Bambino-210 Manual/Offline Toolchains - Revision history

Support at 14:00, 1 June 2015

Support — Mon, 01 Jun 2015 14:00:23 GMT

← Older revision		Revision as of 14:00, 1 June 2015
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-	[[Category: Bambino-210_Manual\|03]]	+	[[Category: Bambino-210_Manual\|3]]
	==Offline Toolchains==		==Offline Toolchains==
	The online compiler covered in the previous chapter is the fastest way to start programming mbed applications. There is no software to install and the toolchain is actively managed for you. Yet some projects require full debugging capabilities, custom library builds, group source code control and other options not currently available on the online compiler. This chapter covers how to use offline toolchains to build both your application as well as the mbed library.		The online compiler covered in the previous chapter is the fastest way to start programming mbed applications. There is no software to install and the toolchain is actively managed for you. Yet some projects require full debugging capabilities, custom library builds, group source code control and other options not currently available on the online compiler. This chapter covers how to use offline toolchains to build both your application as well as the mbed library.

Support at 20:12, 11 February 2015

Support — Wed, 11 Feb 2015 20:12:12 GMT

← Older revision		Revision as of 20:12, 11 February 2015
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	ARM_INC = join(ARM_PATH, "ARMCC", "include")		ARM_INC = join(ARM_PATH, "ARMCC", "include")
	ARM_LIB = join(ARM_PATH, "ARMCC", "lib")		ARM_LIB = join(ARM_PATH, "ARMCC", "lib")
-	~~ARM_CPPLIB = join(ARM_LIB, "cpplib")~~

	# GCC ARM		# GCC ARM

Support at 19:57, 11 February 2015

Support — Wed, 11 Feb 2015 19:57:03 GMT

← Older revision		Revision as of 19:57, 11 February 2015
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	from os.path import join		from os.path import join

		+	# ARM
	armcc = "keil"		armcc = "keil"
	ARM_PATH = "C:/Keil/ARM"		ARM_PATH = "C:/Keil/ARM"
	ARM_BIN = join(ARM_PATH, "ARMCC", "bin")		ARM_BIN = join(ARM_PATH, "ARMCC", "bin")
-	ARM_INC = join(ARM_PATH, "~~INC~~")	+	ARM_INC = join(ARM_PATH, "ARMCC", "include")
-	ARM_LIB = join(ARM_PATH, "~~RV31~~", "~~LIB~~")	+	ARM_LIB = join(ARM_PATH, "ARMCC", "lib")
		+	ARM_CPPLIB = join(ARM_LIB, "cpplib")
		+
		+	# GCC ARM
	GCC_ARM_PATH = "C:/Program Files (x86)/GNU Tools ARM Embedded/4.8 2014q2/bin"		GCC_ARM_PATH = "C:/Program Files (x86)/GNU Tools ARM Embedded/4.8 2014q2/bin"
		+
		+	# GCC CodeRed
	GCC_CR_PATH = "C:/nxp/LPCXpresso_7.5.0_254/lpcxpresso/tools/bin"		GCC_CR_PATH = "C:/nxp/LPCXpresso_7.5.0_254/lpcxpresso/tools/bin"
-	~~IAR_PATH = "C:/Program Files (x86)/IAR Systems/Embedded Workbench 6.5/arm"~~
	5. Compile the base mbed libraries. These are typical commands to change to the source directory, setup compiler environment and build the bootloader. Note that the Python directory in the PATH may be different in your development system.		5. Compile the base mbed libraries. These are typical commands to change to the source directory, setup compiler environment and build the bootloader. Note that the Python directory in the PATH may be different in your development system.
	cd mbed-master		cd mbed-master

Support: /* GCC-ARM */

Support — Wed, 21 Jan 2015 20:33:59 GMT

GCC-ARM

← Older revision		Revision as of 20:33, 21 January 2015
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	Configured with: /home/build/work/GCC-4-8-build/src/gcc/configure ...		Configured with: /home/build/work/GCC-4-8-build/src/gcc/configure ...
	Thread model: single		Thread model: single
-	gcc version 4.8.4 20140526 (release) [ARM/embedded-4_8-branch revision 211358] (	+	gcc version 4.8.4 20140526 (release) [ARM/embedded-4_8-branch revision 211358]
-	GNU Tools for ARM Embedded Processors)	+	(GNU Tools for ARM Embedded Processors)

	C:\Users\mbed>make -v		C:\Users\mbed>make -v

Support: /* Rebuilding mbed Libraries */

Support — Wed, 21 Jan 2015 20:31:53 GMT

Rebuilding mbed Libraries

← Older revision		Revision as of 20:31, 21 January 2015
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	The source code for the mbed library is open source and can be downloaded from the [http://github.com/mbedmicro/mbed mbed mainline repository] or the [http://github.com/micromint Micromint repository]. To recompile it please follow these steps:		The source code for the mbed library is open source and can be downloaded from the [http://github.com/mbedmicro/mbed mbed mainline repository] or the [http://github.com/micromint Micromint repository]. To recompile it please follow these steps:

-	1. Install a compatible ARM toolchain. The mbed port for LPC4330 targets currently supports the [http://www.keil.com/arm/mdk.asp Keil MDK], [http://launchpad.net/gcc-arm-embedded GCC ARM] and [http://www.lpcware.com/lpcxpresso/download GCC LPCXpresso] toolchains. ~~Firmware at Micromint is mostly developed using~~ Keil MDK ~~4.73~~.	+	1. Install a compatible ARM toolchain. The mbed port for LPC4330 targets currently supports the [http://www.keil.com/arm/mdk.asp Keil MDK], [http://launchpad.net/gcc-arm-embedded GCC ARM] and [http://www.lpcware.com/lpcxpresso/download GCC LPCXpresso] toolchains. The Keil MDK is the main ARM toolchain at Micromint.

	2. Install [http://www.python.org/getit/ Python 2.7]. The mbed build scripts are written in Python.		2. Install [http://www.python.org/getit/ Python 2.7]. The mbed build scripts are written in Python.

Support at 20:20, 21 January 2015

Support — Wed, 21 Jan 2015 20:20:59 GMT

← Older revision		Revision as of 20:20, 21 January 2015
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	Press F5 or clock the run button and the yellow LED (LED1) should start blinking. Press the stop button and place a breakpoint on the first line of the while loop by clicking to the left side of the line. Then press F5 to see the LED blink once. You can examine registers and perform other debugging options.		Press F5 or clock the run button and the yellow LED (LED1) should start blinking. Press the stop button and place a breakpoint on the first line of the while loop by clicking to the left side of the line. Then press F5 to see the LED blink once. You can examine registers and perform other debugging options.

-	Developers ~~that are~~ creating new device drivers or changing mbed library features may find it be convenient to include the library sources in ~~the~~ project ~~file~~. The [http://www.micromint.com/updates/bambino/mbed-blinky-src.zip blinky_src ~~example~~] is a simple ~~way~~ to get started. The project can include your application source code as well as ~~the~~ full library sources.	+	Developers creating new device drivers or changing mbed library features may find it convenient to include the library sources in their project files. The [http://www.micromint.com/updates/bambino/mbed-blinky-src.zip blinky_src project] is a simple example to get started. The project can include your application source code as well as full mbed library sources.

	[[Image:mbed-keil-src.png\|center]]		[[Image:mbed-keil-src.png\|center]]

Support at 20:19, 21 January 2015

Support — Wed, 21 Jan 2015 20:19:52 GMT

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	[[Image:mbed-keil-dbg.png\|center]]		[[Image:mbed-keil-dbg.png\|center]]
	Press F5 or clock the run button and the yellow LED (LED1) should start blinking. Press the stop button and place a breakpoint on the first line of the while loop by clicking to the left side of the line. Then press F5 to see the LED blink once. You can examine registers and perform other debugging options.		Press F5 or clock the run button and the yellow LED (LED1) should start blinking. Press the stop button and place a breakpoint on the first line of the while loop by clicking to the left side of the line. Then press F5 to see the LED blink once. You can examine registers and perform other debugging options.
		+
		+	Developers that are creating new device drivers or changing mbed library features may find it be convenient to include the library sources in the project file. The [http://www.micromint.com/updates/bambino/mbed-blinky-src.zip blinky_src example] is a simple way to get started. The project can include your application source code as well as the full library sources.
		+
		+	[[Image:mbed-keil-src.png\|center]]
	==GCC-ARM==		==GCC-ARM==
	[http://launchpad.net/gcc-arm-embedded GCC-ARM] is a freely available GNU toolchain for ARM Cortex microcontrollers. It is actively maintained, regression tested and includes binaries for Windows, Linux and Mac. Many mbed examples include Makefiles for GCC-ARM, including the [[mbed Book Examples on Micromint Bambino\|mbed Book Examples for the Micromint Bambino]]. This section explains how to build the blinky mbed book example using GCC-ARM.		[http://launchpad.net/gcc-arm-embedded GCC-ARM] is a freely available GNU toolchain for ARM Cortex microcontrollers. It is actively maintained, regression tested and includes binaries for Windows, Linux and Mac. Many mbed examples include Makefiles for GCC-ARM, including the [[mbed Book Examples on Micromint Bambino\|mbed Book Examples for the Micromint Bambino]]. This section explains how to build the blinky mbed book example using GCC-ARM.
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	python workspace_tools/build.py -v -r -m LPC4330_M4 -t GCC_ARM >> build.log		python workspace_tools/build.py -v -r -m LPC4330_M4 -t GCC_ARM >> build.log
	If your build is successful, the mbed libraries and headers for the LPC4330 will be available in the ..\build directory. If not, check the build.log file. For more documentation on these procedures please visit the [https://developer.mbed.org/handbook/mbed-tools mbed tools] site.		If your build is successful, the mbed libraries and headers for the LPC4330 will be available in the ..\build directory. If not, check the build.log file. For more documentation on these procedures please visit the [https://developer.mbed.org/handbook/mbed-tools mbed tools] site.
-
-	~~==Keil MDK with Library Source==~~
-	Developers that are creating new device drivers or changing mbed library features may find it be convenient to include the library sources in the project file. The [http://www.micromint.com/updates/bambino/mbed-blinky-src.zip blinky_src example] is a simple way to get started. The project can include your application source code as well as the full library sources.
-
-	~~[[Image:mbed-keil-src.png\|center]]~~
	----		----
	[[Bambino-210_Manual/Hardware\|NEXT: Hardware]]		[[Bambino-210_Manual/Hardware\|NEXT: Hardware]]

	[[Bambino-210_Manual/Getting Started\|PREVIOUS: Getting Started]]		[[Bambino-210_Manual/Getting Started\|PREVIOUS: Getting Started]]

Support at 20:16, 21 January 2015

Support — Wed, 21 Jan 2015 20:16:58 GMT

← Older revision		Revision as of 20:16, 21 January 2015
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	==Keil MDK with Library Source==		==Keil MDK with Library Source==
		+	Developers that are creating new device drivers or changing mbed library features may find it be convenient to include the library sources in the project file. The [http://www.micromint.com/updates/bambino/mbed-blinky-src.zip blinky_src example] is a simple way to get started. The project can include your application source code as well as the full library sources.

		+	[[Image:mbed-keil-src.png\|center]]
	----		----
	[[Bambino-210_Manual/Hardware\|NEXT: Hardware]]		[[Bambino-210_Manual/Hardware\|NEXT: Hardware]]

	[[Bambino-210_Manual/Getting Started\|PREVIOUS: Getting Started]]		[[Bambino-210_Manual/Getting Started\|PREVIOUS: Getting Started]]

Support at 17:18, 21 January 2015

Support — Wed, 21 Jan 2015 17:18:26 GMT

← Older revision		Revision as of 17:18, 21 January 2015
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	[[Image:mbed-keil-bin.png\|center]]		[[Image:mbed-keil-bin.png\|center]]
	To use the on-board debugger please use the configuration listed in [[Bambino-210_Manual/Appendix_C\|Appendix C]]. To build a binary from the IDE just press F7 or click on the compile toolbar button. To download the binary and start a debug session press Ctrl-F5 or click on the debug button. Your debug environment should look as follows:		To use the on-board debugger please use the configuration listed in [[Bambino-210_Manual/Appendix_C\|Appendix C]]. To build a binary from the IDE just press F7 or click on the compile toolbar button. To download the binary and start a debug session press Ctrl-F5 or click on the debug button. Your debug environment should look as follows:
-	[[Image:mbed-keil-dbg\|center]]	+	[[Image:mbed-keil-dbg.png\|center]]
	Press F5 or clock the run button and the yellow LED (LED1) should start blinking. Press the stop button and place a breakpoint on the first line of the while loop by clicking to the left side of the line. Then press F5 to see the LED blink once. You can examine registers and perform other debugging options.		Press F5 or clock the run button and the yellow LED (LED1) should start blinking. Press the stop button and place a breakpoint on the first line of the while loop by clicking to the left side of the line. Then press F5 to see the LED blink once. You can examine registers and perform other debugging options.
	==GCC-ARM==		==GCC-ARM==

Support at 17:17, 21 January 2015

Support — Wed, 21 Jan 2015 17:17:40 GMT

← Older revision		Revision as of 17:17, 21 January 2015
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	Select "Project", "Open Project..." and change to the mbed-book-02-06\PE_02-01_SimpleLED directory. Select the project file PE_02-01_SimpleLED.uvproj. Your IDE should look similar to the one below:		Select "Project", "Open Project..." and change to the mbed-book-02-06\PE_02-01_SimpleLED directory. Select the project file PE_02-01_SimpleLED.uvproj. Your IDE should look similar to the one below:
	[[Image:mbed-keil-bin.png\|center]]		[[Image:mbed-keil-bin.png\|center]]
-	~~Press~~ F7 or ~~select~~ the compile toolbar button ~~to build a binary~~. ~~Then copy~~ To ~~build a~~ binary press F	+	To use the on-board debugger please use the configuration listed in [[Bambino-210_Manual/Appendix_C\|Appendix C]]. To build a binary from the IDE just press F7 or click on the compile toolbar button. To download the binary and start a debug session press Ctrl-F5 or click on the debug button. Your debug environment should look as follows:
-		+	[[Image:mbed-keil-dbg\|center]]
		+	Press F5 or clock the run button and the yellow LED (LED1) should start blinking. Press the stop button and place a breakpoint on the first line of the while loop by clicking to the left side of the line. Then press F5 to see the LED blink once. You can examine registers and perform other debugging options.
	==GCC-ARM==		==GCC-ARM==
	[http://launchpad.net/gcc-arm-embedded GCC-ARM] is a freely available GNU toolchain for ARM Cortex microcontrollers. It is actively maintained, regression tested and includes binaries for Windows, Linux and Mac. Many mbed examples include Makefiles for GCC-ARM, including the [[mbed Book Examples on Micromint Bambino\|mbed Book Examples for the Micromint Bambino]]. This section explains how to build the blinky mbed book example using GCC-ARM.		[http://launchpad.net/gcc-arm-embedded GCC-ARM] is a freely available GNU toolchain for ARM Cortex microcontrollers. It is actively maintained, regression tested and includes binaries for Windows, Linux and Mac. Many mbed examples include Makefiles for GCC-ARM, including the [[mbed Book Examples on Micromint Bambino\|mbed Book Examples for the Micromint Bambino]]. This section explains how to build the blinky mbed book example using GCC-ARM.