Change-Id: Ibabd8440ff5c9dd7f300f317e2c9d50e8e84aab9

Stop configuration and report an error when make is not available.

Change-Id: I599a4c43386e3657748d5b875afb235701e6b57f

Change-Id: Ib4d850227cef35694c663feb157765a2cbf84699

The only difference between two examples was usage of VPX_EFLAG_FORCE_KF
flag for frame encoding. Moving this functionality into simple_encoder
with additional command line option.

Change-Id: Ia3c4209be073eeb541d4ac6b41bd0f12812f6676

Change-Id: I3ed0a95645a66be069ce92a1fad8083a87d01001

Moving VP9Decompressor struct from vp9_onyxd_int.h to vp9_onyxd.h.

Change-Id: Ic86c15e44130541a7f692db43ef9109293f99ae8

Change-Id: I8e40811c85c2246da75d9f06c4fda1a5079fcc71

Change-Id: I7f3bcca103f0b1f6b3c064b61472543de9a8288a

Properly set intra mode information entries.

Change-Id: Ie3a8992e415dcdd9087a55993bbca06087a0107a

The frame level transform size selection is done inside
encode_frame_internal().

Change-Id: Id7e5e417a3a3f88f875bf12b21bb8029bc6d0d82

* changes:
  build: convert rtcd.sh to perl
  configure: check for perl

* changes:
  nestegg: ne_buffer_read: quiet uint64->size_t warning
  nestegg: quiet read related uint64->size_t warnings
  nestegg: ne_parse: normalize size_t usage
  nestegg: ne_read_(string|binary|block): normalize size_t usage

avoid building x86inc.asm, x86_abi_support.asm and vpx_config.asm as
they provide no symbols themselves

fixes:
 warning LNK4221: This object file does not define any previously
undefined public symbols, so it will not be used by any link operation
that consumes this library

Change-Id: Iecfe03aa76efbfc07c2af5b91ba5405634e45f1d

Set speed features before running frame encoding. This avoids
redundant RD threshold calculation in key frame coding.

Change-Id: If8e3cf2c02976baa59b310c1c23af9eea0c46e36

* Remove all non-DC intra modes for BLOCK_32x32 and up
* Remove all intra modes for blocks bigger than BLOCK_32x32
* Remove ZEROMV for BLOCK_32x32 and up
* Only consider NEARESTMV for blocks bigger than BLOCK_32x32

Change-Id: Ia18351a238213e2f072f9e481d622949346a245f

Change-Id: Ib719a9f74924718715592e0238bc391ae239d026

the buffer length is already a size_t making the offset into it limited

Change-Id: Ibc5352e69049186cc07f7d86117696b11a98a600

ne_read_ebml_lacing / ne_read_discard_padding
+ add some asserts

Change-Id: I28d0ec5c8f901ae0a35928a8f512c51b3ecf177d

in calls to ne_read_simple / ne_io_read_skip

Change-Id: I5c4fc3bb41832973830ad54248839d6a4944aae6

+ nestegg_track_codec_data
quiets uint64_t -> size_t warnings
the sizes used are previously validated against their associated LIMIT_*
values

Change-Id: Ie574a3a7496d0143bd58b778145c27f38dd6a4da

- Change type of encrypt_buffer() offset argument to ptrdiff_t, and change the
  type of the size argument to size_t.
- Update size argument encrypt_buffer() in vp8_boolcoder_test.c with
  same.

Change-Id: Ie29c7c82c73318bee01b89c6fb4c4e1442eef03c

Change-Id: Ib49d8dbc67c590f22a1a70251ff607c9f38febd7

The core motion estimation fucntions all return sad now consistently.
The only exception is vp9_full_pixel_diamond(), however the core diamond
and refining search routines called from vp9_full_pixel_diamond() also
return SAD. If variance of pred error + mv cost is desired it must be
calculated explicitly outside these functions. For very fast encoding,
hopefully this will eliminate some redundant computations.

Also suggests reimplementing FAST_HEX with the vp9_pattern_search
framework. It is not exactly the same as the existing FAST_HEX, but
performance is slightly better and speed is very similar. Enables
removing a lot of duplicate code.

Change-Id: I152736393438c25bdf7e96b37cbb8ce330f4f94a