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This commit is contained in:
Natalia Portillo
2022-03-06 13:29:37 +00:00
parent 3c23850c8d
commit d2bc6d7b0b
4 changed files with 280 additions and 284 deletions
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443
DeviceDto.cs
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@@ -35,244 +35,243 @@ using Aaru.CommonTypes.Metadata;
// ReSharper disable VirtualMemberCallInConstructor
namespace Aaru.Dto
namespace Aaru.Dto;
/// <summary>
/// DTO for known device
/// </summary>
public class DeviceDto : DeviceReportV2
{
/// <summary>
/// DTO for known device
/// Build an empty DTO
/// </summary>
public class DeviceDto : DeviceReportV2
public DeviceDto() {}
/// <summary>
/// Build a DTO from a device report
/// </summary>
/// <param name="report">Device report</param>
public DeviceDto(DeviceReportV2 report)
{
/// <summary>
/// Build an empty DTO
/// </summary>
public DeviceDto() {}
ATA = report.ATA;
ATAPI = report.ATAPI;
CompactFlash = report.CompactFlash;
FireWire = report.FireWire;
MultiMediaCard = report.MultiMediaCard;
PCMCIA = report.PCMCIA;
SCSI = report.SCSI;
SecureDigital = report.SecureDigital;
USB = report.USB;
Manufacturer = report.Manufacturer;
Model = report.Model;
Revision = report.Revision;
Type = report.Type;
GdRomSwapDiscCapabilities = report.GdRomSwapDiscCapabilities;
}
/// <summary>
/// Build a DTO from a device report
/// </summary>
/// <param name="report">Device report</param>
public DeviceDto(DeviceReportV2 report)
/// <summary>
/// Build a DTO from a device report with the specified parameters
/// </summary>
/// <param name="report">Device report</param>
/// <param name="id">Database ID</param>
/// <param name="optimalMultipleSectorsRead">Optimal number of blocks for read</param>
/// <param name="canReadGdRomUsingSwapDisc">Can read GD-ROM using swap trick?</param>
public DeviceDto(DeviceReportV2 report, int id, int optimalMultipleSectorsRead, bool? canReadGdRomUsingSwapDisc)
{
ATA = report.ATA;
ATAPI = report.ATAPI;
CompactFlash = report.CompactFlash;
FireWire = report.FireWire;
MultiMediaCard = report.MultiMediaCard;
PCMCIA = report.PCMCIA;
SCSI = report.SCSI;
SecureDigital = report.SecureDigital;
USB = report.USB;
Manufacturer = report.Manufacturer;
Model = report.Model;
Revision = report.Revision;
Type = report.Type;
GdRomSwapDiscCapabilities = report.GdRomSwapDiscCapabilities;
if(ATA != null)
{
ATA = report.ATA;
ATAPI = report.ATAPI;
CompactFlash = report.CompactFlash;
FireWire = report.FireWire;
MultiMediaCard = report.MultiMediaCard;
PCMCIA = report.PCMCIA;
SCSI = report.SCSI;
SecureDigital = report.SecureDigital;
USB = report.USB;
Manufacturer = report.Manufacturer;
Model = report.Model;
Revision = report.Revision;
Type = report.Type;
GdRomSwapDiscCapabilities = report.GdRomSwapDiscCapabilities;
ATA.Identify = null;
ATA.ReadCapabilities = ClearBinaries(ATA.ReadCapabilities);
if(ATA.RemovableMedias != null)
{
TestedMedia[] medias = ATA.RemovableMedias.ToArray();
ATA.RemovableMedias = new List<TestedMedia>();
foreach(TestedMedia media in medias)
ATA.RemovableMedias.Add(ClearBinaries(media));
}
}
/// <summary>
/// Build a DTO from a device report with the specified parameters
/// </summary>
/// <param name="report">Device report</param>
/// <param name="id">Database ID</param>
/// <param name="optimalMultipleSectorsRead">Optimal number of blocks for read</param>
/// <param name="canReadGdRomUsingSwapDisc">Can read GD-ROM using swap trick?</param>
public DeviceDto(DeviceReportV2 report, int id, int optimalMultipleSectorsRead, bool? canReadGdRomUsingSwapDisc)
if(ATAPI != null)
{
ATA = report.ATA;
ATAPI = report.ATAPI;
CompactFlash = report.CompactFlash;
FireWire = report.FireWire;
MultiMediaCard = report.MultiMediaCard;
PCMCIA = report.PCMCIA;
SCSI = report.SCSI;
SecureDigital = report.SecureDigital;
USB = report.USB;
Manufacturer = report.Manufacturer;
Model = report.Model;
Revision = report.Revision;
Type = report.Type;
GdRomSwapDiscCapabilities = report.GdRomSwapDiscCapabilities;
ATAPI.Identify = null;
ATAPI.ReadCapabilities = ClearBinaries(ATAPI.ReadCapabilities);
if(ATA != null)
if(ATAPI.RemovableMedias != null)
{
ATA.Identify = null;
ATA.ReadCapabilities = ClearBinaries(ATA.ReadCapabilities);
TestedMedia[] medias = ATAPI.RemovableMedias.ToArray();
ATAPI.RemovableMedias = new List<TestedMedia>();
if(ATA.RemovableMedias != null)
{
TestedMedia[] medias = ATA.RemovableMedias.ToArray();
ATA.RemovableMedias = new List<TestedMedia>();
foreach(TestedMedia media in medias)
ATA.RemovableMedias.Add(ClearBinaries(media));
}
foreach(TestedMedia media in medias)
ATAPI.RemovableMedias.Add(ClearBinaries(media));
}
if(ATAPI != null)
{
ATAPI.Identify = null;
ATAPI.ReadCapabilities = ClearBinaries(ATAPI.ReadCapabilities);
if(ATAPI.RemovableMedias != null)
{
TestedMedia[] medias = ATAPI.RemovableMedias.ToArray();
ATAPI.RemovableMedias = new List<TestedMedia>();
foreach(TestedMedia media in medias)
ATAPI.RemovableMedias.Add(ClearBinaries(media));
}
}
if(PCMCIA != null)
{
PCMCIA.AdditionalInformation = null;
PCMCIA.CIS = null;
}
MultiMediaCard = null;
SecureDigital = null;
if(SCSI != null)
{
SCSI.EVPDPages = null;
SCSI.InquiryData = null;
SCSI.ModeSense6Data = null;
SCSI.ModeSense10Data = null;
SCSI.ModeSense6CurrentData = null;
SCSI.ModeSense10CurrentData = null;
SCSI.ModeSense6ChangeableData = null;
SCSI.ModeSense10ChangeableData = null;
SCSI.ReadCapabilities = ClearBinaries(SCSI.ReadCapabilities);
if(SCSI.ModeSense != null)
{
SCSI.ModeSense.BlockDescriptors = null;
SCSI.ModeSense.ModePages = null;
}
if(SCSI.RemovableMedias != null)
{
TestedMedia[] medias = SCSI.RemovableMedias.ToArray();
SCSI.RemovableMedias = new List<TestedMedia>();
foreach(TestedMedia media in medias)
SCSI.RemovableMedias.Add(ClearBinaries(media));
}
if(SCSI.MultiMediaDevice != null)
{
SCSI.MultiMediaDevice.ModeSense2AData = null;
if(SCSI.MultiMediaDevice.Features != null)
SCSI.MultiMediaDevice.Features.BinaryData = null;
if(SCSI.MultiMediaDevice.TestedMedia != null)
{
TestedMedia[] medias = SCSI.MultiMediaDevice.TestedMedia.ToArray();
SCSI.MultiMediaDevice.TestedMedia = new List<TestedMedia>();
foreach(TestedMedia media in medias)
SCSI.MultiMediaDevice.TestedMedia.Add(ClearBinaries(media));
}
}
SCSI.SequentialDevice = null;
}
if(USB != null)
USB.Descriptors = null;
Id = id;
OptimalMultipleSectorsRead = optimalMultipleSectorsRead;
CanReadGdRomUsingSwapDisc = canReadGdRomUsingSwapDisc;
}
/// <summary>
/// Optimal maximum number of transfer blocks to read
/// </summary>
public int OptimalMultipleSectorsRead { get; set; }
/// <summary>
/// Can read GD-ROM using disc swap trick?
/// </summary>
public bool? CanReadGdRomUsingSwapDisc { get; set; }
/// <summary>
/// Database ID
/// </summary>
public new int Id { get; set; }
static TestedMedia ClearBinaries(TestedMedia media)
if(PCMCIA != null)
{
if(media is null)
return null;
media.AdipData = null;
media.AtipData = null;
media.BluBcaData = null;
media.BluDdsData = null;
media.BluDiData = null;
media.BluPacData = null;
media.BluSaiData = null;
media.C2PointersData = null;
media.CmiData = null;
media.CorrectedSubchannelData = null;
media.CorrectedSubchannelWithC2Data = null;
media.DcbData = null;
media.DmiData = null;
media.DvdAacsData = null;
media.DvdBcaData = null;
media.DvdDdsData = null;
media.DvdLayerData = null;
media.DvdSaiData = null;
media.EmbossedPfiData = null;
media.FullTocData = null;
media.HdCmiData = null;
media.HLDTSTReadRawDVDData = null;
media.IdentifyData = null;
media.LeadInData = null;
media.LeadOutData = null;
media.ModeSense6Data = null;
media.ModeSense10Data = null;
media.NecReadCddaData = null;
media.PfiData = null;
media.PioneerReadCddaData = null;
media.PioneerReadCddaMsfData = null;
media.PlextorReadCddaData = null;
media.PlextorReadRawDVDData = null;
media.PmaData = null;
media.PQSubchannelData = null;
media.PQSubchannelWithC2Data = null;
media.PriData = null;
media.Read6Data = null;
media.Read10Data = null;
media.Read12Data = null;
media.Read16Data = null;
media.ReadCdData = null;
media.ReadCdFullData = null;
media.ReadCdMsfData = null;
media.ReadCdMsfFullData = null;
media.ReadDmaData = null;
media.ReadDmaLba48Data = null;
media.ReadDmaLbaData = null;
media.ReadDmaRetryData = null;
media.ReadLba48Data = null;
media.ReadLbaData = null;
media.ReadLong10Data = null;
media.ReadLong16Data = null;
media.ReadLongData = null;
media.ReadLongLbaData = null;
media.ReadLongRetryData = null;
media.ReadLongRetryLbaData = null;
media.ReadRetryLbaData = null;
media.ReadSectorsData = null;
media.ReadSectorsRetryData = null;
media.RWSubchannelData = null;
media.RWSubchannelWithC2Data = null;
media.TocData = null;
media.Track1PregapData = null;
return media;
PCMCIA.AdditionalInformation = null;
PCMCIA.CIS = null;
}
MultiMediaCard = null;
SecureDigital = null;
if(SCSI != null)
{
SCSI.EVPDPages = null;
SCSI.InquiryData = null;
SCSI.ModeSense6Data = null;
SCSI.ModeSense10Data = null;
SCSI.ModeSense6CurrentData = null;
SCSI.ModeSense10CurrentData = null;
SCSI.ModeSense6ChangeableData = null;
SCSI.ModeSense10ChangeableData = null;
SCSI.ReadCapabilities = ClearBinaries(SCSI.ReadCapabilities);
if(SCSI.ModeSense != null)
{
SCSI.ModeSense.BlockDescriptors = null;
SCSI.ModeSense.ModePages = null;
}
if(SCSI.RemovableMedias != null)
{
TestedMedia[] medias = SCSI.RemovableMedias.ToArray();
SCSI.RemovableMedias = new List<TestedMedia>();
foreach(TestedMedia media in medias)
SCSI.RemovableMedias.Add(ClearBinaries(media));
}
if(SCSI.MultiMediaDevice != null)
{
SCSI.MultiMediaDevice.ModeSense2AData = null;
if(SCSI.MultiMediaDevice.Features != null)
SCSI.MultiMediaDevice.Features.BinaryData = null;
if(SCSI.MultiMediaDevice.TestedMedia != null)
{
TestedMedia[] medias = SCSI.MultiMediaDevice.TestedMedia.ToArray();
SCSI.MultiMediaDevice.TestedMedia = new List<TestedMedia>();
foreach(TestedMedia media in medias)
SCSI.MultiMediaDevice.TestedMedia.Add(ClearBinaries(media));
}
}
SCSI.SequentialDevice = null;
}
if(USB != null)
USB.Descriptors = null;
Id = id;
OptimalMultipleSectorsRead = optimalMultipleSectorsRead;
CanReadGdRomUsingSwapDisc = canReadGdRomUsingSwapDisc;
}
/// <summary>
/// Optimal maximum number of transfer blocks to read
/// </summary>
public int OptimalMultipleSectorsRead { get; set; }
/// <summary>
/// Can read GD-ROM using disc swap trick?
/// </summary>
public bool? CanReadGdRomUsingSwapDisc { get; set; }
/// <summary>
/// Database ID
/// </summary>
public new int Id { get; set; }
static TestedMedia ClearBinaries(TestedMedia media)
{
if(media is null)
return null;
media.AdipData = null;
media.AtipData = null;
media.BluBcaData = null;
media.BluDdsData = null;
media.BluDiData = null;
media.BluPacData = null;
media.BluSaiData = null;
media.C2PointersData = null;
media.CmiData = null;
media.CorrectedSubchannelData = null;
media.CorrectedSubchannelWithC2Data = null;
media.DcbData = null;
media.DmiData = null;
media.DvdAacsData = null;
media.DvdBcaData = null;
media.DvdDdsData = null;
media.DvdLayerData = null;
media.DvdSaiData = null;
media.EmbossedPfiData = null;
media.FullTocData = null;
media.HdCmiData = null;
media.HLDTSTReadRawDVDData = null;
media.IdentifyData = null;
media.LeadInData = null;
media.LeadOutData = null;
media.ModeSense6Data = null;
media.ModeSense10Data = null;
media.NecReadCddaData = null;
media.PfiData = null;
media.PioneerReadCddaData = null;
media.PioneerReadCddaMsfData = null;
media.PlextorReadCddaData = null;
media.PlextorReadRawDVDData = null;
media.PmaData = null;
media.PQSubchannelData = null;
media.PQSubchannelWithC2Data = null;
media.PriData = null;
media.Read6Data = null;
media.Read10Data = null;
media.Read12Data = null;
media.Read16Data = null;
media.ReadCdData = null;
media.ReadCdFullData = null;
media.ReadCdMsfData = null;
media.ReadCdMsfFullData = null;
media.ReadDmaData = null;
media.ReadDmaLba48Data = null;
media.ReadDmaLbaData = null;
media.ReadDmaRetryData = null;
media.ReadLba48Data = null;
media.ReadLbaData = null;
media.ReadLong10Data = null;
media.ReadLong16Data = null;
media.ReadLongData = null;
media.ReadLongLbaData = null;
media.ReadLongRetryData = null;
media.ReadLongRetryLbaData = null;
media.ReadRetryLbaData = null;
media.ReadSectorsData = null;
media.ReadSectorsRetryData = null;
media.RWSubchannelData = null;
media.RWSubchannelWithC2Data = null;
media.TocData = null;
media.Track1PregapData = null;
return media;
}
}