Atmel studio download bin hex file

The disassembly window shows your program code disassembled. Program execution and AVR instructions can be followed in this view. By right clicking inside the Disassembly window you will be able to set breakpoints, run to the position of the cursor or go to the source code. You cannot modify the source code from the Disassembly window. The bad thing it's only available in Chinesse language. Translated all menus language to English!!!!

A disassembler is a computer program that translates machine language into assembly language—the inverse operation to that of an assembler. A disassembler differs from a decompiler , which targets a high-level language rather than an assembly language. Disassembly, the output of a disassembler, is often formatted for human-readability rather than suitability for input to an assembler, making it principally a reverse-engineering tool.

Assembly language source code generally permits the use of constants and programmer comments. These are usually removed from the assembled machine code by the assembler. If so, a disassembler operating on the machine code would produce disassembly lacking these constants and comments; the disassembled output becomes more difficult for a human to interpret than the original annotated source code. Some disassemblers make use of the symbolic debugging information present in object files such as ELF.

The Interactive Disassembler allow the human user to make up mnemonic symbols for values or regions of code in an interactive session: human insight applied to the disassembly process often parallels human creativity in the code writing process. Disassembly is not an exact science: on CISC platforms with variable-width instructions, or in the presence of self-modifying code, it is possible for a single program to have two or more reasonable disassemblies.

Determining which instructions would actually be encountered during a run of the program reduces to the proven-unsolvable halting problem.

Writing a disassembler which produces code which, when assembled, produces exactly the original binary is possible; however, there are often differences.

This poses demands on the expressivity of the assembler. If the original code uses the other choice, the original code simply cannot be reproduced at any given point in time.

However, even when a fully correct disassembly is produced, problems remain if the program requires modification. For example, the same machine language jump instruction can be generated by assembly code to jump to a specified location for example, to execute specific code , or to jump to a specified number of bytes for example, to skip over an unwanted branch. A disassembler cannot know what is intended, and may use either syntax, generating a disassembly which reproduces the original binary[citation needed].

However, if a programmer wants to add instructions between the jump instruction and its destination, it is necessary to understand the program's operation to determine whether the jump should be absolute or relative, i. A disassembler may be stand-alone or interactive. A stand-alone disassembler, when executed, generates an assembly language file which can be examined; an interactive one shows the effect of any change the user makes immediately. For example, the disassembler may initially not know that a section of the program is actually code, and treat it as data; if the user specifies that it is code, the resulting disassembled code is shown immediately, allowing the user to examine it and take further action during the same run.

Any interactive debugger will include some way of viewing the disassembly of the program being debugged. Often, the same disassembly tool will be packaged as a standalone disassembler distributed along with the debugger. For example, objdump, part of GNU Binutils, is related to the interactive debugger gdb. A decompiler is a computer program that performs the reverse operation to that of a compiler. That is, it translates program code at a relatively low level of abstraction usually designed to be computer readable rather than human readable into a form having a higher level of abstraction usually designed to be human readable.

Decompilers usually do not perfectly reconstruct the original source code, and can vary widely in the intelligibility of their outputs. Nonetheless, decompilers remain an important tool in software reverse engineering. The term decompiler is most commonly applied to a program which translates executable programs the output from a compiler into source code in a relatively high level language which, when compiled, will produce an executable whose behavior is the same as the original executable program.

By comparison, a disassembler translates an executable program into assembly language and an assembler could be used to assemble it back into an executable program. Decompilation is the act of using a decompiler, although the term can also refer to the output of a decompiler. It can be used for the recovery of lost source code, and is also useful in some cases for computer security, interoperability and error correction. The bytecode formats used by many virtual machines such as the Java Virtual Machine or the.

NET Framework Common Language Runtime often include extensive metadata and high-level features that make decompilation quite feasible. The presence of debug data can make it possible to reproduce the original variable and structure names and even the line numbers.

Machine language without such metadata or debug data is much harder to decompile. This is done to make it more difficult to reverse engineer the executable. Decompilers can be thought of as composed of a series of phases each of which contributes specific aspects of the overall decompilation process.

The first decompilation phase loads and parses the input machine code or intermediate language program's binary file format. It should be able to discover basic facts about the input program, such as the architecture Pentium, PowerPC, etc.

In many cases, it should be able to find the equivalent of the main function of a C program, which is the start of the user written code. This excludes the runtime initialization code, which should not be decompiled if possible. If available the symbol tables and debug data are also loaded. I got 4. I use Atmel Studio 6. Well, in fact there was one problem with luxdrv 0. I found this on the big tread for AVR.

Yesterday I received a Convoy S6 from banggood, I flashed it right away. My method is to use extreme burner AVR to check connection, erase chip mainly to release lockbit fuse and set low and high fuse. AS5 takes whatever I paste into it and spits out a hex file ready to use, I don't really care other than that. I know the project folder created as soon as you hit 'build' contains the. I find it easier to save the hex directly on its own, give it a name that identifies it, instead of going through all the crap of naming the AVRGCC projects.

Paste, build, save, then I'm done with it and don't want to see it anymore. I do all the editing of the input files in notepad beforehand, unless I miss something and it fails to build correctly.

Even then, after I make changes and get it to go through so I know it works, I copy the source from the AS5 window and paste it back into the txt file I keep in the folders with each version of FW along with a.

I have WinAVR installed, just because it automatically sets up avrdude - I'm sure there's a way to do it without the unneeded WinAVR stuff, but this works for now, it should work for anybody else who just wants to stick firmware onto a driver and isn't really interested in launching a new career as a apologies in advance for the following link software developer.

I only care about this stuff to the extent it lets me make better flashlights. Driver for the USBASP programmer is libusb-win32 , again, no real reason other than because it works and that's really all I care about. That debug stuff just uses up space in the controller for nothing then. Very nice how-to! Some of them have really nice features like 16bit timers for more pwm steps than you will ever want for dimming , and they are just a few lines of code away if you already have invested time and money in the AVR platform.

That was very clear, much better than just words written in the flashlight wiki, or the long thread For a good overview, could you post a few links in your OP with other useful information about the setup, different firmware etc to keep it all easy to find The Eneloop info thread. I knew that if I procrastinated long enough the good peeps on here would help me get started with the minimum of fuss.

It fails to compile the driver. I compiled one with the mode setting to 5 with nothing else changed but it's untested.

Don't use 6. Or Greek? I have bitten off my first chunk and ordered the programmer and clip. Oh well, off to get me a box of Capn Crunch for the mystic decoder ring…. It's actually code Makes sense. Not trying to insult your intelligence I just find if I simplify an explanation down to where "I" can understand it I taught myself linux by using Google I know it enough, more or less a "power user" the guys that write that stuff are the geniuses!

I can always get Comfy to knock it down to size and email me the hex file. Then I could hook up my big jumper cables to it and wait for lightning…. For a simple one like minimo all you have to change is the PWM levels. PWM values under 5 only work with the FETs, s will sometimes work at 4 but not always reliably; stick to 5 as the lower bound for a driver. You can edit the number of levels and their PWM values just the same. It will tell you if anything is left behind that was tied to the part you commented out.

The software you'll need, at least to see the same things I see on my screen that helps when following a step-by-step , is:. Comfy, the step by step screenshots are a fantastic idea! Handholding, as it were. Thanks, this just might get me through it…. I plan to install AS5 today and wade in, look around, see if I can figure it out.

Jun 12, - AM. Is it not listed under Output files in the Solution explorer? What version of studio are you using? Log in or register to post comments Top. Level: Raving Lunatic. Posted by larryvc : Tue. Last Edited: Tue. Jun 12, - PM. Level: Hangaround. Posted by mailtosarathy : Tue. Can you share the build output text from the output window? Posted by jvwlong : Tue. Posted by tsgd84 : Tue. Alternatively, You can also add the command line to generate the hex file in the makefile Command line used in AS6 is avr-objcopy.

Can you post the makefile? Please put it between code tags. Posted by mailtosarathy : Wed. Jun 13, - AM. You can also generate the hex file as a part of Post build event, use the following command. Makefile and target must exist in the same folder if it does not fix problem, post the error message that is displayed when you start debugging. Posted by jvwlong : Wed. Jun 13, - PM. Level: Moderator. Location: using avr-gcc in Finchingfield, Essex, England. Posted by clawson : Wed.

As far as I can see that Makefile would produce a. So this problem I am having should not actually be happening? Posted by meolsen : Wed. Posted by JohanEkdahl : Wed. Posts: 1 View posts. Posted by Settiesa : Tue. Jun 19, - AM. I don't know if this will fix your problem or not, but I had same kind of issue that you have.