DB strings support for up to 3 inverters (#2)

influxdb.sql

@@ -12,3 +12,5 @@ CREATE CONTINUOUS QUERY cq_kwh ON powerwall RESAMPLE EVERY 1m BEGIN SELECT integ
 CREATE CONTINUOUS QUERY cq_daily ON powerwall RESAMPLE EVERY 1h BEGIN SELECT sum(home) AS home, sum(solar) AS solar, sum(from_pw) AS from_pw, sum(to_pw) AS to_pw, sum(from_grid) AS from_grid, sum(to_grid) AS to_grid INTO powerwall.daily.:MEASUREMENT FROM powerwall.kwh.http GROUP BY time(1d), month, year tz('America/Los_Angeles') END 
 CREATE CONTINUOUS QUERY cq_monthly ON powerwall RESAMPLE EVERY 1h BEGIN SELECT sum(home) AS home, sum(solar) AS solar, sum(from_pw) AS from_pw, sum(to_pw) AS to_pw, sum(from_grid) AS from_grid, sum(to_grid) AS to_grid INTO powerwall.monthly.:MEASUREMENT FROM powerwall.daily.http GROUP BY time(365d), month, year END
 CREATE CONTINUOUS QUERY cq_strings ON powerwall BEGIN SELECT mean(A_Current) AS A_Current, mean(A_Power) AS A_Power, mean(A_Voltage) AS A_Voltage, mean(B_Current) AS B_Current, mean(B_Power) AS B_Power, mean(B_Voltage) AS B_Voltage, mean(C_Current) AS C_Current, mean(C_Power) AS C_Power, mean(C_Voltage) AS C_Voltage, mean(D_Current) AS D_Current, mean(D_Power) AS D_Power, mean(D_Voltage) AS D_Voltage INTO powerwall.strings.:MEASUREMENT FROM (SELECT A_Current, A_Power, A_Voltage, B_Current, B_Power, B_Voltage, C_Current, C_Power, C_Voltage, D_Current, D_Power, D_Voltage FROM raw.http) GROUP BY time(1m), month, year fill(linear) END
+CREATE CONTINUOUS QUERY cq_strings1 ON powerwall BEGIN SELECT mean(A1_Current) AS A1_Current, mean(A1_Power) AS A1_Power, mean(A1_Voltage) AS A1_Voltage, mean(B1_Current) AS B1_Current, mean(B1_Power) AS B1_Power, mean(B1_Voltage) AS B1_Voltage, mean(C1_Current) AS C1_Current, mean(C1_Power) AS C1_Power, mean(C1_Voltage) AS C1_Voltage, mean(D1_Current) AS D1_Current, mean(D1_Power) AS D1_Power, mean(D1_Voltage) AS D1_Voltage INTO powerwall.strings.:MEASUREMENT FROM (SELECT A1_Current, A1_Power, A1_Voltage, B1_Current, B1_Power, B1_Voltage, C1_Current, C1_Power, C1_Voltage, D1_Current, D1_Power, D1_Voltage FROM raw.http) GROUP BY time(1m), month, year fill(linear) END
+CREATE CONTINUOUS QUERY cq_strings2 ON powerwall BEGIN SELECT mean(A2_Current) AS A2_Current, mean(A2_Power) AS A2_Power, mean(A2_Voltage) AS A2_Voltage, mean(B2_Current) AS B2_Current, mean(B2_Power) AS B2_Power, mean(B2_Voltage) AS B2_Voltage, mean(C2_Current) AS C2_Current, mean(C2_Power) AS C2_Power, mean(C2_Voltage) AS C2_Voltage, mean(D2_Current) AS D2_Current, mean(D2_Power) AS D2_Power, mean(D2_Voltage) AS D2_Voltage INTO powerwall.strings.:MEASUREMENT FROM (SELECT A2_Current, A2_Power, A2_Voltage, B2_Current, B2_Power, B2_Voltage, C2_Current, C2_Power, C2_Voltage, D2_Current, D2_Power, D2_Voltage FROM raw.http) GROUP BY time(1m), month, year fill(linear) END

influxdb/influxdb.sql

@@ -12,3 +12,5 @@ CREATE CONTINUOUS QUERY cq_kwh ON powerwall RESAMPLE EVERY 1m BEGIN SELECT integ
 CREATE CONTINUOUS QUERY cq_daily ON powerwall RESAMPLE EVERY 1h BEGIN SELECT sum(home) AS home, sum(solar) AS solar, sum(from_pw) AS from_pw, sum(to_pw) AS to_pw, sum(from_grid) AS from_grid, sum(to_grid) AS to_grid INTO powerwall.daily.:MEASUREMENT FROM powerwall.kwh.http GROUP BY time(1d), month, year tz('America/Los_Angeles') END 
 CREATE CONTINUOUS QUERY cq_monthly ON powerwall RESAMPLE EVERY 1h BEGIN SELECT sum(home) AS home, sum(solar) AS solar, sum(from_pw) AS from_pw, sum(to_pw) AS to_pw, sum(from_grid) AS from_grid, sum(to_grid) AS to_grid INTO powerwall.monthly.:MEASUREMENT FROM powerwall.daily.http GROUP BY time(365d), month, year END
 CREATE CONTINUOUS QUERY cq_strings ON powerwall BEGIN SELECT mean(A_Current) AS A_Current, mean(A_Power) AS A_Power, mean(A_Voltage) AS A_Voltage, mean(B_Current) AS B_Current, mean(B_Power) AS B_Power, mean(B_Voltage) AS B_Voltage, mean(C_Current) AS C_Current, mean(C_Power) AS C_Power, mean(C_Voltage) AS C_Voltage, mean(D_Current) AS D_Current, mean(D_Power) AS D_Power, mean(D_Voltage) AS D_Voltage INTO powerwall.strings.:MEASUREMENT FROM (SELECT A_Current, A_Power, A_Voltage, B_Current, B_Power, B_Voltage, C_Current, C_Power, C_Voltage, D_Current, D_Power, D_Voltage FROM raw.http) GROUP BY time(1m), month, year fill(linear) END
+CREATE CONTINUOUS QUERY cq_strings1 ON powerwall BEGIN SELECT mean(A1_Current) AS A1_Current, mean(A1_Power) AS A1_Power, mean(A1_Voltage) AS A1_Voltage, mean(B1_Current) AS B1_Current, mean(B1_Power) AS B1_Power, mean(B1_Voltage) AS B1_Voltage, mean(C1_Current) AS C1_Current, mean(C1_Power) AS C1_Power, mean(C1_Voltage) AS C1_Voltage, mean(D1_Current) AS D1_Current, mean(D1_Power) AS D1_Power, mean(D1_Voltage) AS D1_Voltage INTO powerwall.strings.:MEASUREMENT FROM (SELECT A1_Current, A1_Power, A1_Voltage, B1_Current, B1_Power, B1_Voltage, C1_Current, C1_Power, C1_Voltage, D1_Current, D1_Power, D1_Voltage FROM raw.http) GROUP BY time(1m), month, year fill(linear) END
+CREATE CONTINUOUS QUERY cq_strings2 ON powerwall BEGIN SELECT mean(A2_Current) AS A2_Current, mean(A2_Power) AS A2_Power, mean(A2_Voltage) AS A2_Voltage, mean(B2_Current) AS B2_Current, mean(B2_Power) AS B2_Power, mean(B2_Voltage) AS B2_Voltage, mean(C2_Current) AS C2_Current, mean(C2_Power) AS C2_Power, mean(C2_Voltage) AS C2_Voltage, mean(D2_Current) AS D2_Current, mean(D2_Power) AS D2_Power, mean(D2_Voltage) AS D2_Voltage INTO powerwall.strings.:MEASUREMENT FROM (SELECT A2_Current, A2_Power, A2_Voltage, B2_Current, B2_Power, B2_Voltage, C2_Current, C2_Power, C2_Voltage, D2_Current, D2_Power, D2_Voltage FROM raw.http) GROUP BY time(1m), month, year fill(linear) END