Skip to content

P
proview
Commit 34dfa9a3 authored by Marcus Nordenberg's avatar Marcus Nordenberg
Browse files
Options

gsdml parser: add lots of missing tags and attributes

parent d6913032
Hide whitespace changes
Inline Side-by-side
Showing with 856 additions and 370 deletions
profibus/lib/cow/src/cow_pn_gsdml.cpp
View file @ 34dfa9a3
......@@ -229,6 +229,30 @@ static gsdml_sTag taglist[] = {
{"Language", gsdml_eTag_Language, gsdml_eType_, 0, 0, 1},
{"Text", gsdml_eTag_Text, gsdml_eType_, 0, 0, 1},
{"CertificationInfo", gsdml_eTag_CertificationInfo, gsdml_eType_, 0, 0, 1},
{"MenuList", gsdml_eTag_MenuList, gsdml_eType_, 0, 0, 1},
{"MenuItem", gsdml_eTag_MenuItem, gsdml_eType_, 0, 0, 1},
{"MenuRef", gsdml_eTag_MenuRef, gsdml_eType_, 0, 0, 1},
{"ParameterRef", gsdml_eTag_ParameterRef, gsdml_eType_, 0, 0, 1},
{"SystemRedundancy", gsdml_eTag_SystemRedundancy, gsdml_eType_, 0, 0, 1},
{"PROFIenergy", gsdml_eTag_PROFIenergy, gsdml_eType_, 0, 0, 1},
{"Signature", gsdml_eTag_Signature, gsdml_eType_, 0, 0, 0},
{"SignedInfo", gsdml_eTag_SignedInfo, gsdml_eType_, 0, 0, 0},
{"CanonicalizationMethod", gsdml_eTag_CanonicalizationMethod, gsdml_eType_, 0, 0, 0},
{"SignatureMethod", gsdml_eTag_SignatureMethod, gsdml_eType_, 0, 0, 0},
{"Reference", gsdml_eTag_Reference, gsdml_eType_, 0, 0, 0},
{"Transforms", gsdml_eTag_Transforms, gsdml_eType_, 0, 0, 0},
{"Transform", gsdml_eTag_Transform, gsdml_eType_, 0, 0, 0},
{"DigestMethod", gsdml_eTag_DigestMethod, gsdml_eType_, 0, 0, 0},
{"DigestValue", gsdml_eTag_DigestValue, gsdml_eType_, 0, 0, 0},
{"SignatureValue", gsdml_eTag_SignatureValue, gsdml_eType_, 0, 0, 0},
{"KeyInfo", gsdml_eTag_KeyInfo, gsdml_eType_, 0, 0, 0},
{"KeyValue", gsdml_eTag_KeyValue, gsdml_eType_, 0, 0, 0},
{"RSAKeyValue", gsdml_eTag_RSAKeyValue, gsdml_eType_, 0, 0, 0},
{"Modulus", gsdml_eTag_Modulus, gsdml_eType_, 0, 0, 0},
{"Exponent", gsdml_eTag_Exponent, gsdml_eType_, 0, 0, 0},
{"Object", gsdml_eTag_Object, gsdml_eType_, 0, 0, 0},
{"SignatureProperties", gsdml_eTag_SignatureProperties, gsdml_eType_, 0, 0, 0},
{"SignatureProperty", gsdml_eTag_SignatureProperty, gsdml_eType_, 0, 0, 0},
{"", gsdml_eTag_, gsdml_eType_, 0, 0, 1}};
static gsdml_sAttribute attrlist[] = {
......@@ -361,6 +385,16 @@ static gsdml_sAttribute attrlist[] = {
{"NumberOfDeviceAccessAR", gsdml_eTag_DeviceAccessPointItem, gsdml_eTag_,
gsdml_eType_Unsigned16, sizeof(gsdml_tUnsigned16),
offsetof(gsdml_sDeviceAccessPointItem, NumberOfDeviceAccessAR), 0, "1"},
{"NumberOfSubmodules", gsdml_eTag_DeviceAccessPointItem, gsdml_eTag_,
gsdml_eType_Unsigned16, sizeof(gsdml_tUnsigned16),
offsetof(gsdml_sDeviceAccessPointItem, NumberOfSubmodules), 0, "0"},
{"PrmBeginPrmEndSequenceSupported", gsdml_eTag_DeviceAccessPointItem, gsdml_eTag_,
gsdml_eType_Boolean, sizeof(gsdml_tBoolean),
offsetof(gsdml_sDeviceAccessPointItem, PrmBeginPrmEndSequenceSupported), 0, "false"},
{"CIR_Supported", gsdml_eTag_DeviceAccessPointItem, gsdml_eTag_,
gsdml_eType_Boolean, sizeof(gsdml_tBoolean),
offsetof(gsdml_sDeviceAccessPointItem, CIR_Supported), 0, "false"},
//
// ModuleInfo
//
......@@ -421,6 +455,18 @@ static gsdml_sAttribute attrlist[] = {
{"MaxDataLength", gsdml_eTag_IOConfigData, gsdml_eTag_,
gsdml_eType_Unsigned16, sizeof(gsdml_tUnsigned16),
offsetof(gsdml_sIOConfigData, MaxDataLength), 0, ""},
{"MaxApplicationInputLength", gsdml_eTag_IOConfigData, gsdml_eTag_,
gsdml_eType_Unsigned16, sizeof(gsdml_tUnsigned16),
offsetof(gsdml_sIOConfigData, MaxApplicationInputLength), 0, ""},
{"MaxApplicationOutputLength", gsdml_eTag_IOConfigData, gsdml_eTag_,
gsdml_eType_Unsigned16, sizeof(gsdml_tUnsigned16),
offsetof(gsdml_sIOConfigData, MaxApplicationOutputLength), 0, ""},
{"MaxApplicationDataLength", gsdml_eTag_IOConfigData, gsdml_eTag_,
gsdml_eType_Unsigned16, sizeof(gsdml_tUnsigned16),
offsetof(gsdml_sIOConfigData, MaxApplicationDataLength), 0, ""},
{"ApplicationLengthIncludesIOxS", gsdml_eTag_IOConfigData, gsdml_eTag_,
gsdml_eType_Unsigned16, sizeof(gsdml_tUnsigned16),
offsetof(gsdml_sIOConfigData, ApplicationLengthIncludesIOxS), 0, ""},
//
// ModuleItemRef
//
......@@ -851,6 +897,16 @@ static gsdml_sAttribute attrlist[] = {
gsdml_eTag_, gsdml_eType_Boolean, sizeof(gsdml_tBoolean),
offsetof(gsdml_sInterfaceSubmoduleItem, DelayMeasurementSupported), 0,
"false"},
{"PDEV_CombinedObjectSupported", gsdml_eTag_InterfaceSubmoduleItem,
gsdml_eTag_, gsdml_eType_Boolean, sizeof(gsdml_tBoolean),
offsetof(gsdml_sInterfaceSubmoduleItem, PDEV_CombinedObjectSupported), 0,
"false"},
{"MaxFrameStartTime", gsdml_eTag_InterfaceSubmoduleItem, gsdml_eTag_,
gsdml_eType_Unsigned16, sizeof(gsdml_tUnsigned16),
offsetof(gsdml_sInterfaceSubmoduleItem, MaxFrameStartTime), 0, "0"},
{"MinNRT_Gap", gsdml_eTag_InterfaceSubmoduleItem, gsdml_eTag_,
gsdml_eType_Unsigned16, sizeof(gsdml_tUnsigned16),
offsetof(gsdml_sInterfaceSubmoduleItem, MinNRT_Gap), 0, "0"},
//
// DCP_FlashOnceSignalUnit
//
......@@ -866,6 +922,9 @@ static gsdml_sAttribute attrlist[] = {
{"MaxNumberIR_FrameData", gsdml_eTag_RT_Class3Properties, gsdml_eTag_,
gsdml_eType_Unsigned16, sizeof(gsdml_tUnsigned16),
offsetof(gsdml_sRT_Class3Properties, MaxNumberIR_FrameData), 0, ""},
{"MaxRangeIR_FrameID", gsdml_eTag_RT_Class3Properties, gsdml_eTag_,
gsdml_eType_Unsigned16, sizeof(gsdml_tUnsigned16),
offsetof(gsdml_sRT_Class3Properties, MaxRangeIR_FrameID), 0, ""},
// Added without spec
{"StartupMode", gsdml_eTag_RT_Class3Properties, gsdml_eTag_,
gsdml_eType_String, sizeof(gsdml_tString),
......@@ -873,6 +932,36 @@ static gsdml_sAttribute attrlist[] = {
{"ForwardingMode", gsdml_eTag_RT_Class3Properties, gsdml_eTag_,
gsdml_eType_String, sizeof(gsdml_tString),
offsetof(gsdml_sRT_Class3Properties, ForwardingMode), 0, ""},
{"MaxRedPeriodLength", gsdml_eTag_RT_Class3Properties, gsdml_eTag_,
gsdml_eType_Unsigned16, sizeof(gsdml_tUnsigned16),
offsetof(gsdml_sRT_Class3Properties, MaxRedPeriodLength), 0, ""},
{"MinFSO", gsdml_eTag_RT_Class3Properties, gsdml_eTag_,
gsdml_eType_Unsigned16, sizeof(gsdml_tUnsigned16),
offsetof(gsdml_sRT_Class3Properties, MinFSO), 0, ""},
{"MinRTC3_Gap", gsdml_eTag_RT_Class3Properties, gsdml_eTag_,
gsdml_eType_Unsigned16, sizeof(gsdml_tUnsigned16),
offsetof(gsdml_sRT_Class3Properties, MinRTC3_Gap), 0, ""},
{"MinYellowTime", gsdml_eTag_RT_Class3Properties, gsdml_eTag_,
gsdml_eType_Unsigned16, sizeof(gsdml_tUnsigned16),
offsetof(gsdml_sRT_Class3Properties, MinYellowTime), 0, ""},
{"YellowSafetyMargin", gsdml_eTag_RT_Class3Properties, gsdml_eTag_,
gsdml_eType_Unsigned16, sizeof(gsdml_tUnsigned16),
offsetof(gsdml_sRT_Class3Properties, YellowSafetyMargin), 0, ""},
{"MaxBridgeDelayFFW", gsdml_eTag_RT_Class3Properties, gsdml_eTag_,
gsdml_eType_Unsigned16, sizeof(gsdml_tUnsigned16),
offsetof(gsdml_sRT_Class3Properties, MaxBridgeDelayFFW), 0, ""},
{"MaxDFP_Feed", gsdml_eTag_RT_Class3Properties, gsdml_eTag_,
gsdml_eType_Unsigned16, sizeof(gsdml_tUnsigned16),
offsetof(gsdml_sRT_Class3Properties, MaxDFP_Feed), 0, ""},
{"MaxDFP_Frames", gsdml_eTag_RT_Class3Properties, gsdml_eTag_,
gsdml_eType_Unsigned16, sizeof(gsdml_tUnsigned16),
offsetof(gsdml_sRT_Class3Properties, MaxDFP_Frames), 0, ""},
{"AlignDFP_Subframes", gsdml_eTag_RT_Class3Properties,
gsdml_eTag_, gsdml_eType_Boolean, sizeof(gsdml_tBoolean),
offsetof(gsdml_sRT_Class3Properties, AlignDFP_Subframes), 0, "false"},
{"FragmentationType", gsdml_eTag_RT_Class3Properties, gsdml_eTag_,
gsdml_eType_String, sizeof(gsdml_tString),
offsetof(gsdml_sRT_Class3Properties, FragmentationType), 0, ""},
//
// SynchronisationMode
//
......@@ -888,6 +977,9 @@ static gsdml_sAttribute attrlist[] = {
{"SupportedSyncProtocols", gsdml_eTag_SynchronisationMode, gsdml_eTag_,
gsdml_eType_TokenList, sizeof(gsdml_tTokenList),
offsetof(gsdml_sSynchronisationMode, SupportedSyncProtocols), 0, ""},
{"PeerToPeerJitter", gsdml_eTag_SynchronisationMode, gsdml_eTag_,
gsdml_eType_Unsigned16, sizeof(gsdml_tUnsigned16),
offsetof(gsdml_sSynchronisationMode, PeerToPeerJitter), 0, "0"},
//
// ApplicationRelations (InterfaceSubmoduleItem)
//
......@@ -996,6 +1088,10 @@ static gsdml_sAttribute attrlist[] = {
{"MaxMRP_Instances", gsdml_eTag_MediaRedundancy, gsdml_eTag_,
gsdml_eType_Integer, sizeof(gsdml_tInteger),
offsetof(gsdml_sMediaRedundancy, MaxMRP_Instances), 0, "1"},
{"AdditionalForwardingRulesSupported", gsdml_eTag_MediaRedundancy, gsdml_eTag_,
gsdml_eType_Boolean, sizeof(gsdml_tBoolean),
offsetof(gsdml_sMediaRedundancy, AdditionalForwardingRulesSupported), 0,
"false"},
//
// PortSubmoduleItem
//
......@@ -1051,9 +1147,12 @@ static gsdml_sAttribute attrlist[] = {
{"Writeable_IM_Records", gsdml_eTag_PortSubmoduleItem, gsdml_eTag_,
gsdml_eType_ValueList, sizeof(gsdml_tValueList),
offsetof(gsdml_sPortSubmoduleItem, Writeable_IM_Records), 0, "0"},
{"ShortPreamble100MBitSupported", gsdml_eTag_PortSubmoduleItem,
gsdml_eTag_, gsdml_eType_, sizeof(gsdml_tBoolean),
offsetof(gsdml_sPortSubmoduleItem, ShortPreamble100MBitSupported), 0,
"false"},
//
// MAUTypeList
// MAUTypeList and MAUTypeItem
//
{"Value", gsdml_eTag_MAUTypeItem, gsdml_eTag_MAUTypeList,
gsdml_eType_Unsigned16, sizeof(gsdml_tUnsigned16),
......@@ -1182,6 +1281,8 @@ static gsdml_sAttribute attrlist[] = {
offsetof(gsdml_sUnitDiagTypeItem, UserStructureIdentifier), 0, ""},
{"API", gsdml_eTag_UnitDiagTypeItem, gsdml_eTag_, gsdml_eType_Unsigned32,
sizeof(gsdml_tUnsigned32), offsetof(gsdml_sUnitDiagTypeItem, API), 0, ""},
{"TextId", gsdml_eTag_Name, gsdml_eTag_UnitDiagTypeItem, gsdml_eType_RefIdT, sizeof(gsdml_tRefIdT),
offsetof(gsdml_sUnitDiagTypeItem, Name), 0, ""},
//
// GraphicItem
//
......@@ -1210,6 +1311,48 @@ static gsdml_sAttribute attrlist[] = {
//
{"xml:lang", gsdml_eTag_Language, gsdml_eTag_, gsdml_eType_Enum,
sizeof(gsdml_tEnum), offsetof(gsdml_sLanguage, xml_lang), 0, ""},
// MenuItem
{"ID", gsdml_eTag_MenuItem, gsdml_eTag_MenuList, gsdml_eType_RefId, sizeof(gsdml_tRefId),
offsetof(gsdml_sMenuItem, ID), 0, ""},
{"TextId", gsdml_eTag_Name, gsdml_eTag_MenuItem, gsdml_eType_RefIdT, sizeof(gsdml_tRefIdT),
offsetof(gsdml_sMenuItem, Name), 0, ""},
// ParameterRef
{"ParameterTarget", gsdml_eTag_ParameterRef, gsdml_eTag_MenuItem, gsdml_eType_RefId, sizeof(gsdml_tRefId),
offsetof(gsdml_sParameterRef, ParameterTarget), 0, ""},
// MenuRef
{"MenuTarget", gsdml_eTag_MenuRef, gsdml_eTag_MenuItem, gsdml_eType_RefId, sizeof(gsdml_tRefId),
offsetof(gsdml_sParameterRef, ParameterTarget), 0, ""},
// SystemRedundancy
{"DeviceType", gsdml_eTag_SystemRedundancy, gsdml_eTag_DeviceAccessPointItem, gsdml_eType_String, sizeof(gsdml_tString),
offsetof(gsdml_sSystemRedundancy, DeviceType), 0, ""},
{"MaxSwitchOverTime", gsdml_eTag_SystemRedundancy, gsdml_eTag_DeviceAccessPointItem, gsdml_eType_Unsigned16, sizeof(gsdml_tUnsigned16),
offsetof(gsdml_sSystemRedundancy, MaxSwitchOverTime), 0, ""},
{"RT_InputOnBackupAR_Supported", gsdml_eTag_SystemRedundancy, gsdml_eTag_DeviceAccessPointItem, gsdml_eType_Boolean, sizeof(gsdml_tBoolean),
offsetof(gsdml_sSystemRedundancy, RT_InputOnBackupAR_Supported), 0, ""},
{"NumberOfAR_Sets", gsdml_eTag_SystemRedundancy, gsdml_eTag_DeviceAccessPointItem, gsdml_eType_Unsigned16, sizeof(gsdml_tUnsigned16),
offsetof(gsdml_sSystemRedundancy, NumberOfAR_Sets), 0, ""},
{"DataInvalidOnBackupAR_Supported", gsdml_eTag_SystemRedundancy, gsdml_eTag_DeviceAccessPointItem, gsdml_eType_Boolean, sizeof(gsdml_tBoolean),
offsetof(gsdml_sSystemRedundancy, DataInvalidOnBackupAR_Supported), 0, ""},
// PROFIenergy
{"ProfileVersion", gsdml_eTag_PROFIenergy, gsdml_eTag_VirtualSubmoduleItem, gsdml_eType_String, sizeof(gsdml_tString),
offsetof(gsdml_sPROFIenergy, ProfileVersion), 0, ""},
// Signature, ignored
{"Id", gsdml_eTag_Signature, gsdml_eTag_, gsdml_eType_, 0, 0, 1, ""},
// CanonicalizationMethod , ignored
{"Algorithm", gsdml_eTag_CanonicalizationMethod, gsdml_eTag_, gsdml_eType_, 0, 0, 1, ""},
// SignatureMethod, ignored
{"Algorithm", gsdml_eTag_SignatureMethod, gsdml_eTag_, gsdml_eType_, 0, 0, 1, ""},
// Reference, ignored
{"URI", gsdml_eTag_Reference, gsdml_eTag_, gsdml_eType_, 0, 0, 1, ""},
// Transform, ignored
{"Algorithm", gsdml_eTag_Transform, gsdml_eTag_, gsdml_eType_, 0, 0, 1, ""},
// DigestMethod, ignored
{"Algorithm", gsdml_eTag_DigestMethod, gsdml_eTag_, gsdml_eType_, 0, 0, 1, ""},
// SignatureProperty, ignored
{"Id", gsdml_eTag_SignatureProperty, gsdml_eTag_, gsdml_eType_, 0, 0, 1, ""},
{"Target", gsdml_eTag_SignatureProperty, gsdml_eTag_, gsdml_eType_, 0, 0, 1, ""},
// SignatureProperties, ignored
{"Id", gsdml_eTag_SignatureProperties, gsdml_eTag_, gsdml_eType_, 0, 0, 1, ""},
//
{"", gsdml_eTag_, gsdml_eTag_, gsdml_eType_, 0, 0, 0, ""}};
......@@ -1858,7 +2001,7 @@ int pn_gsdml::tag(const char* name)
sts = find_tag(name, &idx);
if (!sts)
{
error_message_line("Unknown tag");
error_message("Unknown tag %s", name);
return 0;
}
......@@ -2179,116 +2322,39 @@ int pn_gsdml::datavalue_to_string(gsdml_eValueDataType datatype, void* value,
case gsdml_eValueDataType_Integer16:
{
short v;
#if (pwr_dHost_byteOrder == pwr_dLittleEndian)
if (byte_order == pwr_eByteOrderingEnum_LittleEndian)
memcpy(&v, value, sizeof(v));
else
{
unsigned char b[2];
b[1] = *(unsigned char*)value;
b[0] = *(((unsigned char*)value) + 1);
memcpy(&v, b, sizeof(v));
}
#elif (pwr_dHost_byteOrder == pwr_dBigEndian)
if (byte_order == pwr_eByteOrderingEnum_BigEndian)
memcpy(&v, value, sizeof(v));
else
{
unsigned char b[2];
b[1] = *(unsigned char*)value;
b[0] = *(((unsigned char*)value) + 1);
memcpy(&v, b, sizeof(v));
}
#endif
memcpy(&v, value, sizeof(v));
snprintf(str, strsize, "%hd", v);
break;
}
case gsdml_eValueDataType_Unsigned16:
{
unsigned short v;
#if (pwr_dHost_byteOrder == pwr_dLittleEndian)
if (byte_order == pwr_eByteOrderingEnum_LittleEndian)
memcpy(&v, value, sizeof(v));
else
{
unsigned char b[2];
b[1] = *(unsigned char*)value;
b[0] = *(((unsigned char*)value) + 1);
memcpy(&v, b, sizeof(v));
}
#elif (pwr_dHost_byteOrder == pwr_dBigEndian)
if (byte_order == pwr_eByteOrderingEnum_BigEndian)
memcpy(&v, value, sizeof(v));
else
{
unsigned char b[2];
b[1] = *(unsigned char*)value;
b[0] = *(((unsigned char*)value) + 1);
memcpy(&v, b, sizeof(v));
}
#endif
memcpy(&v, value, sizeof(v));
snprintf(str, strsize, "%hu", v);
break;
}
case gsdml_eValueDataType_Integer32:
{
int v;
#if (pwr_dHost_byteOrder == pwr_dLittleEndian)
if (byte_order == pwr_eByteOrderingEnum_LittleEndian)
memcpy(&v, value, sizeof(v));
else
{
unsigned char b[4];
b[3] = *(unsigned char*)value;
b[2] = *(((unsigned char*)value) + 1);
b[1] = *(((unsigned char*)value) + 2);
b[0] = *(((unsigned char*)value) + 3);
memcpy(&v, b, sizeof(v));
}
#elif (pwr_dHost_byteOrder == pwr_dBigEndian)
if (byte_order == pwr_eByteOrderingEnum_BigEndian)
memcpy(&v, &data[item[i].ref->Reference_Offset], sizeof(v));
else
{
unsigned char b[4];
b[3] = *(unsigned char*)value;
b[2] = *(((unsigned char*)value) + 1);
b[1] = *(((unsigned char*)value) + 2);
b[0] = *(((unsigned char*)value) + 3);
memcpy(&v, b, sizeof(v));
}
#endif
memcpy(&v, value, sizeof(v));
snprintf(str, strsize, "%d", v);
break;
}
case gsdml_eValueDataType_Unsigned32:
{
unsigned int v;
#if (pwr_dHost_byteOrder == pwr_dLittleEndian)
if (byte_order == pwr_eByteOrderingEnum_LittleEndian)
memcpy(&v, value, sizeof(v));
else
{
unsigned char b[4];
b[3] = *(unsigned char*)value;
b[2] = *(((unsigned char*)value) + 1);
b[1] = *(((unsigned char*)value) + 2);
b[0] = *(((unsigned char*)value) + 3);
memcpy(&v, b, sizeof(v));
}
#elif (pwr_dHost_byteOrder == pwr_dBigEndian)
if (byte_order == pwr_eByteOrderingEnum_BigEndian)
memcpy(&v, &data[item[i].ref->Reference_Offset], sizeof(v));
else
{
unsigned char b[4];
b[3] = *(unsigned char*)value;
b[2] = *(((unsigned char*)value) + 1);
b[1] = *(((unsigned char*)value) + 2);
b[0] = *(((unsigned char*)value) + 3);
memcpy(&v, b, sizeof(v));
}
#endif
memcpy(&v, value, sizeof(v));
snprintf(str, strsize, "%u", v);
break;
}
......@@ -2299,37 +2365,9 @@ int pn_gsdml::datavalue_to_string(gsdml_eValueDataType datatype, void* value,
{
pwr_tInt64 v;
#if (pwr_dHost_byteOrder == pwr_dLittleEndian)
if (byte_order == pwr_eByteOrderingEnum_LittleEndian)
memcpy(&v, value, sizeof(v));
else
{
unsigned char b[8];
b[7] = *(unsigned char*)value;
b[6] = *(((unsigned char*)value) + 1);
b[5] = *(((unsigned char*)value) + 2);
b[4] = *(((unsigned char*)value) + 3);
b[3] = *(((unsigned char*)value) + 4);
b[2] = *(((unsigned char*)value) + 5);
b[1] = *(((unsigned char*)value) + 6);
b[0] = *(((unsigned char*)value) + 7);
memcpy(&v, b, sizeof(v));
}
memcpy(&v, value, sizeof(v));
#elif (pwr_dHost_byteOrder == pwr_dBigEndian)
if (byte_order == pwr_eByteOrderingEnum_BigEndian)
memcpy(&v, &data[item[i].ref->Reference_Offset], sizeof(v));
else
{
unsigned char b[8];
b[7] = *(unsigned char*)value;
b[6] = *(((unsigned char*)value) + 1);
b[5] = *(((unsigned char*)value) + 2);
b[4] = *(((unsigned char*)value) + 3);
b[3] = *(((unsigned char*)value) + 4);
b[2] = *(((unsigned char*)value) + 5);
b[1] = *(((unsigned char*)value) + 6);
b[0] = *(((unsigned char*)value) + 7);
memcpy(&v, b, sizeof(v));
}
memcpy(&v, &data[item[i].ref->Reference_Offset], sizeof(v));
#endif
snprintf(str, strsize, pwr_dFormatInt64, v);
break;
......@@ -2338,37 +2376,9 @@ int pn_gsdml::datavalue_to_string(gsdml_eValueDataType datatype, void* value,
{
pwr_tUInt64 v;
#if (pwr_dHost_byteOrder == pwr_dLittleEndian)
if (byte_order == pwr_eByteOrderingEnum_LittleEndian)
memcpy(&v, value, sizeof(v));
else
{
unsigned char b[8];
b[7] = *(unsigned char*)value;
b[6] = *(((unsigned char*)value) + 1);
b[5] = *(((unsigned char*)value) + 2);
b[4] = *(((unsigned char*)value) + 3);
b[3] = *(((unsigned char*)value) + 4);
b[2] = *(((unsigned char*)value) + 5);
b[1] = *(((unsigned char*)value) + 6);
b[0] = *(((unsigned char*)value) + 7);
memcpy(&v, b, sizeof(v));
}
memcpy(&v, value, sizeof(v));
#elif (pwr_dHost_byteOrder == pwr_dBigEndian)
if (byte_order == pwr_eByteOrderingEnum_BigEndian)
memcpy(&v, &data[item[i].ref->Reference_Offset], sizeof(v));
else
{
unsigned char b[8];
b[7] = *(unsigned char*)value;
b[6] = *(((unsigned char*)value) + 1);
b[5] = *(((unsigned char*)value) + 2);
b[4] = *(((unsigned char*)value) + 3);
b[3] = *(((unsigned char*)value) + 4);
b[2] = *(((unsigned char*)value) + 5);
b[1] = *(((unsigned char*)value) + 6);
b[0] = *(((unsigned char*)value) + 7);
memcpy(&v, b, sizeof(v));
}
memcpy(&v, &data[item[i].ref->Reference_Offset], sizeof(v));
#endif
snprintf(str, strsize, pwr_dFormatUInt64, v);
break;
......@@ -2415,18 +2425,20 @@ int pn_gsdml::datavalue_to_string(gsdml_eValueDataType datatype, void* value,
return 1;
}
int pn_gsdml::string_to_datavalue(gsdml_eValueDataType datatype, void* value,
unsigned int size, const char* str)
int pn_gsdml::string_to_datavalue(gsdml_eValueDataType datatype, void* value, void* value_reversed_endianess,
unsigned int size, const char* str)
{
switch (datatype)
{
case gsdml_eValueDataType_Integer8:
if (sscanf(str, "%hhd", (char*)value) != 1)
return PB__SYNTAX;
value_reversed_endianess = value;
break;
case gsdml_eValueDataType_Unsigned8:
if (sscanf(str, "%hhu", (unsigned char*)value) != 1)
return PB__SYNTAX;
value_reversed_endianess = value;
break;
case gsdml_eValueDataType_Integer16:
{
......@@ -2434,27 +2446,12 @@ int pn_gsdml::string_to_datavalue(gsdml_eValueDataType datatype, void* value,
if (sscanf(str, "%hd", &v) != 1)
return PB__SYNTAX;
#if (pwr_dHost_byteOrder == pwr_dLittleEndian)
if (byte_order == pwr_eByteOrderingEnum_LittleEndian)
memcpy(value, &v, sizeof(v));
else
{
unsigned char b[2];
memcpy(b, &v, sizeof(b));
*(unsigned char*)value = b[1];
*(((unsigned char*)value) + 1) = b[0];
}
#elif (pwr_dHost_byteOrder == pwr_dBigEndian)
if (byte_order == pwr_eByteOrderingEnum_BigEndian)
memcpy(value, &v, sizeof(v));
else
{
unsigned char b[2];
memcpy(b, &v, sizeof(b));
*(unsigned char*)value = b[1];
*(((unsigned char*)value) + 1) = b[0];
}
#endif
memcpy(value, &v, sizeof(v));
unsigned char b[2];
memcpy(b, &v, sizeof(b));
*(unsigned char*)value_reversed_endianess = b[1];
*(((unsigned char*)value_reversed_endianess) + 1) = b[0];
break;
}
case gsdml_eValueDataType_Unsigned16:
......@@ -2463,27 +2460,12 @@ int pn_gsdml::string_to_datavalue(gsdml_eValueDataType datatype, void* value,
if (sscanf(str, "%hu", &v) != 1)
return PB__SYNTAX;
#if (pwr_dHost_byteOrder == pwr_dLittleEndian)
if (byte_order == pwr_eByteOrderingEnum_LittleEndian)
memcpy(value, &v, sizeof(v));
else
{
unsigned char b[2];
memcpy(b, &v, sizeof(b));
*(unsigned char*)value = b[1];
*(((unsigned char*)value) + 1) = b[0];
}
#elif (pwr_dHost_byteOrder == pwr_dBigEndian)
if (byte_order == pwr_eByteOrderingEnum_BigEndian)
memcpy(value, &v, sizeof(v));
else
{
unsigned char b[2];
memcpy(b, &v, sizeof(b));
*(unsigned char*)value = b[1];
*(((unsigned char*)value) + 1) = b[0];
}
#endif
memcpy(value, &v, sizeof(v));
unsigned char b[2];
memcpy(b, &v, sizeof(b));
*(unsigned char*)value_reversed_endianess = b[1];
*(((unsigned char*)value_reversed_endianess) + 1) = b[0];
break;
}
case gsdml_eValueDataType_Integer32:
......@@ -2492,31 +2474,15 @@ int pn_gsdml::string_to_datavalue(gsdml_eValueDataType datatype, void* value,
if (sscanf(str, "%d", &v) != 1)
return PB__SYNTAX;
#if (pwr_dHost_byteOrder == pwr_dLittleEndian)
if (byte_order == pwr_eByteOrderingEnum_LittleEndian)
memcpy(value, &v, sizeof(v));
else
{
unsigned char b[4];
memcpy(b, &v, sizeof(b));
*(unsigned char*)value = b[3];
*(((unsigned char*)value) + 1) = b[2];
*(((unsigned char*)value) + 2) = b[1];
*(((unsigned char*)value) + 3) = b[0];
}
#elif (pwr_dHost_byteOrder == pwr_dBigEndian)
if (byte_order == pwr_eByteOrderingEnum_BigEndian)
memcpy(value, &v, sizeof(v));
else
{
unsigned char b[4];
memcpy(b, &v, sizeof(b));
*(unsigned char*)value = b[3];
*(((unsigned char*)value) + 1) = b[2];
*(((unsigned char*)value) + 2) = b[1];
*(((unsigned char*)value) + 3) = b[0];
}
#endif
memcpy(value, &v, sizeof(v));
unsigned char b[4];
memcpy(b, &v, sizeof(b));
*(unsigned char*)value_reversed_endianess = b[3];
*(((unsigned char*)value_reversed_endianess) + 1) = b[2];
*(((unsigned char*)value_reversed_endianess) + 2) = b[1];
*(((unsigned char*)value_reversed_endianess) + 3) = b[0];
break;
}
case gsdml_eValueDataType_Unsigned32:
......@@ -2525,76 +2491,51 @@ int pn_gsdml::string_to_datavalue(gsdml_eValueDataType datatype, void* value,
if (sscanf(str, "%u", &v) != 1)
return PB__SYNTAX;
#if (pwr_dHost_byteOrder == pwr_dLittleEndian)
if (byte_order == pwr_eByteOrderingEnum_LittleEndian)
memcpy(value, &v, sizeof(v));
else
{
unsigned char b[4];
memcpy(b, &v, sizeof(b));
*(unsigned char*)value = b[3];
*(((unsigned char*)value) + 1) = b[2];
*(((unsigned char*)value) + 2) = b[1];
*(((unsigned char*)value) + 3) = b[0];
}
#elif (pwr_dHost_byteOrder == pwr_dBigEndian)
if (byte_order == pwr_eByteOrderingEnum_BigEndian)
memcpy(value, &v, sizeof(v));
else
{
unsigned char b[4];
memcpy(b, &v, sizeof(b));
*(unsigned char*)value = b[3];
*(((unsigned char*)value) + 1) = b[2];
*(((unsigned char*)value) + 2) = b[1];
*(((unsigned char*)value) + 3) = b[0];
}
#endif
memcpy(value, &v, sizeof(v));
unsigned char b[4];
memcpy(b, &v, sizeof(b));
*(unsigned char*)value_reversed_endianess = b[3];
*(((unsigned char*)value_reversed_endianess) + 1) = b[2];
*(((unsigned char*)value_reversed_endianess) + 2) = b[1];
*(((unsigned char*)value_reversed_endianess) + 3) = b[0];
break;
}
case gsdml_eValueDataType_Float32:
{
if (sscanf(str, "%g", (float*)value) != 1)
return PB__SYNTAX;
float* tmp = (float*)value;
unsigned char b[4];
memcpy(b, tmp, sizeof(b));
*(unsigned char*)value_reversed_endianess = b[3];
*(((unsigned char*)value_reversed_endianess) + 1) = b[2];
*(((unsigned char*)value_reversed_endianess) + 2) = b[1];
*(((unsigned char*)value_reversed_endianess) + 3) = b[0];
break;
}
case gsdml_eValueDataType_Integer64:
{
pwr_tInt64 v;
if (sscanf(str, pwr_dFormatInt64, &v) != 1)
return PB__SYNTAX;
#if (pwr_dHost_byteOrder == pwr_dLittleEndian)
if (byte_order == pwr_eByteOrderingEnum_LittleEndian)
memcpy(value, &v, sizeof(v));
else
{
unsigned char b[8];
memcpy(b, &v, sizeof(b));
*(unsigned char*)value = b[7];
*(((unsigned char*)value) + 1) = b[6];
*(((unsigned char*)value) + 2) = b[5];
*(((unsigned char*)value) + 3) = b[4];
*(((unsigned char*)value) + 4) = b[3];
*(((unsigned char*)value) + 5) = b[2];
*(((unsigned char*)value) + 6) = b[1];
*(((unsigned char*)value) + 7) = b[0];
}
#elif (pwr_dHost_byteOrder == pwr_dBigEndian)
if (byte_order == pwr_eByteOrderingEnum_BigEndian)
memcpy(value, &v, sizeof(v));
else
{
unsigned char b[8];
memcpy(b, &v, sizeof(b));
*(unsigned char*)value = b[7];
*(((unsigned char*)value) + 1) = b[6];
*(((unsigned char*)value) + 2) = b[5];
*(((unsigned char*)value) + 3) = b[4];
*(((unsigned char*)value) + 4) = b[3];
*(((unsigned char*)value) + 5) = b[2];
*(((unsigned char*)value) + 6) = b[1];
*(((unsigned char*)value) + 7) = b[0];
}
#endif
memcpy(value, &v, sizeof(v));
unsigned char b[8];
memcpy(b, &v, sizeof(b));
*(unsigned char*)value_reversed_endianess = b[7];
*(((unsigned char*)value_reversed_endianess) + 1) = b[6];
*(((unsigned char*)value_reversed_endianess) + 2) = b[5];
*(((unsigned char*)value_reversed_endianess) + 3) = b[4];
*(((unsigned char*)value_reversed_endianess) + 4) = b[3];
*(((unsigned char*)value_reversed_endianess) + 5) = b[2];
*(((unsigned char*)value_reversed_endianess) + 6) = b[1];
*(((unsigned char*)value_reversed_endianess) + 7) = b[0];
break;
}
case gsdml_eValueDataType_Unsigned64:
......@@ -2603,47 +2544,41 @@ int pn_gsdml::string_to_datavalue(gsdml_eValueDataType datatype, void* value,
if (sscanf(str, pwr_dFormatUInt64, &v) != 1)
return PB__SYNTAX;
#if (pwr_dHost_byteOrder == pwr_dLittleEndian)
if (byte_order == pwr_eByteOrderingEnum_LittleEndian)
memcpy(value, &v, sizeof(v));
else
{
unsigned char b[8];
memcpy(b, &v, sizeof(b));
*(unsigned char*)value = b[7];
*(((unsigned char*)value) + 1) = b[6];
*(((unsigned char*)value) + 2) = b[5];
*(((unsigned char*)value) + 3) = b[4];
*(((unsigned char*)value) + 4) = b[3];
*(((unsigned char*)value) + 5) = b[2];
*(((unsigned char*)value) + 6) = b[1];
*(((unsigned char*)value) + 7) = b[0];
}
#elif (pwr_dHost_byteOrder == pwr_dBigEndian)
if (byte_order == pwr_eByteOrderingEnum_BigEndian)
memcpy(value, &v, sizeof(v));
else
{
unsigned char b[8];
memcpy(b, &v, sizeof(b));
*(unsigned char*)value = b[7];
*(((unsigned char*)value) + 1) = b[6];
*(((unsigned char*)value) + 2) = b[5];
*(((unsigned char*)value) + 3) = b[4];
*(((unsigned char*)value) + 4) = b[3];
*(((unsigned char*)value) + 5) = b[2];
*(((unsigned char*)value) + 6) = b[1];
*(((unsigned char*)value) + 7) = b[0];
}
#endif
memcpy(value, &v, sizeof(v));
unsigned char b[8];
memcpy(b, &v, sizeof(b));
*(unsigned char*)value_reversed_endianess = b[7];
*(((unsigned char*)value_reversed_endianess) + 1) = b[6];
*(((unsigned char*)value_reversed_endianess) + 2) = b[5];
*(((unsigned char*)value_reversed_endianess) + 3) = b[4];
*(((unsigned char*)value_reversed_endianess) + 4) = b[3];
*(((unsigned char*)value_reversed_endianess) + 5) = b[2];
*(((unsigned char*)value_reversed_endianess) + 6) = b[1];
*(((unsigned char*)value_reversed_endianess) + 7) = b[0];
break;
}
case gsdml_eValueDataType_Float64:
{
if (sscanf(str, "%lg", (double*)value) != 1)
return PB__SYNTAX;
unsigned char b[8];
memcpy(b, &value, sizeof(b));
*(unsigned char*)value_reversed_endianess = b[7];
*(((unsigned char*)value_reversed_endianess) + 1) = b[6];
*(((unsigned char*)value_reversed_endianess) + 2) = b[5];
*(((unsigned char*)value_reversed_endianess) + 3) = b[4];
*(((unsigned char*)value_reversed_endianess) + 4) = b[3];
*(((unsigned char*)value_reversed_endianess) + 5) = b[2];
*(((unsigned char*)value_reversed_endianess) + 6) = b[1];
*(((unsigned char*)value_reversed_endianess) + 7) = b[0];
break;
}
case gsdml_eValueDataType_VisibleString:
strncpy((char*)value, str, size);
strncpy((char*)value_reversed_endianess, str, size);
break;
case gsdml_eValueDataType_OctetString:
{
......@@ -2655,6 +2590,13 @@ int pn_gsdml::string_to_datavalue(gsdml_eValueDataType datatype, void* value,
if (len != 1)
break;
}
for (unsigned int i = 0; i < size; i++)
{
len = sscanf(&str[i * 5], "0x%2hhx",
(unsigned char*)((unsigned char*)value_reversed_endianess + i));
if (len != 1)
break;
}
break;
}
case gsdml_eValueDataType_Date:
......@@ -2883,6 +2825,8 @@ void* pn_gsdml::object_factory(gsdml_eTag id)
((gsdml_VirtualSubmoduleItem*)p)->ModuleInfo = o;
else if ((p = get_object_stack(gsdml_eTag_ModuleItem)))
((gsdml_ModuleItem*)p)->ModuleInfo = o;
else if ((p = get_object_stack(gsdml_eTag_PortSubmoduleItem)))
((gsdml_PortSubmoduleItem*)p)->ModuleInfo = o;
else
{
error_message_line("Misplaced ModuleInfo");
......@@ -3032,6 +2976,24 @@ void* pn_gsdml::object_factory(gsdml_eTag id)
ro = o;
break;
}
case gsdml_eTag_SystemRedundancy:
{
gsdml_SystemRedundancy* o = new gsdml_SystemRedundancy(this);
current_body = &o->Body;
current_body_size = sizeof(gsdml_sSystemRedundancy);
void* p;
if ((p = get_object_stack(gsdml_eTag_DeviceAccessPointItem)))
((gsdml_DeviceAccessPointItem*)p)->SystemRedundancy = o;
else
{
error_message_line("Misplaced SystemRedundancy");
return 0;
}
ro = o;
break;
}
case gsdml_eTag_VirtualSubmoduleItem:
{
gsdml_VirtualSubmoduleItem* o = new gsdml_VirtualSubmoduleItem(this);
......@@ -3226,6 +3188,72 @@ void* pn_gsdml::object_factory(gsdml_eTag id)
ro = o;
break;
}
case gsdml_eTag_MenuList:
{
gsdml_MenuList* o = new gsdml_MenuList(this);
gsdml_ParameterRecordDataItem* parent = (gsdml_ParameterRecordDataItem*)get_object_stack(gsdml_eTag_ParameterRecordDataItem);
if (!parent)
{
error_message_line("Misplaced MenuList");
return 0;
}
o->parent_par_record_data_item = parent;
parent->MenuList = o;
ro = o;
break;
}
case gsdml_eTag_MenuItem:
{
gsdml_MenuItem* o = new gsdml_MenuItem(this);
current_body = &o->Body;
current_body_size = sizeof(gsdml_sMenuItem);
gsdml_MenuList* parent = (gsdml_MenuList*)get_object_stack(gsdml_eTag_MenuList);
if (!parent)
{
error_message_line("Misplaced MenuItem tag");
return 0;
}
parent->MenuItem.push_back(o);
ro = o;
break;
}
case gsdml_eTag_MenuRef:
{
gsdml_MenuRef* o = new gsdml_MenuRef(this);
current_body = &o->Body;
current_body_size = sizeof(gsdml_sMenuRef);
gsdml_MenuItem* parent = (gsdml_MenuItem*)get_object_stack(gsdml_eTag_MenuItem);
if (!parent)
{
error_message_line("Misplaced MenuRef tag");
return 0;
}
parent->MenuRef.push_back(o);
ro = o;
break;
}
case gsdml_eTag_ParameterRef:
{
gsdml_ParameterRef* o = new gsdml_ParameterRef(this);
current_body = &o->Body;
current_body_size = sizeof(gsdml_sParameterRef);
gsdml_MenuItem* parent = (gsdml_MenuItem*)get_object_stack(gsdml_eTag_MenuItem);
if (!parent)
{
error_message_line("Misplaced ParameterRef tag");
return 0;
}
parent->ParameterRef.push_back(o);
ro = o;
break;
}
case gsdml_eTag_ParameterRecordDataItem:
{
gsdml_ParameterRecordDataItem* o = new gsdml_ParameterRecordDataItem(this);
......@@ -3300,6 +3328,23 @@ void* pn_gsdml::object_factory(gsdml_eTag id)
ro = o;
break;
}
case gsdml_eTag_PROFIenergy:
{
gsdml_PROFIenergy* o = new gsdml_PROFIenergy(this);
current_body = &o->Body;
current_body_size = sizeof(gsdml_sPROFIenergy);
gsdml_VirtualSubmoduleItem* p = (gsdml_VirtualSubmoduleItem*)get_object_stack(gsdml_eTag_VirtualSubmoduleItem);
if (!p)
{
error_message_line("Misplaced PROFIenergy");
return 0;
}
p->PROFIenergy = o;
ro = o;
break;
}
case gsdml_eTag_IsochroneMode:
{
gsdml_IsochroneMode* o = new gsdml_IsochroneMode(this);
......@@ -3551,6 +3596,38 @@ void* pn_gsdml::object_factory(gsdml_eTag id)
ro = o;
break;
}
case gsdml_eTag_MAUTypeItem:
{
gsdml_MAUTypeItem* o = new gsdml_MAUTypeItem(this);
current_body = &o->Body;
current_body_size = sizeof(gsdml_sCertificationInfo);
void* p = get_object_stack(gsdml_eTag_MAUTypeList);
if (!p)
{
error_message_line("Misplaced MAUTypeItem");
return 0;
}
((gsdml_MAUTypeList*)p)->MAUTypeItem.push_back(o);
ro = o;
break;
break;
}
case gsdml_eTag_MAUTypeList:
{
gsdml_MAUTypeList* o = new gsdml_MAUTypeList(this);
void* p = get_object_stack(gsdml_eTag_PortSubmoduleItem);
if (!p)
{
error_message_line("Misplaced MAUTypeList");
return 0;
}
((gsdml_PortSubmoduleItem*)p)->MAUTypeList = o;
ro = o;
break;
break;
}
case gsdml_eTag_PortSubmoduleItem:
{
gsdml_PortSubmoduleItem* o = new gsdml_PortSubmoduleItem(this);
......@@ -3559,16 +3636,25 @@ void* pn_gsdml::object_factory(gsdml_eTag id)
set_default_values(gsdml_eTag_PortSubmoduleItem, current_body,
current_body_size);
gsdml_SystemDefinedSubmoduleList* p =
(gsdml_SystemDefinedSubmoduleList*)get_object_stack(
gsdml_eTag_SystemDefinedSubmoduleList);
if (!p)
void* p =get_object_stack(gsdml_eTag_SystemDefinedSubmoduleList);
if (p)
{
error_message_line("Misplaced PortSubmoduleItem");
return 0;
((gsdml_SystemDefinedSubmoduleList*)p)->PortSubmoduleItem.push_back(o);
}
else
{
p = get_object_stack(gsdml_eTag_SubmoduleList);
// Still not correct?
if (!p)
{
error_message_line("Misplaced PortSubmoduleItem");
return 0;
}
((gsdml_SubmoduleList*)p)->PortSubmoduleItem.push_back(o);
}
p->PortSubmoduleItem.push_back(o);
ro = o;
break;
}
......@@ -4031,17 +4117,33 @@ void* pn_gsdml::find_module_ref(char* ref)
return 0;
}
void* pn_gsdml::find_submodule_ref(char* ref)
void* pn_gsdml::find_submodule_ref(char* ref, gsdml_eSubmoduleType* type)
{
if (!ApplicationProcess || !ApplicationProcess->SubmoduleList)
return 0;
// Search for submodules
for (unsigned int i = 0;
i < ApplicationProcess->SubmoduleList->SubmoduleItem.size(); i++)
{
if (strcmp(ApplicationProcess->SubmoduleList->SubmoduleItem[i]->Body.ID,
ref) == 0)
if (strcmp(ApplicationProcess->SubmoduleList->SubmoduleItem[i]->Body.ID, ref) == 0)
{
*type = gsdml_eSubmoduleType_SubmoduleItem;
return (void*)ApplicationProcess->SubmoduleList->SubmoduleItem[i];
}
}
//Search for port submodules
for (unsigned int i = 0;
i < ApplicationProcess->SubmoduleList->PortSubmoduleItem.size(); i++)
{
if (strcmp(ApplicationProcess->SubmoduleList->PortSubmoduleItem[i]->Body.ID, ref) == 0)
{
*type = gsdml_eSubmoduleType_PortSubmoduleItem;
return (void*)ApplicationProcess->SubmoduleList->PortSubmoduleItem[i];
}
}
return 0;
}
......@@ -4073,6 +4175,30 @@ void* pn_gsdml::find_graphic_ref(char* ref)
return 0;
}
gsdml_Ref* pn_gsdml::find_ref_ref(char* ref, gsdml_ParameterRecordDataItem* search_domain)
{
if (!search_domain)
return 0;
for (unsigned int i = 0; i < search_domain->Ref.size(); i++)
{
if (strcmp(search_domain->Ref[i]->Body.ID, ref) == 0)
return search_domain->Ref[i];
}
return 0;
}
gsdml_MenuItem* pn_gsdml::find_menuitem_ref(char* ref, gsdml_ParameterRecordDataItem* search_domain)
{
if (!search_domain)
return 0;
for (unsigned int i = 0; i < search_domain->MenuList->MenuItem.size(); i++)
{
if (strcmp(search_domain->MenuList->MenuItem[i]->Body.ID, ref) == 0)
return search_domain->MenuList->MenuItem[i];
}
return 0;
}
void* pn_gsdml::find_text_ref(char* ref)
{
if (!ApplicationProcess || !ApplicationProcess->ExternalTextList)
......@@ -4190,7 +4316,76 @@ int pn_gsdml::ostring_to_data(unsigned char** data, const char* str, int size,
return 1;
}
int pn_gsdml::set_par_record_default(unsigned char* data, int size,
int pn_gsdml::populate_and_align_par_reversed_record_data(unsigned const char* read_data, unsigned char* reversed_data, gsdml_ParameterRecordDataItem* par_record)
{
gsdml_eValueDataType type;
int sts;
for (std::vector<gsdml_Ref*>::iterator ref = par_record->Ref.begin(); ref != par_record->Ref.end(); ref++)
{
// Get the datatype and the offset within the data
sts = string_to_value_datatype((*ref)->Body.DataType, &type);
gsdml_tUnsigned32 offset = (*ref)->Body.ByteOffset;
switch (type)
{
case gsdml_eValueDataType_Integer8:
case gsdml_eValueDataType_Unsigned8:
case gsdml_eValueDataType_Bit:
case gsdml_eValueDataType_BitArea:
continue;
break;
case gsdml_eValueDataType_Integer16:
case gsdml_eValueDataType_Unsigned16:
{
char data_array[2];
memcpy(data_array, (read_data + offset), sizeof(data_array));
*(reversed_data + offset) = data_array[1];
*(reversed_data + offset + 1) = data_array[0];
break;
}
case gsdml_eValueDataType_Integer32:
case gsdml_eValueDataType_Unsigned32:
case gsdml_eValueDataType_Float32:
{
char data_array[4];
memcpy(data_array, (read_data + offset), sizeof(data_array));
*(reversed_data + offset) = data_array[3];
*(reversed_data + offset + 1) = data_array[2];
*(reversed_data + offset + 2) = data_array[1];
*(reversed_data + offset + 3) = data_array[0];
break;
}
case gsdml_eValueDataType_Integer64:
case gsdml_eValueDataType_Unsigned64:
case gsdml_eValueDataType_Float64:
{
char data_array[8];
memcpy(data_array, (read_data + offset), sizeof(data_array));
*(reversed_data + offset) = data_array[7];
*(reversed_data + offset + 1) = data_array[6];
*(reversed_data + offset + 2) = data_array[5];
*(reversed_data + offset + 3) = data_array[4];
*(reversed_data + offset + 4) = data_array[3];
*(reversed_data + offset + 5) = data_array[2];
*(reversed_data + offset + 6) = data_array[1];
*(reversed_data + offset + 7) = data_array[0];
break;
}
case gsdml_eValueDataType_OctetString:
case gsdml_eValueDataType_VisibleString:
// Should we do anything about these....
break;
default:
break;
}
}
return 1;
}
int pn_gsdml::set_par_record_default(unsigned char* data, unsigned char* data_reversed_endianess, int size,
gsdml_ParameterRecordDataItem* par_record)
{
gsdml_eValueDataType type;
......@@ -4247,9 +4442,15 @@ int pn_gsdml::set_par_record_default(unsigned char* data, int size,
unsigned char mask = 1 << par_record->Ref[i]->Body.BitOffset;
if (streq(par_record->Ref[i]->Body.DefaultValue, "0"))
{
*(data + par_record->Ref[i]->Body.ByteOffset) &= ~mask;
*(data_reversed_endianess + par_record->Ref[i]->Body.ByteOffset) &= ~mask;
}
else if (streq(par_record->Ref[i]->Body.DefaultValue, "1"))
{
*(data + par_record->Ref[i]->Body.ByteOffset) |= mask;
*(data_reversed_endianess + par_record->Ref[i]->Body.ByteOffset) |= mask;
}
break;
}
case gsdml_eValueDataType_BitArea:
......@@ -4275,6 +4476,8 @@ int pn_gsdml::set_par_record_default(unsigned char* data, int size,
*(data + par_record->Ref[i]->Body.ByteOffset) &= ~mask;
*(data + par_record->Ref[i]->Body.ByteOffset) |= value;
*(data_reversed_endianess + par_record->Ref[i]->Body.ByteOffset) &= ~mask;
*(data_reversed_endianess + par_record->Ref[i]->Body.ByteOffset) |= value;
break;
}
default:
......@@ -4284,7 +4487,8 @@ int pn_gsdml::set_par_record_default(unsigned char* data, int size,
return 0;
}
string_to_datavalue(type, data + par_record->Ref[i]->Body.ByteOffset,
gsdml_tUnsigned32 offset = par_record->Ref[i]->Body.ByteOffset;
string_to_datavalue(type, data + offset, data_reversed_endianess + offset,
par_record->Ref[i]->Body.Length,
par_record->Ref[i]->Body.DefaultValue);
}
......@@ -4766,6 +4970,7 @@ gsdml_ParameterRecordDataItem::gsdml_ParameterRecordDataItem(pn_gsdml* g)
: gsdml(g)
{
memset(&Body, 0, sizeof(Body));
MenuList = 0;
}
void gsdml_ParameterRecordDataItem::print(int ind)
......@@ -4932,9 +5137,14 @@ void gsdml_IsochroneMode::print(int ind)
Body.IsochroneModeRequired);
}
gsdml_PROFIenergy::gsdml_PROFIenergy(pn_gsdml* g) : gsdml(g)
{
memset(&Body, 0, sizeof(Body));
}
gsdml_VirtualSubmoduleItem::gsdml_VirtualSubmoduleItem(pn_gsdml* g)
: IOData(0), RecordDataList(0), ModuleInfo(0), Graphics(0),
IsochroneMode(0), gsdml(g)
IsochroneMode(0), PROFIenergy(0), gsdml(g)
{
memset(&Body, 0, sizeof(Body));
}
......@@ -5186,7 +5396,7 @@ void gsdml_InterfaceSubmoduleItem::print(int ind)
}
gsdml_PortSubmoduleItem::gsdml_PortSubmoduleItem(pn_gsdml* g)
: RecordDataList(0), gsdml(g)
: MAUTypeList(0), RecordDataList(0), ModuleInfo(0), gsdml(g)
{
memset(&Body, 0, sizeof(Body));
}
......@@ -5276,7 +5486,7 @@ gsdml_SubmoduleItemRef::gsdml_SubmoduleItemRef(pn_gsdml* g) : gsdml(g)
void gsdml_SubmoduleItemRef::build()
{
Body.SubmoduleItemTarget.p =
gsdml->find_submodule_ref(Body.SubmoduleItemTarget.ref);
gsdml->find_submodule_ref(Body.SubmoduleItemTarget.ref, &submodule_type);
if (!Body.SubmoduleItemTarget.p)
gsdml->error_message("SubmoduleItemTarget not found: \"%s\"",
Body.SubmoduleItemTarget.ref);
......@@ -5608,6 +5818,12 @@ void gsdml_UnitDiagTypeItem::print(int ind)
printf("%s</UnitDiagTypeItem>\n", is);
}
void gsdml_UnitDiagTypeList::build()
{
for (int i = 0; i < UnitDiagTypeItem.size(); i++)
UnitDiagTypeItem[i]->build();
}
void gsdml_UnitDiagTypeList::print(int ind)
{
char is[] = " ";
......@@ -5851,6 +6067,82 @@ gsdml_IOData::~gsdml_IOData()
delete Output;
}
gsdml_ParameterRef::gsdml_ParameterRef(pn_gsdml* g) : gsdml(g)
{
memset(&Body, 0, sizeof(Body));
}
gsdml_ParameterRef::~gsdml_ParameterRef()
{
}
void gsdml_ParameterRef::build(gsdml_ParameterRecordDataItem* parent_par_record_data_item)
{
Body.ParameterTarget.p = (void*)gsdml->find_ref_ref(Body.ParameterTarget.ref, parent_par_record_data_item);
if (Body.ParameterTarget.p == noref)
gsdml->error_message("ParameterTarget not found: \"%s\"", Body.ParameterTarget.ref);
}
gsdml_MenuRef::gsdml_MenuRef(pn_gsdml* g) : gsdml(g)
{
}
gsdml_MenuRef::~gsdml_MenuRef()
{
}
void gsdml_MenuRef::build(gsdml_ParameterRecordDataItem* parent_par_record_data_item)
{
Body.MenuTarget.p = (void*)gsdml->find_menuitem_ref(Body.MenuTarget.ref, parent_par_record_data_item);
if (Body.MenuTarget.p == noref)
gsdml->error_message("MenuTarget not found: \"%s\"", Body.MenuTarget.ref);
}
gsdml_MenuItem::gsdml_MenuItem(pn_gsdml* g) : gsdml(g)
{
}
gsdml_MenuItem::~gsdml_MenuItem()
{
for (unsigned int i = 0; i < MenuRef.size(); i++)
delete MenuRef[i];
for (unsigned int i = 0; i < ParameterRef.size(); i++)
delete ParameterRef[i];
}
void gsdml_MenuItem::build(gsdml_ParameterRecordDataItem* parent_par_record_data_item)
{
Body.Name.p = gsdml->find_text_ref(Body.Name.ref);
if (Body.Name.p == noref)
gsdml->error_message("Name not found: \"%s\"", Body.Name.ref);
for (std::vector<gsdml_ParameterRef*>::iterator parameterRef = ParameterRef.begin(); parameterRef != ParameterRef.end(); parameterRef++)
(*parameterRef)->build(parent_par_record_data_item);
for (std::vector<gsdml_MenuRef*>::iterator menuRef = MenuRef.begin(); menuRef != MenuRef.end(); menuRef++)
(*menuRef)->build(parent_par_record_data_item);
}
gsdml_MenuList::gsdml_MenuList(pn_gsdml* g) : gsdml(g)
{
}
gsdml_MenuList::~gsdml_MenuList()
{
for (unsigned int i = 0; i < MenuItem.size(); i++)
delete MenuItem[i];
}
void gsdml_MenuList::build()
{
for (std::vector<gsdml_MenuItem*>::iterator menuItem = MenuItem.begin(); menuItem != MenuItem.end(); menuItem++)
(*menuItem)->build(parent_par_record_data_item);
}
void gsdml_ParameterRecordDataItem::build()
{
Body.Name.p = gsdml->find_text_ref(Body.Name.ref);
......@@ -5871,6 +6163,10 @@ void gsdml_ParameterRecordDataItem::build()
Ref[i]->Body.ValueItemTarget.ref);
}
}
//Build any MenuList tags if the exists
if (MenuList)
MenuList->build();
}
gsdml_ParameterRecordDataItem::~gsdml_ParameterRecordDataItem()
......@@ -5879,6 +6175,7 @@ gsdml_ParameterRecordDataItem::~gsdml_ParameterRecordDataItem()
delete Const[i];
for (unsigned int i = 0; i < Ref.size(); i++)
delete Ref[i];
delete MenuList;
}
void gsdml_RecordDataList::build()
......@@ -5937,6 +6234,8 @@ gsdml_VirtualSubmoduleItem::~gsdml_VirtualSubmoduleItem()
delete Graphics;
if (IsochroneMode)
delete IsochroneMode;
if (PROFIenergy)
delete PROFIenergy;
}
void gsdml_VirtualSubmoduleList::build()
......@@ -5994,18 +6293,29 @@ gsdml_InterfaceSubmoduleItem::~gsdml_InterfaceSubmoduleItem()
void gsdml_PortSubmoduleItem::build()
{
Body.TextId.p = gsdml->find_text_ref(Body.TextId.ref);
if (Body.TextId.p == noref)
gsdml->error_message("TextId not found: \"%s\"", Body.TextId.ref);
// Apparently PortSubmoduleItem is allowed to be without TextId attribute when it's located under a SubmoduleList...
if (!streq(Body.TextId.ref, ""))
{
Body.TextId.p = gsdml->find_text_ref(Body.TextId.ref);
if (Body.TextId.p == noref)
gsdml->error_message("TextId not found: \"%s\"", Body.TextId.ref);
}
if (RecordDataList)
RecordDataList->build();
if (ModuleInfo)
ModuleInfo->build();
}
gsdml_PortSubmoduleItem::~gsdml_PortSubmoduleItem()
{
if (RecordDataList)
delete RecordDataList;
if (MAUTypeList)
delete MAUTypeList;
if (ModuleInfo)
delete ModuleInfo;
}
void gsdml_SystemDefinedSubmoduleList::build()
......@@ -6063,7 +6373,7 @@ gsdml_SlotGroups::~gsdml_SlotGroups()
gsdml_DeviceAccessPointItem::gsdml_DeviceAccessPointItem(pn_gsdml* g)
: ModuleInfo(0), SubslotList(0), IOConfigData(0), UseableModules(0),
VirtualSubmoduleList(0), SystemDefinedSubmoduleList(0), Graphics(0),
ApplicationRelations(0), UseableSubmodules(0), SlotList(0), SlotGroups(0),
ApplicationRelations(0), UseableSubmodules(0), SlotList(0), SlotGroups(0), SystemRedundancy(0),
gsdml(g)
{
memset(&Body, 0, sizeof(Body));
......@@ -6113,6 +6423,8 @@ gsdml_DeviceAccessPointItem::~gsdml_DeviceAccessPointItem()
if (SlotGroups)
delete SlotGroups;
delete Body.PhysicalSlots.list;
if (SystemRedundancy)
delete SystemRedundancy;
}
void gsdml_DeviceAccessPointList::build()
......@@ -6180,12 +6492,18 @@ void gsdml_SubmoduleList::build()
{
for (unsigned int i = 0; i < SubmoduleItem.size(); i++)
SubmoduleItem[i]->build();
for (unsigned int i = 0; i < PortSubmoduleItem.size(); i++)
PortSubmoduleItem[i]->build();
}
gsdml_SubmoduleList::~gsdml_SubmoduleList()
{
for (unsigned int i = 0; i < SubmoduleItem.size(); i++)
delete SubmoduleItem[i];
for (unsigned int i = 0; i < PortSubmoduleItem.size(); i++)
delete PortSubmoduleItem[i];
}
gsdml_Assignments::~gsdml_Assignments()
......@@ -6283,6 +6601,15 @@ void gsdml_ChannelDiagList::build()
ChannelDiagItem[i]->build();
}
void gsdml_UnitDiagTypeItem::build()
{
if (!streq(Body.Name.ref, "")) {
Body.Name.p = gsdml->find_text_ref(Body.Name.ref);
if (Body.Name.p == noref)
gsdml->error_message("Name not found: \"%s\"", Body.Name.ref);
}
}
gsdml_UnitDiagTypeItem::~gsdml_UnitDiagTypeItem()
{
for (unsigned int i = 0; i < Ref.size(); i++)
......@@ -6313,6 +6640,17 @@ gsdml_Text::~gsdml_Text()
free(Body.Value);
}
gsdml_MAUTypeItem::gsdml_MAUTypeItem(pn_gsdml* g) : gsdml(g)
{
memset(&Body, 0, sizeof(Body));
}
gsdml_MAUTypeList::~gsdml_MAUTypeList()
{
for (unsigned int i = 0; i < MAUTypeItem.size(); i++)
delete MAUTypeItem[i];
}
gsdml_PrimaryLanguage::~gsdml_PrimaryLanguage()
{
for (unsigned int i = 0; i < Text.size(); i++)
......@@ -6345,6 +6683,8 @@ void gsdml_ApplicationProcess::build()
ValueList->build();
if (ChannelDiagList)
ChannelDiagList->build();
if (UnitDiagTypeList)
UnitDiagTypeList->build();
}
gsdml_ApplicationProcess::~gsdml_ApplicationProcess()
......@@ -6393,6 +6733,11 @@ unsigned int gsdml_ValuelistIterator::begin()
return current_value;
}
gsdml_SystemRedundancy::gsdml_SystemRedundancy(pn_gsdml* g) : gsdml(g)
{
memset(&Body, 0, sizeof(Body));
}
unsigned int gsdml_ValuelistIterator::next()
{
if (!initiated)
......
profibus/lib/cow/src/cow_pn_gsdml.h
View file @ 34dfa9a3
......@@ -82,7 +82,7 @@ typedef unsigned int gsdml_tUnsigned32;
typedef unsigned short gsdml_tUnsigned16hex;
typedef unsigned int gsdml_tUnsigned32hex;
typedef unsigned int gsdml_tBoolean;
typedef char gsdml_tSignedOrFloatValueList[160];
typedef char gsdml_tSignedOrFloatValueList[4096]; //Allowed values can be pretty large. >3000 characters is not uncommon...
typedef enum {
gsdml_eType_,
......@@ -108,6 +108,12 @@ typedef enum {
gsdml_eType__
} gsdml_eType;
typedef enum {
gsdml_eSubmoduleType_,
gsdml_eSubmoduleType_PortSubmoduleItem,
gsdml_eSubmoduleType_SubmoduleItem,
} gsdml_eSubmoduleType;
typedef enum {
gsdml_eValueDataType_,
gsdml_eValueDataType_Bit,
......@@ -241,6 +247,26 @@ typedef enum {
gsdml_eTag_MenuList,
gsdml_eTag_MenuItem,
gsdml_eTag_MenuRef,
gsdml_eTag_SystemRedundancy,
gsdml_eTag_PROFIenergy,
gsdml_eTag_Signature, //Ignored
gsdml_eTag_SignedInfo, //Ignored
gsdml_eTag_CanonicalizationMethod, //Ignored
gsdml_eTag_SignatureMethod, //Ignored
gsdml_eTag_Reference, //Ignored
gsdml_eTag_Transforms, //Ignored
gsdml_eTag_Transform, //Ignored
gsdml_eTag_DigestMethod, //Ignored
gsdml_eTag_DigestValue, //Ignored
gsdml_eTag_SignatureValue, //Ignored
gsdml_eTag_KeyInfo, //Ignored
gsdml_eTag_KeyValue, //Ignored
gsdml_eTag_RSAKeyValue, //Ignored
gsdml_eTag_Modulus, //Ignored
gsdml_eTag_Exponent, //Ignored
gsdml_eTag_Object, //Ignored
gsdml_eTag_SignatureProperties, //Ignored
gsdml_eTag_SignatureProperty, //Ignored
gsdml_eTag__
} gsdml_eTag;
......@@ -455,6 +481,23 @@ typedef struct
gsdml_tBoolean AdjustSupported;
} gsdml_sMAUTypeItem;
class gsdml_MAUTypeItem
{
public:
gsdml_MAUTypeItem(pn_gsdml* g);
gsdml_sMAUTypeItem Body;
pn_gsdml* gsdml;
};
class gsdml_MAUTypeList
{
public:
gsdml_MAUTypeList(pn_gsdml* g) : gsdml(g) {}
~gsdml_MAUTypeList();
std::vector<gsdml_MAUTypeItem*> MAUTypeItem;
pn_gsdml* gsdml;
};
typedef struct
{
gsdml_tString ConformanceClass;
......@@ -501,6 +544,10 @@ typedef struct
gsdml_tUnsigned16 MaxInputLength;
gsdml_tUnsigned16 MaxOutputLength;
gsdml_tUnsigned16 MaxDataLength;
gsdml_tUnsigned16 MaxApplicationInputLength;
gsdml_tUnsigned16 MaxApplicationOutputLength;
gsdml_tUnsigned16 MaxApplicationDataLength;
gsdml_tUnsigned16 ApplicationLengthIncludesIOxS;
} gsdml_sIOConfigData;
class gsdml_IOConfigData
......@@ -673,6 +720,68 @@ public:
void print(int ind);
};
typedef struct
{
gsdml_tRefIdT ParameterTarget;
} gsdml_sParameterRef;
typedef struct
{
gsdml_tRefId MenuTarget;
} gsdml_sMenuRef;
typedef struct
{
gsdml_tId ID;
gsdml_tRefIdT Name;
} gsdml_sMenuItem;
// Forward declare this since they have circular dependencies...
class gsdml_ParameterRecordDataItem;
class gsdml_ParameterRef
{
public:
gsdml_ParameterRef(pn_gsdml* g);
gsdml_sParameterRef Body;
pn_gsdml* gsdml;
~gsdml_ParameterRef();
void build(gsdml_ParameterRecordDataItem*);
};
class gsdml_MenuRef
{
public:
gsdml_MenuRef(pn_gsdml* g);
gsdml_sMenuRef Body;
pn_gsdml* gsdml;
~gsdml_MenuRef();
void build(gsdml_ParameterRecordDataItem*);
};
class gsdml_MenuItem
{
public:
gsdml_MenuItem(pn_gsdml* g);
gsdml_sMenuItem Body;
pn_gsdml* gsdml;
~gsdml_MenuItem();
std::vector<gsdml_MenuRef*> MenuRef;
std::vector<gsdml_ParameterRef*> ParameterRef;
void build(gsdml_ParameterRecordDataItem*);
};
class gsdml_MenuList
{
public:
gsdml_MenuList(pn_gsdml* g);
gsdml_ParameterRecordDataItem* parent_par_record_data_item;
pn_gsdml* gsdml;
~gsdml_MenuList();
std::vector<gsdml_MenuItem*> MenuItem;
void build();
};
typedef struct
{
gsdml_tUnsigned16 Index;
......@@ -688,6 +797,7 @@ public:
gsdml_sParameterRecordDataItem Body;
std::vector<gsdml_Const*> Const;
std::vector<gsdml_Ref*> Ref;
gsdml_MenuList* MenuList;
pn_gsdml* gsdml;
~gsdml_ParameterRecordDataItem();
void build();
......@@ -808,6 +918,19 @@ public:
void print(int ind);
};
typedef struct
{
gsdml_tString ProfileVersion;
} gsdml_sPROFIenergy;
class gsdml_PROFIenergy
{
public:
gsdml_PROFIenergy(pn_gsdml* g);
gsdml_sPROFIenergy Body;
pn_gsdml* gsdml;
};
typedef struct
{
gsdml_tId ID;
......@@ -831,6 +954,7 @@ public:
gsdml_ModuleInfo* ModuleInfo;
gsdml_Graphics* Graphics;
gsdml_IsochroneMode* IsochroneMode;
gsdml_PROFIenergy* PROFIenergy;
pn_gsdml* gsdml;
~gsdml_VirtualSubmoduleItem();
void build();
......@@ -876,8 +1000,19 @@ typedef struct
{
gsdml_tUnsigned16 MaxBridgeDelay;
gsdml_tUnsigned16 MaxNumberIR_FrameData;
gsdml_tUnsigned16 MaxRangeIR_FrameID;
gsdml_tString StartupMode;
gsdml_tString ForwardingMode;
gsdml_tUnsigned16 MaxRedPeriodLength;
gsdml_tUnsigned16 MinFSO;
gsdml_tUnsigned16 MinRTC3_Gap;
gsdml_tUnsigned16 MinYellowTime;
gsdml_tUnsigned16 YellowSafetyMargin;
gsdml_tUnsigned16 MaxBridgeDelayFFW;
gsdml_tUnsigned16 MaxDFP_Feed;
gsdml_tUnsigned16 MaxDFP_Frames;
gsdml_tBoolean AlignDFP_Subframes;
gsdml_tString FragmentationType;
} gsdml_sRT_Class3Properties;
class gsdml_RT_Class3Properties
......@@ -895,6 +1030,7 @@ typedef struct
gsdml_tUnsigned16 MaxLocalJitter;
gsdml_tUnsigned16 T_PLL_MAX;
gsdml_tTokenList SupportedSyncProtocols;
gsdml_tUnsigned16 PeerToPeerJitter;
} gsdml_sSynchronisationMode;
class gsdml_SynchronisationMode
......@@ -970,6 +1106,7 @@ typedef struct
gsdml_tBoolean AdditionalProtocolsSupported;
gsdml_tBoolean MRPD_Supported;
gsdml_tInteger MaxMRP_Instances;
gsdml_tBoolean AdditionalForwardingRulesSupported;
} gsdml_sMediaRedundancy;
class gsdml_MediaRedundancy
......@@ -998,6 +1135,9 @@ typedef struct
gsdml_tBoolean PTP_BoundarySupported;
gsdml_tBoolean DCP_BoundarySupported;
gsdml_tBoolean DelayMeasurementSupported;
gsdml_tBoolean PDEV_CombinedObjectSupported;
gsdml_tUnsigned16 MaxFrameStartTime;
gsdml_tUnsigned16 MinNRT_Gap;
} gsdml_sInterfaceSubmoduleItem;
class gsdml_InterfaceSubmoduleItem
......@@ -1036,6 +1176,7 @@ typedef struct
gsdml_tBoolean CheckMAUTypeSupported;
gsdml_tBoolean CheckMAUTypeDifferenceSupported;
gsdml_tValueList Writeable_IM_Records;
gsdml_tBoolean ShortPreamble100MBitSupported;
} gsdml_sPortSubmoduleItem;
class gsdml_PortSubmoduleItem
......@@ -1043,7 +1184,9 @@ class gsdml_PortSubmoduleItem
public:
gsdml_PortSubmoduleItem(pn_gsdml* g);
gsdml_sPortSubmoduleItem Body;
gsdml_MAUTypeList* MAUTypeList;
gsdml_RecordDataList* RecordDataList;
gsdml_ModuleInfo* ModuleInfo;
pn_gsdml* gsdml;
~gsdml_PortSubmoduleItem();
void build();
......@@ -1094,6 +1237,7 @@ class gsdml_SubmoduleItemRef
public:
gsdml_SubmoduleItemRef(pn_gsdml* g);
gsdml_sSubmoduleItemRef Body;
gsdml_eSubmoduleType submodule_type;
pn_gsdml* gsdml;
void build();
void print(int ind);
......@@ -1162,6 +1306,24 @@ public:
void print(int ind);
};
typedef struct
{
gsdml_tString DeviceType;
gsdml_tUnsigned16 MaxSwitchOverTime;
gsdml_tBoolean RT_InputOnBackupAR_Supported;
gsdml_tUnsigned16 NumberOfAR_Sets;
gsdml_tBoolean DataInvalidOnBackupAR_Supported;
} gsdml_sSystemRedundancy;
class gsdml_SystemRedundancy
{
public:
gsdml_SystemRedundancy(pn_gsdml* g);
gsdml_sSystemRedundancy Body;
pn_gsdml* gsdml;
~gsdml_SystemRedundancy() {};
};
typedef struct
{
gsdml_tId ID;
......@@ -1192,6 +1354,9 @@ typedef struct
gsdml_tUnsigned32 ResetToFactoryModes;
gsdml_tBoolean SharedInputSupported;
gsdml_tUnsigned16 NumberOfDeviceAccessAR;
gsdml_tUnsigned16 NumberOfSubmodules;
gsdml_tBoolean PrmBeginPrmEndSequenceSupported;
gsdml_tBoolean CIR_Supported;
} gsdml_sDeviceAccessPointItem;
class gsdml_DeviceAccessPointItem
......@@ -1211,6 +1376,7 @@ public:
gsdml_UseableSubmodules* UseableSubmodules;
gsdml_SlotList* SlotList;
gsdml_SlotGroups* SlotGroups;
gsdml_SystemRedundancy* SystemRedundancy;
pn_gsdml* gsdml;
~gsdml_DeviceAccessPointItem();
void build();
......@@ -1269,6 +1435,7 @@ class gsdml_SubmoduleList
public:
gsdml_SubmoduleList(pn_gsdml* g) : gsdml(g) {}
std::vector<gsdml_VirtualSubmoduleItem*> SubmoduleItem;
std::vector<gsdml_PortSubmoduleItem*> PortSubmoduleItem;
pn_gsdml* gsdml;
~gsdml_SubmoduleList();
void build();
......@@ -1422,6 +1589,7 @@ typedef struct
{
gsdml_tUnsigned16 UserStructureIdentifier;
gsdml_tUnsigned32 API;
gsdml_tRefIdT Name;
} gsdml_sUnitDiagTypeItem;
class gsdml_UnitDiagTypeItem
......@@ -1432,6 +1600,7 @@ public:
std::vector<gsdml_Ref*> Ref;
pn_gsdml* gsdml;
~gsdml_UnitDiagTypeItem();
void build();
void print(int ind);
};
......@@ -1442,6 +1611,7 @@ public:
std::vector<gsdml_UnitDiagTypeItem*> UnitDiagTypeItem;
pn_gsdml* gsdml;
~gsdml_UnitDiagTypeList();
void build();
void print(int ind);
};
......@@ -1574,38 +1744,6 @@ public:
void print(int ind);
};
typedef struct
{
gsdml_tRefId ParameterTarget;
} gsdml_sParameterRef;
typedef struct
{
gsdml_tRefId MenuTarget;
} gsdml_sMenuRef;
class gsdml_ParameterRef
{
public:
gsdml_ParameterRef(pn_gsdml* g);
gsdml_sParameterRef Body;
pn_gsdml* gsdml;
~gsdml_ParameterRef();
void build();
void print(int ind);
};
class gsdml_MenuRef
{
public:
gsdml_MenuRef(pn_gsdml* g);
gsdml_sMenuRef Body;
pn_gsdml* gsdml;
~gsdml_MenuRef();
void build();
void print(int ind);
};
class pn_gsdml
{
public:
......@@ -1670,13 +1808,14 @@ public:
static int string_to_value_datatype(char* str, gsdml_eValueDataType* type);
int datavalue_to_string(gsdml_eValueDataType datatype, void* value,
unsigned int size, char* str, unsigned int strsize);
int string_to_datavalue(gsdml_eValueDataType datatype, void* value,
int string_to_datavalue(gsdml_eValueDataType datatype, void* value, void* value_reversed_endianess,
unsigned int size, const char* str);
int get_datavalue_length(gsdml_eValueDataType datatype, int strlength,
unsigned int* len);
void set_classes(gsdml_sModuleClass* mclist) { module_classlist = mclist; }
int set_par_record_default(unsigned char* data, int size,
int set_par_record_default(unsigned char* data, unsigned char* data_reversed_endianess, int size,
gsdml_ParameterRecordDataItem* par_record);
int populate_and_align_par_reversed_record_data(unsigned char const* read_data, unsigned char* reversed_data, gsdml_ParameterRecordDataItem* par_record);
bool next_token();
bool is_space(const char c);
......@@ -1696,10 +1835,12 @@ public:
void* object_factory(gsdml_eTag id);
void* find_value_ref(char* ref);
void* find_module_ref(char* ref);
void* find_submodule_ref(char* ref);
void* find_submodule_ref(char* ref, gsdml_eSubmoduleType *type);
void* find_category_ref(char* ref);
void* find_text_ref(char* ref);
void* find_graphic_ref(char* ref);
gsdml_Ref* find_ref_ref(char* ref, gsdml_ParameterRecordDataItem* search_domain);
gsdml_MenuItem* find_menuitem_ref(char* ref, gsdml_ParameterRecordDataItem* search_domain);
void gsdml_print();
void build();
};
......
Markdown is supported
0% or
You are about to add 0 people to the discussion. Proceed with caution.
Finish editing this message first!
Please register or to comment
GitLab Nexedi Edition | About GitLab | About Nexedi | 沪ICP备2021021310号-2 | 沪ICP备2021021310号-7