I am working on BLE 112 module. I have made a bluetooth profile and written some BGScript code, now i want to know how can i generate the .hex file of that? I will be very thankful :)
You can bgbuild.exe that is part of the sdk.
See below
BLED 112 - update BGScript based firmware with SDK v1.1.1
I would recommend using a software called IAR Embedded Workbench for 8051.
Good luck, RFPic
Related
I would like to know if it is possible to use selective arduino libraries in our AVR projects. For Example: I am using Atmega328 and Atmel studio. I would like to use DS1307 related library file(twi.c and Wire.c source files I guess) in my project. Can we use individual libraries and then include applicable header files in our build? If so where are these libraries located and what is the extension? I saw few articles on building entire arduino project in Atmel studio and I am not interested in that. I want to manage without installing arduino if possible (I can install arduino only to get library if needed). I thought of including source files, but they are in C++ and I started getting error messages when included in C project. Is it possible to do without modifying the source files much?
After searching, i found that
Any 5V microcontroller with I2C built-in can easily use the DS1307.
check also first lines here.
I look quickly at DS1307.c and found it is not using any functions from wire.c
But instead of all that you could get source code for DS1307.c and implement any function begin with i2c by yourself and small modifications for interrupt functions. and you can use it in your code. i downloaded the library from this link.
There are a lot of twi/i2c libraries for avr, you could download most suitable one and rename it's function like the function called from DS1307.c
I bought a bluetooth module 4.0 off blue giga and
I am trying to write a program for it.
I just figured out that you can edit the .bgs file with
notepad so I am writing a program through notepad (i know there
has to be a better way but I haven't found a way), but I was
wondering if anyone knew how to convert the .bgs file to .hex
since the module only takes .hex files. I understand there are
programs that convert .c to .hex but haven't found one for .bgs.
Any help would be great. I've been doing research and people are saying
the tool converts it for me but I didn't know what tool
You need to download the SDK from Bluegiga support pages:
https://bluegiga.com/en-US/products/bluetooth-4.0-modules/ble113-bluetooth--smart-module/documentation/
I recommend you to read the getting started guide which is at the same web page.
I think you need the "BGScript compiler" which is part of the "Bluetooth Smart SDK" provided by bluegiga. I'm not sure where you get it, but it may come packaged with their hardware.
I want to write a small linux tool that automates the download of eBooks. From my online library I can download an ACSM file. Now I need a step to automatically download the epub file. From what I've read this step is called fulfilment. The tool shall run on a headless server.
Right now I'm scripting wine and Adobe Digital Editions. But that is quite ugly and requires a graphical user interface. While this works fine on my PC, it doesn't work on a headless server.
Does anyone know a library that I could use?
Or a documentation of the fulfilment process so I could implement my own library?
In "PDF -Adobe Digital Edition" I saw a reference to the ADE_LauncherSDK_DevNet.pdf but I do not understand how to use this in an application.
Notes:
I do not want to remove the DRM, I just want to get the epub file.
The tool will be open source, so I do not want to buy anything from Adobe.
I know it's a 9 years old question but because I ended up on it with the exact same question, I wanted to give an answer.
Indeed, the code to download an epub/pdf from an acsm file can be found in 2 projects.
libgourou is a free implementation of Adobe's ADEPT protocol used to
add DRM on ePub/PDF files. It overcome the lacks of Adobe support for
Linux platforms.
https://indefero.soutade.fr//p/libgourou/
There is a docker version: https://github.com/bcliang/docker-libgourou/
Calibre ACSM Input plugin
This is a Calibre plugin that allows you to
turn ACSM files into EPUB or PDF files without the need for Adobe
Digital Editions. It is a full Python reimplementation of libgourou by
Grégory Soutadé (http://indefero.soutade.fr/p/libgourou/), and has
since been extended by more and more features.
https://github.com/Leseratte10/acsm-calibre-plugin
Calibre has a command line interface: https://manual.calibre-ebook.com/generated/en/cli-index.html
I've attempted this myself by compiling the Arduino libraries into their own standalone library and linking to a project in Eclipse, but have had a couple of issues along the way.
Is there a decent guide on how to get this up and running? I've been hard pressed to find one online that actually works... The arduino.cc guide has a couple of flaws in, and troubleshooting drove me insane.
I'm on Mac OS X 10.5 with an Uno board.
Edit: Might be worth noting that most Arduino C guides don't specify the baud rate necessary, just the MCLK frequency (16 MHz). Make sure you've changed this or AVRDude won't understand how to flash your IC.
Other people have had some success using the guide Using Eclipse with Arduino Duemilanove.
Arduino will not work in pure C setup as it requires a C++ compiler. However if you want to include arduino core and other libraries inside your project then read on. Here we can see how to use Arduino Ethernet Library with our code.
STEP BY STEP GUIDE
Get Arduino cores and variants/ files.
Get relevant library, e.g. Arduino Ethernet library
The directory structure is
/
lib/arduino/cores
lib/arduino/variants//pins_arduino.h
lib/arduino/makefile
lib/arduino/build
lib/
The sample make file can be downloaded from:
https://gist.github.com/rjha/b7cda6312552c3e15486
First create Arduino core as a static library. To do so:
$cd to lib/arduino folder
$ make clean
$ make lib
This will create lib/arduino/build/libarduino.a static library file.
Next we goto main project Makefile. There we can define any Arduino library,e.g. Arduino SPI or Arduino Ethernet as a make target that compiles against Arduino core library.
Inside our own make target, we can include Arduino Target that in turns include Arduino core.
For (7) and (8) example, see this gist
https://gist.github.com/rjha/e7b123d3dc4346b5830c
(9) when creating Hex and general linking, link using -larduino and keep the libarduino.a in the search PATH. #see above Gist for an example.
(10) Using this structure you can use any Arduino libraries inside your own code.
Most of the Arduino libraries are a mess dependencies wise and the code quality is also poor. The only benefit is that you can get some ready made libraries to link against your code.
I'd like to get FreeRTOS running on an MSP430 processor using Code Composer Essentials v3.1. I found an example of just this at http://www.westmorelandengineering.com/toc.htm. Specifically I’m working with FreeRTOS_Demo.zip, the top one. When I try to open it with CCE I get an error that the workspace "was not created by this version of Code Composer". So I tried to import the project and I get an error "The Managed Make project could not be read because of the following error: Project type com.ti.ccstudio.managedbuild.ui.programTargetID not found. Managed Make functionality will not be available for this project."
I’m wondering what my problem is and how I can get the project to build, or should I go about this a different way?
FreeRTOS support many, many, many chips and many, many, many compilers. Anything that is not standard C code is kept in a port layer.
The next FreeRTOS release (V7, out in the next couple of weeks and already available in the SVN repository) includes a CCS4 port and demo for the MSP430F5438 (MSP430X core).
Regards.
I was told that TI's CCS compiler suite (used in CCE/CCS) will not build the FreeRTOS sources because the FreeRTOS sources include stuff written in gnu assembler syntax (file extension .s is common between CCS asm and Gnu asm, but syntax is not the same). Until FreeRTOS is "ported" to the CCS compiler suite, your best bet is to use the full CCS with the GCC compiler instead of the CCS compiler.
reviving a zombie thread... not sure if CCE is even relevant now... you can get CCS 5.3 with code-size limited free MSP430 support.
I recently ported FreeRTOS to the CC430 using the new MP430Ware driver library from TI and Code Composer Studio 5.3, get it here:
http://www.freertos.org/Interactive_Frames/Open_Frames.html?http://interactive.freertos.org/entries/22894958-cc430f5137-ccs-5-3