import Pkg;Pkg.add("WiringPi")

using WiringPi

# You can cut & paste simple examples in C and run it
wiringPiSetupGpio();
pinMode(17, INPUT);
pullUpDnControl(17, PUD_DOWN);

value = digitalRead(17)

# Connect an ADS1115 to the I2C bus (several more chips are supported)
using WiringPi

#Pin base is where the virtual pins should start (4 of them for an ADS1115). This is almost like a variable name
pinBase=100
i2cAddress=0x48 # Default for ADS1115
ads1115Setup(pinBase, i2cAddress)

#Sets gain to ADS gain 6
digitalWrite(100, ADS1115_GAIN_6)

#Sets data rate
digitalWrite(101, ADS1115_DR_64)


value1 = analogRead(100)
value2 = analogRead(101)
value3 = analogRead(102)
value4 = analogRead(103)

voltages=[6.144,4.096,2.048,1.024,0.512,0.256]

# ADS1115_GAIN_6 = 6.144 volt
volt1=(value1/32767)*voltages[ADS1115_GAIN_6+ 1 ]

using WiringPi

wiringPiSetupGpio();
pinMode(17, INPUT);
pullUpDnControl(17, PUD_UP);


function myInterrupt()::Cvoid
       println("Triggered")
end

 const myInterruptC = @cfunction(myInterrupt, Cvoid, ())

wiringPiISR(17, INT_EDGE_FALLING, myInterruptC)

using WiringPi
using Random

wiringPiSPISetup(0, 1000000)


myData = Vector{Cuchar}(undef, 4096)
size = 4096

# Populate the data with some random info. Normally you would not overwrite the vector above.
myData = rand(UInt8, 4096)

# A copy
sentData = deepcopy(myData)

wiringPiSPIDataRW(0, myData, size)

# If you connect MOSI to MISO, the buffer will have the same data as sent. Otherwise it will be zeroes

sentData == myData