myuart1_sfun.lmk

这份是实验课上的教师和学生用的实例。关于用matlab simulink仿真状态机并生成vhdl代码的详细内容

CC     = "d:\matlab\sys\lcc\bin\lcc.exe"
LD     = "d:\matlab\sys\lcc\bin\lcclnk.exe"
LIBCMD = "d:\matlab\sys\lcc\bin\lcclib.exe"
CFLAGS = -c -Zp8 -DMATLAB_MEX_FILE -noregistrylookup
LDFLAGS = -s -dll -L"d:\matlab\sys\lcc\lib"
LIBFLAGS = 

OBJECTS = \
	"MyUART1_sfun.obj"\
	"MyUART1_sfun_registry.obj"\
	"c1_MyUART1.obj"\
	"c2_MyUART1.obj"\
	"lccstub.obj"\
	"d:\matlab\sys\lcc\mex\lccdef.def"\
	"d:\matlab\stateflow\c\debugger\lib\win32\sfc_debuglcc.lib"\
	"d:\matlab\stateflow\c\mex\lib\win32\sfc_mexlcc.lib"\
	"d:\matlab\extern\lib\win32\lcc\libmex.lib"\
	"d:\matlab\extern\lib\win32\lcc\libmx.lib"\
	"d:\matlab\extern\lib\win32\lcc\libfixedpoint.lib"\
	"d:\matlab\extern\lib\win32\lcc\libut.lib"\
	"d:\matlab\toolbox\dspblks\lib\win32\dsp_dyn_rt_lcc.lib"\

INCLUDE_PATH= -I"d:\matlab\sys\lcc\include"  -I"d:\matlab\extern\include"  -I"d:\matlab\simulink\include"  -I"d:\matlab\stateflow\c\mex\include"  -I"d:\matlab\stateflow\c\debugger\include"  -I"d:\matlab\toolbox\eml\lib\dsp"  -I"c:\users\gmk\documents\matlab\mystate\slprj\_sfprj\myuart1\_self\sfun\src"  -I"c:\users\gmk\documents\matlab\mystate" 
 

MyUART1_sfun.mexw32 : $(MAKEFILE) $(OBJECTS)
	$(LD) $(LDFLAGS) -o MyUART1_sfun.mexw32 @MyUART1_sfun.lmko
MyUART1_sfun.obj :	"MyUART1_sfun.c"
	$(CC) $(CFLAGS) $(INCLUDE_PATH) "MyUART1_sfun.c"
MyUART1_sfun_registry.obj :	"MyUART1_sfun_registry.c"
	$(CC) $(CFLAGS) $(INCLUDE_PATH) "MyUART1_sfun_registry.c"
c1_MyUART1.obj :	"c1_MyUART1.c"
	$(CC) $(CFLAGS) $(INCLUDE_PATH) "c1_MyUART1.c"
c2_MyUART1.obj :	"c2_MyUART1.c"
	$(CC) $(CFLAGS) $(INCLUDE_PATH) "c2_MyUART1.c"
lccstub.obj :	"d:\matlab\sys\lcc\mex\lccstub.c"
	$(CC) $(CFLAGS) $(INCLUDE_PATH) "d:\matlab\sys\lcc\mex\lccstub.c"