source: doc/theses/colby_parsons_MMAth/Makefile@ 1ba3959

## Define the configuration variables.

Build = build
Figures = figures
Macros = ../../LaTeXmacros
TeXLIB = .:style:text:${Macros}:${Build}:../../bibliography:
LaTeX  = TEXINPUTS=${TeXLIB} && export TEXINPUTS && latex -halt-on-error -output-directory=${Build}
BibTeX = BIBINPUTS=${TeXLIB} && export BIBINPUTS && bibtex -terse

MAKEFLAGS = --no-print-directory --silent #
VPATH = ${Build} ${Figures}

## Define the text source files.

SOURCES = ${addsuffix .tex, \
        text/intro \
        text/CFA_intro \
        text/actors \
        text/frontpgs \
        text/CFA_concurrency \
        thesis \
        text/mutex_stmt \
        text/channels \
        text/waituntil \
}

FIGURES = ${addsuffix .pgf, \
        figures/pykeExecutor \
        figures/pykeCFAExecutor \
        figures/nasusExecutor \
        figures/nasusCFAExecutor \
        figures/pykeMatrix \
        figures/pykeCFAMatrix \
        figures/nasusMatrix \
        figures/nasusCFAMatrix \
        figures/pykeRepeat \
        figures/pykeCFARepeat \
        figures/nasusRepeat \
        figures/nasusCFARepeat \
        figures/pykeCFABalance-One \
        figures/nasusCFABalance-One\
        figures/pykeCFABalance-Multi \
        figures/nasusCFABalance-Multi \
        figures/pyke_Aggregate_Lock_2 \
        figures/pyke_Aggregate_Lock_4 \
        figures/pyke_Aggregate_Lock_8 \
        figures/nasus_Aggregate_Lock_2 \
        figures/nasus_Aggregate_Lock_4 \
        figures/nasus_Aggregate_Lock_8 \
        figures/nasus_Channel_Contention \
        figures/pyke_Channel_Contention \
}

DATA =  data/pykeSendStatic \
        data/pykeSendDynamic\
        data/pykeExecutorMem\
        data/nasusSendStatic\
        data/nasusSendDynamic\
        data/pykeExecutorMem\

PICTURES = ${addsuffix .tikz, \
        diagrams/standard_actor \
        diagrams/inverted_actor \
        diagrams/gulp \
        diagrams/chain_swap \
        diagrams/M_to_one_swap \
        diagrams/acyclic_swap \
        diagrams/cyclic_swap \
}

PROGRAMS = ${addsuffix .tex, \
}

GRAPHS = ${addsuffix .tex, \
}

## Define the documents that need to be made.

DOCUMENT = thesis.pdf
BASE = ${basename ${DOCUMENT}}

# Directives #

.PHONY : all clean                                      # not file names

all : ${DOCUMENT}

clean :
        @rm -frv ${DOCUMENT} ${BASE}.ps ${Build}

# File Dependencies #

${DOCUMENT} : ${BASE}.ps
        ps2pdf $<

${BASE}.ps : ${BASE}.dvi
        dvips ${Build}/$< -o $@

${BASE}.dvi : Makefile ${GRAPHS} ${PROGRAMS} ${PICTURES} ${FIGURES} ${SOURCES} ${DATA} \
                glossary.tex style/style.tex ${Macros}/common.tex ${Macros}/lstlang.sty ${Macros}/indexstyle local.bib ../../bibliography/pl.bib | ${Build}
        # Must have *.aux file containing citations for bibtex
        if [ ! -r ${basename $@}.aux ] ; then ${LaTeX} ${basename $@}.tex ; fi
        -${BibTeX} ${Build}/${basename $@}
        # Some citations reference others so run again to resolve these citations
#       ${LaTeX} ${basename $@}.tex
#       -${BibTeX} ${Build}/${basename $@}
        # Make index from *.aux entries and input index at end of document
        makeglossaries -q -s ${Build}/${basename $@}.ist ${Build}/${basename $@}
        # Run again to finish citations
        ${LaTeX} ${basename $@}.tex

## Define the default recipes.

${Build} :
        mkdir -p ${Build}

# The following rules are currently unused but could be used later 
# if we want to swap figures to be .pngs
# %.tex : %.fig ${Build}
#       fig2dev -L eepic $< > ${Build}/$@

# %.ps : %.fig | ${Build}
#       fig2dev -L ps $< > ${Build}/$@

# %.pstex : %.fig | ${Build}
#       fig2dev -L pstex $< > ${Build}/$@
#       fig2dev -L pstex_t -p ${Build}/$@ $< > ${Build}/$@_t

# #-----------------------------------------------------------------------------------
# # Tools to generate png files
# # to create a png we create a pdf and convert it to png
# %.png : build/%.pstex figures/%.tex ${Build}
#       echo ${basename $@}
#       ${LaTeX} figures/${basename $@}.tex
#       dvips build/${basename $@}.dvi -o build/${basename $@}.ps
#       ps2pdf build/${basename $@}.ps
#       convert -negate ${basename $@}.pdf $@

# creating a pdf of a figure requires generating some latex that just includes the figure
# figures/%.tex: build/%.pstex ${Build}
#       echo -n         "\documentclass[preview]{standalone}\n"         \
#                       "\usepackage[T1]{fontenc}\n"                    \
#                       "\usepackage[usenames]{color}\n"                \
#                       "\usepackage{graphicx}\n"                       \
#                       "\usepackage{listings}\n"                       \
#                       "\usepackage{xspace}\n"                         \
#                       "\input{style}\n"                               \
#                       "\\\\begin{document}\n"                         \
#                       "{\\\\resizebox{3\\\\textwidth}{!}{\input{${basename ${notdir $@}}.pstex_t}}}\n" \
#                       "\end{document}" > $@

data/%: ;
%.tikz: ;
%.pgf: ;

# Local Variables: #
# compile-command: "make" #
# End: #