short m115a(FT_EEPROM ft_eeprom) {
int[] iArr = new int[80];
if (ft_eeprom.getClass() != FT_EEPROM_245R.class) {
return (short) 1;
}
FT_EEPROM_245R ft_eeprom_245r = (FT_EEPROM_245R) ft_eeprom;
for (short s = (short) 0; s < (short) 80; s = (short) (s + 1)) {
iArr[s] = m43a(s);
}
try {
int i = (iArr[0] & 65280) | 0;
if (ft_eeprom_245r.HighIO) {
i |= 4;
}
if (ft_eeprom_245r.LoadVCP) {
i |= 8;
}
if (ft_eeprom_245r.ExternalOscillator) {
i |= 2;
} else {
i &= 65533;
}
iArr[0] = i;
iArr[1] = ft_eeprom_245r.VendorId;
iArr[2] = ft_eeprom_245r.ProductId;
iArr[3] = 1536;
iArr[4] = m41a((Object) ft_eeprom);
i = m54b(ft_eeprom);
if (ft_eeprom_245r.InvertTXD) {
i |= 256;
}
if (ft_eeprom_245r.InvertRXD) {
i |= 512;
}
if (ft_eeprom_245r.InvertRTS) {
i |= 1024;
}
if (ft_eeprom_245r.InvertCTS) {
i |= 2048;
}
if (ft_eeprom_245r.InvertDTR) {
i |= 4096;
}
if (ft_eeprom_245r.InvertDSR) {
i |= 8192;
}
if (ft_eeprom_245r.InvertDCD) {
i |= D2xxManager.FTDI_BREAK_ON;
}
if (ft_eeprom_245r.InvertRI) {
i |= 32768;
}
iArr[5] = i;
int i2 = ft_eeprom_245r.CBus2 << 8;
iArr[10] =
((ft_eeprom_245r.CBus0 | (ft_eeprom_245r.CBus1 << 4)) | i2)
| (ft_eeprom_245r.CBus3 << 12);
iArr[11] = ft_eeprom_245r.CBus4;
i2 =
m42a(
ft_eeprom_245r.Product,
iArr,
m42a(ft_eeprom_245r.Manufacturer, iArr, 12, 7, true),
8,
true);
if (ft_eeprom_245r.SerNumEnable) {
m42a(ft_eeprom_245r.SerialNumber, iArr, i2, 9, true);
}
if (iArr[1] == 0 || iArr[2] == 0) {
return (short) 2;
}
byte latencyTimer = f106d.getLatencyTimer();
f106d.setLatencyTimer((byte) 119);
boolean a = m51a(iArr, 80);
f106d.setLatencyTimer(latencyTimer);
if (a) {
return (short) 0;
}
return (short) 1;
} catch (Exception e) {
e.printStackTrace();
return (short) 0;
}
}
short programEeprom(FT_EEPROM var1) {
int[] var2 = new int[this.mEepromSize];
if (var1.getClass() != FT_EEPROM_2232H.class) {
return (short) 1;
} else {
FT_EEPROM_2232H var3 = (FT_EEPROM_2232H) var1;
try {
if (!var3.A_UART) {
if (var3.A_FIFO) {
var2[0] |= 1;
} else if (var3.A_FIFOTarget) {
var2[0] |= 2;
} else {
var2[0] |= 4;
}
}
if (var3.A_LoadVCP) {
var2[0] |= 8;
}
if (!var3.B_UART) {
if (var3.B_FIFO) {
var2[0] |= 256;
} else if (var3.B_FIFOTarget) {
var2[0] |= 512;
} else {
var2[0] |= 1024;
}
}
if (var3.B_LoadVCP) {
var2[0] |= 2048;
}
if (var3.PowerSaveEnable) {
var2[0] |= '耀';
}
var2[1] = var3.VendorId;
var2[2] = var3.ProductId;
var2[3] = 1792;
var2[4] = this.setUSBConfig((Object) var1);
var2[5] = this.b(var1);
var2[6] = 0;
byte var4 = var3.AL_DriveCurrent;
if (var4 == -1) {
var4 = 0;
}
var2[6] |= var4;
if (var3.AL_SlowSlew) {
var2[6] |= 4;
}
if (var3.AL_SchmittInput) {
var2[6] |= 8;
}
byte var5 = var3.AH_DriveCurrent;
if (var5 == -1) {
var5 = 0;
}
short var12 = (short) (var5 << 4);
var2[6] |= var12;
if (var3.AH_SlowSlew) {
var2[6] |= 64;
}
if (var3.AH_SchmittInput) {
var2[6] |= 128;
}
byte var6 = var3.BL_DriveCurrent;
if (var6 == -1) {
var6 = 0;
}
short var13 = (short) (var6 << 8);
var2[6] |= var13;
if (var3.BL_SlowSlew) {
var2[6] |= 1024;
}
if (var3.BL_SchmittInput) {
var2[6] |= 2048;
}
byte var7 = var3.BH_DriveCurrent;
short var14 = (short) (var7 << 12);
var2[6] |= var14;
if (var3.BH_SlowSlew) {
var2[6] |= 16384;
}
if (var3.BH_SchmittInput) {
var2[6] |= '耀';
}
boolean var8 = false;
byte var9 = 77;
if (this.mEepromType == 70) {
var9 = 13;
var8 = true;
}
int var15 = this.a(var3.Manufacturer, var2, var9, 7, var8);
var15 = this.a(var3.Product, var2, var15, 8, var8);
if (var3.SerNumEnable) {
this.a(var3.SerialNumber, var2, var15, 9, var8);
}
switch (var3.TPRDRV) {
case 0:
var2[11] = 0;
break;
case 1:
var2[11] = 8;
break;
case 2:
var2[11] = 16;
break;
case 3:
var2[11] = 24;
break;
default:
var2[11] = 0;
}
var2[12] = this.mEepromType;
if (var2[1] != 0 && var2[2] != 0) {
boolean var10 = false;
var10 = this.a(var2, this.mEepromSize - 1);
return (short) (var10 ? 0 : 1);
} else {
return (short) 2;
}
} catch (Exception var11) {
var11.printStackTrace();
return (short) 0;
}
}
}
FT_EEPROM m114a() {
int i;
FT_EEPROM ft_eeprom_245r = new FT_EEPROM_245R();
int[] iArr = new int[80];
for (i = 0; i < 80; i++) {
iArr[i] = m43a((short) i);
}
try {
if ((iArr[0] & 4) == 4) {
ft_eeprom_245r.HighIO = true;
} else {
ft_eeprom_245r.HighIO = false;
}
if ((iArr[0] & 8) == 8) {
ft_eeprom_245r.LoadVCP = true;
} else {
ft_eeprom_245r.LoadVCP = false;
}
if ((iArr[0] & 2) == 2) {
ft_eeprom_245r.ExternalOscillator = true;
} else {
ft_eeprom_245r.ExternalOscillator = false;
}
ft_eeprom_245r.VendorId = (short) iArr[1];
ft_eeprom_245r.ProductId = (short) iArr[2];
m48a(ft_eeprom_245r, iArr[4]);
m49a((Object) ft_eeprom_245r, iArr[5]);
if ((iArr[5] & 256) == 256) {
ft_eeprom_245r.InvertTXD = true;
} else {
ft_eeprom_245r.InvertTXD = false;
}
if ((iArr[5] & 512) == 512) {
ft_eeprom_245r.InvertRXD = true;
} else {
ft_eeprom_245r.InvertRXD = false;
}
if ((iArr[5] & 1024) == 1024) {
ft_eeprom_245r.InvertRTS = true;
} else {
ft_eeprom_245r.InvertRTS = false;
}
if ((iArr[5] & 2048) == 2048) {
ft_eeprom_245r.InvertCTS = true;
} else {
ft_eeprom_245r.InvertCTS = false;
}
if ((iArr[5] & 4096) == 4096) {
ft_eeprom_245r.InvertDTR = true;
} else {
ft_eeprom_245r.InvertDTR = false;
}
if ((iArr[5] & 8192) == 8192) {
ft_eeprom_245r.InvertDSR = true;
} else {
ft_eeprom_245r.InvertDSR = false;
}
if ((iArr[5] & D2xxManager.FTDI_BREAK_ON) == D2xxManager.FTDI_BREAK_ON) {
ft_eeprom_245r.InvertDCD = true;
} else {
ft_eeprom_245r.InvertDCD = false;
}
if ((iArr[5] & 32768) == 32768) {
ft_eeprom_245r.InvertRI = true;
} else {
ft_eeprom_245r.InvertRI = false;
}
i = iArr[10];
ft_eeprom_245r.CBus0 = (byte) (i & 15);
ft_eeprom_245r.CBus1 = (byte) ((i & 240) >> 4);
ft_eeprom_245r.CBus2 = (byte) ((i & 3840) >> 8);
ft_eeprom_245r.CBus3 = (byte) ((i & 61440) >> 12);
ft_eeprom_245r.CBus4 = (byte) (iArr[11] & Telemetry.cbTagMax);
ft_eeprom_245r.Manufacturer = m46a(((iArr[7] & Telemetry.cbTagMax) - 128) / 2, iArr);
ft_eeprom_245r.Product = m46a(((iArr[8] & Telemetry.cbTagMax) - 128) / 2, iArr);
ft_eeprom_245r.SerialNumber = m46a(((iArr[9] & Telemetry.cbTagMax) - 128) / 2, iArr);
return ft_eeprom_245r;
} catch (Exception e) {
return null;
}
}
