Hands-On Workshop: New Kinetis Development Platform

Transcription

1 Hands-On Workshop: New Kinetis Development Platform FTF-SDS-F0250 Michael Norman MCU Software and Tools Marketing Manager Mark Ruthenbeck Applications Engineering A P R TM External Use

2 Agenda Kinetis Design Studio IDE Features Roadmap/Release Dates Installation of Kinetis Design Studio IDE Lab FRDM K64F Project Definition Creating New Project Using Processor Expert Setting and Using Breakpoints Playing with the program Wrap-up External Use 1

3 Kinetis Design Studio External Use 2

4 Software and Hardware Evaluation & Dev Tools Stacks (TCP/IP, USB) Middleware TM Application Specific Kinetis Design Studio Learn more at: (coming April 2014) No-cost integrated development environment (IDE) for Kinetis MCUs Eclipse and GCC-based IDE for C/C++ editing, compiling and debugging Customer Application Libraries (DSP, Math, Encryption) BSP, Drivers & HAL MCU Hardware Operating System Bootloader Product Features A free of charge and unlimited IDE for Kinetis MCUs A basic IDE that offers robust editing, compiling and debugging Based on Eclipse, GCC, GDB and other open-source technologies Includes Processor Expert with Kinetis SDK integration Host operating systems: Windows 7/8 Linux (Ubuntu, Redhat, Centos) Mac OS X Support for SEGGER, P&E and Open SDA/CMSIS-DAP debugger targets Support for Eclipse plug-ins including RTOS-awareness (i.e. MQX, FreeRTOS) CodeWarrior project importer External Use 3

5 Kinetis Design Studio Block Diagram External Use 4

6 KDS Release Schedule KDS 1.0 GA Release Mid July 2014 Integrates GA release of Processor Expert and Kinetis SDK KDS 2.0 release Oct 1, 2014 Eclipse, GCC, and plug-in updates 1.0b KDS 1.0-Beta April 8, 2014 Training at FTF Americas Released on web under moderated download Processor Expert and KSDK Stand-alone Releases Can be updated in KDS by the user Eclipse updater to pull in new PEx and Project Wizards for new Kinetis device support Path variable in KDS can point to user configurable installation of Kinetis SDK External Use 5

7 Freescale IDEs Supporting Kinetis MCUs KDS 1.0-Beta Kinetis K Series: K24F, K63F, K64F K22FN256, 512 K11D, K12D, K21D, K22D K21F, K22F Kinetis L Series: KL03Z KL14Z, KL15Z, KL24Z, KL25Z KL16Z, KL26Z KL34Z, KL36Z, KL46Z KDS 1.0 GA Kinetis K Series: K65F, K66F K22FN128 Kinetis V Series: All Kinetis W Series: All Kinetis E, L & K TBD KDS 2.0 GA Eclipse, GCC, and plug-in updates KDS XX CW MCU 10.5 CW MCU 10.6 CW MCU 10.6.x Kinetis E Series: KE02Z Kinetis K Series: K21F, K22F Kinetis M Series: KM13Z, KM14Z, KM32Z, KM33Z, KM34Z, KM38Z Kinetis E Series: KE02Z, KE04Z, KE06Z KEAZN8/64/128 Kinetis V Series: KV10Z Kinetis K Series: K24F, K63F, K64F 10.6 Update 1 Kinetis K Series: K6xF new product support K20 updates FTF Americas Yearly Maintenance Release 3Q 4Q 1Q Q 3Q 4Q 1Q 2Q CodeWarrior for Microcontrollers Kinetis Design Studio Production Execution Planning Proposal Product Public Release (right edge) External Use 6

8 Kinetis IDE Options ( Featured IDEs: Atollic TrueSTUDIO Professional ECLIPSE/GNU based IDE with a MISRA-C checker, code complexity analysis and source code review features. Advanced RTOS-aware debugger with ETM/ETB/SWV/ITM tracing, live variable watch view and fault analyzer. Dual-core and multi-processor debugging. Strong support for software engineering, workflow management, team collaboration and improved software quality. Green Hills MULTI Complete & integrated software and hardware environment with advanced multicore debugger Industry first TimeMachine trace debugging & profiler EEMBC certified top performing C/C++ compilers Complimentary Solutions: Keil Microcontroller Development Kit Specifically designed for microcontroller applications, easy to learn and use, yet powerful enough for the most demanding embedded applications ARM C/C++ build toolchain and Execution Profiler and Performance Analyzer enable highly optimized programs Complete Code Coverage information about your program's execution IAR Embedded Workbench A powerful and reliable IDE designed for ease of use with outstanding compiler optimizations for size and speed The broadest Freescale ARM/Cortex MCU offering with dedicated versions available with functional safety certification Support for multi-core, low power debugging, trace,... Kinetis Design Studio Complimentary basic capability integrated development environment (IDE) for Kinetis MCUs Eclipse and GCC-based IDE for C/C++ editing, compiling and debugging mbed Development Platforms The fastest way to get started with Kinetis MCUs Online project management and build tools no installation required; option to export to traditional IDEs Includes comprehensive set of drivers, stacks and middleware with a large community of developers. Additional Ecosystem Partners: External Use 7

9 Kinetis IDE Comparison Atollic TrueStudio Pro Green Hills MULTI IAR Embedded Workbench for ARM (EWARM) Keil PRO Edition Microcontroller Development Kit (MDK) Kinetis Design Studio Free version / Limitations TrueSTUDIO Lite: 32KB Evaluation: 30-days Evaluation: 30 days 8KB for Cortex-M0(+) KickStart Edition: 32KB MDK Lite: 32KB Unlimited Processor Expert support Yes Yes Yes Yes Yes IDE Framework Improved/simplified Eclipse Proprietary Proprietary/Eclipse Proprietary Eclipse Debugger GDB + proprietary extensions Multi IAR C-SPY uvison GDB Compiler Atollic GNU gcc v4.7.3 Multi IAR icc/c++ armcc GNU gcc 4.8 Standard Libraries newlib v1.19 ARM MicroLib newlib 1.19 newlib-nano v1.0 Multi IAR DLIB/CMSIS ARM Standard newlib-nano 1.0 libstdc++ v Run Control Interfaces P&E, SEGGER, CMSIS-DAP (coming soon), gdbserver compatible probes GHS Probe, GHS SuperTrace Probe, OpenOCD, CMSIS-DAP (coming soon) I-jet, P&E, SEGGER, OpenOCD, CMSIS-DAP ULINK, ULINKpro, CMSIS-DAP, P&E, SEGGER P&E, SEGGER, OpenOCD/CMSIS-DAP Trace/Profiling Support Yes Yes Yes Yes No Kinetis SDK Support 1.0 GA (Summer 2014) Beta (April 2014) 1.0 GA (Summer 2014) 1.0 GA (Summer 2014) Freescale MQX Kernel / Task Awareness Other RTOS Support Includes Yes - Yes Yes Coming Soon FreeRTOS, uc/os uvelosity FreeRTOS, ucos FreeRTOS, ucos, Keil RTX FreeRTOS, ucos External Use 8

10 Additional Resources Community Web Level 2 Support (Coming Summer 2014) External Use 9

11 Kinetis Software Development Kit (SDK) External Use 10

12 Software and Hardware Evaluation & Dev Tools Stacks (TCP/IP, USB) TM Middleware Application Specific Kinetis Software Development Kit (SDK) Learn more at: SDK A complete software framework for developing applications across all Kinetis MCUs HAL, peripheral drivers, libraries, middleware, utilities, and usage examples. Customer Application Libraries (DSP, Math, Encryption) BSP, Drivers & HAL MCU Hardware Operating System Bootloader Product Features Open source Hardware Abstraction Layer (HAL) provides APIs for all Kinetis hardware resources BSD-licensed set of peripheral drivers with easy-to-use C-language APIs Comprehensive HAL and driver usage examples and sample applications for RTOS and bare-metal. CMSIS-CORE compatible startup and drivers plus CMSIS-DSP library and examples RTOS Abstraction Layer (OSA) with support for Freescale MQX, FreeRTOS, Micrium uc/os, bare-metal and more Integrates USB and TCP/IP stacks, touch sensing software, encryption and math/dsp libraries, and more Support for multiple toolchains including GNU GCC, IAR, Keil, and Kinetis Design Studio External Use 11 The OSI logo trademark is the trademark of Open Source Initiative.

13 Software and Hardware Evaluation & Dev Tools Stacks (TCP/IP, USB) TM Middleware Application Specific Kinetis Software Development Kit (SDK) Learn more at: SDK A complete software framework for developing applications across all Kinetis MCUs HAL, peripheral drivers, libraries, middleware, utilities, and usage examples. Customer Application Libraries (DSP, Math, Encryption) BSP, Drivers & HAL Operating System Bootloader SDK Classes FTF-SDS-F0127 F0417 Hands- On Workshop: Develop with Kinetis Driver Libraries Tuesday 1:00 PM Texas Ballroom 6 FTF-SDS-F0127 F0417 Hands- On Workshop: Develop with Kinetis Driver Libraries Thursday 2:00 PM Texas Ballroom 6 FTF-SDS-F0107 Hands-On Workshop: mbed : From Rapid Prototyping to Production. Friday 9:30 AM Texas Ballroom 5 MCU Hardware External Use 12 The OSI logo trademark is the trademark of Open Source Initiative.

14 Software and Hardware Evaluation & Dev Tools Stacks (TCP/IP, USB) TM Middleware Application Specific Freescale Processor Expert Software Create, configure, generate software and drivers for Freescale microcontrollers. Master complex peripherals with a few mouse clicks, without the need to read thousands of data sheet pages. Customer Application Libraries (DSP, Math, Encryption) BSP, Drivers & HAL MCU Hardware Operating System Bootloader Learn more at: Product Features Standalone or Integrated for Eclipse based IDE's Freescale Kinetis Design Studio IDE Freescale CodeWarrior IAR Embedded Workbench Keil MDK Supports Kinetis, S08, S12, S12Z, ColdFire, DSC and Power Architecture with reusable software components Knowledge base of pins, registers, muxing, clocks and dependencies Initialization and driver code generation with design time consistency checking Bare Metal and RTOS drivers On-chip and Off-chip Device Drivers Middleware and Stacks: RTOS, TSS libraries and communication stacks Component Development Environment (CDE) to create and distribute own components External Use 13

15 Software and Hardware Evaluation & Dev Tools Stacks (TCP/IP, USB) TM Middleware Application Specific Freescale Processor Expert Software Create, configure, generate software and drivers for Freescale microcontrollers. Master complex peripherals with a few mouse clicks, without the need to read thousands of data sheet pages. Customer Application Libraries (DSP, Math, Encryption) BSP, Drivers & HAL MCU Hardware Operating System Bootloader Learn more at: Other Hands On Classes FTF-SDS-F0431 Hands-On Workshop: Kinetis L Series MCUs Using Processor Expert with IAR Embedded Workbench Wednesday 2:00 PM Texas Ballroom 1 FTF-SDS-F0067 Hands-On Workshop: Kinetis L Series MCUs Using Processor Expert with IAR Embedded Workbench Thursday 2:00 PM Texas Ballroom 1 FTF-SDS-F0121 Hands-On Workshop: Component Development Environment for Processor Expert Software Configuration Tool Friday 9:30 AM Texas Ballroom 6 External Use 14

16 Installation of Kinetis Design Studio IDE Windows Copy KDS windows install file, KDS-v1.0.exe to your pc Copy the Termite.exe to your pc Run the installer double click on KDS-v1.0.exe Fix the environment variable Restart the computer Linux Ubuntu/Debian based Linux Copy kinetis-design-studio-1.0.1_i386.deb to your pc use your package manager to install Red Hat & CentOS Linux Copy kinetis-design-studio-1.0.1_i686.rpm to your pc use your package manager to install External Use 15

17 Installation of Kinetis Design Studio IDE Windows External Use 16

18 Installation of Kinetis Design Studio IDE External Use 17

19 Lab 0.5: Readying FRDM-K64F Board for Debugging External Use 18

20 Readying FRDM-K64F Board Unplug the USB cable Green LED Blinking Reset Button USB Connection Press and hold the Reset button Plug in the USB Cable Release the Reset button Green LED Blinking A removable drive should now be visible in the Windows Explorer with a volume label of BOOTLOADER External Use 19

21 Readying FRDM-K64F Board Drag & Drop the DEBUG_K64F_MBED_PEMICRO_v108.BIN to the BOOTLOADER External Use 20

22 Readying FRDM-K64F Board Before Unplug the USB Re-Plug the USB BOOTLOADER Disappears Check for solid Green LED You are ready to go! After Green LED ON External Use 21

23 Readying FRDM-K64F Board Check for solid Green LED You are ready to go! Green LED ON External Use 22

24 Project Definition Hardware: FRDM-K64F Clock Configuration Internal PLL; set to 120MHz Bus Clock; 60MHz Flash Clock: 20MHz Pin Muxing GPIO; UART Blink the Green LED Interrupt timer; set at 1 HZ Turn on/off Red LED Switch 3; Press to activate; Release to de-activate Turn on/off Blue LED Switch 2; Press on; Press Off External Use 23

25 Create a new project to blink the LEDs This hands-on lab shows you how to Create a new project with the New Project Wizard Configure Components with the Component Inspector Use Processor Expert Components Import existing files Build the project Test the application s functionality Next up! The lab uses the FRDM-KL64Z board The application will blink an LED periodically, and light a LEDs with button presses. External Use 24

26 Open New Project Wizard & Select Project Name Click File Click New Click Kinetis Design Studio External Use 25

27 Open New Project Wizard & Select Project Name Enter project_1 You can change the project location to another directory. Default location is used. Click Next External Use 26

28 Select Device Enter mk64 in filter Select MK64FN1M0xxx12 Click Next External Use 27

29 Select Perspective & Project Type Select Use current perspective Select Linked Select Kinetis SDK Processor Expert Click Finish External Use 28

30 Project displayed in C/C++ Perspective External Use 29

31 Project displayed in C/C++ Perspective Project View Component Inspector Editor View Component View Problem View External Use 30

32 Create a new project to blink the LEDs This hands-on lab shows you how to Create a new project with the New Project Wizard Select & Configure Components Generate Code Import existing files Build the project Test the application s functionality Next up! The lab uses the FRDM-KL64Z board The application will blink an LED periodically, and light a LEDs with button presses. External Use 31

33 Selecting Components Components Needed: Processor: CPU: MKL64FNM0VLL (Base CPU Preselected based on project wizard information) Pin Muxing Using the PinSettings Component Components needed for project fsl_uart: send text to the terminal fsl_gpio: SW2, SW3, RED_LED, GREEN_LED, BLUE_LED fsl_pit: Flashing the LED External Use 32

34 Component Inspector Expand Project_1 Select the Cpu Drag Down External Use 33

35 Configure CPU Component Configure the CPU component as follows: Package 100 pin LQFP System Oscillator Enabled External Clock 50 MHz input MCG Mode PEE PLL Output 120MHz Core Clock 120MHz Bus Clock 60MHz Flash Clock 24MHz External Use 34

36 Component Inspector Select Component Inspector Select Cpu External Use 35

37 Component Inspector Package Click Select LQFP 100-pin package External Use 36

38 Component Inspector System Oscillator Scroll Down Select System oscillator 0 Tab Select External reference clock Enter 50 MHz External Use 37

39 Component Inspector System Oscillator Select Clock configurations Tab Select MCG Settings External Use 38

40 Component Inspector System Oscillator Select PEE Scroll Down Enter 120 External Use 39

41 Component Inspector Clock Configuration Enter 120 Enter 60 Select System clocks Enter 24 External Use 40

42 Component Inspector CPU Common Settings Select Pins/Signals Tab De-Select NMI pin Scroll Up External Use 41

43 Component Inspector CPU Common Settings Select pin_mux:pinsettings External Use 42

44 Configure Pin Settings Click Switch Configuration External Use 43

45 Configure Pin Settings per Schematic GPIO LED s UART GPIO Switches External Use 44

46 Hardware GPIO Pins to Configure Port Number Function Name Direction PTA4 SW3 Input PTB21 LED_RED Output PTB22 LED_BLUE Output PTC6 SW2 Input PTE26 LED_GREEN Output Function Name Port Number Direction SW2 PTC6 Input SW3 PTA4 Input LED_RED PTB21 Output LED_GREEN PTE26 Output LED_BLUE PTB22 Output External Use 45

47 Configure Pin Settings Select GPIO External Use 46

48 Configure Pin Settings : PTA 4 Click here And Select PTA4/ External Use 47

49 Configure Pin Settings : PTA 4 Right Click here Select Pin Functional Properties External Use 48

50 Configure Pin Settings : PTA 4 Select Up Select Enabled Click Done External Use 49

51 Configure Pin Settings: PTA 4 Enter SW3 External Use 50

52 Configure Pin Settings : PTB 21 (1) Click here Select PTB21/ (2) Click here Select Output (3) Enter LED_RED External Use 51

53 Configure Pin Settings : PTB 21 External Use 52

54 Configure Pin Settings : PTB 22 (1) Click here Select PTB22/ (2) Click here Select Output (3) Enter LED_RED External Use 53

55 Configure Pin Settings: PTB 22 External Use 54

56 Configure Pin Settings: PTC 6 (1) Click here Select CMP0_ (2) Click here Select Input (3) Enter SW2 External Use 55

57 Configure Pin Settings: PTC 6 (1) Right Click here (2) Click here Select Pin Functional Properties External Use 56

58 Configure Pin Settings Select Up Select Enabled Click Done External Use 57

59 Configure Pin Settings: PTC 6 External Use 58

60 Configure Pin Settings: PTE 26 (1) Click here Select PTE26/ (2) Click here Select Output (3) Enter LED_GREEN External Use 59

61 Hardware GPIO Pins to Configure Port Number Function Name Direction PTA4 SW3 Input PTB21 LED_RED Output PTB22 LED_BLUE Output PTC6 SW2 Input PTE26 LED_GREEN Output Function Name Port Number Direction SW2 PTC6 Input SW3 PTA4 Input LED_RED PTB21 Output LED_GREEN PTE26 Output LED_BLUE PTB22 Output External Use 60

62 Hardware UART Pins to Configure Function Port Number Pin Number Uart0 TX PTB17 62 Uart0 RX PTB16 63 External Use 61

63 Configure Pin Settings: UART (1) Select UART (2) Click here Select PTB16 (3) Click here Select PTB17 External Use 62

64 Configure Pin Settings: UART External Use 63

65 Pin Muxing is Complete, Time to select & set up the Components External Use 64

66 Selecting Components - Switch to Component Library Switch to Component Library Click on Component Library to bring up the library Click on Alphabetical External Use 65

67 Selecting Components Double Click on fsl_gpio Double Click on fsl_pit External Use 66

68 Selecting Components Scroll Down Double Click on fsl_uart External Use 67

69 Selecting Components The component list should now look like this: External Use 68

70 Configure GPIO Driver Settings Click + for 2 input pins Select gpio1:fsl_gpio External Use 69

71 Configure GPIO Driver Settings Select Row Pin 1 Enter SW2 External Use 70

72 Configure GPIO Driver Settings Select Row Pin #2 Enter SW3 External Use 71

73 Configure GPIO Driver Settings Select Row Output pins Click + 3 times External Use 72

74 Configure GPIO Driver Settings Scroll Down Select row 1 External Use 73

75 Configure GPIO Driver Settings Enter LED_BLUE External Use 74

76 Configure GPIO Driver Settings Enter 1 External Use 75

77 Configure GPIO Driver Settings Select row 2 Enter LED_GREEN 1 External Use 76

78 Configure GPIO Driver Settings Select row 3 Enter LED_RED 1 External Use 77

79 Configure PIT Driver Settings Enter 1000mS Select pittimer1:fsl_pit External Use 78

80 Configure UART Driver Settings Select PTB16 PTB17 Enter Select uartcom1:fsl_uart External Use 79

81 External Use 80

82 Create a new project to blink the LEDs This hands-on lab shows you how to Create a new project with the New Project Wizard Select & Configure Components Generate Code Import existing files Build the project Test the application s functionality Next up! The lab uses the FRDM-KL64Z board The application will blink an LED periodically, and light a LEDs with button presses. External Use 81

83 Generate Code with Processor Expert Click here External Use 82

84 Generate Code with Processor Expert External Use 83

85 Generate Code with Processor Expert Expand Generated_Code External Use 84

86 Generate Code with Processor Expert Expand Sources Double Click Events.c Double Click main.c External Use 85

87 Examine the Code Expand the edit window up External Use 86

88 Interrupt Routine: Blink the Green LED Open Events.c Scroll down to here External Use 87

89 Interrupt Routine: Blink the Green LED Expand gpio:1fdl_gpio Drag & Drop gpio_toggle To here External Use 88

90 Interrupt Routine: Blink the Green LED Enter LED_GREEN As the parameter for the _toggle function External Use 89

91 Create a new project to blink the LEDs This hands-on lab shows you how to Create a new project with the New Project Wizard Select & Configure Components Generate Code Import existing files Build the project Test the application s functionality Next up! The lab uses the FRDM-KL64Z board The application will blink an LED periodically, and light a LEDs with button presses. External Use 90

92 Importing Files External Use 91

93 Drag and Drop Use Windows Explorer to navigate to:..\desktop\kds_intro_class\lab_1 External Use 92

94 Drag my_main.c to Sources Folder External Use 93

95 Drag my_main.c to Sources Folder Select Copy Files Click OK External Use 94

96 Open my_main.c Click main.c External Use 95

97 Add Our Code to main Add declaration here Add call here External Use 96

98 Check Point: Create a New Project to Blink an LED This hands-on lab shows you how to Create a new project with the New Project Wizard Select and setup High Level Components Generate Processor Expert Code Import existing files Build the project Select the project Next up! Clean Build Test the application s functionality External Use 97

99 Building the Project: Clean Select Project Select project_1 Select Clean External Use 98

100 Building the Project: Clean Select the project De-select build immediately Click OK External Use 99

101 Building the Project: Clean External Use 100

102 Building the Project Right Click On Project_1 Select Build External Use 101

103 Building the Project External Use 102

104 A look at the code External Use 103

105 Examine main.c PEx #includes here Main.c Your declarations here Hardware initializations Your code goes here External Use 104

106 Examine events.c Timer callback code goes here External Use 105

107 Examine My_main.c #includes copied from ProcessorExpert.c Declarations needed for our code External Use 106

108 Examine My_main.c Main loop watch for switch presses External Use 107

109 Examine My_main.c Switch press routines Print routine Delay loop External Use 108

110 External Use 109

111 Test the Application This hands-on lab shows you how to Create a new project with the New Project Wizard Select & Configure Components Generate Code Import existing files Build the project Test the application s functionality Setup Debug Configuration Download the code Debug the code The lab uses the FRDM-KL64Z board Next up! The application will blink an LED periodically, and light a LEDs with button presses. External Use 110

112 Debug Configuration Click here Select Project Select Debug Configurations External Use 111

113 Debug Configuration Multiple GDB Debug Configurations Supported For this lab we will use P&E Micro interface. Go to the Segger web site for information on J-Link Debugging External Use 112

114 Debug Configuration Double Click on GDB PEMicro Interface Debugging External Use 113

115 Debug Configuration: PE Micro GDB Select Debugger Select OpenSDA Embedded Debug Select K64FN1 External Use 114

116 Debug Configuration Check this if you want the debug configuration files to be bundled with a project export External Use 115

117 Debug Configuration External Use 116

118 Debug Click Apply Click Debug External Use 117

119 Debug External Use 118

120 Debug Click Remember External Use 119

121 Test the Application This hands-on lab shows you how to Create a new project with the New Project Wizard Select & Configure Components Generate Code Import existing files Build the project Test the application s functionality Setup Debug Configuration Download the code Debug the code The lab uses the FRDM-KL64Z board Next up! The application will blink an LED periodically, and light a LEDs with button presses. External Use 120

122 Application Test: Debug Perspective Debug View Variable View Stack Breakpoint Editor Disassembly View Console View Stack External Use 121

123 Application Test: Single Step Click Step Into Editor moves to this line External Use 122

124 Application Test: Single Step Step Return Click Step Over Editor moves to next line. External Use 123

125 Application Test: Single Step Step Into Click Step Into External Use 124

126 Application Test: Run UART prints message to Termite External Use 125

127 Application Test: Inspect Registers Click Suspend External Use 126

128 Application Test: Inspect Registers Select Register View Expand User/System Mode Registers External Use 127

129 Application Test: Inspect Registers Click Step Over Changed registers are highlighted External Use 128

130 Application Test: Setting Breakpoints Double click at line 36 to set breakpoint External Use 129

131 Application Test: Setting Breakpoints uncheck my_main Select Breakpoints External Use 130

132 Application Test: Setting Breakpoints Click Debug to restart the debug session Notice the program stopped at the Breakpoint External Use 131

133 Check Point: Create a New Project to Blink an LED This hands-on lab shows you how to Create a new project with the New Project Wizard Select and setup High Level Components Generate Processor Expert Code Import existing files Build the project Test the application s functionality This concludes our Lab session Question? - Survey Says External Use 132

134 Useful References: External Use 133

135 SDK - GPIO External Use 134

136 SDK - UART External Use 135

137 Freescale Semiconductor, Inc. External Use