def _verifying(self, inst, E_TEC_MAX, gpu=None, wol=False):
msg = ''
if gpu:
if gpu == 'G1':
msg = "G1 (FB_BW <= 16)"
elif gpu == 'G2':
msg = "G2 (16 < FB_BW <= 32)"
elif gpu == 'G3':
msg = "G3 (32 < FB_BW <= 64)"
elif gpu == 'G4':
msg = "G4 (64 < FB_BW <= 96)"
elif gpu == 'G5':
msg = "G5 (96 < FB_BW <= 128)"
elif gpu == 'G6':
msg = "G6 (FB_BW > 128 (with FB Data Width < 192-bit))"
elif gpu == 'G7':
msg = "G7 (FB_BW > 128 (with FB Data Width >= 192-bit))"
E_TEC = inst.get_E_TEC()
operator = '<='
result = 'PASS'
if E_TEC > E_TEC_MAX:
operator = '>'
result = 'FAIL'
if gpu:
print(" For %s, %s (E_TEC) %s %s (E_TEC_MAX), %s" %
(gpu, E_TEC, operator, E_TEC_MAX,
result_filter(result, E_TEC, E_TEC_MAX)))
else:
print(" %s (E_TEC) %s %s (E_TEC_MAX), %s" %
(E_TEC, operator, E_TEC_MAX,
result_filter(result, E_TEC, E_TEC_MAX)))
if wol:
E_TEC_WOL = inst.get_E_TEC_WOL()
operator = '<='
result = 'PASS'
if E_TEC_WOL > E_TEC_MAX:
operator = '>'
result = 'FAIL'
if gpu:
print(" For %s, %s (E_TEC_WOL) %s %s (E_TEC_MAX), %s" %
(gpu, E_TEC_WOL, operator, E_TEC_MAX,
result_filter(result, E_TEC_WOL, E_TEC_MAX)))
else:
print(" %s (E_TEC_WOL) %s %s (E_TEC_MAX), %s" %
(E_TEC_WOL, operator, E_TEC_MAX,
result_filter(result, E_TEC_WOL, E_TEC_MAX)))
def energystar_calculate(sysinfo):
if sysinfo.product_type == 1:
calculate_product_type1_estar5(sysinfo)
calculate_product_type1_estar6(sysinfo)
return calculate_product_type1_estar7(sysinfo)
elif sysinfo.product_type == 2:
# Energy Star 5.2
print("Energy Star 5.2:")
estar52 = EnergyStar52(sysinfo)
P_TEC = estar52.equation_three()
P_TEC_MAX = estar52.equation_four()
if P_TEC <= P_TEC_MAX:
result = 'PASS'
operator = '<='
else:
result = 'FAIL'
operator = '>'
print(" %s (P_TEC) %s %s (P_TEC_MAX), %s" %
(P_TEC, operator, P_TEC_MAX,
result_filter(result, P_TEC, P_TEC_MAX)))
# Energy Star 6.0
print("Energy Star 6.0:")
estar60 = EnergyStar60(sysinfo)
P_TEC = estar60.equation_four()
P_TEC_MAX = estar60.equation_five()
if P_TEC <= P_TEC_MAX:
result = 'PASS'
operator = '<='
else:
result = 'FAIL'
operator = '>'
print(" %s (P_TEC) %s %s (P_TEC_MAX), %s" %
(P_TEC, operator, P_TEC_MAX,
result_filter(result, P_TEC, P_TEC_MAX)))
elif sysinfo.product_type == 3:
# Energy Star 5.2
print("Energy Star 5.2:")
estar52 = EnergyStar52(sysinfo)
for wol in (True, False):
(category, P_OFF_MAX, P_IDLE_MAX) = estar52.equation_five(wol)
P_OFF = sysinfo.off
P_IDLE = sysinfo.short_idle
if P_OFF <= P_OFF_MAX and P_IDLE <= P_IDLE_MAX:
result = 'PASS'
else:
result = 'FAIL'
if P_OFF <= P_OFF_MAX:
op1 = '<='
else:
op1 = '>'
if P_IDLE <= P_IDLE_MAX:
op2 = '<='
else:
op2 = '>'
if wol:
print(
" If Wake-On-LAN (WOL) is enabled by default upon shipment."
)
else:
print(
" If Wake-On-LAN (WOL) is disabled by default upon shipment."
)
print(
" Category %s: %s (P_OFF) %s %s (P_OFF_MAX), %s (P_IDLE) %s %s (P_IDLE_MAX), %s"
% (category, P_OFF, op1, P_OFF_MAX, P_IDLE, op2, P_IDLE_MAX,
result))
# Energy Star 6.0
print("Energy Star 6.0:")
estar60 = EnergyStar60(sysinfo)
for wol in (True, False):
P_OFF = sysinfo.off
P_OFF_MAX = estar60.equation_six(wol)
P_IDLE = sysinfo.short_idle
P_IDLE_MAX = estar60.equation_seven()
if P_OFF <= P_OFF_MAX and P_IDLE <= P_IDLE_MAX:
result = 'PASS'
else:
result = 'FAIL'
if P_OFF <= P_OFF_MAX:
op1 = '<='
else:
op1 = '>'
if P_IDLE <= P_IDLE_MAX:
op2 = '<='
else:
op2 = '>'
if wol:
print(
" If Wake-On-LAN (WOL) is enabled by default upon shipment."
)
else:
print(
" If Wake-On-LAN (WOL) is disabled by default upon shipment."
)
print(
" %s (P_OFF) %s %s (P_OFF_MAX), %s (P_IDLE) %s %s (P_IDLE_MAX), %s"
% (P_OFF, op1, P_OFF_MAX, P_IDLE, op2, P_IDLE_MAX, result))
elif sysinfo.product_type == 4:
# Energy Star 5.2
print("Energy Star 5.2:")
estar52 = EnergyStar52(sysinfo)
for wol in (True, False):
if wol:
print(
" If Wake-On-LAN (WOL) is enabled by default upon shipment."
)
else:
print(
" If Wake-On-LAN (WOL) is disabled by default upon shipment."
)
P_OFF = sysinfo.off
P_OFF_MAX = estar52.equation_six(wol)
P_SLEEP = sysinfo.sleep
P_SLEEP_MAX = estar52.equation_seven(wol)
P_IDLE = sysinfo.short_idle
if sysinfo.media_codec:
P_IDLE_MAX = 15.0
category = 'B'
else:
P_IDLE_MAX = 12.0
category = 'A'
print(" Category %s:" % (category))
if P_OFF <= P_OFF_MAX:
op1 = '<='
else:
op1 = '>'
print(" %s (P_OFF) %s %s (P_OFF_MAX)" %
(P_OFF, op1, P_OFF_MAX))
if P_SLEEP <= P_SLEEP_MAX:
op2 = '<='
else:
op2 = '>'
print(" %s (P_SLEEP) %s %s (P_SLEEP_MAX)" %
(P_SLEEP, op2, P_SLEEP_MAX))
if P_IDLE <= P_IDLE_MAX:
op3 = '<='
else:
op3 = '>'
print(" %s (P_IDLE) %s %s (P_IDLE_MAX)" %
(P_IDLE, op3, P_IDLE_MAX))
if P_OFF <= P_OFF_MAX and P_SLEEP <= P_SLEEP_MAX and P_IDLE <= P_IDLE_MAX:
result = 'PASS'
else:
result = 'FAIL'
print(" %s" % (result))
# Energy Star 6.0
print("Energy Star 6.0:")
estar60 = EnergyStar60(sysinfo)
E_TEC = estar60.equation_one()
for discrete in (True, False):
for wol in (True, False):
E_TEC_MAX = estar60.equation_eight(discrete, wol)
if discrete:
msg1 = "it has Discrete Graphics enabled"
else:
msg1 = "it doesn't have Discrete Graphics enabled"
if wol:
msg2 = "Wake-On-LAN (WOL) is enabled"
else:
msg2 = "Wake-On-LAN (WOL) is disabled"
print(" If %s and %s by default upon shipment," %
(msg1, msg2))
if E_TEC <= E_TEC_MAX:
operator = '<='
result = 'PASS'
else:
operator = '>'
result = 'FAIL'
print(" %s (E_TEC) %s %s (E_TEC_MAX), %s" %
(E_TEC, operator, E_TEC_MAX,
result_filter(result, E_TEC, E_TEC_MAX)))
else:
raise Exception('This is a bug when you see this.')
def calculate_product_type1_estar5(sysinfo):
print("Energy Star 5:")
estar52 = EnergyStar52(sysinfo)
E_TEC = estar52.equation_one()
over_128 = estar52.equation_two(True, True)
between_64_and_128 = estar52.equation_two(False, True)
under_64 = estar52.equation_two(False, False)
debug(over_128)
debug(between_64_and_128)
debug(under_64)
different = False
for i, j, k in zip(over_128, between_64_and_128, under_64):
(cat1, max1) = i
(cat2, max2) = j
(cat3, max3) = k
if cat1 != cat2 or max1 != max2 or cat2 != cat3 or max2 != max3:
different = True
else:
if different is True:
if sysinfo.computer_type == 3:
print("\n If GPU Frame Buffer Width <= 64 bits,")
for i in under_64:
(category, E_TEC_MAX) = i
if E_TEC <= E_TEC_MAX:
result = 'PASS'
operator = '<='
else:
result = 'FAIL'
operator = '>'
print(" Category %s: %s (E_TEC) %s %s (E_TEC_MAX), %s" %
(category, E_TEC, operator, E_TEC_MAX,
result_filter(result, E_TEC, E_TEC_MAX)))
print("\n If 64 bits < GPU Frame Buffer Width <= 128 bits,")
for i in between_64_and_128:
(category, E_TEC_MAX) = i
if E_TEC <= E_TEC_MAX:
result = 'PASS'
operator = '<='
else:
result = 'FAIL'
operator = '>'
print(" Category %s: %s (E_TEC) %s %s (E_TEC_MAX), %s" %
(category, E_TEC, operator, E_TEC_MAX,
result_filter(result, E_TEC, E_TEC_MAX)))
else:
print("\n If GPU Frame Buffer Width <= 128 bits,")
for i in between_64_and_128:
(category, E_TEC_MAX) = i
if E_TEC <= E_TEC_MAX:
result = 'PASS'
operator = '<='
else:
result = 'FAIL'
operator = '>'
print(" Category %s: %s (E_TEC) %s %s (E_TEC_MAX), %s" %
(category, E_TEC, operator, E_TEC_MAX,
result_filter(result, E_TEC, E_TEC_MAX)))
print("\n If GPU Frame Buffer Width > 128 bits,")
for i in over_128:
(category, E_TEC_MAX) = i
if E_TEC <= E_TEC_MAX:
result = 'PASS'
operator = '<='
else:
result = 'FAIL'
operator = '>'
print(" Category %s: %s (E_TEC) %s %s (E_TEC_MAX), %s" %
(category, E_TEC, operator, E_TEC_MAX,
result_filter(result, E_TEC, E_TEC_MAX)))
else:
for i in under_64:
(category, E_TEC_MAX) = i
if E_TEC <= E_TEC_MAX:
result = 'PASS'
operator = '<='
else:
result = 'FAIL'
operator = '>'
print("\n Category %s: %s (E_TEC) %s %s (E_TEC_MAX), %s" %
(category, E_TEC, operator, E_TEC_MAX,
result_filter(result, E_TEC, E_TEC_MAX)))
def calculate_product_type1_estar7(sysinfo):
data = tee("\nEnergy Star 7:\n")
estar70 = EnergyStar70(sysinfo)
E_TEC = estar70.equation_one()
lower = 1.015
if sysinfo.computer_type == 2:
higher = 1.04
else:
higher = 1.03
if sysinfo.computer_type == 1 or sysinfo.computer_type == 2:
for AllowancePSU in (1, lower, higher):
if sysinfo.discrete:
if AllowancePSU == 1:
data = tee(
" If power supplies do not meet the requirements of Power Supply Efficiency Allowance,",
data)
elif AllowancePSU == lower:
data = tee(
" If power supplies meet lower efficiency requirements,",
data)
elif AllowancePSU == higher:
data = tee(
" If power supplies meet higher efficiency requirements,",
data)
for gpu in ('G1', 'G2', 'G3', 'G4', 'G5', 'G6', 'G7'):
E_TEC_MAX = estar70.equation_two(gpu) * AllowancePSU
if E_TEC <= E_TEC_MAX:
result = 'PASS'
operator = '<='
else:
result = 'FAIL'
operator = '>'
if gpu == 'G1':
gpu = "G1 (FB_BW <= 16)"
elif gpu == 'G2':
gpu = "G2 (16 < FB_BW <= 32)"
elif gpu == 'G3':
gpu = "G3 (32 < FB_BW <= 64)"
elif gpu == 'G4':
gpu = "G4 (64 < FB_BW <= 96)"
elif gpu == 'G5':
gpu = "G5 (96 < FB_BW <= 128)"
elif gpu == 'G6':
gpu = "G6 (FB_BW > 128; Frame Buffer Data Width < 192 bits)"
elif gpu == 'G7':
gpu = "G7 (FB_BW > 128; Frame Buffer Data Width >= 192 bits)"
data = tee(
" %s (E_TEC) %s %s (E_TEC_MAX) for %s, %s" %
(E_TEC, operator, E_TEC_MAX, gpu,
result_filter(result, E_TEC, E_TEC_MAX)), data)
else:
if AllowancePSU == 1:
data = tee(
" If power supplies do not meet the requirements of Power Supply Efficiency Allowance,",
data)
elif AllowancePSU == lower:
data = tee(
" If power supplies meet lower efficiency requirements,",
data)
elif AllowancePSU == higher:
data = tee(
" If power supplies meet higher efficiency requirements,",
data)
E_TEC_MAX = estar70.equation_two('G1') * AllowancePSU
if E_TEC <= E_TEC_MAX:
result = 'PASS'
operator = '<='
else:
result = 'FAIL'
operator = '>'
data = tee(
" %s (E_TEC) %s %s (E_TEC_MAX), %s" %
(E_TEC, operator, E_TEC_MAX,
result_filter(result, E_TEC, E_TEC_MAX)), data)
else:
if sysinfo.discrete:
E_TEC_MAX = estar70.equation_two('N/A', sysinfo.fb_bw)
if E_TEC <= E_TEC_MAX:
result = 'PASS'
operator = '<='
else:
result = 'FAIL'
operator = '>'
data = tee(
" %s (E_TEC) %s %s (E_TEC_MAX), %s" %
(E_TEC, operator, E_TEC_MAX,
result_filter(result, E_TEC, E_TEC_MAX)), data)
else:
E_TEC_MAX = estar70.equation_two('G1')
if E_TEC <= E_TEC_MAX:
result = 'PASS'
operator = '<='
else:
result = 'FAIL'
operator = '>'
data = tee(
" %s (E_TEC) %s %s (E_TEC_MAX), %s" %
(E_TEC, operator, E_TEC_MAX,
result_filter(result, E_TEC, E_TEC_MAX)), data)
return data