Abstract: Data transmission method of server firmware adapted to a server having request end firmware devise, server end firmware devise and shared memory, with the method comprises: putting a request into the shared memory via http/https by the request end firmware devise, obtaining the request from the shared memory by the server end firmware devise from the shared memory, storing a requested data file and a completion notification into the shared memory via http/https according to the request by the server end firmware devise when the request is determined as conforming to a request rule by the server end firmware devise, wherein the completion notification is marked as success when the request content is accord with a request rule, and obtaining the requested data file from the shared memory when the completion notification is received and determined as success by the request end firmware devise.

Abstract: Data transmission method of server firmware adapted to a server having request end firmware devise, server end firmware devise and shared memory, with the method comprises: putting a request into the shared memory via http/https by the request end firmware devise, obtaining the request from the shared memory by the server end firmware devise from the shared memory, storing a requested data file and a completion notification into the shared memory via http/https according to the request by the server end firmware devise when the request is determined as conforming to a request rule by the server end firmware devise, wherein the completion notification is marked as success when the request content is accord with a request rule, and obtaining the requested data file from the shared memory when the completion notification is received and determined as success by the request end firmware devise.

Abstract: A computer system comprising a memory module, a connection port, and a central processing unit (CPU) is disclosed. The memory module stores a main base input/output system (BIOS) comprising an auxiliary function. The connection port is capable of connecting an auxiliary module comprising at least one specific program. The CPU executes the main BIOS when the auxiliary function is de-activated. The CPU executes the specific program when the auxiliary function is activated.

Abstract: A computer system comprising a memory module, a connection port, and a central processing unit (CPU) is disclosed. The memory module stores a main base input/output system (BIOS) comprising an auxiliary function. The connection port is capable of connecting an auxiliary module comprising at least one specific program. The CPU executes the main BIOS when the auxiliary function is de-activated. The CPU executes the specific program when the auxiliary function is activated.