removed hexa and renumbered neopixel commands

UNIT_DI.md

@@ -7,13 +7,13 @@ Pins are described using the packed format (see [UNIT_DO.md](UNIT_DO.md))
 
 ## Commands
 
-### READ (0x00)
+### READ (0)
 Read all pins.
 
 *Response:*
 - u16 - pin states (packed)
 
-### ARM_SINGLE (0x01)
+### ARM_SINGLE (1)
 Arm a pin or pins for a change detection.
 The active edge is defined in the unit settings.
 The pins are dis-armed again after a detected event.
@@ -21,14 +21,14 @@ The pins are dis-armed again after a detected event.
 *Request:*
 - u16 - pins to arm (packed)
 
-### ARM_AUTO (0x02)
+### ARM_AUTO (2)
 Arm a pin or pins for a change detection with automatic re-arm.
 The active edge is defined in the unit settings.
 
 *Request:*
 - u16 - pins to arm (packed)
 
-### DISARM (0x03)
+### DISARM (3)
 Disable change detection on the selected pins.
 
 *Request:*
@@ -36,7 +36,7 @@ Disable change detection on the selected pins.
 
 ## Events
 
-### PIN_CHANGE (0x00)
+### PIN_CHANGE (0)
 
 External interrupt, pin change(s) detected.
 Reports which pins caused the event (can be multiple), and the entire unit's input captured right after the event.

UNIT_DO.md

@@ -11,31 +11,31 @@ the block of pins easier, e.g. when using them to drive a parallel bus. For sing
 
 ## Commands
 
-### WRITE (0x00)
+### WRITE (0)
 Write a value to all defined pins.
 
 *Request:*
 - u16 - new value (packed)
 
-### SET (0x01)
+### SET (1)
 Set pins high
 
 *Request:*
 - u16 - pins to set high (packed)
 
-### CLEAR (0x02)
+### CLEAR (2)
 Set pins low
 
 *Request:*
 - u16 - pins to set low (packed)
 
-### TOGGLE (0x03)
+### TOGGLE (3)
 Toggle selected pins (high - low)
 
 *Request:*
 - u16 - pins to toggle (packed)
 
-### PULSE (0x04)
+### PULSE (4)
 Send a pulse.
 
 The start will be aligned to 1 us or 1 ms (based on pulse length) of the internal timebase to ensure the highest length precision. This alignment reduces jitter in the pulse duration. A jitter of the pulse start time is less significant, as there's already some unpredictable delay caused by the USB connection and the PC OS scheduler.

UNIT_I2C.md

@@ -2,13 +2,13 @@
 
 ## Commands
 
-### WRITE (0x00)
+### WRITE (0)
 
 *Request:*
 - u16 - slave address
 - u8[] - bytes to write
 
-### READ (0x01)
+### READ (1)
 
 *Request:*
 - u16 - slave address
@@ -17,7 +17,7 @@
 *Response:*
 - u8[] - received bytes
 
-### WRITE_REG (0x02)
+### WRITE_REG (2)
 
 Write a register; first writes the register number, then (in the same transaction)
 the data. If the device supports it, can write multiple registers at once.
@@ -27,7 +27,7 @@ the data. If the device supports it, can write multiple registers at once.
 - u8 - register number
 - u8[] - bytes to write
 
-### READ_REG (0x03)
+### READ_REG (3)
 
 Read a register value. First writes the register number, then reads a number of bytes.
 For devices implementing auto-increment, the register width field can be used to read

UNIT_NEOPIXEL.md

@@ -7,45 +7,45 @@ Five color data encodings are available for user convenience.
 
 ## Commands
 
-### CLEAR (0x00)
+### CLEAR (0)
 Set all pixels to black. This is also automatically executed on start-up to clear the strip.
 
-### LOAD (0x01)
+### LOAD (1)
 Load packed RGB data to the strip.
 
 *Payload:*
 
 - a byte array `(R,G,B)` x length
 
-### LOAD_U32_ZRGB (0x08)
+### LOAD_U32_ZRGB (4)
 Load 32-bit `0x00RRGGBB` words encoded in big-endian as `(0,R,G,B)`.
 
 *Payload:*
 
 - a byte array `(0,R,G,B)` x length
 
-### LOAD_U32_ZBGR (0x09)
+### LOAD_U32_ZBGR (5)
 Load 32-bit `0x00BBGGRR` words encoded in big-endian as `(0,B,G,R)`.
 
 *Payload:*
 
 - a byte array `(0,B,G,R)` x length
 
-### LOAD_U32_RGBZ (0x0A)
+### LOAD_U32_RGBZ (6)
 Load 32-bit `0x00BBGGRR` words encoded in little-endian as `(R,G,B,0)`.
 
 *Payload:*
 
 - a byte array `(R,G,B,0)` x length
 
-### LOAD_U32_BGRZ (0x09)
+### LOAD_U32_BGRZ (7)
 Load 32-bit `0x00RRGGBB` words encoded in little-endian as `(B,G,R,0)`.
 
 *Payload:*
 
 - a byte array `(B,G,R,0)` x length
 
-### GET_LEN (0x04)
+### GET_LEN (10)
 Read the neopixel strip length as configured in the settings.
 
 *Response:*

UNIT_PWMDIM.md

@@ -1,19 +1,19 @@
 # PWMDIM
 
-This unit provides an up to 4-channel PWM output with shared frequency and independent duty cycles. Only one instance can be created due to using a 
+This unit provides an up to 4-channel PWM output with shared frequency and independent duty cycles. Only one instance can be created due to using a
 hardware timer.
 
 
 ## Commands
 
-### SET_FREQUENCY (0x00)
+### SET_FREQUENCY (0)
 
 Set the PWM frequency
 
 *Request:*
 - u32 - frequency in Hz
 
-### SET_DUTY (0x01)
+### SET_DUTY (1)
 
 Set the duty cycle of one or more channels
 
@@ -22,11 +22,11 @@ Set the duty cycle of one or more channels
   - u8 - channel number 0-3
   - u16 - duty cycle 0-1000
 
-### STOP (0x02)
+### STOP (2)
 
 Stop the hardware timer. Outputs enter low level. Has no effect if stopped.
 
-### START (0x03)
+### START (3)
 
 Start the timer. Has no effect if running.
 

UNIT_SIPO.md

@@ -13,7 +13,7 @@ The `DIRECT_*` commands are mostly meant for debugging purposes when trying to c
 
 ## Commands
 
-### WRITE (0x00)
+### WRITE (0)
 
 Sends data to the shift registers.
 
@@ -28,22 +28,22 @@ control or extra LEDs.
 - (u8 array) x num_outputs
   - must be a multiple of the outputs count (if 1, simply the output data)
 
-### DIRECT_DATA (0x01)
+### DIRECT_DATA (1)
 
 Direct write to the data pins, without any pulse.
 
 *Request:*
 - u16 - data to output, packed
 
-### DIRECT_CLEAR (0x02)
+### DIRECT_CLEAR (2)
 
 Pulse the *Clear* output.
 
-### DIRECT_SHIFT (0x03)
+### DIRECT_SHIFT (3)
 
 Pulse the *Shift* output.
 
-### DIRECT_STORE (0x04)
+### DIRECT_STORE (4)
 
 Pulse the *Store* output.
 

UNIT_SPI.md

@@ -10,7 +10,7 @@ connected through protection resistors to prevent a short circuit on signal coll
 
 ## Commands
 
-### QUERY (0x00)
+### QUERY (0)
 
 Write and read some bytes.
 
@@ -29,7 +29,7 @@ bytes equal to the number of written bytes.
 *Response:*
 - u8[] - received bytes
 
-### MULTICAST (0x01)
+### MULTICAST (1)
 
 *Request:*
 - u16 - slaves (packed)

UNIT_TOUCH.md

@@ -1,6 +1,6 @@
 # TOUCH
 
-Access to the hardware touch sensing controller. 
+Access to the hardware touch sensing controller.
 Can be used to create capacitive touch interfaces or for rough capacitance measurement (e.g. water level in a bottle, or proximity sensing).
 
 Button mode is implemented for simple threshold checking with hystheresis.
@@ -8,7 +8,7 @@ Button mode is implemented for simple threshold checking with hystheresis.
 
 ## Commands
 
-### READ (0x00)
+### READ (0)
 
 Read the raw touch pad values (lower indicates higher capacitance).
 Values are ordered by group and channel.
@@ -16,19 +16,19 @@ Values are ordered by group and channel.
 *Response:*
 - u16[] - values
 
-### SET_BIN_THR (0x01)
+### SET_BIN_THR (1)
 
 Set button mode thresholds. Value 0 = button mode disabled fro the pad.
 
 *Request:*
 - u16[] - thresholds
 
-### DISABLE_ALL_REPORTS (0x02)
+### DISABLE_ALL_REPORTS (2)
 
 Set thresholds to 0, disabling the button mode for all pads.
 
 
-### SET_DEBOUNCE_TIME (0x03)
+### SET_DEBOUNCE_TIME (3)
 
 Set debounce time for the button mode (replaces the value from unit settings)
 
@@ -36,7 +36,7 @@ Set debounce time for the button mode (replaces the value from unit settings)
 - u16 - debounce time milliseconds
 
 
-### SET_HYSTERESIS (0x04)
+### SET_HYSTERESIS (4)
 
 Set hysteresis (replaces the default value from settings)
 
@@ -48,7 +48,7 @@ drops)
 - u16 - hystheresis
 
 
-### GET_CH_COUNT (0x0A)
+### GET_CH_COUNT (10)
 
 Get the number of enabled channels
 

UNIT_USART.md

@@ -3,15 +3,15 @@
 This unit provides access to the hardware USART peripheral. It is capable of
 driving RS485 transceivers.
 
-The unit uses asynchronous reception and transmission using DMA to support 
-low baud rates without lagging the whole platform. Reception is double-buffered 
-and sent in buffer-sized chunks. The remainder is sent when a timeout from 
+The unit uses asynchronous reception and transmission using DMA to support
+low baud rates without lagging the whole platform. Reception is double-buffered
+and sent in buffer-sized chunks. The remainder is sent when a timeout from
 the last received byte is reached.
 
 
 ## Commands
 
-### WRITE (0x00)
+### WRITE (0)
 
 Add data to the Tx buffer. Sending is asynchronous, but the command may wait
 for free space in the DMA buffer.
@@ -19,7 +19,7 @@ for free space in the DMA buffer.
 *Request:*
 - u8[] - bytes to write
 
-### WRITE_SYNC (0x01)
+### WRITE_SYNC (1)
 
 Add data to the Tx buffer and wait for the transmission to complete.
 
@@ -28,7 +28,7 @@ Add data to the Tx buffer and wait for the transmission to complete.
 
 ## Events
 
-### DATA_RECEIVED (0x00)
+### DATA_RECEIVED (0)
 
 Data was received on the serial port.