def test_ecc_ram1():
expect = [
{
"type": "ram",
"working": "yes",
"brand": "Kingston",
"model": "K",
"sn": "3375612524",
"frequency-hertz": 667000000,
"capacity-byte": 2147483648,
"ram-type": "ddr2",
"ram-ecc": "yes",
"ram-timings": "5-5-5-15",
},
{
"type": "ram",
"working": "yes",
"brand": "Kingston",
"model": "K",
"sn": "3392385900",
"frequency-hertz": 667000000,
"capacity-byte": 2147483648,
"ram-type": "ddr2",
"ram-ecc": "yes",
"ram-timings": "5-5-5-15",
},
]
output = read_decode_dimms.parse_decode_dimms(
read_file(filedir, "ECC/R451-R450.txt"))
assert output == expect
def test_ecc_ram1_not_an_hex():
expect = [
{
"type": "ram",
"working": "yes",
"brand": "Kingston",
"model": "K",
"sn": "0F00xb4r",
"frequency-hertz": 667000000,
"capacity-byte": 2147483648,
"ram-type": "ddr2",
"ram-ecc": "yes",
"ram-timings": "5-5-5-15",
},
{
"type": "ram",
"working": "yes",
"brand": "Kingston",
"model": "K",
"sn": "0xCA33B3RC",
"frequency-hertz": 667000000,
"capacity-byte": 2147483648,
"ram-type": "ddr2",
"ram-ecc": "yes",
"ram-timings": "5-5-5-15",
},
]
output = read_decode_dimms.parse_decode_dimms(
read_file(filedir, "ECC/R451-R450-notanhex.txt"))
assert output == expect
def test_ecc_ram2():
expect = [
{
"type": "ram",
"working": "yes",
"brand": "Kingston",
"sn": "2853609420",
"frequency-hertz": 667000000,
"capacity-byte": 1073741824,
"ram-type": "ddr2",
"ram-ecc": "yes",
"ram-timings": "5-5-5-15",
},
{
"type": "ram",
"working": "yes",
"brand": "Kingston",
"sn": "2836829644",
"frequency-hertz": 667000000,
"capacity-byte": 1073741824,
"ram-type": "ddr2",
"ram-ecc": "yes",
"ram-timings": "5-5-5-15",
},
]
output = read_decode_dimms.parse_decode_dimms(
read_file(filedir, "ECC/R480-R479.txt"))
assert output == expect
def test_ram():
expect = [
{
"ram-ecc": "no",
"ram-type": "ddr3",
"brand": "G Skill Intl",
"capacity-byte": 8589934592,
"frequency-hertz": 1333000000,
"model": "F3-1600C7-8GTX",
"type": "ram",
"working": "yes",
"ram-timings": "9-9-9-24",
},
{
"ram-ecc": "no",
"ram-type": "ddr3",
"brand": "G Skill Intl",
"capacity-byte": 8589934592,
"frequency-hertz": 1333000000,
"model": "F3-1600C7-8GTX",
"type": "ram",
"working": "yes",
"ram-timings": "9-9-9-24",
},
]
output = read_decode_dimms.parse_decode_dimms(
read_file(filedir, "dimms.txt"))
assert len(output) == 2, "2 RAM modules are found"
assert output == expect
def test_ram():
expect = [
{
"brand": "Micron Technology",
"capacity-byte": 8589934592,
"frequency-hertz": 1600000000,
"model": "CT102464BA160B.C16",
"ram-ecc": "no",
"ram-timings": "11-11-11-28",
"ram-type": "ddr3",
"sn": "1949761536",
"type": "ram",
"working": "yes",
},
{
"brand": "Micron Technology",
"capacity-byte": 8589934592,
"frequency-hertz": 1600000000,
"model": "CT102464BA160B.C16",
"ram-ecc": "no",
"ram-timings": "11-11-11-28",
"ram-type": "ddr3",
"sn": "2172780544",
"type": "ram",
"working": "yes",
},
]
output = read_decode_dimms.parse_decode_dimms(
read_file(filedir, "dimms.txt"))
assert len(output) == 2, "2 RAM modules are found"
assert output == expect
def test_ram1():
expect = [
{
"type": "ram",
"working": "yes",
"brand": "SK Hynix (former Hyundai Electronics)",
"model": "HYMP112U64CP8-S6",
"sn": "16416",
"frequency-hertz": 800000000,
"capacity-byte": 1073741824,
"ram-type": "ddr2",
"ram-ecc": "no",
"ram-timings": "6-6-6-18",
},
{
"type": "ram",
"working": "yes",
"brand": "SK Hynix (former Hyundai Electronics)",
"model": "HYMP112U64CP8-S6",
"sn": "8224",
"frequency-hertz": 800000000,
"capacity-byte": 1073741824,
"ram-type": "ddr2",
"ram-ecc": "no",
"ram-timings": "6-6-6-18",
},
{
"type": "ram",
"working": "yes",
"brand": "SK Hynix (former Hyundai Electronics)",
"model": "HYMP112U64CP8-S6",
"sn": "12320",
"frequency-hertz": 800000000,
"capacity-byte": 1073741824,
"ram-type": "ddr2",
"ram-ecc": "no",
"ram-timings": "6-6-6-18",
},
{
"type": "ram",
"working": "yes",
"brand": "SK Hynix (former Hyundai Electronics)",
"model": "HYMP112U64CP8-S6",
"sn": "8225",
"frequency-hertz": 800000000,
"capacity-byte": 1073741824,
"ram-type": "ddr2",
"ram-ecc": "no",
"ram-timings": "6-6-6-18",
},
]
output = read_decode_dimms.parse_decode_dimms(
read_file(filedir, "non ECC/R469-R470-R471-R472.txt"))
assert output == expect
def test_ram():
expect = [
{
"type": "ram",
"working": "yes",
"brand": "Kingston",
"sn": "2972574626",
"frequency-hertz": 533000000,
"capacity-byte": 536870912,
"ram-type": "ddr2",
"ram-ecc": "no",
"ram-timings": "5-4-4-12",
}
]
output = read_decode_dimms.parse_decode_dimms(read_file(filedir, "dimms.txt"))
assert output == expect
def test_ram():
expect = [{
"type": "ram",
"working": "yes",
"brand": "Kingston",
"model": "KD6502-ELG",
"sn": "3072778780",
"frequency-hertz": 667000000,
"capacity-byte": 1073741824,
"ram-type": "ddr2",
"ram-ecc": "yes",
"ram-timings": "5-5-5-15",
}]
output = read_decode_dimms.parse_decode_dimms(
read_file(filedir, "dimms.txt"))
assert output == expect
def test_ram():
expect = [
{
"type": "ram",
"working": "yes",
"brand": "Synertek",
"ram-ecc": "no",
},
{
"type": "ram",
"working": "yes",
"brand": "Synertek",
"ram-ecc": "no",
},
]
output = read_decode_dimms.parse_decode_dimms(read_file(filedir, "dimms.txt"))
assert len(output) == 2, "2 RAM modules are found"
assert output == expect
def test_ram():
output = read_decode_dimms.parse_decode_dimms(
read_file(filedir, "dimms.txt"))
assert len(output) == 0
def call_parsers(
generated_files_path: str,
components: Set[ParserComponents],
gpu_location: GpuLocation,
interactive: bool = False,
) -> list:
generated_files_path = generated_files_path.rstrip("/")
def read_file(name: str) -> str:
path = os.path.join(generated_files_path, name)
try:
with open(path, "r") as f:
output = f.read()
return output
except FileNotFoundError:
raise InputFileNotFoundError(path)
result = []
# TODO: if linux, else windows
if sys.platform == "win32":
pass
else:
if not components.isdisjoint(
{ParserComponents.CASE, ParserComponents.MOTHERBOARD}):
result += parse_motherboard(
read_file("baseboard.txt"),
read_file("connector.txt"),
read_file("net.txt"),
interactive,
)
if gpu_location == GpuLocation.MOTHERBOARD:
_merge_gpu(
result,
"motherboard",
parse_lspci_and_glxinfo(False, read_file("lspci.txt"), ""),
)
if ParserComponents.CASE in components:
result += parse_case(read_file("chassis.txt"),
_find_component("motherboard", result))
if ParserComponents.CPU in components:
result += parse_lscpu(read_file("lscpu.txt"))
if gpu_location == GpuLocation.CPU:
_merge_gpu(
result,
"cpu",
parse_lspci_and_glxinfo(False, read_file("lspci.txt"), ""),
)
if ParserComponents.GPU in components and gpu_location == GpuLocation.DISCRETE:
result += parse_lspci_and_glxinfo(True, read_file("lspci.txt"),
read_file("glxinfo.txt"),
interactive)
if ParserComponents.RAM in components:
result += parse_decode_dimms(read_file("dimms.txt"), interactive)
if ParserComponents.HDD in components or ParserComponents.SSD in components:
result += parse_smartctl(read_file("smartctl.txt"), interactive)
if ParserComponents.PSU in components:
result += parse_psu(_find_component("case", result))
result = _do_cleanup(result, interactive)
return result
