cairo/src/Makefile.sources

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# Makefile.sources
#
# This file is the canonical location listing all the source files used
# to build the cairo library. Every source file is categorized as one of:
#
# * public header file
# * private header file (must end in -private.h except for cairoint.h)
# * source code file
#
# Every source file should be specified exactly once, grouped with the
# feature that uses the source file. If more than one feature use the
# file (like pdf_operators or font_subset files), the files should be
# appended to to the base cairo files, and the code inside them
# enabled/disabled using C preprocessor macros defined in cairoint.h.
# See how pdf_operators or font_subset are handled.
#
# The sources are picked up according to the configured features
# by the generated file Makefile.am.features or Makefile.win32.features.
#
# These are a few special source files. Those are not included in this
# file to not confuse build systems. Each build system must handle them
# separately. These files include:
#
# * cairo-features.h:
# This file is generated by configure and includes macros signifying
# which features are enabled. This file should be installed like
# other public headers, but should NOT be distributed in the cairo
# distribution.
#
# * cairo-version.h:
# This is a dummy header file used during the build, but it should
# NOT be installed. Its sole purpose is to make sure changes in the
# cairo version do not trigger a full rebuild of the library, but
# just the functions actually using the version information.
#
# * $(top_srcdir)/cairo-version.h:
# This is the real file holding the cairo version number. This file
# should be installed like other public headers. This is used during
# the build by cairo-version.c only.
#
# * cairo-supported-features.h:
# This file is generated by configure and includes macros signifying
# all supported features. This is used by gtk-doc to generate
# documentation for all those macros, enabled or not.
# This file is NOT used during the build of the library and should
# NOT be installed or distributed.
#
# Please follow the strict syntax of this file, including keeping file
# lists sorted.
#
cairo_headers = cairo.h cairo-deprecated.h
cairo_private = \
cairoint.h \
cairo-analysis-surface-private.h \
cairo-arc-private.h \
cairo-atomic-private.h \
cairo-boxes-private.h \
cairo-cache-private.h \
cairo-clip-private.h \
cairo-combsort-private.h \
cairo-compiler-private.h \
cairo-composite-rectangles-private.h \
cairo-device-private.h \
cairo-error-private.h \
cairo-fixed-private.h \
cairo-fixed-type-private.h \
cairo-freelist-private.h \
cairo-freed-pool-private.h \
cairo-fontconfig-private.h \
cairo-gstate-private.h \
cairo-hash-private.h \
cairo-image-info-private.h \
cairo-list-private.h \
cairo-malloc-private.h \
cairo-recording-surface-private.h \
cairo-mutex-impl-private.h \
cairo-mutex-list-private.h \
cairo-mutex-private.h \
cairo-mutex-type-private.h \
cairo-output-stream-private.h \
cairo-paginated-private.h \
cairo-paginated-surface-private.h \
cairo-path-fixed-private.h \
cairo-path-private.h \
cairo-private.h \
cairo-reference-count-private.h \
Remove clip handling from generic surface layer. Handling clip as part of the surface state, as opposed to being part of the operation state, is cumbersome and a hindrance to providing true proxy surface support. For example, the clip must be copied from the surface onto the fallback image, but this was forgotten causing undue hassle in each backend. Another example is the contortion the meta surface endures to ensure the clip is correctly recorded. By contrast passing the clip along with the operation is quite simple and enables us to write generic handlers for providing surface wrappers. (And in the future, we should be able to write more esoteric wrappers, e.g. automatic 2x FSAA, trivially.) In brief, instead of the surface automatically applying the clip before calling the backend, the backend can call into a generic helper to apply clipping. For raster surfaces, clip regions are handled automatically as part of the composite interface. For vector surfaces, a clip helper is introduced to replay and callback into an intersect_clip_path() function as necessary. Whilst this is not primarily a performance related change (the change should just move the computation of the clip from the moment it is applied by the user to the moment it is required by the backend), it is important to track any potential regression: ppc: Speedups ======== image-rgba evolution-20090607-0 1026085.22 0.18% -> 672972.07 0.77%: 1.52x speedup ▌ image-rgba evolution-20090618-0 680579.98 0.12% -> 573237.66 0.16%: 1.19x speedup ▎ image-rgba swfdec-fill-rate-4xaa-0 460296.92 0.36% -> 407464.63 0.42%: 1.13x speedup ▏ image-rgba swfdec-fill-rate-2xaa-0 128431.95 0.47% -> 115051.86 0.42%: 1.12x speedup ▏ Slowdowns ========= image-rgba firefox-periodic-table-0 56837.61 0.78% -> 66055.17 3.20%: 1.09x slowdown ▏
2009-07-23 15:32:13 +01:00
cairo-region-private.h \
cairo-rtree-private.h \
cairo-scaled-font-private.h \
cairo-slope-private.h \
cairo-spans-private.h \
cairo-surface-fallback-private.h \
cairo-surface-private.h \
Remove clip handling from generic surface layer. Handling clip as part of the surface state, as opposed to being part of the operation state, is cumbersome and a hindrance to providing true proxy surface support. For example, the clip must be copied from the surface onto the fallback image, but this was forgotten causing undue hassle in each backend. Another example is the contortion the meta surface endures to ensure the clip is correctly recorded. By contrast passing the clip along with the operation is quite simple and enables us to write generic handlers for providing surface wrappers. (And in the future, we should be able to write more esoteric wrappers, e.g. automatic 2x FSAA, trivially.) In brief, instead of the surface automatically applying the clip before calling the backend, the backend can call into a generic helper to apply clipping. For raster surfaces, clip regions are handled automatically as part of the composite interface. For vector surfaces, a clip helper is introduced to replay and callback into an intersect_clip_path() function as necessary. Whilst this is not primarily a performance related change (the change should just move the computation of the clip from the moment it is applied by the user to the moment it is required by the backend), it is important to track any potential regression: ppc: Speedups ======== image-rgba evolution-20090607-0 1026085.22 0.18% -> 672972.07 0.77%: 1.52x speedup ▌ image-rgba evolution-20090618-0 680579.98 0.12% -> 573237.66 0.16%: 1.19x speedup ▎ image-rgba swfdec-fill-rate-4xaa-0 460296.92 0.36% -> 407464.63 0.42%: 1.13x speedup ▏ image-rgba swfdec-fill-rate-2xaa-0 128431.95 0.47% -> 115051.86 0.42%: 1.12x speedup ▏ Slowdowns ========= image-rgba firefox-periodic-table-0 56837.61 0.78% -> 66055.17 3.20%: 1.09x slowdown ▏
2009-07-23 15:32:13 +01:00
cairo-surface-clipper-private.h \
cairo-surface-offset-private.h \
cairo-surface-subsurface-private.h \
cairo-surface-snapshot-private.h \
Remove clip handling from generic surface layer. Handling clip as part of the surface state, as opposed to being part of the operation state, is cumbersome and a hindrance to providing true proxy surface support. For example, the clip must be copied from the surface onto the fallback image, but this was forgotten causing undue hassle in each backend. Another example is the contortion the meta surface endures to ensure the clip is correctly recorded. By contrast passing the clip along with the operation is quite simple and enables us to write generic handlers for providing surface wrappers. (And in the future, we should be able to write more esoteric wrappers, e.g. automatic 2x FSAA, trivially.) In brief, instead of the surface automatically applying the clip before calling the backend, the backend can call into a generic helper to apply clipping. For raster surfaces, clip regions are handled automatically as part of the composite interface. For vector surfaces, a clip helper is introduced to replay and callback into an intersect_clip_path() function as necessary. Whilst this is not primarily a performance related change (the change should just move the computation of the clip from the moment it is applied by the user to the moment it is required by the backend), it is important to track any potential regression: ppc: Speedups ======== image-rgba evolution-20090607-0 1026085.22 0.18% -> 672972.07 0.77%: 1.52x speedup ▌ image-rgba evolution-20090618-0 680579.98 0.12% -> 573237.66 0.16%: 1.19x speedup ▎ image-rgba swfdec-fill-rate-4xaa-0 460296.92 0.36% -> 407464.63 0.42%: 1.13x speedup ▏ image-rgba swfdec-fill-rate-2xaa-0 128431.95 0.47% -> 115051.86 0.42%: 1.12x speedup ▏ Slowdowns ========= image-rgba firefox-periodic-table-0 56837.61 0.78% -> 66055.17 3.20%: 1.09x slowdown ▏
2009-07-23 15:32:13 +01:00
cairo-surface-wrapper-private.h \
cairo-tee-surface-private.h \
cairo-types-private.h \
cairo-user-font-private.h \
cairo-wideint-private.h \
cairo-wideint-type-private.h \
$(NULL)
cairo_sources = \
cairo-analysis-surface.c \
cairo-arc.c \
cairo-array.c \
cairo-atomic.c \
cairo-base64-stream.c \
cairo-base85-stream.c \
cairo-bentley-ottmann.c \
cairo-bentley-ottmann-rectangular.c \
cairo-bentley-ottmann-rectilinear.c \
cairo-botor-scan-converter.c \
cairo-boxes.c \
cairo.c \
cairo-cache.c \
cairo-clip.c \
cairo-color.c \
cairo-composite-rectangles.c \
cairo-debug.c \
cairo-device.c \
cairo-fixed.c \
cairo-font-face.c \
cairo-font-face-twin.c \
cairo-font-face-twin-data.c \
cairo-font-options.c \
cairo-freelist.c \
cairo-freed-pool.c \
cairo-gstate.c \
cairo-hash.c \
cairo-hull.c \
cairo-image-info.c \
cairo-image-surface.c \
cairo-lzw.c \
cairo-matrix.c \
cairo-recording-surface.c \
cairo-misc.c \
cairo-mutex.c \
cairo-observer.c \
cairo-output-stream.c \
cairo-paginated-surface.c \
cairo-path-bounds.c \
cairo-path.c \
cairo-path-fill.c \
cairo-path-fixed.c \
cairo-path-in-fill.c \
cairo-path-stroke.c \
cairo-pattern.c \
cairo-pen.c \
cairo-polygon.c \
cairo-rectangle.c \
cairo-rectangular-scan-converter.c \
cairo-region.c \
cairo-rtree.c \
cairo-scaled-font.c \
cairo-slope.c \
cairo-spans.c \
cairo-spline.c \
cairo-stroke-style.c \
cairo-surface.c \
cairo-surface-fallback.c \
Remove clip handling from generic surface layer. Handling clip as part of the surface state, as opposed to being part of the operation state, is cumbersome and a hindrance to providing true proxy surface support. For example, the clip must be copied from the surface onto the fallback image, but this was forgotten causing undue hassle in each backend. Another example is the contortion the meta surface endures to ensure the clip is correctly recorded. By contrast passing the clip along with the operation is quite simple and enables us to write generic handlers for providing surface wrappers. (And in the future, we should be able to write more esoteric wrappers, e.g. automatic 2x FSAA, trivially.) In brief, instead of the surface automatically applying the clip before calling the backend, the backend can call into a generic helper to apply clipping. For raster surfaces, clip regions are handled automatically as part of the composite interface. For vector surfaces, a clip helper is introduced to replay and callback into an intersect_clip_path() function as necessary. Whilst this is not primarily a performance related change (the change should just move the computation of the clip from the moment it is applied by the user to the moment it is required by the backend), it is important to track any potential regression: ppc: Speedups ======== image-rgba evolution-20090607-0 1026085.22 0.18% -> 672972.07 0.77%: 1.52x speedup ▌ image-rgba evolution-20090618-0 680579.98 0.12% -> 573237.66 0.16%: 1.19x speedup ▎ image-rgba swfdec-fill-rate-4xaa-0 460296.92 0.36% -> 407464.63 0.42%: 1.13x speedup ▏ image-rgba swfdec-fill-rate-2xaa-0 128431.95 0.47% -> 115051.86 0.42%: 1.12x speedup ▏ Slowdowns ========= image-rgba firefox-periodic-table-0 56837.61 0.78% -> 66055.17 3.20%: 1.09x slowdown ▏
2009-07-23 15:32:13 +01:00
cairo-surface-clipper.c \
cairo-surface-offset.c \
cairo-surface-snapshot.c \
cairo-surface-subsurface.c \
Remove clip handling from generic surface layer. Handling clip as part of the surface state, as opposed to being part of the operation state, is cumbersome and a hindrance to providing true proxy surface support. For example, the clip must be copied from the surface onto the fallback image, but this was forgotten causing undue hassle in each backend. Another example is the contortion the meta surface endures to ensure the clip is correctly recorded. By contrast passing the clip along with the operation is quite simple and enables us to write generic handlers for providing surface wrappers. (And in the future, we should be able to write more esoteric wrappers, e.g. automatic 2x FSAA, trivially.) In brief, instead of the surface automatically applying the clip before calling the backend, the backend can call into a generic helper to apply clipping. For raster surfaces, clip regions are handled automatically as part of the composite interface. For vector surfaces, a clip helper is introduced to replay and callback into an intersect_clip_path() function as necessary. Whilst this is not primarily a performance related change (the change should just move the computation of the clip from the moment it is applied by the user to the moment it is required by the backend), it is important to track any potential regression: ppc: Speedups ======== image-rgba evolution-20090607-0 1026085.22 0.18% -> 672972.07 0.77%: 1.52x speedup ▌ image-rgba evolution-20090618-0 680579.98 0.12% -> 573237.66 0.16%: 1.19x speedup ▎ image-rgba swfdec-fill-rate-4xaa-0 460296.92 0.36% -> 407464.63 0.42%: 1.13x speedup ▏ image-rgba swfdec-fill-rate-2xaa-0 128431.95 0.47% -> 115051.86 0.42%: 1.12x speedup ▏ Slowdowns ========= image-rgba firefox-periodic-table-0 56837.61 0.78% -> 66055.17 3.20%: 1.09x slowdown ▏
2009-07-23 15:32:13 +01:00
cairo-surface-wrapper.c \
cairo-system.c \
cairo-tee-surface.c \
cairo-tor-scan-converter.c \
cairo-toy-font-face.c \
cairo-traps.c \
cairo-unicode.c \
cairo-user-font.c \
cairo-version.c \
cairo-wideint.c \
$(NULL)
_cairo_font_subset_private = \
cairo-scaled-font-subsets-private.h \
cairo-truetype-subset-private.h \
cairo-type1-private.h \
cairo-type3-glyph-surface-private.h \
$(NULL)
_cairo_font_subset_sources = \
cairo-cff-subset.c \
cairo-scaled-font-subsets.c \
cairo-truetype-subset.c \
cairo-type1-fallback.c \
cairo-type1-subset.c \
cairo-type3-glyph-surface.c \
$(NULL)
cairo_private += $(_cairo_font_subset_private)
cairo_sources += $(_cairo_font_subset_sources)
cairo_egl_sources =
cairo_glx_sources =
cairo_wgl_sources =
_cairo_pdf_operators_private = cairo-pdf-operators-private.h
_cairo_pdf_operators_sources = cairo-pdf-operators.c
cairo_private += $(_cairo_pdf_operators_private)
cairo_sources += $(_cairo_pdf_operators_sources)
cairo_png_sources = cairo-png.c
cairo_glew_sources = glew/glew.c
cairo_glew_private = glew/GL/glew.h glew/GL/glxew.h
cairo_ps_headers = cairo-ps.h
cairo_ps_private = cairo-ps-surface-private.h
cairo_ps_sources = cairo-ps-surface.c
cairo_deflate_stream_sources = cairo-deflate-stream.c
cairo_pdf_headers = cairo-pdf.h
cairo_pdf_private = cairo-pdf-surface-private.h
cairo_pdf_sources = cairo-pdf-surface.c
if CAIRO_HAS_PDF_SURFACE
req_cairo_deflate_stream_sources = $(cairo_deflate_stream_sources)
endif
cairo_svg_headers = cairo-svg.h
cairo_svg_private = cairo-svg-surface-private.h
cairo_svg_sources = cairo-svg-surface.c
cairo_ft_headers = cairo-ft.h
cairo_ft_private = cairo-ft-private.h
cairo_ft_sources = cairo-ft-font.c
# These are private, even though they look like public headers
cairo_test_surfaces_private = \
test-fallback-surface.h \
test-fallback16-surface.h \
test-null-surface.h \
test-paginated-surface.h \
Remove clip handling from generic surface layer. Handling clip as part of the surface state, as opposed to being part of the operation state, is cumbersome and a hindrance to providing true proxy surface support. For example, the clip must be copied from the surface onto the fallback image, but this was forgotten causing undue hassle in each backend. Another example is the contortion the meta surface endures to ensure the clip is correctly recorded. By contrast passing the clip along with the operation is quite simple and enables us to write generic handlers for providing surface wrappers. (And in the future, we should be able to write more esoteric wrappers, e.g. automatic 2x FSAA, trivially.) In brief, instead of the surface automatically applying the clip before calling the backend, the backend can call into a generic helper to apply clipping. For raster surfaces, clip regions are handled automatically as part of the composite interface. For vector surfaces, a clip helper is introduced to replay and callback into an intersect_clip_path() function as necessary. Whilst this is not primarily a performance related change (the change should just move the computation of the clip from the moment it is applied by the user to the moment it is required by the backend), it is important to track any potential regression: ppc: Speedups ======== image-rgba evolution-20090607-0 1026085.22 0.18% -> 672972.07 0.77%: 1.52x speedup ▌ image-rgba evolution-20090618-0 680579.98 0.12% -> 573237.66 0.16%: 1.19x speedup ▎ image-rgba swfdec-fill-rate-4xaa-0 460296.92 0.36% -> 407464.63 0.42%: 1.13x speedup ▏ image-rgba swfdec-fill-rate-2xaa-0 128431.95 0.47% -> 115051.86 0.42%: 1.12x speedup ▏ Slowdowns ========= image-rgba firefox-periodic-table-0 56837.61 0.78% -> 66055.17 3.20%: 1.09x slowdown ▏
2009-07-23 15:32:13 +01:00
test-wrapping-surface.h \
$(NULL)
cairo_test_surfaces_sources = \
test-fallback-surface.c \
test-fallback16-surface.c \
test-null-surface.c \
test-paginated-surface.c \
Remove clip handling from generic surface layer. Handling clip as part of the surface state, as opposed to being part of the operation state, is cumbersome and a hindrance to providing true proxy surface support. For example, the clip must be copied from the surface onto the fallback image, but this was forgotten causing undue hassle in each backend. Another example is the contortion the meta surface endures to ensure the clip is correctly recorded. By contrast passing the clip along with the operation is quite simple and enables us to write generic handlers for providing surface wrappers. (And in the future, we should be able to write more esoteric wrappers, e.g. automatic 2x FSAA, trivially.) In brief, instead of the surface automatically applying the clip before calling the backend, the backend can call into a generic helper to apply clipping. For raster surfaces, clip regions are handled automatically as part of the composite interface. For vector surfaces, a clip helper is introduced to replay and callback into an intersect_clip_path() function as necessary. Whilst this is not primarily a performance related change (the change should just move the computation of the clip from the moment it is applied by the user to the moment it is required by the backend), it is important to track any potential regression: ppc: Speedups ======== image-rgba evolution-20090607-0 1026085.22 0.18% -> 672972.07 0.77%: 1.52x speedup ▌ image-rgba evolution-20090618-0 680579.98 0.12% -> 573237.66 0.16%: 1.19x speedup ▎ image-rgba swfdec-fill-rate-4xaa-0 460296.92 0.36% -> 407464.63 0.42%: 1.13x speedup ▏ image-rgba swfdec-fill-rate-2xaa-0 128431.95 0.47% -> 115051.86 0.42%: 1.12x speedup ▏ Slowdowns ========= image-rgba firefox-periodic-table-0 56837.61 0.78% -> 66055.17 3.20%: 1.09x slowdown ▏
2009-07-23 15:32:13 +01:00
test-wrapping-surface.c \
$(NULL)
cairo_xlib_headers = cairo-xlib.h
cairo_xlib_private = \
cairo-xlib-private.h \
cairo-xlib-surface-private.h \
cairo-xlib-xrender-private.h \
$(NULL)
if BUILD_XLIB_XCB
cairo_xlib_sources = cairo-xlib-xcb-surface.c
else
cairo_xlib_sources = \
cairo-xlib-display.c \
cairo-xlib-screen.c \
cairo-xlib-surface.c \
cairo-xlib-visual.c \
$(NULL)
endif
cairo_xlib_xrender_headers = cairo-xlib-xrender.h
cairo_xcb_headers = cairo-xcb.h
cairo_xcb_private = cairo-xcb-private.h
cairo_xcb_sources = \
cairo-xcb-connection.c \
cairo-xcb-connection-core.c \
cairo-xcb-connection-render.c \
cairo-xcb-screen.c \
cairo-xcb-surface.c \
cairo-xcb-surface-cairo.c \
cairo-xcb-surface-core.c \
cairo-xcb-surface-render.c \
$(NULL)
if BUILD_XCB_SHM
cairo_xcb_sources += \
cairo-xcb-shm.c \
cairo-xcb-connection-shm.c \
$(NULL)
endif
cairo_qt_headers = cairo-qt.h
cairo_qt_sources = cairo-qt-surface.cpp
cairo_quartz_headers = cairo-quartz.h
cairo_quartz_private = cairo-quartz-private.h
cairo_quartz_sources = cairo-quartz-surface.c
cairo_quartz_image_headers = cairo-quartz-image.h
cairo_quartz_image_sources = cairo-quartz-image-surface.c
cairo_quartz_font_sources = cairo-quartz-font.c
cairo_win32_headers = cairo-win32.h
cairo_win32_private = cairo-win32-private.h
cairo_win32_sources = cairo-win32-surface.c cairo-win32-printing-surface.c
cairo_win32_font_sources = cairo-win32-font.c
cairo_skia_headers = cairo-skia.h
cairo_skia_sources = cairo-skia-surface.cpp
cairo_os2_headers = cairo-os2.h
cairo_os2_private = cairo-os2-private.h
cairo_os2_sources = cairo-os2-surface.c
# automake is stupid enough to always use c++ linker if we enable the
# following lines, even if beos surface is not enabled. Disable it for now.
cairo_beos_headers = cairo-beos.h
#cairo_beos_sources = cairo-beos-surface.cpp
cairo_gl_headers = cairo-gl.h
cairo_gl_private = cairo-gl-private.h \
cairo-gl-gradient-private.h
cairo_gl_sources = cairo-gl-composite.c \
cairo-gl-device.c \
cairo-gl-glyphs.c \
cairo-gl-gradient.c \
cairo-gl-shaders.c \
cairo-gl-surface.c
cairo_egl_sources += cairo-egl-context.c
cairo_glx_sources += cairo-glx-context.c
cairo_wgl_sources += cairo-wgl-context.c
cairo_directfb_headers = cairo-directfb.h
cairo_directfb_sources = cairo-directfb-surface.c
cairo_drm_headers = cairo-drm.h
cairo_drm_private = drm/cairo-drm-private.h \
drm/cairo-drm-ioctl-private.h \
drm/cairo-drm-intel-private.h \
drm/cairo-drm-intel-ioctl-private.h \
drm/cairo-drm-i915-private.h \
drm/cairo-drm-i965-private.h \
drm/cairo-drm-intel-brw-defines.h \
drm/cairo-drm-intel-brw-structs.h \
drm/cairo-drm-intel-brw-eu.h \
drm/cairo-drm-radeon-private.h
cairo_drm_sources = drm/cairo-drm.c \
drm/cairo-drm-bo.c \
drm/cairo-drm-surface.c \
drm/cairo-drm-intel.c \
drm/cairo-drm-intel-debug.c \
drm/cairo-drm-intel-surface.c \
drm/cairo-drm-i915-surface.c \
drm/cairo-drm-i915-glyphs.c \
drm/cairo-drm-i915-shader.c \
drm/cairo-drm-i915-spans.c \
drm/cairo-drm-i965-surface.c \
drm/cairo-drm-i965-glyphs.c \
drm/cairo-drm-i965-shader.c \
drm/cairo-drm-i965-spans.c \
drm/cairo-drm-intel-brw-eu.c \
drm/cairo-drm-intel-brw-eu-emit.c \
drm/cairo-drm-intel-brw-eu-util.c \
drm/cairo-drm-radeon.c \
drm/cairo-drm-radeon-surface.c
cairo_gallium_sources = drm/cairo-drm-gallium-surface.c
if BUILD_DRM_XR
cairo_drm_headers += cairo-drm-xr.h
cairo_drm_sources += \
drm/cairo-drm-xr.c \
$(NULL)
endif
cairo_script_headers = cairo-script.h
cairo_script_sources = cairo-script-surface.c
if CAIRO_HAS_SCRIPT_SURFACE
req_cairo_deflate_stream_sources = $(cairo_deflate_stream_sources)
endif
cairo_xml_headers = cairo-xml.h
cairo_xml_sources = cairo-xml-surface.c
if CAIRO_HAS_XML_SURFACE
req_cairo_deflate_stream_sources = $(cairo_deflate_stream_sources)
endif
cairo_vg_headers = cairo-vg.h
cairo_vg_sources = cairo-vg-surface.c
cairo_sources += \
$(req_cairo_deflate_stream_sources) \
$(NULL)