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src/share/vm/classfile/symbolTable.cpp

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*** 537,547 **** } } bool SymbolTable::copy_compact_table(char** top, char*end) { #if INCLUDE_CDS ! CompactHashtableWriter ch_table("symbol", the_table()->number_of_entries(), &MetaspaceShared::stats()->symbol); if (*top + ch_table.get_required_bytes() > end) { // not enough space left return false; } --- 537,548 ---- } } bool SymbolTable::copy_compact_table(char** top, char*end) { #if INCLUDE_CDS ! CompactHashtableWriter ch_table(CompactHashtable<Symbol*, char>::_symbol_table, ! the_table()->number_of_entries(), &MetaspaceShared::stats()->symbol); if (*top + ch_table.get_required_bytes() > end) { // not enough space left return false; }
*** 554,573 **** assert(fixed_hash == p->hash(), "must not rehash during dumping"); ch_table.add(fixed_hash, s); } } - char* old_top = *top; ch_table.dump(top, end); *top = (char*)align_pointer_up(*top, sizeof(void*)); #endif return true; } const char* SymbolTable::init_shared_table(const char* buffer) { ! const char* end = _shared_table.init(buffer); return (const char*)align_pointer_up(end, sizeof(void*)); } //--------------------------------------------------------------------------- // Non-product code --- 555,574 ---- assert(fixed_hash == p->hash(), "must not rehash during dumping"); ch_table.add(fixed_hash, s); } } ch_table.dump(top, end); *top = (char*)align_pointer_up(*top, sizeof(void*)); #endif return true; } const char* SymbolTable::init_shared_table(const char* buffer) { ! const char* end = _shared_table.init( ! CompactHashtable<Symbol*, char>::_symbol_table, buffer); return (const char*)align_pointer_up(end, sizeof(void*)); } //--------------------------------------------------------------------------- // Non-product code
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