Module serpente::sercom::v1

Version 1 of the SERCOM module

This module retains the previous SERCOM API. The pads module provides a compatibility shim that uses the new v2::pad module to implement the old API. This API will eventually be deprecated and removed.

Modules

• i2c
• pads
  Version 1 of the SERCOM pads module
• spiDeprecated
• uartDeprecated

Structs

• I2CMaster0
  Represents the Sercom instance configured to act as an I2C Master. The embedded_hal blocking I2C traits are implemented by this instance.
• I2CMaster1
  Represents the Sercom instance configured to act as an I2C Master. The embedded_hal blocking I2C traits are implemented by this instance.
• I2CMaster2
  Represents the Sercom instance configured to act as an I2C Master. The embedded_hal blocking I2C traits are implemented by this instance.
• I2CMaster3
  Represents the Sercom instance configured to act as an I2C Master. The embedded_hal blocking I2C traits are implemented by this instance.
• Pad
  A GPIO Pin configured to act as a SERCOM Pad
• RxPadoutDeprecated
  A pad mapping configuration for the receiving half of the SERCOM in UART mode.
• SPIMaster0Deprecated
  SPIMasterX represents the corresponding SERCOMX instance configured to act in the role of an SPI Master. Objects of this type implement the HAL FullDuplex and blocking SPI traits.
• SPIMaster1Deprecated
  SPIMasterX represents the corresponding SERCOMX instance configured to act in the role of an SPI Master. Objects of this type implement the HAL FullDuplex and blocking SPI traits.
• SPIMaster2Deprecated
  SPIMasterX represents the corresponding SERCOMX instance configured to act in the role of an SPI Master. Objects of this type implement the HAL FullDuplex and blocking SPI traits.
• SPIMaster3Deprecated
  SPIMasterX represents the corresponding SERCOMX instance configured to act in the role of an SPI Master. Objects of this type implement the HAL FullDuplex and blocking SPI traits.
• TxPadoutDeprecated
  A pad mapping configuration for the transmitting half of the SERCOM in UART mode.
• UART0Deprecated
  UARTX represents the corresponding SERCOMX instance configured to act in the role of a UART Master. Objects of this type implement the HAL serial::Read, serial::Write traits.
• UART0RxDeprecated
  The receiving half of the corresponding UARTX instance (as returned by UARTX::split)
• UART0TxDeprecated
  The transmitting half of the corresponding UARTX instance (as returned by UARTX::split)
• UART1Deprecated
  UARTX represents the corresponding SERCOMX instance configured to act in the role of a UART Master. Objects of this type implement the HAL serial::Read, serial::Write traits.
• UART1RxDeprecated
  The receiving half of the corresponding UARTX instance (as returned by UARTX::split)
• UART1TxDeprecated
  The transmitting half of the corresponding UARTX instance (as returned by UARTX::split)
• UART2Deprecated
  UARTX represents the corresponding SERCOMX instance configured to act in the role of a UART Master. Objects of this type implement the HAL serial::Read, serial::Write traits.
• UART2RxDeprecated
  The receiving half of the corresponding UARTX instance (as returned by UARTX::split)
• UART2TxDeprecated
  The transmitting half of the corresponding UARTX instance (as returned by UARTX::split)
• UART3Deprecated
  UARTX represents the corresponding SERCOMX instance configured to act in the role of a UART Master. Objects of this type implement the HAL serial::Read, serial::Write traits.
• UART3RxDeprecated
  The receiving half of the corresponding UARTX instance (as returned by UARTX::split)
• UART3TxDeprecated
  The transmitting half of the corresponding UARTX instance (as returned by UARTX::split)

Enums

• ErrorDeprecated
• I2CError

Traits

• CompatiblePad
  Type class to improve compatibility between v1 and v2 SERCOM pad types
• DipoDopoDeprecated
  The DipoDopo trait defines a way to get the data in and data out pin out values for a given SPIMasterXPadout configuration. You should not implement this trait for yourself; only the implementations in the sercom module make sense.
• PadPin
  The PadPin trait makes it more ergonomic to convert a pin into a Sercom pad. You should not implement this trait for yourself; only the implementations in the sercom module make sense.
• RxpoTxpoDeprecated
  The RxpoTxpo trait defines a way to get the data in and data out pin out values for a given UARTXPadout configuration. You should not implement this trait for yourself; only the implementations in the sercom module make sense.

Type Definitions

• SPIMaster0PadoutDeprecated
• SPIMaster1PadoutDeprecated
• SPIMaster2PadoutDeprecated
• SPIMaster3PadoutDeprecated
• Sercom0Pad0
  Represents a numbered pad for the associated sercom instance. The pad is generic over any pin, only the PadPin implementations in this the sercom module make sense.
• Sercom0Pad1
  Represents a numbered pad for the associated sercom instance. The pad is generic over any pin, only the PadPin implementations in this the sercom module make sense.
• Sercom0Pad2
  Represents a numbered pad for the associated sercom instance. The pad is generic over any pin, only the PadPin implementations in this the sercom module make sense.
• Sercom0Pad3
  Represents a numbered pad for the associated sercom instance. The pad is generic over any pin, only the PadPin implementations in this the sercom module make sense.
• Sercom1Pad0
  Represents a numbered pad for the associated sercom instance. The pad is generic over any pin, only the PadPin implementations in this the sercom module make sense.
• Sercom1Pad1
  Represents a numbered pad for the associated sercom instance. The pad is generic over any pin, only the PadPin implementations in this the sercom module make sense.
• Sercom1Pad2
  Represents a numbered pad for the associated sercom instance. The pad is generic over any pin, only the PadPin implementations in this the sercom module make sense.
• Sercom1Pad3
  Represents a numbered pad for the associated sercom instance. The pad is generic over any pin, only the PadPin implementations in this the sercom module make sense.
• Sercom2Pad0
  Represents a numbered pad for the associated sercom instance. The pad is generic over any pin, only the PadPin implementations in this the sercom module make sense.
• Sercom2Pad1
  Represents a numbered pad for the associated sercom instance. The pad is generic over any pin, only the PadPin implementations in this the sercom module make sense.
• Sercom2Pad2
  Represents a numbered pad for the associated sercom instance. The pad is generic over any pin, only the PadPin implementations in this the sercom module make sense.
• Sercom2Pad3
  Represents a numbered pad for the associated sercom instance. The pad is generic over any pin, only the PadPin implementations in this the sercom module make sense.
• Sercom3Pad0
  Represents a numbered pad for the associated sercom instance. The pad is generic over any pin, only the PadPin implementations in this the sercom module make sense.
• Sercom3Pad1
  Represents a numbered pad for the associated sercom instance. The pad is generic over any pin, only the PadPin implementations in this the sercom module make sense.
• Sercom3Pad2
  Represents a numbered pad for the associated sercom instance. The pad is generic over any pin, only the PadPin implementations in this the sercom module make sense.
• Sercom3Pad3
  Represents a numbered pad for the associated sercom instance. The pad is generic over any pin, only the PadPin implementations in this the sercom module make sense.
• UART0PadoutDeprecated
• UART0RxPadoutDeprecated
• UART0TxPadoutDeprecated
• UART1PadoutDeprecated
• UART1RxPadoutDeprecated
• UART1TxPadoutDeprecated
• UART2PadoutDeprecated
• UART2RxPadoutDeprecated
• UART2TxPadoutDeprecated
• UART3PadoutDeprecated
• UART3RxPadoutDeprecated
• UART3TxPadoutDeprecated