Searched refs:CPU (Results 1 - 25 of 29) sorted by relevance

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/broadcom-cfe-1.4.2/build/broadcom/bcm95836cpci/
H A DMakefile12 CPU = bcmcore macro
/broadcom-cfe-1.4.2/build/broadcom/mousse/
H A DMakefile14 CPU = mpc8240 macro
/broadcom-cfe-1.4.2/build/broadcom/bcm98245cpci/
H A DMakefile15 CPU = mpc8245 macro
/broadcom-cfe-1.4.2/build/broadcom/tiny/
H A DMakefile12 CPU = sb1250 macro
/broadcom-cfe-1.4.2/build/broadcom/vcs/
H A DMakefile12 CPU = sb1250 macro
24 # for running in the functional simulator (mostly changes CPU speed to
/broadcom-cfe-1.4.2/build/broadcom/vcs1280/
H A DMakefile12 CPU = bcm1480 macro
24 # for running in the functional simulator (mostly changes CPU speed to
/broadcom-cfe-1.4.2/cfe/arch/mips/chipset/sibyte/src/
H A DMakefile30 ifeq ($(strip ${CPU}), bcm1480)
36 ui_soccmds.o : ${CHIPSET_SRC}/ui_soccmds.c ${CPU}_socregs.inc
/broadcom-cfe-1.4.2/cfe/arch/mips/common/src/
H A DMakefile51 ./makereg $< $@ ${CPU}_regs.h
55 vapi.o : ${TOP}/verif/vapi.S ${CPU}_socregs.inc
/broadcom-cfe-1.4.2/cfe/arch/mips/cpu/sb1250/src/
H A Dsb1250_altcpu.S4 * CPU init module File: sb1250_altcpu.S
183 * Don't do this if we have only one CPU. This way we can
193 dsrl t0,8 # isolate CPU part of number
195 bgt t0,1,1f # Keep going if more than one CPU
210 * Let the secondary CPU(s) out of reset
223 * Wait for the other CPU to ring our doorbell
267 * Don't do this if we have only one CPU.
273 dsrl t0,8 # isolate CPU part of number
275 bgt t0,1,1f # Keep going if more than one CPU
280 * Let secondary CPU(
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/broadcom-cfe-1.4.2/build/broadcom/sim/
H A DMakefile19 CPU = sb1250 macro
38 # in the functional simulator (mostly changes CPU speed to
/broadcom-cfe-1.4.2/cfe/arch/mips/cpu/bcm1480/src/
H A Dbcm1480_altcpu.S4 * CPU init module File: bcm1480_altcpu.S
87 * Do this by reading CPU disables from system_cfg,
125 * by the owning CPU and only the snoop traffic should show up
232 * none if we have only one CPU. This way we can
241 * Main loop, CPU number is in v0.
260 * Let the secondary CPU(s) out of reset
272 # CPU[v0] is now running
275 * Wait for the other CPU to ring our doorbell
329 * Main loop, CPU number is in v0.
334 * Let secondary CPU(
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/broadcom-cfe-1.4.2/build/broadcom/bcm1250cpci/
H A DMakefile15 CPU = sb1250 macro
32 # for running in the functional simulator (mostly changes CPU speed to
/broadcom-cfe-1.4.2/build/broadcom/bcm91125cpci/
H A DMakefile14 CPU = sb1250 macro
/broadcom-cfe-1.4.2/build/broadcom/bcm91125e/
H A DMakefile12 CPU = sb1250 macro
/broadcom-cfe-1.4.2/build/broadcom/bcm91125f/
H A DMakefile15 CPU = sb1250 macro
/broadcom-cfe-1.4.2/build/broadcom/bcm91125pcix/
H A DMakefile12 CPU = sb1250 macro
/broadcom-cfe-1.4.2/build/broadcom/bcm91280e/
H A DMakefile15 CPU = bcm1480 macro
/broadcom-cfe-1.4.2/build/broadcom/bcm91480a/
H A DMakefile15 CPU = bcm1480 macro
/broadcom-cfe-1.4.2/build/broadcom/bcm91480b/
H A DMakefile14 CPU = bcm1480 macro
/broadcom-cfe-1.4.2/build/broadcom/bcm91480ht/
H A DMakefile15 CPU = bcm1480 macro
/broadcom-cfe-1.4.2/build/broadcom/lausanne/
H A DMakefile13 CPU = sb1250 macro
/broadcom-cfe-1.4.2/build/broadcom/sentosa/
H A DMakefile14 CPU = sb1250 macro
/broadcom-cfe-1.4.2/cfe/arch/mips/board/bcm91280e/src/
H A Dbcm91280e_init.S275 # enabled (to model 2-CPU parts on boards w/ more than two CPUs),
294 # disable CPU 3.
303 # disable CPU 2.
/broadcom-cfe-1.4.2/build/broadcom/swarm/
H A DMakefile19 CPU = sb1250 macro
/broadcom-cfe-1.4.2/cfe/main/
H A Dcfe.mk70 CPU_SRC = ${ARCH_TOP}/cpu/${CPU}/src
71 CPU_INC = ${ARCH_TOP}/cpu/${CPU}/include
330 $(HOST_CC) $(HOST_CFLAGS) -o memconfig -D_MCSTANDALONE_ -D_MCSTANDALONE_NOISY_ -I${TOP}/arch/mips/chipset/sibyte/include -I${TOP}/arch/mips/cpu/sb1250/include -I${TOP}/include ${TOP}/hosttools/memconfig.c ${TOP}/arch/${ARCH}/cpu/${CPU}/src/sb1250_draminit.c
333 $(HOST_CC) $(HOST_CFLAGS) -o memconfig1480 -D_MCSTANDALONE_ -D_MCSTANDALONE_NOISY_ -I${TOP}/arch/mips/chipset/sibyte/include -I${TOP}/arch/mips/cpu/bcm1480/include -I${TOP}/include ${TOP}/hosttools/memconfig1480.c ${TOP}/arch/${ARCH}/cpu/${CPU}/src/bcm1480_draminit.c

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