| Commit message (Collapse) | Author | Age | Files | Lines |
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The imgpatch will fail on empty deflates because the bspatch won't call
the sink function if the target length is zero.
Instead of compressing an empty string, it's cleaner to not generate such
empty deflate chunks in the patch. Therefore, we can just convert the
chunk type to raw if the target length is smaller than the patch data.
Also adjust some unit tests and add the testdata gzipped_source &
gzipped_target. These two files are ~1K each and are generated by
gzipping two slightly different regular files.
Bug: 79265132
Test: unit tests pass, imgpatch applys successfully on the given src/tgt
Change-Id: I6bfff3251918137f6762a6f9e9551642371a1124
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In the split mode of imgdiff, we used to assume that the size of a split
target chunk is always greater than the blocksize i.e. 4096. This may
lead to the following assertion failure:
I0221 04:57:33.451323 818464 common.py:205 imgdiff F 02-21 04:57:33 821203 821203 imgdiff.cpp:999]
Check failed: tgt_size >= BLOCK_SIZE (tgt_size=476, BLOCK_SIZE=4096)
This CL removes the assumption and handles the edge cases.
Test: generate and verify the incremental update for TFs in the bug; unit test passes
Bug: 73757557
Bug: 73711365
Change-Id: Iadbb4ee658995f5856cd488f3793980881a59620
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Also add a verbose option. And we won't print messages of 'info'
severity unless '-v' is present.
Test: run imgdiff and check the logs.
Change-Id: I1b90874baea8e72e2a2323a0b63bc5d35e653e6b
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bsdiff interface is changing such that it hides the suffix array
pointer from the public interface. This allows to use a different
suffix array data size depending on the input size, running much faster
in the normal case.
Bug: 34220646
Test: `make checkbuild`; Ran an incremental update generation on a non-A/B device.
Change-Id: I78e766da56cf28bc7774b8c8e58527bc11d919fb
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Since it has grown much larger, users of the header shouldn't compile
and carry their full copies.
Also add missing header includes in imgdiff.cpp and imgdiff_test.cpp.
Test: mmma bootable/recovery
Test: recovery_unit_test; recovery_component_test; recovery_host_test
Change-Id: I88ca54171765e5606ab0d61580fbc1ada578fd7d
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Also drop the "bootable/recovery" path in LOCAL_C_INCLUDES from
applypatch modules.
Test: lunch aosp_{angler,bullhead,fugu,dragon,sailfish}-userdebug;
mmma bootable/recovery
Change-Id: Idd602a796894f971ee4f8fa3eafe36c42d9de986
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Add a mandatory option in imgdiff to write the split info (i.e.
patch_size, tgt_size, src_ranges) to file when handling large apks.
Therefore, the caller of imgdiff can create split transfers based on
the info.
Bug: 63542719
Test: unit tests pass
Change-Id: I853d55d1f999fd576474faa81077f7307f4d856d
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Due to the cache size limit for OTA generation, we used to split large
zip files linearly into pieces and do bsdiff on them. As a result, i) we
lose the advantage of imgdiff; ii) if there's an accidental order change
of some huge files inside the zip, we'll create an insanely large patch.
This patch splits the src&tgt more smartly based on the zip entry_name.
If the entry_name is empty or no matching source is found for a target
chunk, we'll skip adding its source and later do a bsdiff against the
whole split source image (this rarely happens in our use cases except
for the metadata inside a ziparchive).
After the split, the target pieces are continuous and block aligned,
while the sources pieces are mutually exclusive. (Some of the source
blocks may not be used if there's no matching entry_name in the target.)
Then we will generate patches accordingly between each split image
pairs.
Afterwards, if we apply imgpatch to each pair of split source/target
images and add up the patched result, we can get back the original
target image.
For example:
Input: [src_image, tgt_image]
Split: [src-0,tgt-0; src-1,tgt-1, src-2,tgt-2]
Diff: [ patch-0; patch-1; patch-2]
Patch: [(src-0,patch-0)=tgt-0; (src-1,patch-1)=tgt-1;
(src-2,patch-2)=tgt-2;]
Append: [tgt-0 + tgt-1 + tgt-2 = tgt_image]
Peformance:
For the small package in b/34220646, we decrease the patch size of
chrome.apk dramatically from 30M to 400K due to the order change of
two big .so files.
On two versions of angler, I also observe decent patch size decrease.
For chrome.apk, we reduced the size from 5.9M to 3.2M; and for
vevlet.apk from 8.0M to 6.5M.
Bug: 34220646
Test: recovery component test && apply imgdiff & imgpatch on two
chrome.apk
Change-Id: I145d802984fa805efbbac9d01a2e64d82ef9728b
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1. Move the declaration of the Image classes to the header file to make
testing easier.
2. Also move rangeset.h to bootable/recovery to allow access in imgdiff.
Test: recovery component test
Change-Id: I68a863e60a3f2e7ae46ee48f48eb15391f5f4330
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This way we can keep the input images const when calling
genetatepatches().
Test: recovery component test; diff and patch on chrome.apk; generate
recovery-from-boot.p for angler.
Change-Id: I65b5689b88f6719c6ede46bb82def0c4caeb8a61
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This helps us to add a new mode to handle large APKs in the follow
up CL.
Changes include:
1. Create a new interface class 'Image'
1. Create subclasses 'ZipModeImage' and 'ImageModeImage' and move the
related functions there.
Bug: 63542719
Test: recovery_component_test passes
Change-Id: I7729b0ba39b19a9c84811636a60dd0a0b1acc2f0
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In a rare case, a random chunk will pass both the gzip header check
and the inflation process; but fail the uncompressed length check in the
footer. This leads to a imgdiff failure. So, we should treat this chunk
as 'normal' instead of 'inflated' while generating the patch.
Bug: 63334984
Test: imgdiff generates patch successfully on previous failing images.
Change-Id: Ice84f22d3653bce9756bda91e70528c0d2f264a0
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Also remove the utils in applypatch and replace them with the
corresponding libbase functions.
Test: recovery tests pass.
Change-Id: I77254c141bd3e7d3d6894c23b60e866009516f81
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Put ImageChunk and some helper functions into a class. Also switch to
using std::vector instead of malloc.
Bug: 18606652
Test: imgdiff_test passed on host. Also generate a complete incremental OTA package.
The file content is the same and time consumption is similar.
Change-Id: Id603ada4e130ef521218400761a119001a86ca79
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bootable/recovery/applypatch/imgdiff.cpp:195:5: warning: Potential leak
of memory pointed to by 'img' [clang-analyzer-unix.Malloc]
Bug: 26936282
Test: WITH_TIDY=1 WITH_STATIC_ANALYZER=1 mm
Change-Id: Ie79c780233ddfebf85686a24df3bf2561f831580
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In zip mode, if a chunk is not deflate or its filename can't be found
in source chunks, the entire source file is used as old data for bsdiff,
To avoid repeatedly construct the suffix array used by bsdiff, we cache
the suffix array of the entire source file.
Bug: 34281147
Test: =time -v imgdiff -z Chrome-ORF74B.apk Chrome-ORF76B.apk Chrome.imgdiff
Change-Id: Ifd957ccecf7226fcb44dbf28c58969a06ef74f4b
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When the input image ends with the magic value sequence of 0x1f, 0x8b,
0x0b (optionally with 0x00), the image parsing code will be stuck in an
infinite loop.
Test: recovery_component_test passes.
Change-Id: Ie3629dfdc41360387b19cc3e0359c95ae4fb998e
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Factor out libimgdiff static library for testing purpose.
This CL adds the imgdiff tests on host and on target both (similar to
libimgpatch). In practice, we only need imgdiff binary on host, and
libimgpatch on target. But they should build and pass tests on both
platforms.
Test: recovery_host_test passes; recovery_component_test passes.
Change-Id: I0eafb7faf727cdf70066310e845af6ee245d4f60
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bootable/recovery/applypatch/imgdiff.cpp:322:11: warning: Value stored to 'ret' during its initialization is never read [clang-analyzer-deadcode.DeadStores]
bootable/recovery/applypatch/imgdiff.cpp:447:11: warning: Value stored to 'ret' during its initialization is never read [clang-analyzer-deadcode.DeadStores]
bootable/recovery/applypatch/imgdiff.cpp:553:3: warning: Value stored to 'ret' is never read [clang-analyzer-deadcode.DeadStores]
Bug: 26936282
Test: WITH_TIDY=1 WITH_STATIC_ANALYZER=1 mm
Change-Id: I3f865e3e9b9d19e5ea5e8dfd2fe2c644254ffbb5
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bootable/recovery/applypatch/imgdiff.cpp:1065:3: warning: Potential leak of memory pointed to by 'patch_data'
bootable/recovery/applypatch/imgdiff.cpp:1065:3: warning: Potential leak of memory pointed to by 'patch_size'
bootable/recovery/applypatch/imgdiff.cpp:226:7: warning: Potential leak of memory pointed to by 'temp_entries'
Bug: 26936282
Test: WITH_TIDY=1 WITH_STATIC_ANALYZER=1 mm
Change-Id: I3cac945d7677d367934d5619ef7419daf6f48d6f
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static_cast is preferable to reinterpret_cast when casting from void*
pointers returned by malloc/calloc/realloc/mmap calls.
Discovered while looking at compiler warnings (b/26936282).
Test: WITH_TIDY=1 WITH_STATIC_ANALYZER=1 mma
Change-Id: Iaffd537784aa857108f6981fdfd82d0496eb5592
Merged-In: I151642d5a60c94f312d0611576ad0143c249ba3d
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This reverts commit 50a6f8c8335be920833d06e5dabd37de279c98a9.
A mix of new and free leads to memory corruptions.
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This fixes the following cppcheck reports:
[imgdiff.cpp:197]: (error) Memory leak: img
[imgdiff.cpp:386]: (error) Memory leak: img
[imgdiff.cpp:656]: (error) Memory leak: data
[imgdiff.cpp:664]: (error) Memory leak: data
[imgdiff.cpp:668]: (error) Memory leak: data
[imgdiff.cpp:668]: (error) Resource leak: f
[imgdiff.cpp:820]: (error) Memory leak: bonus_data
[imgdiff.cpp:824]: (error) Memory leak: bonus_data
[imgdiff.cpp:824]: (error) Resource leak: f
[imgdiff.cpp:847]: (error) Memory leak: bonus_data
[imgdiff.cpp:851]: (error) Memory leak: bonus_data
[imgdiff.cpp:856]: (error) Memory leak: bonus_data
[imgdiff.cpp:860]: (error) Memory leak: bonus_data
[imgdiff.cpp:227]: (error) Memory leak: temp_entries
Change-Id: I06f878d0b677a25328e0deb84f65f3b7212e24b1
(cherry picked from commit 51dc9444bcf8d8900a521795e873d07f6cd445ef)
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external/bsdiff uses divsufsort which is much faster, and also include
some bug fixes.
Bug: 26982501
Test: ./imgdiff_test.sh
Change-Id: I089a301c291ee55d79938c7a3ca6d509895440d1
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Treat it as a normal chunk if inflate() fails.
Test: run imgdiff on corrupted gzip and apply the patch
Bug: 27153028
Change-Id: Idcbb3c1360ec0774e6c7861b21d99af8ee10604a
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Also fixed some warnings and added check for target_len.
Test: mma; emerge-peppy imgdiff; emerge-nyan imgdiff; sudo emerge imgdiff
Bug: 26866274
Change-Id: Ifbcd3afd6701c769ccf626e33ed94461706f7ee6
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dragon kernel is compressed via lz4 for boot speed and bootloader
support reasons and recent prebuilts happen to include the gzip header
sequence which is causing imgdiff to fail.
Detect a spurious gzip header and treat the section as a normal section.
Bug: 26133184
Change-Id: I369d7d576fd7d2c579c0780fc5c669a5b6ea0d3d
(cherry picked from commit 0f2f6a746af517afca9e5e089a4a17be0a9766d6)
Signed-off-by: David Riley <davidriley@google.com>
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mkstemp() allocates a file description that is never released. If
MakePatch() is called too many time, imgdiff reaches the Operating
System EMFILE (too many open files) limit.
Change-Id: Icbe1399f6f6d32cfa1830f879cacf7d75bbd9fc3
Signed-off-by: Jeremy Compostella <jeremy.compostella@intel.com>
Signed-off-by: Gaelle Nassiet <gaellex.nassiet@intel.com>
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Mostly trivial changes to make cpp compiler happy.
Change-Id: I69bd1d96fcccf506007f6144faf37e11cfba1270
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