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Add initial support for ARM CPUs

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The Tumultuous Unicorn Of Darkness 2024-06-28 20:41:00 +02:00
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37 changed files with 2709 additions and 279 deletions
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87
tests/arm/armv8a/cortex-a53.test Normal file
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@ -0,0 +1,87 @@
_________________ Logical CPU #0 _________________
arm_midr=00000000410fd030
arm_mpidr=0000000080000000
arm_revidr=0000000000000000
arm_id_aa64dfr0=0000000000000006
arm_id_aa64dfr1=0000000000000000
arm_id_aa64isar0=0000000000010000
arm_id_aa64isar1=0000000000000000
arm_id_aa64isar2=0000000000000000
arm_id_aa64mmfr0=00000111ff000000
arm_id_aa64mmfr1=0000000000000000
arm_id_aa64mmfr2=0000000000000000
arm_id_aa64mmfr3=0000000000000000
arm_id_aa64mmfr4=0000000000000000
arm_id_aa64pfr0=0000000000000011
arm_id_aa64pfr1=0000000000000000
arm_id_aa64pfr2=0000000000000000
arm_id_aa64smfr0=0000000000000000
arm_id_aa64zfr0=0000000000000000
_________________ Logical CPU #1 _________________
arm_midr=00000000410fd030
arm_mpidr=0000000080000000
arm_revidr=0000000000000000
arm_id_aa64dfr0=0000000000000006
arm_id_aa64dfr1=0000000000000000
arm_id_aa64isar0=0000000000010000
arm_id_aa64isar1=0000000000000000
arm_id_aa64isar2=0000000000000000
arm_id_aa64mmfr0=00000111ff000000
arm_id_aa64mmfr1=0000000000000000
arm_id_aa64mmfr2=0000000000000000
arm_id_aa64mmfr3=0000000000000000
arm_id_aa64mmfr4=0000000000000000
arm_id_aa64pfr0=0000000000000011
arm_id_aa64pfr1=0000000000000000
arm_id_aa64pfr2=0000000000000000
arm_id_aa64smfr0=0000000000000000
arm_id_aa64zfr0=0000000000000000
_________________ Logical CPU #2 _________________
arm_midr=00000000410fd030
arm_mpidr=0000000080000000
arm_revidr=0000000000000000
arm_id_aa64dfr0=0000000000000006
arm_id_aa64dfr1=0000000000000000
arm_id_aa64isar0=0000000000010000
arm_id_aa64isar1=0000000000000000
arm_id_aa64isar2=0000000000000000
arm_id_aa64mmfr0=00000111ff000000
arm_id_aa64mmfr1=0000000000000000
arm_id_aa64mmfr2=0000000000000000
arm_id_aa64mmfr3=0000000000000000
arm_id_aa64mmfr4=0000000000000000
arm_id_aa64pfr0=0000000000000011
arm_id_aa64pfr1=0000000000000000
arm_id_aa64pfr2=0000000000000000
arm_id_aa64smfr0=0000000000000000
arm_id_aa64zfr0=0000000000000000
_________________ Logical CPU #3 _________________
arm_midr=00000000410fd030
arm_mpidr=0000000080000000
arm_revidr=0000000000000000
arm_id_aa64dfr0=0000000000000006
arm_id_aa64dfr1=0000000000000000
arm_id_aa64isar0=0000000000010000
arm_id_aa64isar1=0000000000000000
arm_id_aa64isar2=0000000000000000
arm_id_aa64mmfr0=00000111ff000000
arm_id_aa64mmfr1=0000000000000000
arm_id_aa64mmfr2=0000000000000000
arm_id_aa64mmfr3=0000000000000000
arm_id_aa64mmfr4=0000000000000000
arm_id_aa64pfr0=0000000000000011
arm_id_aa64pfr1=0000000000000000
arm_id_aa64pfr2=0000000000000000
arm_id_aa64smfr0=0000000000000000
arm_id_aa64zfr0=0000000000000000
--------------------------------------------------------------------------------
ARM
efficiency
65
0
3331
0
1
4
Apollo
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87
tests/arm/armv8a/cortex-a57-qemu.test Normal file
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@ -0,0 +1,87 @@
_________________ Logical CPU #0 _________________
arm_midr=00000000411fd070
arm_mpidr=0000000080000000
arm_revidr=0000000000000000
arm_id_aa64dfr0=0000000000000006
arm_id_aa64dfr1=0000000000000000
arm_id_aa64isar0=0000000000011120
arm_id_aa64isar1=0000000000000000
arm_id_aa64isar2=0000000000000000
arm_id_aa64mmfr0=00000111ff000000
arm_id_aa64mmfr1=0000000000000000
arm_id_aa64mmfr2=0000000000000000
arm_id_aa64mmfr3=0000000000000000
arm_id_aa64mmfr4=0000000000000000
arm_id_aa64pfr0=0000000000000011
arm_id_aa64pfr1=0000000000000000
arm_id_aa64pfr2=0000000000000000
arm_id_aa64smfr0=0000000000000000
arm_id_aa64zfr0=0000000000000000
_________________ Logical CPU #1 _________________
arm_midr=00000000411fd070
arm_mpidr=0000000080000000
arm_revidr=0000000000000000
arm_id_aa64dfr0=0000000000000006
arm_id_aa64dfr1=0000000000000000
arm_id_aa64isar0=0000000000011120
arm_id_aa64isar1=0000000000000000
arm_id_aa64isar2=0000000000000000
arm_id_aa64mmfr0=00000111ff000000
arm_id_aa64mmfr1=0000000000000000
arm_id_aa64mmfr2=0000000000000000
arm_id_aa64mmfr3=0000000000000000
arm_id_aa64mmfr4=0000000000000000
arm_id_aa64pfr0=0000000000000011
arm_id_aa64pfr1=0000000000000000
arm_id_aa64pfr2=0000000000000000
arm_id_aa64smfr0=0000000000000000
arm_id_aa64zfr0=0000000000000000
_________________ Logical CPU #2 _________________
arm_midr=00000000411fd070
arm_mpidr=0000000080000000
arm_revidr=0000000000000000
arm_id_aa64dfr0=0000000000000006
arm_id_aa64dfr1=0000000000000000
arm_id_aa64isar0=0000000000011120
arm_id_aa64isar1=0000000000000000
arm_id_aa64isar2=0000000000000000
arm_id_aa64mmfr0=00000111ff000000
arm_id_aa64mmfr1=0000000000000000
arm_id_aa64mmfr2=0000000000000000
arm_id_aa64mmfr3=0000000000000000
arm_id_aa64mmfr4=0000000000000000
arm_id_aa64pfr0=0000000000000011
arm_id_aa64pfr1=0000000000000000
arm_id_aa64pfr2=0000000000000000
arm_id_aa64smfr0=0000000000000000
arm_id_aa64zfr0=0000000000000000
_________________ Logical CPU #3 _________________
arm_midr=00000000411fd070
arm_mpidr=0000000080000000
arm_revidr=0000000000000000
arm_id_aa64dfr0=0000000000000006
arm_id_aa64dfr1=0000000000000000
arm_id_aa64isar0=0000000000011120
arm_id_aa64isar1=0000000000000000
arm_id_aa64isar2=0000000000000000
arm_id_aa64mmfr0=00000111ff000000
arm_id_aa64mmfr1=0000000000000000
arm_id_aa64mmfr2=0000000000000000
arm_id_aa64mmfr3=0000000000000000
arm_id_aa64mmfr4=0000000000000000
arm_id_aa64pfr0=0000000000000011
arm_id_aa64pfr1=0000000000000000
arm_id_aa64pfr2=0000000000000000
arm_id_aa64smfr0=0000000000000000
arm_id_aa64zfr0=0000000000000000
--------------------------------------------------------------------------------
ARM
performance
65
1
3335
0
1
4
Atlas
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87
tests/arm/armv9a/neoverse-n2-qemu.test Normal file
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@ -0,0 +1,87 @@
_________________ Logical CPU #0 _________________
arm_midr=00000000410fd493
arm_mpidr=0000000080000000
arm_revidr=0000000000000000
arm_id_aa64dfr0=0000000000000006
arm_id_aa64dfr1=0000000000000000
arm_id_aa64isar0=1021111110212120
arm_id_aa64isar1=0011101101211052
arm_id_aa64isar2=0000000000000000
arm_id_aa64mmfr0=00000111ff000000
arm_id_aa64mmfr1=0000000000000000
arm_id_aa64mmfr2=0000000100000000
arm_id_aa64mmfr3=0000000000000000
arm_id_aa64mmfr4=0000000000000000
arm_id_aa64pfr0=0001000100110011
arm_id_aa64pfr1=0000000000000121
arm_id_aa64pfr2=0000000000000000
arm_id_aa64smfr0=0000000000000000
arm_id_aa64zfr0=0000110100110021
_________________ Logical CPU #1 _________________
arm_midr=00000000410fd493
arm_mpidr=0000000080000000
arm_revidr=0000000000000000
arm_id_aa64dfr0=0000000000000006
arm_id_aa64dfr1=0000000000000000
arm_id_aa64isar0=1021111110212120
arm_id_aa64isar1=0011101101211052
arm_id_aa64isar2=0000000000000000
arm_id_aa64mmfr0=00000111ff000000
arm_id_aa64mmfr1=0000000000000000
arm_id_aa64mmfr2=0000000100000000
arm_id_aa64mmfr3=0000000000000000
arm_id_aa64mmfr4=0000000000000000
arm_id_aa64pfr0=0001000100110011
arm_id_aa64pfr1=0000000000000121
arm_id_aa64pfr2=0000000000000000
arm_id_aa64smfr0=0000000000000000
arm_id_aa64zfr0=0000110100110021
_________________ Logical CPU #2 _________________
arm_midr=00000000410fd493
arm_mpidr=0000000080000000
arm_revidr=0000000000000000
arm_id_aa64dfr0=0000000000000006
arm_id_aa64dfr1=0000000000000000
arm_id_aa64isar0=1021111110212120
arm_id_aa64isar1=0011101101211052
arm_id_aa64isar2=0000000000000000
arm_id_aa64mmfr0=00000111ff000000
arm_id_aa64mmfr1=0000000000000000
arm_id_aa64mmfr2=0000000100000000
arm_id_aa64mmfr3=0000000000000000
arm_id_aa64mmfr4=0000000000000000
arm_id_aa64pfr0=0001000100110011
arm_id_aa64pfr1=0000000000000121
arm_id_aa64pfr2=0000000000000000
arm_id_aa64smfr0=0000000000000000
arm_id_aa64zfr0=0000110100110021
_________________ Logical CPU #3 _________________
arm_midr=00000000410fd493
arm_mpidr=0000000080000000
arm_revidr=0000000000000000
arm_id_aa64dfr0=0000000000000006
arm_id_aa64dfr1=0000000000000000
arm_id_aa64isar0=1021111110212120
arm_id_aa64isar1=0011101101211052
arm_id_aa64isar2=0000000000000000
arm_id_aa64mmfr0=00000111ff000000
arm_id_aa64mmfr1=0000000000000000
arm_id_aa64mmfr2=0000000100000000
arm_id_aa64mmfr3=0000000000000000
arm_id_aa64mmfr4=0000000000000000
arm_id_aa64pfr0=0001000100110011
arm_id_aa64pfr1=0000000000000121
arm_id_aa64pfr2=0000000000000000
arm_id_aa64smfr0=0000000000000000
arm_id_aa64zfr0=0000110100110021
--------------------------------------------------------------------------------
ARM
general
65
0
3401
3
1
4
Perseus
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7
tests/create_test.py
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@ -12,7 +12,11 @@ if len(args) != 3:
def readRawFile():
rawdata = []
for line in open(args[1], "rt").readlines():
lookfor = ["basic_cpuid", "ext_cpuid", "intel_fn4", "intel_fn11", "amd_fn8000001dh", "Logical CPU", "CPUID", "CPU#"]
lookfor = [
"Logical CPU", "CPUID", "CPU#", # common
"basic_cpuid", "ext_cpuid", "intel_fn4", "intel_fn11", "amd_fn8000001dh", # x86
"arm_midr", "arm_mpidr", "arm_revidr", "arm_id_aa64dfr", "arm_id_aa64isar", "arm_id_aa64mmfr", "arm_id_aa64pfr", "arm_id_aa64smfr", "arm_id_aa64zfr" # ARM
]
ignore = ["MSR Register"]
good = False
for match in lookfor:
@ -35,6 +39,7 @@ def readResultFile():
if s.find(":") == -1:
continue
numeric = ["family", "model", "stepping", "ext_family", "ext_model",
"implementer", "variant", "part_num", "revision",
"num_cores", "num_logical",
"L1 D cache", "L1 I cache", "L2 cache", "L3 cache", "L4 cache",
"L1D assoc.", "L1I assoc.", "L2 assoc.", "L3 assoc.", "L4 assoc.",

12
tests/run_tests.py
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@ -5,13 +5,16 @@ import os, sys, re, random
### Constants:
fields = [ "architecture", "purpose", "family", "model", "stepping", "extfamily",
fields_x86 = [ "architecture", "purpose", "family", "model", "stepping", "extfamily",
"extmodel", "cores", "logical",
"l1d-cache", "l1i-cache", "l2-cache", "l3-cache", "l4-cache",
"l1d-assoc", "l1i-assoc", "l2-assoc", "l3-assoc", "l4-assoc",
"l1d-cacheline", "l1i-cacheline", "l2-cacheline", "l3-cacheline", "l4-cacheline",
"l1d-instances", "l1i-instances", "l2-instances", "l3-instances", "l4-instances",
"sse-size", "codename", "flags" ]
fields_arm = [ "architecture", "purpose", "implementer", "variant", "part-num", "revision",
"cores", "logical",
"codename", "flags" ]
args = sys.argv
fix = False
@ -79,6 +82,13 @@ def do_test(inp, expected_out, binary, test_file_name, num_cpu_type):
f = open(fninp, "wt")
f.writelines([s + "\n" for s in inp])
f.close()
architecture = os.popen("%s --load=%s --architecture" % (binary, fninp)).read().splitlines()[-1]
if architecture == "x86":
fields = fields_x86
elif architecture == "ARM":
fields = fields_arm
else:
fields = []
cmd = "%s --load=%s --outfile=%s %s" % (binary, fninp, fnoutp, " ".join(["--" + s for s in fields]))
os.system(cmd)
os.unlink(fninp)