Makefile null character seen

I've no other problems with corrupt files, everything else works perfectly well. I I've tried installing and reinstalling everything I could, I've tried XP and Win7 64, nothing seems to make a difference. The corruption seems to happen during the "refreshing workspace" phase. If I cancel the build before it gets there, the dependency files that have been created up to that point are all OK.

What exact version of CCSv4 are you using? The code that adjusts the generated. Can you try your scenario on v4. What does it do when it adjusts the pp files? Is there any way to turn that off?

Why does CCSv4 do anything to the generated dependency files after it is finished compiling? It is possible that on Mac, your projects are set to assume Unicode encoding by default.

Then try to rebuild your project. Site Search User. Mentions Tags More Cancel. Ask a related question What is a related question? Back to top. Posted: Sat Jun 30, pm Post subject:. I've seen a couple old bugs with this error message. Here's the two bugs I found: cannot emerge mysql Posted: Sun Jul 01, am Post subject:. I tried downgrading to sed I don't have any older ebuilds. Anyway, these other posts were quite old, one was from , so I guess that sed is fine by now.

It might be unrelated, but I just noticed that emerge starts with an error message: Code:. Posted: Sun Jul 01, pm Post subject:.

So, your current working directory doesn't exist until it's finished unpacking again. If the condition is false, no text is used instead.

If the condition is true, text-if-true is used; otherwise, text-if-false is used. The text-if-false can be any number of lines of text. The syntax of the conditional-directive is the same whether the conditional is simple or complex. There are four different directives that test various conditions. The include directive allows make to suspend reading the current makefile and read one or more other makefiles before continuing. The filenames can contain shell file name patterns. Extra spaces are allowed and ignored at the beginning of the line, but a tab is not allowed.

When the make processes an include directive, it suspends reading of the makefile and reads from each listed file in turn. When that is finished, make resumes reading the makefile in which the directive appears.

If a variable has been set with a command argument, then ordinary assignments in the makefile are ignored. The make program is an intelligent utility and works based on the changes you do in your source files.

If you have four files main. Hence if you make any changes in functions. However if you make any change in main. While compiling a file, the make checks its object file and compares the time stamps. If source file has a newer time stamp than the object file, then it generates new object file assuming that the source file has been changed.

There may be a project consisting of thousands of files. Sometimes you may have changed a source file but you may not want to recompile all the files that depend on it. For example, suppose you add a macro or a declaration to a header file, on which the other files depend.

Being conservative, make assumes that any change in the header file requires recompilation of all dependent files, but you know that they do not need recompilation and you would rather not waste your time waiting for them to compile.

This flag tells make not to run the commands in the rules, but rather to mark the target up to date by changing its last-modification date. The next time you run make, the changes in the header files do not cause any recompilation. If you have already changed the header file at a time when some files do need recompilation, it is too late to do this.

This means, the file itself will not be remade, and nothing else will be remade on its account. Recursive use of make means using make as a command in a makefile. This technique is useful when you want separate makefiles for various subsystems that compose a larger system. You can write recursive make commands just by copying this example. However, you need to know about how they work and why, and how the sub-make relates to the top-level make. Variable values of the top-level make can be passed to the sub-make through the environment by explicit request.

These variables are defined in the sub-make as defaults. To pass down, or export, a variable, make adds the variable and its value to the environment for running each command. The sub-make, in turn, uses the environment to initialize its table of variable values. If the environment variable MAKEFILES is defined, make considers its value as a list of names separated by white space of additional makefiles to be read before the others.

This works much like the include directive: various directories are searched for those files. If you have put the header files in different directories and you are running make in a different directory, then it is required to provide the path of header files.

This can be done using -I option in makefile. Assuming that functions. Often it is useful to add more text to the value of a variable already defined.