#include struct List akalist; struct List akaaddlist; struct List akaremlist; ULONG akanum,currentaka,totakaadd,totakarem,currentakaadd,currentakarem; struct Aka *akanode; struct Hook AkaHelpHook = { {NULL}, HelpHookEntry,NULL,HELP_AKA}; void RefreshAkaAddlist(void) { struct AddNode *addnode; struct TempNode *tnode; LT_SetAttributes(parthandle,5711,GTLV_Labels,~0,TAG_END); FreeTempNodes(&akaaddlist); totakaadd=0; if(akanode->AddList.First) { for(addnode=akanode->AddList.First;addnode;addnode=addnode->Next) { if(!(tnode=(struct TempNode *)AllocMem(sizeof(struct TempNode),MEMF_CLEAR))) { DisplayBeep(NULL); return; } sprintf(tnode->buf,"%lu/%lu",addnode->Node.Net,addnode->Node.Node); tnode->Node.ln_Name=tnode->buf; AddTail(&akaaddlist,(struct Node *)tnode); totakaadd++; } } LT_SetAttributes(parthandle,5711,GTLV_Labels,&akaaddlist,TAG_END); } void RefreshAkaRemlist(void) { struct RemNode *remnode; struct TempNode *tnode; LT_SetAttributes(parthandle,6711,GTLV_Labels,~0,TAG_END); FreeTempNodes(&akaremlist); totakarem=0; if(akanode->RemList.First) { for(remnode=akanode->RemList.First;remnode;remnode=remnode->Next) { if(!(tnode=(struct TempNode *)AllocMem(sizeof(struct TempNode),MEMF_CLEAR))) { DisplayBeep(NULL); return; } sprintf(tnode->buf,"%s/%s",remnode->NodePat.Net,remnode->NodePat.Node); tnode->Node.ln_Name=tnode->buf; AddTail(&akaremlist,(struct Node *)tnode); totakarem++; } } LT_SetAttributes(parthandle,6711,GTLV_Labels,&akaremlist,TAG_END); } void SetAkaAdd(void) { RefreshAkaAddlist(); if(totakaadd) { LT_SetAttributes(parthandle,5712,GA_Disabled,FALSE,TAG_DONE); LT_SetAttributes(parthandle,501,GA_Disabled,FALSE,TAG_DONE); LT_SetAttributes(parthandle,5711,GTLV_Selected,currentakaadd,GTLV_MakeVisible,0,TAG_DONE); } else { LT_SetAttributes(parthandle,5712,GA_Disabled,TRUE,TAG_DONE); LT_SetAttributes(parthandle,501,GA_Disabled,TRUE,TAG_DONE); } } void SetAkaRem(void) { RefreshAkaRemlist(); if(totakarem) { LT_SetAttributes(parthandle,6712,GA_Disabled,FALSE,TAG_DONE); LT_SetAttributes(parthandle,601,GA_Disabled,FALSE,TAG_DONE); LT_SetAttributes(parthandle,6711,GTLV_Selected,currentakarem,GTLV_MakeVisible,currentakarem,TAG_DONE); } else { LT_SetAttributes(parthandle,6712,GA_Disabled,TRUE,TAG_DONE); LT_SetAttributes(parthandle,601,GA_Disabled,TRUE,TAG_DONE); } } void SetAka(ULONG num) { ULONG c; if(currentaka!=-1) { NUMCMPCPY(akanode->FakeNet,61); strcmpcpy(akanode->Domain,(UBYTE *)LT_GetAttributes(parthandle,60,TAG_END)); } if(akanum == 0) { LT_SetAttributes(parthandle,4712,GA_Disabled,TRUE,TAG_END); LT_SetAttributes(parthandle,11,GA_Disabled,TRUE,TAG_END); LT_SetAttributes(parthandle,12,GA_Disabled,TRUE,TAG_END); LT_SetAttributes(parthandle,13,GA_Disabled,TRUE,TAG_END); LT_SetAttributes(parthandle,50,GA_Disabled,TRUE,TAG_END); LT_SetAttributes(parthandle,51,GA_Disabled,TRUE,TAG_END); } akanode=NULL; if(num!=-1) { if(akanum) { LT_SetAttributes(parthandle,11,GA_Disabled,FALSE,TAG_END); LT_SetAttributes(parthandle,4712,GA_Disabled,FALSE,TAG_END); } else { LT_SetAttributes(parthandle,11,GA_Disabled,TRUE,TAG_END); LT_SetAttributes(parthandle,4712,GA_Disabled,TRUE,TAG_END); } if(akanum == 1) LT_SetAttributes(parthandle,11,GA_Disabled,TRUE,TAG_END); akanode=AkaList.First; for(c=0;cNext; if(num!=0) LT_SetAttributes(parthandle,12,GA_Disabled,FALSE,TAG_END); else LT_SetAttributes(parthandle,12,GA_Disabled,TRUE,TAG_END); if(num!=akanum-1) LT_SetAttributes(parthandle,13,GA_Disabled,FALSE,TAG_END); else LT_SetAttributes(parthandle,13,GA_Disabled,TRUE,TAG_END); LT_SetAttributes(parthandle,50,GA_Disabled,FALSE,TAG_END); LT_SetAttributes(parthandle,51,GA_Disabled,FALSE,TAG_END); LT_SetAttributes(parthandle,60,GTST_String,akanode->Domain,TAG_END); LT_SetAttributes(parthandle,61,GTIN_Number,akanode->FakeNet,TAG_END); currentakaadd=0; currentakarem=0; SetAkaAdd(); SetAkaRem(); } currentaka=num; } void RefreshAkalist(void) { struct TempNode *tempnode; struct Aka *aka; LT_SetAttributes(parthandle,4711,GTLV_Labels,~0,TAG_END); FreeTempNodes(&akalist); akanum=0; for(aka=AkaList.First;aka;aka=aka->Next) { if(!(tempnode=(struct TempNode *)AllocMem(sizeof(struct TempNode),MEMF_CLEAR))) { DisplayBeep(NULL); FreeTempNodes(&akalist); return; } sprintf(tempnode->buf,"%lu:%lu/%lu.%lu",aka->Node.Zone,aka->Node.Net,aka->Node.Node,aka->Node.Point); tempnode->Node.ln_Name=tempnode->buf; AddTail(&akalist,(struct Node *)tempnode); akanum++; } LT_SetAttributes(parthandle,4711,GTLV_Labels,&akalist,TAG_END); } BOOL CheckDupeAka(UBYTE *buf,ULONG num) { struct Node4D n4d; struct Aka *aka; ULONG c; if(!Parse4D(buf,&n4d)) { rtEZRequestTags("Invalid node number","_Ok",NULL,NULL,RT_Underscore,'_', RT_Window,partwin, RT_WaitPointer, TRUE, RT_LockWindow, TRUE, TAG_END); return(FALSE); } for(aka=AkaList.First,c=0;aka;aka=aka->Next,c++) if(Compare4D(&aka->Node,&n4d)==0 && c!=num) break; if(aka) { rtEZRequestTags("You already have that aka","_Ok",NULL,NULL,RT_Underscore,'_', RT_Window,partwin, RT_WaitPointer, TRUE, RT_LockWindow, TRUE, TAG_END); return(FALSE); } return(TRUE); } void AddAka(void) { struct Aka *aka; struct Node4D n4d; UBYTE buf[200]; BOOL res; BOOL kg; kg=TRUE; buf[0]=0; while(kg) { res=rtGetString(buf,50,"Add aka",NULL,RT_Window,partwin, RT_WaitPointer, TRUE, RT_LockWindow, TRUE, TAG_END); if(!res) return; if(CheckDupeAka(buf,-1)) kg=FALSE; } Parse4D(buf,&n4d); if(aka=(struct Aka *)AllocMem(sizeof(struct Aka),MEMF_CLEAR)) { jbAddNode(&AkaList,(struct jbNode *)aka); Copy4D(&aka->Node,&n4d); jbNewList(&aka->AddList); jbNewList(&aka->RemList); RefreshAkalist(); SetAka(akanum-1); LT_SetAttributes(parthandle,4711,GTLV_Selected,currentaka,GTLV_MakeVisible,currentaka,TAG_END); saveconfig=TRUE; } else { DisplayBeep(NULL); } } void RemAka(void) { struct Aka *newaka; struct Area *area,*area2; struct Route *route,*route2; UBYTE buf[200]; ULONG areas=0,routes=0,res; for(area=AreaList.First;area;area=area->Next) if(area->Aka == akanode) areas++; for(route=RouteList.First;route;route=route->Next) if(route->Aka == akanode) routes++; sprintf(buf,"Do you really want to remove the aka %lu:%lu/%lu.%lu?\n\nIt is used for %lu areas and %lu routings", akanode->Node.Zone,akanode->Node.Net,akanode->Node.Node,akanode->Node.Point,areas,routes); res=rtEZRequestTags(buf,"_Remove|_Cancel",NULL,NULL,RT_Underscore,'_', RT_Window,partwin, RT_WaitPointer,TRUE, RT_LockWindow, TRUE, RTEZ_Flags, EZREQF_CENTERTEXT | EZREQF_NORETURNKEY, TAG_END); if(!res) return; if(routes || areas) { res=rtEZRequestTags("What do you want to do with the areas and routings\nthat use this aka?\n\n(You can keep the aka by pressing Cancel)", "_Change aka|_Remove|_Cancel",NULL,NULL,RT_Underscore,'_', RT_Window,partwin, RT_WaitPointer,TRUE, RT_LockWindow, TRUE, RTEZ_Flags, EZREQF_CENTERTEXT, TAG_END); if(!res) return; if(res == 1) { struct List tmpakalist; ULONG c,res; struct TempNode *tempnode; struct Aka *aka; NewList(&tmpakalist); for(aka=AkaList.First;aka;aka=aka->Next) { if(aka!=akanode) { if(!(tempnode=(struct TempNode *)AllocMem(sizeof(struct TempNode),MEMF_CLEAR))) { DisplayBeep(NULL); FreeTempNodes(&tmpakalist); return; } sprintf(tempnode->buf,"%lu:%lu/%lu.%lu",aka->Node.Zone,aka->Node.Net,aka->Node.Node,aka->Node.Point); tempnode->Node.ln_Name=tempnode->buf; tempnode->UserData=aka; AddTail(&tmpakalist,(struct Node *)tempnode); } } res=AskList(&tmpakalist,"Select new aka",partwin); if(res==-1) { FreeTempNodes(&tmpakalist); return; } tempnode=tmpakalist.lh_Head; for(c=0;cNode.ln_Succ; newaka=tempnode->UserData; for(area=AreaList.First;area;area=area->Next) if(area->Aka == akanode) area->Aka=newaka; for(route=RouteList.First;route;route=route->Next) if(route->Aka == akanode) route->Aka=newaka; FreeTempNodes(&tmpakalist); } if(res == 2) { ULONG netmails; netmails=0; for(area=AreaList.First;area;area=area->Next) if((area->Flags & AREA_NETMAIL) && area->Aka!=akanode) netmails++; if(akanode!= (struct Aka *)AkaList.First) newaka=(struct Aka *)AkaList.First; else newaka=(struct Aka *)AkaList.First->Next; area=AreaList.First; while(area) { area2=area->Next; if(area->Aka == akanode) { if(area->Flags & AREA_BAD) { area->Aka=newaka; } else if(area->Flags & AREA_DEFAULT) { area->Aka=newaka; } else if((area->Flags & AREA_NETMAIL) && netmails == 0) { area->Aka=newaka; } else { if(area->Flags & AREA_NETMAIL) jbFreeList(&area->TossNodes,area->TossNodes.First,sizeof(struct ImportNode)); else jbFreeList(&area->TossNodes,area->TossNodes.First,sizeof(struct TossNode)); jbFreeNode(&AreaList,(struct jbNode *)area,sizeof(struct Area)); } } area=area2; } if(netmails==0) { UBYTE buf[200]; sprintf(buf,"Every CrashMail configuration needs at least one\n" "netmail area. Therefore the aka of your last\n" "netmail area was changed to %lu:%lu/%lu.%lu", newaka->Node.Zone, newaka->Node.Net, newaka->Node.Node, newaka->Node.Point); res=rtEZRequestTags(buf,"Ok",NULL,NULL,RT_Underscore,'_', RT_Window,partwin, RT_WaitPointer,TRUE, RT_LockWindow, TRUE, RTEZ_Flags, EZREQF_CENTERTEXT, TAG_END); } route=RouteList.First; while(route) { route2=route->Next; if(route->Aka == akanode) jbFreeNode(&RouteList,(struct jbNode *)route,sizeof(struct Route)); route=route2; } } } jbFreeList(&akanode->AddList,akanode->AddList.First,sizeof(struct AddNode)); jbFreeList(&akanode->RemList,akanode->RemList.First,sizeof(struct RemNode)); jbFreeNode(&AkaList,(struct jbNode *)akanode,sizeof(struct Aka)); if(currentaka == akanum-1) currentaka--; RefreshAkalist(); SetAka(currentaka); saveconfig=TRUE; } void PartAka(void) { ULONG class,code,tmp; struct IntuiMessage *IntuiMessage; struct TempNode *tempnode; APTR iaddress; ULONG c; UBYTE nodebuf[50]; struct Node2DPat n2dpat; struct Node4D n4d; struct AddNode *addnode; struct RemNode *remnode; BOOL kg,res; UBYTE buf[100]; NewList(&akalist); NewList(&akaaddlist); NewList(&akaremlist); currentaka=-1; parthandle = LT_CreateHandleTags(scr,LH_EditHook,&StrEditHook, LH_RawKeyFilter,FALSE,TAG_DONE); if(!parthandle) { FreeTempNodes(&akalist); return; } LT_New(parthandle, LA_Type, HORIZONTAL_KIND, LA_LabelText, "Aka", TAG_DONE); LT_New(parthandle, LA_Type, VERTICAL_KIND, TAG_DONE); LT_New(parthandle, LA_Type, STRING_KIND, GTST_MaxChars,199, LA_ID, 4712, LAST_Link, 4711, GA_Disabled,TRUE, TAG_DONE); LT_New(parthandle, LA_Type, LISTVIEW_KIND, LA_Chars, 20, LALV_Lines, 11, LALV_LockSize, TRUE, LALV_CursorKey,TRUE, LALV_Link, 4712, GTLV_Labels, &akalist, LA_ID,4711, TAG_DONE); LT_New(parthandle, LA_Type, HORIZONTAL_KIND, LAGR_SameSize,TRUE, TAG_DONE); LT_New(parthandle, LA_Type, VERTICAL_KIND, LAGR_SameSize,TRUE, TAG_DONE); LT_New(parthandle, LA_Type, BUTTON_KIND, LA_LabelText, "Add...", LA_Chars,10, LA_ID,10, TAG_DONE); LT_New(parthandle, LA_Type, BUTTON_KIND, LA_LabelText, "Up", GA_Disabled,TRUE, LA_Chars,10, LA_ID,12, TAG_DONE); LT_EndGroup(parthandle); LT_New(parthandle, LA_Type, VERTICAL_KIND, LAGR_SameSize,TRUE, TAG_DONE); LT_New(parthandle, LA_Type, BUTTON_KIND, LA_LabelText, "Remove...", LA_Chars,10, GA_Disabled,TRUE, LA_ID,11, TAG_DONE); LT_New(parthandle, LA_Type, BUTTON_KIND, LA_LabelText, "Down", LA_Chars,10, GA_Disabled,TRUE, LA_ID,13, TAG_DONE); LT_EndGroup(parthandle); LT_EndGroup(parthandle); LT_EndGroup(parthandle); LT_New(parthandle, LA_Type, VERTICAL_KIND, LA_ExtraSpace,TRUE, TAG_DONE); LT_New(parthandle, LA_Type, VERTICAL_KIND, LA_ExtraSpace,TRUE, TAG_DONE); LT_New(parthandle, LA_Type, STRING_KIND, LA_LabelText, "Domain", GTST_MaxChars,50, LA_Chars,35, LA_ID,60, TAG_DONE); LT_New(parthandle, LA_Type, INTEGER_KIND, LA_LabelText, "FakeNet", LA_Chars,35, LA_ID,61, TAG_DONE); LT_EndGroup(parthandle); LT_New(parthandle, LA_Type, HORIZONTAL_KIND, LA_LabelText,"SEEN-BY modifications", LA_ExtraSpace, TRUE, TAG_DONE); LT_New(parthandle, LA_Type, VERTICAL_KIND, TAG_DONE); LT_New(parthandle, LA_Type, STRING_KIND, GTST_MaxChars,199, LA_ID, 5712, LAST_Link, 5711, GA_Disabled,TRUE, TAG_DONE); LT_New(parthandle, LA_Type, LISTVIEW_KIND, LA_LabelText, "Add SEEN-BY", LALV_Lines, 5, LALV_Link, 5712, GTLV_Labels, &akaaddlist, LA_ID,5711, TAG_DONE); LT_New(parthandle, LA_Type, HORIZONTAL_KIND, LAGR_SameSize,TRUE, TAG_DONE); LT_New(parthandle, LA_Type, BUTTON_KIND, LA_LabelText, "Add...", LA_Chars,9, LA_ID,500, TAG_DONE); LT_New(parthandle, LA_Type, BUTTON_KIND, LA_LabelText, "Remove", GA_Disabled,TRUE, LA_Chars,9, LA_ID,501, TAG_DONE); LT_EndGroup(parthandle); LT_EndGroup(parthandle); LT_New(parthandle, LA_Type, VERTICAL_KIND, LA_ExtraSpace,TRUE, TAG_DONE); LT_New(parthandle, LA_Type, STRING_KIND, GTST_MaxChars,199, LA_ID, 6712, LAST_Link, 6711, GA_Disabled,TRUE, TAG_DONE); LT_New(parthandle, LA_Type, LISTVIEW_KIND, LA_LabelText, "Strip SEEN-BY", LALV_Lines, 5, LALV_Link, 6712, GTLV_Labels, &akaremlist, LA_ID,6711, TAG_DONE); LT_New(parthandle, LA_Type, HORIZONTAL_KIND, LAGR_SameSize,TRUE, TAG_DONE); LT_New(parthandle, LA_Type, BUTTON_KIND, LA_LabelText, "Add...", LA_Chars,9, LA_ID,600, TAG_DONE); LT_New(parthandle, LA_Type, BUTTON_KIND, LA_LabelText, "Remove", GA_Disabled,TRUE, LA_Chars,9, LA_ID,601, TAG_DONE); LT_EndGroup(parthandle); LT_EndGroup(parthandle); LT_EndGroup(parthandle); LT_EndGroup(parthandle); LT_EndGroup(parthandle); partwin=LT_Build(parthandle,LAWN_IDCMP, IDCMP_CLOSEWINDOW|IDCMP_RAWKEY, LAWN_Title, "Aka", LAWN_HelpHook, &AkaHelpHook, WA_Flags, WFLG_ACTIVATE|WFLG_CLOSEGADGET|WFLG_DEPTHGADGET|WFLG_DRAGBAR|WFLG_NEWLOOKMENUS, TAG_END); if(!partwin) { LT_DeleteHandle(parthandle); DisplayBeep(NULL); FreeTempNodes(&akalist); FreeTempNodes(&akaaddlist); FreeTempNodes(&akaremlist); return; } RefreshAkalist(); if(akanum) { LT_SetAttributes(parthandle,4711,GTLV_Selected,0,TAG_END); SetAka(0); } for(;;) { while(IntuiMessage=(struct IntuiMessage *)LT_GetIMsg(parthandle)) { class=IntuiMessage->Class; code=IntuiMessage->Code; iaddress=IntuiMessage->IAddress; LT_ReplyIMsg(IntuiMessage); switch(class) { case IDCMP_RAWKEY: if(code == TAB) LT_Activate(parthandle,4712); break; case IDCMP_GADGETUP: switch(((struct Gadget *)iaddress)->GadgetID) { case 10: AddAka(); break; case 11: RemAka(); break; case 12: if(currentaka != 0) { tmp=currentaka; MoveUp(&AkaList,tmp); RefreshAkalist(); SetAka(tmp-1); LT_SetAttributes(parthandle,4711, GTLV_Selected,currentaka, GTLV_MakeVisible,currentaka, TAG_END); saveconfig=TRUE; } break; case 13: if(currentaka != akanum-1) { tmp=currentaka; MoveDown(&AkaList,tmp); RefreshAkalist(); SetAka(tmp+1); LT_SetAttributes(parthandle,4711, GTLV_Selected,currentaka, GTLV_MakeVisible,currentaka, TAG_END); saveconfig=TRUE; } break; case 60: saveconfig=TRUE; break; case 61: saveconfig=TRUE; break; case 500: buf[0]=0; kg=TRUE; while(kg) { res=rtGetString(buf,99,"Add SEEN-BY",NULL,RT_Window, partwin, RT_WaitPointer, TRUE, RT_LockWindow, TRUE, TAG_END); kg=FALSE; if(res) { if(!Parse4D(buf,&n4d)) { rtEZRequestTags("Invalid node number","_Ok",NULL,NULL,RT_Underscore,'_', RT_Window,partwin, RT_WaitPointer, TRUE, RT_LockWindow, TRUE, TAG_END); kg=TRUE; } } } if(res) { if(addnode=(struct AddNode *)AllocMem(sizeof(struct AddNode),MEMF_CLEAR)) { Copy4D(&addnode->Node,&n4d); jbAddNode(&akanode->AddList,(struct jbNode *)addnode); currentakaadd=totakaadd; RefreshAkaAddlist(); SetAkaAdd(); saveconfig=TRUE; } else { DisplayBeep(NULL); } } break; case 501: jbFreeNum(&akanode->AddList,currentakaadd,sizeof(struct AddNode)); if(currentakaadd==totakaadd-1) currentakaadd--; RefreshAkaAddlist(); SetAkaAdd(); saveconfig=TRUE; break; case 600: buf[0]=0; kg=TRUE; while(kg) { res=rtGetString(buf,99,"Remove SEEN-BY",NULL,RT_Window, partwin, RT_WaitPointer, TRUE, RT_LockWindow, TRUE, TAG_END); kg=FALSE; if(res) { if(!Parse2DPat(buf,&n2dpat)) { rtEZRequestTags("Invalid node pattern","_Ok",NULL,NULL,RT_Underscore,'_', RT_Window,partwin, RT_WaitPointer, TRUE, RT_LockWindow, TRUE, TAG_END); kg=TRUE; } } } if(res) { if(remnode=(struct RemNode *)AllocMem(sizeof(struct RemNode),MEMF_CLEAR)) { Copy2DPat(&remnode->NodePat,&n2dpat); jbAddNode(&akanode->RemList,(struct jbNode *)remnode); currentakarem=totakarem; RefreshAkaRemlist(); SetAkaRem(); saveconfig=TRUE; } else { DisplayBeep(NULL); } } break; case 601: jbFreeNum(&akanode->RemList,currentakarem,sizeof(struct RemNode)); if(currentakarem==totakarem-1) currentakarem--; RefreshAkaRemlist(); SetAkaRem(); saveconfig=TRUE; break; case 4711: SetAka(code); break; case 4712: if(!Parse4D(getgadgetstring((struct Gadget *)iaddress),&n4d)) { DisplayBeep(NULL); LT_Activate(parthandle,4712); } else { if(!CheckDupeAka(getgadgetstring((struct Gadget *)iaddress),currentaka)) { LT_Activate(parthandle,4712); } else { Copy4D(&akanode->Node,&n4d); sprintf(nodebuf,"%lu:%lu/%lu.%lu",n4d.Zone,n4d.Net,n4d.Node,n4d.Point); tempnode=akalist.lh_Head; for(c=0;cNode.ln_Succ; LT_SetAttributes(parthandle,4711,GTLV_Labels,~0,TAG_END); strcpy(tempnode->buf,nodebuf); LT_SetAttributes(parthandle,4711,GTLV_Labels,&akalist,TAG_END); saveconfig=TRUE; } } break; case 5711: currentakaadd=code; break; case 5712: if(!Parse4D(getgadgetstring((struct Gadget *)iaddress),&n4d)) { DisplayBeep(NULL); LT_Activate(parthandle,5712); } else { addnode=akanode->AddList.First; for(c=0;cNext; Copy4D(&addnode->Node,&n4d); sprintf(nodebuf,"%lu/%lu",n4d.Net,n4d.Node); tempnode=akaaddlist.lh_Head; for(c=0;cNode.ln_Succ; LT_SetAttributes(parthandle,5711,GTLV_Labels,~0,TAG_END); strcpy(tempnode->buf,nodebuf); LT_SetAttributes(parthandle,5711,GTLV_Labels,&akaaddlist,TAG_END); saveconfig=TRUE; } break; case 6711: currentakarem=code; break; case 6712: if(!Parse2DPat(getgadgetstring((struct Gadget *)iaddress),&n2dpat)) { DisplayBeep(NULL); LT_Activate(parthandle,6712); } else { remnode=akanode->RemList.First; for(c=0;cNext; Copy2DPat(&remnode->NodePat,&n2dpat); sprintf(nodebuf,"%s/%s",n2dpat.Net,n2dpat.Node); tempnode=akaremlist.lh_Head; for(c=0;cNode.ln_Succ; LT_SetAttributes(parthandle,6711,GTLV_Labels,~0,TAG_END); strcpy(tempnode->buf,nodebuf); LT_SetAttributes(parthandle,6711,GTLV_Labels,&akaremlist,TAG_END); saveconfig=TRUE; } break; } break; case IDCMP_CLOSEWINDOW: SetAka(-1); LT_DeleteHandle(parthandle); parthandle=NULL; FreeTempNodes(&akalist); FreeTempNodes(&akaaddlist); FreeTempNodes(&akaremlist); return; } } WaitPort(partwin->UserPort); } }