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/freebsd-10.2-release/sys/mips/sibyte/ | ||
H A D | sb_scd.h | diff 203509 Fri Feb 05 03:26:09 MST 2010 neel Reimplement all functions to access the system control unit in C. The only reason we need to have the sb_load64() and sb_store64() functions in assembly is to cheat the compiler and generate the 'ld' and 'sd' instructions which it otherwise will not do when compiling for a 32-bit architecture. There are some 64-bit registers in the SCD unit that must be accessed using 64-bit load and store instructions. |
H A D | sb_asm.S | diff 203509 Fri Feb 05 03:26:09 MST 2010 neel Reimplement all functions to access the system control unit in C. The only reason we need to have the sb_load64() and sb_store64() functions in assembly is to cheat the compiler and generate the 'ld' and 'sd' instructions which it otherwise will not do when compiling for a 32-bit architecture. There are some 64-bit registers in the SCD unit that must be accessed using 64-bit load and store instructions. |
H A D | sb_zbbus.c | diff 203509 Fri Feb 05 03:26:09 MST 2010 neel Reimplement all functions to access the system control unit in C. The only reason we need to have the sb_load64() and sb_store64() functions in assembly is to cheat the compiler and generate the 'ld' and 'sd' instructions which it otherwise will not do when compiling for a 32-bit architecture. There are some 64-bit registers in the SCD unit that must be accessed using 64-bit load and store instructions. |
H A D | sb_scd.c | diff 203509 Fri Feb 05 03:26:09 MST 2010 neel Reimplement all functions to access the system control unit in C. The only reason we need to have the sb_load64() and sb_store64() functions in assembly is to cheat the compiler and generate the 'ld' and 'sd' instructions which it otherwise will not do when compiling for a 32-bit architecture. There are some 64-bit registers in the SCD unit that must be accessed using 64-bit load and store instructions. |
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