247 lines
14 KiB
C#
247 lines
14 KiB
C#
using MoniteurBaie.DataApi.Common.Repositories;
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using MoniteurBaie.DataApi.Interfaces.Repositories;
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using MoniteurBaie.DataModels;
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using MySqlConnector;
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namespace MoniteurBaie.DataApi.Repositories;
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public class DataRepository : BaseMariaDbRepository, IDataRepository
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{
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public DataRepository(IConfiguration config) : base(config, "MariaDb")
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{
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}
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private static DataPacket Map(MySqlDataReader reader) => new(
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reader.GetUInt32(0),
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reader.GetDateTime(1),
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reader.GetFloat(2),
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reader.GetFloat(3),
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reader.GetFloat(4),
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reader.GetFloat(5),
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reader.GetFloat(6),
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reader.GetFloat(7),
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reader.GetFloat(8),
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reader.GetFloat(9),
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reader.GetFloat(10),
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reader.GetFloat(11),
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reader.GetFloat(12),
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reader.GetFloat(13),
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reader.GetFloat(14),
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reader.GetFloat(15),
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reader.GetFloat(16),
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reader.GetBoolean(17),
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reader.GetBoolean(18),
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reader.GetBoolean(19),
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reader.GetBoolean(20),
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reader.GetBoolean(21),
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reader.GetBoolean(22),
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reader.GetBoolean(23),
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reader.GetBoolean(24),
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reader.GetBoolean(25),
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reader.GetBoolean(26),
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reader.GetBoolean(27),
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reader.GetBoolean(28),
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reader.GetBoolean(29),
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reader.GetBoolean(30),
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reader.GetBoolean(31),
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reader.GetBoolean(32),
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reader.GetBoolean(33),
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reader.GetBoolean(34),
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reader.GetBoolean(35),
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reader.GetUInt32(36),
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reader.GetUInt32(37),
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reader.GetBoolean(38),
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reader.GetBoolean(39),
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reader.GetBoolean(40),
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reader.GetBoolean(41),
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reader.GetBoolean(42));
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public async Task<DataPacket?> GetAsync(uint id)
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{
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await using var connection = await NewConnectionAsync();
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await using var command = connection.CreateCommand();
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command.CommandText = "SELECT * FROM packets WHERE id = @id";
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command.Parameters.AddWithValue("@id", id);
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await using var reader = await command.ExecuteReaderAsync();
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return await reader.ReadAsync() ? Map(reader) : null;
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}
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public async IAsyncEnumerable<DataPacket> GetRangeAsync(DateTime fromInstant, DateTime toInstant)
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{
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await using var connection = await NewConnectionAsync();
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await using var command = connection.CreateCommand();
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command.CommandText = "SELECT * FROM packets WHERE timestamp BETWEEN @from AND @to ORDER BY timestamp DESC";
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command.Parameters.AddWithValue("@from", fromInstant);
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command.Parameters.AddWithValue("@to", toInstant);
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await using var reader = await command.ExecuteReaderAsync();
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while (await reader.ReadAsync())
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{
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yield return Map(reader);
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}
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}
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public async IAsyncEnumerable<DataPacket> GetLastAsync(int count)
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{
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await using var connection = await NewConnectionAsync();
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await using var command = connection.CreateCommand();
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command.CommandText = "SELECT * FROM packets ORDER BY timestamp DESC FETCH FIRST @count ROWS ONLY";
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command.Parameters.AddWithValue("@count", count);
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await using var reader = await command.ExecuteReaderAsync();
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while (await reader.ReadAsync())
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{
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yield return Map(reader);
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}
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}
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public async Task<uint> CreateAsync(DataPacket packet)
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{
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await using var connection = await NewConnectionAsync();
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await using var command = connection.CreateCommand();
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command.CommandText = "INSERT INTO packets (timestamp, vb1, vb2, vb3, vb4, vb5, vb6, vbat, vb_min, vb_max, current, power, energy, temp_alim, temp_cha, temp_bat, df_temp_alim, mem_df_temp_alim, df_temp_bat, mem_df_temp_bat, df_temp_cha, mem_df_temp_cha, df_v_incoherent, df_bad_cell, df_overcurrent, df_overcurrent_stop, df_stop_general, df_general, df_cell_overvoltage, mem_df_cell_overvoltage, df_unbalance, mem_df_unbalance, buzzer_stop, decharge, mem_decharge, compteur_demande_coupure_batterie, compteur_demande_coupure_totale, s_powrelay, s_charelay, s_batrelay1, s_batrelay_state, flag_decharge) VALUES (@timestamp, @vb1, @vb2, @vb3, @vb4, @vb5, @vb6, @vbat, @vb_min, @vb_max, @current, @power, @energy, @temp_alim, @temp_cha, @temp_bat, @df_temp_alim, @mem_df_temp_alim, @df_temp_bat, @mem_df_temp_bat, @df_temp_cha, @mem_df_temp_cha, @df_v_incoherent, @df_bad_cell, @df_overcurrent, @df_overcurrent_stop, @df_stop_general, @df_general, @df_cell_overvoltage, @mem_df_cell_overvoltage, @df_unbalance, @mem_df_unbalance, @buzzer_stop, @decharge, @mem_decharge, @compteur_demande_coupure_batterie, @compteur_demande_coupure_totale, @s_powrelay, @s_charelay, @s_batrelay1, @s_batrelay_state, @flag_decharge)";
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command.Parameters.AddWithValue("@timestamp", packet.Timestamp);
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command.Parameters.AddWithValue("@vb1", packet.VB1);
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command.Parameters.AddWithValue("@vb2", packet.VB2);
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command.Parameters.AddWithValue("@vb3", packet.VB3);
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command.Parameters.AddWithValue("@vb4", packet.VB4);
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command.Parameters.AddWithValue("@vb5", packet.VB5);
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command.Parameters.AddWithValue("@vb6", packet.VB6);
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command.Parameters.AddWithValue("@vbat", packet.VBat);
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command.Parameters.AddWithValue("@vb_min", packet.VBmin);
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command.Parameters.AddWithValue("@vb_max", packet.VBmax);
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command.Parameters.AddWithValue("@current", packet.Curr);
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command.Parameters.AddWithValue("@power", packet.Power);
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command.Parameters.AddWithValue("@energy", packet.Energy);
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command.Parameters.AddWithValue("@temp_alim", packet.Temp_alim);
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command.Parameters.AddWithValue("@temp_cha", packet.Temp_cha);
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command.Parameters.AddWithValue("@temp_bat", packet.Temp_bat);
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command.Parameters.AddWithValue("@df_temp_alim", packet.DF_TEMP_ALIM);
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command.Parameters.AddWithValue("@mem_df_temp_alim", packet.MEM_DF_TEMP_ALIM);
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command.Parameters.AddWithValue("@df_temp_bat", packet.DF_TEMP_BAT);
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command.Parameters.AddWithValue("@mem_df_temp_bat", packet.MEM_DF_TEMP_BAT);
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command.Parameters.AddWithValue("@df_temp_cha", packet.DF_TEMP_CHA);
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command.Parameters.AddWithValue("@mem_df_temp_cha", packet.MEM_DF_TEMP_CHA);
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command.Parameters.AddWithValue("@df_v_incoherent", packet.DF_V_INCOHERENT);
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command.Parameters.AddWithValue("@df_bad_cell", packet.DF_BAD_CELL);
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command.Parameters.AddWithValue("@df_overcurrent", packet.DF_OVERCURRENT);
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command.Parameters.AddWithValue("@df_overcurrent_stop", packet.DF_OVERCURRENT_STOP);
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command.Parameters.AddWithValue("@df_stop_general", packet.DF_STOP_GENERAL);
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command.Parameters.AddWithValue("@df_general", packet.DF_GENERAL);
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command.Parameters.AddWithValue("@df_cell_overvoltage", packet.DF_CELL_OVERVOLTAGE);
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command.Parameters.AddWithValue("@mem_df_cell_overvoltage", packet.MEM_DF_CELL_OVERVOLTAGE);
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command.Parameters.AddWithValue("@df_unbalance", packet.DF_UNBALANCE);
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command.Parameters.AddWithValue("@mem_df_unbalance", packet.MEM_DF_UNBALANCE);
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command.Parameters.AddWithValue("@buzzer_stop", packet.Buzzer_stop);
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command.Parameters.AddWithValue("@decharge", packet.DECHARGE);
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command.Parameters.AddWithValue("@mem_decharge", packet.MEM_DECHARGE);
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command.Parameters.AddWithValue("@compteur_demande_coupure_batterie", packet.Compteur_demande_coupure_batterie);
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command.Parameters.AddWithValue("@compteur_demande_coupure_totale", packet.Compteur_demande_coupure_totale);
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command.Parameters.AddWithValue("@s_powrelay", packet.S_PowRelay);
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command.Parameters.AddWithValue("@s_charelay", packet.S_ChaRelay);
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command.Parameters.AddWithValue("@s_batrelay1", packet.S_BatRelay1);
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command.Parameters.AddWithValue("@s_batrelay_state", packet.S_BatRelay_State);
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command.Parameters.AddWithValue("@flag_decharge", packet.Flag_decharge);
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var rowCount = await command.ExecuteNonQueryAsync();
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return rowCount > 0 ? (uint)command.LastInsertedId : 0u;
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}
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public async Task<bool> DeleteAsync(uint id)
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{
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await using var connection = await NewConnectionAsync();
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await using var command = connection.CreateCommand();
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command.CommandText = "DELETE FROM packets WHERE id = @id";
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command.Parameters.AddWithValue("@id", id);
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var result = await command.ExecuteNonQueryAsync();
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return result > 0;
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}
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public async Task BulkCreateAsync(IEnumerable<DataPacket> packets)
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{
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await using var connection = await NewConnectionAsync();
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await using var transaction = await connection.BeginTransactionAsync();
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try
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{
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await using var command = connection.CreateCommand();
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command.Transaction = transaction;
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command.CommandText = "INSERT INTO packets (timestamp, vb1, vb2, vb3, vb4, vb5, vb6, vbat, vb_min, vb_max, current, power, energy, temp_alim, temp_cha, temp_bat, df_temp_alim, mem_df_temp_alim, df_temp_bat, mem_df_temp_bat, df_temp_cha, mem_df_temp_cha, df_v_incoherent, df_bad_cell, df_overcurrent, df_overcurrent_stop, df_stop_general, df_general, df_cell_overvoltage, mem_df_cell_overvoltage, df_unbalance, mem_df_unbalance, buzzer_stop, decharge, mem_decharge, compteur_demande_coupure_batterie, compteur_demande_coupure_totale, s_powrelay, s_charelay, s_batrelay1, s_batrelay_state, flag_decharge) VALUES (@timestamp, @vb1, @vb2, @vb3, @vb4, @vb5, @vb6, @vbat, @vb_min, @vb_max, @current, @power, @energy, @temp_alim, @temp_cha, @temp_bat, @df_temp_alim, @mem_df_temp_alim, @df_temp_bat, @mem_df_temp_bat, @df_temp_cha, @mem_df_temp_cha, @df_v_incoherent, @df_bad_cell, @df_overcurrent, @df_overcurrent_stop, @df_stop_general, @df_general, @df_cell_overvoltage, @mem_df_cell_overvoltage, @df_unbalance, @mem_df_unbalance, @buzzer_stop, @decharge, @mem_decharge, @compteur_demande_coupure_batterie, @compteur_demande_coupure_totale, @s_powrelay, @s_charelay, @s_batrelay1, @s_batrelay_state, @flag_decharge)";
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foreach (var packet in packets)
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{
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command.Parameters.AddWithValue("@timestamp", packet.Timestamp);
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command.Parameters.AddWithValue("@vb1", packet.VB1);
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command.Parameters.AddWithValue("@vb2", packet.VB2);
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command.Parameters.AddWithValue("@vb3", packet.VB3);
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command.Parameters.AddWithValue("@vb4", packet.VB4);
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command.Parameters.AddWithValue("@vb5", packet.VB5);
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command.Parameters.AddWithValue("@vb6", packet.VB6);
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command.Parameters.AddWithValue("@vbat", packet.VBat);
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command.Parameters.AddWithValue("@vb_min", packet.VBmin);
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command.Parameters.AddWithValue("@vb_max", packet.VBmax);
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command.Parameters.AddWithValue("@current", packet.Curr);
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command.Parameters.AddWithValue("@power", packet.Power);
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command.Parameters.AddWithValue("@energy", packet.Energy);
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command.Parameters.AddWithValue("@temp_alim", packet.Temp_alim);
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command.Parameters.AddWithValue("@temp_cha", packet.Temp_cha);
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command.Parameters.AddWithValue("@temp_bat", packet.Temp_bat);
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command.Parameters.AddWithValue("@df_temp_alim", packet.DF_TEMP_ALIM);
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command.Parameters.AddWithValue("@mem_df_temp_alim", packet.MEM_DF_TEMP_ALIM);
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command.Parameters.AddWithValue("@df_temp_bat", packet.DF_TEMP_BAT);
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command.Parameters.AddWithValue("@mem_df_temp_bat", packet.MEM_DF_TEMP_BAT);
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command.Parameters.AddWithValue("@df_temp_cha", packet.DF_TEMP_CHA);
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command.Parameters.AddWithValue("@mem_df_temp_cha", packet.MEM_DF_TEMP_CHA);
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command.Parameters.AddWithValue("@df_v_incoherent", packet.DF_V_INCOHERENT);
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command.Parameters.AddWithValue("@df_bad_cell", packet.DF_BAD_CELL);
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command.Parameters.AddWithValue("@df_overcurrent", packet.DF_OVERCURRENT);
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command.Parameters.AddWithValue("@df_overcurrent_stop", packet.DF_OVERCURRENT_STOP);
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command.Parameters.AddWithValue("@df_stop_general", packet.DF_STOP_GENERAL);
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command.Parameters.AddWithValue("@df_general", packet.DF_GENERAL);
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command.Parameters.AddWithValue("@df_cell_overvoltage", packet.DF_CELL_OVERVOLTAGE);
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command.Parameters.AddWithValue("@mem_df_cell_overvoltage", packet.MEM_DF_CELL_OVERVOLTAGE);
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command.Parameters.AddWithValue("@df_unbalance", packet.DF_UNBALANCE);
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command.Parameters.AddWithValue("@mem_df_unbalance", packet.MEM_DF_UNBALANCE);
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command.Parameters.AddWithValue("@buzzer_stop", packet.Buzzer_stop);
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command.Parameters.AddWithValue("@decharge", packet.DECHARGE);
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command.Parameters.AddWithValue("@mem_decharge", packet.MEM_DECHARGE);
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command.Parameters.AddWithValue("@compteur_demande_coupure_batterie", packet.Compteur_demande_coupure_batterie);
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command.Parameters.AddWithValue("@compteur_demande_coupure_totale", packet.Compteur_demande_coupure_totale);
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command.Parameters.AddWithValue("@s_powrelay", packet.S_PowRelay);
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command.Parameters.AddWithValue("@s_charelay", packet.S_ChaRelay);
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command.Parameters.AddWithValue("@s_batrelay1", packet.S_BatRelay1);
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command.Parameters.AddWithValue("@s_batrelay_state", packet.S_BatRelay_State);
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command.Parameters.AddWithValue("@flag_decharge", packet.Flag_decharge);
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await command.ExecuteNonQueryAsync();
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command.Parameters.Clear();
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}
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}
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catch
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{
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await transaction.RollbackAsync();
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throw;
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}
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await transaction.CommitAsync();
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}
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}
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