view src/cs/layer1/tpu_drivers/source/makefile_p_pc @ 624:012028896cfb

FFS dev.c, Leonardo target: Fujitsu MB84VF5F5F4J2 #if 0'ed out The FFS code we got from TI/Openmoko had a stanza for "Fujitsu MB84VF5F5F4J2 stacked device", using a fake device ID code that would need to be patched manually into cfgffs.c (suppressing and overriding autodetection) and using an FFS base address in the nCS2 bank, indicating that this FFS config was probably meant for the MCP version of Leonardo which allows for 16 MiB flash with a second bank on nCS2. We previously had this FFS config stanza conditionalized under CONFIG_TARGET_LEONARDO because the base address contained therein is invalid for other targets, but now that we actually have a Leonardo build target in FC Magnetite, I realize that the better approach is to #if 0 out this stanza altogether: it is already non-functional because it uses a fake device ID code, thus it is does not add support for more Leonardo board variants, instead it is just noise.
author Mychaela Falconia <falcon@freecalypso.org>
date Sun, 22 Dec 2019 21:24:29 +0000
parents 945cf7f506b2
children
line wrap: on
line source

#    Filename makefile_p_pc                  
#    Version  1.8                  
#    Date     09/18/02                  
#        
#       Makefile for GSM TPU drivers - PC version
#
#       Copyright (c) Texas Instruments 1996
#      
#
.SUFFIXES: .obj $(SUFFIXES)


# Grab customer and rf id's
#--------------------------
CUST=$(cust)
RF=$(rf)
CHIPSET=$(bsb)
ANALOG=$(anl)
DSP=$(dsp)
BOARD=$(board)
LONG_JUMP=$(ljump)
TESTMODE=$(testmode)

# Directories for PC system
#----------------------------
ARMTOOLS =u:/470tools
PTOOL_DIR =u:/ptool/tools
INTRAM_DIR = u:/tools/INTRAM/TOOLS

CL470_0 = $(ARMTOOLS)/cl470
CL470_1 = $(PTOOL_DIR)/pcl470
CL470_2 = $(PTOOL_DIR)/vcl470
CL470_3 = $(INTRAM_DIR)/icl470 $(PTOOL_DIR)/vcl470

CL470 = $(CL470_$(LONG_JUMP))
AR470   =$(ARMTOOLS)/ar470
ASM470  =$(ARMTOOLS)/asm470

# Source code path
#-----------------
SOURCE=../source$(CUST)
PSOURCE=../p_source$(CUST)

# Include file source paths
#--------------------------
INCLUDE = \
	-I../../nucleus/include \
	-I../../include \
	-I../../drivers1/common \
	-I../source$(CUST) \
	-I../../cust$(CUST) \
	-I../../tm_include \
	-I../p_source$(CUST) \
  -I../../audio_include \
  -I../../audio_cust$(CUST) \
  -I../../hint

 
DEPEND = $(SOURCE)/tpudrv$(RF).h \
	../../include/l1_time.h \
	../../drivers1/common/iq.h \
	../../cust$(CUST)/l1_rf$(RF).h \
	tpudrv.h


# Object files path
#------------------
OBJ=$(SOURCE)/obj
OBJS=obj_$(CHIPSET)_$(ANALOG)

# EXECUTION TARGET
#-----------------
all:	../lib/tpudrv_$(CUST)_$(RF)_$(CHIPSET)_$(ANALOG)_$(DSP)_$(BOARD)_$(LONG_JUMP)_$(TESTMODE).lib 

clean:
	-rm obj/tpudrv.obj_$(ANALOG) $(OBJ)/tpudrv$(RF).obj_$(ANALOG)_$(BOARD) 
	-rm ../lib/tpudrv_$(CUST)_$(RF)_$(ANALOG)_$(BOARD)_$(LONG_JUMP).lib

# How to...
#----------

#...generate the library
#-----------------------
../lib/tpudrv_$(CUST)_$(RF)_$(CHIPSET)_$(ANALOG)_$(DSP)_$(BOARD)_$(LONG_JUMP)_$(TESTMODE).lib: obj/tpudrv.obj_$(CHIPSET)_$(ANALOG) $(OBJ)/tpudrv$(RF).obj $(OBJ)/p_tpudr$(RF).obj
	$(AR470) r $@ obj/tpudrv.obj_$(CHIPSET)_$(ANALOG) $(OBJ)/tpudrv$(RF).obj $(OBJ)/p_tpudr$(RF).obj

#...generate the common object file
#----------------------------------
obj/tpudrv.obj_$(CHIPSET)_$(ANALOG): $(DEPEND) tpudrv.c
	$(CL470) $(INCLUDE) -i$(ARMTOOLS)  -dCHIPSET=$(bsb) -dANALOG=$(anl) -dDSP=$(dsp) -dLONG_JUMP=$(LONG_JUMP) -dTESTMODE=$(TESTMODE) -c -g -me -mt -mw -o2 -pw2 -fr obj -eo$(OBJS) tpudrv.c


#...generate the target dependant object file
#--------------------------------------------
$(OBJ)/tpudrv$(RF).obj: $(DEPEND) $(SOURCE)/tpudrv$(RF).c 
	$(CL470) $(INCLUDE) -i$(ARMTOOLS)  -dCHIPSET=$(bsb) -dANALOG=$(anl) -dDSP=$(dsp) -dBOARD=$(BOARD) -dLONG_JUMP=$(LONG_JUMP) -dTESTMODE=$(TESTMODE) -c -g -me -mt -mw -o2 -pw2 -fr$(OBJ) $(SOURCE)/tpudrv$(RF).c 

#...generate the target dependant GPRS object file
#-------------------------------------------------
$(OBJ)/p_tpudr$(RF).obj: $(DEPEND) $(PSOURCE)/p_tpudr$(RF).c 
	$(CL470) $(INCLUDE) -i$(ARMTOOLS) -dCHIPSET=$(bsb) -dANALOG=$(anl) -dDSP=$(dsp) -dBOARD=$(BOARD) -dLONG_JUMP=$(LONG_JUMP) -c -g -me -mt -mw -o2 -pw2 -fr$(OBJ) $(PSOURCE)/p_tpudr$(RF).c