From bdubbs@cs.tamu.edu Mon Feb 15 18:25:17 1993 Received: from flash.bellcore.com by mailee.bellcore.com (5.61/1.34) id AA24579; Mon, 15 Feb 93 18:25:13 -0500 Received: from NEURON.TAMU.EDU by flash.bellcore.com (5.61/1.34) id AA06361; Mon, 15 Feb 93 18:25:09 -0500 Received: by neuron.cs.tamu.edu (AA01812); Mon, 15 Feb 93 17:24:16 CST Date: Mon, 15 Feb 93 17:24:16 CST From: bdubbs@cs.tamu.edu (Bruce Dubbs) Message-Id: <9302152324.AA01812@neuron.cs.tamu.edu> To: norman@bellcore.com Subject: Re: Spider Web port to OS/2 Cc: bart@cs.tamu.edu Status: RO Attached are the final changes I made to the Spider WEB system for porting to OS/2. Also is the readme.os2 and makefile.emx that I included in the package. The file, spider.zip, is now at ftp-os2.nmsu.edu in the /pub/uploads directory, but it should be moved to the /pub/os2/2.0/programming directory in a week or two. I made the bug fixes in common.ch because I did not want to change your distribution code until you made the changes public. I also made a slight change to weave.web (weave.ch) because ceeweave was giving an error at a single @ inside a /* ... */ comment. -- Bruce Dubbs ---readme.os2---------------------------------------------------------- This is the OS/2 2.0 port of Norman Ramsey's Spider WEB. Briefly, WEB is a system that allows the creation of computer source code and typeset documentation from a single source file. The file is processed by tangle for input to the target compiler and the same source is processed be weave for input to TeX for typeset documentation. This port includes the entire source for Ramsey's system that allows the creation of custom tangle and weave processors for arbitrary computer languages. Included in the main directory of this port is a set of OS/2 specific files: README.OS2 -- This file ceeweave.exe -- C Weave executable ceetangle.exe -- C Tangle executable awkweave.exe -- AWK Weave executable awktangle.exe -- AWK Tangle executable cweb.tex -- include file for Woven C tex files awkweb.tex -- include file for Woven AWK tex files makefile.emx -- make for C and AWK executatables and dvi documentation common.ch -- change file for common.web weave.ch -- change file for weave.web emxlibc.dll -- emx C dynamic link library The only change I have made to the original files is to rename common.c to common.c.old in order to force the makefile to create a new common.c from the combination of common.web and common.ch. INSTALLATION: Copy the executables above to a directoru on your PATH. Copy cweb.tex, awkweb.tex, and webkernel.tex to the directory that TeX normally looks for inputs. Copy the emxlibc.dll file to a directory on your LIBPATH. >From this point, you should be able to run the appropriate version of tangle and weave from any location. That it. NOTES: 1. I have assumed the files here are on an HPFS directory. This means that the capability for long filenames is assumed. 2. The TeX include file webkernel.tex appears to be too long for tex386, but internally tex386 processes the \input command properly and will find webkernel.tex properly if it is in the current directory or the proper TEXINPUT directory. However, tex386 will not recognize a file on the command line linger tahn the 8.3 format. MAKING IT YOURSELF: The makefile "makefile.emx" will create the executables and dvi files of the sources and documentation. The primary commands are: make -f makefile.emx exe (default - makes executables) make -f makefile.emx docs (makes dvi files of documentation) make -f makefile.emx dvi (makes dvi files from Spider sources) make -f makefile.emx all (all of the above) make -f makefile.emx clean (removes all non-essential files) It takes about 13 minutes to to a `make all' on my 386/33 + 387 + 16Mb RAM. The makefile assumes a lot about utilities that are available. I used the emx 0.8f gcc compiler, gawk, sort, rm, cat, and sort. It also uses tex386 from the emTeX package using both plain and LaTeX styles. All of these are available from ftp-os2.nms.edu. If you want to develop one of the other Spider WEB languages, take a look at the makefile closely. You may even want to develop a Spider Web for a new language. -- Bruce Dubbs bdubbs@neuron.tamu.edu or bdubsb@hal.kelly.af.mil (after August 1993) REFERENCES: [1] Wayne Sewell, Weaving a Program: Literate Programming in WEB. Van Nostrand Reinhold, New York, 1988 [2] Donald Knuth, Literate Programming. Center for the Study of Language and Information, Leland Stanford Junior University, CA, 1992. --------common.ch------------------------------------------------ % Change file to common.web for Spider Web generation for OS2 % Not to be sold, but may be used freely for any purpose % For more information, see file COPYRIGHT in the parent directory % This file is part of Spidery WEB % This program by Norman Ramsey is based on programs Silvio Levy % and D. E. Knuth. Silvio Levy wrote most of the code. % It is distributed WITHOUT ANY WARRANTY, express or implied. % Dec 1987 % Change file by Bruce Dubbs, Texas A&M University, bdubbs@neuron.tamu.edu @x Module 7 Sun Feb 14 01:12:22 1993 @ The \.{WEAVE} and \.{TANGLE} processors convert between ASCII code and the user's external character set by means of arrays |xord| and |xchr| that are analogous to PASCAL's |ord| and |chr| functions. @= ASCII xord[last_text_char]; /* specifies conversion of input characters */ outer_char xchr[@'200]; /* specifies conversion of output characters */ @y Module 7 Sun Feb 14 01:12:22 1993 @ The \.{WEAVE} and \.{TANGLE} processors convert between ASCII code and the user's external character set by means of arrays |xord| and |xchr| that are analogous to PASCAL's |ord| and |chr| functions. We have to change the size of xord to |last_text_char|+1 to cover the entire 128 byte ASCII array. @= ASCII xord[last_text_char+1]; /* specifies conversion of input characters */ outer_char xchr[@'200]; /* specifies conversion of output characters */ @z Module 7 Sun Feb 14 01:12:22 1993 @x Module 8 Sun Feb 14 01:16:14 1993 @ Every system supporting \cee\ must be able to read and write the 95 visible characters of standard ASCII above (although not necessarily using the ASCII codes to represent them). Conversely, these characters, plus the newline, are sufficient to write any \cee\ program. Other characters are desirable mainly in strings, and they can be referred to by means of escape sequences like \.{'\t'}. The basic implementation of \.{WEB}, then, only has to assign an |xord| to these 95 characters (newlines are swallowed by the reading routines). The easiest way to do this is to assign the characters to their positions in |xchr| and then invert the correspondence: @= common_init() { strcpy(xchr," !\"#$%&'()*+,-./0123456789\ :;<=>?@@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\]^_`abcdefghijklmnopqrstuvwxyz{|}~ "); @; @; @; setting_up=1; @; setting_up=0; } @y Module 8 Sun Feb 14 01:16:14 1993 @ Every system supporting \cee\ must be able to read and write the 95 visible characters of standard ASCII above (although not necessarily using the ASCII codes to represent them). Conversely, these characters, plus the newline, are sufficient to write any \cee\ program. Other characters are desirable mainly in strings, and they can be referred to by means of escape sequences like \.{'\t'}. The basic implementation of \.{WEB}, then, only has to assign an |xord| to these 95 characters (newlines are swallowed by the reading routines). The easiest way to do this is to assign the characters to their positions in |xchr| and then invert the correspondence: We make a change here so the string copy does not add a null to the |xchr| array. @= common_init() { strncpy(xchr," !\"#$%&'()*+,-./0123456789\ :;<=>?@@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\]^_`abcdefghijklmnopqrstuvwxyz{|}~ ",128); @; @; @; setting_up=1; @; setting_up=0; } @z Module 8 Sun Feb 14 01:16:14 1993 @x Module 28 Sun Feb 14 01:17:40 1993 @ When a \.{@@i} line is found in the |cur_file|, we must temporarily stop reading it and start reading from the named include file. The \.{@@i} line should give a complete file name with or without \.{"..."}; \.{WEB} will look for include files in standard directories using the |pathopen| module. That is set up at the beginning using the {\tt -I} arguments and the {\tt WEBPATH} environment variable. @= pathaddpath(getenv("WEBPATH"),':'); @y Module 28 Sun Feb 14 01:17:40 1993 @ When a \.{@@i} line is found in the |cur_file|, we must temporarily stop reading it and start reading from the named include file. The \.{@@i} line should give a complete file name with or without \.{"..."}; \.{WEB} will look for include files in standard directories using the |pathopen| module. That is set up at the beginning using the {\tt -I} arguments and the {\tt WEBPATH} environment variable. We change the path delimeter to a semi-colon for OS/2. @= pathaddpath(getenv("WEBPATH"),';'); @z Module 28 Sun Feb 14 01:17:40 1993 @x Module 70 Sun Feb 14 01:19:06 1993 @ @= #ifdef MSDOS strcpy(change_file_name,"NUL"); #else strcpy(change_file_name,"/dev/null"); #endif @y Module 70 Sun Feb 14 01:19:06 1993 @ OS/2 uses {\tt /dev/nul} instead of {\tt /dev/null}. @= strcpy(change_file_name,"/dev/nul"); @z Module 70 Sun Feb 14 01:19:06 1993 -----------weave.ch--------------------------------------------- % Copyright 1989 by Norman Ramsey, Odyssey Research Associates % Not to be sold, but may be used freely for any purpose % For more information, see file COPYRIGHT in the parent directory % This file is part of Spidery WEB % This program by Norman Ramsey is based on programs Silvio Levy % and D. E. Knuth. Silvio Levy wrote most of the code. % It is distributed WITHOUT ANY WARRANTY, express or implied. % Dec 1987 % Change made to overcome a small error. There is a comment that % only use a single at-sign. We change it here to at-at. @x @ Control codes in \.{WEB}, which begin with `\.{@@}', are converted into a numeric code designed to simplify \.{CWEAVE}'s logic; for example, larger numbers are given to the control codes that denote more significant milestones, and the code of |new_module| should be the largest of all. Some of these numeric control codes take the place of ASCII control codes that will not otherwise appear in the output of the scanning routines. @^ASCII code@> @d ignore = 0 /* control code of no interest to \.{CWEAVE} */ @d verbatim = @'2 /* extended ASCII alpha will not appear */ /* extended ASCII beta will not appear */ @d begin_comment = @'10 /* ASCII tab mark will not appear */ @d octal = @'14 /* ASCII carriage return will not appear */ @d hex = @'15 /* ASCII form feed will not appear */ @d switch_math_flag = @'175 /* this code will be intercepted without confusion */ @d underline = @'176 /* this code will be intercepted without confusion */ @d param = @'177 /* ASCII delete will not appear */ /* identifier =200 or octal @'310 */ @#/* following three must be conseccutive for indexing to work */ @d xref_roman = (identifier+roman) /* control code for `\.{@@\^}' */ @d xref_wildcard = (identifier+wildcard) /* control code for `\.{@@:}' */ @d xref_typewriter = (identifier+typewriter) /* control code for `\.{@@.}' */ @d TeX_string = @'356 /* control code for `\.{@@t}' */ @d ascii_constant = @'357 /* control code for `\.{@@`}' */ @d join = @'360 /* control code for `\.{@@\&}' */ @d thin_space = @'361 /* control code for `\.{@@,}' */ @d math_break = @'362 /* control code for `\.{@@\char'174}' */ @d line_force = @'363 /* control code for `\.{@@/}' */ @d line_break = @'364 /* control code for `\.{@@-}' */ @d big_line_break = @'365 /* control code for `\.{@@\#}' */ @d no_line_break = @'366 /* control code for `\.{@@+}' */ @d pseudo_semi = @'367 /* control code for `\.{@@;}' */ @d vertical_bar = @'370 /* The `\v' used to mark Ada text */ @d trace = @'371 /* control code for `\.{@@0}', `\.{@@1}' and `\.{@@2}' */ @d format = @'373 /* control code for `\.{@@f}' */ @d definition = @'374 /* control code for `\.{@@d}' */ @d begin_unnamed = @'375 /* control code for `\.{@@u}' */ @d module_name = @'376 /* control code for `\.{@@<}' */ @d new_module = @'377 /* control code for `\.{@@\ }' and `\.{@@*}' */ @y @ Control codes in \.{WEB}, which begin with `\.{@@}', are converted into a numeric code designed to simplify \.{CWEAVE}'s logic; for example, larger numbers are given to the control codes that denote more significant milestones, and the code of |new_module| should be the largest of all. Some of these numeric control codes take the place of ASCII control codes that will not otherwise appear in the output of the scanning routines. @^ASCII code@> @d ignore = 0 /* control code of no interest to \.{CWEAVE} */ @d verbatim = @'2 /* extended ASCII alpha will not appear */ /* extended ASCII beta will not appear */ @d begin_comment = @'10 /* ASCII tab mark will not appear */ @d octal = @'14 /* ASCII carriage return will not appear */ @d hex = @'15 /* ASCII form feed will not appear */ @d switch_math_flag = @'175 /* this code will be intercepted without confusion */ @d underline = @'176 /* this code will be intercepted without confusion */ @d param = @'177 /* ASCII delete will not appear */ % This is where the change is /* identifier =200 or octal @@'310 */ @#/* following three must be conseccutive for indexing to work */ @d xref_roman = (identifier+roman) /* control code for `\.{@@\^}' */ @d xref_wildcard = (identifier+wildcard) /* control code for `\.{@@:}' */ @d xref_typewriter = (identifier+typewriter) /* control code for `\.{@@.}' */ @d TeX_string = @'356 /* control code for `\.{@@t}' */ @d ascii_constant = @'357 /* control code for `\.{@@`}' */ @d join = @'360 /* control code for `\.{@@\&}' */ @d thin_space = @'361 /* control code for `\.{@@,}' */ @d math_break = @'362 /* control code for `\.{@@\char'174}' */ @d line_force = @'363 /* control code for `\.{@@/}' */ @d line_break = @'364 /* control code for `\.{@@-}' */ @d big_line_break = @'365 /* control code for `\.{@@\#}' */ @d no_line_break = @'366 /* control code for `\.{@@+}' */ @d pseudo_semi = @'367 /* control code for `\.{@@;}' */ @d vertical_bar = @'370 /* The `\v' used to mark Ada text */ @d trace = @'371 /* control code for `\.{@@0}', `\.{@@1}' and `\.{@@2}' */ @d format = @'373 /* control code for `\.{@@f}' */ @d definition = @'374 /* control code for `\.{@@d}' */ @d begin_unnamed = @'375 /* control code for `\.{@@u}' */ @d module_name = @'376 /* control code for `\.{@@<}' */ @d new_module = @'377 /* control code for `\.{@@\ }' and `\.{@@*}' */ @z ----------------makefile.emx-------------------------------------- # Makefile for awkweb and ceeweb of OS/2 2.0 with emx/gcc # Run the file from a directory containing the master\ and awk\ # subdirectories. Edit this file to make the ROOT variable the # same as your main spider directory. # That is, the directory structure should look like: # spider\ # spider\master\ # spider\awk\ # spider\c\ # make -f makefile.emx [argument] CC = gcc -Zomf -Zmt -O O = .obj A = .lib LIBS = CFLAGS = # Basic directory definitions ROOT = \spider C = $(ROOT)\c AWK = $(ROOT)\awk MASTER = $(ROOT)\master DOC = $(ROOT)\doc OS2 = $(ROOT) # Executables used CTANGLE = $(ROOT)\ceetangle.exe CWEAVE = $(ROOT)\ceeweave.exe AWKTANGLE = $(ROOT)\awktangle.exe AWKWEAVE = $(ROOT)\awkweave.exe TEX = tex386 LATEX = $(TEX) `&lplain` # Files to make # Note that we need ceetangle to make a new ceetangle if we do not # have the C version of tangle.c--its recursive. # Also, if we lose spider.awk, it can be remade from spider.web but # we need awktangle to do it. CEE_EXE = $(CTANGLE) $(CWEAVE) AWK_EXE = $(AWKTANGLE) $(AWKWEAVE) CEE_DVI = $(OS2)\ceeweave.dvi $(OS2)\ctangle.dvi A_DVI = $(OS2)\awkweave.dvi $(OS2)\atangle.dvi AWK_DVI = $(OS2)\spider.dvi $(OS2)\cycle.dvi COMMON_DVI = $(OS2)\common.dvi PATHOPEN_DVI = $(OS2)\pathopen.dvi CACM = $(OS2)\cacm.dvi S_WEBMAN = $(OS2)\s_webman.dvi S_MAN = $(OS2)\s_man.dvi OVERVIEW = $(OS2)\overview.dvi EXE = $(CEE_EXE) $(AWK_EXE) DVI = $(COMMON_DVI) $(PATHOPEN_DVI) $(AWK_DVI) $(A_DVI) $(CEE_DVI) DOCS = $(CACM) $(S_WEBMAN) $(S_MAN) $(OVERVIEW) # What we want to make # The default is the AWK and C versions of tangle and weave exe: $(EXE) dvi: $(DVI) docs: $(DOCS) all: $(EXE) $(DVI) $(DOCS) # This is how we make ceeweave and ceetangle $(CTANGLE): $(C)\tangle$(O) $(MASTER)\common$(O) $(MASTER)\pathopen$(O) $(CC) $(CFLAGS) -o $(CTANGLE) $(C)\tangle$(O) $(MASTER)\common$(O) \ $(MASTER)\pathopen$(O) $(C)\tangle$(O): $(C)\tangle.c cd $(C) $(CC) $(CFLAGS) -c tangle.c cd $(OS2) $(C)\tangle.c: $(MASTER)\common.h $(C)\outtoks.web $(MASTER)\tangle.web copy $(MASTER)\tangle.web $(C) copy $(MASTER)\common.h $(C) cd $(C) $(CTANGLE) tangle.web cd $(OS2) $(CWEAVE): $(C)\weave$(O) $(MASTER)\common$(O) $(MASTER)\pathopen$(O) $(CC) $(CFLAGS) -o $(CWEAVE) $(C)\weave$(O) $(MASTER)\common$(O) \ $(MASTER)\pathopen$(O) $(C)\weave$(O): $(C)\weave.c cd $(C) $(CC) $(CFLAGS) -c weave.c cd $(OS2) $(C)\weave.c: $(MASTER)\weave.web $(MASTER)\common.h $(C)\grammar.web copy $(MASTER)\common.h $(C) copy $(MASTER)\weave.web $(C) cd $(C) $(CTANGLE) weave $(OS2)\weave.ch rm common.h weave.web cd $(OS2) $(C)\grammar.web $(C)\outtoks.web $(OS2)\cweb.tex: \ $(MASTER)\cycle.awk $(MASTER)\spider.awk $(C)\c.spider cd $(C) gawk -f $(MASTER)\spider.awk c.spider cat $(MASTER)\transcheck.list trans_keys.unsorted | \ gawk -f $(MASTER)\transcheck.awk gawk -f $(MASTER)\cycle.awk < cycle.test cat *.unsorted | sort | gawk -f $(MASTER)\nodups.awk copy cweb.tex $(OS2) cd $(OS2) # This is how we make awkweave and awktangle $(AWKTANGLE): $(AWK)\tangle$(O) $(MASTER)\common$(O) $(MASTER)\pathopen$(O) cd $(AWK) $(CC) $(CFLAGS) -o $(AWKTANGLE) $(AWK)\tangle$(O) $(MASTER)\common$(O)\ $(MASTER)\pathopen$(O) cd $(OS2) $(AWK)\tangle$(O): $(C)\tangle.c cd $(AWK) $(CC) $(CFLAGS) -c tangle.c cd $(OS2) $(AWK)\tangle.c: $(MASTER)\common.h $(AWK)\outtoks.web $(MASTER)\tangle.web copy $(MASTER)\tangle.web $(AWK) copy $(MASTER)\common.h $(AWK) cd $(AWK) $(CTANGLE) tangle.web rm $(AWK)\tangle.web $(AWK)\common.h cd $(OS2) $(AWKWEAVE): $(AWK)\weave$(O) $(MASTER)\common$(O) $(MASTER)\pathopen$(O) $(CC) $(CFLAGS) -o $(AWKWEAVE) $(AWK)\weave$(O) $(MASTER)\common$(O) \ $(MASTER)\pathopen$(O) $(AWK)\weave$(O): $(AWK)\weave.c cd $(AWK) $(CC) $(CFLAGS) -c weave.c cd $(OS2) $(AWK)\weave.c: $(MASTER)\weave.web $(MASTER)\common.h $(AWK)\grammar.web copy $(MASTER)\weave.web $(AWK) copy $(MASTER)\common.h $(AWK) cd $(AWK) $(CTANGLE) weave $(OS2)\weave.ch cd $(OS2) $(AWK)\grammar.web $(AWK)\outtoks.web $(OS2)\awkweb.tex: \ $(MASTER)\cycle.awk $(MASTER)\spider.awk $(AWK)\awk.spider cd $(AWK) gawk -f $(MASTER)\spider.awk awk.spider cat $(MASTER)\transcheck.list trans_keys.unsorted | \ gawk -f $(MASTER)\transcheck.awk gawk -f $(MASTER)\cycle.awk < cycle.test cat *.unsorted | sort | gawk -f $(MASTER)\nodups.awk copy awkweb.tex $(OS2) cd $(OS2) $(MASTER)\spider.awk: $(MASTER)\spider.web cd $(MASTER) $(AWKTANGLE) $(MASTER)\spider.web cd $(OS2) # This is how we make the files needed for all executables $(MASTER)\pathopen$(O): $(MASTER)\pathopen.c cd $(MASTER) $(CC) $(CFLAGS) -c pathopen.c cd $(OS2) $(MASTER)\pathopen.c $(MASTER)\pathopen.h: $(MASTER)\pathopen.web cd $(MASTER) $(CTANGLE) pathopen.web cd $(OS2) # Note the OS2 change file here $(MASTER)\common.c: $(MASTER)\common.web $(OS2)\common.ch cd $(MASTER) $(CTANGLE) common.web $(OS2)\common.ch cd $(OS2) $(MASTER)\common$(O): $(MASTER)\common.c cd $(MASTER) $(CC) $(CFLAGS) -c common.c cd $(OS2) $(OS2)\common.dvi: $(MASTER)\common.tex $(OS2)\cweb.tex copy $(MASTER)\common.tex $(OS2) -$(TEX) common.tex rm $(OS2)\common.tex $(MASTER)\common.tex: $(MASTER)\common.web $(MASTER)\pathopen.h $(CWEAVE) cd $(MASTER) $(CWEAVE) common.web cd $(OS2) $(OS2)\pathopen.dvi: $(MASTER)\pathopen.tex $(OS2)\cweb.tex copy $(MASTER)\pathopen.tex $(OS2) -$(TEX) pathopen.tex rm $(OS2)\pathopen.tex $(MASTER)\pathopen.tex: $(MASTER)\pathopen.web $(CWEAVE) cd $(MASTER) $(CWEAVE) pathopen.web cd $(OS2) $(OS2)\cycle.dvi: $(MASTER)\cycle.tex $(OS2)\awkweb.tex copy $(MASTER)\cycle.tex $(OS2) -$(TEX) cycle.tex rm $(OS2)\cycle.tex $(MASTER)\cycle.tex: $(MASTER)\cycle.web $(AWKWEAVE) cd $(MASTER) $(AWKWEAVE) cycle.web cd $(OS2) $(OS2)\spider.dvi: $(MASTER)\spider.tex $(OS2)\awkweb.tex copy $(MASTER)\spider.tex $(OS2) -$(TEX) spider.tex rm $(OS2)\spider.tex $(MASTER)\spider.tex: $(MASTER)\spider.web $(AWkWEAVE) cd $(MASTER) $(AWKWEAVE) spider.web cd $(OS2) $(OS2)\atangle.dvi: $(AWK)\atangle.tex $(OS2)\cweb.tex copy $(AWK)\atangle.tex $(OS2) -$(TEX) atangle.tex rm $(OS2)\atangle.tex $(AWK)\atangle.tex: $(MASTER)\tangle.web $(AWK)\outtoks.web cd $(AWK) copy $(MASTER)\common.h $(AWK) copy $(MASTER)\tangle.web $(AWK) $(CWEAVE) tangle.web rename tangle.tex atangle.tex cd $(OS2) $(OS2)\awkweave.dvi: $(AWK)\awkweave.tex $(OS2)\cweb.tex copy $(AWK)\awkweave.tex $(OS2) -$(TEX) awkweave.tex rm $(OS2)\awkweave.tex $(AWK)\awkweave.tex: $(MASTER)\weave.web $(AWK)\grammar.web $(OS2)\weave.ch cd $(AWK) copy $(MASTER)\common.h $(AWK) copy $(MASTER)\weave.web $(AWK) $(CWEAVE) weave.web $(OS2)\weave.ch rename weave.tex awkweave.tex cd $(OS2) $(OS2)\ceeweave.dvi: $(C)\ceeweave.tex $(OS2)\cweb.tex copy $(C)\ceeweave.tex $(OS2) -$(TEX) ceeweave.tex rm $(OS2)\ceeweave.tex $(C)\ceeweave.tex: $(MASTER)\weave.web $(C)\grammar.web $(OS2)\weave.ch cd $(C) copy $(MASTER)\common.h $(C) copy $(MASTER)\weave.web $(C) $(CWEAVE) weave.web $(OS2)\weave.ch rename weave.tex ceeweave.tex cd $(OS2) # I wanted to call this ceetangle.dvi, but tex386 only understands # the 8.3 filenames right now so ceetangle was one character too long. $(OS2)\ctangle.dvi: $(C)\ctangle.tex $(OS2)\cweb.tex copy $(C)\ctangle.tex $(OS2) -$(TEX) ctangle.tex rm $(OS2)\ctangle.tex $(C)\ctangle.tex: $(MASTER)\tangle.web $(C)\outtoks.web cd $(C) copy $(MASTER)\common.h $(C) copy $(MASTER)\tangle.web $(C) $(CWEAVE) tangle.web rename tangle.tex ctangle.tex cd $(OS2) # This cleanup applies to the root directoru, master\, c\, and awk\. clean: cd $(AWK) -rm -f tangle.* weave.* common.* -rm -f *.unsorted *.list grammar.web outtoks.web scraps.web -rm -f cycle.test spider.slog *.obj -rm -f *.c *.o *.tex *.toc *.dvi *.log *.makelog *~ *.wlog *.printlog cd $(C) -rm -f tangle.* weave.* common.* -rm -f *.unsorted *.list grammar.web outtoks.web scraps.web -rm -f cycle.test spider.slog *.obj -rm -f *.c *.o *.tex *.toc *.dvi *.log *.makelog *~ *.wlog *.printlog cd $(MASTER) -rm -f *.tex *.obj common.c cd $(OS2) -rm -f *.dvi *.log *.toc $(CACM): $(DOC)\cacm.tex copy $(DOC)\cacm.* $(OS2) -$(LATEX) cacm -rm -f cacm.tex cacm.aux cacm.log $(S_WEBMAN): $(DOC)\spiderwebman.tex copy $(DOC)\spiderwebman.tex $(OS2)\s_webman.tex -$(TEX) s_webman.tex -rm -f *.log *.aux s_webman.tex $(S_MAN): $(DOC)\spiderman.tex copy $(DOC)\spiderman.tex $(OS2)\s_man.tex -$(LATEX) s_man.tex -$(LATEX) s_man.tex -rm -f *.log *.aux s_man.tex $(OVERVIEW): $(DOC)\overview.tex copy $(DOC)\overview.tex $(OS2) -$(LATEX) overview.tex -$(LATEX) overview.tex -rm -f *.log *.aux overview.tex