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RENESAS Synergy

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Development Environment

• e2studio Version 7.5.4.0.0231
• ssp Version 1.37.05

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Supported Hardware

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https://www.renesas.com/kr/en/products/synergy/hardware/kits/sk-s7g2.html

• SPI Channel: 8

  Function	Pin
  SPI MISO	IOPORT_PORT_01_PIN_04
  SPI MOSI	IOPORT_PORT_01_PIN_05
  SPI SCK	IOPORT_PORT_01_PIN_06
  SPI CS	IOPORT_PORT_05_PIN_07
  RESET	IOPORT_PORT_06_PIN_14

  Table 43 SPI Pinning used on Renesas S7G2-SK Board

• UART Channel: 2

Table 44 UART Pinning used on Renesas S7G2-SK Board

Arrow Aris

https://www.arrow.de/campaigns/aris

• SPI Channel: 0

  Function	Pin
  SPI MISO	IOPORT_PORT_04_PIN_10
  SPI MOSI	IOPORT_PORT_04_PIN_11
  SPI SCK	IOPORT_PORT_04_PIN_12
  SPI CS	IOPORT_PORT_02_PIN_03
  RESET	IOPORT_PORT_05_PIN_05

  Table 45 Pinning used on Arrow ARIS Board

• UART Channel: 7

Table 46 UART Pinning used on Arrow ARIS Board

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Adaption for customer hardware

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In goal_target_board.h there is a configuration option for the chip select pin of the SPI interface. This needs to be adapted to the target hardware:
/****************************************************************************/  
/ Configuration /  
/****************************************************************************/  
#define GOAL_DRV_SPI_CS_PIN       IOPORT_PORT_05_PIN_07 /*< SPI chip select pin /  
In goal_target_board.c within the function goal_tgtBoardInit the SPI driver is registered.
/ register SPI driver /  
res = goal_drvSpiSynReg(GOAL_ID_DEFAULT, 8);  
if (GOAL_RES_ERR(res)) {  
    goal_logErr("failed to register Synergy SPI driver");  
    return res;  
} 
The second parameter of goal_drvSpiSynReg defines the SPI channel to use.
Configuration of the SPI needs to be done in e2studio:

LED control

The goal middleware provides mechanism for LED control. The board files of the example code contain registration of a driver for the irj45 shield, which contains several LEDs. The driver, located in "plat\drv\led\iic\synergy7_irj45shield" controls the LEDs on this additional board, which are connected by an I2C bus.
#if GOAL_CONFIG_DRV_LED_IIC_SYNERGY7_irj45SHIELD == 1  
    / register LED driver /  
    if (GOAL_RES_OK(res)) {  
        res = goal_drvLedIicSynergy7irj45shieldReg(  
            LEDS_OFF, GOAL_ID_MA_LED_DEFAULT);  
    }  
  
    if (GOAL_RES_OK(res)) {  
        res = goal_maLedGetById(&pMaLed, GOAL_ID_MA_LED_DEFAULT);  
    }  
  
    if (GOAL_RES_OK(res)) {  
        goal_maLedRegisterLed(pMaLed, GOAL_MA_LED_LED1_RED, 0);  
        goal_maLedRegisterLed(pMaLed, GOAL_MA_LED_LED1_GREEN, 2);  
        goal_maLedRegisterLed(pMaLed, GOAL_MA_LED_LED2_RED, 4);  
        goal_maLedRegisterLed(pMaLed, GOAL_MA_LED_LED2_GREEN, 6);  
        goal_maLedRegisterLed(pMaLed, GOAL_MA_LED_ETHERCAT, 8);  
        goal_maLedRegisterLed(pMaLed, GOAL_MA_LED_PROFINET, 10);  
        goal_maLedRegisterLed(pMaLed, GOAL_MA_LED_MODBUS, 12);  
        goal_maLedRegisterLed(pMaLed, GOAL_MA_LED_ETHERNETIP, 14);  
        goal_maLedRegisterLed(pMaLed, GOAL_MA_LED_CANOPEN, 16);  
    }  
#endif  
For a customer hardware a board specific driver should be implemented and registered accordingly.

Timer

The GOAL middleware requires a timer, which periodically calls the function goal_targetTimerCallback each millisecond. This timer is also initiated within the e2studio project.

ThreadX

The e2studio projects for the irj45 requires HWOS features of ThreadX. The reach a specific resolution the ThreadX property "Timer Ticks Per Second" was increased to 1000.

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Logging

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https://www.st.com/en/evaluation-tools/nucleo-f429zi.html

• SPI Channel: 1

  Function	Pin
  SPI MISO	GPIO A / PIN 6
  SPI MOSI	GPIO A / PIN 7
  SPI SCK	GPIO A / PIN 5
  SPI CS	GPIO D / PIN 14
  RESET	GPIO F / PIN 13

  Table 47 SPI Pinning used on Nucleo-STM32F429ZI Board

• UART Channel: 3

Table 48 UART Pinning used on Nucleo-STM32F429ZI Board

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Adaption to customer hardware

SPI:
See driver in plat/drv/spi/stm32f4xx
UART:
See driver in plat/drv/uart/stm32fxxx
LED:
See driver in plat/drv/led/iic/stm32f4xx_ccmshield.c|h

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Logging

There are multiple possibilities for logging. Once the SPI, thus RPC communication is established, log messages of the AC can be transferred to the CC. Therefore, these messages can be seen using the Management tool. This possibility is enabled using an RPC function (see chapter 6.1.7).
Beside that local logging is possible using a UART. For the examples, the provided USB-UART Converter on the debugging interface is supported and UART logging is enabled by default.
The UART is initialized with a baudrate of 115200 bps, 8 databits, no paritiy, 1 stop bit and no handshake.

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Raspberry Pi

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• Tested on raspberry pi 1 and 3

• SPI Channel: 1

  Function	Pin
  SPI MISO	GPIO 9
  SPI MOSI	GPIO 10
  SPI SCK	GPIO 11
  SPI CS	GPIO 8
  RESET	GPIO 13

  Table SPI Pinning used on raspberry pi

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  Adaption to customer hardware

  
  SPI:
  See driver in plat/drv/spi/linux
  LED:
  See driver in plat/drv/led/iic/iic_linux

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  Logging

  
  There are multiple possibilities for logging. Once the SPI, thus RPC communication is established, log messages of the AC can be transferred to the CC. Therefore, these messages can be seen using the Management tool. This possibility is enabled using a RPC function (see chapter 6.1.7).
  Beside that logging is possible to the console. Using the RPC function appl_ccmLogToAcEnable() also log messages from the CC module can be seen here.