Update to the latest nimble requirements.

.gitignore

@@ -2,8 +2,8 @@ nimcache/
 
 bonegpio
 
-# .kdev4/
-# *.kdev4
+.kdev4/
+#*.kdev4
 
 # Swap Files #
 .*.kate-swp

boneGPIO.kdev4 → boneIO.kdev4

@@ -1,5 +1,5 @@
 [Project]
-Name=boneGPIO
+Name=boneIO
 Manager=KDevCustomBuildSystem
 VersionControl=
 
@@ -11,10 +11,10 @@ BuildDir=
 Title=Release
 
 [CustomBuildSystem][BuildConfig0][ToolBuild]
-Arguments=build
+Arguments=build -y
 Enabled=true
 Environment=
-Executable=nimble
+Executable=file:nimble
 Type=0
 
 [CustomBuildSystem][BuildConfig0][ToolClean]
@@ -28,14 +28,14 @@ Type=3
 Arguments=init
 Enabled=true
 Environment=
-Executable=minble
+Executable=file:minble
 Type=1
 
 [CustomBuildSystem][BuildConfig0][ToolInstall]
-Arguments=install
+Arguments=install -y
 Enabled=true
 Environment=
-Executable=nimble
+Executable=file:nimble
 Type=2
 
 [CustomBuildSystem][BuildConfig0][ToolPrune]

boneGPIO.nimble → boneIO.nimble

@@ -1,11 +1,11 @@
 [Package]
-name          = "boneGPIO"
-version       = "0.6.0"
+name          = "boneIO"
+version       = "0.6.1"
 author        = "Radu Oana"
 description   = "Beagle bone black GPIO implementation"
 license       = "MIT"
 
 srcDir        = "src"
 
 [Deps]
-Requires: "nim >= 0.12.0"
+Requires: "nim >= 0.17.0"

src/bone/adc.nim → src/boneIO/adc.nim

@@ -23,7 +23,7 @@
 # OTHER DEALINGS IN THE SOFTWARE.
 #
 #
-import bone, os, bone/cape, strutils
+import boneIO, os, boneIO/cape, strutils
 
 const
   capeName = "cape-bone-iio"
@@ -32,7 +32,7 @@ const
 proc pinModeADC* (pin: string) =
   ## Enable the ADC mode for the pin
 
-  if bone.hasADC(pin):
+  if boneIO.hasADC(pin):
     cape.enable(capeName) #Make sure the pwm controller is enabled
   else:
     raise newException(ValueError, "Pin '" & pin & "' does not support ADC")
@@ -42,6 +42,6 @@ proc pinModeADC* (pin: string) =
 proc analogRead* (pin: string): int =
   ## Read analogic data form ADC pin.
 
-  let adcNo = bone.getPinData(pin).ain
+  let adcNo = boneIO.getPinData(pin).ain
   result = parseInt(strip(cape.readFile(adcPinFile % [$adcNo]), true, true))
 #end

src/bone/gpio.nim → src/boneIO/gpio.nim

@@ -24,7 +24,7 @@
 #
 #
 
-import bone, os, strutils
+import boneIO, os, strutils
 
 type
   ## Pin direction, in or out
@@ -75,11 +75,11 @@ proc pinMode* (pin: string, direction: Direction, pullup: PullUpDown = PullUpDow
   ## Set the pin mod
 
   # LEDs need to be treated differently
-  if bone.hasLED(pin):
-    let pinLed = $bone.getPinData(pin).led
+  if boneIO.hasLED(pin):
+    let pinLed = $boneIO.getPinData(pin).led
     writeFile(ledTriggerFile % [pinLed], "gpio")
   else:
-    let pinGpio = $bone.getPinData(pin).gpio;
+    let pinGpio = $boneIO.getPinData(pin).gpio;
     exportPin(pinGpio)
     setPinDirection(pinGpio, direction)
   #end
@@ -88,42 +88,42 @@ proc pinMode* (pin: string, direction: Direction, pullup: PullUpDown = PullUpDow
 proc pinModeReset* (pin: string) =
   ## Reset the pin mode
 
-  exportPin($bone.getPinData(pin).gpio, false)
+  exportPin($boneIO.getPinData(pin).gpio, false)
 #end
 
 proc digitalWrite* (pin: string, value: int) =
-  if bone.hasLED(pin):
-    let pinLed = $bone.getPinData(pin).led
+  if boneIO.hasLED(pin):
+    let pinLed = $boneIO.getPinData(pin).led
     writeFile(ledBrightnessFile % [pinLed], $value)
   else:
-    let pinGpio = $bone.getPinData(pin).gpio
+    let pinGpio = $boneIO.getPinData(pin).gpio
     writeFile(gpioValueFile % [pinGpio], $value)
   #end
 #end
 
 proc digitalRead* (pin: string): int =
-  if bone.hasLED(pin):
-    let pinLed = $bone.getPinData(pin).led
+  if boneIO.hasLED(pin):
+    let pinLed = $boneIO.getPinData(pin).led
     result = int(parseInt(readFile(ledBrightnessFile % [pinLed])))
   else:
-    let pinGpio = $bone.getPinData(pin).gpio
+    let pinGpio = $boneIO.getPinData(pin).gpio
     result = int(parseInt(readFile(gpioValueFile % [pinGpio])))
   #end
 #end
 
 # Testing
 when isMainModule:
-  assert(bone.getPinData("P8_3").key == "P8_3")
+  assert(boneIO.getPinData("P8_3").key == "P8_3")
   try:
-    discard bone.getPinData("bla").key
+    discard boneIO.getPinData("bla").key
   except ValueError:
     assert (true)
   #end
 
-  assert ($bone.getPinData("P9_42").eeprom == "4")
+  assert ($boneIO.getPinData("P9_42").eeprom == "4")
 
   try:
-    discard bone.getPinData("P9_46").gpio
+    discard boneIO.getPinData("P9_46").gpio
   except ValueError:
     assert (true)
   #end
@@ -139,4 +139,4 @@ when isMainModule:
 
   pinModeReset("USR0")
   #end
-#end
+#end

src/bone/i2c.nim → src/boneIO/i2c.nim

@@ -15,7 +15,7 @@
 # 
 # http://elinux.org/Interfacing_with_I2C_Devices#Beagleboard_I2C2_Enable
 
-import bone, bone/cape, strutils, os, posix
+import boneIO, boneIO/cape, strutils, os, posix
 
 const
   i2cDevFile = "/dev/i2c-$1"

src/bone/pwm.nim → src/boneIO/pwm.nim

@@ -25,7 +25,7 @@
 #
 
 #http://elinux.org/EBC_Exercise_13_Pulse_Width_Modulation
-import bone, bone/cape, strutils, os
+import boneIO, boneIO/cape, strutils, os
 
 const
   capeName = "am33xx_pwm"
@@ -44,7 +44,7 @@ proc setFreqHz* (pin: string, freqHz: int) =
 
 proc pinModePWM* (pin: string) =
   ## Set the Pin in PWM mode
-  if bone.hasPWM(pin):
+  if boneIO.hasPWM(pin):
     cape.enable(capeName) #Make sure the pwm controller is enabled
     cape.waitForCape(capeName)
 

src/bone/servo.nim → src/boneIO/servo.nim

@@ -24,7 +24,7 @@
 #
 #
 
-import bone/pwm
+import boneIO/pwm
 
 type
   Servo = object