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#generate parser file with ragel
SET(SVG_PARSER_CPP "${CMAKE_CURRENT_SOURCE_DIR}/svg-path-parser.cpp")
SET(SVG_PARSER_TMP "${CMAKE_CURRENT_SOURCE_DIR}/svg-path-parser.tmp")
SET(SVG_PARSER_RL "${CMAKE_CURRENT_SOURCE_DIR}/svg-path-parser.rl")
SET(GENERATE_SVG_PARSER NOT EXISTS "${SVG_PARSER_CPP}")
SET(REGENERATE_SVG_PARSER "${SVG_PARSER_CPP}" IS_NEWER_THAN "${SVG_PARSER_RL}")
IF( EXISTS "/usr/bin/ragel" OR EXISTS "/usr/local/bin/ragel" )
IF(GENERATE_SVG_PARSER OR REGENERATE_SVG_PARSER)
EXECUTE_PROCESS(COMMAND ragel --version OUTPUT_VARIABLE CMD_OUTPUT ERROR_QUIET)
STRING(REGEX MATCH "version [0-9]+[.]*[0-9]*" RALEG_VERSION ${CMD_OUTPUT})
STRING(REGEX REPLACE "version ([0-9]+).*" "\\1" RALEG_MAJOR ${RALEG_VERSION})
STRING(REGEX MATCH "[0-9]+$" RALEG_MINOR ${RALEG_VERSION})
IF( ${RALEG_MAJOR} LESS 6 AND ${RALEG_MINOR} LESS 18 )
SET(RLCODEGEN_CMD rlcodegen)
ELSE( ${RALEG_MAJOR} LESS 6 AND ${RALEG_MINOR} LESS 18 )
SET(RLCODEGEN_CMD rlgen-cd)
ENDIF( ${RALEG_MAJOR} LESS 6 AND ${RALEG_MINOR} LESS 18 )
ADD_CUSTOM_COMMAND(OUTPUT "${SVG_PARSER_CPP}"
COMMAND ragel -o "${SVG_PARSER_TMP}" "${SVG_PARSER_RL}"
COMMAND ${RLCODEGEN_CMD} -T0 -o "${SVG_PARSER_CPP}" "${SVG_PARSER_TMP}"
DEPENDS "${SVG_PARSER_RL}"
WORKING_DIRECTORY "${CURRENT_SOURCE_DIR}"
COMMENT "Generating svg_path_parser.cpp with ragel"
)
ENDIF(GENERATE_SVG_PARSER OR REGENERATE_SVG_PARSER)
ENDIF( EXISTS "/usr/bin/ragel" OR EXISTS "/usr/local/bin/ragel" )
SET(2GEOM_SRC
svg-path.h
svg-path.cpp
svg-path-parser.h
svg-path-parser.cpp
ord.h
#nearestpoint.cpp
nearest-point.cpp
nearest-point.h
bezier-curve.h
circle.cpp
circle.h
curve.h
curves.h
curve-helpers.cpp
ellipse.cpp
ellipse.h
elliptical-arc.cpp
elliptical-arc.h
hvlinesegment.h
sbasis-curve.h
path.cpp
path.h
path-intersection.cpp
path-intersection.h
pathvector.cpp
pathvector.h
forward.h
shape.cpp
shape.h
region.cpp
region.h
crossing.h
crossing.cpp
sweep.cpp
sweep.h
poly.cpp
poly.h
poly-dk-solve.cpp
poly-dk-solve.h
poly-laguerre-solve.cpp
poly-laguerre-solve.h
quadtree.cpp
quadtree.h
matrix.cpp
matrix.h
transforms.cpp
transforms.h
point.h
point.cpp
point-l.h
coord.h
d2.h
d2-sbasis.h
d2-sbasis.cpp
rect.h
piecewise.h
piecewise.cpp
sbasis.cpp
sbasis.h
sbasis-2d.h
sbasis-2d.cpp
sbasis-geometric.cpp
sbasis-geometric.h
sbasis-math.h
sbasis-math.cpp
sbasis-poly.cpp
sbasis-poly.h
#chebyshev.cpp # requires gsl, not useful, I think
#chebyshev.h
sbasis-roots.cpp
sbasis-to-bezier.cpp
sbasis-to-bezier.h
bezier-to-sbasis.h
basic-intersection.h
basic-intersection.cpp
geom.cpp
geom.h
utils.cpp
utils.h
exception.h
angle.h
bezier-utils.cpp
bezier-utils.h
choose.h
circulator.h
conjugate_gradient.cpp
conjugate_gradient.h
convex-cover.cpp
convex-cover.h
solve-bezier-one-d.cpp
solve-bezier-parametric.cpp
solver.h
sturm.h
svg-elliptical-arc.cpp
svg-elliptical-arc.h
#arc-length.cpp
#arc-length.h
numeric/matrix.cpp
)
# make lib for 2geom
ADD_LIBRARY(2geom ${LIB_TYPE} ${2GEOM_SRC})
#TARGET_LINK_LIBRARIES(2geom blas gsl)
TARGET_LINK_LIBRARIES(2geom "${LINK_GSL} ${GTK2_LINK_FLAGS}")
INSTALL(TARGETS 2geom
RUNTIME DESTINATION bin
LIBRARY DESTINATION lib
ARCHIVE DESTINATION lib
)
FILE(GLOB files "${CMAKE_CURRENT_SOURCE_DIR}/*.h")
INSTALL(FILES ${files} DESTINATION include/2geom/2geom)
CONFIGURE_FILE( ${CMAKE_SOURCE_DIR}/2geom.pc.in
${CMAKE_BINARY_DIR}/2geom.pc @ONLY IMMEDIATE )
INSTALL(FILES "${CMAKE_BINARY_DIR}/2geom.pc" DESTINATION lib/pkgconfig)
ADD_SUBDIRECTORY (toys)
ADD_SUBDIRECTORY (tests)
ADD_SUBDIRECTORY (py2geom)
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