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mirror of https://gitcode.com/gh_mirrors/re/react-native-pushy.git synced 2025-10-29 04:23:10 +08:00
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fix harmony build

This commit is contained in:
sunnylqm
2025-10-23 11:58:57 +08:00
parent d458371f54
commit 1b4c03924a
5 changed files with 4 additions and 183 deletions

1
.gitignore vendored
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@@ -58,3 +58,4 @@ harmony/package
**/oh_modules **/oh_modules
harmony/pushy/.preview harmony/pushy/.preview
Example/harmony_use_pushy/harmony/entry/src/main/resources/rawfile/meta.json Example/harmony_use_pushy/harmony/entry/src/main/resources/rawfile/meta.json
**/.hvigor

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@@ -7,7 +7,7 @@ set(HDIFFPATCH_DIR ${ANDROID_JNI_DIR}/HDiffPatch)
set(LZMA_DIR ${ANDROID_JNI_DIR}/lzma) set(LZMA_DIR ${ANDROID_JNI_DIR}/lzma)
set(HDP_SOURCES set(HDP_SOURCES
${CMAKE_CURRENT_SOURCE_DIR}/pushy.c ${CMAKE_CURRENT_SOURCE_DIR}/pushy.c
${CMAKE_CURRENT_SOURCE_DIR}/hpatch.c ${ANDROID_JNI_DIR}/hpatch.c
${HDIFFPATCH_DIR}/libHDiffPatch/HPatch/patch.c ${HDIFFPATCH_DIR}/libHDiffPatch/HPatch/patch.c
${HDIFFPATCH_DIR}/file_for_patch.c ${HDIFFPATCH_DIR}/file_for_patch.c
${LZMA_DIR}/C/LzmaDec.c ${LZMA_DIR}/C/LzmaDec.c
@@ -22,6 +22,7 @@ add_library(rnupdate SHARED
target_include_directories(rnupdate PRIVATE target_include_directories(rnupdate PRIVATE
${CMAKE_CURRENT_SOURCE_DIR} ${CMAKE_CURRENT_SOURCE_DIR}
${ANDROID_JNI_DIR}
${HDIFFPATCH_DIR} ${HDIFFPATCH_DIR}
${HDIFFPATCH_DIR}/libHDiffPatch/HPatch ${HDIFFPATCH_DIR}/libHDiffPatch/HPatch
${LZMA_DIR}/C ${LZMA_DIR}/C

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@@ -1,137 +0,0 @@
// hpatch.c
// Copyright 2021 housisong, All rights reserved
#include "hpatch.h"
#include "HDiffPatch/libHDiffPatch/HPatch/patch.h"
#include "HDiffPatch/file_for_patch.h"
//#define _CompressPlugin_zlib
//#define _CompressPlugin_bz2
#define _CompressPlugin_lzma
#define _CompressPlugin_lzma2
#define _IsNeedIncludeDefaultCompressHead 0
#include "lzma/C/LzmaDec.h"
#include "lzma/C/Lzma2Dec.h"
#include "HDiffPatch/decompress_plugin_demo.h"
#define kMaxLoadMemOldSize ((1<<20)*8)
#define _check(v,errorType) do{ \
if (!(v)){ if (result==kHPatch_ok) result=errorType; if (!_isInClear){ goto _clear; }; } }while(0)
int hpatch_getInfo_by_mem(hpatch_singleCompressedDiffInfo* out_patinfo,
const uint8_t* pat,size_t patsize){
hpatch_TStreamInput patStream;
mem_as_hStreamInput(&patStream,pat,pat+patsize);
if (!getSingleCompressedDiffInfo(out_patinfo,&patStream,0))
return kHPatch_error_info;//data error;
return kHPatch_ok; //ok
}
static hpatch_TDecompress* getDecompressPlugin(const char* compressType){
#ifdef _CompressPlugin_zlib
if (zlibDecompressPlugin.is_can_open(compressType))
return &zlibDecompressPlugin;
#endif
#ifdef _CompressPlugin_bz2
if (bz2DecompressPlugin.is_can_open(compressType))
return &bz2DecompressPlugin;
#endif
#ifdef _CompressPlugin_lzma
if (lzmaDecompressPlugin.is_can_open(compressType))
return &lzmaDecompressPlugin;
#endif
#ifdef _CompressPlugin_lzma2
if (lzma2DecompressPlugin.is_can_open(compressType))
return &lzma2DecompressPlugin;
#endif
return 0;
}
static int hpatch_by_stream(const hpatch_TStreamInput* old,hpatch_BOOL isLoadOldAllToMem,const hpatch_TStreamInput* pat,
hpatch_TStreamOutput* out_new,const hpatch_singleCompressedDiffInfo* patInfo){
int result=kHPatch_ok;
int _isInClear=hpatch_FALSE;
hpatch_TDecompress* decompressPlugin=0;
uint8_t* temp_cache=0;
size_t temp_cache_size;
hpatch_singleCompressedDiffInfo _patinfo;
hpatch_TStreamInput _old;
{// info
if (!patInfo){
_check(getSingleCompressedDiffInfo(&_patinfo,pat,0),kHPatch_error_info);
patInfo=&_patinfo;
}
_check(old->streamSize==patInfo->oldDataSize,kHPatch_error_old_size);
_check(out_new->streamSize>=patInfo->newDataSize,kHPatch_error_new_size);
out_new->streamSize=patInfo->newDataSize;
if (strlen(patInfo->compressType)>0){
decompressPlugin=getDecompressPlugin(patInfo->compressType);
_check(decompressPlugin,kHPatch_error_compressType);
}
}
{// mem
size_t mem_size;
size_t oldSize=(size_t)old->streamSize;
isLoadOldAllToMem=isLoadOldAllToMem&&(old->streamSize<=kMaxLoadMemOldSize);
temp_cache_size=patInfo->stepMemSize+hpatch_kFileIOBufBetterSize*3;
mem_size=temp_cache_size+(isLoadOldAllToMem?oldSize:0);
temp_cache=malloc(mem_size);
_check(temp_cache,kHPatch_error_malloc);
if (isLoadOldAllToMem){//load old to mem
uint8_t* oldMem=temp_cache+temp_cache_size;
_check(old->read(old,0,oldMem,oldMem+oldSize),kHPatch_error_old_fread);
mem_as_hStreamInput(&_old,oldMem,oldMem+oldSize);
old=&_old;
}
}
_check(patch_single_compressed_diff(out_new,old,pat,patInfo->diffDataPos,
patInfo->uncompressedSize,decompressPlugin,patInfo->coverCount,
patInfo->stepMemSize,temp_cache,temp_cache+temp_cache_size),kHPatch_error_patch);
_clear:
_isInClear=hpatch_TRUE;
if (temp_cache){ free(temp_cache); temp_cache=0; }
return result;
}
int hpatch_by_mem(const uint8_t* old,size_t oldsize,uint8_t* newBuf,size_t newsize,
const uint8_t* pat,size_t patsize,const hpatch_singleCompressedDiffInfo* patInfo){
hpatch_TStreamInput oldStream;
hpatch_TStreamInput patStream;
hpatch_TStreamOutput newStream;
mem_as_hStreamInput(&oldStream,old,old+oldsize);
mem_as_hStreamInput(&patStream,pat,pat+patsize);
mem_as_hStreamOutput(&newStream,newBuf,newBuf+newsize);
return hpatch_by_stream(&oldStream,hpatch_FALSE,&patStream,&newStream,patInfo);
}
int hpatch_by_file(const char* oldfile, const char* newfile, const char* patchfile){
int result=kHPatch_ok;
int _isInClear=hpatch_FALSE;
int patch_result;
hpatch_TFileStreamInput oldStream;
hpatch_TFileStreamInput patStream;
hpatch_TFileStreamOutput newStream;
hpatch_TFileStreamInput_init(&oldStream);
hpatch_TFileStreamInput_init(&patStream);
hpatch_TFileStreamOutput_init(&newStream);
_check(hpatch_TFileStreamInput_open(&oldStream,oldfile),kHPatch_error_old_fopen);
_check(hpatch_TFileStreamInput_open(&patStream,patchfile),kHPatch_error_pat_fopen);
_check(hpatch_TFileStreamOutput_open(&newStream,newfile,~(hpatch_StreamPos_t)0),kHPatch_error_new_fopen);
patch_result=hpatch_by_stream(&oldStream.base,hpatch_TRUE,&patStream.base,&newStream.base,0);
if (patch_result!=kHPatch_ok){
_check(!oldStream.fileError,kHPatch_error_old_fread);
_check(!patStream.fileError,kHPatch_error_pat_fread);
_check(!newStream.fileError,kHPatch_error_new_fwrite);
_check(hpatch_FALSE,patch_result);
}
_clear:
_isInClear=hpatch_TRUE;
_check(hpatch_TFileStreamInput_close(&oldStream),kHPatch_error_old_fclose);
_check(hpatch_TFileStreamInput_close(&patStream),kHPatch_error_pat_fclose);
_check(hpatch_TFileStreamOutput_close(&newStream),kHPatch_error_new_fclose);
return result;
}

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@@ -1,44 +0,0 @@
// hpatch.h
// import HDiffPatch, support patchData created by "hdiffz -SD -c-lzma2 oldfile newfile patchfile"
// Copyright 2021 housisong, All rights reserved
#ifndef HDIFFPATCH_PATCH_H
#define HDIFFPATCH_PATCH_H
# include <stdint.h> //for uint8_t
#include "HDiffPatch/libHDiffPatch/HPatch/patch_types.h" //for hpatch_singleCompressedDiffInfo
#ifdef __cplusplus
extern "C" {
#endif
//result
enum {
kHPatch_ok = 0,
kHPatch_error_malloc =-1,
kHPatch_error_info =-2,
kHPatch_error_compressType =-3,
kHPatch_error_patch =-4,
kHPatch_error_old_fopen =-5,
kHPatch_error_old_fread =-6,
kHPatch_error_old_fclose =-7,
kHPatch_error_pat_fopen =-8,
kHPatch_error_pat_fread =-9,
kHPatch_error_pat_fclose =-10,
kHPatch_error_new_fopen =-11,
kHPatch_error_new_fwrite =-12,
kHPatch_error_new_fclose =-13,
kHPatch_error_old_size =-14,
kHPatch_error_new_size =-15,
};
int hpatch_getInfo_by_mem(hpatch_singleCompressedDiffInfo* out_patinfo,
const uint8_t* pat,size_t patsize);
//patInfo can NULL
int hpatch_by_mem(const uint8_t* old,size_t oldsize, uint8_t* newBuf,size_t newsize,
const uint8_t* pat,size_t patsize,const hpatch_singleCompressedDiffInfo* patInfo);
int hpatch_by_file(const char* oldfile, const char* newfile, const char* patchfile);
#ifdef __cplusplus
}
#endif
#endif //HDIFFPATCH_PATCH_H

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@@ -1,6 +1,6 @@
{ {
"name": "react-native-update", "name": "react-native-update",
"version": "10.34.8", "version": "10.34.9",
"description": "react-native hot update", "description": "react-native hot update",
"main": "src/index", "main": "src/index",
"scripts": { "scripts": {