message: Fixed a spelling error in a comment
diff: @@ -86,7 +86,7 @@ extern "C" void _init() {
  // Enable the PLL.
  // We use the MSI clock as the source for the PLL
  - // The MSI clock is running at it's default frequency of
  + // The MSI clock is running at its default frequency of
  // 4MHz.
  //
  // The PLL can generate several clocks with somewhat
  @@ -466,7 +466,7 @@ void HalApi::analogWrite(PwmPin pin, int value) {
  *****************************************************************/
  // This class is a generic circular buffer for byte sized data.
  -// It could probably go in it's own header outside the HAL, we
  +// It could probably go in its own header outside the HAL, we
  // would just need to add interrupt suspend/restore to the HAL
  // definition.
  //
  @@ -665,7 +665,7 @@ uint16_t HalApi::serialBytesAvailableForWrite() { return rpUART.TxFree(); }
  void HalApi::watchdog_init() {
  Watchdog_Regs *wdog = reinterpret_cast<Watchdog_Regs *>(WATCHDOG_BASE);
  - // Enable the watchdog timer by writing the appropriate value to it's key
  + // Enable the watchdog timer by writing the appropriate value to its key
  // register
  wdog->key = 0xCCCC;
  @@ -681,10 +681,10 @@ void HalApi::watchdog_init() {
  // us about 250ms before a reset.
  wdog->reload = 2000;
  - // Since the watchdog timer runs off it's own clock which is pretty
  + // Since the watchdog timer runs off its own clock which is pretty
  // slow, it takes a little time for the registers to actually get
  // updated. I wait for the status register to go to zero which
  - // means it's done.
  + // means its done.
  while (wdog->status) {
  }
  @@ -704,7 +704,7 @@ void HalApi::watchdog_handler() {
  // Clocks to the specific peripherials need to be enabled through the
  // RCC (Reset and Clock Controller) module before the peripherial can be
  // used.
  -// Pass in the base address of the peripherial to enable it's clock
  +// Pass in the base address of the peripherial to enable its clock
  static void EnableClock(uint32_t base) {
  // I don't include all the peripherials here, just the ones
  // that we currently use or seem likely to be used in the
  @@ -835,7 +835,7 @@ static void EnableClock(uint32_t base) {
  break;
  }
  - // If the input address wasn't found then it's definitly
  + // If the input address wasn't found then its definitly
  // a bug. I'll just loop forever here causing the code
  // to crash. That should make it easier to find the
  // bug during development.
  