(float) },
                {"sequence_name", typeof(string) },
                {"process_status", typeof(string) },
                {"carrier_id", typeof(string)},
            });

            DB.CreateTableColumn("cj_data", new Dictionary<string, Type>()
            {
                {"total_wafer_count", typeof(int) },
                {"abort_wafer_count", typeof(int) },
                {"unprocessed_wafer_count", typeof(int) },
            });

            DB.CreateTableColumn("leak_check_data", new Dictionary<string, Type>()
            {
                {"module_name", typeof(string) },
                {"gasline_selection", typeof(string) },
            });
            DB.CreateTableColumn("kepler_leak_check_data", new Dictionary<string, Type>()
            {
                {"module_name", typeof(string) },
                {"gasline_selection", typeof(string) },
            });

            DB.CreateTableColumn("process_data", new Dictionary<string, Type>()
            {
                {"recipe_setting_time", typeof(float) },
                {"lot_id", typeof(string) },
                {"slot_id", typeof(string) },
                {"carrier_id", typeof(string)},
                {"lot_type", typeof(string)},
            });
        }
    }
}