public bool ResolveSignals(byte[] buffer, int offset, out Signals signals)
{
ClearItemList();
BaseData.IsLittleEndian = false;
ResolveResultCode result = ResolveResultCode.UNKNOWN_ERROR;
while (offset < buffer.Length)
{
switch (buffer[offset])
{
case 0x00:
MWF_ZRO_00 MWF_ZRO_00 = new MWF_ZRO_00();
result = MWF_ZRO_00.Resolve(buffer, ref offset);
if (result == ResolveResultCode.SUCCESS)
{
_MWF_ZRO_00.Add(MWF_ZRO_00);
}
break;
case 0x01:
MWF_BLE_01 MWF_BLE_01 = new MWF_BLE_01();
result = MWF_BLE_01.Resolve(buffer, ref offset);
if (result == ResolveResultCode.SUCCESS)
{
_MWF_BLE_01.Add(MWF_BLE_01);
}
break;
case 0x02:
MWF_VER_02 MWF_VER_02 = new MWF_VER_02();
result = MWF_VER_02.Resolve(buffer, ref offset);
if (result == ResolveResultCode.SUCCESS)
{
_MWF_VER_02.Add(MWF_VER_02);
}
break;
case 0x03:
MWF_TXC_03 MWF_TXC_03 = new MWF_TXC_03();
result = MWF_TXC_03.Resolve(buffer, ref offset);
if (result == ResolveResultCode.SUCCESS)
{
_MWF_TXC_03.Add(MWF_TXC_03);
}
break;
case 0x04:
MWF_BLK_04 MWF_BLK_04 = new MWF_BLK_04();
result = MWF_BLK_04.Resolve(buffer, ref offset);
if (result == ResolveResultCode.SUCCESS)
{
_MWF_BLK_04.Add(MWF_BLK_04);
}
break;
case 0x05:
MWF_CHN_05 MWF_CHN_05 = new MWF_CHN_05();
result = MWF_CHN_05.Resolve(buffer, ref offset);
if (result == ResolveResultCode.SUCCESS)
{
_MWF_CHN_05.Add(MWF_CHN_05);
}
break;
case 0x06:
MWF_SEQ_06 MWF_SEQ_06 = new MWF_SEQ_06();
result = MWF_SEQ_06.Resolve(buffer, ref offset);
if (result == ResolveResultCode.SUCCESS)
{
_MWF_SEQ_06.Add(MWF_SEQ_06);
}
break;
case 0x07:
MWF_PNT_07 MWF_PNT_07 = new MWF_PNT_07();
result = MWF_PNT_07.Resolve(buffer, ref offset);
if (result == ResolveResultCode.SUCCESS)
{
_MWF_PNT_07.Add(MWF_PNT_07);
}
break;
case 0x08:
MWF_WFM_08 MWF_WFM_08 = new MWF_WFM_08();
result = MWF_WFM_08.Resolve(buffer, ref offset);
if (result == ResolveResultCode.SUCCESS)
{
_MWF_WFM_08.Add(MWF_WFM_08);
}
break;
case 0x09:
MWF_LDN_09 MWF_LDN_09 = new MWF_LDN_09();
result = MWF_LDN_09.Resolve(buffer, ref offset);
if (result == ResolveResultCode.SUCCESS)
{
_MWF_LDN_09.Add(MWF_LDN_09);
}
break;
case 0x0A:
MWF_DTP_0A MWF_DTP_0A = new MWF_DTP_0A();
result = MWF_DTP_0A.Resolve(buffer, ref offset);
if (result == ResolveResultCode.SUCCESS)
{
_MWF_DTP_0A.Add(MWF_DTP_0A);
}
break;
case 0x0B:
MWF_IVL_0B MWF_IVL_0B = new MWF_IVL_0B();
result = MWF_IVL_0B.Resolve(buffer, ref offset);
if (result == ResolveResultCode.SUCCESS)
{
_MWF_IVL_0B.Add(MWF_IVL_0B);
}
break;
case 0x0C:
MWF_SEN_0C MWF_SEN_0C = new MWF_SEN_0C();
result = MWF_SEN_0C.Resolve(buffer, ref offset);
if (result == ResolveResultCode.SUCCESS)
{
_MWF_SEN_0C.Add(MWF_SEN_0C);
}
break;
case 0x0D:
MWF_OFF_0D MWF_OFF_0D = new MWF_OFF_0D();
result = MWF_OFF_0D.Resolve(buffer, ref offset);
if (result == ResolveResultCode.SUCCESS)
{
_MWF_OFF_0D.Add(MWF_OFF_0D);
}
break;
case 0x0E:
MWF_CMP_0E MWF_CMP_0E = new MWF_CMP_0E();
result = MWF_CMP_0E.Resolve(buffer, ref offset);
if (result == ResolveResultCode.SUCCESS)
{
_MWF_CMP_0E.Add(MWF_CMP_0E);
}
break;
case 0x0F:
MWF_IPD_OF MWF_IPD_OF = new MWF_IPD_OF();
result = MWF_IPD_OF.Resolve(buffer, ref offset);
if (result == ResolveResultCode.SUCCESS)
{
_MWF_IPD_OF.Add(MWF_IPD_OF);
}
break;
case 0x11:
MWF_FLT_11 MWF_FLT_11 = new MWF_FLT_11();
result = MWF_FLT_11.Resolve(buffer, ref offset);
if (result == ResolveResultCode.SUCCESS)
{
_MWF_FLT_11.Add(MWF_FLT_11);
}
break;
case 0x12:
MWF_NUL_12 MWF_NUL_12 = new MWF_NUL_12();
result = MWF_NUL_12.Resolve(buffer, ref offset);
if (result == ResolveResultCode.SUCCESS)
{
_MWF_NUL_12.Add(MWF_NUL_12);
}
break;
case 0x15:
MWF_INF_15 MWF_INF_15 = new MWF_INF_15();
result = MWF_INF_15.Resolve(buffer, ref offset);
if (result == ResolveResultCode.SUCCESS)
{
_MWF_INF_15.Add(MWF_INF_15);
}
break;
case 0x16:
MWF_NTE_16 MWF_NTE_16 = new MWF_NTE_16();
result = MWF_NTE_16.Resolve(buffer, ref offset);
if (result == ResolveResultCode.SUCCESS)
{
_MWF_NTE_16.Add(MWF_NTE_16);
}
break;
case 0x17:
MWF_MAN_17 MWF_MAN_17 = new MWF_MAN_17();
result = MWF_MAN_17.Resolve(buffer, ref offset);
if (result == ResolveResultCode.SUCCESS)
{
_MWF_MAN_17.Add(MWF_MAN_17);
}
break;
case 0x1E:
MWF_WAV_1E MWF_WAV_1E = null;
if (_MWF_DTP_0A.Count > 0)
{
MWF_WAV_1E = new MWF_WAV_1E(_MWF_DTP_0A[_MWF_DTP_0A.Count - 1].Content);
}
else
{
MWF_WAV_1E = new MWF_WAV_1E(DataType.Int16);
}
result = MWF_WAV_1E.Resolve(buffer, ref offset);
if (result == ResolveResultCode.SUCCESS)
{
_MWF_WAV_1E.Add(MWF_WAV_1E);
}
break;
case 0x3F:
MWF_ATT_3F att = new MWF_ATT_3F();
result = att.Resolve(buffer, ref offset);
if (result == ResolveResultCode.SUCCESS)
{
_MWF_ATT_3F.Add(att);
}
break;
default:
MWF_NORMAL_FF MWF_NORMAL_FF = new MWF_NORMAL_FF();
result = MWF_NORMAL_FF.Resolve(buffer, ref offset);
if (result == ResolveResultCode.SUCCESS)
{
_MWF_NORMAL_FF.Add(MWF_NORMAL_FF);
}
break;
}
}
if (result == ResolveResultCode.SUCCESS)
{
if (_MWF_WAV_1E.Count > 0 &&
_MWF_IVL_0B.Count > 0 &&
_MWF_SEN_0C.Count > 0 &&
_MWF_BLK_04.Count > 0 &&
_MWF_SEQ_06.Count > 0)
{
byte iLeadNumber = (byte)_MWF_CHN_05[0].Content;
int iRhythmLength = (int)(_MWF_WAV_1E[0].Content.Length / _MWF_CHN_05[0].Content);
LeadType[] leadTypes = new LeadType[iLeadNumber];
for (int i = 0; i < iLeadNumber; i++)
{
leadTypes[i] = (LeadType)Enum.Parse(typeof(LeadType), MFERdef.GetLeadName(_MWF_ATT_3F[i].Content.Content));
}
signals = new Signals();
signals.InitializeSignals(_MWF_IVL_0B[0].SamplesPerSecond, (float)_MWF_SEN_0C[0].AVM, leadTypes);
for (int i = 0; i < iLeadNumber; i++)
{
signals[i].Data = new float[iRhythmLength];
for (int j = 0; j < iRhythmLength; j++)
{
signals[i].Data[j] = _MWF_WAV_1E[0].Content[i * _MWF_BLK_04[0].Content + j];
}
}
return(true);
}
}
signals = null;
return(false);
}
