# http://berklix.com/~jhs/src/bsd/fixes/FreeBSD/src/jhs/share/mk/berklix2.mk # ~jhs/public_html/src/bsd/fixes/FreeBSD/src/jhs/share/mk/berklix2.mk # Called from near all ~jhs Makefiles by .include # Copied to: /site/usr/share/mk/berklix2.mk # by /site/usr/share/mk/Makefile # Author & Copyright "Julian H. Stacey" 1995-2003-2017 # Releasable as per BSD. Additions & fixes welcome, preferably diff -c # See Also: berklix.mk .if defined (BERKLIX2_DEFINED) #{ # Do nothing, avoid many complaints of # warning: duplicate script for target # when a Makefile accidentally has 2 of # .include .else #}{ BERKLIX2_DEFINED=YES # Makefile macros for text data, to specify default dependencies & rules for: # Formats: Tex Groff, Html, Postscript, Fax, etc # Tools: Latex, Groff, Le, tbl, soelim, etc # WYSIWYG Combination Tools: {vi + ghostview}, {vi + chimera}, # {vi + xfig} # JJLATER Add something to keep all the null for loops quiet # when doing a make clean. # JJLATER Add a wysiwig macro to vi *.txt files # JJLATER Add something to SUBDIR to stop clean descending into .xvpics # that has no Makefile # JJLATER BUG: # Never let a filename have an = in ! # If a directory contains files names eg # amsterdam.tiff # london=londres.tiff # typing "make" will first produce amsterdam.pdf, then recurse # infinitely trying to make london=londres.pdf, because it # will invoke a sub make, of form "make london=londres.pdf" # & make sees that as assigning value londres.pdf to variable # named london & then provides no target name to make, so it # defaults to making l_rof recursively. #------------------------------------------------------------------------------ # Where a Makefile uses both # .include # .include # they should be in the above order, bsd.prog.mk before berklix.mk so that the # clean: dependency works, for instance # ~jhs/public_html/src/bsd/jhs/bin/public/satelite/ # will not clean the satelite.o if it''s the other way round. #------------------------------------------------------------------------------ # Analysis of make operators. # Definition Command Issued Result # XX := ls *.ps ls *.ps ls *.ps # XX := `ls *.ps` `ls *.ps` aa.ps bb.ps date.ps # XX := echo *.ps echo *.ps echo *.ps # XX := `echo *.ps` `echo *.ps` aa.ps bb.ps date.ps # XX != ls *.ps aa.ps bb.ps aa.ps bb.ps # XX != `ls *.ps` null null # XX != echo *.ps aa.ps bb.ps aa.ps bb.ps # XX != `echo *.ps` null null # zz: # date > date.ps # echo x${XX}x # It''s better to use `ls *.l_rof` than `echo *.l_rof` # for the case where there is no *.l_rof #============================================================================= # PDF_TO_TIFF_FORCE="YES" # Normaly leave undefined or normal direction, converting # .tiff scan images to .pdf. Onlt define if occasionaly you # want the reverse direction, extracting a .tiff from a .pdf, # if eg a PDF is received by email or a pdf manual downloaded, # where you want to extract text from a TIFF using OCR. # (Some manufacturers provide nice PDF manuals with text strings # copyable by mouse, # but some only provide bit map PDFs one can''t mouse copy notes from ). # -- # We can not have both rules .tiff.pdf & .pdf.tiff present at the same # time, else if xx.pdf exists, 'make xx.tiff' freaks with error: # "Graph cycles through xx.tiff" #============================================================================= # Suffix precedence order for default rules. # Ref. 4.9-RELEASE/usr/share/doc/psd/12.make/paper.ascii.gz. # - A precursor line containing just ".SUFFIXES:" would flush all suffixes # before defining my own, but I''m not that draconian. # - The more to the left a suffix is, the higher priority it has to be source # rather than some other source, when choosing a source to make a dependency. # Whether the dependency is to left or right of source make no difference # I believe. If both Thing.high & Thing.low exist, with either of these # .SUFFIXES: .high .low .out # .SUFFIXES: .out .high .low # Thing.out will be built from Thing.high. # I think it''s also nice (though not necessary) to list in this order: # .SUFFIXES: .high .low .out # I haven''t yet checked the next SUFFIX line complies with this requirement # Do NOT sort this list alphabeticaly !! # I moved .jpg before .tif to convert scans from jes@. .if !defined(PDF_TO_TIFF_FORCE) #{{ .SUFFIXES: \ .m4 \ .l_rof \ .e_rof \ .rof \ .l_lmth \ .e_lmth \ .lmth \ .l_html \ .e_html \ .html \ .vhtml \ .l_tex \ .e_tex \ .tex \ .fig \ .vfig \ .fax \ .JPG \ .jpg \ .TIF \ .TIFF \ .tif \ .tiff \ .dvi \ .eps \ .ps \ .PDF \ .pdf \ .PNG \ .png \ .vps \ .Vps \ .txt \ .g_txt \ .lst \ .dos \ .latin1 \ .pcl_ps \ .pcl_rof \ .ppm \ .wav \ .epson \ .bjccolor \ .bjc600 \ .vbjccolor \ .vbjc600 \ .cdj670 \ .vcdj670 \ .gif \ .gif_transparent \ .gif_rotl \ .gif_rotr \ .m4a \ .mpeg4 \ .mp2 \ .mp3 \ .else # }{ # PDF_TO_TIFF_FORCE .SUFFIXES: \ .pdf \ .tiff .endif # }} # PDF_TO_TIFF_FORCE # EXTRACTION: # First we create 2 (or more) sym links, one per language to extract, # so each language has a visible rebuild dependency when the master changes. # Then we make language extracted files. # .l_rof: A dual language master file, to be extracted in le format, # to 2 or more seperate .rof language files, # (le extracts 1 language from several, including common chunks). # .e_rof: Symbolic links (one per language) pointing to a common # multiple language .l_rof file in ``le'' format. Example: # document_e.e_rof@ -> document.l_rof # document_g.e_rof@ -> document.l_rof # .rof A file to be text formatted by groff to output eg postscript. # .l_lmth: A dual language .lmth to be extracted with ``le'' to produce 2 # .lmth files # .e_lmth Symbolic links (one per language) to a common .l_lmth file. # used by ``le'' to produce 2 or more .lmth files. # .lmth: Needs something prepending & appending before producing .html. # .bjc600 is bjc monochrome, # .bjccolor is bjc colour # A .bjccolor seems to print black, even if the black tank # is removed, making the black from a combination of colours, # so unless the electronics is detecting tank absence & # compensating, it may regularly be doing that, in whih case, # best to put in the other black only tank. # .pdf & .ps # I raised priority of PDF above PS, as eg a downloaded PDF (GEA Prog, # with a few pictures in colour) of 150K became 3.8M of .ps & shrank # again to 111K of .pcl. # ghif # Only places that manipulate gifs are ~/public_html/gifs/ # http://www.berklix.com/vsl/Makefile # http://www.berklix.com/vsl/card.gif.comment # Fax order is problematic: there are both fax2ps & ps2fax commands. #------------------------------------------------------------------------------ T_BERKLIX = "berklix2.mk:" # Tag in typescript log to assist searching. T_END = "${T_BERKLIX} ENDING TARGET" T_START = "${T_BERKLIX} STARTING TARGET" # DEBUG_BERKLIX_MK = yes # uncomment to debug this macro file. # Plain DEBUG not used as other Makefiles use that name. .if ! defined (DEBUG_BERKLIX_MK) #{ ECHO_BUILD = true ECHO_END = true ECHO_START = true CMD_FOR_BUILD = -for CMD_FOR_CLEAN = for ECHO_DOING = true T_END = "" T_START = "" .else #}{ ECHO_BUILD = @echo ECHO_END = @echo ECHO_START = @echo CMD_FOR_BUILD = -for CMD_FOR_CLEAN = for ECHO_DOING = @echo T_END = "${T_BERKLIX} ENDING TARGET" T_START = "${T_BERKLIX} STARTING TARGET" .endif #} #------------------------------------------------------------------------------ BERKLIX_MK = /usr/share/mk/berklix.mk PATH_MK = http://www.berklix.com/src/share/mk PATH_CMPD = http://www.berklix.com/~jhs/src/bsd/jhs/bin/public/cmpd/ PATH_LE = http://www.berklix.com/~jhs/src/bsd/jhs/bin/public/le/ # PATH_LE = http://www.berklix.com/src/bin/le # Till 2014_09_10 i had the above abbreviated PATH_LE, which worked cos for # some reason I cant recall, I also had: # /site/usr/local/www/Data/virtual/berklix.com/src/bin # le@ -> ../../jhs/src/bsd/jhs/bin/public/le PATH_NOTAIL = http://www.berklix.com/~jhs/src/bsd/jhs/bin/public/notail/ BERKLIX_SRC = ${PATH_MK}/berklix.mk BERKLIX2_SRC = ${PATH_MK}/berklix2.mk A4_HEIGHT_I = 11.6944 # from man gs, if vertical portrait A4_WIDTH_I = 8.26389 # from man gs, if vertical portrait # Converting this from inches to centimetres # echo "826389 254 * p" | dc # 20.9902806 # echo "116944 254 * p" | dc # 29.703776 # Though actually this looses precision, as I guess A4 is defined in metric, # & further, the A0 A1 A2 A3 A4 series have some geometric folding basis # off a metre ? So one could be infinitely precise in [milli]metres etc, # not imperial. # xsane full defaults to 21.59 x 29.72 # So I would assume one wants 20.99 x 29.70 # but xsane a4 portrait sets to 21.00 x 21.00 for some unknown reason ACROREAD = /usr/local/bin/acroread CMPD = /usr/local/bin/cmpd DJPEG = /usr/local/bin/djpeg DVIPS = /usr/local/bin/dvips DVIPS2ASCII = /usr/local/bin/dvips2ascii FAX2PS = /usr/local/bin/fax2ps FFMPEG = /usr/local/bin/ffmpeg FIG2DEV = /usr/local/bin/fig2dev GHOSTVIEW = /usr/local/bin/ghostview GIFTOPNM = /usr/local/bin/giftopnm GS = /usr/local/bin/gs GV = /usr/local/bin/gv GV_ARGS = -media a4 -antialias INFO = /usr/local/bin/info INFOKEY = /usr/local/bin/infokey INSTALL-INFO = /usr/local/bin/install-info LAME = /usr/local/bin/lame LATEX = /usr/local/bin/latex LATEX2HTML = /usr/local/bin/latex2html LE = /usr/local/bin/le MAKEINFO = /usr/local/bin/makeinfo NOTAIL = /usr/local/bin/notail PDF2PS = /usr/local/bin/pdf2ps PDFLATEX = /usr/local/bin/pdflatex PNMCROP = /usr/local/bin/pnmcrop PNMQUANT = /usr/local/bin/pnmquant PNMROTATE = /usr/local/bin/pnmrotate PNMSCALE = /usr/local/bin/pnmscale # See also pnmscalefixed pnmenlarge PNMTOJPEG = /usr/local/bin/pnmtojpeg PNGTOPNM = /usr/local/bin/pngtopnm PNMTOPS = /usr/local/bin/pnmtops PNMTOTIFF = /usr/local/bin/pnmtotiff PPMTOGIF = /usr/local/bin/ppmtogif PS2PDF = /usr/local/bin/ps2pdf PS2PDF_LAND_ARGS = -q -dNOPAUSE -dBATCH -sDEVICE=pdfwrite -r600 -g7017x4958 # -g7017x4958 come from # A4_HEIGHT_I = 11.6944 # from man gs, if vertical portrait # A4_WIDTH_I = 8.26389 # from man gs, if vertical portrait # & I assumed a resolution of 600 dpi # 7016.64 # 4958.334 PSNUP = /usr/local/bin/psnup PSSELECT = /usr/local/bin/psselect PSTOPNM = /usr/local/bin/pstopnm PSTOPS = /usr/local/bin/pstops PSTOPS_FRNT =1L(1w,0.000000h)+2L(1w,0.333333h)+3L(1w,0.666667h) PSTOPS_BACK =4R(0w,1.000000h)+5R(0w,0.666667h)+0R(0w,0.333333h) # PSTOPS_BACK Screws up: 2nd page upside down, & I can''t fix it. PSTOPS_ARGS =6:$(PSTOPS_FRNT),$(PSTOPS_BACK) # PSTOPS_ARGS Specific to the BIM3 column leaflet, for now. TESSERACT = /usr/local/bin/tesseract TEXI2DVI = /usr/local/bin/texi2dvi TEXI2PDF = /usr/local/bin/texi2pdf TEXINDEX = /usr/local/bin/texindex TIDYAFTERVI = ${HOME}/bin/.sh/tidy_after_vi CHECKLINKSAFTERVI = ${HOME}/bin/.sh/checklinks_after_vi TIDY = /usr/local/bin/tidy4 TIFFINFO = /usr/local/bin/tiffinfo TIFF2PS = /usr/local/bin/tiff2ps TIFF2PS_ARGS = -p -a # -p added to TIFF2PS_ARGS 2014-03-24 as FreeBSD 9.2-RELEASE with # /usr/local/bin/tiff2ps -a -h11.6944 -w8.26389 file_with_3_pages.tiff \ # > /dev/null # Warns: "-e and -a: \ # Warning: Cannot generate Encapsulated Postscript for multiple images." # However -p is a problem in ~/job/groff/card/paper when converting # berklix_com_jhs.png > .jpg> > .tif > .ps > .eps # As the .ps becomes a full page, which screws up my business card. # In that case I get round it with qrencode -t EPS ASPELL= = /usr/local/bin/aspell SPELLAFTERVI = ${HOME}/bin/.sh/spell_after_vi ISPELL = /usr/local/bin/ispell # TIFF2PS_ARGS_LANDSCAPE = -r 180 -h${A4_WIDTH_I} -w${A4_HEIGHT_I} # -r 180 cos I put my landscapes in my scanner with top of paper on right. # I notice gv t.ps builds image from bottom of page up, so maybe other people # consider a landscape top to start on left edge ? TIFF2PS_ARGS_LANDSCAPE = -h${A4_WIDTH_I} -w${A4_HEIGHT_I} TIFF2PS_ARGS_PORTRAIT = -h${A4_HEIGHT_I} -w${A4_WIDTH_I} VLC = /usr/local/bin/vlc XDVI = /usr/local/bin/xdvi XEARTH = /usr/local/bin/xearth XPDF = /usr/local/bin/xpdf # SPELL != ${HOME}/bin/.sh/spell_which # This working shell script was previously used, instead of the .if # further below, I have not delteted it as I might want it later, # but as others adoping the berklix overlay will not have that shell # script installed, I internalise it below as a macro. # #!/bin/sh # # ~jhs/bin/.sh/spell_which # # Called by ~jhs/src/bsd/fixes/FreeBSD/src/gen/share/mk/berklix.mk # # & by ~jhs/bin/.sh/spell_after_vi # # if test -e /usr/local/bin/ispell # then # # echo $0 debug sees /usr/local/bin/ispell # echo "${T_BERKLIX} /usr/local/bin/ispell" # # spell -x Don't create a backup file. # elif test -e /usr/local/bin/aspell # then # # echo $0 debug sees /usr/local/bin/aspell # echo "${T_BERKLIX} /usr/local/bin/aspell" # # aspell -c = check. # else # echo "${T_BERKLIX} Warning: $0 no /usr/local/bin/ispell or /usr/local/bin/aspell" # echo /usr/bin/true # fi # exit 0 .if exists(${ISPELL}) SPELL = ispell .elif exists(${ASPELL}) SPELL = ${ASPELL} .else SPELL = false spell_undefined_in_berklix2.mk .endif TMAC_DIR = /usr/share/tmac UMLAUTS_INC = ${TMAC_DIR}/umlauts.rof COMMON_INC = ${TMAC_DIR}/common.rof # JJLATER consider merging both umlauts.rof + common.rof to berklix.rof #------------------------------------------------------------------------------ # Later possible additions: # - html2ascii using lynx -dump # - latex2html using tth # - latex2ps direct # - latex2pdf direct #------------------------------------------------------------------------------ # Keep this as first target, .if !target(all) #{ all: _all .endif #} #------------------------------------------------------------------------------ _all: le @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" make all2 @# all2 cannot be on dependency line, as we need to re-evaluate @# dependencies after links are made by le @${ECHO_END} "${T_END} $@" # } #------------------------------------------------------------------------------ .if !target(all2) #{ all2: l_lmth e_lmth lmth l_html e_html html l_rof e_rof rof \ l_tex e_tex tex dvi pdf # ps .if defined(ALL) #{ make ${ALL} .endif #} @# No: epson txt lst dos latin1 fax fig @# Too big to generate by default: bjccolor bjc600 .endif #} #------------------------------------------------------------------------------ .if !target(install) #{ install: @# Dummy, to satisfy a standard recursive make from $(HOME) @echo "${T_BERKLIX} a dummy $@ label in `pwd`" .endif #} #------------------------------------------------------------------------------ .if !target(obj) #{ obj: @# Dummy, to satisfy a standard recursive make from $(HOME) @echo "${T_BERKLIX} a dummy $@ label in `pwd`" .endif #} #------------------------------------------------------------------------------ .if !target(cleandir) #{ cleandir: @# Dummy, to satisfy a standard recursive make from $(HOME) @echo "${T_BERKLIX} a dummy $@ label in `pwd`" .endif #} #------------------------------------------------------------------------------ SIG_REOPEN = SIGUSR1 # SIG_REOPEN is the signal(2) sent for a # reload by {ghostview, chimera, xfig}. #------------------------------------------------------------------------------ # Explanation of `ls *.rof` type usage: # If a directory just has just 2 files photo.ps & photo.pcl # then the command # for i # in `ls *.rof` ; rm `basename $i .rof`.ps ; done # will unwantedly # remove photo.ps, as *.rof gets passed to $i as un unevaluated # literal, this also happens with for i in `echo *.rof`, # however # with for i in `ls *.rof` it is safe. # The 2> /dev/null was # added to stop too many noisy for loops emitting eg: # ls: # *.l_html: No such file or directory #------------------------------------------------------------------------------ # The above gives a full rooted path name of source which when I am generating # .html for web I might not wish to publicise, as it might give insight # for crackers. DONT_EDIT = "DO NOT EDIT ${.TARGET} Built from `basename ${.IMPSRC}`" #------------------------------------------------------------------------------ # Only define FOR* eg FOR_L_ROF in individual Makefiles # in the # unlikely event you dont want the for loops to run # on all *.l_rof # or to generate output files such as .ps files # Example: I do define # FOR_L_ROF in my cv directory # as I have special rules there. .if !defined(FOR_TXT) #{ FOR_TXT := `ls *.txt 2> /dev/null` .endif #} .if !defined(FOR_CDJ670) #{ FOR_CDJ670 := `ls *.cdj670 2> /dev/null` .endif #} .if !defined(FOR_BJC600) #{ FOR_BJC600 := `ls *.bjc600 2> /dev/null` .endif #} .if !defined(FOR_BJCCOLOR) #{ FOR_BJCCOLOR := `ls *.bjccolor 2> /dev/null` .endif #} .if !defined(FOR_DVI) #{ FOR_DVI := `ls *.dvi 2> /dev/null` .endif #} .if !defined(FOR_EPSON) #{ FOR_EPSON := `ls *.epson1 2> /dev/null` .endif #} .if !defined(FOR_E_HTML) #{ FOR_E_HTML := `ls *.e_html 2> /dev/null` .endif #} .if !defined(FOR_E_LMTH) #{ FOR_E_LMTH := `ls *.e_lmth 2> /dev/null` .endif #} .if !defined(FOR_E_ROF) #{ FOR_E_ROF := `ls *.e_rof 2> /dev/null` .endif #} .if !defined(FOR_E_TEX) #{ FOR_E_TEX := `ls *.e_tex 2> /dev/null` .endif #} .if !defined(FOR_FAX) #{ FOR_FAX := `ls *.fax 2> /dev/null` .endif #} # I believe fax is a tiff format, whether it''s bidirectionally 1:1 format # & tiff always == fax I dont know. Comment welcome. # scanjet outputs .tiff using scanimage in # http://www.berklix.com/scanjet/ .if !defined(FOR_TIFF_UCASE) #{ FOR_TIFF_UCASE := `ls *.TIFF 2> /dev/null` .endif #} .if !defined(FOR_TIF_UCASE) #{ FOR_TIF_UCASE := `ls *.TIF 2> /dev/null` .endif #} .if !defined(FOR_TIFF) #{ FOR_TIFF := `ls *.tiff 2> /dev/null` .endif #} # tiffsplit outputs .tif .if !defined(FOR_TIF) #{ FOR_TIF := `ls *.tif 2> /dev/null` .endif #} .if !defined(FOR_FIG) #{ FOR_FIG := `ls *.fig 2> /dev/null` .endif #} .if !defined(FOR_HTML) #{ FOR_HTML := `ls *.html 2> /dev/null` .endif #} .if !defined(FOR_LATIN1) #{ FOR_LATIN1 := `ls *.latin1 2> /dev/null` .endif #} .if !defined(FOR_LMTH) #{ FOR_LMTH := `ls *.lmth 2> /dev/null` .endif #} .if !defined(FOR_L_HTML) #{ FOR_L_HTML := `ls *.l_html 2> /dev/null` .endif #} .if !defined(FOR_L_LMTH) #{ FOR_L_LMTH := `ls *.l_lmth 2> /dev/null` .endif #} .if !defined(FOR_L_ROF) #{ FOR_L_ROF := `ls *.l_rof 2> /dev/null` .endif #} .if !defined(FOR_L_TEX) #{ FOR_L_TEX := `ls *.l_tex 2> /dev/null` .endif #} .if !defined(FOR_M4) #{ FOR_M4 := `ls *.m4 2> /dev/null` .endif #} .if !defined(FOR_PCL_ROF) #{ FOR_PCL_ROF := `ls *.pcl_rof 2> /dev/null` .endif #} .if !defined(FOR_PCL_PS) #{ FOR_PCL_PS := `ls *.pcl_ps 2> /dev/null` .endif #} .if !defined(FOR_PS) #{ FOR_PS := `ls *.ps 2> /dev/null` .endif #} .if !defined(FOR_PNG) #{ FOR_PNG := `ls *.png 2> /dev/null` .endif #} .if !defined(FOR_JPG) #{ FOR_JPG := `ls *.jpg 2> /dev/null` .endif #} .if !defined(FOR_PNG_UCASE) #{ FOR_PNG_UCASE := `ls *.PNG 2> /dev/null` .endif #} .if !defined(FOR_PDF) #{ FOR_PDF := `ls *.pdf 2> /dev/null` .endif #} .if !defined(FOR_PDF_UCASE) #{ FOR_FIG := `ls *.PDF 2> /dev/null` .endif #} .if !defined(FOR_ROF) #{ FOR_ROF := `ls *.rof 2> /dev/null` .endif #} .if !defined(FOR_TEX) #{ FOR_TEX := `ls *.tex 2> /dev/null` .endif #} .if !defined(FOR_TIFF2PS) #{ FOR_TIFF2PS := `ls *.tiff 2> /dev/null` .endif #} .if !defined(FOR_GROFF_HTML_JUNK) #{ FOR_GROFF_HTML_JUNK := `ls groff-html-[0-9]*-[0-9]*.png 2> /dev/null` .endif #} LANGS ?= e g # LANGS e g for english & german, used by le -e & le -g, & also used in # filename_e.tex file_g.ps etc. # Sometimes the le program is not used to filter languages, but other things, # eg ~/job/groff/card/paper/Makefile uses it for different people``s # business cards. .if !defined(FOR_WAV) #{ FOR_WAV := `ls *.wav 2> /dev/null` .endif #} .if !defined(FOR_PS) #{ FOR_MP3 := `ls *.mp3 2> /dev/null` .endif #} #============================================================================== # SINGLE TARGETS LE EXTRACTORS # Example: label rof generates all *.rof files. #------------------------------------------------------------------------------ .if !target(le) #{ le: l_ e_ @# This creates seperate language copies of any multi language masters @# JJLATER do I need le to depend on e_ as well as l_ ? @# Probably not, now I''ve seperated naming for link & extract stages. @# . l_: l_rof l_lmth l_html l_tex e_: e_rof e_lmth e_html e_tex .if defined(SUBDIR) # Allow recursion. # Occasionally I need to manualy call le to recurse down # before then calling clean. As a clean on its own wont otherwise see # longer names to purge. le: _SUBDIR .endif .endif #} #------------------------------------------------------------------------------ # MORE SINGLE TARGETS IN ALPHABETIC ORDER #------------------------------------------------------------------------------ .if !target(bjccolor) #{ bjccolor: ps @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_PS} ; do \ make `basename $$i .ps`.bjccolor ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(cdj670) #{ cdj670: ps @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_PS} ; do \ make `basename $$i .ps`.cdj670 ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(bjc600) #{ bjc600: ps @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_PS} ; do \ make `basename $$i .ps`.bjc600 ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean) #{ clean: _clean .endif #} _clean: \ clean_gif clean_pcl_rof clean_pcl_ps clean_cdj670 clean_bjccolor \ clean_bjc600 clean_epson clean_dos clean_latin1 clean_txt \ clean_lst clean_vfig clean_fig clean_vps clean_aux clean_css \ clean_log clean_Vps clean_pdf clean_ps clean_mp3 clean_fax \ clean_txt clean_tiff clean_tif clean_jpg clean_png clean_dvi \ clean_vhtml clean_html clean_e_html clean_l_html clean_lmth \ clean_e_lmth clean_l_lmth clean_tex clean_e_tex clean_l_tex \ clean_rof clean_e_rof clean_l_rof @# test -e JJLATER add an eval here of ${CLEAN} & if empty, skip it. rm -f ${CLEAN} @# end_test @# rm -rf .xvpics # We clean the lowest dependency first, then crawl back to top source; that # way sub rules dont have to know every source a .pcl can come from #------------------------------------------------------------------------------ # Clean Explanations. Take example clean_ps: # a smarter replacement for "rm *.ps" # (can''t be done that crudely as we have .ps masters eg photos in docs). # It cleans all .ps that could be rebuilt from an exisiting immediate # source. (ie a .rof would get a .ps removed). More distant sources # such as a .e_rof with no .rof, also get a .ps removed, to ensure a # clean really does remove all it can, even if an intermediate file # is missing, The body of the rule does not itself clean things a .ps # could be used to generate, it sets dependencies to do that. #------------------------------------------------------------------------------ .if !target(clean_txt) #{ clean_txt: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_ROF} ; do \ rm -f `basename $$i .rof`.txt ; \ done @${CMD_FOR_CLEAN} i in ${FOR_M4} ; do \ rm -f `basename $$i .m4`.txt ; \ done @${CMD_FOR_CLEAN} i in ${FOR_TEX} ; do \ rm -f `basename $$i .tex`.txt ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_rof`_$$j.txt ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_rof`_$$j.txt ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_tex`_$$j.txt ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_tex`_$$j.txt ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_TIFF} ; do \ rm -f `basename $$i .tiff`.txt `basename $$i .tiff`.g_txt ; \ done @${CMD_FOR_CLEAN} i in ${FOR_TIF} ; do \ rm -f `basename $$i .tif`.txt `basename $$i .tif`.g_txt ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_bjc600) #{ clean_bjc600: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_PS} ; do \ rm -f `basename $$i .ps`.bjc600 ; \ done @${CMD_FOR_CLEAN} i in ${FOR_ROF} ; do \ rm -f `basename $$i .rof`.bjc600 \ `basename $$i .rof`.[0-9]*.bjc600 ; \ done @${CMD_FOR_CLEAN} i in ${FOR_TEX} ; do \ rm -f `basename $$i .tex`.bjc600 \ `basename $$i .tex`.[0-9]*.bjc600 ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_rof`_$$j.bjc600 \ `basename $$i .e_rof`_$$j.[0-9]*.bjc600 ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_rof`_$$j.bjc600 \ `basename $$i .l_rof`_$$j.[0-9]*.bjc600 ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_tex`_$$j.bjc600 \ `basename $$i .e_tex`_$$j.[0-9]*.bjc600 ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_tex`_$$j.bjc600 \ `basename $$i .l_tex`_$$j.[0-9]*.bjc600 ; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_cdj670) #{ clean_cdj670: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_PS} ; do \ rm -f `basename $$i .ps`.cdj670 ; \ done @${CMD_FOR_CLEAN} i in ${FOR_ROF} ; do \ rm -f `basename $$i .rof`.cdj670 \ `basename $$i .rof`.[0-9]*.cdj670 ; \ done @${CMD_FOR_CLEAN} i in ${FOR_TEX} ; do \ rm -f `basename $$i .tex`.cdj670 \ `basename $$i .tex`.[0-9]*.cdj670 ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_rof`_$$j.cdj670 \ `basename $$i .e_rof`_$$j.[0-9]*.cdj670 ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_rof`_$$j.cdj670 \ `basename $$i .l_rof`_$$j.[0-9]*.cdj670 ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_tex`_$$j.cdj670 \ `basename $$i .e_tex`_$$j.[0-9]*.cdj670 ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_tex`_$$j.cdj670 \ `basename $$i .l_tex`_$$j.[0-9]*.cdj670 ; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_bjccolor) #{ clean_bjccolor: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_PS} ; do \ rm -f `basename $$i .ps`.bjccolor ; \ done @${CMD_FOR_CLEAN} i in ${FOR_ROF} ; do \ rm -f `basename $$i .rof`.bjccolor \ `basename $$i .rof`.[0-9]*.bjccolor ; \ done @${CMD_FOR_CLEAN} i in ${FOR_TEX} ; do \ rm -f `basename $$i .tex`.bjccolor \ `basename $$i .tex`.[0-9]*.bjccolor ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_rof`_$$j.bjccolor \ `basename $$i .e_rof`_$$j.[0-9]*.bjccolor ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_rof`_$$j.bjccolor \ `basename $$i .l_rof`_$$j.[0-9]*.bjccolor ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_tex`_$$j.bjccolor \ `basename $$i .e_tex`_$$j.[0-9]*.bjccolor ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_tex`_$$j.bjccolor \ `basename $$i .l_tex`_$$j.[0-9]*.bjccolor ; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_aux) #{ clean_aux: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_TEX} ; do \ rm -f `basename $$i .tex`.aux ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_tex`_$$j.aux ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_tex`_$$j.aux ; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_css) #{ clean_css: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_TEX} ; do \ rm -f `basename $$i .tex`.css ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_tex`_$$j.css ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_tex`_$$j.css ; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_log) #{ clean_log: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_TEX} ; do \ rm -f `basename $$i .tex`.log ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_tex`_$$j.log ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_tex`_$$j.log ; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_dos) #{ clean_dos: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_TXT} ; do \ rm -f `basename $$i .txt`.dos ; \ done @${CMD_FOR_CLEAN} i in ${FOR_ROF} ; do \ rm -f `basename $$i .rof`.dos ; \ done @${CMD_FOR_CLEAN} i in ${FOR_TEX} ; do \ rm -f `basename $$i .tex`.dos ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_rof`_$$j.dos ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_rof`_$$j.dos ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_tex`_$$j.dos ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_tex`_$$j.dos ; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_dvi) #{ clean_dvi: clean_ps @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_TEX} ; do \ rm -f `basename $$i .tex`.dvi ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_tex`_$$j.dvi ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_tex`_$$j.dvi ; \ done ; \ done @# JJLATER maybe sometime add a ROF rule, but I do not currently @# generate .dvi images from .rof. @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_epson) #{ clean_epson: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_PS} ; do \ rm -f `basename $$i .ps`.epson ; \ done @${CMD_FOR_CLEAN} i in ${FOR_ROF} ; do \ rm -f `basename $$i .rof`.epson \ `basename $$i .rof`.[0-9]*.epson ; \ done @${CMD_FOR_CLEAN} i in ${FOR_TEX} ; do \ rm -f `basename $$i .tex`.epson \ `basename $$i .tex`.[0-9]*.epson ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_rof`_$$j.epson \ `basename $$i .e_rof`_$$j.[0-9]*.epson ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_rof`_$$j.epson \ `basename $$i .l_rof`_$$j.[0-9]*.epson ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_tex`_$$j.epson \ `basename $$i .e_tex`_$$j.[0-9]*.epson ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_tex`_$$j.epson \ `basename $$i .l_tex`_$$j.[0-9]*.epson ; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_e_html) #{ clean_e_html: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_L_LMTH} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_lmth`_$$j.e_html ; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_e_rof) #{ clean_e_rof: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_L_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_rof`_$$j.e_rof ; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_e_lmth) #{ clean_e_lmth: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_L_LMTH} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_lmth`_$$j.e_lmth ; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_e_tex) #{ clean_e_tex: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_L_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_tex`_$$j.e_tex ; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_fax) #{ clean_fax: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# A fax file is an absolute master, received by a fax modem. @# I''ll ignore for now the fact one Can create a fax file using @# hylafax tools etc. @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_tiff) #{ clean_tiff: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# A tiff file is usually an absolute master, received from a scanner. @# but may sometime be a symbolic link to a .tif, @# where tiffsplit has split mutiple pages from an ADF block. @${CMD_FOR_CLEAN} i in ${FOR_TIFF_UCASE} ; do \ rm -f `basename $$i .tif`.tiff ; \ done @${CMD_FOR_CLEAN} i in ${FOR_TIF_UCASE} ; do \ rm -f `basename $$i .tif`.tiff ; \ done @${CMD_FOR_CLEAN} i in ${FOR_TIF} ; do \ rm -f `basename $$i .tif`.tiff ; \ done @${CMD_FOR_CLEAN} i in ${FOR_JPG} ; do \ rm -f `basename $$i .jpg`.tiff ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_tif) #{ clean_tif: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# A tif file is usually an absolute master, received from a scanner @# but may also be from tiffplit or pnmtotiff. @${CMD_FOR_CLEAN} i in ${FOR_JPG} ; do \ rm -f `basename $$i .jpg`.tif ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_fig) #{ clean_fig: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# A fig file is an absolute master, made by human, not machine. @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_html) #{ clean_html: clean_ps clean_vhtml @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_ROF} ; do \ rm -f `basename $$i .rof`.html ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_rof`_$$j.html ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_rof`_$$j.html ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_HTML} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_html`_$$j.html ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_HTML} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_html`_$$j.html ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_LMTH} ; do \ rm -f `basename $$i .lmth`.html ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_LMTH} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_lmth`_$$j.html ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_LMTH} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_lmth`_$$j.html ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_TEX} ; do \ rm -f `basename $$i .tex`.html ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_tex`_$$j.html ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_tex`_$$j.html ; \ done ; \ done @# @# groff-html-[0-9]*-[0-9]*.png are junk from groff -Thtml @# I used to do this: @# rm -f groff-html-[0-9]*-[0-9]*.png groff-html-[0-9]*-[0-9]*.gif @# but it''s just noise if nothing is there, so now do it silently: @${CMD_FOR_CLEAN} i in ${FOR_GROFF_HTML_JUNK} ; do \ rm -f $$i ; \ done .if ( target(index.html) ) #{ .if defined (DEBUG_BERKLIX_MK) @echo "${T_BERKLIX} Rebuild rule exists, so removing index.html" .endif rm -f index.html .else .if defined (DEBUG_BERKLIX_MK) @echo "${T_BERKLIX} No rebuild rule for index.html, so not not removing it." .endif .endif #} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_latin1) #{ clean_latin1: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_ROF} ; do \ rm -f `basename $$i .rof`.latin1 ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_rof`_$$j.latin1 ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_rof`_$$j.latin1 ; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_l_html) #{ clean_l_html: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# An l_html file is an absolute master, made by human, not machine. @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_l_lmth) #{ clean_l_lmth: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# An l_lmth file is an absolute master, made by human, not machine. @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_l_rof) #{ clean_l_rof: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# An l_rof file is an absolute master, made by human, not machine. @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_l_tex) #{ clean_l_tex: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# An l_tex file is an absolute master, made by human, not machine. @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_lmth) #{ clean_lmth: clean_html @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_E_ROF} ; do \ rm -f `basename $$i .e_rof`.lmth ; \ done @${CMD_FOR_CLEAN} i in ${FOR_ROF} ; do \ rm -f `basename $$i .rof`.lmth ; \ done @# Assume EG fred.lmth can be rebuilt from fred.le. @# next bit not useful yet. @# Clean up after aborted wysiwyg edits of .lmth files @${CMD_FOR_CLEAN} i in ${FOR_E_LMTH} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_lmth`_$$j.lmth ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_LMTH} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_lmth`_$$j.lmth ; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_lst) #{ clean_lst: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_ROF} ; do \ rm -f `basename $$i .rof`.lst ; \ done @${CMD_FOR_CLEAN} i in ${FOR_TEX} ; do \ rm -f `basename $$i .tex`.lst ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_rof`_$$j.lst ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .L_rof`_$$j.lst ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_tex`_$$j.lst ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_tex`_$$j.lst ; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_pcl_rof) #{ clean_pcl_rof: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# ${CMD_FOR_CLEAN} i in ${FOR_PS} ; do \ @# rm -f `basename $$i .ps`.pcl_rof ; \ @# done @${CMD_FOR_CLEAN} i in ${FOR_ROF} ; do \ rm -f `basename $$i .rof`.pcl_rof \ `basename $$i .rof`.[0-9]*.pcl_rof ; \ done @${CMD_FOR_CLEAN} i in ${FOR_TEX} ; do \ rm -f `basename $$i .tex`.pcl_rof \ `basename $$i .tex`.[0-9]*.pcl_rof ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_rof`_$$j.pcl_rof \ `basename $$i .e_rof`_$$j.[0-9]*.pcl_rof ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_rof`_$$j.pcl_rof \ `basename $$i .l_rof`_$$j.[0-9]*.pcl_rof ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_tex`_$$j.pcl_rof \ `basename $$i .e_tex`_$$j.[0-9]*.pcl_rof ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_tex`_$$j.pcl_rof \ `basename $$i .l_tex`_$$j.[0-9]*.pcl_rof ; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_pcl_ps) #{ clean_pcl_ps: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_PS} ; do \ rm -f `basename $$i .ps`.pcl_ps ; \ done @# These rof can 1st generate a .ps @# so it is valid to delete these .pcl_ps @${CMD_FOR_CLEAN} i in ${FOR_ROF} ; do \ rm -f `basename $$i .rof`.pcl_ps \ `basename $$i .rof`.[0-9]*.pcl_ps ; \ done @${CMD_FOR_CLEAN} i in ${FOR_TEX} ; do \ rm -f `basename $$i .tex`.pcl_ps \ `basename $$i .tex`.[0-9]*.pcl_ps ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_rof`_$$j.pcl_ps \ `basename $$i .e_rof`_$$j.[0-9]*.pcl_ps ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_rof`_$$j.pcl_ps \ `basename $$i .l_rof`_$$j.[0-9]*.pcl_ps ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_tex`_$$j.pcl_ps \ `basename $$i .e_tex`_$$j.[0-9]*.pcl_ps ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_tex`_$$j.pcl_ps \ `basename $$i .l_tex`_$$j.[0-9]*.pcl_ps ; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_gif) #{ clean_gif: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_PS} ; do \ rm -f `basename $$i .ps`.gif ; \ done @${CMD_FOR_CLEAN} i in ${FOR_ROF} ; do \ rm -f `basename $$i .rof`.gif \ `basename $$i .rof`.[0-9]*.gif ; \ done @${CMD_FOR_CLEAN} i in ${FOR_TEX} ; do \ rm -f `basename $$i .tex`.gif \ `basename $$i .tex`.[0-9]*.gif ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_rof`_$$j.gif \ `basename $$i .e_rof`_$$j.[0-9]*.gif ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_rof`_$$j.gif \ `basename $$i .l_rof`_$$j.[0-9]*.gif ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_tex`_$$j.gif \ `basename $$i .e_tex`_$$j.[0-9]*.gif ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_tex`_$$j.gif \ `basename $$i .l_tex`_$$j.[0-9]*.gif ; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_ps) #{ # Do not call clean_pcl_rof, as a .ps is not allowed # to make a.pcl_rof clean_ps: clean_pcl_ps clean_epson clean_cdj670 clean_bjccolor \ clean_bjc600 clean_vps @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_PDF} ; do \ rm -f `basename $$i .pdf`.ps ; \ done @${CMD_FOR_CLEAN} i in ${FOR_ROF} ; do \ rm -f `basename $$i .rof`.ps `basename $$i .rof`.[0-9]*.ps ; \ done @# The .[0-9]*.ps are single page images. @${CMD_FOR_CLEAN} i in ${FOR_E_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_rof`_$$j.ps \ `basename $$i .e_rof`_$$j.[0-9]*.ps ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_rof`_$$j.ps \ `basename $$i .l_rof`_$$j.[0-9]*.ps ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_TEX} ; do \ rm -f `basename $$i .tex`.ps `basename $$i .tex`.[0-9]*.ps ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_tex`_$$j.ps \ `basename $$i .e_tex`_$$j.[0-9]*.ps ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_tex`_$$j.ps \ `basename $$i .l_tex`_$$j.[0-9]*.ps ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_FAX} ; do \ rm -f `basename $$i .fax`.ps ; \ done @${CMD_FOR_CLEAN} i in ${FOR_TIFF} ; do \ rm -f `basename $$i .tiff`.ps ; \ done @${CMD_FOR_CLEAN} i in ${FOR_TIF} ; do \ rm -f `basename $$i .tif`.ps ; \ done @# Zap .ps files created by xfig from .fig @${CMD_FOR_CLEAN} i in ${FOR_FIG} ; do \ rm -f `basename $$i .fig`.ps ; \ done @${CMD_FOR_CLEAN} i in ${FOR_M4} ; do \ rm -f `basename $$i .m4`.ps ; \ done @# Zap .ps files created manually by a browser @${CMD_FOR_CLEAN} i in ${FOR_HTML} ; do \ rm -f `basename $$i .html`.ps ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_HTML} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_html`_$$j.ps \ `basename $$i .e_html`_$$j.[0-9]*.ps ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_HTML} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_html`_$$j.ps \ `basename $$i .l_html`_$$j.[0-9]*.ps ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_LMTH} ; do \ rm -f `basename $$i .lmth`.ps ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_LMTH} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_html`_$$j.ps \ `basename $$i .e_html`_$$j.[0-9]*.ps ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_LMTH} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_html`_$$j.ps \ `basename $$i .l_html`_$$j.[0-9]*.ps ; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_png) #{ clean_png: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_PNG_UCASE} ; do \ rm -f `basename $$i .PNG`.png ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_jpg) #{ clean_jpg: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_JPG_UCASE} ; do \ rm -f `basename $$i .JPG`.jpg ; \ done @${CMD_FOR_CLEAN} i in ${FOR_PNG} ; do \ rm -f `basename $$i .png`.jpg ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_pdf) #{ clean_pdf: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_PDF_UCASE} ; do \ rm -f `basename $$i .PDF`.pdf ; \ done @${CMD_FOR_CLEAN} i in ${FOR_ROF} ; do \ rm -f `basename $$i .rof`.pdf \ `basename $$i .rof`.[0-9]*.pdf ; \ done @${CMD_FOR_CLEAN} i in ${FOR_TEX} ; do \ rm -f `basename $$i .tex`.pdf ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_tex`_$$j.pdf ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_tex`_$$j.pdf ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_TIFF} ; do \ rm -f `basename $$i .tiff`.pdf ; \ done @${CMD_FOR_CLEAN} i in ${FOR_TIF} ; do \ rm -f `basename $$i .tif`.pdf ; \ done @${CMD_FOR_CLEAN} i in ${FOR_PS} ; do \ rm -f `basename $$i .ps`.pdf ; \ done @${CMD_FOR_CLEAN} i in ${FOR_FIG} ; do \ rm -f `basename $$i .fig`.pdf ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_rof) #{ clean_rof: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_E_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_rof`_$$j.rof ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_rof`_$$j.rof ; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_tex) #{ clean_tex: clean_dvi @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_E_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_tex`_$$j.tex ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_tex`_$$j.tex ; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_vps) || !target(clean_Vps) #{ # Do not call clean_pcl_rof clean_vps clean_Vps: \ clean_pcl_ps clean_epson clean_cdj670 clean_bjccolor clean_bjc600 @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# In case I''ve been editing postscript files eg fax cover sheet @# (where .ps is the master, not produced from eg a .rof). @${CMD_FOR_CLEAN} i in ${FOR_PS} ; do \ name=`basename $$i .ps` ; rm -f $${name}.[vV]ps ; \ done @${CMD_FOR_CLEAN} i in ${FOR_ROF} ; do \ name=`basename $$i .rof` ; rm -f $${name}.[vV]ps ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_rof`_$$j.[vV]ps ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_ROF} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_rof`_$$j.[vV]ps ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_TEX} ; do \ name=`basename $$i .tex` ; rm -f $${name}.[vV]ps ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_tex`_$$j.[vV]ps ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_TEX} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_tex`_$$j.[vV]ps ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_HTML} ; do \ name=`basename $$i .html` ; rm -f $${name}.[vV]ps ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_HTML} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_html`_$$j.[vV]ps ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_HTML} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_html`_$$j.[vV]ps ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_LMTH} ; do \ name=`basename $$i .lmth` ; rm -f $${name}.[vV]ps ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_LMTH} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_lmth`_$$j.[vV]ps ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_LMTH} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_lmth`_$$j.[vV]ps ; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_vfig) #{ clean_vfig: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# Clean up after aborted wysiwyg edits of .fig files @${CMD_FOR_CLEAN} i in ${FOR_FIG} ; do \ rm -f `basename $$i .fig`.vfig ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(clean_vhtml) #{ clean_vhtml: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# Clean up after aborted wysiwyg edits of .html files @${CMD_FOR_CLEAN} i in ${FOR_HTML} ; do \ rm -f `basename $$i .html`.vhtml ; \ done @${CMD_FOR_CLEAN} i in ${FOR_ROF} ; do \ rm -f `basename $$i .rof`.vtml ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_HTML} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_html`_$$j.vhtml ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_HTML} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_html`_$$j.vthml ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_LMTH} ; do \ rm -f `basename $$i .lmth`.vtml ; \ done @${CMD_FOR_CLEAN} i in ${FOR_E_LMTH} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .e_lmth`_$$j.vhtml ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_L_LMTH} ; do \ for j in ${LANGS} ; do \ rm -f `basename $$i .l_lmth`_$$j.vhtml ; \ done ; \ done @${CMD_FOR_CLEAN} i in ${FOR_TEX} ; do \ rm -f `basename $$i .tex`.vtml ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(dvi) #{ dvi: rof @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_TEX} ; do \ make `basename $$i .tex`.dvi ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(e_html) #{ e_html: l_html @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_L_HTML} ; do \ echo "${T_BERKLIX} Symbolic linking to pre-existing $$i" ; \ bla=`basename $$i .l_html` ; \ for j in ${LANGS} ; do \ ${ECHO_DOING} "Doing $${bla}_$$j.e_html" ; \ if ! test -e $${bla}_$$j.e_html ; then \ ln -s $$i $${bla}_$$j.e_html ; \ echo "$${bla}_$$j.e_html" ; \ fi; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(e_lmth) #{ e_lmth: l_lmth @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_L_LMTH} ; do \ echo "${T_BERKLIX} Symbolic linking to pre-existing $$i" ; \ bla=`basename $$i .l_lmth` ; \ for j in ${LANGS} ; do \ ${ECHO_DOING} "Doing $${bla}_$$j.e_lmth" ; \ if ! test -e $${bla}_$$j.e_lmth ; then \ ln -s $$i $${bla}_$$j.e_lmth ; \ echo "$${bla}_$$j.e_lmth" ; \ fi; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(e_rof) #{ # Create 2 or more sym links for extracting English & German language, # such as resume_e.e_rof resume_g.e_rof e_rof: l_rof @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_L_ROF} ; do \ echo "${T_BERKLIX} Symbolic linking to pre-existing $$i" ; \ bla=`basename $$i .l_rof` ; \ for j in ${LANGS} ; do \ ${ECHO_DOING} "Doing $${bla}_$$j.e_rof" ; \ if ! test -e $${bla}_$$j.e_rof ; then \ ln -s $$i $${bla}_$$j.e_rof ; \ echo "$${bla}_$$j.e_rof" ; \ fi; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(e_tex) #{ e_tex: l_tex @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_L_TEX} ; do \ echo "${T_BERKLIX} Symbolic linking to pre-existing $$i" ; \ bla=`basename $$i .l_tex` ; \ for j in ${LANGS} ; do \ ${ECHO_DOING} "Doing $${bla}_$$j.e_tex" ; \ if ! test -e $${bla}_$$j.e_tex ; then \ ln -s $$i $${bla}_$$j.e_tex ; \ echo "$${bla}_$$j.e_tex" ; \ fi; \ done ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(epson) #{ epson: rof @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_PS} ; do \ make `basename $$i .ps`.epson ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(html) #{ html: e_html lmth rof tex @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_E_HTML} ; do \ ${ECHO_DOING} "Doing $$i" ; \ make `basename $$i .e_html`.html ; \ done ${CMD_FOR_BUILD} i in ${FOR_LMTH} ; do \ ${ECHO_DOING} "Doing $$i" ; \ make `basename $$i .lmth`.html ; \ done ${CMD_FOR_BUILD} i in ${FOR_ROF} ; do \ make `basename $$i .rof`.html ; \ done ${CMD_FOR_BUILD} i in ${FOR_TEX} ; do \ make `basename $$i .tex`.html ; \ done cd ${.CURDIR} && make _index.html @# ${.CURDIR} above as my ~/public_html also has a /usr/obj equiv. @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ # Add functionality to get "make html" go into SUBDIRs # /usr/share/mk/bsd.subdir.mk has this: # .for __target in all all-man checkdpadd clean cleandepend cleandir \ # depend distribute lint maninstall \ # obj objlink realinstall regress tags # ${__target}: _SUBDIR # .endfor # So I do this: .if defined(SUBDIR) # the if defined above is so I dont have to add # .include # even in public/html/......../Makefile that dont have SUBDIR += html: _SUBDIR .endif #------------------------------------------------------------------------------ # Can not call this target index.html, else it prevents # index.html being built from index.lmth _index.html: @${ECHO_START} "${T_START} $@" #{ if [ -e index_e.html ] && [ ! -e index.html ]; then \ echo "${T_BERKLIX} Symbolic linking to pre-existing index_e.html" ; \ ln -s index_e.html index.html ; \ fi @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${ECHO_END} "${T_END} $@" #} #------------------------------------------------------------------------------ .if !target(l_html) #{ l_html: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# An l_html file is an absolute master, made by human, not machine. @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(l_lmth) #{ l_lmth: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# An l_lmth file is an absolute master, made by human, not machine. @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(l_rof) #{ l_rof: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# An l_rof file is an absolute master, made by human, not machine. @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(l_tex) #{ l_tex: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# An l_tex file is an absolute master, made by human, not machine. @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(lmth) #{ lmth: e_lmth rof tex @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_E_LMTH} ; do \ make `basename $$i .e_lmth`.lmth ; \ done ${CMD_FOR_BUILD} i in ${FOR_ROF} ; do \ make `basename $$i .rof`.lmth ; \ done ${CMD_FOR_BUILD} i in ${FOR_TEX} ; do \ make `basename $$i .tex`.lmth ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(lmth_links) #{ .if !defined(LMTH_TARGET) #{ LMTH_TARGET_1 != pwd LMTH_TARGET_2 != basename ${LMTH_TARGET_1} LMTH_TARGET = ${LMTH_TARGET_2}.lmth .endif #} lmth_links: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${LMTH_LINKS} ; do \ if test ! -h $$i; then \ echo "${T_BERKLIX} Symbolic linking to pre-existing ${LMTH_TARGET}" ; \ ln -s ${LMTH_TARGET} $$i ; \ else \ echo Link already exists: $$i ; \ fi ; \ ls -l $$i ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(lst) #{ lst: rof @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_ROF} ; do \ make `basename $$i .rof`.lst ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(pcl_rof) #{ pcl_rof: rof @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_ROF} ; do \ make `basename $$i .rof`.pcl_rof ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(pcl_ps) #{ pcl_ps: ps @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_PS} ; do \ make `basename $$i .ps`.pcl_ps ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(pcl) #{ pcl: ps @${ECHO_START} "${T_START} $@" #{ @echo "${T_BERKLIX} Suffix PCL no longer exists, you must choose pcl_ps or pcl_rof" @echo "A .pcl_rof is a .pcl produced direct from a .rof with groff" @echo "On FreeBSD-8.2 in ~jhs/job/groff/card/paper groff spacing fails." @echo -n "A .pcl_ps is a .pcl produced from a .rof " @echo "via a .ps with ghostscript." @echo "On FreeBSD-8.2 in ~jhs/ob/groff/card/paper/ gs spacing is OK" @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ pdf2ps_maybe: @${ECHO_START} "${T_START} $@" #{ .if defined(PDF_PS) #{ Default: Undefined. @echo "${T_BERKLIX} PDF_PS is defined, unusual." .else @echo -n "${T_BERKLIX} PDF_PS undefined as normal. " @echo "You might want it for eg .ps to .pcl" .endif #} @# echo "${T_BERKLIX} The echoes above do Not report the truth ${PDF_PS}. @# make pdf @${ECHO_END} "${T_END} $@" #} #------------------------------------------------------------------------------ .if !target(ps) #{ ps: rof tex pdf2ps_maybe fig @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_ROF} ; do \ make `basename $$i .rof`.ps ; \ done ${CMD_FOR_BUILD} i in ${FOR_TEX} ; do \ make `basename $$i .tex`.ps ; \ done ${CMD_FOR_BUILD} i in ${FOR_FIG} ; do \ make `basename $$i .fig`.ps ; \ done ${CMD_FOR_BUILD} i in ${FOR_TIFF2PS} ; do \ make `basename $$i .tiff`.ps ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(eps) #{ eps: fig @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_FIG} ; do \ make `basename $$i .fig`.eps ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(gif) #{ gif: ps @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_PS} ; do \ make `basename $$i .ps`.gif ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(jpg) #{ jpg: # png @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_PNG} ; do \ make `basename $$i .png`.jpg ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(pdf) #{ # 2009.03.02 I deleted dependency .tiff.ps , # because .ps output files are enormous # & I have a .tiff.pdf rule that pipes direct. # I might need to add rof back in though, else maybe not enough # will get built ? pdf: tex rof fig tiff # No ps as I dont edit those as masters @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_TEX} ; do \ make `basename $$i .tex`.pdf; \ done ${CMD_FOR_BUILD} i in ${FOR_TIFF} ; do \ make `basename $$i .tiff`.pdf; \ done ${CMD_FOR_BUILD} i in ${FOR_TIF} ; do \ make `basename $$i .tif`.pdf; \ done ${CMD_FOR_BUILD} i in ${FOR_FIG} ; do \ make `basename $$i .fig`.pdf ; \ done @# There was no .rof.pdf rule, @# just rules for .rof.ps & a .ps.pdf, @# so first try to make from a .rof ${CMD_FOR_BUILD} i in ${FOR_ROF} ; do \ make `basename $$i .rof`.pdf; \ done @# second try to make any .pdf still missing from a .ps ${CMD_FOR_BUILD} i in ${FOR_PS} ; do \ make `basename $$i .ps`.pdf; \ done ${CMD_FOR_BUILD} i in ${FOR_PDF_UCASE} ; do \ make `basename $$i .PDF`.pdf ; \ done ${CMD_FOR_BUILD} i in ${FOR_PNG_UCASE} ; do \ make `basename $$i .PNG`.pdf ; \ done ${CMD_FOR_BUILD} i in ${FOR_PNG} ; do \ make `basename $$i .png`.pdf ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(png) #{ png: echo hi @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_PNG_UCASE} ; do \ make `basename $$i .PNG`.png ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.rof.pdf) #{ # The rules for .rof.ps & .ps.pdf were sufficient to make a .pdf # but I added this rule, as using just the earlier 2 rules left bulky .ps files # that were surplus bulk on web directories, in ~/ at home, & on USB sticks, # & slowed rdist back ups, & bad for wear on USB flash media. .rof.pdf: @${ECHO_START} "${T_START} $@" #{ ${GROFF} -Tps -dformat=ps \ -dfile=`basename ${.TARGET} .ps` ${.IMPSRC} \ | ${PS2PDF} -sPAPERSIZE=a4 - ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.dvi.pdf) #{ # The rules for .dvi.ps & .ps.pdf were sufficient to make a .pdf # but I added this rule, as using just the earlier 2 rules left bulky .ps files # that were surplus bulk on web directories, in ~/ at home, & on USB sticks, # & slowed rdist back ups, & bad for wear on USB flash media. # For explanation of parameters see comments in rule .dvi.ps .dvi.pdf: @${ECHO_START} "${T_START} $@" #{ @make ${DVIPS} ${PSSELECT} ${PSNUP} ${PSTOPS} ${PS2PDF} @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" dvips -t landscape -o tmp.`basename ${.TARGET} .pdf`.ps ${.IMPSRC} psselect 2,3,4,5,6,1 tmp.`basename ${.TARGET} .pdf`.ps \ tmp2.`basename ${.TARGET} .pdf`.ps $(PSNUP) -w21cm -h29.2cm -W9.9cm -H21cm -s1 -3 \ tmp2.`basename ${.TARGET} .pdf`.ps \ `basename ${.TARGET} .pdf`.ps rm -f tmp.`basename ${.TARGET} .pdf`.ps \ tmp2.`basename ${.TARGET} .pdf`.ps cat `basename ${.TARGET} .pdf`.ps \ | ${PS2PDF} -sPAPERSIZE=a4 - ${.TARGET} rm `basename ${.TARGET} .pdf`.ps @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(rof) #{ rof: e_rof @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_E_ROF} ; do \ make `basename $$i .e_rof`.rof ; \ done @${ECHO_END} "${T_END} $@" #} # Pre 2004.05.14, the single line with `make` was 3 lines: # for j in ${LANGS} ; do \ # rm -f `basename $$i .e_rof`_$$j.rof ; \ # done ; .endif #} #------------------------------------------------------------------------------ .if !target(tiff) #{ tiff: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_JPG} ; do \ make `basename $$i .jpg`.tiff ; \ done ${CMD_FOR_BUILD} i in ${FOR_TIF} ; do \ make `basename $$i .tif`.tiff ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(fig) #{ fig: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_FIG} ; do \ make `basename $$i .fig`.pdf ; \ done @# ${CMD_FOR_BUILD} i in ${FOR_FIG} ; do \ @# make `basename $$i .fig`.ps ; \ @# done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ # bsd.subdir.mk also has a target .txt, with no .if before it. .if !target(txt) #{ txt: rof tiff # ps # ps is for tex > ps > txt @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_ROF} ; do \ make `basename $$i .rof`.txt ; \ done @# I could add something to ignore warnings such as @# warning: can''t find font ``H'' ${CMD_FOR_BUILD} i in ${FOR_TEX} ; do \ make `basename $$i .tex`.txt ; \ done @# OCR next ${CMD_FOR_BUILD} i in ${FOR_TIFF} ; do \ make `basename $$i .tiff`.txt ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(g_txt) #{ g_txt: tiff # rof is not necessary. @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# OCR next ${CMD_FOR_BUILD} i in ${FOR_TIFF} ; do \ make `basename $$i .tiff`.g_txt ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(tex) #{ tex: e_tex @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_E_TEX} ; do \ make `basename $$i .e_tex`.tex ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(tools) #{ tools: ${BUILD_TOOLS} ${VIEW_TOOLS} ${CHECK_TOOLS} @${ECHO_START} "${T_START} $@" #{ @# You can run "make tools" (as root) to install all tools @# on a new host, before you later run "make all" as a normal user. @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(view) #{ view: ${VIEW_TOOLS} @${ECHO_START} "${T_START} $@" #{ @echo "${T_BERKLIX} Try one of make view_ps view_pdf view_dvi" @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(view_dvi) #{ view_dvi: ${TARGS_DVI} # ${XDVI} ${GHOSTVIEW} ${GV} ${GS} @${CMD_FOR_CLEAN} i in $(TARGS_PS) ; \ do \ @if [ -x ${XDVI} ]; then \ ${XDVI} ${XDVI_ARGS} $$i ; \ elif [ -x ${GHOSTVIEW} ]; then \ ${GHOSTVIEW} $$i ; \ elif [ -x ${GV} ]; then \ ${GV} $$i ; \ elif [ -x ${GS} ]; then \ ${GS} -sPAPERSIZE=a4 $$i ; \ fi ; \ done @${ECHO_END} "${T_END} $@" .endif #} #------------------------------------------------------------------------------ .if !target(view_pdf) #{ view_pdf: ${TARGS_PDF} # ${ACROREAD} ${GHOSTVIEW} ${GV} ${GS} @${CMD_FOR_CLEAN} i in $(TARGS_PS) ; \ do \ @if [ -x ${ACROREAD} ]; then \ ${ACROREAD} $$i ; \ elif [ -x ${GHOSTVIEW} ]; then \ ${GHOSTVIEW} $$i ; \ elif [ -x ${GV} ]; then \ ${GV} $$i ; \ elif [ -x ${GS} ]; then \ ${GS} -sPAPERSIZE=a4 $$i ; \ fi ; \ done @${ECHO_END} "${T_END} $@" .endif #} #------------------------------------------------------------------------------ .if !target(view_ps) #{ view_ps: ${TARGS_PS} # ${GV} ${GHOSTVIEW} ${GS} @${CMD_FOR_CLEAN} i in $(TARGS_PS) ; \ do \ @if [ -x ${GV} ]; then \ ${GV} -media a4 -antialias $$i ; \ elif [ -x ${GHOSTVIEW} ]; then \ ${GHOSTVIEW} $$i.ps; \ elif [ -x ${GS} ]; then \ ${GS} -sPAPERSIZE=a4 $$i.ps; \ fi ; \ done @${ECHO_END} "${T_END} $@" .endif #} #============================================================================== # DEFAULT INPUT-OUTPUT CONVERSION RULES - WYSIWYG #------------------------------------------------------------------------------ sighup=HUP # Support for "ghostview". # (ghostview is marked broken (security loophone) in FreeBSD-4.8) # Wysiwyg loop to allow vi in one xterm to cause re-display in adjacent # ghostview, each time vi sees :w (write). .if !target(.ps.vps) #{ .ps.vps: # create a temporary pid file for signal linking vi + ghostview @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @echo "${T_BERKLIX} ghostview gone in current 2014-12-26, need to port my mods to gv" @sleep 2 ghostview -reopen_sig -pid_report ${.IMPSRC} > ${.TARGET} & @# Wait for ghostview to initialise then report its process number. @# & print dots while waiting as a debug indicator. @# while `test ! -s ${.TARGET}` ; do echo -n . ; done @# or skip the dots normally. while `test ! -s ${.TARGET}` ; do true ; done process=`cat ${.TARGET}` ; \ name=`basename ${.IMPSRC} .ps` ; \ if [ -f $${name}.le ]; then \ vi -C "make $${name}.ps ; kill -${SIG_REOPEN} $${process}" \ $${name}.le ; \ else \ if [ -f $${name}.e_rof ]; then \ vi -C "make $${name}.ps ; \ kill -${SIG_REOPEN} $${process}" \ ${.CURDIR}/$${name}.e_rof ; \ elif [ -f $${name}.rof ]; then \ vi -C "make $${name}.ps ; \ kill -${SIG_REOPEN} $${process}" \ ${.CURDIR}/$${name}.rof ; \ elif [ -f $${name}.e_tex ]; then \ vi -C "make $${name}.ps ; \ kill -${SIG_REOPEN} $${process}" \ ${.CURDIR}/$${name}.e_tex ; \ elif [ -f $${name}.tex ]; then \ vi -C "make $${name}.ps ; \ kill -${SIG_REOPEN} $${process}" \ ${.CURDIR}/$${name}.tex ; \ else \ echo "${T_BERKLIX} Dont know what to edit to make $${name}" ; \ exit 1 ; \ fi ; \ fi ; \ kill -${sighup} $${process} ; \ echo "${T_BERKLIX} Suggestion: maybe_rm $${name}.ps" # letter_g.rof is extracted from letter_g.e_rof # letter_g.e_rof@ -> letter.l_rof # {--------------- OLD # if [ -f $${name}.le ]; then \ # vi -C "make $${name}.ps ; kill -${SIG_REOPEN} $${process}" \ # $${name}.le ; \ # else \ # if [ -f $${name}.rof ]; then \ # vi -C "make $${name}.ps ; \ # kill -${SIG_REOPEN} $${process}" \ # ${.CURDIR}/$${name}.rof ; \ # else \ # vi -C "make $${name}.ps ; \ # kill -${SIG_REOPEN} $${process}" \ # ${.CURDIR}/$${name}.tex ; \ # fi ; \ # fi ; \ # kill -${sighup} $${process} ; \ # echo "${T_BERKLIX} Suggestion: maybe_rm $${name}.ps" # --------------- } @# JJLATER: Allow for a $${name}.tex as well as a $${name}.rof @rm -f ${.TARGET} @# merely an obsolete process number @# @# The ${sighup} is to remove a no longer updated ghostview. @# @# Hopefully a kernel guru will confirm the printf & fflush I use to @# generate the pid print in ghostview is effectively monatomic by the @# time the process number arrives in the file ${THING}.pid. @# If not, and the pid were eg 1234, @# & only the 1 is output before the test, @# and it stays at 1 when then read with cat, and if you are root, @# the system might then crash or something with equivalent of @# su ; kill -SIGUSR1 1 (note SIGUSR1) @# @# Note ghostview sometimes doesnt seem to update its screen display @# till the mouse floats over the top of it (no clicks necessary) @# (this being with fvwm + freebsd). @# @# I couldn''t use a structure like @# pid=`ghostview -reopen_sig -pid_report generic.g.ps` & @# because that waits for ghostview to complete before evaluating pid @# @# The backslashes need to extend to end, else $${name} evaluate @# to null on the suggestion line. @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ # Support for "gv". (successor or descendant to/from ghostview). # Wysiwyg loop to allow vi in one xterm to cause re-display in adjacent # gv, each time vi sees :w (write). .if !target(.ps.Vps) #{ .ps.Vps: # create a temporary pid file for signal linking vi + ghostview @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# A "-watch" parameter to gv is not needed, & avoided to lighten load @# on slow machines. ${GV} ${.IMPSRC} > ${.TARGET} & \ sleep 3 ; \ process=$$! ; \ echo "$${process}" > ${.TARGET} ; \ name=`basename ${.IMPSRC} .ps` ; \ if [ -f $${name}.le ]; then \ vi -C "make $${name}.ps ; kill -s HUP $${process}" \ $${name}.le ; \ else \ if [ -f $${name}.rof ]; then \ vi -C "make $${name}.ps ; kill -s HUP $${process}" \ ${.CURDIR}/$${name}.rof ; \ else \ vi -C "make $${name}.ps ; kill -s HUP $${process}" \ ${.CURDIR}/$${name}.tex ; \ fi ; \ fi ; \ kill $${process} ; \ echo "${T_BERKLIX} Suggestion: maybe_rm $${name}.ps" @# JJLATER: Allow for a $${name}.tex as well as a $${name}.rof @rm -f ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ # Same as .ps.vps, but also generates a .pcl_rof afterward # (note no .vpcl_rof gets generated). .if !target(.rof.vpcl_rof) #{ .rof.vpcl_rof: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" name=`basename ${.IMPSRC} .rof` ; \ make $${name}.vps ; \ tm $${name}.ps ; \ make $${name}.pcl_rof ; \ echo Suggestion: lpr -Ppcl_rof.g $${name}.pcl_rof @${ECHO_END} "${T_END} $@" #} @# The Wysiwyg uses the .ps, @# then we discard the .ps, & go straight from rof to pcl. .endif #} #------------------------------------------------------------------------------ # Same as .ps.vps, but also generates a .pcl_ps afterward # (note no .vpcl_ps gets generated). .if !target(.ps.vpcl_ps) #{ .ps.vpcl_ps: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" name=`basename ${.IMPSRC} .ps` ; \ make $${name}.vps ; \ make $${name}.pcl_ps ; \ echo Suggestion: lpr -Ppcl_ps.g $${name}.pcl_ps @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.ps.vbjccolor) #{ # (note no .vbjccolor gets generated). .ps.vbjccolor: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" name=`basename ${.IMPSRC} .ps` ; \ make $${name}.vps ; \ make $${name}.bjccolor ; \ echo Suggestion: lpr -Pbjc $${name}.bjccolor @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.ps.vcdj670) #{ # (note no .vcdj670 gets generated). .ps.vcdj670: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" name=`basename ${.IMPSRC} .ps` ; \ make $${name}.vps ; \ make $${name}.cdj670 ; \ echo Suggestion: lpr -Pcdj670 $${name}.cdj670 @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.ps.vbjc600) #{ .ps.vbjc600: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" name=`basename ${.IMPSRC} .ps` ; \ make $${name}.vps ; \ make $${name}.bjc600 ; \ echo Suggestion: lpr -Pbjc $${name}.bjc600 @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ CHIMERA_PARAMS = -s -p # CHIMERA_PARAMS are not available from generic chimera, but are added by: # http://berklix.com/~jhs/src/bsd/fixes/FreeBSD/ports/gen/www/chimera/files/ # JJLATER: Warning chimera has disappeared by 2016-04-14 from ports/www/ .if !target(.m4.vhtml) #{ # This new rule is being tested first on ~/public_html/bim/Makefile # There is not yet a generic clean rule. That comes from the Makefile for now. .m4.vhtml: # create a temporary pid file for signal linking vi + chimera @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# for explanation see comments in .ps.vps: above @# I need ${.CURDIR} in next line, else chimera fails to display @# ~jhs/public_html/ (as /usr/obj/.... always exists) make `basename ${.IMPSRC} .m4`.html chimera ${CHIMERA_PARAMS} ${.CURDIR}/`basename ${.IMPSRC} .m4`.html > ${.TARGET} & @# Wait for chimera to initialise then report its process number. @# & print dots while waiting as a debug indicator. @# while `test ! -s ${.TARGET}` ; do echo -n . ; done @# or skip the dots normally. while `test ! -s ${.TARGET}` ; do true ; done process=`cat ${.TARGET}` ; \ name=`basename ${.IMPSRC} .m4` ; \ vi -C "make $${name}.html ; kill -${SIG_REOPEN} $${process}" \ ${.CURDIR}/$${name}.m4 ; \ ${SPELLAFTERVI} ${.CURDIR}/$${name}.m4 ; \ ${TIDYAFTERVI} ${.CURDIR}/$${name}.m4 ; \ ${CHECKLINKSAFTERVI} ${.CURDIR}/$${name}.m4 ; \ kill -${sighup} $${process} rm -f ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.html.vhtml) #{ .html.vhtml: # create a temporary pid file for signal linking vi + chimera @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# for explanation see comments in .ps.vps: above @# I need ${.CURDIR} in next line, else chimera fails to display @# ~jhs/public_html/ (as /usr/obj/.... always exists) chimera ${CHIMERA_PARAMS} ${.CURDIR}/${.IMPSRC} > ${.TARGET} & @# Wait for chimera to initialise then report its process number. @# & print dots while waiting as a debug indicator. @# while `test ! -s ${.TARGET}` ; do echo -n . ; done @# or skip the dots normally. while `test ! -s ${.TARGET}` ; do true ; done process=`cat ${.TARGET}` ; \ name=`basename ${.IMPSRC} .html` ; \ vi -C "make $${name}.html ; kill -${SIG_REOPEN} $${process}" \ ${.CURDIR}/$${name}.html ; \ ${SPELLAFTERVI} ${.CURDIR}/$${name}.html ; \ ${TIDYAFTERVI} ${.CURDIR}/$${name}.html ; \ ${CHECKLINKSAFTERVI} ${.CURDIR}/$${name}.html ; \ kill -${sighup} $${process} rm -f ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.lmth.vhtml) #{ .lmth.vhtml: # create a temporary pid file for signal linking vi + chimera @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# for explanation see comments in .ps.vps: above @# I need ${.CURDIR} in next line, else chimera fails to display @# ~jhs/public_html/ (as /usr/obj/.... always exists) cd ${.CURDIR} ; make `basename ${.IMPSRC} .lmth`.html chimera ${CHIMERA_PARAMS} ${.CURDIR}/`basename ${.IMPSRC} .lmth`.html > \ ${.TARGET} & @# Wait for chimera to initialise then report its process number. @# & print dots while waiting as a debug indicator. @# while `test ! -s ${.TARGET}` ; do echo -n . ; done @# or skip the dots normally. while `test ! -s ${.TARGET}` ; do true ; done process=`cat ${.TARGET}` ; \ name=`basename ${.IMPSRC} .lmth` ; \ vi -C "make $${name}.html ; kill -${SIG_REOPEN} $${process}" \ ${.CURDIR}/$${name}.lmth ; \ ${SPELLAFTERVI} ${.CURDIR}/$${name}.lmth ; \ ${TIDYAFTERVI} ${.CURDIR}/$${name}.lmth ; \ ${CHECKLINKSAFTERVI} ${.CURDIR}/$${name}.lmth ; \ kill -${sighup} $${process} rm -f ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.e_lmth.vhtml) #{ .e_lmth.vhtml: # create a temporary pid file for signal linking vi + chimera @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# for explanation see comments in .ps.vps: above @# I need ${.CURDIR} in next line, else chimera fails to display @# ~jhs/public_html/ (as /usr/obj/.... always exists) make `basename ${.IMPSRC} .e_lmth`.html chimera ${CHIMERA_PARAMS} ${.CURDIR}/`basename ${.IMPSRC} .e_lmth`.html \ > ${.TARGET} & @# Wait for chimera to initialise then report its process number. @# & print dots while waiting as a debug indicator. @# while `test ! -s ${.TARGET}` ; do echo -n . ; done @# or skip the dots normally. while `test ! -s ${.TARGET}` ; do true ; done process=`cat ${.TARGET}` ; \ name=`basename ${.IMPSRC} .e_lmth` ; \ vi -C "make $${name}.html ; kill -${SIG_REOPEN} $${process}" \ ${.CURDIR}/$${name}.e_lmth ; \ kill -${sighup} $${process} rm -f ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.fig.vfig) #{ .fig.vfig: # create a temporary pid file for signal linking vi + xfig @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# for explanation see comments in .ps.vps: above xfig -pid_report -reopen_sig ${.IMPSRC} > ${.TARGET} & @# Wait for xfig to initialise then report its process number. @# & print dots while waiting as a debug indicator. @# while `test ! -s ${.TARGET}` ; do echo -n . ; done @# or skip the dots normally. while `test ! -s ${.TARGET}` ; do true ; done process=`cat ${.TARGET}` ; \ name=`basename ${.IMPSRC} .fig` ; \ vi -C "make $${name}.fig ; kill -${SIG_REOPEN} $${process}" \ ${.CURDIR}/$${name}.fig ; \ kill -SIGKILL $${process} rm -f ${.TARGET} @# Xfig with a ${sighup} creates a core, (despite man signal saying @# default is no core), so as xfig does this I use sigkill @${ECHO_END} "${T_END} $@" #} .endif #} #============================================================================== PSTOPNM_ARGS += `printenv PSTOPNM_ARGS` #============================================================================== GROFF_ARGS += `printenv GROFF_ARGS` .if defined(phone) #{ GROFF_ARGS += -dphone=${phone} .endif #} .if defined(phone_web) #{ GROFF_ARGS += -dphone_web=${phone_web} .endif #} .if defined(mobile) #{ GROFF_ARGS += -dmobile=${mobile} .endif #} .if defined(fax_e) #{ GROFF_ARGS += -dfax_e=${fax_e} .endif #} .if defined(fax_g) #{ GROFF_ARGS += -dfax_g=${fax_g} .endif #} .if defined(email_b) #{ GROFF_ARGS += -demail_b=${email_b} .endif #} .if defined(email_p) #{ GROFF_ARGS += -demail_p=${email_p} .endif #} .if defined(email_pc) #{ GROFF_ARGS += -demail_pc=${email_pc} .endif #} .if defined(email_bc) #{ GROFF_ARGS += -demail_bc=${email_bc} .endif #} .if defined(email) #{ GROFF_ARGS += -demail=${email} .endif #} .if defined(web_b) #{ GROFF_ARGS += -dweb_b=${web_b} .endif #} .if defined(web_p) #{ GROFF_ARGS += -dweb_p=${web_p} .endif #} .if defined(web) #{ GROFF_ARGS += -dweb=${web} .endif #} .if defined(bank_name) #{ GROFF_ARGS += -dbank_name=${bank_name} .endif #} .if defined(bank_head) #{ GROFF_ARGS += -dbank_head=${bank_head} .endif #} .if defined(bank_branch) #{ GROFF_ARGS += -dbank_branch=${bank_branch} .endif #} .if defined(bank_sort) #{ GROFF_ARGS += -dbank_sort=${bank_sort} .endif #} .if defined(bank_account_number) #{ GROFF_ARGS += -dbank_account_number=${bank_account_number} .endif #} .if defined(bank_account_name) #{ GROFF_ARGS += -dbank_account_name=${bank_account_name} .endif #} .if defined(bank_iban) #{ GROFF_ARGS += -dbank_iban=${bank_iban} .endif #} .if defined(bank_bic) #{ GROFF_ARGS += -dbank_bic=${bank_bic} .endif #} .if defined(postcode) #{ GROFF_ARGS += -dpostcode=${postcode} .endif #} .if defined(address) #{ GROFF_ARGS += -daddress=${address} .endif #} GROFF_EXE = groff # /usr/bin/groff # /usr/local/bin/groff GROFF = ${GROFF_EXE} -U -b -s -t ${GROFF_ARGS} # GROFF is also used in ~/job/cover/cv/Makefile, # dont change or remove it. # -b gives a backtrace ie more debug info if errors occur # -t in GROFF is for if I''m including tbl boxes in cv_complete.l_rof # -U for "unsafe mode" # Version from groff -v # FreeBSD-8.2-RELEASE 1.19.2 # FreeBSD-8.3-RELEASE 1.19.2 # FreeBSD-8.3-RELEASE /usr/ports/textproc/groff 1.21 # # http://www.gnu.org/software/groff/ #------------------------------------------------------------------------------ # man gs: # The "-sDEVICE=" switch must precede the first mention of a file to # print. # gs5.10/use.txt line 169: # Individual documents also can (and often do) specify a paper size, # which will take precedence over the default one. If you want to force # a specific paper size, ignoring the paper size specified in the # document, make that paper size the default (as just described), # and also include -dFIXEDMEDIA. .if ! defined(GS_ARGS) #{ GS_ARGS = -sPAPERSIZE=a4 -dFIXEDMEDIA -dNOPAUSE -q .endif #} # For a basic HP3P with no extension ram (beyond 1M basic) you need to use # 150 dpi instead of default 300 dpi. # GS_ARGS += -r150x150 # -dSAFER: Disables deletefile and renamefile operators #- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - .if ! defined(GS_OUT) #{ GS_OUT = -sOutputFile=${.TARGET} # -sOutputFile=page.%02d.${.TARGET} .endif #} #------------------------------------------------------------------------------ .if !defined(COPY_IT) #{ # Note below $< & ${.IMPSRC} dont work. # Used for copying pre built .ps .pcl etc from private directory to public web. # --- # With a rule in a public_html/ sub directory Makefile this: # stadtmuenchen.g.bjc: ${WEB}/stadtmuenchen.g.bjc # @# ${COPY_IT} # The variables expand as follows: # ${.ALLSRC} /.amd_mnt/user/home/jhs/public_html/stadtmuenchen/../../\ # job/groff/letter/stadtmuenchen/web/stadtmuenchen.g.bjc \ # stadtmuenchen.g.ps # ${.IMPSRC} stadtmuenchen.g.ps # ${.OODATE} /.amd_mnt/user/home/jhs/public_html/stadtmuenchen/../..\ # /job/groff/letter/stadtmuenchen/web/stadtmuenchen.g.bjc \ # stadtmuenchen.g.ps # ${.PREFIX} stadtmuenchen.g # ${.TARGET} stadtmuenchen.g.bjc # $< stadtmuenchen.g.ps # So this rule fails: # COPY_IT = install -c -m 644 ${.ALLSRC} ${.TARGET} # COPY = install -c -m 644 ${SRCD}/${.TARGET} ${.TARGET} # I switched from install -c to install -C to save web upload time etc. COPY = install -C -m 644 ${SRCD}/${.TARGET} ${.TARGET} # Since ~jhs/public_html/gifs/card/Makefile has not one ${SRCD} but 3. # COPY does not work, so use COPY2 #------- # COPY2 = echo ALLSRC ${.ALLSRC} IMPSRC ${.IMPSRC} \ # OODATE ${.OODATE} PREFIX ${.PREFIX} TARGET ${.TARGET} zzz #------- COPY2 = install -C -m 644 ${.ALLSRC} ${.TARGET} .endif #} #------------------------------------------------------------------------------ # Umlauts Usage # \*(:a \*(:o \*(:u \*(:s \*(:A \*(:O \*(:U ))))))) # \*[:a] \*[:o] \*[:u] \*[:s] \*[:A] \*[:O] \*[:U] # M\*[:u]nchnerstra\*(:se ) #============================================================================== # DEFAULT INPUT-OUTPUT CONVERSION RULES - NORMAL DATA, NOT WYSIWYG # Alphabetic order #------------------------------------------------------------------------------ .if !target(.txt.dos) #{ .txt.dos: # ascii to dos @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" cp ${.IMPSRC} ${.TARGET} ${NOTAIL} ${.TARGET} addcr ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.dvi.ps) #{ # Specific to the BIM3 column leaflet, for now. .dvi.ps: @${ECHO_START} "${T_START} $@" #{ @make ${DVIPS} ${PSSELECT} ${PSNUP} ${PSTOPS} @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# This rule is only good for producing a 3 column leaflet, @# it is Not a general rule. @# ----- @# Man dvips - convert a TeX DVI file to PostScript dvips -t landscape -o tmp.${.TARGET} ${.IMPSRC} @# Allowable syntax: @# -t a4 @# -O .1in,-.3cm # Off from default 1" down 1" right. @# -T offset # Set paper size to given pair of dimensions. @# ----- @# The previous latex delivers front page last, which suits us. @# Without the psselect, fold both edges into the middle, @# & the last page is visible when folded, which is nice, as @# the English version has additional URLs exposed on back. @# Man psselect - select pages from a PostScript file psselect 2,3,4,5,6,1 tmp.${.TARGET} tmp2.${.TARGET} @# ----- @# Man psnup - multiple pages per sheet $(PSNUP) -w21cm -h29.2cm -W9.9cm -H21cm -s1 -3 \ tmp2.${.TARGET} ${.TARGET} @# 29.7 to 29.2 as Brother HL-P2500 was off the short edge. @# A4 measured by JHS is 29.7 x 21 cm. 9.9 is column width @# -W -H input sizes, if different from the output sizes. @# -w -h output sizes. @# Allowable syntax: @# -Pa4 # default is a4. -Pletter @# -m0.3cm # man says: leave margin around the whole page @# # only really seems to displace from left & base @# # margin, overflowing off not top & right. @# ----- @# Man pstops - shuffle pages in a PostScript file @# Allowable syntax: @# -pa4 @# $(PSTOPS) -w21cm -h29.7cm "$(PSTOPS_ARGS)" tmp.${.TARGET} ${.TARGET} @# Always screws up & prints 2nd page upside down. @# ----- rm -f tmp.${.TARGET} tmp2.${.TARGET} @# ----- @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.e_html.html) #{ # _LANG_HTML extracts the e from foobar_e.html or the g from foobar_g.html _LANG_HTML = `basename ${.IMPSRC} .e_html | rev |awk 'BEGIN {FS="_"} {print $$1}'` .e_html.html: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" echo "" > ${.TARGET} ${LE} -${_LANG_HTML} ${.IMPSRC} >> ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.e_lmth.lmth) #{ # _LANG_LMTH extracts the e from foobar_e.lmth or the g from foobar_g.lmth _LANG_LMTH = `basename ${.IMPSRC} .e_lmth | rev |awk 'BEGIN {FS="_"} {print $$1}'` .e_lmth.lmth: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" echo "" > ${.TARGET} ${LE} -${_LANG_LMTH} ${.IMPSRC} >> ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.e_rof.rof) #{ # _LANG_ROF extracts the e from foobar_e.rof or the g from foobar_g.rof _LANG_ROF = `basename ${.IMPSRC} .e_rof | rev |awk 'BEGIN {FS="_"} {print $$1}'` .e_rof.rof: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# "\\\" " " echo ".\\\" ${DONT_EDIT}" > ${.TARGET} # " ${LE} -${_LANG_ROF} ${.IMPSRC} >> ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.e_tex.tex) #{ # _LANG_TEX extracts the e from foobar_e.tex or the g from foobar_g.tex # (${LATEX2HTML} refuses double dotted names such as doc.english.tex) _LANG_TEX = `basename ${.IMPSRC} .e_tex | rev |awk 'BEGIN {FS="_"} {print $$1}'` .e_tex.tex: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" echo "% ${DONT_EDIT}" > ${.TARGET} ${LE} -${_LANG_TEX} ${.IMPSRC} >> ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.fax.ps) #{ # convert received fax to postscript ready for ghostview .fax.ps: @${ECHO_START} "${T_START} $@" #{ @make ${FAX2PS} @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${FAX2PS} ${.IMPSRC} > ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.fig.ps) #{ .fig.ps: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# ${FIG2DEV} -L ps -P -z A4 ${.IMPSRC} > ${.TARGET} @# FreeBSD-9.2 does not support ${FIG2DEV} -P @# FreeBSD-10.0 man ${FIG2DEV} : @# -P Generate a complete LaTeX file. In other words, @# the output file can be formatted without requiring any @# changes. The additional text inserted in the beginning @# and at the end of the file is controlled by the configuration @# parameter "Preamble" and "Post- amble". @# so 2014_09_09 I removed -P ${FIG2DEV} -L ps -z A4 ${.IMPSRC} > ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ # Till 2016-02-02 theer was no .fig.ps rule, so it went through # .fig.ps & .ps.pdf which produced surplus .ps files. .if !target(.fig.ps) #{ .fig.pdf: @${ECHO_START} "${T_START} $@" #{ @make ${FIG2DEV} ${PS2PDF} @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# see comments in .fig.ps ${FIG2DEV} -L ps -z A4 ${.IMPSRC} | \ ${PS2PDF} ${PS2PDF_LAND_ARGS} - ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.fig.eps) #{ .fig.eps: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# ${FIG2DEV} -L ps -P -z A4 ${.IMPSRC} > ${.TARGET} @# FreeBSD-9.2 does not support ${FIG2DEV} -P @# FreeBSD-10.0 man ${FIG2DEV} : @# -P Generate a complete LaTeX file. In other words, @# the output file can be formatted without requiring any @# changes. The additional text inserted in the beginning @# and at the end of the file is controlled by the configuration @# parameter "Preamble" and "Post- amble". @# so 2014_09_09 I removed -P ${FIG2DEV} -L ps -z A4 ${.IMPSRC} > ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.lmth.html) #{ NO_OBJ=true # Append a standard ${LMTH_TAIL} footer to a .lmth file, to make a .html. .if !defined(LMTH_TAIL) #{ .if defined(NO_SIDEBAR) #{ LMTH_TAIL = ${.CURDIR}/Inc/tail_no_sb.inc .else # }{ .if exists( ${.CURDIR}/.just_com ) #{ LMTH_TAIL = ${.CURDIR}/Inc/tail_sb_com.inc .else # }{ LMTH_TAIL = ${.CURDIR}/Inc/tail_sb_org.inc .endif #} .endif #} .endif #} # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - # The files .just_com used to be zero size file until 2017-06-20, # when I inserted in each "used by berklix2.mk to silence errors from # httrack --spider -p0 -P gate:80 --verbose berklix.com/jhs # which complained eg: # file not stored in cache due to bogus state # (incomplete type with OK (200), size 0): localhost/~jhs/some_dir/.just_com # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - .if !defined(SP_TOP) #{ .if exists( ${.CURDIR}/.just_com ) #{ SP_TOP = ${.CURDIR}/Inc/sidebar_com.sed .else # }{ SP_TOP = ${.CURDIR}/Inc/sidebar_org.sed .endif #} .endif #} # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - .lmth.html: ${LMTH_TAIL} ${SP_TOP} @${ECHO_START} "${T_START} $@" #{ @# echo "${T_BERKLIX} DEBUG CURDIR: ${.CURDIR}" @# localhost: @# /0s1/usr1/home/jhs/._dir/public_html/src @# amd+nfs_host: @# /.amd_mnt/scrn/0s1/usr1/home/jhs/._dir/public_html/src @# echo "${T_BERKLIX} DEBUG TARGET: ${.TARGET}" @# localhost: @# fixes.html @# amd+nfs_host: @# /.amd_mnt/scrn/0s1/usr1/home/jhs/._dir/public_html/src/fixes.html @# So ${.CURDIR}/${.TARGET} works on localhost, but fails on @# amd+nfs_host, so I used to use ${.TARGET} without prefix ${.CURDIR}/ @# But that created some .html in /usr/obj & failed to update web. so use @# ${.CURDIR}/`basename ${.TARGET}` @# ---------- @${ECHO_BUILD} "${.CURDIR}/`basename ${.TARGET}`: ${.IMPSRC}" echo "" > ${.CURDIR}/`basename ${.TARGET}` @# Do not echo "edit ${.IMPSRC}" @# as that may be built from something else. .if defined(NO_SIDEBAR) @# Include main page & @# Strip end of page, so I can append my tail. grep -i -v '' ${.IMPSRC} | grep -i -v '' >> \ ${.CURDIR}/`basename ${.TARGET}` .else # Newer & normal for most now. @# Let through top of page with title & meta keywords for search etc, @# but swap the single word for entire content of ${SP_TOP} @# Then include main page, @# Then strip end of page after , so I can append my tail. cat ${.IMPSRC} | sed -e 'sx' | grep -i -v '' >> ${.CURDIR}/`basename ${.TARGET}` .endif @# Strip top of my new common tail before appending it. cat ${LMTH_TAIL} | grep -i -v '' | \ grep -i -v '' | grep -i -v '' | grep -i -v '' | \ grep -i -v '' | grep -i -v '' >> \ ${.CURDIR}/`basename ${.TARGET}` @# @echo "${T_BERKLIX} Appending the Berklix Icon" @# cat ${.CURDIR}/`basename ${.TARGET}` | sed -e 'sxxx' | sed -e \ 'szzz' \ > ${.TARGET}.tmp cat ${.TARGET}.tmp > ${.CURDIR}/`basename ${.TARGET}` rm -f ${.TARGET}.tmp @${ECHO_END} "${T_END} $@" #} .endif #} # Work toward a later per page QR code in left bar. # .dir: Makefile \ # /home/jhs/public_html/src/bsd/fixes/FreeBSD/src/jhs/share/mk/berklix2.mk # /bin/pwd # @echo # echo ${.CURDIR} # @echo # /bin/pwd | sed -e sZ"`cd ${HOME}/public_html;/bin/pwd`"ZZ > $@ #------------------------------------------------------------------------------ .if !target(.m4.html) #{ # There is not yet a generic rule for conversion from .m4 to .html. # Look to the Makefile for that, eg ~/public_html/bim/Makefile .endif #} #------------------------------------------------------------------------------ .if !target(.ps.txt) #{ .ps.txt: ${DVIPS2ASCII} ${DVIPS2ASCII} < ${.IMPSRC} > ${.TARGET} @# OLD Junk follows (predates bim leaflet) @# ps2ascii ${.IMPSRC} ${.TARGET} @# @# actually uses /usr/local/bin/ps2ascii which has: @# @# XX = ${GS} -q -dNODISPLAY -dNOBIND -dWRITESYSTEMDICT \ @# @# -dSIMPLE ps2ascii.ps @# @# if ( test $# -eq 0 ) then @# @# ${XX} - quit.ps @# @# elif ( test $# -eq 1 ) then @# @# ${XX} $1 quit.ps @# @# else @# @# ${XX} $1 quit.ps >$2 @# @# fi .endif #} #------------------------------------------------------------------------------ # For Geometry (page offsets etc), see: ~jhs/job/project/cd/labels/inc/geo.rof # For Ink refil notes see: ~jhs/tech/canon/bjc-70 .if !target(.ps.bjccolor) #{ .ps.bjccolor: # postscript to Canon BJC-70 Color @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${GS} ${GS_ARGS} -sDEVICE=bjccolor ${GS_OUT} -- ${.IMPSRC} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.ps.cdj670) #{ .ps.cdj670: # postscript to Canon BJC-70 Color @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${GS} ${GS_ARGS} -sDEVICE=cdj670 ${GS_OUT} -- ${.IMPSRC} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.ps.bjc600) #{ .ps.bjc600: # postscript to Canon BJC-70 Monochrome @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${GS} ${GS_ARGS} -sDEVICE=bjc600 ${GS_OUT} -- ${.IMPSRC} @${ECHO_END} "${T_END} $@" #} .endif #} # ${GS} -h shows Available devices (Col 1=Driver Name, 2=Source Of Note, 3=Note) # bj10e gs Canon BubbleJet BJ-10e # bj10v gs Canon BubbleJet BJ-10v [BJ10V] # bj10vh gs Canon BubbleJet BJ-10v, high-mergin [BJ10V] # bj200 gs Canon BubbleJet BJ-200 and BJC-240(b&w) # bjc600 gs Canon Color BJC-600/4xxx/70 + Apple StyleWriter 2x00 # bjc600 jhs 362K fails to print black text to left of colour demon # bjc800 gs Canon Color BubbleJet BJC-240/800 # bjc880j # bjccmyk gs Canon Color BubbleJet BJC-210/240/250/265/1000 [BJC250] # bjccolor gs Canon Color BubbleJet BJC-210 ... 1000 truecolor [BJC250] # bjccolor jhs 1.2M succeeds to print black text to left of colour demon # bjcgray gs Canon Color BubbleJet BJC-210 ... 1000 grayscale [BJC250] # bjcmono gs Canon Color BubbleJet BJC-210 ... 1000 monochrome [BJC250] #------------------------------------------------------------------------------ .if !target(.ps.epson) #{ .ps.epson: # Postscript to Epson bit map @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" rm -f ${.TARGET} ${GS} ${GS_ARGS} -sDEVICE=epson ${GS_OUT} -- $? @# These generate a bit map I think, for an epson, @# it does Not generate an ascii file @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ # A .pcl_rof is not allowed to be made from a .ps, only from a .rof # .if !target(.ps.pcl_rof) #{ # .ps.pcl_rof: # postscript to Hewlett Packard PCL-5 # @${ECHO_START} "${T_START} $@" #{ # @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" # ${GS} ${GS_ARGS} -sDEVICE=ljet3 ${GS_OUT} -- ${.IMPSRC} # @${ECHO_END} "${T_END} $@" #} # .endif #} #------------------------------------------------------------------------------ .if !target(.ps.pcl_ps) #{ .ps.pcl_ps: # postscript to Hewlett Packard PCL-5 @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${GS} ${GS_ARGS} -sDEVICE=ljet3 ${GS_OUT} -- ${.IMPSRC} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.png.jpg) #{ .png.jpg: @${ECHO_START} "${T_START} $@" #{ ${PNGTOPNM} < ${.IMPSRC} | ${PNMTOJPEG} > ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.gif.gif_transparent) #{ .gif.gif_transparent: @${ECHO_START} "${T_START} $@" #{ @make ${GIFTOPNM} ${PPMTOGIF} @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# -rm `basename ${.IMPSRC} .gif`.ps ${GIFTOPNM} ${.IMPSRC} > `basename ${.TARGET} .gif`.pnm ${PPMTOGIF} -transparent white `basename ${.TARGET} .gif`.pnm > \ ${.TARGET} rm `basename ${.TARGET} .gif`.pnm @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if defined(PDF_PS) #{{ Default: Undefined. # The 'if' above avoids both rules .pdf.ps & .ps.pdf directions colliding, # with error eg: Graph cycles through target.ps .if !target(.pdf.ps) #{ # Occasional use: To print from a web downloaded .pdf .pdf.ps: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @make rubbish ${PDF2PS} -sPAPERSIZE=a4 ${.IMPSRC} ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} .else # }{ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - .if !target(.ps.pdf) #{ # Usage includes: .rof -> .ps -> .pdf for ~/public_html/cv/ # including from ~jhs/job/groff/cv/web/ .ps.pdf: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @make ${PS2PDF} @# ${PS2PDF} cannot be appended to ":" line above, else if @# non existant it is built even when .pdf does not need remake! ${PS2PDF} -sPAPERSIZE=a4 ${.IMPSRC} ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} .endif #}} #------------------------------------------------------------------------------ .if defined(GIF_PS) #{{ Default: Undefined. # The 'if' above avoids both rules .gif.ps & .ps.gif directions colliding, # with error eg: Graph cycles through target.ps .if !target(.gif.ps) #{ # Occasional use: Rule added 2013_04_01 .gif.ps: @${ECHO_START} "${T_START} $@" #{ @make ${GIFTOPNM} ${PNMTOPS} ${GIFTOPNM} < ${.IMPSRC} | ${PNMTOPS} > ${.TARGET} @${ECHO_END} "${T_END} $@" #} # Do not use gif2ps which expands to full page. # (gif2ps was used until 2013_04_01 in # http://www.berklix.com/~jhs/src/bsd/jhs/bin/local/lpf_berklix/lpf_berklix # but the .gif expanded to full page in .pd, which was not convenient, # ( eg March 2013 an email from bordkarte@mobile.lufthansa.com # included a seperate MIME enclosure with # "GIF image data, version 89a, 148 x 172" of a code for # customer phone/PDA to display at airport, for their entry # machines, & customer might want to print a copy either: # - if they have no phone/ PDA # - insurance against flat battery on PDA/phone # for that you need a small size for scanner. )) # gif2ps # is delivered by both giflib-4.1.6 libungif-4.1.4_5 # /usr/ports/graphics/{ giflib libungif } # There is no man gif2ps, but: # Identical: /usr/local/share/doc/ # { libungif/gif2ps.html giflib/gif2ps.html } # gif2ps.html says it maximises, & gives # no option to turn off maximising. # gs (ghostscript)# has no option to import .gif # lib/libpnm1.c lib/pam.h lib/pnm.h .endif #} .else # }{ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - .if !target(.ps.gif) #{ pid_berklix_mk != echo $$$$ # ~/public_html/gifs/brexit.ps (from brexit.fig) already contains # %%Orientation: Landscape # but ${PSTOPNM_TMP}.1 comes out wrong as portrait, even forcing with # PSTOPNM_ARGS += -landscape # still fails to force landscape, & I see rotate called. # Maybe it is coming from bounding box ? # PSTOPNM_ARGS += -la PSTOPNM_ARGS += -verbose # The landscape above only changes the viewer screen, # not direction of text within # PSTOPNM_ARGS += | grep -v %%BoundingBox PSTOPNM_TMP = ${HOME}/tmp/ps2gif-${pid_berklix_mk}.pnm .ps.gif: # postscript to GIF @${ECHO_START} "${T_START} $@" #{ @make ${PSTOPNM} ${PPMTOGIF} ${PNMCROP} ${PNMROTATE} @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# echo ".TARGET=${.TARGET} .IMPSRC=${.IMPSRC}" @# -ls -l ${.TARGET} ${.IMPSRC} @# -e True if exists (regardless of type). @# -s True if exists and has a size greater than zero. @echo -n "${T_BERKLIX} Warning ${PSTOPNM} " @echo "[at least used to] breaks margin," @if test -s ${.TARGET} ; then \ echo -n "${T_BERKLIX} Outdated: ${.TARGET}" ; \ echo "being regenerated from ${.IMPSRC}" ; \ echo -n "${T_BERKLIX} (This may be retrograde, " ; \ echo "you may want to check.)" ; \ else \ echo -n "${T_BERKLIX} Absent or zero size, " ; \ echo "so will create: ${.TARGET}" ; \ fi @# echo -n "${T_BERKLIX} You could also recreate " @# echo "${.TARGET} from xv ${.IMPSRC}" ${PSTOPNM} ${PSTOPNM_ARGS} < ${.IMPSRC} > ${PSTOPNM_TMP}.1 @# --------- @# JJLATER @echo -n "${T_BERKLIX} Warning: pstopnm above fails, " @echo "vertically squashes" @echo " ~/gifs/qr/berklix_org.gif" @# it warns: @# pstopnm: Extracting the box ((72,72),(540,720)) @# pstopnm: language is not encapsulated postscript @# pstopnm: With borders, extracted box is ((25,7),(587,785)) @# pstopnm: output is 570 pixels wide X 789 pixels high @# This is OK: @# cd ~/publict_html/gifs/qr @# qrencode -o berklix_org.png http://www.berklix.org @# make berklix_org.gif @# routing via .png .jpg .tif .ps .gif @# up to the .ps to .gif where it fails. @# Dont know how to fix this, except manually: @# This exports .gif from .png OK: xv berklix_org.png @# --------- ${PNMCROP} ${PSTOPNM_TMP}.1 > ${PSTOPNM_TMP}.2 .if defined (BERKLIX_SHRINK) #{ @# setenv BERKLIX_SHRINK 0.5 # For half size. cat ${PSTOPNM_TMP}.2 | pnmscale ${BERKLIX_SHRINK} > ${PSTOPNM_TMP}.3 .else # }{ cat ${PSTOPNM_TMP}.2 > ${PSTOPNM_TMP}.3 .endif #} BERKLIX_SHRINK pnmquant 256 ${PSTOPNM_TMP}.3 > ${PSTOPNM_TMP}.4 .if defined (BERKLIX_ROTATE_PS2GIF) #{ @# setenv BERKLIX_ROTATE_PS2GIF +90 # anti clockwise 90 @# setenv BERKLIX_ROTATE_PS2GIF -90 # clockwise 90 @# ${PNMROTATE} -90 ${PSTOPNM_TMP}.1 | ${PPMTOGIF} > ${.TARGET} ${PNMROTATE} ${BERKLIX_ROTATE_PS2GIF} ${PSTOPNM_TMP}.4 | ${PPMTOGIF} \ > ${.TARGET} .else #}{ BERKLIX_ROTATE_PS2GIF cat ${PSTOPNM_TMP}.4 | ${PPMTOGIF} > ${.TARGET} .endif #} BERKLIX_ROTATE_PS2GIF rm -f ${PSTOPNM_TMP}.1 ${PSTOPNM_TMP}.2 \ ${PSTOPNM_TMP}.3 ${PSTOPNM_TMP}.4 @${ECHO_END} "${T_END} $@" #} # Other Conversion Tools, not used but could be explored: # ~jhs/src/bsd/imports/troff2html/pstoppm.ps # from khe? maybe Oct 26 1994 # ppmtobmp: # bad magic number - not a ppm, pgm, or pbm file # pstoimg # installed from /usr/ports/textproc/latex2html, but # pstoimg -type gif -out `basename ${.IMPSRC} .ps` -crop a ${.IMPSRC} # errors: This version of pstoimg does not support "gif" image format. # dvips2ascii eps2eps ps2ascii ps2epsi ps2frag ps2pdf ps2pdf12 ps2pdf13 # ps2pdf14 ps2pdfwr ps2pk ps2ps ps2ps2 epstopdf hipstopgm pstopnm # con2gif raw2gif rgb2gif text2gif gd2togif ppmtogif .endif #} .endif #}} #------------------------------------------------------------------------------ .if !target(.rof.txt) #{ .rof.txt: # troff to ascii @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${GROFF} -Tascii -dformat=ascii \ -dfile=`basename ${.TARGET} .ps` \ ${.IMPSRC} | \ sed -e 's/.//g' > ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.rof.html) #{ # ROF_HTML_XX="-P-g -P-a -P-r120" # No support from FreeBSD-4.5 /usr/bin/post-grohtml # -P-F/usr/share/groff_font/devhtml probably default # Following 2 ( ROF_HTML_YY & ROF_HTML_ZZ ) commented out 2005.05.31, # as FreeBSD-5.4 & FreeBSD-4.10 both require a space after -P # ROF_HTML_YY = -P-Igif # ROF_HTML_ZZ = -P-r .rof.html: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# echo "${T_BERKLIX} Ignore junk from each .pso, such as eg:" @# echo -n " post-grohtml: (*)" @# echo ":50:warning: unrecognized command \`-'" @# brackets.c "`'" @# Each .pso works, but causes a spurious complaint on 5.3 & 6.0. @# eg on a virtually empty file with just @# 123456 @# .pso /bin/echo abcdef @# it bleats (with a single copy of quote marks, @# ( but here doubled to satisfy brackets.c )) : @# post-grohtml: (/bin/echo):50:warning: unrecognized command ``a'' ${GROFF} \ -Thtml \ -dformat=html \ -dfile=`basename ${.TARGET} .ps` \ -mhtml \ ${ROF_HTML_YY} \ ${ROF_HTML_XX} \ ${ROF_HTML_ZZ} \ ${.IMPSRC} | \ sed -e 's/\//g' | \ sed -e 'sx\xxg' | \ sed -e 'sxHTML-IMAGE\.nrxxg' | \ sed -e 'sx^ 3cxxg' | \ sed -e 'sx^3cxxg' | \ sed -e 'sx^0

xxg' | \ sed -e 'sxHTML-IMAGE-ENDxxg' | \ sed -e '/^$$/d' | \ sed -e 's/\&/\&/g' > ${.TARGET} @${ECHO_END} "${T_END} $@" #} #------------ # Cludge to kill what the back end generates after a table: (.TS .TE) # Sometimes the 3c has a space in front. #

HTML-IMAGE.nr # 3c # 0

#------------ # Cludge to remove 3 blank lines between table entries in my resume: # sed -e '/^$$/d' #------------ # see ${UMLAUTS_INC}.rof for why I use the sed above. # the stuff used to wreck my resume # FreeBSD-4.5 with my CV says: # Calling ``pnmcut 560 138 61 80 ... | pnmtopng ... > page1.ps.png # pnmcut & pnmtopng come from /usr/ports/graphics/netpbm # This lot was used sometime prior to FreeBSD-4.5, but is no longer needed: # | sed -e 's// -->/g' \ #'"' # | sed -e 'sxx xg' \ # | sed -e 's///g' \ # | sed -e 'sxxxg' \ # | sed -e 's///g' \ # | sed -e 'sxxxg' \ # | sed -e 's/^
$$/
/g' \ # | sed -e 's/
$$//g' \ # | sed -e 's/











/
/g' \ # | sed -e 's/










/
/g' \ # | sed -e 's/









/
/g' \ # | sed -e 's/








/
/g' \ # | sed -e 's/







/
/g' \ # | sed -e 's/






/
/g' \ # | sed -e 's/





/
/g' \ # | sed -e 's/




/
/g' \ # | sed -e 's/



/
/g' \ # | sed -e 's/


/
/g' \ # | sed -e 's/

/
/g' \ # | sed -e 's/ / /g' \ # | sed -e 's/ $$//g' \ # This is the old justification why it was neded: # Removing all
is too drastic, but its worse without removal. # span not in my HTML book. # soelim ${.IMPSRC} | tbl | unroff -fhtml handle-tbl=gif | \ # sed -e '/^ email @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @# maybe should add -a ${GROFF} -Tlatin1 -dformat=latin1 \ -dfile=`basename ${.TARGET} .ps` \ ${.IMPSRC} > ${.TARGET} @# sed -e "s/.^H//g" < ${.TARGET} > ${.TARGET}.tmp @# mv ${.TARGET}.tmp ${.TARGET} addcr ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.rof.lst) #{ # This produces a rough nasty draft on the 4.2BSD Symmetric S375, # That nroff has no concept of proportional spacing, result not nice. .rof.lst: # Symmetric dependencies: /usr/bin/nroff /usr/lib/term/tabhp3p @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @echo "${T_BERKLIX} Nroff is being phased out by jhs" tbl ${.IMPSRC} | nroff -Thp3p -ms ${.IMPSRC} | \ overlay -o ${.TARGET} ../odd/vsl_head.hp ${NOTAIL} ${.TARGET} @# 78bit -8 ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ # Short cut straight from rof to pcl_rof, does a4 ok. # ps2pcl_rof fails to do a4, but must be fixed for files I receive in .ps. .if !target(.rof.pcl_rof) #{ .rof.pcl_rof: # groff to Hewlett Packard PCL-5 @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${GROFF} -Tlj4 -dformat=lj4 \ -dfile=`basename ${.TARGET} .ps` \ ${.IMPSRC} > ${.TARGET} echo -n "${T_BERKLIX} Caution, .eps images not included " echo "(EG arrow in VSL header)" @# .PSPIC -R inc/vsl_logo.eps 4.8c 0.45c fails in inc/vsl.l_rof @# FreeBSD-9.2: man 5 groff_tmac & ${TMAC_DIR}/pspic.tmac @# for .PSPIC parameter values. @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ # It is not allowed to go straight from .rof to .pcl_ps, # One must go via .ps intermediary, so we do not need a rule set of # .rof.pcl_ps: # As make fill find rules of .rof.ps & .ps.pcl_ps #------------------------------------------------------------------------------ .if !target(.rof.ps) #{ .rof.ps: ${UMLAUTS_INC} ${COMMON_INC} @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${GROFF} -Tps -dformat=ps \ -dfile=`basename ${.TARGET} .ps` \ ${.IMPSRC} > ${.TARGET} @${ECHO_END} "${T_END} $@" #} # Maybe later I''ll also pass along time from eg: # /usr/local/bin/stat ${.IMPSRC} | grep st_atime .endif #} #------------------------------------------------------------------------------ .if !target(.ppm.jpg) #{ .ppm.jpg: ${PNMTOJPEG} @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" cat ${.IMPSRC} | ${PNMTOJPEG} > ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !defined(NO_JPG_TIF) #{ .if !target(.jpg.tif) #{ .jpg.tif: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${DJPEG} -pnm ${.IMPSRC} | ${PNMTOTIFF} > ${.TARGET} @${ECHO_END} "${T_END} $@" #} # man djpeg: -pnm Select PBMPLUS (PPM/PGM) output # format (this is the default for- mat). PGM is emitted # if the JPEG file is gray-scale or if -grayscale is # specified; otherwise PPM is emitted. .endif #} .endif #} #------------------------------------------------------------------------------ .if !target(.tif.tiff) #{ .tif.tiff: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ln -s ${.IMPSRC} ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ # Added after 2016 pas@ sent jes@ some .PNG .if !target(.PNG.png) #{ .PNG.png: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ln -s ${.IMPSRC} ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ # Added after 2016 pas@ sent jes@ some .PNG .if !target(.JPG.jpg) #{ .JPG.jpg: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ln -s ${.IMPSRC} ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ # Added after 2016 pas@ sent jes@ some .PNG .if !target(.PDF.pdf) #{ .PDF.pdf: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ln -s ${.IMPSRC} ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ # Added after 2016 pas@ sent jes@ some .PNG .if !target(.TIFF.tiff) #{ .TIFF.tiff: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ln -s ${.IMPSRC} ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ # Added after 2016 pas@ sent jes@ some .PNG .if !target(.TIF.tiff) #{ .TIF.tiff: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ln -s ${.IMPSRC} ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ # /bin/ls -1 *jpg* *jpeg* # cjpeg: { PPM (PBMPLUS color format), PGM (PBMPLUS # gray-scale format), BMP, Targa, and RLE # (Utah Raster Tool- kit format). (RLE is # supported only if the URT library is # available.) } to jpg # djpeg: jpg to: { PBM- PLUS (PPM/PGM), BMP, GIF, # Targa, or RLE (Utah Raster Toolkit) output # format can be selected. (RLE is supported # only if the URT library is available.) } # jpeg2yuv: Convert to yuv format # jpegexiforient: no manual # jpegorient: no manual # jpegtopnm: no manual # jpegtran: lossless transformation of JPEG files # mjpeg_simd_helper: no manual # pnmtojpeg: PNMTOJPEG # ppmtojpeg: ppmtojpeg@ -> pnmtojpeg PNMTOJPEG # rdjpgcom: display text comments from a JPEG file # wrjpgcom: insert text comments into a JPEG file #------------------------------------------------------------------------------ SNIFF = \ @echo "${T_BERKLIX} Deciding if vertical portrait or horizontal landscape for:" ; \ echo "${.IMPSRC}" # tiffinfo ${.IMPSRC}|grep "Software: tiffrotate" # horizontal # tiffinfo ${.IMPSRC}|grep "Image Width: 3509 Image Length: 2480" # horizontal # tiffinfo ${.IMPSRC}|grep "Image Width: 2480 Image Length: 3509" # vertical .if !target(.tiff.ps) #{ .tiff.ps: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${SNIFF} if ( ! ${TIFFINFO} ${.IMPSRC} | grep -q "Software: tiffrotate" ) ; \ then \ echo "${T_BERKLIX} ${.IMPSRC} is a vertical portrait" ; \ ${TIFF2PS} ${TIFF2PS_ARGS} \ ${TIFF2PS_ARGS_PORTRAIT} \ ${.IMPSRC} > ${.TARGET} ; \ else \ echo "${T_BERKLIX} ${.IMPSRC} is a horizontal landscape" ; \ ${TIFF2PS} ${TIFF2PS_ARGS} \ ${TIFF2PS_ARGS_LANDSCAPE} \ ${.IMPSRC} > ${.TARGET} ; \ fi @${ECHO_END} "${T_END} $@" #} # Although the .ps gets: %%BoundingBox: 0 0 843 596 for horiz, # instead of %%BoundingBox: 0 0 596 843 for vert. # ghostview still cant cope, whereas ${GV} does cope, even without # needing to select all the -w & -h above. .endif #} #------------------------------------------------------------------------------ .if !defined(PDF_TO_TIFF_FORCE) #{{ .if !target(.tiff.pdf) #{ # JJLATER BUG: an '=' in an input file name causes an infinite loop. # I havent tried printing landscape .pdf they look OK on screen though. # A pipe speed up of the rules ".tiff.ps" and ".ps.pdf" # Advantage: The awfully big .ps files never get left on disc. .tiff.pdf: @${ECHO_START} "${T_START} $@" #{ @echo "${T_BERKLIX} Caution: a name with a = in, causes an endless loop." @# such as pc532_functional_spec_2004_06_03_bytes=1709272.tiff @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${SNIFF} if ( ! ${TIFFINFO} ${.IMPSRC} |grep -q "Software: tiffrotate"); then \ echo "${T_BERKLIX} ${.IMPSRC} is a vertical portrait" ; \ ${TIFF2PS} ${TIFF2PS_ARGS} \ ${TIFF2PS_ARGS_PORTRAIT} \ ${.IMPSRC} \ | ${PS2PDF} - ${.TARGET} ; \ else \ echo "${T_BERKLIX} ${.IMPSRC} is a horizontal landscape." ; \ ${TIFF2PS} ${TIFF2PS_ARGS} \ ${TIFF2PS_ARGS_LANDSCAPE} \ ${.IMPSRC} \ | ${PS2PDF} ${PS2PDF_LAND_ARGS} - ${.TARGET} ; \ fi @${ECHO_END} "${T_END} $@" #} .endif #} .tiff.pdf .else # }{ # PDF_TO_TIFF_FORCE # PDF_TO_TIFF .if !target(.pdf.tiff) #{ # CAUTION: # Enabling this rule without disabling others might error eg: # `50.pdf' not remade because of errors. # 1 error # Graph cycles through 60.pdf # Purpose: # For .pdf.txt conversion. # This is not a normal direction of generation. # Normal is from a document source such as a .rof > .ps > .tiff # You probably only want .pdf to .tiff so you can convert an # emailed foreign produced .pdf to a .tiff so you can then # use OCR for a .txt # History Of Experiments To Achieve A .pdf.txt: # 2013-10-07, converting a .pdf to .txt" # "${PDF2PS} produced an enormous .ps file, then" # "${DVIPS2ASCII} slowly produced rubbish" # # 7594292 Oct 7 22:25 BSD_09_2013.pdf # # 978875485 Oct 8 01:12 BSD_09_2013.ps # # 38399 Oct 8 02:58 BSD_09_2013.txt # # BSD_09_2013.pdf: PDF document, version 1.7 # # BSD_09_2013.ps: PostScript document text conforming # # DSC level 3.0, Level 2 # # BSD_09_2013.txt: ASCII text, with very long lines # 2017-03-29 cd ~/public_html/brexit # ls -l 29_03_17_article50.pdf # make PDF_PS=YES 29_03_17_article50.ps # gs -help | grep tiff # tiff12nc tiff24nc tiff32nc tiffcrle tiffg3 tiffg32d tiffg4 # tiffgray tifflzw tiffpack tiffsep # gs -sDEVICE=tiffg3 29_03_17_article50.ps # cat 29_03_17_article50.ps | gs -q -sDEVICE=tiffg3 -sPAPERSIZE=a4 -dNOPAUSE \ # -sOutputFile=- > 29_03_17_article50.tiff # ls -1 # 374709 Mar 29 15:28 29_03_17_article50.pdf # 374709 Mar 29 15:29 29_03_17_article50.pdfcp # 2081302 Mar 29 15:33 29_03_17_article50.ps # 21469736 Mar 29 15:50 29_03_17_article50.tiff # make 29_03_17_article50.txt # Error in pixReadStream: Unknown format: no pix returned # Unsupported image type. # above fails on every tiff type # Next attempt was display each individual page of a pdf with # xpdf, then frame grab with xv & export to .tiff, # but that was manual per page, & also the .tiff was the same low # DPI quality as the X windows screen resolution. # man gs: # devicenames == # tiff12nc tiff24nc tiff32nc tiffcrle tiffg3 tiffg32d # tiffg4 tiffgray tifflzw tiffpack tiffsep # I dont know what these different tiff formats are, so did an # experiment: # foreach i ( tiff12nc tiff24nc tiff32nc tiffcrle \ # tiffg3 tiffg32d tiffg4 tiffgray tifflzw \ # tiffpack tiffsep ) # gs -dNOPAUSE -sDEVICE=$i \ # -sOutputFile=article.$i.tiff \ # article.pdf # make article.$i.g_txt # end # None produced a good OCR scanned .txt, & all .tiff # were rather small # ls -l *.tiff # 2909483 article.tiff12nc.tiff # 5814341 article.tiff24nc.tiff # 7936400 article.tiff32nc.tiff # 937797 article.tiffcrle.tiff # 943866 article.tiffg3.tiff # 1107126 article.tiffg32d.tiff # 1151442 article.tiffg4.tiff # 1937877 article.tiffgray.tiff # 425526 article.tifflzw.tiff # 938553 article.tiffpack.tiff # 4864393 article.tiffsep.tiff # so I chose tiff32nc as it was biggest, & name seemed to # imply perhaps more resolution. # examining with vi on scanned pdf # dpi 200 200^M/Width 4677 # gs -dNOPAUSE -sDEVICE=tiff32nc \ # -sOutputFile=article.tiff \ # -r200 article.pdf # ls -l article.r200.tiff32nc.tiff # 59972168 article.tiff # make article.g_txt # The resultant OCR is very acceptable, got umlauts # right, it even did a good job processing the 6 text # columns, though it mis-placed 2 blocks: {side panel # & title spannning top of all columns} in the middle # of the article. .pdf.tiff: @echo "${T_BERKLIX} At each GS> type a Control D." @# JJLATER find a gs flag to avoid needing Control D = EOT. @# ${GS} -dNOPAUSE -sDEVICE=tiff32nc -r200 -s${.TARGET} ${.IMPSRC} @# The above on current with 4 page lift.pdf gives error: @# GPL Ghostscript 9.16: Device 'tiff32nc' requires an output @# file but no file was specified. @# Error: /undefinedfilename in --showpage-- ${GS} -dNOPAUSE -dBATCH -sDEVICE=tiff32nc -r200 \ -sOutputFile=${.TARGET} ${.IMPSRC} @# 9.2-RELEASE gs -help lists @# tiff12nc tiff24nc tiff32nc tiffcrle tiffg3 tiffg32d tiffg4 @# tiffgray tifflzw tiffpack tiffsep @# 12.0-CURRENT 2017-12-12 offers @# tiff12nc tiff24nc tiff32nc tiffcrle tiffg3 tiffg32d tiffg4 @# tiffgray tifflzw tiffpack tiffsep @# I used 200 cos that is what Ingrid's commercially scanned copy of @# her SZ interview was, the first time I used this rule. @# It seems to be OK too for 29_03_17_article50.pdf but JJLATER review, @# JJLATER rule Fails on other .pdf .endif #} .pdf.tiff .endif #}} PDF_TO_TIFF_FORCE #------------------------------------------------------------------------------ # make sys2rotate.pdf # if ( ! /usr/local/bin/tiffinfo sys2rotate.tiff |grep -q "Software: # tiffrotate"); then echo "berklix2.mk: sys2rotate.tiff is a vertical portrait" # ; /usr/local/bin/tiff2ps -p -a -h11.6944 -w8.26389 sys2rotate.tiff # | /usr/local/bin/ps2pdf - sys2rotate.pdf ; else echo # "sys2rotate.tiff is a horizontal landscape." ; # /usr/local/bin/tiff2ps -p -a -h8.26389 -w11.6944 sys2rotate.tiff | # /usr/local/bin/ps2pdf - sys2rotate.pdf ; fi # sys2rotate.tiff is a horizontal landscape. # # make kurzanleitung.pdf # if ( ! /usr/local/bin/tiffinfo kurzanleitung.tiff |grep -q "Software: # tiffrotate"); then echo "${T_BERKLIX} kurzanleitung.tiff is a vertical portrait" # ; /usr/local/bin/tiff2ps -p -a -h11.6944 -w8.26389 kurzanleitung.tiff # | /usr/local/bin/ps2pdf - kurzanleitung.pdf ; else echo # "kurzanleitung.tiff is a horizontal landscape." ; /usr/local/bin/tiff2ps # -p -a -h8.26389 -w11.6944 kurzanleitung.tiff | /usr/local/bin/ps2pdf # - kurzanleitung.pdf ; fi # kurzanleitung.tiff is a vertical portrait #------------------------------------------------------------------------------ # JJLATER WARNING my test 'grep -q "Software: tiffrotate"' is only a crude # test relying on the assumption I produced the tiff with my # http://www.berklix.com/scanjet/ # I've not looked at .tiff scans from other people & OS's. # A more sophisticated method would be calculate if aspect ratio, > or < 1, eg # Portrait: Image Width: 2408 Image Length: 3509 # Landscape: Image Width: 3508 Image Length: 2480 # Outputs from tiffinfo, run on 2 tiff files from my # http://www.berklix.com/scanjet/ # - A 2 page document, assuming normal default Portrait # tiffinfo kurzanleitung.tiff # TIFF Directory at offset 0x6ee8 (28392) # Subfile Type: (0 = 0x0) # Image Width: 2408 Image Length: 3509 # Resolution: 300, 300 pixels/inch # Bits/Sample: 1 # Compression Scheme: CCITT Group 4 # Photometric Interpretation: min-is-white # FillOrder: msb-to-lsb # Orientation: row 0 top, col 0 lhs # Samples/Pixel: 1 # Rows/Strip: 27 # Planar Configuration: single image plane # TIFF Directory at offset 0xcc78 (52344) # Subfile Type: (0 = 0x0) # Image Width: 2408 Image Length: 3509 # Resolution: 300, 300 pixels/inch # Bits/Sample: 1 # Compression Scheme: CCITT Group 4 # Photometric Interpretation: min-is-white # FillOrder: msb-to-lsb # Orientation: row 0 top, col 0 lhs # Samples/Pixel: 1 # Rows/Strip: 27 # Planar Configuration: single image plane # tiffinfo kurzanleitung.tiff | sort | uniq # Bits/Sample: 1 # Compression Scheme: CCITT Group 4 # FillOrder: msb-to-lsb # Image Width: 2408 Image Length: 3509 # Orientation: row 0 top, col 0 lhs # Photometric Interpretation: min-is-white # Planar Configuration: single image plane # Resolution: 300, 300 pixels/inch # Rows/Strip: 27 # Samples/Pixel: 1 # Subfile Type: (0 = 0x0) # TIFF Directory at offset 0x6ee8 (28392) # TIFF Directory at offset 0xcc78 (52344) # - a 1 page document, after selecing buttons for Lanscape, Top=Right # TIFF Directory at offset 0x8c10 (35856) # Image Width: 3508 Image Length: 2480 # Resolution: 300, 300 pixels/inch # Bits/Sample: 1 # Compression Scheme: CCITT Group 4 # Photometric Interpretation: min-is-white # FillOrder: msb-to-lsb # Orientation: row 0 top, col 0 lhs # Samples/Pixel: 1 # Rows/Strip: 18 # Planar Configuration: single image plane # Software: tiffrotate #------------------------------------------------------------------------------ .if !target(.tex.html) #{ .tex.html: @${ECHO_START} "${T_START} $@" #{ @make ${LATEX2HTML} @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${LATEX2HTML} -no_subdir ${LATEX2HTML_ARGS} ${.IMPSRC} @# index.html is still produced, & `basename ${.IMPSRC} .tex`.html @# hard linked together. @# Specifying "-prefix `basename ${.IMPSRC} .tex`" to ${LATEX2HTML} @# does not avoid this. @# Removing index.html could be highly dangerous, especially if the @# rm command is in a macro, as here, so called from many different @# Makefiles, some of which may well have neighbouring real @# index.html files with valid content that should not be deleted. .if exists( ${CMPD} ) #{ ${CMPD} -d index.html `basename ${.IMPSRC} .tex`.html .else @# So just advise it, but do not do it: echo "${T_BERKLIX} Please rm index.html" @${ECHO_END} "${T_END} $@" #} .endif #} .endif #} #------------------------------------------------------------------------------ .if !target(.tex.lmth) #{ .tex.lmth: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${LATEX2HTML} -no_subdir ${LATEX2HTML_ARGS} ${.IMPSRC} .if exists( ${CMPD} ) #{ ${CMPD} -d index.lmth `basename ${.IMPSRC} .tex`.lmth .else @# So just advise it, but do not do it: echo "${T_BERKLIX} Please rm index.lmth" @${ECHO_END} "${T_END} $@" #} .endif #} .endif #} #------------------------------------------------------------------------------ .if !target(.tex.pdf) #{ .tex.pdf: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${PDFLATEX} ${.IMPSRC} @echo "${T_BERKLIX} Maybe this should instead use ${TEXI2PDF} ?" @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.tex.dvi) #{ .tex.dvi: @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${LATEX} ${.IMPSRC} @echo "${T_BERKLIX} Maybe this should instead use ${TEXI2DVI} ?" @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ # Patched out 2014-06-09 # .if !target(.tiff.tif) #{ # # For a tiff document read in by http://www.berklix.com/scanjet/ # # that was double sided, where a double sheet was wrongly read in by the auto # # sheet feeder. # # Sometimes the order is a simple [2,1,4],3,6,5,8,7 that can be fixed just by # # tiffswap (see http://www.berklix.com/~jhs/bin/.sh/tiffswap ) # # Sometimes the order is: [1,3,2],5,4,7,6,9,8 to be fixed by rule below: # .tiff.tif: # @${ECHO_START} "${T_START} $@" #{ # @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" # tiffsplit ${.IMPSRC} # @# Set 1st page aside, for later. # mv xaa.tif ${.TARGET}.1.tmp # @# Create new files with correct names ready to swap pages. # @# (- as seems to error even when should not ) # @echo "${T_BERKLIX} Ignore next error code from tiffcp." # -tiffcp x[a-z][a-z].tif ${.TARGET}.2.tmp # rm x[a-z][a-z].tif # tiffswap ${.TARGET}.2.tmp # ~jhs/bin/.sh/tiffswap # @echo "${T_BERKLIX} Ignore next error code from tiffcp." # -tiffcp ${.TARGET}.1.tmp ${.TARGET}.2.tmp ${.TARGET} # rm ${.TARGET}.1.tmp ${.TARGET}.2.tmp # @${ECHO_END} "${T_END} $@" #} # .endif #} #============================================================================== # How To Build Tools ${ACROREAD}: cd /usr/ports/print/acroread && make install @# acroread: with pdf, gives a better presentation, & is @# faster if antialias enabled. But won''t compile. ${CMPD}: mkdir cmpd cd cmpd && fetch ${PATH_CMPD}/cmpd.c cd cmpd && fetch ${PATH_CMPD}/Makefile cd cmpd && fetch ${PATH_CMPD}/cmpd.1 cd cmpd && make all install rm -rf cmpd ${DJPEG}: cd /usr/ports/graphics/jpeg && make install ${DVIPS}: cd /usr/ports/print/dvips && make install ${DVIPS2ASCII}: cd /usr/ports/print/dvips2ascii && make install ${FAX2PS} ${TIFF2PS} ${TIFFINFO}: cd /usr/ports/graphics/tiff && make install ${FFMPEG}: cd /usr/ports/multimedia/ffmpeg && make install ${FIG2DEV}: cd /usr/ports/print/transfig && make install ${GHOSTVIEW}: cd /usr/ports/print/ghostview && make install @# ghostview: Wont start with multiple file invocation ${GIFTOPNM} ${PNMCROP} ${PNGTOPNM} ${PNMQUANT} ${PNMROTATE} ${PNMSCALE} \ ${PNMTOJPEG} ${PNMTOPS} ${PPMTOGIF} ${PSTOPNM}: cd /usr/ports/graphics/netpbm && make install @echo "${T_BERKLIX} giftopnm has no manual of any sort, but see" @echo " /usr/local/share/doc/netpbm/USERDOC" @echo "No manual is installed, see source with params with:" @# brackets.c "/*" @echo " cd /usr/ports/graphics/netpbm/work/netpbm-*/converter" @echo " vi -c/parse_command_line other/pstopnm.c ppm/ppmtogif.c" @echo " vi -c/pnm_init other/giftopnm.c" @echo " vi other/pstopnm.csh" # Probably not installed. @echo "No man pstopnm, although 'pstopnm -help' emits" @echo " pstopnm: Use 'man pstopnm' for help." @# .csh: @# case -la*: # -landscape ${GS} ${PS2PDF}: @# cd /usr/ports/print/ghostscript8 && make install cd /usr/ports/print && make ghostscriptjhs @# label ghostscriptjhs supplied by @# ~/public_html/src/bsd/fixes/FreeBSD/ports/jhs/print/Makefile.local ${GV}: cd /usr/ports/print/gv && make install @# gv: with PDF, gives wrong format & chops right margin @# at the normal/landscape boundary & chops right margin @# at the normal/landscape boundary @# Does not offer a "Next" button (for multiple @# file invocation). ${INFO} ${INFOKEY} ${INSTALL-INFO} ${MAKEINFO} ${TEXI2DVI} ${TEXI2PDF} \ ${TEXINDEX}: cd /usr/ports/print/texinfo && make install ${LAME}: cd /usr/ports/audio/lame && make install ${LATEX}: # For bim leaftlet cd /usr/ports/print/latex && make install ${LATEX2HTML}: cd /usr/ports/textproc/latex2html && make install ${LE}: mkdir le cd le && fetch ${PATH_LE}/le.c cd le && fetch ${PATH_LE}/Makefile cd le && fetch ${PATH_LE}/le.1 cd le && make all install rm -rf le ${NOTAIL}: mkdir notail cd notail && fetch ${PATH_NOTAIL}/notail.c cd notail && fetch ${PATH_NOTAIL}/Makefile cd notail && fetch ${PATH_NOTAIL}/notail.1 cd notail && make all install rm -rf notail ${PDF2PS}: cd /usr/ports/print/ghostscript9 && make install ${PDFLATEX}: # For bim leaftlet cd /usr/ports/print/teTeX-base && make install ${PNMTOTIFF}: cd /usr/ports/graphics/pnmtotiff && make install @# Flags include "transparent" "comment" etc, but nothing for: @# landscape portrait a4 letter pagesize papersize ${PSNUP} ${PSSELECT} ${PSTOPS}: cd /usr/ports/print/psutils-a4 && make install @# print/psutils-letter ${ASPELL}: cd /usr/ports/textproc/aspell && make install @# In FreeBSD-9.3 & current_2014_08, not in 9.2 & 10.0. ${ISPELL}: cd /usr/ports/textproc/ispell && make install @# In FreeBSD-9.2 & 10.0, not in 9.3 & current_2014_08. cd /usr/ports/german/ispell && make install ${TESSERACT}: cd /usr/ports/graphics/tesseract && make install ${TIDY}: cd /usr/ports/www/tidy && make install && \ ln -s tidy4 /usr/local/bin/tidy ${VLC}: cd /usr/ports/multimedia/vlc && make install ${XDVI}: cd /usr/ports/print/xdvi && make install ${XEARTH}: cd /usr/ports/astro/xearth && make install @# xearth for ~jhs/src/bsd/jhs/bin/public/date/ ${XPDF}: cd /usr/ports/print/xpdf && make install @# xpdf with pdf, works ok @# Does not offer a "Next" button (for multiple file invocation). #------------------------------------------------------------------------------ .if !target(${UMLAUTS_INC}) #{ UMLAUTS_SRC = ${HOME}/public_html/standards/umlauts.rof # JJLATER change path to ${HOME}/public_html/src/bsd/fixes/freebsd/src/jhs/share/tmac/ ${UMLAUTS_INC}: .if exists(${UMLAUTS_SRC}) -mkdir `dirname` @mkdir ${TMAC_DIR} # Necessary since nroff was removed from src/. install -c ${UMLAUTS_SRC} ${UMLAUTS_INC} .else cd && cd tmp && fetch \ http://www.berklix.com/~jhs/standards/umlauts.rof \ && install -c umlauts.rof ${UMLAUTS_INC} .endif .endif #} #------------------------------------------------------------------------------ .if !target(${COMMON_INC}) #{ COMMON_SRC = ${HOME}/public_html/standards/common.rof # JJLATER change path to ${HOME}/public_html/src/bsd/fixes/freebsd/src/jhs/share/tmac/ ${COMMON_INC}: .if exists(${COMMON_SRC}) install -c ${COMMON_SRC} ${COMMON_INC} .else cd && cd tmp && fetch \ http://www.berklix.com/~jhs/standards/common.rof \ && install -c common.rof ${COMMON_INC} .endif .endif #} #============================================================================== # Viewers. .if ! defined (VIEW_TOOLS) #{ VIEW_TOOLS = ${GHOSTVIEW} ${GV} ${XDVI} ${XPDF} # ${ACROREAD} .endif #} .if ! defined (VIEW_TOOLS) #{ CHECK_TOOLS = ${DVIPS2ASCII} ${SPELL} # ${ACROREAD} .endif #} .if ! defined (VIEW_TOOLS) #{ BUILD_TOOLS = ${DVIPS} ${GS} ${LATEX2HTML} ${LATEX} ${LE} ${PDFLATEX} \ ${PS2PDF} ${PSNUP} ${PSSELECT} ${PSTOPS} .endif #} #============================================================================== # Syntax examples: # t: # man true: utility always returns with an exit code of zero # @if ( true ) ; then \ # echo -n "printed " ; echo "printed" ; \ # else \ # echo -n "silent " ; echo "silent" ; \ # fi # nt: # @if ( ! true ) ; then \ # echo -n "silent " ; echo "silent" ; \ # else \ # echo -n "printed " ; echo "printed" ; \ # fi # f: # man false: utility always returns with a non-zero exit code # @if ( false ) ; then \ # echo -n "silent " ; echo "silent" ; \ # else \ # echo -n "printed " ; echo "printed" ; \ # fi # tst: # man test: -s returns 0 if file exists and # # has a size greater than zero # @echo text > $@.tmp # @if ( test -s $@.tmp ) ; then \ # echo -n "printed " ; echo "printed" ; \ # else \ # echo -n "silent " ; echo "silent" ; \ # fi # @rm $@.tmp # c: # man cmp: returns 0 if same. # @echo tmp > ${HOME}/tmp/$@.tmp # @if ( cmp ${HOME}/tmp/$@.tmp ${HOME}/tmp/$@.tmp ) ; then \ # echo -n "printed " ; echo "printed" ; \ # else \ # echo -n "silent " ; echo "silent" ; \ # fi # @rm ${HOME}/tmp/$@.tmp # tort: # @if ( true || true ) ; then \ # echo -n "printed " ; echo "printed" ; \ # else \ # echo -n "silent " ; echo "silent" ; \ # fi # forf: # @if ( false || false ) ; then \ # echo -n "silent " ; echo "silent" ; \ # else \ # echo -n "printed " ; echo "printed" ; \ # fi # tandt: # @if ( true && true ) ; then \ # echo -n "printed " ; echo "printed" ; \ # else \ # echo -n "silent " ; echo "silent" ; \ # fi # fandf: # @if ( false && false ) ; then \ # echo -n "silent " ; echo "silent" ; \ # else \ # echo -n "printed " ; echo "printed" ; \ # fi # test: t nt f tort forf tandt fandf tst # # Warning although ~ evaluates in /bin/sh it doesnt in Makefiles. #============================================================================== # Retrofit all ~ Makefiles to be able to run silently without complaint # on both 6.0-BETA2 & also silently on 5 & 4. fo NOOBJ NO_OBJ # See also /usr/share/mk/bsd.compat.mk # { # .if !defined(BURN_BRIDGES) # .for oldnew in \ # NOATM:NO_ATM \ # NOCLEANDIR:NO_CLEANDIR \ # NOCRYPT:NO_CRYPT \ # NODOCCOMPRESS:NO_DOCCOMPRESS \ # NOEXTRADEPEND:NO_EXTRADEPEND \ # NOFORTH:NO_FORTH \ # NOFSCHG:NO_FSCHG \ # NOGAMES:NO_GAMES \ # NOHTML:NO_HTML \ # NOINET6:NO_INET6 \ # NOINFO:NO_INFO \ # NOINFOCOMPRESS:NO_INFOCOMPRESS \ # NOINSTALLLIB:NO_INSTALLLIB \ # NOLIBC_R:NO_LIBC_R \ # NOLIBPTHREAD:NO_LIBPTHREAD \ # NOLIBTHR:NO_LIBTHR \ # NOLINT:NO_LINT \ # NOMAN:NO_MAN \ # NOMANCOMPRESS:NO_MANCOMPRESS \ # NOMLINKS:NO_MLINKS \ # NOOBJ:NO_OBJ \ # NOPAM:NO_PAM \ # NOPIC:NO_PIC \ # NOPROFILE:NO_PROFILE \ # NO_RCMNDS:NO_RCMDS \ # NOSHARE:NO_SHARE \ # NOSHARED:NO_SHARED \ # NOTAGS:NO_TAGS # To silence brackets.c I inserted an underscore _ in next line # .for old in ${oldnew:C/:.*_//} # .for new in ${oldnew:C/.*://} # .if defined(${old}) && !defined(${new}) # .warning ${old} is deprecated in favor of ${new} # ${new}= ${${old}} # .endif # .endfor # .endfor # .endfor # .endif # } #============================================================================== #------------------------------------------------------------------------------ .if !target(.tiff.txt) #{ For English (& Italian etc), no special characters # Normally direction might be other way using nroff ? But this does not seem to # complain about a graph cycle. .tiff.txt: ${TESSERACT} @echo "${T_BERKLIX} OCR: Optical Character Recognition, so may be slow." @echo -n "For German with umlauts, " @echo "instead use make `basename ${.TARGET} .g_txt` which calls:" @echo " tesseract -l deu ${.IMPSRC} ${.TARGET}" ${TESSERACT} ${.IMPSRC} `basename ${.TARGET} .txt` @echo -n "For German, use this instead: " @echo "tesseract -l deu ${.IMPSRC} ${.TARGET}" .endif #} # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - OCR_UMLAUTS = \ | sed -e s/ii/ue/g \ | sed -e s/Ölfi/Oe/g \ | sed -e s/Ü/ae/g \ | sed -e s/ß/ss/g \ | sed -e s/ä/ae/g \ | sed -e s/é/ae/g \ | sed -e s/ö/Oe/g \ | sed -e s/ö/oe/g \ | sed -e s/ü/ue/g \ | sed -e s/—/-/g \ | sed -e s/‘/*/g \ | sed -e s/‘é/ae/g \ | sed -e s/“/*/g \ | sed -e s/fi/ue/g \ | sed -e s/fl/fl/g \ # Warning: Above are a collection of Nasty 8 bit bytes, # ideally I should escape them JJLATER. # They are what I found I needed to achieve an initial clean up from a # scanned .tiff of a German document: # ~/txt/subaru/2legacy_trend/inspection_blank.txt # They are perhaps not all correct, but are an improvement on original. # The "ii" to U umlaut is a particular cludge. # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - .if !target(.tiff.g_txt) #{ .tiff.g_txt: ${TESSERACT} # For German @# make expects to create eg Thing.g_txt @echo "${T_BERKLIX} OCR: Optical Character Recognition, so rather slow." ${TESSERACT} -l deu ${.IMPSRC} `basename ${.TARGET} .g_txt` @# tesseract appends a .txt to create Thing.txt @# Apache knows about serving .txt so do not move it. mv `basename ${.TARGET} .g_txt`.txt \ `basename ${.TARGET} .g_txt`.txt.pre_sed.tmp cat `basename ${.TARGET} .g_txt`.txt.pre_sed.tmp \ ${OCR_UMLAUTS} > `basename ${.TARGET} .g_txt`.txt rm `basename ${.TARGET} .g_txt`.txt.pre_sed.tmp ln -s `basename ${.TARGET} .g_txt`.txt ${.TARGET} @echo "${T_BERKLIX} Note umlauts get expanded to 2 letter ascii representation." @# graphics/tesseract-data also offers tesseract -l deu-frak @# but that is for Fraktur script, which I dn't want to scan @# https://en.wikipedia.org/wiki/Fraktur @# https://en.wikipedia.org/wiki/Tesseract_%28software%29 .endif #} #------------------------------------------------------------------------------ .if !target(.wav.mp3) #{ .wav.mp3: ${LAME} @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${LAME} ${.IMPSRC} ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} # Does a wav2mp3 conversion works on wav from cd, # but not wav from clipman # lame on same host called twice produces same content. # lame on different hosts fire & laps produces same size # different content both playable. # --------- # wav2mp3 # not installed, but web search: # http://wav2mp3lame.sourceforge.net/ # Welcome to the homepage of Wav2MP3 Wizard, the lightest and # fastest GUI for the 3 most-widely used open-source encoders; # LAME, BladeEnc and OGG Vorbis. # ---- # clipman generates both 32 kbps .wav files & 8bkps .act files #------------------------------------------------------------------------------ .if !target(mp3) #{ mp3: # wav @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${CMD_FOR_BUILD} i in ${FOR_WAV} ; do \ make `basename $$i .wav`.mp3 ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ # xmms plays .wav .wma.mp3: @echo "${T_BERKLIX} What tool to convert .wma to .mp3 ?" @echo "ffmpeg can encode wma: http://ffmpeg.mplayerhq.hu" # k3b references multimedia/ffmpeg decoder for wma files, # ports/multimedia/ffmpeg - video motion reduction. #------------------------------------------------------------------------------ # echo "ports/audio/xmms-wma for xmms, supports MickeySoft WMA format" #------------------------------------------------------------------------------ # sound stick formats: # ogg: gnu max compact free # mp3 rights reg with fraunhofer # drm digital rights management (for holywood conspired legal download) #------------------------------------------------------------------------------ # /usr/ports/audio/mp3splt to split mp3 ogg vorbis and native flac # cdda2wav # ports/sysutils/cdrtools # cdda2wav -B # printenv CDDA_DEVICE ; cdrecord -v -scanbus #------------------------------------------------------------------------------ # cd2mp3 # ports/audio/audio/cd2mp3 #------------------------------------------------------------------------------ .if !target(clean_mp3) #{ clean_mp3: # clean_wav @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" @${CMD_FOR_CLEAN} i in ${FOR_WAV} ; do \ rm -f `basename $$i .wav`.mp3 ; \ done @${ECHO_END} "${T_END} $@" #} .endif #} #============================================================================== # A tune from Apple in their non mp3 format, 'file' reported as: # tune.m4a: ISO Media, MPEG v4 system, iTunes AAC-LC # After conversion became: # tune.mp2: MPEG ADTS, layer II, v1, 64 kbps, 44.1 kHz, Stereo # tune.mp3: Audio file with ID3 version 2.3.0, contains: MPEG ADTS, \ # layer III, v1, 128 kbps, 44.1 kHz, JntStereo .if !target(.m4a.mp2) #{ .m4a.mp2: ${FFMPEG} @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ffmpeg -i ${.IMPSRC} -acodec mp2 ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ .if !target(.mp2.mp3) #{ .mp2.mp3: ${LAME} @${ECHO_START} "${T_START} $@" #{ @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" ${LAME} --tt `basename ${.TARGET} .mp3` ${.IMPSRC} ${.TARGET} @${ECHO_END} "${T_END} $@" #} .endif #} #------------------------------------------------------------------------------ # I dont need this rule, so leave it commented out. # .if !target(.m4a.mpeg4) #{ # .m4a.mpeg4: ${VLC} # @${ECHO_START} "${T_START} $@" #{ # @${ECHO_BUILD} "${.TARGET}: ${.IMPSRC}" # @echo export it using vlc ${.IMPSRC} # @${ECHO_END} "${T_END} $@" #} # .endif #} #------------------------------------------------------------------------------ .endif #} BERKLIX2_DEFINED # End