makefile.cl

ITU-T G.191中包含的G.722语音压缩编解码程序

# -----------------------------------------------------------------------------
#	MS Visual C makefile for compiling and testing the G.722 implementation
#	The executable must be defined by variable DEMO below. 
#	31.Jan.2000 - Makefile implemented by <[e-mail]>
# -----------------------------------------------------------------------------
#       This makefile can test the implementation of the G.722 with
#       the test sequences in binary form when they are provided by
#       the user and are stored in directory bin under this
#       module. The presumed file names are:
#        bt1c1.xmt   bt2r2.cod   bt3l1.rc1   bt3l2.rc2   bt3l3.rc3   
#        bt1c2.xmt   bt3h1.rc0   bt3l1.rc2   bt3l2.rc3   
#        bt1d3.cod   bt3h2.rc0   bt3l1.rc3   bt3l3.rc1   
#        bt2r1.cod   bt3h3.rc0   bt3l2.rc1   bt3l3.rc2      
#       These files are not provided in the UGST
#       distribution. This testing option can be exercised by the makefile
#       using the target "test-tv". 
#
#       Provided is though a speech file that must yield
#       identical results to the reference files provided. Please make
#       sure that all the binary speech files have the proper byte
#       ordering for your system. The ZIP file provided will contain
#       big endian (workstation format, high byte first) data
#       files. This testing option can be exercised by the makefile
#       using the target "test" (make test).
#       <simao>
# NOTE: you need to get (purchase) the G.722 test vectors from the ITU in 
#       order to perform the (optional) compliance test.
# -----------------------------------------------------------------------------
#*************************************************************************
# FRANCE TELECOM/CNET ITU-T ANSI C G.722 program to be included in       
# ITU-T UGST software package Tool                                       
#*************************************************************************
#  Version 2.00 du 07/01/90 ; Compatible C ANSI ; TURBO C V2              
#  Copyright CNET Lannion A TSS/CMC    J-P PETIT Tel [phone]       
#                                                Fax [phone]       
#                                     Email [e-mail]         
#  Last revision 14/03/95 ; use ITU-T ANSI C basic fixed point operators  
#  Software tested on PC/MS DOS and Borland C/C++ 3.1                     
#                  on DEC Alpha WS, UNIX, cc compiler                     
#*************************************************************************

# ------------------------------------------------
# Choose compiler. Sun: use cc. HP: gotta use cl
# ------------------------------------------------
CC = cl
CC_OPT = -W1 -I../utl # For cc

# ------------------------------------
#  Lists of files
# ------------------------------------
G722_OBJ =  operg722.obj funcg722.obj g722.obj
REF_FILES = bin/codsp.cod   bin/codspw.cod  bin/inpsp.bin   bin/outsp1.bin \
	    bin/outsp2.bin  bin/outsp3.bin
PRC_FILES = prc/inpsp.bs    prc/outsp.e-d   prc/outsp.md1   prc/outsp.md2 \
	    prc/outsp.md3   prc/temp.cod    prc/temp1.out   prc/temp2.out \
	    prc/temp3.out

# ------------------------------------------------
# Choose an archiving utility: 
#       - public domain unzip, or [PC/MS Visual C/VMS]
#       - shareware pkunzip [PC only]
# ------------------------------------------------
#UNZIP = -pkunzip -d
UNZIP = unzip -o

# ------------------------------------------------
# Choose an AWK; suggest use GNU version 
#                (available via anonymous ftp) 
# ------------------------------------------------
AWK = gawk
AWK_CMD = '$$6~/[0-9]+:[0-9][0-9]/ {print "sb -over",$$NF};END{print "exit"}'

# ------------------------------------------------
# Choose a file comparison utility: 
#       - cf compares, 
#       - sub shows the difference of the different samples
# Default is cf.
# ------------------------------------------------
DIFF = cf -q
#DIFF = sub
#DIFF_OPT = 256 1 30

# ------------------------------------
# Demo executables
# ------------------------------------
TSTCG722=tstcg722 # exercise G.722 encoder digital test sequences 
TSTDG722=tstdg722 # exercise G.722 decoder digital test sequences 
ENCG722=encg722   # encode a 16kHz/16 bit linear speech/music file
                  # in a 64 kbit/s G.722 data format 
DECG722=decg722   # decode a 64 kbit/s G.722 bitstream
DEMO=g722demo -q  # run both the encoder and the decoder
RM=rm -f

# ------------------------------------------------
# Generic rules
# ------------------------------------------------
.c.obj:
	$(CC) $(CC_OPT) -c $<

# ------------------------------------
# Targets 
# ------------------------------------
all:: g722demo # tstcg722 tstdg722 encg722 decg722

clean:
	$(RM) *.obj 

cleantest:
	$(RM) $(PRC_FILES)
	$(RM) $(REF_FILES)

veryclean: clean cleantest
	$(RM) g722demo.exe tstcg722.exe tstdg722.exe encg722.exe decg722.exe 

# ------------------------------------
# Dependencies and rules 
# ------------------------------------
g722demo: g722demo.exe
g722demo.exe: 	g722demo.obj $(G722_OBJ)
	$(CC) $(CC_OPT) -o g722demo g722demo.obj $(G722_OBJ) 

encg722: encg722.exe
encg722.exe:  	encg722.obj $(G722_OBJ)
	$(CC) $(CC_OPT) -o encg722 encg722.obj $(G722_OBJ)

decg722: decg722.exe
decg722.exe:  	decg722.obj $(G722_OBJ)
	$(CC) $(CC_OPT) -o decg722 decg722.obj $(G722_OBJ)

tstcg722: tstcg722.exe
tstcg722.exe: 	tstcg722.obj operg722.obj funcg722.obj
	$(CC) $(CC_OPT) -o tstcg722 tstcg722.obj operg722.obj funcg722.obj

tstdg722: tstdg722.exe
tstdg722.exe: 	tstdg722.obj operg722.obj funcg722.obj
	$(CC) $(CC_OPT) -o tstdg722 tstdg722.obj operg722.obj funcg722.obj

g722demo.obj: 	g722demo.c
tstcg722.obj: 	tstcg722.c 
operg722.obj: 	operg722.c 
funcg722.obj: 	funcg722.c 
tstdg722.obj: 	tstdg722.c 
encg722.obj:  	encg722.c
decg722.obj:  	decg722.c
g722.obj:		g722.c

# -------------------------------------
# Test codec with provided speech file
# -------------------------------------
#test: run-demo comp-demo
test: proc-test comp-test
proc-test: run-demo
comp-test: comp-demo

bin/outsp3.bin: bin/codspw.cod
bin/codspw.cod: tst-g722.zip
	$(UNZIP) tst-g722.zip $(REF_FILES)
	swapover $(REF_FILES)
#	$(UNZIP) -v tst-g722.zip *.bin *.cod | $(AWK) $(AWK_CMD) | command

run-demo: bin/codspw.cod
	$(DEMO) -enc bin/inpsp.bin prc/inpsp.bs
	$(DEMO) -dec -mode 1 bin/codspw.cod prc/outsp.md1
	$(DEMO) -dec -mode 2 bin/codspw.cod prc/outsp.md2
	$(DEMO) -dec -mode 3 bin/codspw.cod prc/outsp.md3
	$(DEMO) bin/inpsp.bin prc/outsp.e-d

comp-demo: bin/outsp3.bin
	$(DIFF) prc/inpsp.bs  bin/codspw.cod 64
	$(DIFF) prc/outsp.md1 bin/outsp1.bin 64 
	$(DIFF) prc/outsp.md2 bin/outsp2.bin 64 
	$(DIFF) prc/outsp.md3 bin/outsp3.bin 64
	$(DIFF) prc/outsp.md1 prc/outsp.e-d 64

# ------------------------------------
# Test codec with test sequences
# ------------------------------------
#test-tv: run-tv comp-tv
test-tv: proc-tv comp-tv

proc-tv: tv-step1 tv-step2 tv-step3

tv-step1: tstcg722
#	Should run without any error indication. 
	$(TSTCG722) bin/bt1c1.xmt bin/bt2r1.cod 
	$(TSTCG722) bin/bt1c2.xmt bin/bt2r2.cod 

tv-step2: tstdg722
#	Should run without any error indication. 
#	Files .rc0 indicate the codec mode of operation
	$(TSTDG722) bin/bt2r1.cod bin/bt3l1.rc1 bin/bt3h1.rc0 
	$(TSTDG722) bin/bt2r1.cod bin/bt3l1.rc2 bin/bt3h1.rc0 
	$(TSTDG722) bin/bt2r1.cod bin/bt3l1.rc3 bin/bt3h1.rc0 
	$(TSTDG722) bin/bt2r2.cod bin/bt3l2.rc1 bin/bt3h2.rc0 
	$(TSTDG722) bin/bt2r2.cod bin/bt3l2.rc2 bin/bt3h2.rc0 
	$(TSTDG722) bin/bt2r2.cod bin/bt3l2.rc3 bin/bt3h2.rc0 
	$(TSTDG722) bin/bt1d3.cod bin/bt3l3.rc1 bin/bt3h3.rc0 
	$(TSTDG722) bin/bt1d3.cod bin/bt3l3.rc2 bin/bt3h3.rc0 
	$(TSTDG722) bin/bt1d3.cod bin/bt3l3.rc3 bin/bt3h3.rc0 

tv-step3: encg722 decg722
	$(ENCG722) bin/inpsp.bin prc/temp.cod 
	$(DECG722) bin/codspw.cod prc/temp1.out 1 
	$(DECG722) bin/codspw.cod prc/temp2.out 2 
	$(DECG722) bin/codspw.cod prc/temp3.out 3 

comp-tv:
#	Files must be identical. 
	$(DIFF) prc/temp.cod bin/codspw.cod 64
	$(DIFF) prc/temp1.out bin/outsp1.bin 64
	$(DIFF) prc/temp2.out bin/outsp2.bin 64
	$(DIFF) prc/temp3.out bin/outsp3.bin 64