TexasInstruments MSP432E4_DFP Device Family Pack for Texas Instruments SimpleLink(TM) MSP432E4 Series http://software-dl.ti.com/msp430/msp430_public_sw/mcu/msp430/msp432cmsis/latest/exports/ http://e2e.ti.com/support/microcontrollers/msp430/ license.txt Bugfixes: - Fix PDSC sequence to enable ETM trace for MSP432E4 with ULINKPro - Using stack size as defined in linker file for EWARM New features / changes: - Updated IAR EWARM examples to support EWARM 8.30.1 New features / changes: - Modify example to support period window update setting Bugfixes: - Adding Target.lin file - Add ddf files to IAR EWARM DFP examples Bugfixes: - Fixing warning with ARM compiler 6 - Enabeling ETM Trace in IAR EWARM for Segger J-Trace and I-Jet Trace Initial release New device support: - Added support for MSP432E411Y and MSP432E401Y The SimpleLink(TM) MSP432E4(TM) Ethernet microcontrollers (MCUs) are high-performance ARM® Cortex®-M MCUs with integrated Ethernet MAC and PHY and a wide variety of wired communication interfaces including universal serial bus (USB), controller area network (CAN), Quad-SPI (QSSI), I2C, SPI, UART and other serial protocols. Featuring a 120MHz ARM Cortex-M4F CPU, 1MB of Flash and 256kB of SRAM, and advanced cryptography accelerators, MSP432E4 MCUs offer ample amount of processing resources for developers to implement wired and wireless connectivity stacks and processing algorithms to build IoT-ready intelligent industrial gateway applications. More information on MSP432E4 MCUs at http://www.ti.com/msp432e4. __var DID0 = 0; __var DID1 = 0; __var isMSP432E401Y = 0; __var isMSP432E411Y = 0; __var isMSP432E4 = 0; DID0 = Read32(0x400FE000); DID1 = Read32(0x400FE004); isMSP432E401Y = (DID0 == 0x180C0002) && (DID1 == 0x102DC06E); isMSP432E411Y = (DID0 == 0x180C0002) && (DID1 == 0x1032E076); isMSP432E4 = isMSP432E401Y || isMSP432E411Y; Query(0, "Device is not supported.", 0); __var value = 0; __var clockEnabled = 0; __var width = (__traceout & 0x003F0000) >> 16; // TPIU Port Width value = Read32(0x400FE608); Write32(0x400FE608, value | 0x20); // Enable clock for GPIO port F // wait 50 ms to enable clock for GPIO F clockEnabled = (Read32(0x400FE608) & 0x20); Write32(0x4005D520, 0x4C4F434B); // Unlock GPIOLOCK F value = Read32(0x4005D524); Write32(0x4005D524, value | 0x0C); // Set GPIOCR value = Read32(0x4005D400); Write32(0x4005D400, value | 0x0C); // Set GPIODIR to output value = Read32(0x4005D51C); Write32(0x4005D51C, value | 0x0C); // Set GPIODEN value = Read32(0x4005D508); Write32(0x4005D508, value | 0x0C); // Set GPIODR8R value = Read32(0x4005D510); Write32(0x4005D510, value | 0x0C); // Set GPIOPUR value = Read32(0x4005D52C); Write32(0x4005D52C, value | 0x0FF00); // Set GPIOPCTL function to 0xF for trace pins value = Read32(0x4005D420); Write32(0x4005D420, value | 0x0C); // Set GPIOAFSEL bit for trace pins Write32(0x4005D520, 0x4C4F434B); // Unlock GPIOLOCK F value = Read32(0x4005D524); Write32(0x4005D524, 0x0000000E); // Set GPIOCR value = Read32(0x4005D400); Write32(0x4005D400, value | 0x0E); // Set GPIODIR to output value = Read32(0x4005D51C); Write32(0x4005D51C, value | 0x0E); // Set GPIODEN value = Read32(0x4005D508); Write32(0x4005D508, value | 0x0E); // Set GPIODR8R value = Read32(0x4005D510); Write32(0x4005D510, value | 0x0E); // Set GPIOPUR value = Read32(0x4005D52C); Write32(0x4005D52C, value | 0x0FFF0); // Set GPIOPCTL function to 0xF for trace pins value = Read32(0x4005D420); Write32(0x4005D420, value | 0x0E); // Set GPIOAFSEL bit for trace pins Write32(0x4005D520, 0x4C4F434B); // Unlock GPIOLOCK F value = Read32(0x4005D524); Write32(0x4005D524, value | 0x1F); // Set GPIOCR value = Read32(0x4005D400); Write32(0x4005D400, value | 0x1F); // Set GPIODIR to output value = Read32(0x4005D51C); Write32(0x4005D51C, value | 0x1F); // Set GPIODEN value = Read32(0x4005D508); Write32(0x4005D508, value | 0x1F); // Set GPIODR8R value = Read32(0x4005D510); Write32(0x4005D510, value | 0x1F); // Set GPIOPUR value = Read32(0x4005D52C); Write32(0x4005D52C, value | 0xFFFFF); // Set GPIOPCTL function to 0xF for trace pins value = Read32(0x4005D420); Write32(0x4005D420, value | 0x1F); // Set GPIOAFSEL bit for trace pins Texas Instruments MSP432E4 Family devices and CMSIS-CORE Texas Instruments MSP432E401Y device Texas Instruments MSP432E411Y device Startup assembler file for ARMCC Startup assembler file for GCC Startup assembler file for IAR System Startup for MSP432E401Y System Startup for MSP432E411Y MSP432E401Y LaunchPad This is a basic example demonstrating the development flow and making the LED on the board blink Blinky Getting Started This is a basic example providing an empty main body Empty Main Getting Started