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2002-10-26 Mike Kestner <mkestner@speakeasy.net> * api/*.xml : get libgda and libgnomedb metadata setup * gconf/*/Makefile.in : patch from MauricioC for -L's and /r's * gnomedb/Makefile.in : patch from MauricioC for -L's and /r's * generator/ClassBase.cs (ctor): mangle hash names for sigs and props * generator/Parameters.cs (MangleName): handle params, null, and ref * generator/Parser.cs (ParseNamespace): ignore "hidden" types * generator/StructBase.cs (MangleName): handle params, null, and ref * glib/Object.cs (Equals): kill, also kill == and != * sources/Gda.metadata : new, make Gda behave without hand edits * sources/GnomeDb.metadata : ditto svn path=/trunk/gtk-sharp/; revision=8577
2002-10-26 08:03:16 +00:00
<?xml version="1.0"?>
2002-08-19 Rachel Hestilow <hestilow@ximian.com> * art/Makefile.in (clean): Change to avoid bugging out on generated/CVS. * glib/ObjectManager.cs: Added. Used to be auto-generated, but now it can infer names, and relies on per-namespace ObjectManager classes to inform it of oddly-named classes. * generator/IGeneratable.cs, GenBase.cs: New "DoGenerate" property. * generator/*Gen.cs: Honor DoGenerate. * generator/CodeGenerator.cs: Support including dependency files which will not be generated. * generator/ObjectGen.cs: Generate mapping file per-namespace, as one that calls back to the one in glib. Only generate if the name does not follow the normal conventions, otherwise, GtkSharp.ObjectManager can infer the name. * generator/Parser.cs: Accept 'generate' flag to pass on to the IGeneratables. Parse a new toplevel element, "symbol", which adds a type to the SymbolTable (instead of hard-coding it). * generator/SignalHandler.cs: Do not optimize signal handler creation, instead creating them in their own namespaces. Do not generate if the calling Signal told us not to. * generator/Signal.cs: Do not generate handlers if container's DoGenerate is false. Adjust to the marshaller name being in a sub-namespace. * generator/SymbolTable.cs (AddSimpleType, AddManualType): Used to add simple and manually wrapped types at runtime instead of compile-time. (FromNative): Remove hard-coded cases for manually wrapped types, use a generic case instead. * api: Added. Move api files and generation targets here. * source: Added. Move source parsing here. * generator/makefile: Move actual generation to api/. * glib/Makefile.in: Remove generated/* target. * glue/Makefile.am: Fix to include canvas-marshal. Move canvas stuff to GNOME target. * gnome/CanvasProxy.cs: Update to work with SignalHandlers being namespace-specific. * parser/Metadata.pm: Moved to GAPI/Metadata.pm, renamed, etc. * parser/gapi2xml.pl: Use GAPI::Metadata. * parser/makefile: Install scripts, remove source parse build target. Rename formatXML to gapi_format_xml. svn path=/trunk/gtk-sharp/; revision=6818
2002-08-20 19:56:18 +00:00
<api>
Update the xml files. svn path=/trunk/gtk-sharp/; revision=11040
2003-01-30 02:27:57 +00:00
<!--
This file was automatically generated.
Please DO NOT MODIFY THIS FILE, modify .metadata files instead.
-->
2002-08-19 Rachel Hestilow <hestilow@ximian.com> * art/Makefile.in (clean): Change to avoid bugging out on generated/CVS. * glib/ObjectManager.cs: Added. Used to be auto-generated, but now it can infer names, and relies on per-namespace ObjectManager classes to inform it of oddly-named classes. * generator/IGeneratable.cs, GenBase.cs: New "DoGenerate" property. * generator/*Gen.cs: Honor DoGenerate. * generator/CodeGenerator.cs: Support including dependency files which will not be generated. * generator/ObjectGen.cs: Generate mapping file per-namespace, as one that calls back to the one in glib. Only generate if the name does not follow the normal conventions, otherwise, GtkSharp.ObjectManager can infer the name. * generator/Parser.cs: Accept 'generate' flag to pass on to the IGeneratables. Parse a new toplevel element, "symbol", which adds a type to the SymbolTable (instead of hard-coding it). * generator/SignalHandler.cs: Do not optimize signal handler creation, instead creating them in their own namespaces. Do not generate if the calling Signal told us not to. * generator/Signal.cs: Do not generate handlers if container's DoGenerate is false. Adjust to the marshaller name being in a sub-namespace. * generator/SymbolTable.cs (AddSimpleType, AddManualType): Used to add simple and manually wrapped types at runtime instead of compile-time. (FromNative): Remove hard-coded cases for manually wrapped types, use a generic case instead. * api: Added. Move api files and generation targets here. * source: Added. Move source parsing here. * generator/makefile: Move actual generation to api/. * glib/Makefile.in: Remove generated/* target. * glue/Makefile.am: Fix to include canvas-marshal. Move canvas stuff to GNOME target. * gnome/CanvasProxy.cs: Update to work with SignalHandlers being namespace-specific. * parser/Metadata.pm: Moved to GAPI/Metadata.pm, renamed, etc. * parser/gapi2xml.pl: Use GAPI::Metadata. * parser/makefile: Install scripts, remove source parse build target. Rename formatXML to gapi_format_xml. svn path=/trunk/gtk-sharp/; revision=6818
2002-08-20 19:56:18 +00:00
<namespace name="Art" library="art_lgpl">
<enum name="AlphaType" cname="ArtAlphaType" type="enum">
<member cname="ART_ALPHA_NONE" name="None"/>
<member cname="ART_ALPHA_SEPARATE" name="Separate" value="1"/>
<member cname="ART_ALPHA_PREMUL" name="Premul" value="2"/>
</enum>
<enum name="CompositingMode" cname="ArtCompositingMode" type="enum">
<member cname="ART_COMPOSITE_NORMAL" name="Normal"/>
<member cname="ART_COMPOSITE_MULTIPLY" name="Multiply"/>
<member cname="ART_COMPOSITE_CUSTOM" name="Custom"/>
</enum>
<enum name="FilterLevel" cname="ArtFilterLevel" type="enum">
<member cname="ART_FILTER_NEAREST" name="Nearest"/>
<member cname="ART_FILTER_TILES" name="Tiles"/>
<member cname="ART_FILTER_BILINEAR" name="Bilinear"/>
<member cname="ART_FILTER_HYPER" name="Hyper"/>
</enum>
<enum name="GradientSpread" cname="ArtGradientSpread" type="enum">
<member cname="ART_GRADIENT_PAD" name="Pad"/>
<member cname="ART_GRADIENT_REFLECT" name="Reflect"/>
<member cname="ART_GRADIENT_REPEAT" name="Repeat"/>
</enum>
<enum name="ImageSourceFlags" cname="ArtImageSourceFlags" type="enum">
<member cname="ART_IMAGE_SOURCE_CAN_CLEAR" name="Clear" value="1"/>
<member cname="ART_IMAGE_SOURCE_CAN_COMPOSITE" name="Composite" value="2"/>
</enum>
<enum name="PathStrokeCapType" cname="ArtPathStrokeCapType" type="enum">
<member cname="ART_PATH_STROKE_CAP_BUTT" name="Butt"/>
<member cname="ART_PATH_STROKE_CAP_ROUND" name="Round"/>
<member cname="ART_PATH_STROKE_CAP_SQUARE" name="Square"/>
</enum>
<enum name="PathStrokeJoinType" cname="ArtPathStrokeJoinType" type="enum">
<member cname="ART_PATH_STROKE_JOIN_MITER" name="Miter"/>
<member cname="ART_PATH_STROKE_JOIN_ROUND" name="Round"/>
<member cname="ART_PATH_STROKE_JOIN_BEVEL" name="Bevel"/>
</enum>
<enum name="Pathcode" cname="ArtPathcode" type="enum">
<member cname="ART_MOVETO" name="Moveto"/>
<member cname="ART_MOVETO_OPEN" name="MovetoOpen"/>
<member cname="ART_CURVETO" name="Curveto"/>
<member cname="ART_LINETO" name="Lineto"/>
<member cname="ART_END" name="End"/>
</enum>
<enum name="PixFormat" cname="ArtPixFormat" type="enum">
<member cname="ART_PIX_RGB" name="Rgb"/>
</enum>
<enum name="WindRule" cname="ArtWindRule" type="enum">
<member cname="ART_WIND_RULE_NONZERO" name="Nonzero"/>
<member cname="ART_WIND_RULE_INTERSECT" name="Intersect"/>
<member cname="ART_WIND_RULE_ODDEVEN" name="Oddeven"/>
<member cname="ART_WIND_RULE_POSITIVE" name="Positive"/>
</enum>
<callback name="DestroyNotify" cname="ArtDestroyNotify">
<return-type type="void"/>
<parameters>
<parameter type="void*" name="func_data"/>
<parameter type="void*" name="data"/>
</parameters>
</callback>
<struct name="AlphaGamma" cname="ArtAlphaGamma">
<field cname="gamma" type="double"/>
<field cname="invtable_size" type="int"/>
<field cname="table" array_len="256" type="int"/>
<field cname="invtable" array_len="1" type="art_u8"/>
<method name="Free" cname="art_alphagamma_free">
<return-type type="void"/>
</method>
<constructor cname="art_alphagamma_new">
<parameters>
<parameter type="double" name="gamma"/>
</parameters>
</constructor>
</struct>
<struct name="Bpath" cname="ArtBpath">
<field cname="code" type="ArtPathcode"/>
<field cname="x1" type="double"/>
<field cname="y1" type="double"/>
<field cname="x2" type="double"/>
<field cname="y2" type="double"/>
<field cname="x3" type="double"/>
<field cname="y3" type="double"/>
<method name="AffineTransform" cname="art_bpath_affine_transform">
<return-type type="ArtBpath*"/>
<parameters>
<parameter type="const-double" array="true" name="matrix"/>
</parameters>
</method>
</struct>
<struct name="DRect" cname="ArtDRect">
<field cname="x0" type="double"/>
<field cname="y0" type="double"/>
<field cname="x1" type="double"/>
<field cname="y1" type="double"/>
<method name="AffineTransform" cname="art_drect_affine_transform">
<return-type type="void"/>
<parameters>
<parameter type="const-ArtDRect*" name="src"/>
<parameter type="const-double" array="true" name="matrix"/>
</parameters>
</method>
<method name="Copy" cname="art_drect_copy">
<return-type type="void"/>
<parameters>
<parameter type="const-ArtDRect*" name="src"/>
</parameters>
</method>
<method name="Empty" cname="art_drect_empty">
<return-type type="int"/>
</method>
<method name="Intersect" cname="art_drect_intersect">
<return-type type="void"/>
<parameters>
<parameter type="const-ArtDRect*" name="src1"/>
<parameter type="const-ArtDRect*" name="src2"/>
</parameters>
</method>
<method name="Svp" cname="art_drect_svp">
<return-type type="void"/>
<parameters>
<parameter type="const-ArtSVP*" name="svp"/>
</parameters>
</method>
<method name="SvpUnion" cname="art_drect_svp_union">
<return-type type="void"/>
<parameters>
<parameter type="const-ArtSVP*" name="svp"/>
</parameters>
</method>
<method name="ToIrect" cname="art_drect_to_irect" shared="true">
<return-type type="void"/>
<parameters>
<parameter type="ArtIRect*" name="dst"/>
<parameter type="ArtDRect*" name="src"/>
</parameters>
</method>
<method name="Union" cname="art_drect_union">
<return-type type="void"/>
<parameters>
<parameter type="const-ArtDRect*" name="src1"/>
<parameter type="const-ArtDRect*" name="src2"/>
</parameters>
</method>
</struct>
<struct name="GradientLinear" cname="ArtGradientLinear">
<field cname="a" type="double"/>
<field cname="b" type="double"/>
<field cname="c" type="double"/>
<field cname="spread" type="ArtGradientSpread"/>
<field cname="n_stops" type="int"/>
<field cname="stops" type="ArtGradientStop*"/>
</struct>
<struct name="GradientRadial" cname="ArtGradientRadial">
<field cname="affine" array_len="6" type="double"/>
<field cname="fx" type="double"/>
<field cname="fy" type="double"/>
<field cname="n_stops" type="int"/>
<field cname="stops" type="ArtGradientStop*"/>
</struct>
<struct name="GradientStop" cname="ArtGradientStop">
<field cname="offset" type="double"/>
<field cname="color" array_len="ART_MAX_CHAN + 1" type="ArtPixMaxDepth"/>
</struct>
<struct name="IRect" cname="ArtIRect">
<field cname="x0" type="int"/>
<field cname="y0" type="int"/>
<field cname="x1" type="int"/>
<field cname="y1" type="int"/>
<method name="Copy" cname="art_irect_copy">
<return-type type="void"/>
<parameters>
<parameter type="const-ArtIRect*" name="src"/>
</parameters>
</method>
<method name="Empty" cname="art_irect_empty">
<return-type type="int"/>
</method>
<method name="Intersect" cname="art_irect_intersect">
<return-type type="void"/>
<parameters>
<parameter type="const-ArtIRect*" name="src1"/>
<parameter type="const-ArtIRect*" name="src2"/>
</parameters>
</method>
<method name="Union" cname="art_irect_union">
<return-type type="void"/>
<parameters>
<parameter type="const-ArtIRect*" name="src1"/>
<parameter type="const-ArtIRect*" name="src2"/>
</parameters>
</method>
</struct>
<struct name="ImageSource" cname="ArtImageSource">
<field cname="super" type="ArtRenderCallback"/>
<callback cname="negotiate">
<return-type type="void"/>
<parameters>
<parameter type="ArtImageSource*" name="self,"/>
</parameters>
</callback>
</struct>
<struct name="MaskSource" cname="ArtMaskSource">
<field cname="super" type="ArtRenderCallback"/>
<callback cname="can_drive">
<return-type type="int"/>
<parameters>
<parameter type="ArtMaskSource*" name="self,"/>
</parameters>
</callback>
<callback cname="invoke_driver">
<return-type type="void"/>
<parameters>
<parameter type="ArtMaskSource*" name="self,"/>
</parameters>
</callback>
<callback cname="prepare">
<return-type type="void"/>
<parameters>
<parameter type="ArtMaskSource*" name="self,"/>
</parameters>
</callback>
</struct>
<struct name="PixBuf" cname="ArtPixBuf">
<field cname="format" type="ArtPixFormat"/>
<field cname="n_channels" type="int"/>
<field cname="has_alpha" type="int"/>
<field cname="bits_per_sample" type="int"/>
<field cname="pixels" type="art_u8*"/>
<field cname="width" type="int"/>
<field cname="height" type="int"/>
<field cname="rowstride" type="int"/>
<field cname="destroy_data" type="void*"/>
<field cname="destroy" type="ArtDestroyNotify"/>
<method name="Duplicate" cname="art_pixbuf_duplicate">
<return-type type="ArtPixBuf*"/>
</method>
<method name="Free" cname="art_pixbuf_free">
<return-type type="void"/>
</method>
<method name="FreeShallow" cname="art_pixbuf_free_shallow">
<return-type type="void"/>
</method>
<constructor cname="art_pixbuf_new_const_rgb">
<parameters>
<parameter type="const-art_u8*" name="pixels"/>
<parameter type="int" name="width"/>
<parameter type="int" name="height"/>
<parameter type="int" name="rowstride"/>
</parameters>
</constructor>
<constructor cname="art_pixbuf_new_const_rgba">
<parameters>
<parameter type="const-art_u8*" name="pixels"/>
<parameter type="int" name="width"/>
<parameter type="int" name="height"/>
<parameter type="int" name="rowstride"/>
</parameters>
</constructor>
<constructor cname="art_pixbuf_new_rgb">
<parameters>
<parameter type="art_u8*" name="pixels"/>
<parameter type="int" name="width"/>
<parameter type="int" name="height"/>
<parameter type="int" name="rowstride"/>
</parameters>
</constructor>
<constructor cname="art_pixbuf_new_rgb_dnotify">
<parameters>
<parameter type="art_u8*" name="pixels"/>
<parameter type="int" name="width"/>
<parameter type="int" name="height"/>
<parameter type="int" name="rowstride"/>
<parameter type="void*" name="dfunc_data"/>
<parameter type="ArtDestroyNotify" name="dfunc"/>
</parameters>
</constructor>
<constructor cname="art_pixbuf_new_rgba">
<parameters>
<parameter type="art_u8*" name="pixels"/>
<parameter type="int" name="width"/>
<parameter type="int" name="height"/>
<parameter type="int" name="rowstride"/>
</parameters>
</constructor>
<constructor cname="art_pixbuf_new_rgba_dnotify">
<parameters>
<parameter type="art_u8*" name="pixels"/>
<parameter type="int" name="width"/>
<parameter type="int" name="height"/>
<parameter type="int" name="rowstride"/>
<parameter type="void*" name="dfunc_data"/>
<parameter type="ArtDestroyNotify" name="dfunc"/>
</parameters>
</constructor>
</struct>
<alias name="PixMaxDepth" cname="ArtPixMaxDepth" type="art_u8 "/>
<struct name="Point" cname="ArtPoint">
<field cname="x" type="double"/>
<field cname="y" type="double"/>
</struct>
<struct name="Render" cname="ArtRender">
<field cname="x0" type="int"/>
<field cname="y0" type="int"/>
<field cname="x1" type="int"/>
<field cname="y1" type="int"/>
<field cname="pixels" type="art_u8*"/>
<field cname="rowstride" type="int"/>
<field cname="n_chan" type="int"/>
<field cname="depth" type="int"/>
<field cname="alpha_type" type="ArtAlphaType"/>
<field cname="clear" type="art_boolean"/>
<field cname="clear_color" array_len="ART_MAX_CHAN + 1" type="ArtPixMaxDepth"/>
<field cname="opacity" type="art_u32"/>
<field cname="compositing_mode" type="ArtCompositingMode"/>
<field cname="alphagamma" type="ArtAlphaGamma*"/>
<field cname="alpha_buf" type="art_u8*"/>
<field cname="buf_depth" type="int"/>
<field cname="buf_alpha" type="ArtAlphaType"/>
<field cname="image_buf" type="art_u8*"/>
<field cname="n_run" type="int"/>
<field cname="run" type="ArtRenderMaskRun*"/>
<field cname="n_span" type="int"/>
<field cname="span_x" type="int*"/>
<field cname="need_span" type="art_boolean"/>
<method name="AddImageSource" cname="art_render_add_image_source">
<return-type type="void"/>
<parameters>
<parameter type="ArtImageSource*" name="image_source"/>
</parameters>
</method>
<method name="AddMaskSource" cname="art_render_add_mask_source">
<return-type type="void"/>
<parameters>
<parameter type="ArtMaskSource*" name="mask_source"/>
</parameters>
</method>
<method name="Clear" cname="art_render_clear">
<return-type type="void"/>
<parameters>
<parameter type="const-ArtPixMaxDepth*" name="clear_color"/>
</parameters>
</method>
<method name="ClearRgb" cname="art_render_clear_rgb">
<return-type type="void"/>
<parameters>
<parameter type="art_u32" name="clear_rgb"/>
</parameters>
</method>
<method name="GradientLinear" cname="art_render_gradient_linear">
<return-type type="void"/>
<parameters>
<parameter type="const-ArtGradientLinear*" name="gradient"/>
<parameter type="ArtFilterLevel" name="level"/>
</parameters>
</method>
<method name="GradientRadial" cname="art_render_gradient_radial">
<return-type type="void"/>
<parameters>
<parameter type="const-ArtGradientRadial*" name="gradient"/>
<parameter type="ArtFilterLevel" name="level"/>
</parameters>
</method>
<method name="ImageSolid" cname="art_render_image_solid">
<return-type type="void"/>
<parameters>
<parameter type="ArtPixMaxDepth*" name="color"/>
</parameters>
</method>
<method name="Invoke" cname="art_render_invoke">
<return-type type="void"/>
</method>
<method name="InvokeCallbacks" cname="art_render_invoke_callbacks">
<return-type type="void"/>
<parameters>
<parameter type="art_u8*" name="dest"/>
<parameter type="int" name="y"/>
</parameters>
</method>
<method name="Mask" cname="art_render_mask">
<return-type type="void"/>
<parameters>
<parameter type="int" name="x0"/>
<parameter type="int" name="y0"/>
<parameter type="int" name="x1"/>
<parameter type="int" name="y1"/>
<parameter type="const-art_u8*" name="mask_buf"/>
<parameter type="int" name="rowstride"/>
</parameters>
</method>
<method name="MaskSolid" cname="art_render_mask_solid">
<return-type type="void"/>
<parameters>
<parameter type="int" name="opacity"/>
</parameters>
</method>
<constructor cname="art_render_new">
<parameters>
<parameter type="int" name="x0"/>
<parameter type="int" name="y0"/>
<parameter type="int" name="x1"/>
<parameter type="int" name="y1"/>
<parameter type="art_u8*" name="pixels"/>
<parameter type="int" name="rowstride"/>
<parameter type="int" name="n_chan"/>
<parameter type="int" name="depth"/>
<parameter type="ArtAlphaType" name="alpha_type"/>
<parameter type="ArtAlphaGamma*" name="alphagamma"/>
</parameters>
</constructor>
<method name="Svp" cname="art_render_svp">
<return-type type="void"/>
<parameters>
<parameter type="const-ArtSVP*" name="svp"/>
</parameters>
</method>
</struct>
<struct name="RenderCallback" cname="ArtRenderCallback">
<callback cname="render">
<return-type type="void"/>
<parameters>
<parameter type="ArtRenderCallback*" name="self,"/>
</parameters>
</callback>
<callback cname="done">
<return-type type="void"/>
<parameters>
<parameter type="ArtRenderCallback*" name="self,"/>
</parameters>
</callback>
</struct>
<struct name="RenderMaskRun" cname="ArtRenderMaskRun">
<field cname="x" type="int"/>
<field cname="alpha" type="int"/>
</struct>
<struct name="SVP" cname="ArtSVP">
<field cname="n_segs" type="int"/>
<field cname="segs" array_len="1" type="ArtSVPSeg"/>
<method name="AddSegment" cname="art_svp_add_segment">
<return-type type="int"/>
<parameters>
<parameter type="int*" name="pn_segs_max"/>
<parameter type="int**" name="pn_points_max"/>
<parameter type="int" name="n_points"/>
<parameter type="int" name="dir"/>
<parameter type="ArtPoint*" name="points"/>
<parameter type="ArtDRect*" name="bbox"/>
</parameters>
</method>
<method name="Diff" cname="art_svp_diff">
<return-type type="ArtSVP*"/>
<parameters>
<parameter type="const-ArtSVP*" name="svp2"/>
</parameters>
</method>
<method name="Free" cname="art_svp_free">
<return-type type="void"/>
</method>
<method name="FromVpath" cname="art_svp_from_vpath" shared="true">
<return-type type="ArtSVP*"/>
<parameters>
<parameter type="ArtVpath*" name="vpath"/>
</parameters>
</method>
<method name="Intersect" cname="art_svp_intersect">
<return-type type="ArtSVP*"/>
<parameters>
<parameter type="const-ArtSVP*" name="svp2"/>
</parameters>
</method>
<method name="Intersector" cname="art_svp_intersector">
<return-type type="void"/>
<parameters>
<parameter type="ArtSvpWriter*" name="out"/>
</parameters>
</method>
<method name="Minus" cname="art_svp_minus">
<return-type type="ArtSVP*"/>
<parameters>
<parameter type="const-ArtSVP*" name="svp2"/>
</parameters>
</method>
<method name="PointDist" cname="art_svp_point_dist">
<return-type type="double"/>
<parameters>
<parameter type="double" name="x"/>
<parameter type="double" name="y"/>
</parameters>
</method>
<method name="PointWind" cname="art_svp_point_wind">
<return-type type="int"/>
<parameters>
<parameter type="double" name="x"/>
<parameter type="double" name="y"/>
</parameters>
</method>
<method name="RenderAa" cname="art_svp_render_aa">
<return-type type="void"/>
<parameters>
<parameter type="int" name="x0"/>
<parameter type="int" name="y0"/>
<parameter type="int" name="x1"/>
<parameter type="int" name="y1"/>
<callback cname="callback">
<return-type type="void"/>
<parameters>
<parameter type="void*" name="callback_data"/>
<parameter type="int" name="y"/>
<parameter type="int" name="start"/>
<parameter type="ArtSVPRenderAAStep*" name="steps"/>
<parameter type="int" name="n_steps"/>
</parameters>
</callback>
<parameter type="void*" name="callback_data"/>
</parameters>
</method>
<method name="RenderAaIter" cname="art_svp_render_aa_iter">
<return-type type="ArtSVPRenderAAIter*"/>
<parameters>
<parameter type="int" name="x0"/>
<parameter type="int" name="y0"/>
<parameter type="int" name="x1"/>
<parameter type="int" name="y1"/>
</parameters>
</method>
<method name="RewindUncrossed" cname="art_svp_rewind_uncrossed">
<return-type type="ArtSVP*"/>
<parameters>
<parameter type="ArtWindRule" name="rule"/>
</parameters>
</method>
<method name="Uncross" cname="art_svp_uncross">
<return-type type="ArtSVP*"/>
</method>
<method name="Union" cname="art_svp_union">
<return-type type="ArtSVP*"/>
<parameters>
<parameter type="const-ArtSVP*" name="svp2"/>
</parameters>
</method>
<method name="VpathStroke" cname="art_svp_vpath_stroke" shared="true">
<return-type type="ArtSVP*"/>
<parameters>
<parameter type="ArtVpath*" name="vpath"/>
<parameter type="ArtPathStrokeJoinType" name="join"/>
<parameter type="ArtPathStrokeCapType" name="cap"/>
<parameter type="double" name="line_width"/>
<parameter type="double" name="miter_limit"/>
<parameter type="double" name="flatness"/>
</parameters>
</method>
<method name="VpathStrokeRaw" cname="art_svp_vpath_stroke_raw" shared="true">
<return-type type="ArtVpath*"/>
<parameters>
<parameter type="ArtVpath*" name="vpath"/>
<parameter type="ArtPathStrokeJoinType" name="join"/>
<parameter type="ArtPathStrokeCapType" name="cap"/>
<parameter type="double" name="line_width"/>
<parameter type="double" name="miter_limit"/>
<parameter type="double" name="flatness"/>
</parameters>
</method>
</struct>
<struct name="SVPRenderAAIter" cname="ArtSVPRenderAAIter" opaque="true">
<method name="Done" cname="art_svp_render_aa_iter_done">
<return-type type="void"/>
</method>
<method name="Step" cname="art_svp_render_aa_iter_step">
<return-type type="void"/>
<parameters>
<parameter type="int*" name="p_start"/>
<parameter type="ArtSVPRenderAAStep**" name="p_steps"/>
<parameter type="int*" name="p_n_steps"/>
</parameters>
</method>
</struct>
<struct name="SVPRenderAAStep" cname="ArtSVPRenderAAStep">
<field cname="x" type="int"/>
<field cname="delta" type="int"/>
</struct>
<struct name="SVPSeg" cname="ArtSVPSeg">
<field cname="n_points" type="int"/>
<field cname="dir" type="int"/>
<field cname="bbox" type="ArtDRect"/>
<field cname="points" type="ArtPoint*"/>
<method name="Compare" cname="art_svp_seg_compare" shared="true">
<return-type type="int"/>
<parameters>
<parameter type="const-void*" name="s1"/>
<parameter type="const-void*" name="s2"/>
</parameters>
</method>
</struct>
<struct name="SvpWriter" cname="ArtSvpWriter">
<callback cname="add_segment">
<return-type type="int"/>
<parameters>
<parameter type="ArtSvpWriter*" name="self,"/>
</parameters>
</callback>
<callback cname="add_point">
<return-type type="void"/>
<parameters>
<parameter type="ArtSvpWriter*" name="self,"/>
</parameters>
</callback>
<callback cname="close_segment">
<return-type type="void"/>
<parameters>
<parameter type="ArtSvpWriter*" name="self,"/>
</parameters>
</callback>
<method name="RewindNew" cname="art_svp_writer_rewind_new" shared="true">
<return-type type="ArtSvpWriter*"/>
<parameters>
<parameter type="ArtWindRule" name="rule"/>
</parameters>
</method>
<method name="RewindReap" cname="art_svp_writer_rewind_reap">
<return-type type="ArtSVP*"/>
</method>
</struct>
<struct name="Uta" cname="ArtUta">
<field cname="x0" type="int"/>
<field cname="y0" type="int"/>
<field cname="width" type="int"/>
<field cname="height" type="int"/>
<field cname="utiles" type="ArtUtaBbox*"/>
<method name="AddLine" cname="art_uta_add_line">
<return-type type="void"/>
<parameters>
<parameter type="double" name="x0"/>
<parameter type="double" name="y0"/>
<parameter type="double" name="x1"/>
<parameter type="double" name="y1"/>
<parameter type="int*" name="rbuf"/>
<parameter type="int" name="rbuf_rowstride"/>
</parameters>
</method>
<method name="Free" cname="art_uta_free">
<return-type type="void"/>
</method>
<method name="FromIrect" cname="art_uta_from_irect" shared="true">
<return-type type="ArtUta*"/>
<parameters>
<parameter type="ArtIRect*" name="bbox"/>
</parameters>
</method>
<method name="FromSvp" cname="art_uta_from_svp" shared="true">
<return-type type="ArtUta*"/>
<parameters>
<parameter type="const-ArtSVP*" name="svp"/>
</parameters>
</method>
<method name="FromVpath" cname="art_uta_from_vpath" shared="true">
<return-type type="ArtUta*"/>
<parameters>
<parameter type="const-ArtVpath*" name="vec"/>
</parameters>
</method>
<constructor cname="art_uta_new">
<parameters>
<parameter type="int" name="x0"/>
<parameter type="int" name="y0"/>
<parameter type="int" name="x1"/>
<parameter type="int" name="y1"/>
</parameters>
</constructor>
<constructor cname="art_uta_new_coords">
<parameters>
<parameter type="int" name="x0"/>
<parameter type="int" name="y0"/>
<parameter type="int" name="x1"/>
<parameter type="int" name="y1"/>
</parameters>
</constructor>
<method name="Union" cname="art_uta_union">
<return-type type="ArtUta*"/>
<parameters>
<parameter type="ArtUta*" name="uta2"/>
</parameters>
</method>
</struct>
<alias name="UtaBbox" cname="ArtUtaBbox" type="art_u32 "/>
<struct name="Vpath" cname="ArtVpath">
<field cname="code" type="ArtPathcode"/>
<field cname="x" type="double"/>
<field cname="y" type="double"/>
<method name="AddPoint" cname="art_vpath_add_point">
<return-type type="void"/>
<parameters>
<parameter type="int*" name="pn_points"/>
<parameter type="int*" name="pn_points_max"/>
<parameter type="ArtPathcode" name="code"/>
<parameter type="double" name="x"/>
<parameter type="double" name="y"/>
</parameters>
</method>
<method name="AffineTransform" cname="art_vpath_affine_transform">
<return-type type="ArtVpath*"/>
<parameters>
<parameter type="const-double" array="true" name="matrix"/>
</parameters>
</method>
<method name="BboxDrect" cname="art_vpath_bbox_drect">
<return-type type="void"/>
<parameters>
<parameter type="ArtDRect*" name="drect"/>
</parameters>
</method>
<method name="BboxIrect" cname="art_vpath_bbox_irect">
<return-type type="void"/>
<parameters>
<parameter type="ArtIRect*" name="irect"/>
</parameters>
</method>
<method name="Dash" cname="art_vpath_dash">
<return-type type="ArtVpath*"/>
<parameters>
<parameter type="const-ArtVpathDash*" name="dash"/>
</parameters>
</method>
<method name="FromSvp" cname="art_vpath_from_svp" shared="true">
<return-type type="ArtVpath*"/>
<parameters>
<parameter type="const-ArtSVP*" name="svp"/>
</parameters>
</method>
<constructor cname="art_vpath_new_circle">
<parameters>
<parameter type="double" name="x"/>
<parameter type="double" name="y"/>
<parameter type="double" name="r"/>
</parameters>
</constructor>
<method name="Perturb" cname="art_vpath_perturb">
<return-type type="ArtVpath*"/>
</method>
</struct>
<struct name="VpathDash" cname="ArtVpathDash">
<field cname="offset" type="double"/>
<field cname="n_dash" type="int"/>
<field cname="dash" type="double*"/>
</struct>
Update the xml files. svn path=/trunk/gtk-sharp/; revision=11040
2003-01-30 02:27:57 +00:00
<alias name="ArtBoolean" cname="art_boolean" type="int "/>
2002-08-19 Rachel Hestilow <hestilow@ximian.com> * art/Makefile.in (clean): Change to avoid bugging out on generated/CVS. * glib/ObjectManager.cs: Added. Used to be auto-generated, but now it can infer names, and relies on per-namespace ObjectManager classes to inform it of oddly-named classes. * generator/IGeneratable.cs, GenBase.cs: New "DoGenerate" property. * generator/*Gen.cs: Honor DoGenerate. * generator/CodeGenerator.cs: Support including dependency files which will not be generated. * generator/ObjectGen.cs: Generate mapping file per-namespace, as one that calls back to the one in glib. Only generate if the name does not follow the normal conventions, otherwise, GtkSharp.ObjectManager can infer the name. * generator/Parser.cs: Accept 'generate' flag to pass on to the IGeneratables. Parse a new toplevel element, "symbol", which adds a type to the SymbolTable (instead of hard-coding it). * generator/SignalHandler.cs: Do not optimize signal handler creation, instead creating them in their own namespaces. Do not generate if the calling Signal told us not to. * generator/Signal.cs: Do not generate handlers if container's DoGenerate is false. Adjust to the marshaller name being in a sub-namespace. * generator/SymbolTable.cs (AddSimpleType, AddManualType): Used to add simple and manually wrapped types at runtime instead of compile-time. (FromNative): Remove hard-coded cases for manually wrapped types, use a generic case instead. * api: Added. Move api files and generation targets here. * source: Added. Move source parsing here. * generator/makefile: Move actual generation to api/. * glib/Makefile.in: Remove generated/* target. * glue/Makefile.am: Fix to include canvas-marshal. Move canvas stuff to GNOME target. * gnome/CanvasProxy.cs: Update to work with SignalHandlers being namespace-specific. * parser/Metadata.pm: Moved to GAPI/Metadata.pm, renamed, etc. * parser/gapi2xml.pl: Use GAPI::Metadata. * parser/makefile: Install scripts, remove source parse build target. Rename formatXML to gapi_format_xml. svn path=/trunk/gtk-sharp/; revision=6818
2002-08-20 19:56:18 +00:00
</namespace>
</api>
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