async def B(self, ctx, swit: str):
"""B + (is xxx)"""
if swit == 'greet':
await ctx.send('こんにちは！ BBBot('+VERSION+')だよ。\nよろしくね')
elif swit == 'sysinfo':
ipInfo = 'IP :'+socket.gethostname()+': '+socket.gethostbyname(socket.gethostname())
platInfo = 'OS : '+platform.platform()
cpuInfo = 'CPU: '+cpuid.cpu_name()
#cpuInfo = 'CPU: ['+str(psutil.cpu_count(logical=False))+'C '+str(psutil.cpu_count())+'T]'
memInfo = 'MEM: '+str('{:.2f}'.format(psutil.virtual_memory().used/(1024*1024)))+'MB / '+str('{:.2f}'.format(psutil.virtual_memory().total/(1024*1024)))+'MB'
await ctx.send(ipInfo+"\n"+platInfo+"\n"+cpuInfo+"\n"+memInfo)
elif swit == 'hello':
await ctx.send('Hello B!')
elif swit == 'block':
await ctx.send('□□□□□□□□\n□■■■■□□□\n□■□□□■□□\n□■□□□■□□\n□■■■■□□□\n□■□□□■□□\n□■□□□□■□\n□■□□□□■□\n□■■■■■□□\n□□□□□□□□')
elif swit == 'typing':
async with ctx.typing():
time.sleep(10)
ctx.typing()
await ctx.send('B')
# elif swit == 'help':
# await ctx.send('?add, ?sub, ?mul, ?div : 計算\n?BLOOP n : Bを連続送信します\n?B greet, hello, help, block : あいさつ, Hello B!, ヘルプ, □と■のB')
# elif swit == 'is GOD':
# await ctx.send('B IS GOD!')
# elif swit == 'is CAT':
# await get_pic(self, ctx, 'https://cdn.discordapp.com/attachments/733937061199085610/766527935377047552/neko.png', 'uchuu_neko.png')
# elif swit == 'is DOG':
# await get_pic(self, ctx, 'https://cdn.discordapp.com/attachments/705099416083890281/767549816862539846/camera_dog.png', 'camera_dog.png')
# elif swit == 'is POT':
# await ctx.send('418: https://www.google.com/teapot')
else:
await ctx.send('B!')
def cpu(is_x86, is_64bit):
cpu = CpuFeatures(name=platform.processor(),
vendor=platform.platform(),
arch=platform.machine(),
sse41=False,
sse42=False,
aes=False,
avx=False,
avx2=False)
if is_x86:
from cpuid import _is_set, cpu_vendor, cpu_name, cpu_microarchitecture
cpu = CpuFeatures(
name=cpu_name().rstrip('\x00'),
vendor=cpu_vendor(),
arch=cpu_microarchitecture()[0],
sse41=_is_set(1, 2, 19) == 'Yes',
sse42=_is_set(1, 2, 20) == 'Yes',
aes=_is_set(1, 2, 25) == 'Yes',
avx=_is_set(1, 2, 28) == 'Yes',
avx2=_is_set(7, 1, 5) == 'Yes',
)
logging.getLogger().info("CPU %s", cpu)
return cpu
async def sysinfo(self, ctx):
ipInfo = 'IP :'+socket.gethostname()+': '+socket.gethostbyname(socket.gethostname())
platInfo = 'OS : '+platform.platform()
cpuInfo = 'CPU: '+cpuid.cpu_name()
#cpuInfo = 'CPU: ['+str(psutil.cpu_count(logical=False))+'C '+str(psutil.cpu_count())+'T]'
memInfo = 'MEM: '+str('{:.2f}'.format(psutil.virtual_memory().used/(1024*1024)))+'MB / '\
+str('{:.2f}'.format(psutil.virtual_memory().total/(1024*1024)))+'MB'
await ctx.send(ipInfo+"\n"+platInfo+"\n"+cpuInfo+"\n"+memInfo)
def check_hardware():
"""
checks the hardware
"""
print("Checking Hardware:")
print(" => Vendor ID : %s" % cpu_vendor())
print(" => CPU name : %s" % cpu_name())
print(" => Microarchitecture : %s%s" % cpu_microarchitecture())
print(" => Vector instructions supported:")
print(" -> SSE : %s" % has_instruction(1, 3, 25))
print(" -> SSE2 : %s" % has_instruction(1, 3, 26))
print(" -> SSE3 : %s" % has_instruction(1, 2, 0))
print(" -> SSSE3 : %s" % has_instruction(1, 2, 9))
print(" -> SSE4.1 : %s" % has_instruction(1, 2, 19))
print(" -> SSE4.2 : %s" % has_instruction(1, 2, 20))
print(" -> SSE4a : %s" % has_instruction(0x80000001, 2, 6))
print(" -> AVX : %s" % has_instruction(1, 2, 28))
print(" -> AVX2 : %s" % has_instruction(7, 1, 5))
print(" -> BMI1 : %s" % has_instruction(7, 1, 3))
print(" -> BMI2 : %s" % has_instruction(7, 1, 8))
print("\n")
if has_instruction(1, 2, 28) != "Yes":
print(" => ATTENTION: instruction set AVX is needed")
P(speedup > 0) = {:.4f}
Vendor ID : {:s}
CPU Name : {:s}
Microarchitecture : {:s}
'''.format(
str(df), str(df.describe()), args.loop, df_mean['nps_e1'],
df_std['nps_e1'], df_mean['nps_e2'], df_std['nps_e2'],
df_mean['nps_diff'], df_std['nps_diff'],
df_mean['nps_diff'] / df_mean['nps_e1'],
statsmodels.stats.weightstats.ttest_ind(df['nps_e1'].values,
df['nps_e2'].values,
alternative='larger',
usevar='unequal')[1],
cpuid.cpu_vendor(), cpuid.cpu_name(),
'%s%s' % cpuid.cpu_microarchitecture()))
else:
logger.info('''
{:s}
{:s}
Result of {:d} runs
==================
base = {:10.0f} +/- {:.0f}
Vendor ID : {:s}
CPU Name : {:s}
Microarchitecture : {:s}
