package.bld

davinci_lab audio record

//  Define the list of targets to build for in the targs array
var targs = [MVArm9];
//  Define the build profiles to build across the targets
var profiles = ["debug", "release"];
//  Define the base name for the executable(s) built
var basename = "app";

//  The following code uses the java.io.File.list() method to generate an array
//      of all files in the current directory ('.') and then sorts out .c files
var sources = java.io.File('.').list();
var csources = [];

for (var i = 0; i < sources.length; i++){
	if(String(sources[i]).match(/.*\.c$/))
		csources.push(sources[i]);
}
		

//  The build phase cycles through the arrays of build targets and profiles
//       and adds an executable for each combination
for (var i = 0; i < targs.length; i++) {
     for(var j = 0; j < profiles.length; j++){
     	Pkg.addExecutable( basename + "_" + profiles[j], targs[i], 
							 targs[i].platform, {
		     cfgScript: null,
		     profile: profiles[j],
		} 
		).addObjects( csources );
     }
}


//  This Epilogue is appended to the RTSC-generated makefile, package.mak
//       It begins by including ../../custom.mak, which contains code to force
//       a rebuild if new source files are added into the directory
Pkg.makeEpilogue =  "include ../../custom.mak\n\n";

//       The epilogue then defines the install rule
Pkg.makeEpilogue += "install: ";
for (var i=0; i<targs.length; i++)
     for(var j = 0; j < profiles.length; j++)
	Pkg.makeEpilogue += basename + "_" + profiles[j] + ".x" + 
						targs[i].suffix + " ";
Pkg.makeEpilogue += "\n";
Pkg.makeEpilogue += "\t$(CP) $^ " + paths["EXEC_DIR"] + "\n\n";
//       and appends the clean rule
Pkg.makeEpilogue += "clean::\n";
Pkg.makeEpilogue += "\t$(RM) " + paths["EXEC_DIR"] + "/" + basename + "*\n";