Move the Y-axis-flipping to be on a per-page basis (as it was before and as it must be). Put page number back in, (still missing th number of pages from the header).
Add multi-page output for better testing.
Switch from ARGB32 to RGB24 for intermediate image surface since that's all that the current users of cairo_paginated_surface support anyway.
Switch cairo_ps_surface_t over to use the new cairo_paginated_surface_t. This drastically simplifies the implementation, but temporarily puts the PostScript output back into the land of one-image-per-page. To be fixed soon though with improvements to cairo_paginated_surface_t. Everything still passes the test suite which is good. The test suite currently does no testing of multi-page output, which is quite bad.
Add new functions needed by users of cairo_paginated_surface_t.
Always snapshot a paginated surface to an image surface, rather than a surface similar to the target. We do this since paginated target surfaces are allowed to not be complete surfaces, (such as not implementing acquire_source_surface).
Switch the implementation of cairo_pdf_surface_t to use cairo_paginated_surface_t. For now this means that all PDF output is fallback images, but this can change incrementally as we go forward.
If the destination surface is a quartz surface, get the clip mask from it.
Added.
Keep a copy of the clip mask around.
(_cairo_surface_is_quartz): New function which determines if a given surface is a quartz surface.
Change the paginated surface to force all output to come from an image surface (to be refined incrementally as we hook real surface backends up to it).
Implement copy_page for paginated surface. Fix show_page to destroy the meta-surface and create a new one.
Change these functions to advertise when they are not supported, so that _cairo_paginated_copy_page can implement things differently depending on whether or not it is personal.
Check return values from _cairo_surface_show/copy_page.
Throw away old gradient code from within cairo-pattern.c in favor of using new support in pixman for gradients.
Update reference images for all tests involving gradients since the gradient output has changed slightly.
Some major performance improvements to the general composite code used for gradients and transformed images. Like fetching of mask scanline before source scanline so that only the necessary pixels from source needs to be computed in case of gradients or transformed images as source. This patch also include some gradient specific fixes and performance improvement.
Try to recover a standard cairo_format_t from given pixman format masks, so that various things that only work with a standard format work correctly.
Remove cairo_glitz_surface_write_to_png, replace with generic cairo_surface_write_to_png (since it works with image-surface create_with_masks fix)
Add test_paginated_surface_t which is another test surface enabled with --enable-test-surfaces. The test_meta_surface code served as the basis for cairo_paginated_surface_t so that test surface may be entirely superfluous now.
Fix buggy implementation of _cairo_array_snapshot by changing array->elements to be a pointer to a pointer. This extra level of indirection allows the snapshot array to point to a pointer which will itself get changed when new storage is needed for a growing array. Previously, the snapshot would be left pointing at stale storage.
Fix to call _cairo_array_index rather than grabbing array->elements directly and casting (which cast is now wrong with the change in implementation of array->index).
Refine the comment describing this test surface.
Add new test surface for exercising cairo_meta_surface.
Simplify the image and test_fallback targets by not using create_for_data. Allow for NULL cleanup target functions. Add support for the test_meta_surface.
cairo_svg_surface_t owns a xml node, for support of svg_surface_composite. (_cairo_svg_surface_create_for_document): init xml_node. All surfaces except first one are stored in defs node. (emit_composite_image_pattern): returns pattern size, and don't call emit_transform if is_pattern == TRUE. (emit_composite_svg_pattern): do something. (emit_composite_pattern): returns pattern size. (_cairo_svg_surface_composite): xml_node is stored in cairo_svg_surface_t now. (emit_surface_pattern): emit surface pattern width here. Fix property names. (_cairo_svg_path_close_path): don't close path if no current point. (_cairo_svg_surface_fill_rectangles): new. (_cairo_svg_surface_fill): emit fill rule. xml_node is in surface now. (_cairo_svg_surface_composite_trapezoids): xml_node is in surface now. (_cairo_svg_surface_stroke): ditto. (_cairo_svg_surface_intersect_clip_path): ditto. Emit fill rule.
ignore svg2png.
build svg2png utility.
test SVG backend if CAIRO_HAS_SVG_SURFACE && CAIRO_CAN_TEST_SVG_SURFACE.
new.
Add notes for the new BeOS backend
Add disabled by default BeOS backend
Add BeOS files
New
New
BEOS_SURFACE_FEATURE
BeOS mutex functions
Ignore files generates by the BeOS tests
Add cairo-test-beos.*
New.
Test BeOS backend.
add CAIRO_BEGIN_DECLS and CAIRO_END_DECLS, and move an enum from cairo-clip-private.h here (C++ doesn't like forward-declarations of enums). Final patch for allowing C++ backends.
reviewed by: cworth
