From 05be9a5f5ea44d064cf4a8708e1eca625bbf4218 Mon Sep 17 00:00:00 2001 From: Benjamin Drung Date: Thu, 31 Dec 2020 19:36:51 +0100 Subject: Disable go-logger (missing license) The go-logger library does not have copyright information in the git repository, neither license headers in the go files nor a separate license file. Therefore no rights to share and modify the code are granted and it does not meet the DFSG. So disable logging for now until go-logger comes with an open source license. Bug: https://github.com/d2r2/go-logger/issues/5 Signed-off-by: Benjamin Drung --- bme280.go | 40 +++++++++++++++++----------------- bmp180.go | 52 ++++++++++++++++++++++---------------------- bmp280.go | 22 +++++++++---------- bmp388.go | 36 +++++++++++++++--------------- examples/example1.go | 37 ++++++++++++++++--------------- logger.go | 8 +++---- 6 files changed, 99 insertions(+), 96 deletions(-) diff --git a/bme280.go b/bme280.go index c6fda7c..cf05d25 100644 --- a/bme280.go +++ b/bme280.go @@ -315,7 +315,7 @@ func (v *SensorBME280) IsBusy(i2c *i2c.I2C) (busy bool, err error) { return false, err } b = b & 0x8 - lg.Debugf("Busy flag=0x%0X", b) + //lg.Debugf("Busy flag=0x%0X", b) return b != 0, nil } @@ -451,12 +451,12 @@ func (v *SensorBME280) ReadTemperatureMult100C(i2c *i2c.I2C, accuracy AccuracyMo } var1 := ((ut>>3 - int32(v.Coeff.dig_T1())<<1) * int32(v.Coeff.dig_T2())) >> 11 - lg.Debugf("var1=%v", var1) + //lg.Debugf("var1=%v", var1) var2 := (((ut>>4 - int32(v.Coeff.dig_T1())) * (ut>>4 - int32(v.Coeff.dig_T1()))) >> 12 * int32(v.Coeff.dig_T3())) >> 14 - lg.Debugf("var1=%v", var2) + //lg.Debugf("var1=%v", var2) tFine := var1 + var2 - lg.Debugf("t_fine=%v", tFine) + //lg.Debugf("t_fine=%v", tFine) t := (tFine*5 + 128) >> 8 return t, nil } @@ -468,7 +468,7 @@ func (v *SensorBME280) ReadPressureMult10Pa(i2c *i2c.I2C, accuracy AccuracyMode) if err != nil { return 0, err } - lg.Debugf("ut=%v, up=%v", ut, up) + //lg.Debugf("ut=%v, up=%v", ut, up) err = v.ReadCoefficients(i2c) if err != nil { @@ -476,22 +476,22 @@ func (v *SensorBME280) ReadPressureMult10Pa(i2c *i2c.I2C, accuracy AccuracyMode) } var01 := ((ut>>3 - int32(v.Coeff.dig_T1())<<1) * int32(v.Coeff.dig_T2())) >> 11 - lg.Debugf("var01=%v", var01) + //lg.Debugf("var01=%v", var01) var02 := (((ut>>4 - int32(v.Coeff.dig_T1())) * (ut>>4 - int32(v.Coeff.dig_T1()))) >> 12 * int32(v.Coeff.dig_T3())) >> 14 - lg.Debugf("var01=%v", var02) + //lg.Debugf("var01=%v", var02) tFine := var01 + var02 var1 := int64(tFine) - 128000 - lg.Debugf("var1=%v", var1) + //lg.Debugf("var1=%v", var1) var2 := var1 * var1 * int64(v.Coeff.dig_P6()) - lg.Debugf("var2=%v", var2) + //lg.Debugf("var2=%v", var2) var2 += (var1 * int64(v.Coeff.dig_P5())) << 17 var2 += int64(v.Coeff.dig_P4()) << 35 - lg.Debugf("var2=%v", var2) + //lg.Debugf("var2=%v", var2) var1 = (var1*var1*int64(v.Coeff.dig_P3()))>>8 + (var1*int64(v.Coeff.dig_P2()))<<12 var1 = ((int64(1)<<47 + var1) * int64(v.Coeff.dig_P1())) >> 33 - lg.Debugf("var1=%v", var1) + //lg.Debugf("var1=%v", var1) if var1 == 0 { return 0, nil } @@ -520,19 +520,19 @@ func (v *SensorBME280) ReadHumidityMultQ2210(i2c *i2c.I2C, if err != nil { return true, 0, err } - lg.Debugf("ut=%v, uh=%v", ut, uh) + //lg.Debugf("ut=%v, uh=%v", ut, uh) err = v.ReadCoefficients(i2c) if err != nil { return true, 0, err } var01 := ((ut>>3 - int32(v.Coeff.dig_T1())<<1) * int32(v.Coeff.dig_T2())) >> 11 - lg.Debugf("var01=%v", var01) + //lg.Debugf("var01=%v", var01) var02 := (((ut>>4 - int32(v.Coeff.dig_T1())) * (ut>>4 - int32(v.Coeff.dig_T1()))) >> 12 * int32(v.Coeff.dig_T3())) >> 14 - lg.Debugf("var01=%v", var02) + //lg.Debugf("var01=%v", var02) tFine := var01 + var02 - lg.Debugf("t_fine=%v", tFine) + //lg.Debugf("t_fine=%v", tFine) // Alternative version of humidity calculation from raw value // based on float ariphmetics. @@ -553,25 +553,25 @@ func (v *SensorBME280) ReadHumidityMultQ2210(i2c *i2c.I2C, var v_x1 int32 v_x1 = tFine - 76800 - lg.Debugf("v_x1=%v", v_x1) + //lg.Debugf("v_x1=%v", v_x1) v_x1 = ((((uh << 14) - (int32(v.Coeff.dig_H4()) << 20) - (int32(v.Coeff.dig_H5()) * v_x1)) + 16384) >> 15) * (((((((v_x1*int32(v.Coeff.dig_H6()))>>10)*(((v_x1* int32(v.Coeff.dig_H3()))>>11)+32768))>>10)+2097152)* int32(v.Coeff.dig_H2()) + 8192) >> 14) - lg.Debugf("v_x1=%v", v_x1) + //lg.Debugf("v_x1=%v", v_x1) v_x1 = v_x1 - (((((v_x1 >> 15) * (v_x1 >> 15)) >> 7) * int32(v.Coeff.dig_H1())) >> 4) - lg.Debugf("v_x1=%v", v_x1) + //lg.Debugf("v_x1=%v", v_x1) if v_x1 < 0 { v_x1 = 0 } else if v_x1 > 419430400 { v_x1 = 419430400 } - lg.Debugf("v_x1=%v", v_x1) + //lg.Debugf("v_x1=%v", v_x1) v_x1 = v_x1 >> 12 - lg.Debugf("v_x1=%v", v_x1) + //lg.Debugf("v_x1=%v", v_x1) return true, uint32(v_x1), nil } diff --git a/bmp180.go b/bmp180.go index 97bfac1..a1b3a93 100644 --- a/bmp180.go +++ b/bmp180.go @@ -231,7 +231,7 @@ func (v *SensorBMP180) IsBusy(i2c *i2c.I2C) (busy bool, err error) { return false, err } b = b & 0x20 - lg.Debugf("Busy flag=0x%0X", b) + //lg.Debugf("Busy flag=0x%0X", b) return b != 0, nil } @@ -273,7 +273,7 @@ func (v *SensorBMP180) getOversamplingRation(accuracy AccuracyMode) byte { // readUncompPressure reads atmospheric uncompensated pressure from sensor. func (v *SensorBMP180) readUncompPressure(i2c *i2c.I2C, accuracy AccuracyMode) (int32, error) { oss := v.getOversamplingRation(accuracy) - lg.Debugf("oss=%v", oss) + //lg.Debugf("oss=%v", oss) err := i2c.WriteRegU8(BMP180_CNTR_MEAS_REG, 0x34+(oss<<6)) if err != nil { return 0, err @@ -303,13 +303,13 @@ func (v *SensorBMP180) ReadTemperatureMult100C(i2c *i2c.I2C, mode AccuracyMode) } // Calculate temperature according to sensor specification x1 := ((ut - int32(v.Coeff.dig_AC6())) * int32(v.Coeff.dig_AC5())) >> 15 - lg.Debugf("x1=%v", x1) + //lg.Debugf("x1=%v", x1) x2 := (int32(v.Coeff.dig_MC()) << 11) / (x1 + int32(v.Coeff.dig_MD())) - lg.Debugf("x2=%v", x2) + //lg.Debugf("x2=%v", x2) b5 := x1 + x2 - lg.Debugf("b5=%v", b5) + //lg.Debugf("b5=%v", b5) t := ((b5 + 8) >> 4) * 10 - lg.Debugf("t=%v", t) + //lg.Debugf("t=%v", t) return t, nil } @@ -321,13 +321,13 @@ func (v *SensorBMP180) ReadPressureMult10Pa(i2c *i2c.I2C, accuracy AccuracyMode) if err != nil { return 0, err } - lg.Debugf("ut=%v", ut) + //lg.Debugf("ut=%v", ut) up, err := v.readUncompPressure(i2c, accuracy) if err != nil { return 0, err } - lg.Debugf("up=%v", up) + //lg.Debugf("up=%v", up) err = v.ReadCoefficients(i2c) if err != nil { @@ -336,46 +336,46 @@ func (v *SensorBMP180) ReadPressureMult10Pa(i2c *i2c.I2C, accuracy AccuracyMode) // Calculate pressure according to sensor specification x1 := ((ut - int32(v.Coeff.dig_AC6())) * int32(v.Coeff.dig_AC5())) >> 15 - lg.Debugf("x1=%v", x1) + //lg.Debugf("x1=%v", x1) x2 := (int32(v.Coeff.dig_MC()) << 11) / (x1 + int32(v.Coeff.dig_MD())) - lg.Debugf("x2=%v", x2) + //lg.Debugf("x2=%v", x2) b5 := x1 + x2 - lg.Debugf("b5=%v", b5) + //lg.Debugf("b5=%v", b5) b6 := b5 - 4000 - lg.Debugf("b6=%v", b6) + //lg.Debugf("b6=%v", b6) x1 = (int32(v.Coeff.dig_B2()) * ((b6 * b6) >> 12)) >> 11 - lg.Debugf("x1=%v", x1) + //lg.Debugf("x1=%v", x1) x2 = (int32(v.Coeff.dig_AC2()) * b6) >> 11 - lg.Debugf("x2=%v", x2) + //lg.Debugf("x2=%v", x2) x3 := x1 + x2 - lg.Debugf("x3=%v", x3) + //lg.Debugf("x3=%v", x3) b3 := (((int32(v.Coeff.dig_AC1())*4 + x3) << uint32(oss)) + 2) / 4 - lg.Debugf("b3=%v", b3) + //lg.Debugf("b3=%v", b3) x1 = (int32(v.Coeff.dig_AC3()) * b6) >> 13 - lg.Debugf("x1=%v", x1) + //lg.Debugf("x1=%v", x1) x2 = ((int32(v.Coeff.dig_B1()) * (b6 * b6)) >> 12) >> 16 - lg.Debugf("x2=%v", x2) + //lg.Debugf("x2=%v", x2) x3 = ((x1 + x2) + 2) >> 2 - lg.Debugf("x3=%v", x3) + //lg.Debugf("x3=%v", x3) b4 := (uint32(v.Coeff.dig_AC4()) * uint32(x3+32768)) >> 15 - lg.Debugf("b4=%v", b4) + //lg.Debugf("b4=%v", b4) b7 := (uint32(up) - uint32(b3)) * (50000 >> uint32(oss)) - lg.Debugf("b7=%v", b7) + //lg.Debugf("b7=%v", b7) var p1 int32 if b7 < 0x80000000 { p1 = int32((b7 * 2) / b4) } else { p1 = int32((b7 / b4) * 2) } - lg.Debugf("p=%v", p1) + //lg.Debugf("p=%v", p1) x1 = (p1 >> 8) * (p1 >> 8) - lg.Debugf("x1=%v", x1) + //lg.Debugf("x1=%v", x1) x1 = (x1 * 3038) >> 16 - lg.Debugf("x1=%v", x1) + //lg.Debugf("x1=%v", x1) x2 = (-7357 * p1) >> 16 - lg.Debugf("x2=%v", x2) + //lg.Debugf("x2=%v", x2) p1 += (x1 + x2 + 3791) >> 4 - lg.Debugf("p=%v", p1) + //lg.Debugf("p=%v", p1) p := uint32(p1) * 10 return p, nil } diff --git a/bmp280.go b/bmp280.go index ec451f2..f44ee9d 100644 --- a/bmp280.go +++ b/bmp280.go @@ -246,7 +246,7 @@ func (v *SensorBMP280) IsBusy(i2c *i2c.I2C) (busy bool, err error) { return false, err } b = b & 0x8 - lg.Debugf("Busy flag=0x%0X", b) + //lg.Debugf("Busy flag=0x%0X", b) return b != 0, nil } @@ -353,12 +353,12 @@ func (v *SensorBMP280) ReadTemperatureMult100C(i2c *i2c.I2C, accuracy AccuracyMo } var1 := ((ut>>3 - int32(v.Coeff.dig_T1())<<1) * int32(v.Coeff.dig_T2())) >> 11 - lg.Debugf("var1=%v", var1) + //lg.Debugf("var1=%v", var1) var2 := (((ut>>4 - int32(v.Coeff.dig_T1())) * (ut>>4 - int32(v.Coeff.dig_T1()))) >> 12 * int32(v.Coeff.dig_T3())) >> 14 - lg.Debugf("var1=%v", var2) + //lg.Debugf("var1=%v", var2) tFine := var1 + var2 - lg.Debugf("t_fine=%v", tFine) + //lg.Debugf("t_fine=%v", tFine) t := (tFine*5 + 128) >> 8 return t, nil } @@ -370,7 +370,7 @@ func (v *SensorBMP280) ReadPressureMult10Pa(i2c *i2c.I2C, accuracy AccuracyMode) if err != nil { return 0, err } - lg.Debugf("ut=%v, up=%v", ut, up) + //lg.Debugf("ut=%v, up=%v", ut, up) err = v.ReadCoefficients(i2c) if err != nil { @@ -378,22 +378,22 @@ func (v *SensorBMP280) ReadPressureMult10Pa(i2c *i2c.I2C, accuracy AccuracyMode) } var01 := ((ut>>3 - int32(v.Coeff.dig_T1())<<1) * int32(v.Coeff.dig_T2())) >> 11 - lg.Debugf("var01=%v", var01) + //lg.Debugf("var01=%v", var01) var02 := (((ut>>4 - int32(v.Coeff.dig_T1())) * (ut>>4 - int32(v.Coeff.dig_T1()))) >> 12 * int32(v.Coeff.dig_T3())) >> 14 - lg.Debugf("var01=%v", var02) + //lg.Debugf("var01=%v", var02) tFine := var01 + var02 var1 := int64(tFine) - 128000 - lg.Debugf("var1=%v", var1) + //lg.Debugf("var1=%v", var1) var2 := var1 * var1 * int64(v.Coeff.dig_P6()) - lg.Debugf("var2=%v", var2) + //lg.Debugf("var2=%v", var2) var2 += (var1 * int64(v.Coeff.dig_P5())) << 17 var2 += int64(v.Coeff.dig_P4()) << 35 - lg.Debugf("var2=%v", var2) + //lg.Debugf("var2=%v", var2) var1 = (var1*var1*int64(v.Coeff.dig_P3()))>>8 + (var1*int64(v.Coeff.dig_P2()))<<12 var1 = ((int64(1)<<47 + var1) * int64(v.Coeff.dig_P1())) >> 33 - lg.Debugf("var1=%v", var1) + //lg.Debugf("var1=%v", var1) if var1 == 0 { return 0, nil } diff --git a/bmp388.go b/bmp388.go index eb04e45..e6ad840 100644 --- a/bmp388.go +++ b/bmp388.go @@ -256,7 +256,7 @@ func (v *SensorBMP388) IsValidCoefficients() error { err := errors.New("CoeffBMP388 struct does not build") return err } - lg.Debugf("PAR_T1:%v", v.Coeff.PAR_T1()) + /*lg.Debugf("PAR_T1:%v", v.Coeff.PAR_T1()) lg.Debugf("PAR_T2:%v", v.Coeff.PAR_T2()) lg.Debugf("PAR_T3:%v", v.Coeff.PAR_T3()) lg.Debugf("PAR_P1:%v", v.Coeff.PAR_P1()) @@ -269,7 +269,7 @@ func (v *SensorBMP388) IsValidCoefficients() error { lg.Debugf("PAR_P8:%v", v.Coeff.PAR_P8()) lg.Debugf("PAR_P9:%v", v.Coeff.PAR_P9()) lg.Debugf("PAR_P10:%v", v.Coeff.PAR_P10()) - lg.Debugf("PAR_P11:%v", v.Coeff.PAR_P11()) + lg.Debugf("PAR_P11:%v", v.Coeff.PAR_P11())*/ return nil } @@ -298,7 +298,7 @@ func (v *SensorBMP388) IsBusy(i2c *i2c.I2C) (busy bool, err error) { if err != nil { return false, err } - lg.Debugf("Busy flag=0x%0X", b) + //lg.Debugf("Busy flag=0x%0X", b) b = b & 0x60 // ignore cmd done return b == 0, nil } @@ -340,7 +340,7 @@ func (v *SensorBMP388) readUncompTemprature(i2c *i2c.I2C, accuracy AccuracyMode) } // enable pres and temp measuremeent, start a measurment var power byte = (BMP388_PWR_MODE_FORCED << 4) | 3 // enable pres, temp, FORCED operating mode - lg.Debugf("power=0x%0X", power) + //lg.Debugf("power=0x%0X", power) err = i2c.WriteRegU8(BMP388_PWR_CTRL_REG, power) if err != nil { return 0, err @@ -444,13 +444,13 @@ func (v *SensorBMP388) ReadTemperatureMult100C(i2c *i2c.I2C, accuracy AccuracyMo partial_data5 := (int64(partial_data2*262144) + partial_data4) partial_data6 := partial_data5 / 4294967269 t := int32(partial_data6 * 25 / 16384) - lg.Debugf("ut=%v", ut) + /*lg.Debugf("ut=%v", ut) lg.Debugf("d1=%v ", partial_data1) lg.Debugf("p_d2=%v ", partial_data2) lg.Debugf("p_d3=%v ", partial_data3) lg.Debugf("p_d4=%v ", partial_data4) lg.Debugf("p_d5=%v ", partial_data5) - lg.Debugf("p_d6=%v ", partial_data6) + lg.Debugf("p_d6=%v ", partial_data6)*/ return t, nil } @@ -462,7 +462,7 @@ func (v *SensorBMP388) ReadPressureMult10Pa(i2c *i2c.I2C, accuracy AccuracyMode) if err != nil { return 0, err } - lg.Debugf("ut=%v, up=%v", ut, up) + //lg.Debugf("ut=%v, up=%v", ut, up) err = v.ReadCoefficients(i2c) if err != nil { @@ -478,8 +478,8 @@ func (v *SensorBMP388) ReadPressureMult10Pa(i2c *i2c.I2C, accuracy AccuracyMode) partial_data5_t := (int64(partial_data2_t*262144) + partial_data4_t) partial_data6_t := partial_data5_t / 4294967269 t_lin := partial_data6_t - lg.Debugf("t_lin=%v", t_lin) - lg.Debugf("----------") + //lg.Debugf("t_lin=%v", t_lin) + //lg.Debugf("----------") // Compensate pressure - fixed point/integer arthmetic // taken form formulas written in github @@ -490,24 +490,24 @@ func (v *SensorBMP388) ReadPressureMult10Pa(i2c *i2c.I2C, accuracy AccuracyMode) partial_data5 := (int64(v.Coeff.PAR_P7()) * partial_data1) * 16 partial_data6 := (int64(v.Coeff.PAR_P6()) * t_lin) * 4194304 offset := (int64(v.Coeff.PAR_P5()) * 140737488355328) + partial_data4 + partial_data5 + partial_data6 - lg.Debugf("partial_data1=%v", partial_data1) + /*lg.Debugf("partial_data1=%v", partial_data1) lg.Debugf("partial_data2=%v", partial_data2) lg.Debugf("partial_data3=%v", partial_data3) lg.Debugf("partial_data4=%v", partial_data4) lg.Debugf("partial_data5=%v", partial_data5) lg.Debugf("partial_data6=%v", partial_data6) lg.Debugf("offset=%v", offset) - lg.Debugf("----------") + lg.Debugf("----------")*/ partial_data2 = (int64(v.Coeff.PAR_P4()) * partial_data3) / 32 partial_data4 = (int64(v.Coeff.PAR_P3()) * partial_data1) * 4 partial_data5 = (int64(v.Coeff.PAR_P2()) - 16384) * t_lin * 2097152 sensitivity := ((int64(v.Coeff.PAR_P1()) - 16384) * 70368744177664) + partial_data2 + partial_data4 + partial_data5 - lg.Debugf("partial_data2=%v", partial_data2) + /*lg.Debugf("partial_data2=%v", partial_data2) lg.Debugf("partial_data4=%v", partial_data4) lg.Debugf("partial_data5=%v", partial_data5) lg.Debugf("sensitivity=%v", sensitivity) - lg.Debugf("----------") + lg.Debugf("----------")*/ partial_data1 = (sensitivity / 16777216) * int64(up) partial_data2 = int64(v.Coeff.PAR_P10()) * t_lin @@ -515,20 +515,20 @@ func (v *SensorBMP388) ReadPressureMult10Pa(i2c *i2c.I2C, accuracy AccuracyMode) partial_data4 = (partial_data3 * int64(up)) / 8192 partial_data5 = (partial_data4 * int64(up)) / 512 partial_data6 = int64(uint64(up) * uint64(up)) - lg.Debugf("----------") + /*lg.Debugf("----------") lg.Debugf("partial_data1=%v", partial_data1) lg.Debugf("partial_data2=%v", partial_data2) lg.Debugf("partial_data3=%v", partial_data3) lg.Debugf("partial_data4=%v", partial_data4) lg.Debugf("partial_data5=%v", partial_data5) lg.Debugf("partial_data6=%v", partial_data6) - lg.Debugf("----------") + lg.Debugf("----------")*/ partial_data2 = (int64(v.Coeff.PAR_P11()) * partial_data6) / 65536 partial_data3 = (partial_data2 * int64(up)) / 128 partial_data4 = (offset / 4) + partial_data1 + partial_data5 + partial_data3 - lg.Debugf("partial_data2=%v", partial_data2) - lg.Debugf("partial_data3=%v", partial_data3) - lg.Debugf("partial_data4=%v", partial_data4) + //lg.Debugf("partial_data2=%v", partial_data2) + //lg.Debugf("partial_data3=%v", partial_data3) + //lg.Debugf("partial_data4=%v", partial_data4) comp_press := uint32((uint64(partial_data4) * 25) / 1099511627776) return comp_press, nil diff --git a/examples/example1.go b/examples/example1.go index ec557d5..aca75c1 100644 --- a/examples/example1.go +++ b/examples/example1.go @@ -1,18 +1,21 @@ package main import ( + "fmt" + lg "log" + "github.com/d2r2/go-bsbmp" "github.com/d2r2/go-i2c" - logger "github.com/d2r2/go-logger" +// logger "github.com/d2r2/go-logger" ) -var lg = logger.NewPackageLogger("main", - logger.DebugLevel, +//var lg = logger.NewPackageLogger("main", +// logger.DebugLevel, // logger.InfoLevel, -) +//) func main() { - defer logger.FinalizeLogger() +// defer logger.FinalizeLogger() // Create new connection to i2c-bus on 1 line with address 0x76. // Use i2cdetect utility to find device address over the i2c-bus i2c, err := i2c.NewI2C(0x76, 0) @@ -21,13 +24,13 @@ func main() { } defer i2c.Close() - lg.Notify("***************************************************************************************************") - lg.Notify("*** You can change verbosity of output, to modify logging level of modules \"i2c\", \"bsbmp\"") - lg.Notify("*** Uncomment/comment corresponding lines with call to ChangePackageLogLevel(...)") - lg.Notify("***************************************************************************************************") + //lg.Notify("***************************************************************************************************") + //lg.Notify("*** You can change verbosity of output, to modify logging level of modules \"i2c\", \"bsbmp\"") + //lg.Notify("*** Uncomment/comment corresponding lines with call to ChangePackageLogLevel(...)") + //lg.Notify("***************************************************************************************************") // Uncomment/comment next lines to suppress/increase verbosity of output - logger.ChangePackageLogLevel("i2c", logger.InfoLevel) - logger.ChangePackageLogLevel("bsbmp", logger.InfoLevel) + //logger.ChangePackageLogLevel("i2c", logger.InfoLevel) + //logger.ChangePackageLogLevel("bsbmp", logger.InfoLevel) // sensor, err := bsbmp.NewBMP(bsbmp.BMP180, i2c) // signature=0x55 sensor, err := bsbmp.NewBMP(bsbmp.BMP280, i2c) // signature=0x58 @@ -41,7 +44,7 @@ func main() { if err != nil { lg.Fatal(err) } - lg.Infof("This Bosch Sensortec sensor has signature: 0x%x", id) + fmt.Printf("This Bosch Sensortec sensor has signature: 0x%x", id) err = sensor.IsValidCoefficients() if err != nil { @@ -53,21 +56,21 @@ func main() { if err != nil { lg.Fatal(err) } - lg.Infof("Temprature = %v*C", t) + fmt.Printf("Temprature = %v*C", t) // Read atmospheric pressure in pascal p, err := sensor.ReadPressurePa(bsbmp.ACCURACY_LOW) if err != nil { lg.Fatal(err) } - lg.Infof("Pressure = %v Pa", p) + fmt.Printf("Pressure = %v Pa", p) // Read atmospheric pressure in mmHg p, err = sensor.ReadPressureMmHg(bsbmp.ACCURACY_LOW) if err != nil { lg.Fatal(err) } - lg.Infof("Pressure = %v mmHg", p) + fmt.Printf("Pressure = %v mmHg", p) // Read atmospheric pressure in mmHg supported, h1, err := sensor.ReadHumidityRH(bsbmp.ACCURACY_LOW) @@ -75,7 +78,7 @@ func main() { if err != nil { lg.Fatal(err) } - lg.Infof("Humidity = %v %%", h1) + fmt.Printf("Humidity = %v %%", h1) } // Read atmospheric altitude in meters above sea level, if we assume @@ -84,5 +87,5 @@ func main() { if err != nil { lg.Fatal(err) } - lg.Infof("Altitude = %v m", a) + fmt.Printf("Altitude = %v m", a) } diff --git a/logger.go b/logger.go index 5dcdc18..d80c1d2 100644 --- a/logger.go +++ b/logger.go @@ -1,10 +1,10 @@ package bsbmp -import logger "github.com/d2r2/go-logger" +//import logger "github.com/d2r2/go-logger" // You can manage verbosity of log output // in the package by changing last parameter value. -var lg = logger.NewPackageLogger("bsbmp", - logger.DebugLevel, +//var lg = logger.NewPackageLogger("bsbmp", +// logger.DebugLevel, // logger.InfoLevel, -) +//) -- 2.27.0