* commit '15274b901acb75d6d2433e8578f3cfbc6f4f5fd9': (98 commits)
AppVeyor: Use SignPath release cert/only sign tags
xform fuzz: Use only xform opts to set entropy alg
jchuff.c: Test for out-of-range coefficients
turbojpeg.h: Make customFilter() proto match doc
ChangeLog.md: Fix typo
djpeg: Fix -map option with 12-bit data precision
Disallow color quantization with lossless decomp
tj3Transform: Calc dst buf size from xformed dims
README.md: Include link to project home page
AppVeyor: Only add installers to zip file
AppVeyor: Integrate with SignPath.io
Fix build warnings/errs w/ -DNO_GETENV/-DNO_PUTENV
GitHub: Fix x32 build
Bump version to 3.0.0
tjexample.c: Prevent integer overflow
Disallow merged upsampling with lossless decomp
SECURITY.md: Wordsmithing and clarifications
GitHub: Add security policy
ChangeLog.md: List CVE ID fixed by 9f756bc6
jpeg_crop_scanline: Fix calc w/sclg + 2x4,4x2 samp
...
* tag '2.1.5': (41 commits)
BUILDING.md: Specify install prefix for MinGW/Un*x
Java: Guard against int overflow in size methods
turbojpeg.c: Fix UBSan warning
tjPlane*(): Guard against int overflow
Java doc: TJ.pixelSize --> TJ.getPixelSize()
TJBench: Unset TJ*OPT_CROP when disabling tiling
TJExample: Remove "underlying codec" references
GitHub: Update to actions/checkout@v3
TJBench: Set TJ*OPT_PROGRESSIVE with -progressive
TJBench/Java: Fix parsing of quality ranges
TJBench: Strictly check all non-boolean arguments
TurboJPEG: More documentation improvements
TJDecompressor.java: Exception message tweak
12-bit: Set alpha channel to 4095 rather than 255
TJDecompressor.java: "YUV" = "planar YUV"
Java: Don't allow int overflow in buf size methods
tjDecompressToYUV2: Use scaled dims for plane calc
TurboJPEG: Numerous documentation improvements
TurboJPEG: Don't use backward compatibility macros
TurboJPEG: Ensure 'pad' arg is a power of 2
...
Because the PAD() macro can only handle powers of 2, this is a necessary
restriction (and a documented one, except in the case of
tjCompressFromYUV()-- oops.) Failing to check the 'pad' argument
caused tjBufSizeYUV2() to return bogus results if 'pad' was less than 1
or otherwise not a power of 2. tjEncodeYUV3() and tjDecodeYUV()
effectively treated a 'pad' value of 0 as unpadded, but that was subtle
and undocumented behavior. tjCompressFromYUV() did not check whether
'pad' was a power of 2, so the strides passed to
tjCompressFromYUVPlanes() would have been incorrect if 'pad' was not a
power of 2. That would not have caused tjCompressFromYUV() to overrun
the source buffer, as long as the calling application allocated the
buffer based on the return value of tjBufSizeYUV2() (which computes the
strides in the same manner as tjCompressFromYUV().) However, if the
calling application attempted to initialize the source buffer using
correctly-computed strides, then it could have overrun its own
buffer in certain cases or produced incorrect JPEG images in others.
Realistically, there is no reason why an application would want to pass
a non-power-of-2 'pad' value to a TurboJPEG API function, so this commit
is about user-proofing the API rather than fixing any known issue.
