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Commit 2c0c533d authored by Claes Sjofors's avatar Claes Sjofors
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Profinet configurator, submodule selection implemented

parent 207e02cb
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Showing with 457 additions and 16 deletions
profibus/lib/cow/src/cow_pn_gsdml.cpp
View file @ 2c0c533d
......@@ -117,6 +117,7 @@ static gsdml_sTag taglist[] = {
{ "ModuleItemRef", gsdml_eTag_ModuleItemRef, gsdml_eType_, 0, 0, 1},
{ "VirtualSubmoduleList", gsdml_eTag_VirtualSubmoduleList, gsdml_eType_, 0, 0, 1},
{ "VirtualSubmoduleItem", gsdml_eTag_VirtualSubmoduleItem, gsdml_eType_, 0, 0, 1},
{ "SubmoduleItem", gsdml_eTag_VirtualSubmoduleItem, gsdml_eType_, 0, 0, 1},
{ "IOData", gsdml_eTag_IOData, gsdml_eType_, 0, 0, 1},
{ "Input", gsdml_eTag_Input, gsdml_eType_, 0, 0, 1},
{ "Output", gsdml_eTag_Output, gsdml_eType_, 0, 0, 1},
......@@ -2167,6 +2168,20 @@ void *pn_gsdml::object_factory( gsdml_eTag id)
ro = o;
break;
}
case gsdml_eTag_SubmoduleList: {
gsdml_SubmoduleList *o = new gsdml_SubmoduleList( this);
void *p;
if ( (p = get_object_stack( gsdml_eTag_ApplicationProcess)))
((gsdml_ApplicationProcess *)p)->SubmoduleList = o;
else {
error_message_line( "Misplaced SubmoduleList");
return 0;
}
ro = o;
break;
}
case gsdml_eTag_VirtualSubmoduleItem: {
gsdml_VirtualSubmoduleItem *o = new gsdml_VirtualSubmoduleItem( this);
current_body = &o->Body;
......@@ -4968,6 +4983,12 @@ gsdml_ModuleList::~gsdml_ModuleList()
delete ModuleItem[i];
}
void gsdml_SubmoduleList::build()
{
for ( unsigned int i = 0; i < SubmoduleItem.size(); i++)
SubmoduleItem[i]->build();
}
gsdml_SubmoduleList::~gsdml_SubmoduleList()
{
for ( unsigned int i = 0; i < SubmoduleItem.size(); i++)
......@@ -5121,6 +5142,8 @@ void gsdml_ApplicationProcess::build()
DeviceAccessPointList->build();
if ( ModuleList)
ModuleList->build();
if ( SubmoduleList)
SubmoduleList->build();
if ( ValueList)
ValueList->build();
if ( ChannelDiagList)
......
profibus/lib/cow/src/cow_pn_gsdml.h
View file @ 2c0c533d
......@@ -850,7 +850,7 @@ typedef struct {
gsdml_tUnsigned16 NumberOfAdditionalOutputCR;
gsdml_tUnsigned16 NumberOfAdditionalMulticastProviderCR;
gsdml_tUnsigned16 NumberOfMulticastConsumerCR;
gsdml_tUnsigned16 PullModuleAlarmSupported;
gsdml_tBoolean PullModuleAlarmSupported;
} gsdml_sInterfaceSubmoduleItem_ApplicationRelations;
class gsdml_InterfaceSubmoduleItem_ApplicationRelations {
......@@ -1143,6 +1143,7 @@ class gsdml_SubmoduleList {
vector<gsdml_VirtualSubmoduleItem *> SubmoduleItem;
pn_gsdml *gsdml;
~gsdml_SubmoduleList();
void build();
void print( int ind);
};
......
profibus/lib/cow/src/cow_pn_gsdml_attrnav.cpp
View file @ 2c0c533d
......@@ -558,6 +558,7 @@ void GsdmlAttrNav::expand_all()
if ( !( item->type == attrnav_eItemType_PnParEnum ||
item->type == attrnav_eItemType_PnDevice ||
item->type == attrnav_eItemType_PnModuleType ||
item->type == attrnav_eItemType_PnSubmoduleType ||
item->type == attrnav_eItemType_PnDataItem ||
item->type == attrnav_eItemType_PnModuleClass ||
item->type == attrnav_eItemType_PnEnumByteOrder ||
......@@ -1105,6 +1106,12 @@ int GsdmlAttrNav::trace_connect_bc( brow_tObject object, char *name, char *attr,
*p = &attrnav->dev_data.slot_data[item->slot_idx]->module_enum_number;
break;
}
case attrnav_eItemType_PnSubmoduleType: {
ItemPnSubmoduleType *item = (ItemPnSubmoduleType *) base_item;
*p = &attrnav->dev_data.slot_data[item->slot_idx]->subslot_data[item->subslot_idx]->submodule_enum_number;
break;
}
case attrnav_eItemType_PnModuleClass: {
ItemPnModuleClass *item = (ItemPnModuleClass *) base_item;
......@@ -1623,10 +1630,15 @@ int GsdmlAttrNav::save( const char *filename)
ssd->io_input_length = 0;
ssd->io_output_length = 0;
gsdml_VirtualSubmoduleItem *vsd = 0;
if ( ssd->submodule_enum_number) {
// Physical subslot
vsd = gsdml->ApplicationProcess->SubmoduleList->SubmoduleItem[ssd->submodule_enum_number - 1];
}
else {
if ( mi->VirtualSubmoduleList->VirtualSubmoduleItem.size() == 0)
continue;
gsdml_VirtualSubmoduleItem *vsd = 0;
if ( mi->VirtualSubmoduleList->VirtualSubmoduleItem.size() == 1)
vsd = mi->VirtualSubmoduleList->VirtualSubmoduleItem[0];
else {
......@@ -1638,6 +1650,7 @@ int GsdmlAttrNav::save( const char *filename)
}
}
}
}
if ( !vsd) {
printf( "GSDML-Error, subslot number not found\n");
continue;
......@@ -1684,10 +1697,12 @@ int GsdmlAttrNav::save( const char *filename)
brow_ResetNodraw( brow->ctx);
brow_Redraw( brow->ctx, 0);
return dev_data.print( filename);
sts = dev_data.print( filename);
// Unload channel diag
dev_data.channel_diag_reset();
return sts;
}
int GsdmlAttrNav::open( const char *filename)
......@@ -1921,6 +1936,7 @@ int ItemPn::close( GsdmlAttrNav *attrnav, double x, double y)
case attrnav_eItemType_PnEnumTimeRatio:
case attrnav_eItemType_PnEnumSendClock:
case attrnav_eItemType_PnModuleType:
case attrnav_eItemType_PnSubmoduleType:
case attrnav_eItemType_PnModuleClass:
brow_SetAnnotPixmap( node, 0, attrnav->brow->pixmap_attrenum);
break;
......@@ -2237,6 +2253,7 @@ int ItemPnSlot::open_children( GsdmlAttrNav *attrnav, double x, double y)
gsdml_ValuelistIterator iter( vl);
for ( unsigned int j = iter.begin(); j != iter.end(); j = iter.next()) {
subslot_number = j;
sprintf( subslot_name, "Subslot %d", subslot_number);
......@@ -2269,6 +2286,127 @@ int ItemPnSlot::open_children( GsdmlAttrNav *attrnav, double x, double y)
}
}
}
if ( mi->UseableSubmodules && strcmp( mi->Body.PhysicalSubslots.str, "") != 0) {
gsdml_Valuelist *vl = new gsdml_Valuelist( mi->Body.PhysicalSubslots.str);
gsdml_ValuelistIterator iter( vl);
char subslot_name[80];
for ( unsigned int j = iter.begin(); j != iter.end(); j = iter.next()) {
// Check that there is an useable module for this slot
int fixed_found = 0;
int fixed_enum = 0;
gsdml_VirtualSubmoduleItem *fixed_si = 0;
int used_found = 0;
int used_enum = 0;
gsdml_VirtualSubmoduleItem *used_si = 0;
for ( unsigned int i = 0; i < mi->UseableSubmodules->SubmoduleItemRef.size(); i++) {
gsdml_Valuelist *vl_allowed = new gsdml_Valuelist( mi->UseableSubmodules->SubmoduleItemRef[i]->Body.AllowedInSubslots.str);
gsdml_Valuelist *vl_fixed = new gsdml_Valuelist( mi->UseableSubmodules->SubmoduleItemRef[i]->Body.FixedInSubslots.str);
gsdml_Valuelist *vl_used = new gsdml_Valuelist( mi->UseableSubmodules->SubmoduleItemRef[i]->Body.UsedInSubslots.str);
if ( vl_allowed->in_list( j)) {
// Check if fixed
if ( vl_fixed->in_list(j)) {
// Fixed in subslot, insert the submodule directly
fixed_found = 1;
fixed_si = (gsdml_VirtualSubmoduleItem *)mi->UseableSubmodules->SubmoduleItemRef[i]->Body.SubmoduleItemTarget.p;
for ( unsigned int k = 0;
k < attrnav->gsdml->ApplicationProcess->SubmoduleList->SubmoduleItem.size();
k++) {
if ( attrnav->gsdml->ApplicationProcess->SubmoduleList->SubmoduleItem[k] == fixed_si) {
fixed_enum = k + 1;
break;
}
}
}
// Check if used
if ( vl_used->in_list(j)) {
used_found = 1;
used_si = (gsdml_VirtualSubmoduleItem *)mi->UseableSubmodules->SubmoduleItemRef[i]->Body.SubmoduleItemTarget.p;
for ( unsigned int k = 0;
k < attrnav->gsdml->ApplicationProcess->SubmoduleList->SubmoduleItem.size();
k++) {
if ( attrnav->gsdml->ApplicationProcess->SubmoduleList->SubmoduleItem[k] == used_si) {
used_enum = k + 1;
break;
}
}
}
}
delete vl_allowed;
delete vl_used;
delete vl_fixed;
}
subslot_number = j;
sprintf( subslot_name, "Subslot %d", subslot_number);
if ( fixed_found ) {
GsdmlSubslotData *ssd;
if ( slotdata->subslot_data.size() <= subslot_index) {
ssd = new GsdmlSubslotData();
ssd->subslot_number = subslot_number;
ssd->subslot_idx = subslot_index;
ssd->submodule_ident_number = fixed_si->Body.SubmoduleIdentNumber;
ssd->submodule_enum_number = fixed_enum;
slotdata->subslot_data.push_back(ssd);
}
else {
ssd = slotdata->subslot_data[subslot_index];
ssd->subslot_idx = subslot_index;
ssd->submodule_ident_number = fixed_si->Body.SubmoduleIdentNumber;
ssd->submodule_enum_number = fixed_enum;
if ( ssd->subslot_number != subslot_number) {
ssd->subslot_number = subslot_number;
printf( "GSML-Error, datafile corrupt, unexpected subslot number\n");
}
}
new ItemPnSubslot( attrnav, subslot_name, ssd, fixed_si,
node, flow_eDest_IntoLast);
subslot_index++;
}
else {
// Add selectable subslot
GsdmlSubslotData *ssd;
if ( slotdata->subslot_data.size() <= subslot_index) {
ssd = new GsdmlSubslotData();
ssd->subslot_number = subslot_number;
ssd->subslot_idx = subslot_index;
if ( used_found) {
ssd->submodule_ident_number = used_si->Body.SubmoduleIdentNumber;
ssd->submodule_enum_number = used_enum;
}
slotdata->subslot_data.push_back(ssd);
}
else {
ssd = slotdata->subslot_data[subslot_index];
ssd->subslot_idx = subslot_index;
if ( ssd->subslot_number != subslot_number) {
ssd->subslot_number = subslot_number;
printf( "GSML-Error, datafile corrupt, unexpected subslot number\n");
}
else if ( used_found) {
ssd->submodule_ident_number = used_si->Body.SubmoduleIdentNumber;
ssd->submodule_enum_number = used_enum;
}
}
new ItemPnSubslotPhys( attrnav, subslot_name, ssd, used_si, slotdata->slot_idx,
mi->UseableSubmodules,
node, flow_eDest_IntoLast);
subslot_index++;
}
}
delete vl;
}
}
}
brow_SetOpen( node, attrnav_mOpen_Children);
......@@ -2394,6 +2532,105 @@ int ItemPnSubslot::open_children( GsdmlAttrNav *attrnav, double x, double y)
return 1;
}
ItemPnSubslotPhys::ItemPnSubslotPhys( GsdmlAttrNav *attrnav, const char *item_name,
GsdmlSubslotData *item_subslotdata,
gsdml_VirtualSubmoduleItem *item_virtualsubmodule,
int item_slot_idx,
gsdml_UseableSubmodules *item_us,
brow_tNode dest, flow_eDest dest_code) :
subslotdata(item_subslotdata), virtualsubmodule(item_virtualsubmodule),
us(item_us), slot_idx(item_slot_idx)
{
type = attrnav_eItemType_PnSubslotPhys;
strcpy( name, item_name);
parent = 1;
brow_CreateNode( attrnav->brow->ctx, item_name, attrnav->brow->nc_attr,
dest, dest_code, (void *) this, 1, &node);
if ( parent)
brow_SetAnnotPixmap( node, 0, attrnav->brow->pixmap_map);
else
brow_SetAnnotPixmap( node, 0, attrnav->brow->pixmap_leaf);
brow_SetAnnotation( node, 0, item_name, strlen(item_name));
}
int ItemPnSubslotPhys::open_children( GsdmlAttrNav *attrnav, double x, double y)
{
double node_x, node_y;
brow_GetNodePosition( node, &node_x, &node_y);
if ( brow_IsOpen( node)) {
// Close
brow_SetNodraw( attrnav->brow->ctx);
brow_CloseNode( attrnav->brow->ctx, node);
if ( brow_IsOpen( node) & attrnav_mOpen_Children) {
if ( parent)
brow_SetAnnotPixmap( node, 0, attrnav->brow->pixmap_map);
else
brow_SetAnnotPixmap( node, 0, attrnav->brow->pixmap_leaf);
}
brow_ResetOpen( node, attrnav_mOpen_All);
brow_ResetNodraw( attrnav->brow->ctx);
brow_Redraw( attrnav->brow->ctx, node_y);
}
else {
brow_SetNodraw( attrnav->brow->ctx);
new ItemPnSubmoduleType( attrnav, "SubmoduleType", subslotdata->subslot_number, slot_idx,
subslotdata->subslot_idx, us,
node, flow_eDest_IntoLast);
gsdml_VirtualSubmoduleItem *subm = 0;
if ( subslotdata->submodule_enum_number) {
subm = attrnav->gsdml->ApplicationProcess->SubmoduleList->SubmoduleItem[subslotdata->submodule_enum_number - 1];
}
if ( subm && subm->ModuleInfo) {
new ItemPnModuleInfo( attrnav, "SubmoduleInfo", subm->ModuleInfo,
node, flow_eDest_IntoLast);
}
unsigned int record_index = 0;
if ( subm) {
gsdml_RecordDataList *rl = subm->RecordDataList;
if ( rl) {
GsdmlDataRecord *dr;
for ( unsigned int j = 0; j < rl->ParameterRecordDataItem.size(); j++) {
if ( subslotdata->data_record.size() <= record_index) {
dr = new GsdmlDataRecord();
dr->record_idx = record_index;
subslotdata->data_record.push_back(dr);
}
else {
dr = subslotdata->data_record[record_index];
dr->record_idx = record_index;
}
new ItemPnParRecord( attrnav, "", rl->ParameterRecordDataItem[j], dr,
node, flow_eDest_IntoLast);
record_index++;
}
}
}
if ( attrnav->viewio && subm && subm->IOData) {
new ItemPnIOData( attrnav, "IOData", subm->IOData,
node, flow_eDest_IntoLast);
}
brow_SetOpen( node, attrnav_mOpen_Children);
brow_SetAnnotPixmap( node, 0, attrnav->brow->pixmap_openmap);
brow_ResetNodraw( attrnav->brow->ctx);
brow_Redraw( attrnav->brow->ctx, node_y);
}
return 1;
}
ItemPnDAP::ItemPnDAP( GsdmlAttrNav *attrnav, const char *item_name, GsdmlSlotData *item_slotdata,
brow_tNode dest, flow_eDest dest_code) : slotdata(item_slotdata)
{
......@@ -3155,7 +3392,7 @@ int ItemPnModuleType::scan( GsdmlAttrNav *attrnav, void *p)
return 1;
gsdml_ModuleItem *mi = (gsdml_ModuleItem *)um->
ModuleItemRef[attrnav->dev_data.slot_data[slot_idx]->module_enum_number-1]->Body.ModuleItemTarget.p;
if ( !mi || !mi->ModuleInfo->Body.Name.p)
if ( !mi || !mi->ModuleInfo || !mi->ModuleInfo->Body.Name.p)
return 1;
strncpy( buf, (char *) mi->ModuleInfo->Body.Name.p, sizeof(buf));
}
......@@ -3225,6 +3462,144 @@ int ItemPnModuleType::scan( GsdmlAttrNav *attrnav, void *p)
return 1;
}
ItemPnSubmoduleType::ItemPnSubmoduleType( GsdmlAttrNav *attrnav, const char *item_name,
int item_subslot_number, int item_slot_idx,
int item_subslot_idx, gsdml_UseableSubmodules *item_us,
brow_tNode dest, flow_eDest dest_code):
subslot_number(item_subslot_number), slot_idx(item_slot_idx), subslot_idx(item_subslot_idx),
us(item_us), old_value(0), first_scan(1)
{
type = attrnav_eItemType_PnSubmoduleType;
strcpy( name, item_name);
brow_CreateNode( attrnav->brow->ctx, item_name, attrnav->brow->nc_attr,
dest, dest_code, (void *) this, 1, &node);
brow_SetAnnotPixmap( node, 0, attrnav->brow->pixmap_attrenum);
brow_SetAnnotation( node, 0, item_name, strlen(item_name));
brow_SetTraceAttr( node, name, "", flow_eTraceType_User);
}
int ItemPnSubmoduleType::open_children( GsdmlAttrNav *attrnav, double x, double y)
{
double node_x, node_y;
brow_GetNodePosition( node, &node_x, &node_y);
if ( brow_IsOpen( node)) {
// Close
brow_SetNodraw( attrnav->brow->ctx);
brow_CloseNode( attrnav->brow->ctx, node);
if ( brow_IsOpen( node) & attrnav_mOpen_Attributes)
brow_RemoveAnnotPixmap( node, 1);
if ( brow_IsOpen( node) & attrnav_mOpen_Children)
brow_SetAnnotPixmap( node, 0, attrnav->brow->pixmap_attrenum);
brow_ResetOpen( node, attrnav_mOpen_All);
brow_ResetNodraw( attrnav->brow->ctx);
brow_Redraw( attrnav->brow->ctx, node_y);
}
else {
brow_SetNodraw( attrnav->brow->ctx);
int idx = 0;
new ItemPnEnumValueMType( attrnav, "No", "", idx++, pwr_eType_UInt32,
&attrnav->dev_data.slot_data[slot_idx]->subslot_data[subslot_idx]->submodule_enum_number,
node, flow_eDest_IntoLast);
if ( !us)
return 1;
for ( unsigned int i = 0; i < us->SubmoduleItemRef.size(); i++) {
gsdml_Valuelist *vl_allowed = new gsdml_Valuelist( us->SubmoduleItemRef[i]->Body.AllowedInSubslots.str);
gsdml_Valuelist *vl_fixed = new gsdml_Valuelist( us->SubmoduleItemRef[i]->Body.FixedInSubslots.str);
if ( vl_allowed->in_list(subslot_number)) {
if ( vl_fixed->in_list(subslot_number)) {
delete vl_allowed;
delete vl_fixed;
continue;
}
char mname[160] = "ModuleName";
gsdml_VirtualSubmoduleItem *mi = (gsdml_VirtualSubmoduleItem *)us->SubmoduleItemRef[i]->Body.SubmoduleItemTarget.p;
if ( !mi || !mi->ModuleInfo || !mi->ModuleInfo->Body.Name.p)
continue;
strncpy( mname, (char *) mi->ModuleInfo->Body.Name.p, sizeof(mname));
new ItemPnEnumValueMType( attrnav, mname, mi->ModuleInfo->Body.OrderNumber, idx,
pwr_eType_UInt32,
&attrnav->dev_data.slot_data[slot_idx]->subslot_data[subslot_idx]->submodule_enum_number,
node, flow_eDest_IntoLast);
}
delete vl_allowed;
delete vl_fixed;
idx++;
}
brow_SetOpen( node, attrnav_mOpen_Children);
brow_SetAnnotPixmap( node, 0, attrnav->brow->pixmap_openmap);
brow_ResetNodraw( attrnav->brow->ctx);
brow_Redraw( attrnav->brow->ctx, node_y);
}
return 1;
}
int ItemPnSubmoduleType::scan( GsdmlAttrNav *attrnav, void *p)
{
char buf[200];
if ( !first_scan) {
if ( old_value == *(int *)p)
// No change since last time
return 1;
}
if ( *(int *)p == 0)
strcpy( buf, "No");
else {
if ( !us)
return 1;
gsdml_VirtualSubmoduleItem *si = (gsdml_VirtualSubmoduleItem *)attrnav->gsdml->ApplicationProcess->SubmoduleList->
SubmoduleItem[attrnav->dev_data.slot_data[slot_idx]->subslot_data[subslot_idx]->submodule_enum_number-1];
if ( !si || !si->ModuleInfo->Body.Name.p)
return 1;
strncpy( buf, (char *) si->ModuleInfo->Body.Name.p, sizeof(buf));
}
brow_SetAnnotation( node, 1, buf, strlen(buf));
old_value = *(int *)p;
if ( !first_scan) {
int sts;
brow_tObject parentnode;
sts = brow_GetParent( attrnav->brow->ctx, node, &parentnode);
if ( EVEN(sts)) return 1;
ItemPnSubslot *parentitem;
brow_GetUserData( parentnode, (void **)&parentitem);
// Note, this object is deleted here !
parentitem->close( attrnav, 0, 0);
// Remove old subslot data
// if ( parentitem->slotdata)
// parentitem->slotdata->slot_reset();
parentitem->open_children( attrnav, 0, 0);
brow_SelectClear( attrnav->brow->ctx);
brow_SetInverse( parentnode, 1);
brow_SelectInsert( attrnav->brow->ctx, parentnode);
brow_CenterObject( attrnav->brow->ctx, parentnode, 0.25);
}
else
first_scan = 0;
return 1;
}
ItemPnParRecord::ItemPnParRecord( GsdmlAttrNav *attrnav, const char *item_name,
gsdml_ParameterRecordDataItem *item_par_record,
GsdmlDataRecord *item_datarecord, brow_tNode dest,
......
profibus/lib/cow/src/cow_pn_gsdml_attrnav.h
View file @ 2c0c533d
......@@ -88,8 +88,10 @@ typedef enum {
attrnav_eItemType_PnPortSubmodule,
attrnav_eItemType_PnSlot,
attrnav_eItemType_PnSubslot,
attrnav_eItemType_PnSubslotPhys,
attrnav_eItemType_PnModuleInfo,
attrnav_eItemType_PnModuleType,
attrnav_eItemType_PnSubmoduleType,
attrnav_eItemType_PnParRecord,
attrnav_eItemType_PnParValue,
attrnav_eItemType_PnParEnum,
......@@ -332,6 +334,23 @@ class ItemPnSubslot : public ItemPn {
int open_children( GsdmlAttrNav *attrnav, double x, double y);
};
//! Item for a physical subslot.
class ItemPnSubslotPhys : public ItemPn {
public:
ItemPnSubslotPhys( GsdmlAttrNav *attrnav, const char *item_name, GsdmlSubslotData *item_subslotdata,
gsdml_VirtualSubmoduleItem *item_virtualsubmodule, int item_slot_idx,
gsdml_UseableSubmodules *item_us,
brow_tNode dest, flow_eDest dest_code);
virtual ~ItemPnSubslotPhys() {}
GsdmlSubslotData *subslotdata;
gsdml_VirtualSubmoduleItem *virtualsubmodule;
gsdml_UseableSubmodules *us;
int slot_idx;
int open_children( GsdmlAttrNav *attrnav, double x, double y);
};
//! Item for the DeviceAccessPoint, slot 0
class ItemPnDAP : public ItemPn {
public:
......@@ -419,6 +438,25 @@ class ItemPnModuleType : public ItemPn {
int scan( GsdmlAttrNav *attrnav, void *p);
};
//! Item for module type selection.
class ItemPnSubmoduleType : public ItemPn {
public:
ItemPnSubmoduleType( GsdmlAttrNav *attrnav, const char *item_name, int item_subslot_number,
int item_slot_idx, int item_subslot_idx, gsdml_UseableSubmodules *item_us,
brow_tNode dest, flow_eDest dest_code);
virtual ~ItemPnSubmoduleType() {}
int subslot_number;
int slot_idx;
int subslot_idx;
gsdml_UseableSubmodules *us;
int old_value;
int first_scan;
int open_children( GsdmlAttrNav *attrnav, double x, double y);
int scan( GsdmlAttrNav *attrnav, void *p);
};
//! Item for module type selection.
class ItemPnParRecord : public ItemPn {
public:
......
profibus/lib/rt/src/rt_pn_gsdml_data.cpp
View file @ 2c0c533d
......@@ -92,6 +92,7 @@ int GsdmlSubslotData::print( ofstream& fp)
{
fp <<
" <Subslot SubslotNumber=\"" << subslot_number << "\"" << endl <<
" SubmoduleEnumNumber=\"" << submodule_enum_number << "\"" << endl <<
" SubmoduleIdentNumber=\"" << submodule_ident_number << "\"" << endl <<
" IOInputLength=\"" << io_input_length << "\"" << endl <<
" IOOutputLength=\"" << io_output_length << "\" >" << endl;
......@@ -554,6 +555,8 @@ int GsdmlDataReader::tag_attribute( const char *name, const char *value)
sscanf( value, "%u", &sd->subslot_number);
else if ( strcmp( name, "SubmoduleIdentNumber") == 0)
sscanf( value, "%u", &sd->submodule_ident_number);
else if ( strcmp( name, "SubmoduleEnumNumber") == 0)
sscanf( value, "%d", &sd->submodule_enum_number);
else if ( strcmp( name, "IOInputLength") == 0)
sscanf( value, "%u", &sd->io_input_length);
else if ( strcmp( name, "IOOutputLength") == 0)
......
profibus/lib/rt/src/rt_pn_gsdml_data.h
View file @ 2c0c533d
......@@ -82,12 +82,13 @@ class GsdmlIOCRData {
class GsdmlSubslotData {
public:
GsdmlSubslotData() : subslot_number(0), subslot_idx(0), submodule_ident_number(0),
io_input_length(0), io_output_length(0) {}
GsdmlSubslotData() : subslot_number(0), subslot_idx(0), submodule_enum_number(0),
submodule_ident_number(0), io_input_length(0), io_output_length(0) {}
vector<GsdmlDataRecord *> data_record;
unsigned int subslot_number;
unsigned int subslot_idx;
unsigned int submodule_enum_number;
unsigned int submodule_ident_number;
unsigned int io_input_length;
unsigned int io_output_length;
......
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