bowling3d.mak

一个3D的保龄球的源代码

#============================================================================
#  Name:
#    $(TARGET).MAK
#
#  Description:
#    Makefile to build the $(TARGET) downloadable module.
#
#   The following nmake targets are available in this makefile:
#
#     all           - make .elf and .mod image files (default)
#     clean         - delete object directory and image files
#     filename.o    - make object file
#
#   The above targets can be made with the following command:
#
#     nmake /f $(TARGET).mak [target]
#
#  Assumptions:
#    1. The environment variable ADSHOME is set to the root directory of the
#       arm tools.
#    2. The version of ADS is 1.2 or above.
#
#  Notes:
#    None.
#
#
#        Copyright ?2000-2001 QUALCOMM Incorporated.
#               All Rights Reserved.
#            QUALCOMM Proprietary/GTDR
#
#----------------------------------------------------------------------------
#============================================================================
ARM_HOME       =Y:\ARM\ADSv1_2
BREW_HOME      =Y:\BREWSD~1.0ZH
TARGET         =X:\BOWLING3D\Program\LGVX8000\Bowling3D
OBJS           =engine.o Font.o FSqrt.o Gfx.o IMath.o KeyInput.o longcopy2.o ResFile.o SimpleMemory.o Sound.o Bowling3D.o CBall.o CPlayer.o CScene.o CTenpin.o Game.o Object.o Match.o UI.o Menu.o Datamanager.o Graphics3D.o Matrix.o Mesh.o Render3D.o RenderTarget.o Texture.o Vector.o AEEAppGen.o AEEMODGEN.o CCameraControl.o Animation.o mymath.o Physics.o File.o network.o

APP_INCLUDES   = -I "$(BREW_HOME)\inc" -I ..\..\Source\brew\3d -I ..\..\Source\brew\System -I ..\..\Source\brew\Game -I ..\..\Source\brew\Dynamics


#-------------------------------------------------------------------------------
# Target file name and type definitions
#-------------------------------------------------------------------------------

EXETYPE    = elf                # Target image file format
MODULE     = mod                # Downloadable module extension

#-------------------------------------------------------------------------------
# Target compile time symbol definitions
#
# Tells the SDK source stuffs that we're building a dynamic app.
#-------------------------------------------------------------------------------

DYNAPP          = -DDYNAMIC_APP


#-------------------------------------------------------------------------------
# Software tool and environment definitions
#-------------------------------------------------------------------------------

AEESRCPATH = $(BREW_HOME)\src
AEEINCPATH = $(BREW_HOME)\inc

ARMBIN = $(ARM_HOME)\bin        # ARM ADS application directory
ARMINC = $(ARM_HOME)\include    # ARM ADS include file directory
ARMLIB = $(ARM_HOME)\lib        # ARM ADS library directory

ARMCC    = "$(ARMBIN)\armcc"      # ARM ADS ARM 32-bit inst. set ANSI CPP compiler
ARMCPP   = "$(ARMBIN)\armcpp"     # ARM ADS ARM 32-bit inst. set ANSI CPP compiler
LD       = "$(ARMBIN)\armlink"     # ARM ADS linker
HEXTOOL  = "$(ARMBIN)\fromelf"     # ARM ADS utility to create hex file from image

OBJ_CMD    = -o                 # Command line option to specify output filename

#-------------------------------------------------------------------------------
# Processor architecture options
#-------------------------------------------------------------------------------

CPU = -cpu ARM926EJ-S            # target processor of LGVX8000 is ARM926EJ, default is ARM7TDMI ARM926EJ-S

#-------------------------------------------------------------------------------
# ARM Procedure Call Standard (APCS) options
#-------------------------------------------------------------------------------

ROPI     = ropi                 # Read-Only(code) Position independence
INTERWRK = interwork            # Allow ARM-Thumb interworking

APCS = -apcs /$(ROPI)/$(INTERWRK)/norwpi

#-------------------------------------------------------------------------------
# Additional compile time error checking options
#-------------------------------------------------------------------------------

CHK = -fa                       # Check for data flow anomolies

#-------------------------------------------------------------------------------
# Compiler output options
#-------------------------------------------------------------------------------

OUT = -c                        # Object file output only

#-------------------------------------------------------------------------------
# Compiler/assembler debug options
#-------------------------------------------------------------------------------

DBG =                           # Enable debug

#-------------------------------------------------------------------------------
# Compiler optimization options
#-------------------------------------------------------------------------------

OPT = -Ospace -O2               # Full compiler optimization for space

#-------------------------------------------------------------------------------
# Compiler code generation options
#-------------------------------------------------------------------------------

END = -littleend                # Compile for little endian memory architecture
ZA  = -zo                       # LDR may only access 32-bit aligned addresses

CODE = $(END) $(ZA)


#-------------------------------------------------------------------------------
# Include file search path options
#-------------------------------------------------------------------------------

INC = -I. -I$(AEEINCPATH) $(APP_INCLUDES)


#-------------------------------------------------------------------------------
# Compiler pragma emulation options
#-------------------------------------------------------------------------------

#-------------------------------------------------------------------------------
# Preprocessor directives
#-------------------------------------------------------------------------------

# Possible predefines
#
# -
#-D TIME_STASTIC

PRE =  -D $(MODE) -D $(PHONE)

#-------------------------------------------------------------------------------
# Linker options
#-------------------------------------------------------------------------------

LINK_CMD = -o                    #Command line option to specify output file
                                 #on linking

ROPILINK = -ropi                 #Link image as Read-Only Position Independent

LINK_ORDER = -first AEEMod_Load

#-------------------------------------------------------------------------------
# HEXTOOL options
#-------------------------------------------------------------------------------

BINFORMAT = -bin


#-------------------------------------------------------------------------------
# Compiler flag definitions
#-------------------------------------------------------------------------------

CFLAGS0 = $(OUT) $(DYNAPP) $(CPU) $(APCS) $(CODE) $(CHK) $(DBG) $(PRE)
CFLAGS  = $(CFLAGS0) $(OPT)

#-------------------------------------------------------------------------------
# Linker flag definitions
#-------------------------------------------------------------------------------

# the -entry flag is not really needed, but it keeps the linker from reporting
# warning L6305W (no entry point).  The address
LFLAGS = $(ROPILINK) -verbose -entry 0x8000#

#----------------------------------------------------------------------------
# Default target
#----------------------------------------------------------------------------

all :  $(TARGET).$(MODULE)

#----------------------------------------------------------------------------
# Clean target
#----------------------------------------------------------------------------

# The object subdirectory, target image file, and target hex file are deleted.

clean :
        @echo ---------------------------------------------------------------
        @echo CLEAN
        -del /f $(OBJS)
        -del /f $(TARGET).$(EXETYPE)
        -del /f $(TARGET).$(MODULE)
        @echo ---------------------------------------------------------------

#============================================================================
#                           DEFAULT SUFFIX RULES
#============================================================================

# The following are the default suffix rules used to compile all objects that
# are not specifically included in one of the module specific rules defined
# in the next section.

# The following macros are used to specify the output object file, MSG_FILE
# symbol definition and input source file on the compile line in the rules
# defined below.

SRC_CPP_FILE = $(@F:.o=.cpp)      # Input source file specification
SRC_C_FILE   = $(@F:.o=.c)      # Input source file specification
OBJ_FILE = $(OBJ_CMD) $(@F)   # Output object file specification

.SUFFIXES :
.SUFFIXES : .o .dep .c .cpp

#--------------------------------------------------------------------------
# C code inference rules
#----------------------------------------------------------------------------

.cpp.o:
        @echo ---------------------------------------------------------------
        @echo OBJECT $(@F)
        $(ARMCPP) $(CFLAGS) $(INC) $(OBJ_FILE) $(SRC_CPP_FILE)
        @echo ---------------------------------------------------------------


{$(AEESRCPATH)}.c.o:
        @echo ---------------------------------------------------------------
        @echo OBJECT $(@F)
        $(ARMCC) $(CFLAGS) $(INC) $(OBJ_FILE) $(AEESRCPATH)\$(SRC_C_FILE)
        @echo ---------------------------------------------------------------


#===============================================================================
#                           MODULE SPECIFIC RULES
#===============================================================================

APP_OBJS =  $(OBJS)

#----------------------------------------------------------------------------
# Lib file targets
#----------------------------------------------------------------------------

$(TARGET).$(MODULE) : $(TARGET).$(EXETYPE)
        @echo ---------------------------------------------------------------
        @echo TARGET $@