song1919的专栏

When the system needs more memory slab tries to free the cached but not active objects in the slab caches. First slab will free all the various per CPU and per node caches. Then the slab raper goes through all the slabs in the caches and checks if a particular slab only contains free cached objects. When fully free the slab is given back to the page allocator.

gSOAP 2.7.17 User Guide Robert van Engelen GENIVIA INC May 9, 2010

事例文法： NOTHING INT FLOAT CHAR STRING sizeof struct ID * [ ] { } ( ) , . -> main return break continue if else while = || && INTNUM FLOATNUM CHARNUM != == > >= < <= + - / % ! & ++ -- ; %% program array addop args_list args_list_declare args_declare args_declare_right base_type expr_list expr expr_right expr0 expr0_right expr1 expr1_right expr2 expr2_right expr3 expr3_right expr4 expr4_right expr5 expr5_right expr6 expr6_right expr7 expr7_right expr8 expr8_right function_list function_declare if_else if_else_right id_val mulop pointer prefixop postfixop relop refer_array_right refer_right real_args refer_id refer_id_right simple_type single_type struct_type stmt_list stmt_block stmt single_stmt struct_stmt term var_declare while_loop %% program --> function_list main ( args_list ) { stmt_list } \ function_list --> function_declare function_list \ function_list --> NOTHING \ function_declare --> single_type ID ( args_list ) { stmt_list } \ args_list --> args_list_declare \ args_list --> NOTHING \ args_list_declare --> args_declare args_declare_right \ args_declare_right --> , args_declare args_declare_right \ args_declare_right --> NOTHING \ args_declare --> var_declare \ var_declare --> single_type ID array \ base_type --> INT \ base_type --> FLOAT \ base_type --> CHAR \ struct_type --> struct ID \ simple_type --> base_type \ simple_type --> struct_type \ single_type --> simple_type pointer \ pointer --> * pointer \ pointer --> NOTHING \ array --> [ INTNUM ] array \ array --> NOTHING \ stmt_block --> { stmt_list } \ stmt_block --> stmt \ stmt_list --> stmt stmt_list \ stmt_list --> NOTHING \ stmt --> single_stmt ; \ stmt --> struct_stmt \ single_stmt --> var_declare \ single_stmt --> expr_list \ single_stmt --> return expr_list \ single_stmt --> break \ single_stmt --> continue \ single_stmt --> NOTHING \ struct_stmt --> if_else \ struct_stmt --> while_loop \ if_else --> if ( expr_list ) stmt_block if_else_right \ if_else_right --> NOTHING \ if_else_right --> else stmt_block \ while_loop --> while ( expr_list ) stmt_block \ expr_list --> expr expr_right \ expr_right --> , expr expr_right \ expr_right --> NOTHING \ expr --> expr0 expr0_right \ expr0_right --> = expr0 expr0_right \ expr0_right --> NOTHING \ expr0 --> expr1 expr1_right \ expr1_right --> || expr1 expr1_right \ expr1_right --> NOTHING \ expr1 --> expr2 expr2_right \ expr2_right --> && expr2 expr2_right \ expr2_right --> NOTHING \ expr2 --> expr3 expr3_right \ expr3_right --> != expr3 expr3_right \ expr3_right --> NOTHING \ expr3 --> expr4 expr4_right \ expr4_right --> == expr4 expr4_right \ expr4_right --> NOTHING \ expr4 --> expr5 expr5_right \ expr5_right --> relop expr5 expr5_right \ expr5_right --> NOTHING \ expr5 --> expr6 expr6_right \ expr6_right --> addop expr6 expr6_right \ expr6_right --> NOTHING \ expr6 --> expr7 expr7_right \ expr7_right --> mulop expr7 expr7_right \ expr7_right --> NOTHING \ expr7 --> expr8 expr8_right \ expr7 --> prefixop expr8 \ expr8_right --> postfixop \ expr8_right --> NOTHING \ expr8 --> refer_id refer_right \ expr8 --> term \ refer_right --> . id_val refer_right \ refer_right --> -> id_val refer_right \ refer_right --> NOTHING \ term --> INTNUM \ term --> FLOATNUM \ term --> CHARNUM \ term --> STRING \ term --> ( expr ) \ term --> sizeof ( expr8 ) \ refer_id --> ID refer_id_right \ refer_id_right --> [ expr_list ] refer_array_right \ refer_id_right --> ( real_args ) \ refer_id_right --> NOTHING \ real_args --> expr_list \ real_args --> NOTHING \ id_val --> ID refer_array_right \ refer_array_right --> [ expr_list ] refer_array_right \ refer_array_right --> NOTHING \ relop --> < \ relop --> <= \ relop --> > \ relop --> >= \ addop --> + \ addop --> - \ mulop --> * \ mulop --> / \ mulop --> % \ prefixop --> ! \ prefixop --> - \ prefixop --> * \ prefixop --> & \ postfixop --> ++ \ postfixop --> -- \ %%

determination of a long-termed business policy of a company and target conception strateg. managem. • area- and functional leaderships • planning and resource allocations i li i f h b i tactical management • operationalization of the business political targets of a company and strategical decisions, this means translating in concrete defaults, agendas • division- and function group leaderships and rules operational management • delegable department- or divisions decisions • conversion of the tactical management default actions by directly influencing of the appropriate performance bearer

上传下载的一个包，很好用，只需要很少的语句调用包里的方法。