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RASCSI/cpp/test/rpi_revision_code_test.cpp

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#1226 - Detection of Rpi version checking refactor
2024-05-28 03:12:35 +00:00
//---------------------------------------------------------------------------
//
// SCSI Target Emulator PiSCSI
// for Raspberry Pi
//
// Copyright (C) 2024 akuker
//
//---------------------------------------------------------------------------
#include "hal/rpi_revision_code.h"
#include "mocks.h"
#include <cstdlib>
#include "test/test_shared.h"
#include <list>
#include <filesystem>
static string create_cpu_info(uint32_t revision)
{
std::stringstream cpuinfo_stream;
cpuinfo_stream << "Hardware : BCM";
cpuinfo_stream << GenerateRandomString(4);
cpuinfo_stream << "\nRevision : ";
cpuinfo_stream << std::hex << revision;
cpuinfo_stream << "\nSerial : ";
cpuinfo_stream << GenerateRandomString(32);
cpuinfo_stream << "\n";
// printf("CPU INFO:\n%s\n----", cpuinfo_stream.str().c_str());
return cpuinfo_stream.str();
}
typedef struct
{
uint32_t rev_code;
uint8_t revision;
Rpi_Revision_Code::rpi_version_type type;
Rpi_Revision_Code::cpu_type processor;
Rpi_Revision_Code::manufacturer_type manufacturer;
Rpi_Revision_Code::memory_size_type memorysize;
bool newstyle;
bool waranty;
bool otpread;
bool otpprogram;
bool overvoltage;
bool isvalid;
} rpi_revision_test_case;
std::list<rpi_revision_test_case> test_cases =
{
{
.rev_code = 0x900021,
.revision = 1,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_Aplus,
.processor = Rpi_Revision_Code::cpu_type::BCM2835,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_512MB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0x900032,
.revision = 2,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_Bplus,
.processor = Rpi_Revision_Code::cpu_type::BCM2835,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_512MB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0x900092,
.revision = 2,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_Zero,
.processor = Rpi_Revision_Code::cpu_type::BCM2835,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_512MB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0x900093,
.revision = 3,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_Zero,
.processor = Rpi_Revision_Code::cpu_type::BCM2835,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_512MB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0x9000c1,
.revision = 1,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_ZeroW,
.processor = Rpi_Revision_Code::cpu_type::BCM2835,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_512MB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0x9020e0,
.revision = 0,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_3Aplus,
.processor = Rpi_Revision_Code::cpu_type::BCM2837,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_512MB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0x9020e1,
.revision = 1,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_3Aplus,
.processor = Rpi_Revision_Code::cpu_type::BCM2837,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_512MB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0x920092,
.revision = 2,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_Zero,
.processor = Rpi_Revision_Code::cpu_type::BCM2835,
.manufacturer = Rpi_Revision_Code::manufacturer_type::Embest2,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_512MB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0x920093,
.revision = 3,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_Zero,
.processor = Rpi_Revision_Code::cpu_type::BCM2835,
.manufacturer = Rpi_Revision_Code::manufacturer_type::Embest2,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_512MB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0x900061,
.revision = 1,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_CM1,
.processor = Rpi_Revision_Code::cpu_type::BCM2835,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_512MB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xa01040,
.revision = 0,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_2B,
.processor = Rpi_Revision_Code::cpu_type::BCM2836,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_1GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xa01041,
.revision = 1,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_2B,
.processor = Rpi_Revision_Code::cpu_type::BCM2836,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_1GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xa02082,
.revision = 2,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_3B,
.processor = Rpi_Revision_Code::cpu_type::BCM2837,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_1GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xa020a0,
.revision = 0,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_CM3,
.processor = Rpi_Revision_Code::cpu_type::BCM2837,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_1GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xa020d3,
.revision = 3,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_3Bplus,
.processor = Rpi_Revision_Code::cpu_type::BCM2837,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_1GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xa020d4,
.revision = 4,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_3Bplus,
.processor = Rpi_Revision_Code::cpu_type::BCM2837,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_1GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xa02042,
.revision = 2,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_2B,
.processor = Rpi_Revision_Code::cpu_type::BCM2837,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_1GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xa21041,
.revision = 1,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_2B,
.processor = Rpi_Revision_Code::cpu_type::BCM2836,
.manufacturer = Rpi_Revision_Code::manufacturer_type::Embest2,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_1GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xa22042,
.revision = 2,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_2B,
.processor = Rpi_Revision_Code::cpu_type::BCM2837,
.manufacturer = Rpi_Revision_Code::manufacturer_type::Embest2,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_1GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xa22082,
.revision = 2,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_3B,
.processor = Rpi_Revision_Code::cpu_type::BCM2837,
.manufacturer = Rpi_Revision_Code::manufacturer_type::Embest2,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_1GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xa220a0,
.revision = 0,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_CM3,
.processor = Rpi_Revision_Code::cpu_type::BCM2837,
.manufacturer = Rpi_Revision_Code::manufacturer_type::Embest2,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_1GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xa32082,
.revision = 2,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_3B,
.processor = Rpi_Revision_Code::cpu_type::BCM2837,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyJapan,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_1GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xa52082,
.revision = 2,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_3B,
.processor = Rpi_Revision_Code::cpu_type::BCM2837,
.manufacturer = Rpi_Revision_Code::manufacturer_type::Stadium,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_1GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xa22083,
.revision = 3,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_3B,
.processor = Rpi_Revision_Code::cpu_type::BCM2837,
.manufacturer = Rpi_Revision_Code::manufacturer_type::Embest2,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_1GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xa02100,
.revision = 0,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_CM3plus,
.processor = Rpi_Revision_Code::cpu_type::BCM2837,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_1GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xa03111,
.revision = 1,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_4B,
.processor = Rpi_Revision_Code::cpu_type::BCM2711,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_1GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xb03111,
.revision = 1,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_4B,
.processor = Rpi_Revision_Code::cpu_type::BCM2711,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_2GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xb03112,
.revision = 2,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_4B,
.processor = Rpi_Revision_Code::cpu_type::BCM2711,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_2GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xb03114,
.revision = 4,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_4B,
.processor = Rpi_Revision_Code::cpu_type::BCM2711,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_2GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xb03115,
.revision = 5,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_4B,
.processor = Rpi_Revision_Code::cpu_type::BCM2711,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_2GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xc03111,
.revision = 1,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_4B,
.processor = Rpi_Revision_Code::cpu_type::BCM2711,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_4GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xc03112,
.revision = 2,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_4B,
.processor = Rpi_Revision_Code::cpu_type::BCM2711,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_4GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xc03114,
.revision = 4,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_4B,
.processor = Rpi_Revision_Code::cpu_type::BCM2711,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_4GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xc03115,
.revision = 5,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_4B,
.processor = Rpi_Revision_Code::cpu_type::BCM2711,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_4GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xd03114,
.revision = 4,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_4B,
.processor = Rpi_Revision_Code::cpu_type::BCM2711,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_8GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xd03115,
.revision = 5,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_4B,
.processor = Rpi_Revision_Code::cpu_type::BCM2711,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_8GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xc03130,
.revision = 0,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_400,
.processor = Rpi_Revision_Code::cpu_type::BCM2711,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_4GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xa03140,
.revision = 0,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_CM4,
.processor = Rpi_Revision_Code::cpu_type::BCM2711,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_1GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xb03140,
.revision = 0,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_CM4,
.processor = Rpi_Revision_Code::cpu_type::BCM2711,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_2GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xc03140,
.revision = 0,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_CM4,
.processor = Rpi_Revision_Code::cpu_type::BCM2711,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_4GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xd03140,
.revision = 0,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_CM4,
.processor = Rpi_Revision_Code::cpu_type::BCM2711,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_8GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0x902120,
.revision = 0,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_Zero2W,
.processor = Rpi_Revision_Code::cpu_type::BCM2837,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_512MB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xc04170,
.revision = 0,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_5,
.processor = Rpi_Revision_Code::cpu_type::BCM2712,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_4GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
.rev_code = 0xd04170,
.revision = 0,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_5,
.processor = Rpi_Revision_Code::cpu_type::BCM2712,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_8GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
// Test Overvoltage flag
.rev_code = 0x80d04170,
.revision = 0,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_5,
.processor = Rpi_Revision_Code::cpu_type::BCM2712,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_8GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = true,
.isvalid = true,
},
{
// Test OTP Program flag
.rev_code = 0x40d04170,
.revision = 0,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_5,
.processor = Rpi_Revision_Code::cpu_type::BCM2712,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_8GB,
.newstyle = true,
.waranty = false,
.otpread = false,
.otpprogram = true,
.overvoltage = false,
.isvalid = true,
},
{
// Test OTP Read flag
.rev_code = 0x20d04170,
.revision = 0,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_5,
.processor = Rpi_Revision_Code::cpu_type::BCM2712,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_8GB,
.newstyle = true,
.waranty = false,
.otpread = true,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
// Test Waranty flag
.rev_code = 0x02d04170,
.revision = 0,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_5,
.processor = Rpi_Revision_Code::cpu_type::BCM2712,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_8GB,
.newstyle = true,
.waranty = true,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
// Test New Style
.rev_code = 0x00504170,
.revision = 0,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_5,
.processor = Rpi_Revision_Code::cpu_type::BCM2712,
.manufacturer = Rpi_Revision_Code::manufacturer_type::SonyUK,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_8GB,
.newstyle = false,
.waranty = false,
.otpread = false,
.otpprogram = false,
.overvoltage = false,
.isvalid = true,
},
{
// Invalid Test
.rev_code = 0xFFFFFFFF,
.revision = 0xF,
.type = Rpi_Revision_Code::rpi_version_type::rpi_version_invalid,
.processor = Rpi_Revision_Code::cpu_type::CPU_TYPE_INVALID,
.manufacturer = Rpi_Revision_Code::manufacturer_type::MANUFACTURER_INVALID,
.memorysize = Rpi_Revision_Code::memory_size_type::MEM_INVALID,
.newstyle = true,
.waranty = true,
.otpread = true,
.otpprogram = true,
.overvoltage = true,
.isvalid = false,
},
};
TEST(RpiRevisionCode, Initialization)
{
const string cpuinfo_file = "/proc/cpuinfo";
for (rpi_revision_test_case tc : test_cases)
{
// debug
// printf("Test case: %x\n", tc.rev_code);
string cpuinfo_str = create_cpu_info(tc.rev_code);
path cpuinfo_path = CreateTempFileWithString(cpuinfo_file, cpuinfo_str);
unique_ptr<Rpi_Revision_Code> rpi_info(new Rpi_Revision_Code(cpuinfo_path.string()));
EXPECT_EQ(rpi_info->Revision(), tc.revision);
EXPECT_EQ(rpi_info->Type(), tc.type);
EXPECT_EQ(rpi_info->Processor(), tc.processor);
EXPECT_EQ(rpi_info->Manufacturer(), tc.manufacturer);
EXPECT_EQ(rpi_info->MemorySize(), tc.memorysize);
EXPECT_EQ(rpi_info->NewStyle(), tc.newstyle);
EXPECT_EQ(rpi_info->Waranty(), tc.waranty);
EXPECT_EQ(rpi_info->OtpRead(), tc.otpread);
EXPECT_EQ(rpi_info->OtpProgram(), tc.otpprogram);
EXPECT_EQ(rpi_info->Overvoltage(), tc.overvoltage);
EXPECT_EQ(rpi_info->IsValid(), tc.isvalid);
DeleteTempFile(cpuinfo_file);
}
}
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