package main import ( "fmt" "github.com/power-devops/perfstat" "golang.org/x/sys/unix" ) func main() { fmt.Printf("System Architecture (should be 2 - POWERPC) = %v\n", unix.Getsystemcfg(perfstat.SC_ARCH)) fmt.Printf("Processor Implementation = %v\n", unix.Getsystemcfg(perfstat.SC_IMPL)) fmt.Printf(" = %v\n", perfstat.GetCPUImplementation()) fmt.Printf(" POWER9 or newer? = %v\n", perfstat.POWER9OrNewer()) fmt.Printf(" POWER8 or newer? = %v\n", perfstat.POWER8OrNewer()) fmt.Printf(" POWER7 or newer? = %v\n", perfstat.POWER7OrNewer()) fmt.Printf(" POWER9? = %v\n", perfstat.POWER9()) fmt.Printf(" POWER8? = %v\n", perfstat.POWER8()) fmt.Printf(" POWER7? = %v\n", perfstat.POWER7()) fmt.Printf("Processor Version = %v\n", unix.Getsystemcfg(perfstat.SC_VERS)) fmt.Printf(" Mode = %v\n", perfstat.CPUMode()) fmt.Printf("Processor bits = %v\n", unix.Getsystemcfg(perfstat.SC_WIDTH)) fmt.Printf(" is 64 bit cpu? = %v\n", perfstat.Is64Bit()) fmt.Printf("Number of processors = %v\n", unix.Getsystemcfg(perfstat.SC_NCPUS)) fmt.Printf(" is SMP? = %v\n", perfstat.IsSMP()) fmt.Printf("L1 cache attributes = %v\n", unix.Getsystemcfg(perfstat.SC_L1C_ATTR)) fmt.Printf("L1 instruction cache size = %v\n", unix.Getsystemcfg(perfstat.SC_L1C_ISZ)) fmt.Printf("L1 data cache size = %v\n", unix.Getsystemcfg(perfstat.SC_L1C_DSZ)) fmt.Printf("L1 instruction cache associativity = %v\n", unix.Getsystemcfg(perfstat.SC_L1C_ICA)) fmt.Printf("L1 data cache associativity = %v\n", unix.Getsystemcfg(perfstat.SC_L1C_DCA)) fmt.Printf("L1 instruction cache data block size = %v\n", unix.Getsystemcfg(perfstat.SC_L1C_IBS)) fmt.Printf("L1 data cache data block size = %v\n", unix.Getsystemcfg(perfstat.SC_L1C_DBS)) fmt.Printf("L1 instruction cache line size = %v\n", unix.Getsystemcfg(perfstat.SC_L1C_ILS)) fmt.Printf("L1 data cache line size = %v\n", unix.Getsystemcfg(perfstat.SC_L1C_DLS)) fmt.Printf("L2 cache size = %v\n", unix.Getsystemcfg(perfstat.SC_L2C_SZ)) fmt.Printf("L2 cache associativity = %v\n", unix.Getsystemcfg(perfstat.SC_L2C_AS)) fmt.Printf("TLB attributes = %v\n", unix.Getsystemcfg(perfstat.SC_TLB_ATTR)) fmt.Printf("Number of entries in instruction TLB = %v\n", unix.Getsystemcfg(perfstat.SC_ITLB_SZ)) fmt.Printf("Number of entries in data TLB = %v\n", unix.Getsystemcfg(perfstat.SC_DTLB_SZ)) fmt.Printf("Instruction TLB associativity = %v\n", unix.Getsystemcfg(perfstat.SC_ITLB_ATT)) fmt.Printf("Data TLB associativity = %v\n", unix.Getsystemcfg(perfstat.SC_DTLB_ATT)) fmt.Printf("Kernel attributes = %v\n", unix.Getsystemcfg(perfstat.SC_KRN_ATTR)) fmt.Printf(" Kernel bits = %v\n", perfstat.KernelBits()) fmt.Printf(" is LPAR? = %v\n", perfstat.IsLPAR()) fmt.Printf(" DLPAR capable = %v\n", perfstat.DLparCapable()) fmt.Printf(" DLPAR CPU Add capable = %v\n", perfstat.CpuAddCapable()) fmt.Printf(" DLPAR CPU Remove capable = %v\n", perfstat.CpuRemoveCapable()) fmt.Printf(" DLPAR Memory Add capable = %v\n", perfstat.MemoryAddCapable()) fmt.Printf(" DLPAR Memory Remove capable = %v\n", perfstat.MemoryRemoveCapable()) fmt.Printf(" is NUMA? = %v\n", perfstat.IsNUMA()) fmt.Printf(" Kernel keys enabled = %v\n", perfstat.KernelKeys()) fmt.Printf(" Kernel recovery mode = %v\n", perfstat.RecoveryMode()) fmt.Printf(" Enahnced Affinity enabled = %v\n", perfstat.EnhancedAffinity()) fmt.Printf(" VTPM enabled = %v\n", perfstat.VTpmEnabled()) fmt.Printf(" is VIOS? = %v\n", perfstat.IsVIOS()) fmt.Printf(" MLS enabled = %v\n", perfstat.MLSEnabled()) fmt.Printf("Physical memory (bytes) = %v\n", unix.Getsystemcfg(perfstat.SC_PHYSMEM)) fmt.Printf("SLB attributes = %v\n", unix.Getsystemcfg(perfstat.SC_SLB_ATTR)) fmt.Printf("SLB size = %v\n", unix.Getsystemcfg(perfstat.SC_SLB_SZ)) fmt.Printf("Original number of CPUs = %v\n", unix.Getsystemcfg(perfstat.SC_ORIG_NCPUS)) fmt.Printf("Maximum number of CPUs = %v\n", unix.Getsystemcfg(perfstat.SC_MAX_NCPUS)) fmt.Printf("Maximum real memory address = %v\n", unix.Getsystemcfg(perfstat.SC_MAX_REALADDR)) fmt.Printf("Boot-time entitled capacity = %v\n", unix.Getsystemcfg(perfstat.SC_ORIG_ENT_CAP)) fmt.Printf("Entitled Capacity = %v\n", unix.Getsystemcfg(perfstat.SC_ENT_CAP)) fmt.Printf("Capacity increment = %v\n", unix.Getsystemcfg(perfstat.SC_CAPINC)) fmt.Printf("Priority weight = %v\n", unix.Getsystemcfg(perfstat.SC_VCAPW)) fmt.Printf("SPLPAR state = %v\n", unix.Getsystemcfg(perfstat.SC_SPLP_STAT)) fmt.Printf(" SPLPAR capable = %v\n", perfstat.SPLparCapable()) fmt.Printf(" SPLPAR enabled = %v\n", perfstat.SPLparEnabled()) fmt.Printf(" Dedicated LPAR = %v\n", perfstat.DedicatedLpar()) fmt.Printf(" Capped? = %v\n", perfstat.SPLparCapped()) fmt.Printf(" Donating? = %v\n", perfstat.SPLparDonating()) fmt.Printf("SMT state = %v\n", unix.Getsystemcfg(perfstat.SC_SMT_STAT)) fmt.Printf(" SMT capable = %v\n", perfstat.SmtCapable()) fmt.Printf(" SMT enabled = %v\n", perfstat.SmtEnabled()) fmt.Printf("SMT threads per CPU = %v\n", unix.Getsystemcfg(perfstat.SC_SMT_TC)) fmt.Printf("Kernel error checking level = %v\n", unix.Getsystemcfg(perfstat.SC_EC_LVL)) fmt.Printf("AME state = %v\n", unix.Getsystemcfg(perfstat.SC_AME_STAT)) fmt.Printf(" AME enabled = %v\n", perfstat.AmeEnabled()) fmt.Printf("Physical processor implementation = %v\n", unix.Getsystemcfg(perfstat.SC_PHYS_IMP)) fmt.Printf("Physical processor version = %v\n", unix.Getsystemcfg(perfstat.SC_PHYS_VER)) fmt.Printf("Transactional Memory version (0 - disabled) = %v\n", unix.Getsystemcfg(perfstat.SC_TM_VER)) fmt.Printf(" transactional memory capable = %v\n", perfstat.HasTransactionalMemory()) fmt.Printf("NX GZIP capable = %v\n", unix.Getsystemcfg(perfstat.SC_NX_CAP)) fmt.Printf(" NX GZIP capable = %v\n", perfstat.HasNxGzip()) fmt.Printf("Platform keystore state = %v\n", unix.Getsystemcfg(perfstat.SC_PKS_STATE)) fmt.Printf(" PKS capable = %v\n", perfstat.PksCapable()) fmt.Printf(" PKS enabled = %v\n", perfstat.PksEnabled()) }