x86/lib/insn-eval.c

578 	 * computing the effective address. Thus, ensure that the first  in get_reg_offset_16()
906  * get_eff_addr_reg() - Obtain effective address from register operand
909  * @regoff:	Obtained operand offset, in pt_regs, with the effective address
910  * @eff_addr:	Obtained effective address
912  * Obtain the effective address stored in the register operand as indicated by
914  * (i.e.,  ModRM.mod is 3). The effective address is saved in @eff_addr. The
922  * 0 on success. @eff_addr will have the effective address stored in the
955  * get_eff_addr_modrm() - Obtain referenced effective address via ModRM
959  * @eff_addr:	Obtained effective address
961  * Obtain the effective address referenced by the ModRM byte of @insn. After
970  * 0 on success. @eff_addr will have the referenced effective address. @regoff
996 	 * in 64-bit mode the effective address relative to the rIP of the  in get_eff_addr_modrm()
1022  * get_eff_addr_modrm_16() - Obtain referenced effective address via ModRM
1026  * @eff_addr:	Obtained effective address
1028  * Obtain the 16-bit effective address referenced by the ModRM byte of @insn.
1037  * 0 on success. @eff_addr will have the referenced effective address. @regoff
1090  * get_eff_addr_sib() - Obtain referenced effective address via SIB
1094  * @eff_addr:	Obtained effective address
1096  * Obtain the effective address referenced by the SIB byte of @insn. After
1105  * 0 on success. @eff_addr will have the referenced effective address.
1220 	 * Before computing the linear address, make sure the effective address  in get_addr_ref_16()
1293 	 * the effective address is within the limits of the segment.  in get_addr_ref_32()
1299 	 * After computed, the effective address is treated as an unsigned  in get_addr_ref_32()
1314 	 * effective address is not sign-extended when computing the linear  in get_addr_ref_32()