/* static */
CNetCacheAPI::EReadResult SNetCacheAPIImpl::ReadBuffer(
IReader& reader,
char* buf_ptr,
size_t buf_size,
size_t* n_read,
size_t blob_size)
{
size_t bytes_read;
size_t total_bytes_read = 0;
while (buf_size > 0) {
ERW_Result rw_res = reader.Read(buf_ptr, buf_size, &bytes_read);
if (rw_res == eRW_Success) {
total_bytes_read += bytes_read;
buf_ptr += bytes_read;
buf_size -= bytes_read;
} else if (rw_res == eRW_Eof) {
break;
} else {
NCBI_THROW(CNetServiceException, eCommunicationError,
"Error while reading BLOB");
}
}
if (n_read != NULL)
*n_read = total_bytes_read;
return total_bytes_read == blob_size ?
CNetCacheAPI::eReadComplete : CNetCacheAPI::eReadPart;
}
void Package::Read(IReader & reader)
{
reader.Read((byte_t*)&_uuid,sizeof(_uuid));
reader.Read((byte_t*)&_version.Major,sizeof(lemon::uint16_t));
reader.Read((byte_t*)&_version.Minor,sizeof(lemon::uint16_t));
reader.Read((byte_t*)&_version.Build,sizeof(lemon::uint16_t));
reader.Read((byte_t*)&_version.Reversion,sizeof(lemon::uint16_t));
_version.Major = ntohs(_version.Major);
_version.Minor = ntohs(_version.Minor);
_version.Build = ntohs(_version.Build);
_version.Reversion = ntohs(_version.Reversion);
lemon::uint8_t tables;
reader.Read(&tables,sizeof(tables));
for(size_t i = 0; i < tables; ++ i)
{
char locale[6] = {0};
reader.Read((byte_t*)locale,5);
ResourceTable & table =_resourceTables[lemon::from_utf8(locale)];
table.Read(reader);
}
}
void ResourceTable::Read(IReader & reader)
{
lemon::uint16_t i18nTextTableSize = 0;
lemon::uint16_t traceMessageTableSize = 0;
lemon::uint16_t traceCatalogTableSize = 0;
lemon::uint16_t errorMessageTableSize = 0;
lemon::uint16_t stringTableSize = 0;
reader.Read((byte_t*)&i18nTextTableSize,sizeof(i18nTextTableSize));
reader.Read((byte_t*)&traceMessageTableSize,sizeof(traceMessageTableSize));
reader.Read((byte_t*)&traceCatalogTableSize,sizeof(traceCatalogTableSize));
reader.Read((byte_t*)&errorMessageTableSize,sizeof(errorMessageTableSize));
reader.Read((byte_t*)&stringTableSize,sizeof(stringTableSize));
i18nTextTableSize = htons(i18nTextTableSize);
traceMessageTableSize = htons(traceMessageTableSize);
traceCatalogTableSize = htons(traceCatalogTableSize);
errorMessageTableSize = htons(errorMessageTableSize);
stringTableSize = htons(stringTableSize);
std::vector<I18nText> texts;
for(size_t i = 0; i < i18nTextTableSize; ++ i)
{
I18nText text;
reader.Read((byte_t*)&text.key,sizeof(text.key));
reader.Read((byte_t*)&text.Message,sizeof(text.Message));
text.key = ntohl(text.key);
text.Message = ntohl(text.Message);
texts.push_back(text);
}
for(size_t i = 0; i < traceMessageTableSize; ++ i)
{
TraceMessage text;
reader.Read((byte_t*)&text.Id,sizeof(text.Id));
reader.Read((byte_t*)&text.Message,sizeof(text.Message));
text.Id = ntohl(text.Id);
text.Message = ntohl(text.Message);
_traceMessageTable[text.Id] = text;
}
for(size_t i = 0; i < traceCatalogTableSize; ++ i)
{
TraceCatalog text;
reader.Read((byte_t*)&text.Value,sizeof(text.Value));
reader.Read((byte_t*)&text.Name,sizeof(text.Name));
reader.Read((byte_t*)&text.Description,sizeof(text.Description));
text.Value = ntohl(text.Value);
text.Name = ntohl(text.Name);
text.Description = ntohl(text.Description);
_traceCatalogTable[text.Value] = text;
}
for(size_t i = 0; i < errorMessageTableSize; ++ i)
{
ErrorMessage text;
reader.Read((byte_t*)&text.Code,sizeof(text.Code));
reader.Read((byte_t*)&text.Name,sizeof(text.Name));
reader.Read((byte_t*)&text.Description,sizeof(text.Description));
text.Code = ntohl(text.Code);
text.Name = ntohl(text.Name);
text.Description = ntohl(text.Description);
_errorMessageTable[text.Code] = text;
}
StringTable table;
table.Read(stringTableSize, reader);
for(size_t i = 0 ; i < table.Items(); ++ i)
{
tuple<const lemon::byte_t*,size_t> result = table.Get((lemon::uint32_t)i);
lemon::String val = lemon::from_utf8((const char*)get<0>(result));
_stringTable.Push(__cbuf(val.c_str()));
}
for(size_t i = 0; i < i18nTextTableSize; ++ i)
{
_textTable[(const char_t*)get<0>(_stringTable.Get(texts[i].key))] = texts[i];
}
}
