== Changes 0.6.4 from 0.6.3: 2010-01-29
Rabbit had been included in Debian official packages! [Youhei
SASAKI]
=== Improvements
* Added --keep-above option: Rabbit is always shown top of
windows.
* Added --source-filename option that adds source link to
output HTML.
* Added a directory in source file into theme load path.
* Supported a single theme file in the same directory of
source file. [zunda]
* Improved PDF file detection.
==== Theme
* Added:
* per-slide-background-image:
Uses background image per slide. A background
image is specified by slide property:
= target slide
...
== properties
: background-image
my-picture.png
: background-image-ralative-height
95
Supported options are same as image options in slide.
Options name should be started with "background-image-".
e.g.: "background-image-relative-height" for
"relative-height" option.
* per-slide-background-color:
Uses background color per slide. A background color is
specified by slide property:
= target slide
...
== properties
: background-color
black
Color can be specified as color name, "black", or RGB
values "#RRGGBBAA".
* Changed:
* default-slide:
Supports title foreground color and shadow color
change per slide. They are specified by slide
property:
= target slide
...
== properties
: headline-color
red
: headline-shadow-color
gray
=== Fixes
* Fixed a bug that empty title with
@lightning_talk_as_large_as_possible = true crashes.
[kdmsnr]
* Added workaround for Ruby 1.8.7 p249.
=== Thanks
* zunda
* kdmsnr
* Youhei SASAKI
* Exiv2 utility
- Inverted the meaning of -u to deal with large numbers of unknown Nikon
Makernote tags.
- -b option now also suppresses Byte and SByte values.
* Exiv2 library fixes
- Crash when reading PNG image.
- Tag Exif.Image.ImageResources (0x8649 in IFD0) should have type BYTE (1).
- Exception to print raw from Olympus SP-560UZ.
- Nef Metadata edit with Digikam make impossible to open it with captureNX
or ViewNX.
- Broken image causes exiv2 to abort.
- Problems converting SubSec tags to XMP.
- Exif tag: TimeZoneOffset (0x882a) and other TIFF/EP tags missing.
* more...
* A number of bugs in KIO have been squashed, making updating of shown
directories work again and solving some other stability issues
* A crash when creating an avatar from the webcam in Kopete has been fixed
* kded taking 100% CPU time in certain situations has been cured
1.3.8 (January 21, 2010)
========================
Security Fixes:
* Fix for CVE-2009-1882 "Integer overflow in the XMakeImage
function".
* Fix lockup due to hanging in loop while parsing malformed
sub-image specification (SourceForge issue 2886560).
* Libltdl: Updated libtool to 2.2.6b in order to fix security issue.
Resolves CVE-2009-3736 as it pertains to GraphicsMagick.
Bug fixes:
* -convolve, -recolor: Validate that user-provided matrix is square
when parsing -convolve and -recolor commands in order to avoid a
core dump.
* CALS: Reading images taller than the image width resulted in a
failure.
* ConstituteImage(), DispatchImage(): 'A' and 'T' should indicate
transparency and 'O' should indicate opacity. Behavior was
inconsistent. In some cases 'O' meant transparency while in other
cases it meant opacity. Also, in a few cases, matte was not
getting enabled in the image as it should.
* DCRAW: Module name was not registered so modules based builds were
not supporting formats provided via 'dcraw'.
* GetOptimalKernelWidth1D(), GetOptimalKernelWidth2D(): In the Q32
build, convolution kernel size was estimated incorrectly for large
sigmas on 32-bit systems due to arithmetic overflow. This could
cause wrong results for -convolve, -blur, -sharpen, and other
algorithms which use these functions.
* Image Size: Fixed the ability to pass the image size via the
filename specification like "myfile.jpg[640x480]" rather than
needing to use -size.
* IPTC: Blob data needed to be padded to an even size. Size is now
correctly reported.
* IPTC: Returned IPTC string values were one character too short.
* Large Files: Large pixel cache files were not working under GNU
Linux.
* JP2: Fixed some value scaling problems.
* JP2: Fix possible crash at exit when Jasper is used by a modules
build.
* MPC: is_monochrome and is_grayscale flags were not managed
properly for the MPC coder.
* PCL: Page was not always being ejected.
* PNG: The png8 encoder would fail when trying to write a 1-color
image.
* PSD: PSD parser was confused by 0x0 pixel layers, resulting in
image data corruption of all following layers.
* -rotate, -shear: Some internally-reported errors were potentially
being lost.
* Subrange/stdin: Commands now support reading an image from stdin
in conjunction with a subrange specification (e.g. "-[1]").
* Magick++ STL ShadeImage: Implementation was completely botched.
New Features:
* CALS Type 1 files may now be written (Work contributed by John
Sergeant). CALS support is dependent on the TIFF library.
* GROUP4RAW encoder supports reading/writing RAW Group4 data.
* JP2: JPEG 2000 may now be written in arbitrary bit depths ranging
from 2 to 16 rather than just 8 or 16.
* JPEG: IJG JPEG library version 7 is now supported.
* JPEG: Added jpeg:block-smoothing and jpeg:fancy-upsampling defines
to control these JPEG library options.
* JPEG: Detect and apply colorspaces appropriately for ITU FAX JPEG.
* Resource Limits: There is now a "threads" resource limit which
allows specifying the number of OpenMP threads which may be used,
similar to the OMP_NUM_THREADS environment variable.
* TIFF: Allow CIELAB TIFF to be read.
* MagickGetImageAttribute()/MagickSetImageAttribute(): New Wand
methods to support getting and setting an image attribute.
Contributed by Mikko Koppanen.
* ClonePixelWand(): New Wand method to deep-copy an existing pixel
wand.
* ClonePixelWands(): New Wand method to deep-copy an array of
existing pixel wands.
* MagickCdlImage(): New Wand method to apply the ASC CDL to an
image.
* MagickGetImageBoundingBox(): New Wand method to return the crop
bounding box required to remove any solid-color border from the
image.
* MagickGetImageFuzz(), MagickSetImageFuzz(): New Wand methods to
get and set the color comparison fuzz factor.
* MagickHaldClutImage(): New Wand method to apply a Hald CLUT to an
image.
* MagickSetResolution(): New Wand method to set the wand resolution.
* MagickSetResolutionUnits(): New Wand method to set the wand
resolution units.
* Magick++: Allow Magick++ library to built as a DLL under MinGW and
Cygwin. This requires a modern GCC in order for C++ exceptions to
work.
Feature improvements:
* Cygwin: Cygwin 1.7 is now supported.
* JPEG compression settings are preserved (if possible) when
inserting JPEG blobs into formats which use JPEG.
* PDF: If the original file used JPEG compression, then use JPEG
compression with original settings (if possible).
* TIFF: Update Windows build to use libtiff 3.9.2.
* X11 Display: Apply a checkerboard pattern underneath transparent
images which use more than simple binary transparency.
Performance Improvements:
* Gamma: Performance is improved for Q8 and Q16 builds. Also
preserve full precision in Q32 build.
* String data is dealt with a bit more efficiently (fewer
allocations, less memory, and less CPU).
Behavior Changes:
* InitializeMagick() MUST be invoked prior to using any Magick API
function. Failure to do so will likely lead to an immediate
application crash. This is due to initialization and runtime
changes intended to improve thread safety and efficiency.
Previously it was only strongly recommended to invoke
InitializeMagick().
* ConstituteImage(), DispatchImage(): 'A' and 'T' should indicate
transparency and 'O' should indicate opacity. Behavior was
inconsistent. In some cases 'O' meant transparency while in other
cases it meant opacity. Also, in a few cases, matte was not
getting enabled in the image as it should.
* colors.mgk: Is now empty to default and is optional. Previous
content is now compiled into the library in an efficient way, but
existing values may be modified, or new values added by adding
entries to color.mgk.
* DisableSlowOpenMP is now the default. Use --enable-openmp-slow to
enable OpenMP for algorithms which sometimes run slower rather
than faster.
* magic.mgk: This configuration file is no longer used since this
data is now compiled into the library in an efficient way.
* modules.mgk: Is now empty to default and is optional. Previous
content is now compiled into the library in an efficient way, but
existing values may be modified, or new values added by adding
entries to modules.mgk.
* Third party executables not included in the Visual Studio build
are no longer bundled in the GraphicsMagick installer. This means
that hp2xx.exe, mpeg2dec.exe, and mpeg2enc.exe are no longer
distributed.
JBIG-KIT implements a highly effective data compression algorithm for
bi-level high-resolution images such as fax pages or scanned
documents.
JBIG-KIT provides a portable library of compression and decompression
functions with a documented interface. You can very easily include
into your image or document processing software. In addition, JBIG-KIT
provides ready-to-use compression and decompression programs with a
simple command line interface (similar to the converters found in Jef
Poskanzer's PBM graphics file conversion package).
2009-10-31 Slaven Rezic <srezic@cpan.org>
Release 1.30
No changes since 1.29_53, just increased VERSION.
2009-09-23 Slaven Rezic <srezic@cpan.org>
Release 1.29_53
SVG parsing: load_ext_dtd is now set to false, to avoid unnecessary
possible network connections; this is also ceasing errors with
libxml 2.7.x.
2009-09-16 Slaven Rezic <srezic@cpan.org>
Release 1.29_52
More diagnostics in failing tests.
Added tests cases for RT #49546.
2009-09-14 Slaven Rezic <srezic@cpan.org>
Release 1.29_51
Fixed "substr outside of string" problem with Fujifilm FinePix S1000fd
images (RT #49546)
2009-08-14 Slaven Rezic <srezic@cpan.org>
Release 1.29_50
Marked Compress::Zlib as recommended module and skip a test if it is
not installed (RT #48415)
Specifying a version script that doesn't contain anything is pointless,
and seems to trigger toolchain bugs on DragonFlyBSD (PR pkg/42639).
Bump revision.
Clutter 1.0.10 (11/01/2010)
===============================================================================
* List of changes since 1.0.8
o Fix the internal copy of JSON-GLib to cope with doubles
o Force a relayout when showing an actor
o Fix cursor position in ClutterText when using a pre-edit string
o Fix the CoreGraphics bitmap loader when dealing with JPEG images
o Emulate XKB's detectable key auto-repeat on X11
o Fix HLS-to-RGB conversion on 64bit platforms
o Let ClutterAnimation keep a weak reference on actors
o Do not take into account the left edges of the children of a
ClutterGroup when calculating the group's preferred size
The current version is release 8 of 10-Jan-2010. Version 8 of the
JPEG software introduces basic new features for image coding
application and comes with an essential update of the original JPEG
specification.
New features and enhancements have been developed for the three
major parts of the IJG library: the compression, the decompression,
and the transcoding parts. These parts are represented by the three
major tools of the IJG software: cjpeg (compress JPEG), djpeg
(decompress JPEG), and jpegtran (transcode JPEG - lossless): IJG
Tools New jpegtran -scale lossless resize feature
A new option has been added to the jpegtran tool and transcoding
library:
-scale M/N Scale output image by fraction M/N, eg, 1/8
Currently supported scale factors are M/N with all M from 1 to 16,
where N is the source DCT size, which is 8 for baseline JPEG. If
the /N part is omitted, then M specifies the DCT scaled size to be
applied on the given input. For baseline JPEG this is equivalent
to M/8 scaling, since the source DCT size for baseline JPEG is 8.
CAUTION: An implementation of the JPEG SmartScale extension is
required for this feature. SmartScale enabled JPEG is not yet widely
implemented, so many decoders will be unable to view a SmartScale
extended JPEG file at all.
New djpeg -scale feature
The -scale option of the djpeg tool and decompression library has
been extended:
-scale M/N Scale output image by fraction M/N, eg, 1/8
Currently supported scale factors are M/N with all M from 1 to 16,
where N is the source DCT size, which is 8 for baseline JPEG. If
the /N part is omitted, then M specifies the DCT scaled size to be
applied on the given input. For baseline JPEG this is equivalent
to M/8 scaling, since the source DCT size for baseline JPEG is 8.
New cjpeg features
Two new features have been added to the cjpeg tool and compression
library:
-quality N[,...] Compression quality (0..100; 5-95 is
useful range) -scale M/N Scale image by fraction M/N,
eg, 1/2
The -quality option has been extended for support of separate
quality settings for luminance and chrominance (or in general, for
every provided quantization table slot). This feature is useful
for high-quality applications which cannot accept the damage of
color data by coarse subsampling settings. You can now easily reduce
the color data amount more smoothly with finer control without
separate subsampling. The resulting file is fully compliant with
standard JPEG decoders.
A new -scale option is provided with cjpeg which complements the
corresponding djpeg -scale option. The supported range of scaling
factors is 8/N with all N=1...16. This means you can now easily
alter the nominal spatial resolution of a given source image while
compressing to JPEG without additional resampling. For example,
if you have an image sensor providing an effective capture resolution
of 2268x1512 pixels (HI resolution), you can now directly generate
a MED resolution of 1512x1008 pixels (-scale 2/3) and a LOW resolution
of 1134x756 pixels (-scale 1/2) from the sensor source resolution
with the library while compressing to JPEG without additional
resampling. (An efficient 12x12 FDCT is used in the -scale 2/3
case, and an efficient 16x16 FDCT is used in the -scale 1/2 case
instead of the standard 8x8 FDCT inside the library, ensuring
high-quality downscaled results - the resulting file is fully
compliant with standard JPEG decoders.)
Changes:
* Special.c: Keep transparent background in rescaled included bitmaps
* special.c: Add the color PostScript prologue
* dvipng.h, special.c: Support xcolor PostScript prologue
* color.c: Support x11nam.def, fix handling of xcolor
multiple-model color values, and xcolor PostScript prologue
* special.c: Some (most?) literal PostScript specials seem to
depend on tex.pro and possibly special.pro, always load these
* configure.ac: Fix gs checks
* misc.c: Correct last mmap element
* readme.texi: Mention new color models in xcolor
* color.c: Adjust for new version of xcolor, mainly color prefixes
