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Code Issues Releases Wiki Activity

Enable verbose output on sensor

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This commit is contained in:
Emma 2018-09-30 15:07:50 -06:00
parent 31ffadd2cf
commit b353b15004
4 changed files with 9 additions and 7 deletions
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1
config.go
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@ -18,6 +18,7 @@ type Sensor struct {
CoolGPIO int32 `yaml:"coolgpio"` CoolGPIO int32 `yaml:"coolgpio"`
CoolInvert bool `yaml:"coolinvert"` CoolInvert bool `yaml:"coolinvert"`
CoolMinutes float64 `yaml:"coolminutes"` CoolMinutes float64 `yaml:"coolminutes"`
Verbose bool `yaml:"verbose"`
} }
// Config contains the applications configuration // Config contains the applications configuration

4
config_test.go
View file

@ -17,7 +17,9 @@ func Test_LoadConfig(t *testing.T) {
HeatMinutes: 5, HeatMinutes: 5,
CoolGPIO: 17, CoolGPIO: 17,
CoolInvert: false, CoolInvert: false,
CoolMinutes: 10} CoolMinutes: 10,
Verbose: true,
}
testConfig := Config{Sensors: []Sensor{testSensor}} testConfig := Config{Sensors: []Sensor{testSensor}}

1
test_config.yml
View file

@ -9,3 +9,4 @@ sensors:
coolgpio: 17 coolgpio: 17
coolinvert: false coolinvert: false
coolminutes: 10 coolminutes: 10
verbose: true

8
thermostat.go
View file

@ -76,29 +76,25 @@ func RunThermostat(sensor Sensor, sc chan<- State, run *bool, wg *sync.WaitGroup
switch { switch {
case t > sensor.HighTemp && t < sensor.HighTemp: case t > sensor.HighTemp && t < sensor.HighTemp:
log.Panic("Invalid state! Temperature is too high AND too low!") log.Println("Invalid state! Temperature is too high AND too low!")
case t > sensor.HighTemp && s.Heating: case t > sensor.HighTemp && s.Heating:
PinSwitch(hpin, false, sensor.HeatInvert) PinSwitch(hpin, false, sensor.HeatInvert)
log.Printf("%s Turned off heat", sensor.Alias)
s.Heating = false s.Heating = false
s.Changed = time.Now() s.Changed = time.Now()
case t > sensor.HighTemp && s.Cooling: case t > sensor.HighTemp && s.Cooling:
break break
case t > sensor.HighTemp && min > sensor.CoolMinutes: case t > sensor.HighTemp && min > sensor.CoolMinutes:
PinSwitch(cpin, true, sensor.CoolInvert) PinSwitch(cpin, true, sensor.CoolInvert)
log.Printf("%s Turned on cool", sensor.Alias)
s.Cooling = true s.Cooling = true
s.Changed = time.Now() s.Changed = time.Now()
case t < sensor.LowTemp && s.Cooling: case t < sensor.LowTemp && s.Cooling:
PinSwitch(cpin, false, sensor.CoolInvert) PinSwitch(cpin, false, sensor.CoolInvert)
log.Printf("%s Turned off cool", sensor.Alias)
s.Cooling = false s.Cooling = false
s.Changed = time.Now() s.Changed = time.Now()
case t < sensor.LowTemp && s.Heating: case t < sensor.LowTemp && s.Heating:
break break
case t < sensor.LowTemp && min > sensor.HeatMinutes: case t < sensor.LowTemp && min > sensor.HeatMinutes:
PinSwitch(hpin, true, sensor.HeatInvert) PinSwitch(hpin, true, sensor.HeatInvert)
log.Printf("%s Turned on heat", sensor.Alias)
s.Heating = true s.Heating = true
s.Changed = time.Now() s.Changed = time.Now()
default: default:
@ -106,7 +102,9 @@ func RunThermostat(sensor Sensor, sc chan<- State, run *bool, wg *sync.WaitGroup
} }
s.Temp = t s.Temp = t
if sensor.Verbose {
log.Printf("%s Temp: %.2f, Cooling: %t, Heating: %t, Duration: %.1f", sensor.Alias, s.Temp, s.Cooling, s.Heating, min) log.Printf("%s Temp: %.2f, Cooling: %t, Heating: %t, Duration: %.1f", sensor.Alias, s.Temp, s.Cooling, s.Heating, min)
}
select { select {
case sc <- s: case sc <- s: