def cmd_brandstring(args):
uniques = {}
for cpu in bits.cpus():
uniques.setdefault(bits.brandstring(cpu), []).append(cpu)
for value in sorted(uniques.iterkeys()):
cpus = uniques[value]
print 'Brandstring: "{0}"'.format(value)
print "On {0} CPUs: {1}".format(len(cpus), testutil.apicid_list(cpus))
def callback():
with ttypager.page():
print(bits.brandstring())
if cpulib.__name__ == "cpu_gen":
print("No processor-specific test exists!")
print("Menu entries will only include generic tests that apply to all processors.")
else:
print("Detected as CPU codename: {}".format(cpulib.name))
print("Menu entries have been tailored to target this specific processor")
def generate_cpu_menu():
global created_cpu_menu
if created_cpu_menu:
return
cfg = ""
cfg += 'menuentry "{}: {}" {{\n'.format(cpulib.name, bits.brandstring())
cfg += """ py 'import cpumenu; cpumenu.callback()'\n"""
cfg += "}\n"
bits.pyfs.add_static("cpumenu.cfg", cfg)
created_cpu_menu = True
def generate_cpu_menu():
global created_cpu_menu
if created_cpu_menu:
return
cfg = ""
cfg += 'menuentry "{}: {}" {{\n'.format(cpulib.name, bits.brandstring())
cfg += """ py 'import cpumenu; cpumenu.callback()'\n"""
cfg += '}\n'
bits.pyfs.add_static("cpumenu.cfg", cfg)
created_cpu_menu = True
def callback():
with ttypager.page():
print(bits.brandstring())
if cpulib.__name__ == "cpu_gen":
print("No processor-specific test exists!")
print(
"Menu entries will only include generic tests that apply to all processors."
)
else:
print("Detected as CPU codename: {}".format(cpulib.name))
print(
"Menu entries have been tailored to target this specific processor"
)