SIM 代码查重工具编译[Linux]

博主： Wangxs
发布时间：2021 年 02 月 10 日
783 次浏览
暂无评论
11162字数
分类：杂七杂八

在写毕设OJ的时候需要完成一个代码查重的功能，很久以前就发现了这个代码查重工具。

编译的环境是

Deepin 20.1 社区版

Linux wangx-PC 5.4.70-amd64-desktop #1 SMP Wed Oct 14 15:24:23 CST 2020 x86_64 GNU/Linux

1. 首先下载源码包

SIM下载地址

2.修改Makefile

下面是我改好的makefile，你可以修改

#    This file is part of the software similarity tester SIM.
#    Written by Dick Grune, Vrije Universiteit, Amsterdam.
#    $Id: Makefile,v 2.66 2015-04-29 18:18:21 dick Exp $
#

VERSION="\"2.89 of 2015-04-29\""

#    E N T R Y   P O I N T S

help:
    @echo  'Entry points:'
    @echo  'test:           compile sim_c and run a simple test'
    @echo  ''
    @echo  'binaries:       create all binaries'
    @echo  'exes:           create executables in MSDOS'
    @echo  'install:        install all binaries'
    @echo  ''
    @echo  'man:            create sim.pdf'
    @echo  'lint:           lint sim sources'
    @echo  'simsim:         run sim_c on the sim sources'
    @echo  ''
    @echo  'fresh:          remove created files'

#
# When you modify any of the following macros, do 'make clean'
#

# System dependencies
#    =============== including ../lib/sysidf.mk here
#    This file is part of the auxiliary libraries.
#    Written by Dick Grune, dick@dickgrune.com
#    $Id: sysidf.mk,v 1.17 2014-07-28 09:18:13 dick Exp $
#

################################################################
# For UNIX-like systems

SYSTEM =    UNIX
SUBSYSTEM =    SOLARIS

# Locations
DIR =        /home/wangx
BINDIR =    /usr/bin
MAN1DIR =    /usr/share/man/man1

# Commands
COPY =        cp -p
EXE =        #
LEX =        flex
LN =        ln
ZIP =        zip -o

################################################################
# For MSDOS + MinGW

#SYSTEM =    MSDOS
#SUBSYSTEM =    MinGW

# Locations
#DIR =        C:/BIN
#BINDIR =    C:/BIN
#MAN1DIR =    C:/BIN

# Commands (cp required, since xcopy cannot handle forward slashes)
#COPY =        cp -p
#EXE =        .exe
#LEX =        flex
#LN =        ln
#ZIP =        zip -o

################################################################
# General, compiling:
CC =        gcc -D$(SYSTEM) -D$(SUBSYSTEM)
LINT =        lint -ansi -D$(SYSTEM) -D$(SUBSYSTEM)
LINTFLAGS =    -xh

# General, manual:
GROFF =        groff -man
GROFF =        man2pdf

.SUFFIXES:    .1 .3 .pdf

.1.pdf:
        $(GROFF) $<

.3.pdf:
        $(GROFF) $<
#    =============== end of ../lib/sysidf.mk

# Compiling
MEMORY =    -DMEMLEAK -DMEMCLOBBER
CFLAGS =    -DVERSION=$(VERSION) $(MEMORY) -O4
LIBFLAGS =    #
LINTFLAGS =    $(MEMORY) -h# -X
LOADFLAGS =    -s#            # strip symbol table
LOADER =    $(CC) $(LOADFLAGS)

# Debugging
CFLAGS +=    -DDEBUG
DEBUG_C =    debug.c
DEBUG_O =    debug.o
DEBUG_H =    debug.h

#    T E S T   P A R A M E T E R S

# percentage test
TEST_LANG =    c
TEST_OPT =    -p
TEST_INP =    *.l

# text test
TEST_LANG =    text
TEST_OPT =    -r 5
TEST_INP =    test_seplet

# Rumen Stevanov test
TEST_LANG =    text
TEST_OPT =    -p
TEST_INP =    Rumen_Stefanov/new/*.txt

# Kuhl test 1
TEST_LANG =    c
TEST_OPT =    -p
TEST_INP =    Kuhl/simc1.c Kuhl/simc2.c

# Kuhl test 2
TEST_LANG =    c
TEST_OPT =    -p
TEST_INP =    Kuhl/simc2.c Kuhl/simc1.c

# -i option test
TEST_LANG =    c
TEST_OPT =    -f -r 20 -R -i <option-i.inp
TEST_INP =    #

# regular test
TEST_LANG =    c
TEST_OPT =    -r24
TEST_INP =    pass3.c


#    I N T R O D U C T I O N

#    Each module (set of programs that together perform some function)
#    has the following sets of files defined for it:
#        _FLS    all files of that module, for, e.g.,
#            sharring, inventory, etc.
#        _SRC    the source files, from which other files derive
#        _CFS    the C-files, from which the object files derive
#        _OBJ    object files
#        _GRB    garbage files produced by compiling the module
#
#    (This is a feeble attempt at software-engineering a Makefile.)
#

test:        sim.res stream.res percentages.res    # three simple tests


#    B I N A R I E S

BINARIES =    sim_c$(EXE) sim_java$(EXE) sim_pasc$(EXE) sim_m2$(EXE) \
        sim_lisp$(EXE) sim_mira$(EXE) sim_text$(EXE)

binaries:    $(BINARIES)

EXES =        sim_c.exe sim_java.exe sim_pasc.exe sim_m2.exe \
        sim_lisp.exe sim_mira.exe sim_text.exe
exes:        $(EXES)


#    A U X I L I A R Y   M O D U L E S

# Common modules:
COM_CFS =    token.c lex.c stream.c text.c tokenarray.c error.c $(DEBUG_C) \
        ForEachFile.c fname.c Malloc.c any_int.c
COM_OBJ =    token.o lex.o stream.o text.o tokenarray.o error.o $(DEBUG_O) \
        ForEachFile.o fname.o Malloc.o any_int.o
COM_SRC =    token.h lex.h stream.h text.h tokenarray.h error.h $(DEBUG_H) \
        ForEachFile.h fname.h Malloc.h any_int.h \
        lang.h language.h \
        sortlist.spc sortlist.bdy system.par $(COM_CFS)
COM_FLS =    $(COM_SRC)

# C files for the abstract modules:
ABS_CFS =    lang.c language.c

# The idf module:
IDF_CFS =    idf.c
IDF_OBJ =    idf.o
IDF_SRC =    idf.h $(IDF_CFS)
IDF_FLS =    $(IDF_SRC)

# The runs package:
RUNS_CFS =    runs.c percentages.c
RUNS_OBJ =    runs.o percentages.o
RUNS_SRC =    runs.h percentages.h aiso.spc aiso.bdy $(RUNS_CFS)
RUNS_FLS =    $(RUNS_SRC)

# The main program:
MAIN_CFS =    sim.c options.c newargs.c hash.c compare.c add_run.c \
        pass1.c pass2.c pass3.c
MAIN_OBJ =    sim.o options.o newargs.o hash.o compare.o add_run.o \
        pass1.o pass2.o pass3.o
MAIN_SRC =    sim.h options.h newargs.h hash.h compare.h add_run.h \
        pass1.h pass2.h pass3.h \
        debug.par settings.par $(MAIN_CFS)
MAIN_FLS =    $(MAIN_SRC)

# The similarity tester without the language part:
SIM_CFS =    $(COM_CFS) $(IDF_CFS) $(RUNS_CFS) $(MAIN_CFS)
SIM_OBJ =    $(COM_OBJ) $(IDF_OBJ) $(RUNS_OBJ) $(MAIN_OBJ)
SIM_SRC =    $(COM_SRC) $(IDF_SRC) $(RUNS_SRC) $(MAIN_SRC)
SIM_FLS =    $(COM_FLS) $(IDF_FLS) $(RUNS_FLS) $(MAIN_FLS)


#    L A N G U A G E S

# The algollike module:
ALG_CFS =    algollike.c
ALG_OBJ =    algollike.o
ALG_SRC =    algollike.h $(ALG_CFS)
ALG_FLS =    $(ALG_SRC)

# The C Language module:                    # C
CLANG_CFS =    clang.c
CLANG_OBJ =    clang.o
CLANG_SRC =    clang.l
CLANG_FLS =    $(CLANG_SRC)

clang.c:    clang.l
        $(LEX) -t clang.l >$@

SIM_C_CFS =    $(SIM_CFS) $(ALG_CFS) $(CLANG_CFS)
SIM_C_OBJ =    $(SIM_OBJ) $(ALG_OBJ) $(CLANG_OBJ)

sim_c$(EXE):    $(SIM_C_OBJ)
        $(LOADER) $(SIM_C_OBJ) -o $@

SIM_GRB +=    clang.c sim_c

$(BINDIR)/sim_c$(EXE):    sim_c$(EXE)
        $(COPY) sim_c$(EXE) $@

# The Java Language module:                    # Java
JAVALANG_CFS =    javalang.c
JAVALANG_OBJ =    javalang.o
JAVALANG_SRC =    javalang.l
JAVALANG_FLS =    $(JAVALANG_SRC)

javalang.c:    javalang.l
        $(LEX) -t javalang.l >$@

SIM_JAVA_CFS =    $(SIM_CFS) $(ALG_CFS) $(JAVALANG_CFS)
SIM_JAVA_OBJ =    $(SIM_OBJ) $(ALG_OBJ) $(JAVALANG_OBJ)

sim_java$(EXE):    $(SIM_JAVA_OBJ)
        $(LOADER) $(SIM_JAVA_OBJ) -o $@

SIM_GRB +=    javalang.c sim_java

$(BINDIR)/sim_java$(EXE):    sim_java$(EXE)
        $(COPY) sim_java$(EXE) $@

# The Pascal Language module:                    # Pascal
PASCLANG_CFS =    pascallang.c
PASCLANG_OBJ =    pascallang.o
PASCLANG_SRC =    pascallang.l
PASCLANG_FLS =    $(PASCLANG_SRC)

pascallang.c:    pascallang.l
        $(LEX) -t pascallang.l >pascallang.c

SIM_PASC_CFS =    $(SIM_CFS) $(ALG_CFS) $(PASCLANG_CFS)
SIM_PASC_OBJ =    $(SIM_OBJ) $(ALG_OBJ) $(PASCLANG_OBJ)

sim_pasc$(EXE):    $(SIM_PASC_OBJ)
        $(LOADER) $(SIM_PASC_OBJ) -o $@

SIM_GRB +=    pascallang.c sim_pasc

$(BINDIR)/sim_pasc$(EXE):    sim_pasc$(EXE)
        $(COPY) sim_pasc$(EXE) $@

# The Modula-2 Language module:                    # Modula-2
M2LANG_CFS =    m2lang.c
M2LANG_OBJ =    m2lang.o
M2LANG_SRC =    m2lang.l
M2LANG_FLS =    $(M2LANG_SRC)

m2lang.c:    m2lang.l
        $(LEX) -t m2lang.l >$@

SIM_M2_CFS =    $(SIM_CFS) $(ALG_CFS) $(M2LANG_CFS)
SIM_M2_OBJ =    $(SIM_OBJ) $(ALG_OBJ) $(M2LANG_OBJ)

sim_m2$(EXE):    $(SIM_M2_OBJ)
        $(LOADER) $(SIM_M2_OBJ) -o $@

SIM_GRB +=    m2lang.c sim_m2

$(BINDIR)/sim_m2$(EXE):    sim_m2$(EXE)
        $(COPY) sim_m2$(EXE) $@

# The Lisp Language module:                    # Lisp
LISPLANG_CFS =    lisplang.c
LISPLANG_OBJ =    lisplang.o
LISPLANG_SRC =    lisplang.l
LISPLANG_FLS =    $(LISPLANG_SRC)

lisplang.c:    lisplang.l
        $(LEX) -t lisplang.l >$@

SIM_LISP_CFS =    $(SIM_CFS) $(ALG_CFS) $(LISPLANG_CFS)
SIM_LISP_OBJ =    $(SIM_OBJ) $(ALG_OBJ) $(LISPLANG_OBJ)

sim_lisp$(EXE):    $(SIM_LISP_OBJ)
        $(LOADER) $(SIM_LISP_OBJ) -o $@

SIM_GRB +=    lisplang.c sim_lisp

$(BINDIR)/sim_lisp$(EXE):    sim_lisp$(EXE)
        $(COPY) sim_lisp$(EXE) $@

# The Miranda Language module:                    # Miranda
MIRALANG_CFS =    miralang.c
MIRALANG_OBJ =    miralang.o
MIRALANG_SRC =    miralang.l
MIRALANG_FLS =    $(MIRALANG_SRC)

miralang.c:    miralang.l
        $(LEX) -t miralang.l >$@

SIM_MIRA_CFS =    $(SIM_CFS) $(ALG_CFS) $(MIRALANG_CFS)
SIM_MIRA_OBJ =    $(SIM_OBJ) $(ALG_OBJ) $(MIRALANG_OBJ)

sim_mira$(EXE):    $(SIM_MIRA_OBJ)
        $(LOADER) $(SIM_MIRA_OBJ) -o $@

SIM_GRB +=    miralang.c sim_mira

$(BINDIR)/sim_mira$(EXE):    sim_mira$(EXE)
        $(COPY) sim_mira$(EXE) $@

# The Text module:                        # Text
TEXTLANG_CFS =    textlang.c
TEXTLANG_OBJ =    textlang.o
TEXTLANG_SRC =    textlang.l
TEXTLANG_FLS =    $(TEXTLANG_SRC)

textlang.c:    textlang.l
        $(LEX) -t textlang.l >$@

SIM_TEXT_CFS =    $(SIM_CFS) $(TEXTLANG_CFS)
SIM_TEXT_OBJ =    $(SIM_OBJ) $(TEXTLANG_OBJ)

sim_text$(EXE):    $(SIM_TEXT_OBJ)
        $(LOADER) $(SIM_TEXT_OBJ) -o $@

SIM_GRB +=    textlang.c sim_text

$(BINDIR)/sim_text$(EXE):    sim_text$(EXE)
        $(COPY) sim_text$(EXE) $@















#    T E S T S

# Some simple tests:
.PHONY:        sim.res percentages.res

sim.res:    sim_$(TEST_LANG)$(EXE)    # no TEST_INP required, for error tests
        ./sim_$(TEST_LANG)$(EXE) $(TEST_OPT) $(TEST_INP)

stream.res:    sim_$(TEST_LANG)$(EXE)
        ./sim_$(TEST_LANG)$(EXE) -- $(TEST_OPT) $(TEST_INP) >$@
        wc $@ $(TEST_INP)

percentages.res:sim_$(TEST_LANG)$(EXE)
        ./sim_$(TEST_LANG)$(EXE) -p $(TEST_OPT) $(TEST_INP)

TEST_GRB =    stream.res

# More simple tests, using the C version only:
simsim:        sim_c$(EXE) $(SIM_CFS) $(ALG_CFS)
        ./sim_c$(EXE) -fr 20 $(SIM_CFS) $(ALG_CFS)

# Lint
lint:        $(SIM_SRC) $(ALG_SRC) $(ABS_CFS)
        $(LINT) $(LINTFLAGS) $(SIM_CFS) $(ALG_CFS) $(ABS_CFS)


#    O T H E R   E N T R I E S

# Sets of files: general, modules, main programs, languages
CFS =        $(SIM_CFS) $(ALG_CFS) \
        $(CLANG_CFS) $(JAVALANG_CFS) $(PASCLANG_CFS) $(M2LANG_CFS) \
        $(LISPLANG_CFS) $(MIRALANG_CFS) $(TEXTLANG_CFS)
OBJ =        $(SIM_OBJ) $(ALG_OBJ) \
        $(CLANG_OBJ) $(JAVALANG_OBJ) $(PASCLANG_OBJ) $(M2LANG_OBJ) \
        $(LISPLANG_OBJ) $(MIRALANG_OBJ) $(TEXTLANG_OBJ)
SRC =        $(SIM_SRC) $(ALG_SRC) \
        $(CLANG_SRC) $(JAVALANG_SRC) $(PASCLANG_SRC) $(M2LANG_SRC) \
        $(LISPLANG_SRC) $(MIRALANG_SRC) $(TEXTLANG_SRC)
FLS =        $(SIM_FLS) $(ALG_FLS) \
        $(CLANG_FLS) $(JAVALANG_FLS) $(PASCLANG_FLS) $(M2LANG_FLS) \
        $(LISPLANG_FLS) $(MIRALANG_FLS) $(TEXTLANG_FLS) \
        sysidf.mk sysidf.msdos sysidf.unix
DOC =        README sim.1 sim.txt sim.html ChangeLog Answers TechnReport

# Documentation

man:        sim.pdf

# Installation
install_all:    install            # just a synonym
install:    $(MAN1DIR)/sim.1 \
        $(BINDIR)/sim_c$(EXE) \
        $(BINDIR)/sim_java$(EXE) \
        $(BINDIR)/sim_pasc$(EXE) \
        $(BINDIR)/sim_m2$(EXE) \
        $(BINDIR)/sim_lisp$(EXE) \
        $(BINDIR)/sim_mira$(EXE) \
        $(BINDIR)/sim_text$(EXE)

$(MAN1DIR)/sim.1:    sim.1
        $(COPY) sim.1 $@


# Clean-up

.PHONY:        clean fresh
clean:
        -rm -f *.o
        -rm -f $(SIM_GRB)
        -rm -f $(TEST_GRB)
        -rm -f $(DOC_GRB)
        -rm -f a.out a.exe sim.txt core mon.out

fresh:        clean
        -rm -f *.exe

#    D E P E N D E N C I E S

# DO NOT DELETE THIS LINE -- make depend depends on it.
ForEachFile.o: ForEachFile.c ForEachFile.h fname.h
Malloc.o: Malloc.c any_int.h Malloc.h
add_run.o: add_run.c sim.h debug.par text.h runs.h aiso.spc percentages.h \
 Malloc.h options.h error.h add_run.h
algollike.o: algollike.c options.h error.h token.h algollike.h
any_int.o: any_int.c any_int.h
clang.o: clang.c options.h token.h language.h algollike.h idf.h lex.h \
 lang.h
compare.o: compare.c sim.h text.h token.h tokenarray.h hash.h language.h \
 options.h add_run.h compare.h debug.par
count_sim_dup.o: count_sim_dup.c
debug.o: debug.c debug.h
error.o: error.c sim.h error.h
fname.o: fname.c fname.h
hash.o: hash.c system.par debug.par sim.h text.h Malloc.h error.h \
 any_int.h token.h language.h tokenarray.h options.h hash.h
idf.o: idf.c system.par token.h idf.h
javalang.o: javalang.c options.h token.h language.h algollike.h idf.h \
 lex.h lang.h
lang.o: lang.c token.h language.h algollike.h idf.h lex.h lang.h
language.o: language.c token.h language.h
lex.o: lex.c lex.h
lisplang.o: lisplang.c token.h language.h algollike.h lex.h lang.h idf.h
m2lang.o: m2lang.c options.h token.h language.h algollike.h idf.h lex.h \
 lang.h
miralang.o: miralang.c token.h language.h algollike.h lex.h lang.h idf.h
newargs.o: newargs.c sim.h ForEachFile.h fname.h Malloc.h error.h \
 newargs.h
options.o: options.c options.h
pascallang.o: pascallang.c options.h token.h language.h algollike.h idf.h \
 lex.h lang.h
pass1.o: pass1.c debug.par sim.h text.h token.h tokenarray.h lang.h \
 error.h options.h pass1.h
pass2.o: pass2.c debug.par sim.h token.h text.h lang.h pass2.h \
 sortlist.bdy
pass3.o: pass3.c system.par debug.par sim.h text.h token.h runs.h \
 aiso.spc Malloc.h error.h options.h pass3.h percentages.h
percentages.o: percentages.c debug.par sim.h text.h runs.h aiso.spc \
 options.h Malloc.h error.h percentages.h sortlist.bdy
runs.o: runs.c sim.h text.h runs.h aiso.spc debug.par aiso.bdy Malloc.h
sim.o: sim.c system.par settings.par sim.h options.h newargs.h token.h \
 language.h error.h text.h runs.h aiso.spc hash.h compare.h pass1.h \
 pass2.h pass3.h percentages.h stream.h lang.h Malloc.h any_int.h
stream.o: stream.c system.par sim.h options.h token.h lang.h stream.h
t.o: t.c
text.o: text.c debug.par sim.h token.h stream.h lang.h Malloc.h options.h \
 error.h text.h
textlang.o: textlang.c sim.h token.h idf.h lex.h lang.h language.h
token.o: token.c token.h
tokenarray.o: tokenarray.c error.h Malloc.h token.h lang.h tokenarray.h

3. 编译

make test
make install

4. 完成

最后修改：2021 年 02 月 10 日

如果觉得我的文章对你有用，请随意赞赏

发表评论取消回复

评论 *

私密评论

名称 *

🎲

邮箱

地址

langchen
学姐从事网络安全，还要学java虚拟机嘛(ㆆᴗㆆ)
Jarvis_xyy
王哥的博客已经是我Google搜索榜一了，很强
ccc
666
ccc
谢谢学长，冲了
看透一切的人士
该评论仅登录用户及评论双方可见

SIM 代码查重工具编译[Linux]

Wangxs • 2021 年 02 月 10 日

<p>在写毕设OJ的时候需要完成一个代码查重的功能，很久以前就发现了这个代码查重工具。</p><p>编译的环境是</p><h3>Deepin 20.1 社区版</h3><blockquote><p>Linux wangx-PC 5.4.70-amd64-desktop #1 SMP Wed Oct 14 15:24:23 CST 2020 x86_64 GNU/Linux</p></blockquote><h3>1. 首先下载源码包</h3><p><span class="external-link"><a class="no-external-link" href="https://dickgrune.com/Programs/similarity_tester/sim_2_89.zip" target="_blank"><i data-feather="external-link"></i>SIM下载地址</a></span></p><h3>2.修改Makefile</h3><p>下面是我改好的makefile，你可以修改</p><pre><code>#    This file is part of the software similarity tester SIM.
#    Written by Dick Grune, Vrije Universiteit, Amsterdam.
#    $Id: Makefile,v 2.66 2015-04-29 18:18:21 dick Exp $
#

VERSION=&quot;\&quot;2.89 of 2015-04-29\&quot;&quot;

#    E N T R Y   P O I N T S

help:
    @echo  'Entry points:'
    @echo  'test:           compile sim_c and run a simple test'
    @echo  ''
    @echo  'binaries:       create all binaries'
    @echo  'exes:           create executables in MSDOS'
    @echo  'install:        install all binaries'
    @echo  ''
    @echo  'man:            create sim.pdf'
    @echo  'lint:           lint sim sources'
    @echo  'simsim:         run sim_c on the sim sources'
    @echo  ''
    @echo  'fresh:          remove created files'

#
# When you modify any of the following macros, do 'make clean'
#

# System dependencies
#    =============== including ../lib/sysidf.mk here
#    This file is part of the auxiliary libraries.
#    Written by Dick Grune, dick@dickgrune.com
#    $Id: sysidf.mk,v 1.17 2014-07-28 09:18:13 dick Exp $
#

################################################################
# For UNIX-like systems

SYSTEM =    UNIX
SUBSYSTEM =    SOLARIS

# Locations
DIR =        /home/wangx
BINDIR =    /usr/bin
MAN1DIR =    /usr/share/man/man1

# Commands
COPY =        cp -p
EXE =        #
LEX =        flex
LN =        ln
ZIP =        zip -o

################################################################
# For MSDOS + MinGW

#SYSTEM =    MSDOS
#SUBSYSTEM =    MinGW

# Locations
#DIR =        C:/BIN
#BINDIR =    C:/BIN
#MAN1DIR =    C:/BIN

# Commands (cp required, since xcopy cannot handle forward slashes)
#COPY =        cp -p
#EXE =        .exe
#LEX =        flex
#LN =        ln
#ZIP =        zip -o

################################################################
# General, compiling:
CC =        gcc -D$(SYSTEM) -D$(SUBSYSTEM)
LINT =        lint -ansi -D$(SYSTEM) -D$(SUBSYSTEM)
LINTFLAGS =    -xh

# General, manual:
GROFF =        groff -man
GROFF =        man2pdf

.SUFFIXES:    .1 .3 .pdf

.1.pdf:
        $(GROFF) $&lt;

.3.pdf:
        $(GROFF) $&lt;
#    =============== end of ../lib/sysidf.mk

# Compiling
MEMORY =    -DMEMLEAK -DMEMCLOBBER
CFLAGS =    -DVERSION=$(VERSION) $(MEMORY) -O4
LIBFLAGS =    #
LINTFLAGS =    $(MEMORY) -h# -X
LOADFLAGS =    -s#            # strip symbol table
LOADER =    $(CC) $(LOADFLAGS)

# Debugging
CFLAGS +=    -DDEBUG
DEBUG_C =    debug.c
DEBUG_O =    debug.o
DEBUG_H =    debug.h

#    T E S T   P A R A M E T E R S

# percentage test
TEST_LANG =    c
TEST_OPT =    -p
TEST_INP =    *.l

# text test
TEST_LANG =    text
TEST_OPT =    -r 5
TEST_INP =    test_seplet

# Rumen Stevanov test
TEST_LANG =    text
TEST_OPT =    -p
TEST_INP =    Rumen_Stefanov/new/*.txt

# Kuhl test 1
TEST_LANG =    c
TEST_OPT =    -p
TEST_INP =    Kuhl/simc1.c Kuhl/simc2.c

# Kuhl test 2
TEST_LANG =    c
TEST_OPT =    -p
TEST_INP =    Kuhl/simc2.c Kuhl/simc1.c

# -i option test
TEST_LANG =    c
TEST_OPT =    -f -r 20 -R -i &lt;option-i.inp
TEST_INP =    #

# regular test
TEST_LANG =    c
TEST_OPT =    -r24
TEST_INP =    pass3.c

#    I N T R O D U C T I O N

#    Each module (set of programs that together perform some function)
#    has the following sets of files defined for it:
#        _FLS    all files of that module, for, e.g.,
#            sharring, inventory, etc.
#        _SRC    the source files, from which other files derive
#        _CFS    the C-files, from which the object files derive
#        _OBJ    object files
#        _GRB    garbage files produced by compiling the module
#
#    (This is a feeble attempt at software-engineering a Makefile.)
#

test:        sim.res stream.res percentages.res    # three simple tests

#    B I N A R I E S

BINARIES =    sim_c$(EXE) sim_java$(EXE) sim_pasc$(EXE) sim_m2$(EXE) \
        sim_lisp$(EXE) sim_mira$(EXE) sim_text$(EXE)

binaries:    $(BINARIES)

EXES =        sim_c.exe sim_java.exe sim_pasc.exe sim_m2.exe \
        sim_lisp.exe sim_mira.exe sim_text.exe
exes:        $(EXES)

#    A U X I L I A R Y   M O D U L E S

# Common modules:
COM_CFS =    token.c lex.c stream.c text.c tokenarray.c error.c $(DEBUG_C) \
        ForEachFile.c fname.c Malloc.c any_int.c
COM_OBJ =    token.o lex.o stream.o text.o tokenarray.o error.o $(DEBUG_O) \
        ForEachFile.o fname.o Malloc.o any_int.o
COM_SRC =    token.h lex.h stream.h text.h tokenarray.h error.h $(DEBUG_H) \
        ForEachFile.h fname.h Malloc.h any_int.h \
        lang.h language.h \
        sortlist.spc sortlist.bdy system.par $(COM_CFS)
COM_FLS =    $(COM_SRC)

# C files for the abstract modules:
ABS_CFS =    lang.c language.c

# The idf module:
IDF_CFS =    idf.c
IDF_OBJ =    idf.o
IDF_SRC =    idf.h $(IDF_CFS)
IDF_FLS =    $(IDF_SRC)

# The runs package:
RUNS_CFS =    runs.c percentages.c
RUNS_OBJ =    runs.o percentages.o
RUNS_SRC =    runs.h percentages.h aiso.spc aiso.bdy $(RUNS_CFS)
RUNS_FLS =    $(RUNS_SRC)

# The main program:
MAIN_CFS =    sim.c options.c newargs.c hash.c compare.c add_run.c \
        pass1.c pass2.c pass3.c
MAIN_OBJ =    sim.o options.o newargs.o hash.o compare.o add_run.o \
        pass1.o pass2.o pass3.o
MAIN_SRC =    sim.h options.h newargs.h hash.h compare.h add_run.h \
        pass1.h pass2.h pass3.h \
        debug.par settings.par $(MAIN_CFS)
MAIN_FLS =    $(MAIN_SRC)

# The similarity tester without the language part:
SIM_CFS =    $(COM_CFS) $(IDF_CFS) $(RUNS_CFS) $(MAIN_CFS)
SIM_OBJ =    $(COM_OBJ) $(IDF_OBJ) $(RUNS_OBJ) $(MAIN_OBJ)
SIM_SRC =    $(COM_SRC) $(IDF_SRC) $(RUNS_SRC) $(MAIN_SRC)
SIM_FLS =    $(COM_FLS) $(IDF_FLS) $(RUNS_FLS) $(MAIN_FLS)

#    L A N G U A G E S

# The algollike module:
ALG_CFS =    algollike.c
ALG_OBJ =    algollike.o
ALG_SRC =    algollike.h $(ALG_CFS)
ALG_FLS =    $(ALG_SRC)

# The C Language module:                    # C
CLANG_CFS =    clang.c
CLANG_OBJ =    clang.o
CLANG_SRC =    clang.l
CLANG_FLS =    $(CLANG_SRC)

clang.c:    clang.l
        $(LEX) -t clang.l &gt;$@

SIM_C_CFS =    $(SIM_CFS) $(ALG_CFS) $(CLANG_CFS)
SIM_C_OBJ =    $(SIM_OBJ) $(ALG_OBJ) $(CLANG_OBJ)

sim_c$(EXE):    $(SIM_C_OBJ)
        $(LOADER) $(SIM_C_OBJ) -o $@

SIM_GRB +=    clang.c sim_c

$(BINDIR)/sim_c$(EXE):    sim_c$(EXE)
        $(COPY) sim_c$(EXE) $@

# The Java Language module:                    # Java
JAVALANG_CFS =    javalang.c
JAVALANG_OBJ =    javalang.o
JAVALANG_SRC =    javalang.l
JAVALANG_FLS =    $(JAVALANG_SRC)

javalang.c:    javalang.l
        $(LEX) -t javalang.l &gt;$@

SIM_JAVA_CFS =    $(SIM_CFS) $(ALG_CFS) $(JAVALANG_CFS)
SIM_JAVA_OBJ =    $(SIM_OBJ) $(ALG_OBJ) $(JAVALANG_OBJ)

sim_java$(EXE):    $(SIM_JAVA_OBJ)
        $(LOADER) $(SIM_JAVA_OBJ) -o $@

SIM_GRB +=    javalang.c sim_java

$(BINDIR)/sim_java$(EXE):    sim_java$(EXE)
        $(COPY) sim_java$(EXE) $@

# The Pascal Language module:                    # Pascal
PASCLANG_CFS =    pascallang.c
PASCLANG_OBJ =    pascallang.o
PASCLANG_SRC =    pascallang.l
PASCLANG_FLS =    $(PASCLANG_SRC)

pascallang.c:    pascallang.l
        $(LEX) -t pascallang.l &gt;pascallang.c

SIM_PASC_CFS =    $(SIM_CFS) $(ALG_CFS) $(PASCLANG_CFS)
SIM_PASC_OBJ =    $(SIM_OBJ) $(ALG_OBJ) $(PASCLANG_OBJ)

sim_pasc$(EXE):    $(SIM_PASC_OBJ)
        $(LOADER) $(SIM_PASC_OBJ) -o $@

SIM_GRB +=    pascallang.c sim_pasc

$(BINDIR)/sim_pasc$(EXE):    sim_pasc$(EXE)
        $(COPY) sim_pasc$(EXE) $@

# The Modula-2 Language module:                    # Modula-2
M2LANG_CFS =    m2lang.c
M2LANG_OBJ =    m2lang.o
M2LANG_SRC =    m2lang.l
M2LANG_FLS =    $(M2LANG_SRC)

m2lang.c:    m2lang.l
        $(LEX) -t m2lang.l &gt;$@

SIM_M2_CFS =    $(SIM_CFS) $(ALG_CFS) $(M2LANG_CFS)
SIM_M2_OBJ =    $(SIM_OBJ) $(ALG_OBJ) $(M2LANG_OBJ)

sim_m2$(EXE):    $(SIM_M2_OBJ)
        $(LOADER) $(SIM_M2_OBJ) -o $@

SIM_GRB +=    m2lang.c sim_m2

$(BINDIR)/sim_m2$(EXE):    sim_m2$(EXE)
        $(COPY) sim_m2$(EXE) $@

# The Lisp Language module:                    # Lisp
LISPLANG_CFS =    lisplang.c
LISPLANG_OBJ =    lisplang.o
LISPLANG_SRC =    lisplang.l
LISPLANG_FLS =    $(LISPLANG_SRC)

lisplang.c:    lisplang.l
        $(LEX) -t lisplang.l &gt;$@

SIM_LISP_CFS =    $(SIM_CFS) $(ALG_CFS) $(LISPLANG_CFS)
SIM_LISP_OBJ =    $(SIM_OBJ) $(ALG_OBJ) $(LISPLANG_OBJ)

sim_lisp$(EXE):    $(SIM_LISP_OBJ)
        $(LOADER) $(SIM_LISP_OBJ) -o $@

SIM_GRB +=    lisplang.c sim_lisp

$(BINDIR)/sim_lisp$(EXE):    sim_lisp$(EXE)
        $(COPY) sim_lisp$(EXE) $@

# The Miranda Language module:                    # Miranda
MIRALANG_CFS =    miralang.c
MIRALANG_OBJ =    miralang.o
MIRALANG_SRC =    miralang.l
MIRALANG_FLS =    $(MIRALANG_SRC)

miralang.c:    miralang.l
        $(LEX) -t miralang.l &gt;$@

SIM_MIRA_CFS =    $(SIM_CFS) $(ALG_CFS) $(MIRALANG_CFS)
SIM_MIRA_OBJ =    $(SIM_OBJ) $(ALG_OBJ) $(MIRALANG_OBJ)

sim_mira$(EXE):    $(SIM_MIRA_OBJ)
        $(LOADER) $(SIM_MIRA_OBJ) -o $@

SIM_GRB +=    miralang.c sim_mira

$(BINDIR)/sim_mira$(EXE):    sim_mira$(EXE)
        $(COPY) sim_mira$(EXE) $@

# The Text module:                        # Text
TEXTLANG_CFS =    textlang.c
TEXTLANG_OBJ =    textlang.o
TEXTLANG_SRC =    textlang.l
TEXTLANG_FLS =    $(TEXTLANG_SRC)

textlang.c:    textlang.l
        $(LEX) -t textlang.l &gt;$@

SIM_TEXT_CFS =    $(SIM_CFS) $(TEXTLANG_CFS)
SIM_TEXT_OBJ =    $(SIM_OBJ) $(TEXTLANG_OBJ)

sim_text$(EXE):    $(SIM_TEXT_OBJ)
        $(LOADER) $(SIM_TEXT_OBJ) -o $@

SIM_GRB +=    textlang.c sim_text

$(BINDIR)/sim_text$(EXE):    sim_text$(EXE)
        $(COPY) sim_text$(EXE) $@

#    T E S T S

# Some simple tests:
.PHONY:        sim.res percentages.res

sim.res:    sim_$(TEST_LANG)$(EXE)    # no TEST_INP required, for error tests
        ./sim_$(TEST_LANG)$(EXE) $(TEST_OPT) $(TEST_INP)

stream.res:    sim_$(TEST_LANG)$(EXE)
        ./sim_$(TEST_LANG)$(EXE) -- $(TEST_OPT) $(TEST_INP) &gt;$@
        wc $@ $(TEST_INP)

percentages.res:sim_$(TEST_LANG)$(EXE)
        ./sim_$(TEST_LANG)$(EXE) -p $(TEST_OPT) $(TEST_INP)

TEST_GRB =    stream.res

# More simple tests, using the C version only:
simsim:        sim_c$(EXE) $(SIM_CFS) $(ALG_CFS)
        ./sim_c$(EXE) -fr 20 $(SIM_CFS) $(ALG_CFS)

# Lint
lint:        $(SIM_SRC) $(ALG_SRC) $(ABS_CFS)
        $(LINT) $(LINTFLAGS) $(SIM_CFS) $(ALG_CFS) $(ABS_CFS)

#    O T H E R   E N T R I E S

# Sets of files: general, modules, main programs, languages
CFS =        $(SIM_CFS) $(ALG_CFS) \
        $(CLANG_CFS) $(JAVALANG_CFS) $(PASCLANG_CFS) $(M2LANG_CFS) \
        $(LISPLANG_CFS) $(MIRALANG_CFS) $(TEXTLANG_CFS)
OBJ =        $(SIM_OBJ) $(ALG_OBJ) \
        $(CLANG_OBJ) $(JAVALANG_OBJ) $(PASCLANG_OBJ) $(M2LANG_OBJ) \
        $(LISPLANG_OBJ) $(MIRALANG_OBJ) $(TEXTLANG_OBJ)
SRC =        $(SIM_SRC) $(ALG_SRC) \
        $(CLANG_SRC) $(JAVALANG_SRC) $(PASCLANG_SRC) $(M2LANG_SRC) \
        $(LISPLANG_SRC) $(MIRALANG_SRC) $(TEXTLANG_SRC)
FLS =        $(SIM_FLS) $(ALG_FLS) \
        $(CLANG_FLS) $(JAVALANG_FLS) $(PASCLANG_FLS) $(M2LANG_FLS) \
        $(LISPLANG_FLS) $(MIRALANG_FLS) $(TEXTLANG_FLS) \
        sysidf.mk sysidf.msdos sysidf.unix
DOC =        README sim.1 sim.txt sim.html ChangeLog Answers TechnReport

# Documentation

man:        sim.pdf

# Installation
install_all:    install            # just a synonym
install:    $(MAN1DIR)/sim.1 \
        $(BINDIR)/sim_c$(EXE) \
        $(BINDIR)/sim_java$(EXE) \
        $(BINDIR)/sim_pasc$(EXE) \
        $(BINDIR)/sim_m2$(EXE) \
        $(BINDIR)/sim_lisp$(EXE) \
        $(BINDIR)/sim_mira$(EXE) \
        $(BINDIR)/sim_text$(EXE)

$(MAN1DIR)/sim.1:    sim.1
        $(COPY) sim.1 $@

# Clean-up

.PHONY:        clean fresh
clean:
        -rm -f *.o
        -rm -f $(SIM_GRB)
        -rm -f $(TEST_GRB)
        -rm -f $(DOC_GRB)
        -rm -f a.out a.exe sim.txt core mon.out

fresh:        clean
        -rm -f *.exe

#    D E P E N D E N C I E S

# DO NOT DELETE THIS LINE -- make depend depends on it.
ForEachFile.o: ForEachFile.c ForEachFile.h fname.h
Malloc.o: Malloc.c any_int.h Malloc.h
add_run.o: add_run.c sim.h debug.par text.h runs.h aiso.spc percentages.h \
 Malloc.h options.h error.h add_run.h
algollike.o: algollike.c options.h error.h token.h algollike.h
any_int.o: any_int.c any_int.h
clang.o: clang.c options.h token.h language.h algollike.h idf.h lex.h \
 lang.h
compare.o: compare.c sim.h text.h token.h tokenarray.h hash.h language.h \
 options.h add_run.h compare.h debug.par
count_sim_dup.o: count_sim_dup.c
debug.o: debug.c debug.h
error.o: error.c sim.h error.h
fname.o: fname.c fname.h
hash.o: hash.c system.par debug.par sim.h text.h Malloc.h error.h \
 any_int.h token.h language.h tokenarray.h options.h hash.h
idf.o: idf.c system.par token.h idf.h
javalang.o: javalang.c options.h token.h language.h algollike.h idf.h \
 lex.h lang.h
lang.o: lang.c token.h language.h algollike.h idf.h lex.h lang.h
language.o: language.c token.h language.h
lex.o: lex.c lex.h
lisplang.o: lisplang.c token.h language.h algollike.h lex.h lang.h idf.h
m2lang.o: m2lang.c options.h token.h language.h algollike.h idf.h lex.h \
 lang.h
miralang.o: miralang.c token.h language.h algollike.h lex.h lang.h idf.h
newargs.o: newargs.c sim.h ForEachFile.h fname.h Malloc.h error.h \
 newargs.h
options.o: options.c options.h
pascallang.o: pascallang.c options.h token.h language.h algollike.h idf.h \
 lex.h lang.h
pass1.o: pass1.c debug.par sim.h text.h token.h tokenarray.h lang.h \
 error.h options.h pass1.h
pass2.o: pass2.c debug.par sim.h token.h text.h lang.h pass2.h \
 sortlist.bdy
pass3.o: pass3.c system.par debug.par sim.h text.h token.h runs.h \
 aiso.spc Malloc.h error.h options.h pass3.h percentages.h
percentages.o: percentages.c debug.par sim.h text.h runs.h aiso.spc \
 options.h Malloc.h error.h percentages.h sortlist.bdy
runs.o: runs.c sim.h text.h runs.h aiso.spc debug.par aiso.bdy Malloc.h
sim.o: sim.c system.par settings.par sim.h options.h newargs.h token.h \
 language.h error.h text.h runs.h aiso.spc hash.h compare.h pass1.h \
 pass2.h pass3.h percentages.h stream.h lang.h Malloc.h any_int.h
stream.o: stream.c system.par sim.h options.h token.h lang.h stream.h
t.o: t.c
text.o: text.c debug.par sim.h token.h stream.h lang.h Malloc.h options.h \
 error.h text.h
textlang.o: textlang.c sim.h token.h idf.h lex.h lang.h language.h
token.o: token.c token.h
tokenarray.o: tokenarray.c error.h Malloc.h token.h lang.h tokenarray.h</code></pre><h3>3. 编译</h3><pre><code class="lang-shell">make test
make install</code></pre><h3>4. 完成</h3><p><img src="https://wangxblog.oss-cn-hangzhou.aliyuncs.com/usr/uploads/2021/02/2779843239.png" alt="" title=""style=""></p>

SIM 代码查重工具编译[Linux]

Deepin 20.1 社区版

1. 首先下载源码包

2.修改Makefile

3. 编译

4. 完成

发表评论取消回复

关于武大网安复试的一些QA

【读书笔记】【深入理解Java虚拟机】垃圾回收算法和垃圾收集器

Celery Flower

【业务杂谈】幂等和防悬挂

argtable3 使用指南

LeetCode周赛 267

【LeetCode】只出现一次的数字

PV操作及经典同步问题

【LeetCode HTOP100】 02 两数相加

【LeetCode】146. LRU 缓存机制

SIM 代码查重工具编译[Linux]

Deepin 20.1 社区版

1. 首先下载源码包

2.修改Makefile

3. 编译

4. 完成

发表评论 取消回复

SIM 代码查重工具编译[Linux]

发表评论取消回复