aaru-dps/Aaru.Decoders
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Convert if to switch statement.

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This commit is contained in:
Natalia Portillo
2022-11-13 19:38:02 +00:00
parent d7577c9880
commit 02d6222ae9
13 changed files with 752 additions and 410 deletions
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106
DVD/CSS&CPRM.cs
View File

@@ -125,37 +125,46 @@ public static class CSS_CPRM
sb.AppendLine($"Drive has {vendorResets} vendor resets available.");
sb.AppendLine($"Drive has {userControlledChanges} user controlled changes available.");
if(decoded.RegionMask == 0xFF)
sb.AppendLine("Drive has no region set.");
else if(decoded.RegionMask == 0x00)
sb.AppendLine("Drive is region free.");
else
switch(decoded.RegionMask)
{
sb.Append("Drive has the following regions set:");
case 0xFF:
sb.AppendLine("Drive has no region set.");
if((decoded.RegionMask & 0x01) != 0x01)
sb.Append(" 1");
break;
case 0x00:
sb.AppendLine("Drive is region free.");
if((decoded.RegionMask & 0x02) != 0x02)
sb.Append(" 2");
break;
default:
{
sb.Append("Drive has the following regions set:");
if((decoded.RegionMask & 0x04) != 0x04)
sb.Append(" 3");
if((decoded.RegionMask & 0x01) != 0x01)
sb.Append(" 1");
if((decoded.RegionMask & 0x08) != 0x08)
sb.Append(" 4");
if((decoded.RegionMask & 0x02) != 0x02)
sb.Append(" 2");
if((decoded.RegionMask & 0x10) != 0x10)
sb.Append(" 5");
if((decoded.RegionMask & 0x04) != 0x04)
sb.Append(" 3");
if((decoded.RegionMask & 0x20) != 0x20)
sb.Append(" 6");
if((decoded.RegionMask & 0x08) != 0x08)
sb.Append(" 4");
if((decoded.RegionMask & 0x40) != 0x40)
sb.Append(" 7");
if((decoded.RegionMask & 0x10) != 0x10)
sb.Append(" 5");
if((decoded.RegionMask & 0x80) != 0x80)
sb.Append(" 8");
if((decoded.RegionMask & 0x20) != 0x20)
sb.Append(" 6");
if((decoded.RegionMask & 0x40) != 0x40)
sb.Append(" 7");
if((decoded.RegionMask & 0x80) != 0x80)
sb.Append(" 8");
break;
}
}
sb.AppendLine("");
@@ -217,37 +226,46 @@ public static class CSS_CPRM
if(decoded.CopyrightType == 0)
return sb.ToString();
if(decoded.RegionInformation == 0xFF)
sb.AppendLine("Disc cannot be played in any region at all.");
else if(decoded.RegionInformation == 0x00)
sb.AppendLine("Disc can be played in any region.");
else
switch(decoded.RegionInformation)
{
sb.Append("Disc can be played in the following regions:");
case 0xFF:
sb.AppendLine("Disc cannot be played in any region at all.");
if((decoded.RegionInformation & 0x01) != 0x01)
sb.Append(" 1");
break;
case 0x00:
sb.AppendLine("Disc can be played in any region.");
if((decoded.RegionInformation & 0x02) != 0x02)
sb.Append(" 2");
break;
default:
{
sb.Append("Disc can be played in the following regions:");
if((decoded.RegionInformation & 0x04) != 0x04)
sb.Append(" 3");
if((decoded.RegionInformation & 0x01) != 0x01)
sb.Append(" 1");
if((decoded.RegionInformation & 0x08) != 0x08)
sb.Append(" 4");
if((decoded.RegionInformation & 0x02) != 0x02)
sb.Append(" 2");
if((decoded.RegionInformation & 0x10) != 0x10)
sb.Append(" 5");
if((decoded.RegionInformation & 0x04) != 0x04)
sb.Append(" 3");
if((decoded.RegionInformation & 0x20) != 0x20)
sb.Append(" 6");
if((decoded.RegionInformation & 0x08) != 0x08)
sb.Append(" 4");
if((decoded.RegionInformation & 0x40) != 0x40)
sb.Append(" 7");
if((decoded.RegionInformation & 0x10) != 0x10)
sb.Append(" 5");
if((decoded.RegionInformation & 0x80) != 0x80)
sb.Append(" 8");
if((decoded.RegionInformation & 0x20) != 0x20)
sb.Append(" 6");
if((decoded.RegionInformation & 0x40) != 0x40)
sb.Append(" 7");
if((decoded.RegionInformation & 0x80) != 0x80)
sb.Append(" 8");
break;
}
}
return sb.ToString();

196
DVD/PFI.cs
View File

@@ -211,95 +211,98 @@ public static class PFI
case DiskCategory.DVDRAM:
pfi.DiscType = (DVDRAMDiscType)response[36];
if(pfi.PartVersion == 1)
switch(pfi.PartVersion)
{
pfi.Velocity = response[52];
pfi.ReadPower = response[53];
pfi.PeakPower = response[54];
pfi.BiasPower = response[55];
pfi.FirstPulseStart = response[56];
pfi.FirstPulseEnd = response[57];
pfi.MultiPulseDuration = response[58];
pfi.LastPulseStart = response[59];
pfi.LastPulseEnd = response[60];
pfi.BiasPowerDuration = response[61];
pfi.PeakPowerGroove = response[62];
pfi.BiasPowerGroove = response[63];
pfi.FirstPulseStartGroove = response[64];
pfi.FirstPulseEndGroove = response[65];
pfi.MultiplePulseDurationGroove = response[66];
pfi.LastPulseStartGroove = response[67];
pfi.LastPulseEndGroove = response[68];
pfi.BiasPowerDurationGroove = response[69];
}
else if(pfi.PartVersion >= 6)
{
pfi.Velocity = response[504];
pfi.ReadPower = response[505];
pfi.AdaptativeWritePulseControlFlag |= (response[506] & 0x80) == 0x80;
pfi.PeakPower = response[507];
pfi.BiasPower1 = response[508];
pfi.BiasPower2 = response[509];
pfi.BiasPower3 = response[510];
pfi.PeakPowerGroove = response[511];
pfi.BiasPower1Groove = response[512];
pfi.BiasPower2Groove = response[513];
pfi.BiasPower3Groove = response[514];
pfi.FirstPulseEnd = response[515];
pfi.FirstPulseDuration = response[516];
pfi.MultiPulseDuration = response[518];
pfi.LastPulseStart = response[519];
pfi.BiasPower2Duration = response[520];
pfi.FirstPulseStart3TSpace3T = response[521];
pfi.FirstPulseStart4TSpace3T = response[522];
pfi.FirstPulseStart5TSpace3T = response[523];
pfi.FirstPulseStartSpace3T = response[524];
pfi.FirstPulseStart3TSpace4T = response[525];
pfi.FirstPulseStart4TSpace4T = response[526];
pfi.FirstPulseStart5TSpace4T = response[527];
pfi.FirstPulseStartSpace4T = response[528];
pfi.FirstPulseStart3TSpace5T = response[529];
pfi.FirstPulseStart4TSpace5T = response[530];
pfi.FirstPulseStart5TSpace5T = response[531];
pfi.FirstPulseStartSpace5T = response[532];
pfi.FirstPulseStart3TSpace = response[533];
pfi.FirstPulseStart4TSpace = response[534];
pfi.FirstPulseStart5TSpace = response[535];
pfi.FirstPulseStartSpace = response[536];
pfi.FirstPulse3TStartTSpace3T = response[537];
pfi.FirstPulse4TStartTSpace3T = response[538];
pfi.FirstPulse5TStartTSpace3T = response[539];
pfi.FirstPulseStartTSpace3T = response[540];
pfi.FirstPulse3TStartTSpace4T = response[541];
pfi.FirstPulse4TStartTSpace4T = response[542];
pfi.FirstPulse5TStartTSpace4T = response[543];
pfi.FirstPulseStartTSpace4T = response[544];
pfi.FirstPulse3TStartTSpace5T = response[545];
pfi.FirstPulse4TStartTSpace5T = response[546];
pfi.FirstPulse5TStartTSpace5T = response[547];
pfi.FirstPulseStartTSpace5T = response[548];
pfi.FirstPulse3TStartTSpace = response[549];
pfi.FirstPulse4TStartTSpace = response[550];
pfi.FirstPulse5TStartTSpace = response[551];
pfi.FirstPulseStartTSpace = response[552];
tmp = new byte[48];
Array.Copy(response, 553, tmp, 0, 48);
pfi.DiskManufacturer = StringHandlers.SpacePaddedToString(tmp);
tmp = new byte[16];
Array.Copy(response, 601, tmp, 0, 16);
pfi.DiskManufacturerSupplementary = StringHandlers.SpacePaddedToString(tmp);
pfi.WritePowerControlParams = new byte[2];
pfi.WritePowerControlParams[0] = response[617];
pfi.WritePowerControlParams[1] = response[618];
pfi.PowerRatioLandThreshold = response[619];
pfi.TargetAsymmetry = response[620];
pfi.TemporaryPeakPower = response[621];
pfi.TemporaryBiasPower1 = response[622];
pfi.TemporaryBiasPower2 = response[623];
pfi.TemporaryBiasPower3 = response[624];
pfi.PowerRatioGrooveThreshold = response[625];
pfi.PowerRatioLandThreshold6T = response[626];
pfi.PowerRatioGrooveThreshold6T = response[627];
case 1:
pfi.Velocity = response[52];
pfi.ReadPower = response[53];
pfi.PeakPower = response[54];
pfi.BiasPower = response[55];
pfi.FirstPulseStart = response[56];
pfi.FirstPulseEnd = response[57];
pfi.MultiPulseDuration = response[58];
pfi.LastPulseStart = response[59];
pfi.LastPulseEnd = response[60];
pfi.BiasPowerDuration = response[61];
pfi.PeakPowerGroove = response[62];
pfi.BiasPowerGroove = response[63];
pfi.FirstPulseStartGroove = response[64];
pfi.FirstPulseEndGroove = response[65];
pfi.MultiplePulseDurationGroove = response[66];
pfi.LastPulseStartGroove = response[67];
pfi.LastPulseEndGroove = response[68];
pfi.BiasPowerDurationGroove = response[69];
break;
case >= 6:
pfi.Velocity = response[504];
pfi.ReadPower = response[505];
pfi.AdaptativeWritePulseControlFlag |= (response[506] & 0x80) == 0x80;
pfi.PeakPower = response[507];
pfi.BiasPower1 = response[508];
pfi.BiasPower2 = response[509];
pfi.BiasPower3 = response[510];
pfi.PeakPowerGroove = response[511];
pfi.BiasPower1Groove = response[512];
pfi.BiasPower2Groove = response[513];
pfi.BiasPower3Groove = response[514];
pfi.FirstPulseEnd = response[515];
pfi.FirstPulseDuration = response[516];
pfi.MultiPulseDuration = response[518];
pfi.LastPulseStart = response[519];
pfi.BiasPower2Duration = response[520];
pfi.FirstPulseStart3TSpace3T = response[521];
pfi.FirstPulseStart4TSpace3T = response[522];
pfi.FirstPulseStart5TSpace3T = response[523];
pfi.FirstPulseStartSpace3T = response[524];
pfi.FirstPulseStart3TSpace4T = response[525];
pfi.FirstPulseStart4TSpace4T = response[526];
pfi.FirstPulseStart5TSpace4T = response[527];
pfi.FirstPulseStartSpace4T = response[528];
pfi.FirstPulseStart3TSpace5T = response[529];
pfi.FirstPulseStart4TSpace5T = response[530];
pfi.FirstPulseStart5TSpace5T = response[531];
pfi.FirstPulseStartSpace5T = response[532];
pfi.FirstPulseStart3TSpace = response[533];
pfi.FirstPulseStart4TSpace = response[534];
pfi.FirstPulseStart5TSpace = response[535];
pfi.FirstPulseStartSpace = response[536];
pfi.FirstPulse3TStartTSpace3T = response[537];
pfi.FirstPulse4TStartTSpace3T = response[538];
pfi.FirstPulse5TStartTSpace3T = response[539];
pfi.FirstPulseStartTSpace3T = response[540];
pfi.FirstPulse3TStartTSpace4T = response[541];
pfi.FirstPulse4TStartTSpace4T = response[542];
pfi.FirstPulse5TStartTSpace4T = response[543];
pfi.FirstPulseStartTSpace4T = response[544];
pfi.FirstPulse3TStartTSpace5T = response[545];
pfi.FirstPulse4TStartTSpace5T = response[546];
pfi.FirstPulse5TStartTSpace5T = response[547];
pfi.FirstPulseStartTSpace5T = response[548];
pfi.FirstPulse3TStartTSpace = response[549];
pfi.FirstPulse4TStartTSpace = response[550];
pfi.FirstPulse5TStartTSpace = response[551];
pfi.FirstPulseStartTSpace = response[552];
tmp = new byte[48];
Array.Copy(response, 553, tmp, 0, 48);
pfi.DiskManufacturer = StringHandlers.SpacePaddedToString(tmp);
tmp = new byte[16];
Array.Copy(response, 601, tmp, 0, 16);
pfi.DiskManufacturerSupplementary = StringHandlers.SpacePaddedToString(tmp);
pfi.WritePowerControlParams = new byte[2];
pfi.WritePowerControlParams[0] = response[617];
pfi.WritePowerControlParams[1] = response[618];
pfi.PowerRatioLandThreshold = response[619];
pfi.TargetAsymmetry = response[620];
pfi.TemporaryPeakPower = response[621];
pfi.TemporaryBiasPower1 = response[622];
pfi.TemporaryBiasPower2 = response[623];
pfi.TemporaryBiasPower3 = response[624];
pfi.PowerRatioGrooveThreshold = response[625];
pfi.PowerRatioLandThreshold6T = response[626];
pfi.PowerRatioGrooveThreshold6T = response[627];
break;
}
break;
@@ -781,12 +784,17 @@ public static class PFI
sb.AppendFormat("Disc has {0} layers", decoded.Layers + 1).AppendLine();
if(decoded.TrackPath &&
decoded.Layers == 1)
sb.AppendLine("Layers are in parallel track path");
else if(!decoded.TrackPath &&
decoded.Layers == 1)
sb.AppendLine("Layers are in opposite track path");
switch(decoded.TrackPath)
{
case true when decoded.Layers == 1:
sb.AppendLine("Layers are in parallel track path");
break;
case false when decoded.Layers == 1:
sb.AppendLine("Layers are in opposite track path");
break;
}
switch(decoded.LinearDensity)
{