/*** wgtmenuVerify - allows the driver to check elsewhere in the tree
*** to make sure that the conditions it requires for proper functioning
*** are present - checking for other widgets that might be necessary,
*** checking interface versions on widgets to be interacted with, etc.
***/
int
wgtmenuVerify(pWgtrVerifySession s)
{
pWgtrNode menu = s->CurrWidget;
char* str;
int i;
int min_height = s->ClientInfo->ParagraphHeight + 4;
if (menu->min_height < min_height) menu->min_height = min_height;
if (menu->Parent && !strcmp(menu->Parent->Type, "widget/menu"))
{
menu->Flags |= WGTR_F_FLOATING;
if (wgtrGetPropertyType(menu, "popup") < 0)
{
str = "yes";
wgtrAddProperty(menu, "popup", DATA_T_STRING, POD(&str), 0);
}
if (wgtrGetPropertyType(menu, "direction") < 0)
{
str = "vertical";
wgtrAddProperty(menu, "direction", DATA_T_STRING, POD(&str), 0);
}
}
if (wgtrGetPropertyValue(menu, "popup", DATA_T_STRING, POD(&str)) == 0)
{
if (!strcasecmp(str,"yes") || !strcasecmp(str,"true") || !strcasecmp(str,"on"))
menu->Flags |= WGTR_F_FLOATING;
}
else if (wgtrGetPropertyValue(menu, "popup", DATA_T_INTEGER, POD(&i)) == 0 && i)
menu->Flags |= WGTR_F_FLOATING;
return 0;
}
/*** AddRule: add a declarative osrc rule to the generated document.
***/
int
htosrc_internal_AddRule(pHtSession s, pWgtrNode tree, char* treename, pWgtrNode sub_tree)
{
char ruletype[32];
int query_delay;
int min_chars;
int trailing_wildcard;
int leading_wildcard;
char fieldname[64];
char* ptr;
pExpression code;
/** Get type of rule **/
if (wgtrGetPropertyValue(sub_tree, "ruletype", DATA_T_STRING, POD(&ptr)) != 0)
{
mssError(1, "HTOSRC", "ruletype is required for widget/osrc-rule");
return -1;
}
strtcpy(ruletype, ptr, sizeof(ruletype));
/** Handle the rule based on the type **/
if (!strcmp(ruletype, "relationship"))
{
}
else if (!strcmp(ruletype, "filter"))
{
trailing_wildcard = htrGetBoolean(sub_tree, "trailing_wildcard", 1);
leading_wildcard = htrGetBoolean(sub_tree, "leading_wildcard", 0);
if (wgtrGetPropertyValue(sub_tree, "min_chars", DATA_T_INTEGER, POD(&min_chars)) != 0)
min_chars = 3;
if (wgtrGetPropertyValue(sub_tree, "query_delay", DATA_T_INTEGER, POD(&query_delay)) != 0)
query_delay = 500;
if (wgtrGetPropertyValue(sub_tree, "fieldname", DATA_T_STRING, POD(&ptr)) == 0)
strtcpy(fieldname, ptr, sizeof(fieldname));
else
{
mssError(1, "HTOSRC", "fieldname is required for widget/osrc-rule of type 'filter'");
return -1;
}
/** Get target **/
if (wgtrGetPropertyType(sub_tree,"value") == DATA_T_CODE)
{
wgtrGetPropertyValue(sub_tree,"value",DATA_T_CODE,POD(&code));
htrAddExpression(s, treename, wgtrGetDName(sub_tree), code);
}
/** Write the init line **/
htrAddScriptInit_va(s, " nodes[\"%STR&SYM\"].AddRule('%STR&SYM', {dname:'%STR&SYM', field:'%STR&ESCQ', qd:%INT, mc:%INT, tw:%INT, lw:%INT});\n",
treename, ruletype, wgtrGetDName(sub_tree), fieldname,
query_delay, min_chars, trailing_wildcard, leading_wildcard);
}
else if (!strcmp(ruletype, "keying"))
{
}
return 0;
}
int test_main(int, char **)
{
test( 0,1234 ) ;
test( 0.0,12.34 ) ;
test( POD(0,0,0.0), POD('a',1234,56.78) ) ;
test( NonPOD( std::string() ), NonPOD( std::string("something") ) ) ;
return 0;
}
/*** nht_internal_GetGeom() - deploy a snippet of javascript to the browser
*** to fetch the window geometry and reload the application.
***/
int
nht_internal_GetGeom(pObject target_obj, pFile output)
{
char bgnd[128];
char* ptr;
int font_size = -1;
char font_name[128];
/** Font sizes have an impact here **/
objGetAttrValue(target_obj, "font_size", DATA_T_INTEGER, POD(&font_size));
if (font_size < 5 || font_size > 100) font_size = -1;
if (objGetAttrValue(target_obj, "font_name", DATA_T_STRING, POD(&ptr)) == 0 && ptr)
strtcpy(font_name, ptr, sizeof(font_name));
else
strcpy(font_name, "");
/** Do we have a bgcolor / background? **/
if (objGetAttrValue(target_obj, "bgcolor", DATA_T_STRING, POD(&ptr)) == 0)
{
snprintf(bgnd, sizeof(bgnd), "bgcolor='%.100s'", ptr);
}
else if (objGetAttrValue(target_obj, "background", DATA_T_STRING, POD(&ptr)) == 0)
{
snprintf(bgnd, sizeof(bgnd), "background='%.100s'", ptr);
}
else
{
strcpy(bgnd, "bgcolor='white'");
}
/** Generate the snippet **/
fdQPrintf(output,"<html>\n"
"<head>\n"
" <meta http-equiv=\"Pragma\" CONTENT=\"no-cache\">\n"
" <style type=\"text/css\">\n"
" #l1 { POSITION:absolute; VISIBILITY: hidden; left:0px; top:0px; }\n"
" #l2 { POSITION:absolute; VISIBILITY: hidden; left:0px; top:0px; }\n"
" body { %[font-size:%POSpx; %]%[font-family:%STR&CSSVAL; %]}\n"
" </style>\n"
"<script type=\"text/javascript\" language=\"javascript\" src=\"/sys/js/startup.js\"></script>\n"
"</head>\n"
"<body %STR onload='startup();'>\n"
" <img src='/sys/images/loading.gif'>\n"
" <div id=\"l1\">x<br>x</div>\n"
" <div id=\"l2\">xx</div>\n"
"</body>\n"
"</html>\n", font_size > 0, font_size, *font_name, font_name, bgnd);
return 0;
}
/*** hnt_internal_GetExpr() - gets an expression from an object
***/
pExpression
hnt_internal_GetExpr(pObject obj, char* attrname)
{
pExpression exp;
int t;
ObjData pod;
/** Check data type **/
t = objGetAttrType(obj, attrname);
if (t < 0) return NULL;
if (t == DATA_T_CODE)
{
/** Get code directly **/
if (objGetAttrValue(obj, attrname, t, POD(&exp)) != 0)
return NULL;
exp = expDuplicateExpression(exp);
}
else
{
/** Build exp from pod **/
if (objGetAttrValue(obj, attrname, t, &pod) != 0)
return NULL;
exp = expPodToExpression(&pod, t, NULL);
}
return exp;
}
/*** qyt_internal_ReadText() - attempt to read data from a 'text' type object
*** that might have a 'content' property giving the object's content.
***/
int
qyt_internal_ReadText(pQytData inf, char* buffer, int maxcnt, int offset, int flags, pObjTrxTree* oxt)
{
pStructInf content_inf;
int len;
char* ptr;
/** do we have content? **/
content_inf = stLookup(inf->NodeData, "content");
if (!content_inf)
{
mssError(1,"QYT","Text querytree object has no content");
return -1;
}
/** ok, get our bearings... **/
if (stGetAttrValue(content_inf, DATA_T_STRING, POD(&ptr), 0) != 0)
{
mssError(1,"QYT","Could not read content from text querytree object");
return -1;
}
len = strlen(ptr);
if (flags & OBJ_U_SEEK)
inf->Offset = offset;
if (inf->Offset < 0) inf->Offset = 0;
if (inf->Offset > len) inf->Offset = len;
if (inf->Offset + maxcnt > len) maxcnt = len - inf->Offset;
if (maxcnt <= 0) return 0;
memcpy(buffer, ptr+inf->Offset, maxcnt);
inf->Offset += maxcnt;
return maxcnt;
}
/*** hnt_internal_GetString() - gets a string value
***/
char*
hnt_internal_GetString(pObject obj, char* attrname)
{
char* str;
if (objGetAttrValue(obj,attrname,DATA_T_STRING, POD(&str)) != 0)
return NULL;
str = nmSysStrdup(str);
return str;
}
/*** qyt_internal_GetQueryItem - finds the first(next) inf item in the .qyt
*** file to include in this query. Items to include are system/querytree
*** type subitems that either have a source= or text= property. Source=
*** type subitems will result in zero or more items for the query. Text=
*** subitems will result in exactly one returned object for the query.
*** Text= types cannot be modified/etc by the enduser. The .qyt must be
*** opened as a structure file (via objdrv_struct) to modify Text=items.
*** modifications/addidions/deletions of query results from a Source=
*** item will be passed on to the source driver (such as objdrv_sybase).
***/
int
qyt_internal_GetQueryItem(pQytQuery qy)
{
pStructInf main_inf;
pStructInf find_inf;
char* val;
char* ptr;
int t;
/** Already hit end of query? **/
if (qy->NextSubInfID == -1) return -1;
/** Need to 'prime' the struct table? **/
if (qy->StructTable.nItems == 0)
{
find_inf = qy->ObjInf->NodeData;
while(find_inf)
{
if (stStructType(find_inf) == ST_T_SUBGROUP)
xhAdd(&qy->StructTable, find_inf->Name, (void*)find_inf);
find_inf = find_inf->Parent;
}
}
/** Search for a SOURCE= or TEXT= subgroup inf **/
main_inf = qy->ObjInf->NodeData;
/** Is main_inf already a 'recurse' node? **/
/*if (stStructType(main_inf) == ST_T_ATTRIB && !strcmp(main_inf->Name, "recurse"))
{
stGetAttrValue(main_inf, DATA_T_STRING, POD(&ptr), 0);
find_inf = (pStructInf)xhLookup(&qy->StructTable, ptr);
if (find_inf) main_inf = find_inf;
}*/
/** Do the search **/
while(qy->NextSubInfID < main_inf->nSubInf)
{
find_inf = main_inf->SubInf[qy->NextSubInfID++];
if (stStructType(find_inf) == ST_T_ATTRIB && !strcmp(find_inf->Name, "recurse"))
{
stGetAttrValue(find_inf, DATA_T_STRING, POD(&ptr), 0);
find_inf = (pStructInf)xhLookup(&qy->StructTable, ptr);
if (!find_inf) continue;
}
qy->ItemText = NULL;
qy->ItemSrc = NULL;
qy->ItemWhere = NULL;
qy->ItemOrder = NULL;
qy->ItemSql = NULL;
if (qy->ItemSqlExpr)
expFreeExpression(qy->ItemSqlExpr);
qy->ItemSqlExpr = NULL;
if (stStructType(find_inf) == ST_T_SUBGROUP)
{
xhAdd(&qy->StructTable, find_inf->Name, (void*)find_inf);
val = NULL;
stAttrValue(stLookup(find_inf,"text"),NULL,&val,0);
if (val)
{
qy->ItemText = val;
return qy->NextSubInfID - 1;
}
stAttrValue(stLookup(find_inf,"source"),NULL,&val,0);
if (val)
{
qy->ItemSrc = val;
stAttrValue(stLookup(find_inf,"where"),NULL,&(qy->ItemWhere),0);
stAttrValue(stLookup(find_inf,"order"),NULL,&(qy->ItemOrder),0);
return qy->NextSubInfID - 1;
}
t = stGetAttrType(stLookup(find_inf,"sql"), 0);
if (t == DATA_T_STRING)
{
stAttrValue(stLookup(find_inf,"sql"),NULL,&val,0);
if (val)
{
qy->ItemSql = val;
return qy->NextSubInfID - 1;
}
}
else if (t == DATA_T_CODE)
{
stGetAttrValue(stLookup(find_inf,"sql"), DATA_T_CODE, POD(&qy->ItemSqlExpr), 0);
if (qy->ItemSqlExpr)
{
qy->ItemSqlExpr = expDuplicateExpression(qy->ItemSqlExpr);
qy->ItemSql = "";
return qy->NextSubInfID - 1;
}
}
}
}
/** End of query. **/
qy->NextSubInfID = -1;
return -1;
}
/*** qyt_internal_ProcessPath - handles the lookup of the snNode from the given
*** path in the querytree, and the optional creation of a new entity, as needed,
*** manipulating the WHERE sql in the snNode to assign parent foreign key links
*** and so forth.
***/
pQytData
qyt_internal_ProcessPath(pObjSession s, pPathname path, pSnNode node, int subref, pStructInf dptr, int openflags, int no_open)
{
pQytData inf;
pStructInf lookup_inf, find_inf, next_inf;
char* strval;
char* exprval;
char* ptr;
int i,v,t;
pExpression expr;
pParamObjects objlist;
pObject test_obj;
XHashTable struct_table;
XString sql;
pObjQuery test_qy;
char createpath[OBJSYS_MAX_PATH+1];
/** Setup the pathname into its subparts **/
for(i=1;i<path->nElements;i++) path->Elements[i][-1] = 0;
/** Allocate the data info first **/
inf = (pQytData)nmMalloc(sizeof(QytData));
if (!inf) return NULL;
memset(inf,0,sizeof(QytData));
inf->BaseNode = node;
inf->LLObj = NULL;
inf->Offset = 0;
/** Create the object parameter list... **/
objlist = expCreateParamList();
/** Initialize the listing of query tree elements **/
xhInit(&struct_table, 17, 0);
/** Look for the part of the structinf which this path references. **/
while(subref < path->nElements)
{
/** Add a slot to the param object list for this tree level **/
objlist->ParentID = objlist->CurrentID;
/** Look for text and source items in the querytree definition. **/
next_inf = NULL;
for(i=0;i<dptr->nSubInf;i++)
{
find_inf = dptr->SubInf[i];
if (stStructType(find_inf) == ST_T_SUBGROUP)
{
PROCESS_SUBGROUP:
inf->Pathname[0] = '\0';
inf->Flags = 0;
if ((lookup_inf = stLookup(find_inf, "text")))
{
strval = "";
stAttrValue(lookup_inf,NULL,&strval,0);
if (!strcmp(path->Elements[subref],strval))
{
expAddParamToList(objlist,strval,NULL,EXPR_O_CURRENT | EXPR_O_ALLOWDUPS);
next_inf = find_inf;
break;
}
if (subref == path->nElements - 1)
inf->LLObj = NULL;
}
else if ((lookup_inf = stLookup(find_inf, "sql")))
{
xhAdd(&struct_table, find_inf->Name, (void*)find_inf);
/** not opening objects? skip sql query if so **/
if (no_open)
{
next_inf = find_inf;
break;
}
/** forced leaf flag and having clause flag **/
strval = NULL;
stAttrValue(stLookup(find_inf, "force_leaf"), NULL, &strval, 0);
if (strval && !strcasecmp(strval,"yes"))
inf->Flags |= QYT_F_FLEAF;
strval = NULL;
stAttrValue(stLookup(find_inf, "use_having"), NULL, &strval, 0);
if (strval && !strcasecmp(strval,"yes"))
inf->Flags |= QYT_F_USEHAVING;
/** build and run the sql query to find the object **/
expAddParamToList(objlist,find_inf->Name,NULL,EXPR_O_CURRENT | EXPR_O_ALLOWDUPS);
xsInit(&sql);
strval = "";
expr = NULL;
t = stGetAttrType(lookup_inf, 0);
if (t == DATA_T_STRING)
{
stAttrValue(lookup_inf, NULL, &strval, 0);
}
else if (t == DATA_T_CODE)
{
if (stGetAttrValue(lookup_inf, DATA_T_CODE, POD(&expr), 0) == 0)
{
expr = expDuplicateExpression(expr);
if (expr)
{
objlist->Session = s;
expBindExpression(expr, objlist, EXPR_F_RUNSERVER);
if (expEvalTree(expr, objlist) == 0 && expr->DataType == DATA_T_STRING && !(expr->Flags & EXPR_F_NULL))
strval = expr->String;
}
}
}
if (!strcmp(strval, ""))
{
if (expr) expFreeExpression(expr);
mssError(0,"QYT","Invalid SQL for '%s'",find_inf->Name);
goto error;
}
xsQPrintf(&sql, "%STR %STR :name = %STR&DQUOT", strval, (inf->Flags & QYT_F_USEHAVING)?"HAVING":"WHERE", path->Elements[subref]);
if (expr) expFreeExpression(expr);
expr = NULL;
test_obj = NULL;
test_qy = objMultiQuery(s, sql.String, objlist, 0);
if (test_qy)
{
/** sizeof(createpath)-2 to leave room for two chars **/
if (objGetQueryIdentityPath(test_qy, createpath, sizeof(createpath) - 2) < 0)
createpath[0] = '\0';
/** query open succeeded, try to fetch a result **/
test_obj = objQueryFetch(test_qy, O_RDONLY);
/** are we creating a new object? **/
if (!test_obj && subref == path->nElements - 1 && (openflags & O_CREAT) && createpath[0])
{
/** We left room for these two chars in the
** above call to objGetQueryIdentityPath().
**/
strcat(createpath, "/*");
test_obj = objOpen(s, createpath, O_RDWR | O_TRUNC | (openflags & (O_CREAT | OBJ_O_AUTONAME)), 0600, "system/file");
}
objQueryClose(test_qy);
}
xsDeInit(&sql);
if (!test_obj)
continue;
/** ok, found the object **/
expModifyParam(objlist,NULL,test_obj);
objUnmanageObject(test_obj->Session, test_obj);
if (subref == path->nElements - 1)
{
inf->LLObj = objLinkTo(test_obj);
}
next_inf = find_inf;
break;
}
else if ((lookup_inf = stLookup(find_inf, "source")))
{
strval = "";
stAttrValue(lookup_inf,NULL,&strval,0);
expr = NULL;
exprval = NULL;
stAttrValue(stLookup(find_inf, "where"),NULL,&exprval,0);
if (exprval && !no_open)
{
//objlist->Names[(signed char)(objlist->CurrentID)] = find_inf->Name;
expr = (pExpression)expCompileExpression(exprval, objlist, MLX_F_ICASE | MLX_F_FILENAMES, 0);
}
snprintf(inf->Pathname,sizeof(inf->Pathname),"%s/%s?ls__type=application%%2foctet-stream",strval,path->Elements[subref]);
/** forced leaf flag **/
strval = NULL;
stAttrValue(stLookup(find_inf, "force_leaf"), NULL, &strval, 0);
if (strval && !strcasecmp(strval,"yes"))
inf->Flags |= QYT_F_FLEAF;
strval = NULL;
stAttrValue(stLookup(find_inf, "use_having"), NULL, &strval, 0);
if (strval && !strcasecmp(strval,"yes"))
inf->Flags |= QYT_F_USEHAVING;
/** Setup this querytree struct entry for lookups **/
xhAdd(&struct_table, find_inf->Name, (void*)find_inf);
expAddParamToList(objlist,find_inf->Name,NULL,EXPR_O_CURRENT | EXPR_O_ALLOWDUPS);
/** Not opening any objects? Skip open attempt if so. **/
if (no_open)
{
next_inf = find_inf;
break;
}
/** Open the object, or create if need be. If create, convert any WHERE to setattrs **/
test_obj = objOpen(s, inf->Pathname, O_RDONLY, 0600, "system/file");
if (test_obj)
{
expModifyParam(objlist, NULL, test_obj);
objUnmanageObject(test_obj->Session, test_obj);
}
if (!test_obj && subref == path->nElements - 1 && (openflags & O_CREAT))
{
test_obj = objOpen(s, inf->Pathname, O_RDWR | O_TRUNC | (openflags & (O_CREAT | OBJ_O_AUTONAME)), 0600, "system/file");
if (!test_obj)
continue;
expModifyParam(objlist, NULL, test_obj);
objUnmanageObject(test_obj->Session, test_obj);
objlist->Flags[(signed char)(objlist->CurrentID)] |= EXPR_O_UPDATE;
if (expr)
{
/** Reverse eval the expression to set the object attributes **/
expr->Integer = 1;
v = expReverseEvalTree(expr, objlist);
expFreeExpression(expr);
expr = NULL;
if (v < 0)
{
objClose(test_obj);
expModifyParam(objlist, NULL, NULL);
break;
}
}
}
else if (!test_obj)
continue;
/** Validate the where clause expression if need be. **/
objlist->Session = s;
v = !expr || (expEvalTree(expr,objlist) >= 0 && expr->Integer != 0);
if (expr) expFreeExpression(expr);
expr = NULL;
if (subref == path->nElements - 1)
{
inf->LLObj = objLinkTo(test_obj);
}
/*else
{
if (!v) objClose(test_obj);
}*/
if (v)
{
next_inf = find_inf;
break;
}
}
}
else if (!strcmp(find_inf->Name,"recurse"))
{
expr = NULL;
exprval = NULL;
stAttrValue(stLookup(dptr, "known_leaf"),NULL,&exprval,0);
expAddParamToList(objlist,find_inf->Name,NULL,EXPR_O_CURRENT | EXPR_O_ALLOWDUPS);
if (exprval)
{
expr = (pExpression)expCompileExpression(exprval, objlist, MLX_F_ICASE | MLX_F_FILENAMES, 0);
if (!expr)
{
mssError(0,"QYT","Error in known_leaf expression");
break;
}
else
{
v = (expEvalTree(expr,objlist) >= 0 && expr->Integer != 0);
expFreeExpression(expr);
expr = NULL;
if (v) break;
}
}
expRemoveParamFromList(objlist, find_inf->Name);
stGetAttrValue(find_inf, DATA_T_STRING, POD(&ptr), 0);
find_inf = (pStructInf)xhLookup(&struct_table, ptr);
if (find_inf) goto PROCESS_SUBGROUP;
}
}
/** Didn't find? **/
if (!next_inf)
{
inf->LLObj = NULL;
mssError(0,"QYT","Could not find object via access through querytree");
goto error;
}
dptr = next_inf;
subref++;
}
/** Ok, close up the structure table. **/
xhClear(&struct_table, NULL, NULL);
xhDeInit(&struct_table);
inf->NodeData = dptr;
inf->ObjList = objlist;
return inf;
error:
/** Ok, close up the structure table. **/
xhClear(&struct_table, NULL, NULL);
xhDeInit(&struct_table);
if (objlist)
{
for(i=0;i<objlist->nObjects-1;i++)
if (objlist->Objects[i])
objClose(objlist->Objects[i]);
expFreeParamList(objlist);
}
nmFree(inf,sizeof(QytData));
return NULL;
}
/*** qytQueryFetch - get the next directory entry as an open object.
***/
void*
qytQueryFetch(void* qy_v, pObject obj, int mode, pObjTrxTree* oxt)
{
pQytQuery qy = ((pQytQuery)(qy_v));
pQytData inf;
pObject llobj = NULL;
pStructInf find_inf;
char* ptr;
char* objname = NULL;
int cur_id = -1;
/** If text item, return it and go to next item, else look at sub query **/
while(!objname && qy->NextSubInfID != -1)
{
cur_id = qy->NextSubInfID - 1;
if (qy->ItemText != NULL)
{
qy->LLQuery = NULL;
objname = qy->ItemText;
qyt_internal_GetQueryItem(qy);
if (qy->NextSubInfID != -1 && (qy->ItemSrc != NULL || qy->ItemSql != NULL))
qy->LLQuery = qyt_internal_StartQuery(qy);
}
else
{
if (qy->LLQuery)
{
llobj = objQueryFetch(qy->LLQuery, mode);
if (!llobj)
{
objQueryClose(qy->LLQuery);
qy->LLQuery = NULL;
if (qy->LLQueryObj)
{
objClose(qy->LLQueryObj);
qy->LLQueryObj = NULL;
}
}
}
if (!llobj)
{
qyt_internal_GetQueryItem(qy);
if (qy->NextSubInfID != -1 && (qy->ItemSrc != NULL || qy->ItemSql != NULL))
qy->LLQuery = qyt_internal_StartQuery(qy);
}
else
{
objGetAttrValue(llobj, "name", DATA_T_STRING,POD(&objname));
if (!objname)
{
/** Object is somehow invalid -- force a go-around to next fetch **/
objClose(llobj);
llobj = NULL;
}
else
{
objUnmanageObject(llobj->Session, llobj);
}
}
}
}
/** If end of query, return NULL. **/
if (cur_id == -1 || !objname) return NULL;
/** Build the filename. **/
if (obj_internal_AddToPath(obj->Pathname, objname) < 0)
{
mssError(1,"QYT","Could not fetch object from querytree");
return NULL;
}
/** Alloc the structure **/
inf = qyt_internal_ProcessPath(obj->Session, obj->Pathname, qy->ObjInf->BaseNode,
qy->ObjInf->Obj->SubPtr, qy->ObjInf->BaseNode->Data, 0, 1);
if (!inf)
return NULL;
strcpy(inf->Pathname, obj_internal_PathPart(obj->Pathname, 0, 0));
if (inf->LLObj)
objClose(inf->LLObj);
inf->LLObj = llobj;
inf->BaseNode = qy->ObjInf->BaseNode;
/** Point to the correct structure file subgroup **/
inf->NodeData = qy->ObjInf->NodeData->SubInf[cur_id];
if (stStructType(inf->NodeData) == ST_T_ATTRIB && !strcmp(inf->NodeData->Name, "recurse"))
{
stGetAttrValue(inf->NodeData, DATA_T_STRING, POD(&ptr), 0);
find_inf = (pStructInf)xhLookup(&qy->StructTable, ptr);
if (find_inf) inf->NodeData = find_inf;
}
inf->BaseNode->OpenCnt++;
inf->Obj = obj;
inf->Offset = 0;
obj_internal_PathPart(obj->Pathname,0,0);
/** Set up the param objects list for this fetched object. **/
if (inf->ObjList)
expFreeParamList(inf->ObjList);
inf->ObjList = expCreateParamList();
expCopyList(qy->ObjInf->ObjList, inf->ObjList, -1);
expAddParamToList(inf->ObjList, objname, llobj, EXPR_O_CURRENT);
expLinkParams(inf->ObjList, 0, -1);
return (void*)inf;
}
/*** qyt_internal_ReadObject - reads an object, with its attributes (blobs
*** limited to 255 bytes), and stores the data in the object-attr cache,
*** or looks the object up there if it has already been cached.
***/
pQytObjAttr
qyt_internal_ReadObject(char* path, pObjSession s)
{
pQytObjAttr objattr;
pObject obj;
char* attrname;
int type;
int ival;
char* sval;
/** Check the cache first. **/
objattr = (pQytObjAttr)xhLookup(&QYT_INF.ObjAttrCache, path);
if (objattr)
{
objattr->CacheTime = time(NULL);
objattr->LinkCnt++;
return objattr;
}
/** Otherwise, open the object & read its attrs. **/
obj = objOpen(s, path, O_RDONLY, 0600, "system/file");
if (!obj) return NULL;
/** Allocate... **/
objattr = (pQytObjAttr)nmMalloc(sizeof(QytObjAttr));
if (!objattr)
{
objClose(obj);
return NULL;
}
memccpy(objattr->ObjPathname,path,0,255);
objattr->ObjPathname[255]=0;
xsInit(&objattr->AttrNameBuf);
xsInit(&objattr->AttrValueBuf);
xaInit(&objattr->AttrNames,32);
xaInit(&objattr->AttrValues,32);
/** Loop through attributes. **/
for(attrname=objGetFirstAttr(obj);attrname;attrname=objGetNextAttr(obj))
{
/** Copy attrname to names listing. Be sure to copy the '\0'. **/
xaAddItem(&objattr->AttrNames, xsStringEnd(&objattr->AttrNameBuf));
xsConcatenate(&objattr->AttrNameBuf, attrname, strlen(attrname)+1);
/** Get type and copy to attrvalues. **/
type = objGetAttrType(obj,attrname);
switch(type)
{
case DATA_T_INTEGER:
if (objGetAttrValue(obj,attrname,DATA_T_INTEGER,POD(&ival)) == 0)
{
xaAddItem(&objattr->AttrValues, xsStringEnd(&objattr->AttrValueBuf));
xsConcatenate(&objattr->AttrValueBuf, (char*)&ival, 4);
}
else
{
xaAddItem(&objattr->AttrValues, NULL);
}
break;
case DATA_T_STRING:
if (objGetAttrValue(obj,attrname,DATA_T_INTEGER,POD(&sval)) == 0)
{
xaAddItem(&objattr->AttrValues, xsStringEnd(&objattr->AttrValueBuf));
xsConcatenate(&objattr->AttrValueBuf,sval, strlen(sval)+1);
}
else
{
xaAddItem(&objattr->AttrValues, NULL);
}
break;
default:
break;
}
}
/** Close up the object **/
objClose(obj);
/** Cache the objattr structure **/
xhAdd(&QYT_INF.ObjAttrCache, objattr->ObjPathname, (void*)objattr);
xaAddItem(&QYT_INF.ObjAttrCacheList, (void*)objattr);
return objattr;
}
int main()
{
POD p = POD();
static_assert(std::is_pod<POD>::value, "");
return p;
}
/*** stxOpen - open a file or directory.
***/
void*
stxOpen(pObject obj, int mask, pContentType systype, char* usrtype, pObjTrxTree* oxt)
{
pStxData inf;
char* endptr;
pSnNode node = NULL;
pStruct open_inf;
pStructInf find_inf, attr_inf, search_inf;
int i,j,n;
char* ptr;
/** Allocate the structure **/
inf = (pStxData)nmMalloc(sizeof(StxData));
if (!inf) return NULL;
memset(inf,0,sizeof(StxData));
inf->Obj = obj;
inf->Mask = mask;
/** Check node access. IF newly created node object, handle differently. **/
if ((obj->Prev->Flags & OBJ_F_CREATED) && (obj->Mode & O_CREAT))
{
/** Make the node **/
node = snNewNode(obj->Prev,"system/structure");
if (!node)
{
mssError(0,"STX","Could not create new structure file");
nmFree(inf, sizeof(StxData));
return NULL;
}
/** Any parameters to set? **/
if (obj->Pathname->OpenCtl[obj->SubPtr])
{
for(i=0;i<obj->Pathname->OpenCtl[obj->SubPtr]->nSubInf;i++)
{
open_inf = obj->Pathname->OpenCtl[obj->SubPtr]->SubInf[i];
if (strncmp(open_inf->Name,"ls__",4) && open_inf->StrVal)
{
attr_inf = stAddAttr(node->Data, open_inf->Name);
endptr = NULL;
n = strtoi(open_inf->StrVal,&endptr,0);
if (endptr && *endptr == '\0')
stSetAttrValue(attr_inf, DATA_T_INTEGER, POD(&n), 0);
else
stSetAttrValue(attr_inf, DATA_T_STRING, POD(&(open_inf->StrVal)), 0);
}
}
}
/** Write the node. **/
snWriteNode(obj->Prev, node);
}
else
{
/** Open an existing node. **/
node = snReadNode(obj->Prev);
if (node && (obj->Mode & O_CREAT) && (obj->Mode & O_EXCL) && obj->SubPtr == obj->Pathname->nElements)
{
mssError(0,"STX","Structure file already exists");
nmFree(inf, sizeof(StxData));
return NULL;
}
if (!node)
{
mssError(0,"STX","Could not read structure file");
nmFree(inf, sizeof(StxData));
return NULL;
}
}
/** Search down the struct tree if we opened a sub-structure. **/
search_inf = node->Data;
obj->SubCnt = obj->Pathname->nElements - obj->SubPtr + 1;
for(i=obj->SubPtr;i<obj->Pathname->nElements;i++)
{
ptr = obj_internal_PathPart(obj->Pathname,i,1);
find_inf = NULL;
for(j=0;j<search_inf->nSubInf;j++) if (!strcmp(ptr,search_inf->SubInf[j]->Name) && stStructType(search_inf->SubInf[j]) == ST_T_SUBGROUP)
{
if (i == obj->Pathname->nElements-1 && (obj->Mode & O_CREAT) && (obj->Mode & O_EXCL))
{
nmFree(inf,sizeof(StxData));
mssError(1,"STX","Structure file sub-group already exists");
return NULL;
}
find_inf = search_inf->SubInf[j];
break;
}
if (!find_inf && i == obj->Pathname->nElements-1 && (obj->Mode & O_CREAT))
{
find_inf = stAddGroup(search_inf, ptr, usrtype);
node->Status = SN_NS_DIRTY;
}
else if (!find_inf)
{
nmFree(inf,sizeof(StxData));
mssError(1,"STX","Structure file sub-group does not exist");
return NULL;
}
search_inf = find_inf;
/** Stop searching because the current level is final? **/
if (stAttrValue(stLookup(search_inf,"final"),NULL,&ptr,0) == 0 && !strcasecmp(ptr,"yes"))
{
obj->SubCnt = i - obj->SubPtr + 1;
break;
}
}
/** Set object params. **/
inf->Node = node;
inf->Data = search_inf;
strcpy(inf->Pathname, obj_internal_PathPart(obj->Pathname,0,0));
inf->Node->OpenCnt++;
return (void*)inf;
}
/*** qy_internal_GetQueryItem - finds the first(next) inf item in the .qy
*** file to include in this query. Items to include are system/querytree
*** type subitems that either have a source= or text= property. Source=
*** type subitems will result in zero or more items for the query. Text=
*** subitems will result in exactly one returned object for the query.
*** Text= types cannot be modified/etc by the enduser. The .qy must be
*** opened as a structure file (via objdrv_struct) to modify Text=items.
*** modifications/addidions/deletions of query results from a Source=
*** item will be passed on to the source driver (such as objdrv_sybase).
***/
int
qy_internal_GetQueryItem(pQyQuery qy)
{
pStructInf main_inf;
pStructInf find_inf;
char* val;
char* ptr;
/** Already hit end of query? **/
if (qy->NextSubInfID == -1) return -1;
/** Need to 'prime' the struct table? **/
if (qy->StructTable.nItems == 0)
{
find_inf = qy->ObjInf->NodeData;
while(find_inf)
{
if (find_inf->Type == ST_T_SUBGROUP)
xhAdd(&qy->StructTable, find_inf->Name, (void*)find_inf);
find_inf = find_inf->Parent;
}
}
/** Search for a SOURCE= or TEXT= subgroup inf **/
main_inf = qy->ObjInf->NodeData;
while(qy->NextSubInfID < main_inf->nSubInf)
{
find_inf = main_inf->SubInf[qy->NextSubInfID++];
if (find_inf->Type == ST_T_ATTRIB && !strcmp(find_inf->Name, "recurse"))
{
stGetAttrValue(find_inf, DATA_T_STRING, POD(&ptr), 0);
find_inf = (pStructInf)xhLookup(&qy->StructTable, ptr);
if (!find_inf) continue;
}
if (find_inf->Type == ST_T_SUBGROUP)
{
xhAdd(&qy->StructTable, find_inf->Name, (void*)find_inf);
val = NULL;
stAttrValue(stLookup(find_inf,"text"),NULL,&val,0);
if (val)
{
qy->ItemText = val;
qy->ItemSrc = NULL;
qy->ItemWhere = NULL;
return qy->NextSubInfID - 1;
}
stAttrValue(stLookup(find_inf,"source"),NULL,&val,0);
if (val)
{
qy->ItemText = NULL;
qy->ItemSrc = val;
qy->ItemWhere = NULL;
stAttrValue(stLookup(find_inf,"where"),NULL,&(qy->ItemWhere),0);
return qy->NextSubInfID - 1;
}
}
}
/** End of query. **/
qy->NextSubInfID = -1;
return -1;
}
/*** qy_internal_ProcessPath - handles the lookup of the snNode from the given
*** path in the querytree, and the optional creation of a new entity, as needed,
*** manipulating the WHERE sql in the snNode to assign parent foreign key links
*** and so forth.
***/
pQyData
qy_internal_ProcessPath(pObjSession s, pPathname path, pSnNode node, int subref, pStructInf dptr, int create, int no_open)
{
pQyData inf;
pStructInf lookup_inf, find_inf, next_inf;
char* ptr;
char* strval;
char* exprval;
int i,v;
pExpression expr;
pParamObjects objlist;
pObject test_obj;
XHashTable struct_table;
/** Setup the pathname into its subparts **/
for(i=1;i<path->nElements;i++) path->Elements[i][-1] = 0;
/** Allocate the data info first **/
inf = (pQyData)nmMalloc(sizeof(QyData));
if (!inf) return NULL;
memset(inf,0,sizeof(QyData));
inf->BaseNode = node;
inf->LLObj = NULL;
/** Create the object parameter list... **/
objlist = expCreateParamList();
/** Initialize the listing of query tree elements **/
xhInit(&struct_table, 17, 0);
/** Look for the part of the structinf which this path references. **/
while(subref < path->nElements)
{
/** Add a slot to the param object list for this tree level **/
objlist->ParentID = objlist->CurrentID;
expAddParamToList(objlist,"",NULL,EXPR_O_CURRENT);
/** Look for text and source items in the querytree definition. **/
next_inf = NULL;
for(i=0;i<dptr->nSubInf;i++)
{
find_inf = dptr->SubInf[i];
if (find_inf->Type == ST_T_SUBGROUP)
{
PROCESS_SUBGROUP:
inf->Pathname[0] = '\0';
if (lookup_inf = stLookup(find_inf, "text"))
{
strval = "";
stAttrValue(lookup_inf,NULL,&strval,0);
if (!strcmp(path->Elements[subref],strval))
{
next_inf = find_inf;
break;
}
if (subref == path->nElements - 1)
inf->LLObj = NULL;
}
else if (lookup_inf = stLookup(find_inf, "source"))
{
strval = "";
stAttrValue(lookup_inf,NULL,&strval,0);
expr = NULL;
exprval = NULL;
stAttrValue(stLookup(find_inf, "where"),NULL,&exprval,0);
if (exprval)
{
objlist->Names[objlist->CurrentID] = find_inf->Name;
expr = (pExpression)expCompileExpression(exprval, objlist, MLX_F_ICASE | MLX_F_FILENAMES, 0);
}
sprintf(inf->Pathname,"%s/%s",strval,path->Elements[subref]);
/** Setup this querytree struct entry for lookups **/
xhAdd(&struct_table, find_inf->Name, (void*)find_inf);
/** Not opening any objects? Skip open attempt if so. **/
if (no_open)
{
next_inf = find_inf;
break;
}
/** Open the object, or create if need be. If create, convert any WHERE to setattrs **/
test_obj = objOpen(s, inf->Pathname, O_RDONLY, 0600, "system/file");
if (test_obj)
{
expModifyParam(objlist, NULL, test_obj);
}
if (!test_obj && subref == path->nElements - 1 && create)
{
test_obj = objOpen(s, inf->Pathname, O_RDWR | O_CREAT | O_TRUNC, 0600, "system/file");
if (!test_obj) break;
expModifyParam(objlist, NULL, test_obj);
objlist->Flags[objlist->CurrentID] |= EXPR_O_UPDATE;
if (expr)
{
/** Reverse eval the expression to set the object attributes **/
expr->Integer = 1;
v = expReverseEvalTree(expr, objlist);
expFreeExpression(expr);
expr = NULL;
if (v < 0)
{
objClose(test_obj);
break;
}
}
}
else if (!test_obj) break;
/** Validate the where clause expression if need be. **/
objlist->Session = s;
v = !expr || (expEvalTree(expr,objlist) != -1 && expr->Integer != 0);
if (expr) expFreeExpression(expr);
expr = NULL;
if (subref == path->nElements - 1)
{
inf->LLObj = test_obj;
}
else
{
if (!v) objClose(test_obj);
}
if (v)
{
next_inf = find_inf;
break;
}
}
}
else if (!strcmp(find_inf->Name,"recurse"))
{
stGetAttrValue(find_inf, DATA_T_STRING, POD(&ptr), 0);
find_inf = (pStructInf)xhLookup(&struct_table, ptr);
if (find_inf) goto PROCESS_SUBGROUP;
}
}
/** Didn't find? **/
if (!next_inf)
{
/** Ok, close up the structure table. **/
xhDeInit(&struct_table);
nmFree(inf,sizeof(QyData));
inf->LLObj = NULL;
/** Close the objects and free the param list. **/
for(i=0;i<objlist->nObjects-1;i++) objClose(objlist->Objects[i]);
expFreeParamList(objlist);
mssError(0,"QY","Could not find object via access through querytree");
return NULL;
}
dptr = next_inf;
subref++;
}
inf->NodeData = dptr;
xhDeInit(&struct_table);
for(i=0;i<objlist->nObjects-1;i++) objClose(objlist->Objects[i]);
return inf;
}
/*** hntObjToHints() - reads hints data from a pObject
***/
pObjPresentationHints
hntObjToHints(pObject obj)
{
pObjPresentationHints ph;
int t,i;
char* ptr;
int n;
ObjData od;
/** Allocate a new ph structure **/
ph = (pObjPresentationHints)nmMalloc(sizeof(ObjPresentationHints));
if (!ph) return NULL;
memset(ph,0,sizeof(ObjPresentationHints));
xaInit(&(ph->EnumList),16);
/** expressions **/
ph->Constraint = hnt_internal_GetExpr(obj,"constraint");
ph->DefaultExpr = hnt_internal_GetExpr(obj,"default");
ph->MinValue = hnt_internal_GetExpr(obj,"min");
ph->MaxValue = hnt_internal_GetExpr(obj,"max");
/** enum list? **/
t = objGetAttrType(obj,"enumlist");
if (t >= 0)
{
if (objGetAttrValue(obj,"enumlist",t,&od) != 0) t = -1;
}
if (t>=0) switch(t)
{
case DATA_T_STRINGVEC:
for(i=0;i<od.StringVec->nStrings;i++)
xaAddItem(&(ph->EnumList), nmSysStrdup(od.StringVec->Strings[i]));
break;
case DATA_T_INTVEC:
for(i=0;i<od.IntVec->nIntegers;i++)
{
ptr = nmSysMalloc(16);
sprintf(ptr,"%d",od.IntVec->Integers[i]);
xaAddItem(&(ph->EnumList), ptr);
}
break;
case DATA_T_INTEGER:
ptr = nmSysMalloc(16);
sprintf(ptr,"%d",od.Integer);
xaAddItem(&(ph->EnumList), ptr);
break;
case DATA_T_STRING:
xaAddItem(&(ph->EnumList), nmSysStrdup(od.String));
break;
default:
mssError(1,"HNT","Invalid type for enumlist!");
objFreeHints(ph);
return NULL;
}
/** String type hint info **/
ph->EnumQuery = hnt_internal_GetString(obj,"enumquery");
ph->AllowChars = hnt_internal_GetString(obj,"allowchars");
ph->BadChars = hnt_internal_GetString(obj,"badchars");
ph->Format = hnt_internal_GetString(obj,"format");
ph->GroupName = hnt_internal_GetString(obj,"groupname");
ph->FriendlyName = hnt_internal_GetString(obj,"description");
/** Int type hint info **/
if (objGetAttrValue(obj,"length",DATA_T_INTEGER,POD(&n)) == 0)
ph->Length = n;
if (objGetAttrValue(obj,"width",DATA_T_INTEGER,POD(&n)) == 0)
ph->VisualLength = n;
if (objGetAttrValue(obj,"height",DATA_T_INTEGER,POD(&n)) == 0)
ph->VisualLength2 = n;
else
ph->VisualLength2 = 1;
if (objGetAttrValue(obj,"groupid",DATA_T_INTEGER,POD(&n)) == 0)
ph->GroupID = n;
/** Read-only bits **/
t = objGetAttrType(obj, "readonlybits");
if (t >= 0)
{
if (objGetAttrValue(obj, "readonlybits", t, &od) != 0) t = -1;
}
if (t>=0) switch(t)
{
case DATA_T_INTEGER:
ph->BitmaskRO = (1<<od.Integer);
break;
case DATA_T_INTVEC:
ph->BitmaskRO = 0;
for(i=0;i<od.IntVec->nIntegers;i++)
ph->BitmaskRO |= (1<<od.IntVec->Integers[i]);
break;
default:
mssError(1,"HNT","Invalid type for readonlybits!");
objFreeHints(ph);
return NULL;
}
/** Style **/
t = objGetAttrType(obj, "style");
if (t >= 0)
{
if (objGetAttrValue(obj, "style", t, &od) != 0) t = -1;
}
i=0;
if (t == DATA_T_STRING || t == DATA_T_STRINGVEC)
while(1)
{
/** String or StringVec? **/
if (t == DATA_T_STRING)
{
ptr = od.String;
}
else
{
if (od.StringVec->nStrings == 0) break;
ptr = od.StringVec->Strings[i];
}
/** Check style settings **/
hnt_internal_SetStyleItem(ph, ptr);
if (t == DATA_T_STRING || i >= od.StringVec->nStrings-1) break;
i++;
}
return ph;
}
/*** httbtnRender - generate the HTML code for the page.
***/
int
httbtnRender(pHtSession s, pWgtrNode tree, int z)
{
char* ptr;
char name[64];
char text[64];
char fgcolor1[64];
char fgcolor2[64];
char bgstyle[128];
char disable_color[64];
int x,y,w,h;
int id, i;
int is_ts = 1;
int is_enabled = 1;
pExpression code;
int box_offset;
int clip_offset;
int border_radius;
char border_style[32];
char border_color[64];
char image_position[16]; /* top, left, right, bottom */
char image[OBJSYS_MAX_PATH];
char h_align[16];
int image_width=0, image_height=0, image_margin=0;
if(!s->Capabilities.Dom0NS && !s->Capabilities.Dom0IE && !(s->Capabilities.Dom1HTML && s->Capabilities.Dom2CSS))
{
mssError(1,"HTTBTN","Netscape DOM or (W3C DOM1 HTML and W3C DOM2 CSS) support required");
return -1;
}
/** Get an id for this. **/
id = (HTTBTN.idcnt++);
/** Get x,y,w,h of this object **/
if (wgtrGetPropertyValue(tree,"x",DATA_T_INTEGER,POD(&x)) != 0)
{
mssError(1,"HTTBTN","TextButton widget must have an 'x' property");
return -1;
}
if (wgtrGetPropertyValue(tree,"y",DATA_T_INTEGER,POD(&y)) != 0)
{
mssError(1,"HTTBTN","TextButton widget must have a 'y' property");
return -1;
}
if (wgtrGetPropertyValue(tree,"width",DATA_T_INTEGER,POD(&w)) != 0)
{
mssError(1,"HTTBTN","TextButton widget must have a 'width' property");
return -1;
}
if (wgtrGetPropertyValue(tree,"height",DATA_T_INTEGER,POD(&h)) != 0) h = -1;
if (wgtrGetPropertyType(tree,"enabled") == DATA_T_STRING && wgtrGetPropertyValue(tree,"enabled",DATA_T_STRING,POD(&ptr)) == 0 && ptr)
{
if (!strcasecmp(ptr,"false") || !strcasecmp(ptr,"no")) is_enabled = 0;
}
/** Border radius, color, and style. For style, we only support outset,
** solid, and none here.
**/
if (wgtrGetPropertyValue(tree,"border_radius",DATA_T_INTEGER,POD(&border_radius)) != 0)
border_radius=0;
if (wgtrGetPropertyValue(tree,"border_color",DATA_T_STRING,POD(&ptr)) != 0)
strcpy(border_color, "#c0c0c0");
else
strtcpy(border_color, ptr, sizeof(border_color));
if (wgtrGetPropertyValue(tree,"border_style",DATA_T_STRING,POD(&ptr)) != 0 || (strcmp(ptr,"outset") && strcmp(ptr,"solid") && strcmp(ptr,"none")))
strcpy(border_style, "outset");
else
strtcpy(border_style, ptr, sizeof(border_style));
/** Alignment **/
if (wgtrGetPropertyValue(tree,"align",DATA_T_STRING,POD(&ptr)) == 0 && (!strcmp(ptr,"left") || !strcmp(ptr,"right") || !strcmp(ptr,"center")))
strtcpy(h_align, ptr, sizeof(h_align));
else
strcpy(h_align, "center");
/** Image location **/
if (wgtrGetPropertyValue(tree,"image_position",DATA_T_STRING,POD(&ptr)) != 0 || (strcmp(ptr,"top") && strcmp(ptr,"right") && strcmp(ptr,"bottom") && strcmp(ptr, "left")))
strcpy(image_position, "top");
else
strtcpy(image_position, ptr, sizeof(image_position));
/** Image source **/
if (wgtrGetPropertyValue(tree,"image",DATA_T_STRING,POD(&ptr)) != 0)
strcpy(image, "");
else
strtcpy(image, ptr, sizeof(image));
/** Image sizing **/
if (wgtrGetPropertyValue(tree,"image_width",DATA_T_INTEGER, POD(&image_width)) != 0)
image_width = 0;
if (wgtrGetPropertyValue(tree,"image_height",DATA_T_INTEGER, POD(&image_height)) != 0)
image_height = 0;
if (wgtrGetPropertyValue(tree,"image_margin",DATA_T_INTEGER, POD(&image_margin)) != 0)
image_margin = 0;
/** Get name **/
if (wgtrGetPropertyValue(tree,"name",DATA_T_STRING,POD(&ptr)) != 0) return -1;
strtcpy(name,ptr,sizeof(name));
/** box adjustment... arrgh **/
if (s->Capabilities.CSSBox)
box_offset = 1;
else
box_offset = 0;
clip_offset = s->Capabilities.CSSClip?1:0;
/** User requesting expression for enabled? **/
if (wgtrGetPropertyType(tree,"enabled") == DATA_T_CODE)
{
wgtrGetPropertyValue(tree,"enabled",DATA_T_CODE,POD(&code));
is_enabled = 0;
htrAddExpression(s, name, "enabled", code);
}
/** Threestate button or twostate? **/
if (wgtrGetPropertyValue(tree,"tristate",DATA_T_STRING,POD(&ptr)) == 0 && !strcmp(ptr,"no")) is_ts = 0;
/** Get normal, point, and click images **/
ptr = "-";
if (!htrCheckAddExpression(s, tree, name, "text") && wgtrGetPropertyValue(tree,"text",DATA_T_STRING,POD(&ptr)) != 0)
{
mssError(1,"HTTBTN","TextButton widget must have a 'text' property");
return -1;
}
strtcpy(text,ptr,sizeof(text));
/** Get fgnd colors 1,2, and background color **/
htrGetBackground(tree, NULL, 1, bgstyle, sizeof(bgstyle));
if (wgtrGetPropertyValue(tree,"fgcolor1",DATA_T_STRING,POD(&ptr)) == 0)
strtcpy(fgcolor1,ptr,sizeof(fgcolor1));
else
strcpy(fgcolor1,"white");
if (wgtrGetPropertyValue(tree,"fgcolor2",DATA_T_STRING,POD(&ptr)) == 0)
strtcpy(fgcolor2,ptr,sizeof(fgcolor2));
else
strcpy(fgcolor2,"black");
if (wgtrGetPropertyValue(tree,"disable_color",DATA_T_STRING,POD(&ptr)) == 0)
strtcpy(disable_color,ptr,sizeof(disable_color));
else
strcpy(disable_color,"#808080");
htrAddScriptGlobal(s, "tb_current", "null", 0);
/** DOM Linkages **/
htrAddWgtrObjLinkage_va(s, tree, "tb%POSpane",id);
/** Include the javascript code for the textbutton **/
htrAddScriptInclude(s, "/sys/js/htdrv_textbutton.js", 0);
htrAddScriptInclude(s, "/sys/js/ht_utils_layers.js", 0);
/** Initial CSS styles **/
htrAddStylesheetItem_va(s,"\t#tb%POSpane { POSITION:absolute; VISIBILITY:inherit; LEFT:%INTpx; TOP:%INTpx; %[HEIGHT:%POSpx; %]WIDTH:%POSpx; Z-INDEX:%POS; OVERFLOW:hidden; display:table; }\n",
id,
x, y, h>=0, h-1-2*box_offset, w-1-2*box_offset, z
);
htrAddStylesheetItem_va(s, "\t#tb%POSpane .cell { height:100%%; width:100%%; vertical-align:middle; display:table-cell; padding:1px; font-weight:bold; cursor:default; text-align:%STR; border-width:1px; border-style:%STR&CSSVAL; border-color:%STR&CSSVAL; border-radius:%INTpx; color:%STR&CSSVAL; %[text-shadow:1px 1px %STR&CSSVAL; %]%STR }\n",
/* clipping no longer needed: 0, w-1-2*box_offset+2*clip_offset, h-1-2*box_offset+2*clip_offset, 0, */
id,
h_align,
border_style, border_color, border_radius,
is_enabled?fgcolor1:disable_color, is_enabled, fgcolor2,
bgstyle
);
/** CSS for image on the button **/
if (image[0] && (image_width || image_height || image_margin))
{
htrAddStylesheetItem_va(s, "\t#tb%POSpane img { %[height:%POSpx; %]%[width:%POSpx; %]%[margin:%POSpx;%] }\n",
id,
image_height, image_height,
image_width, image_width,
image_margin, image_margin);
}
#if 00
if(h >=0 )
{
htrAddStylesheetItem_va(s,"\t#tb%POSpane { POSITION:absolute; VISIBILITY:inherit; LEFT:%INTpx; TOP:%INTpx; HEIGHT:%POSpx; WIDTH:%POSpx; Z-INDEX:%POS; OVERFLOW:hidden; clip:rect(%INTpx %INTpx %INTpx %INTpx)}\n", id, x, y, h-1-2*box_offset, w-1-2*box_offset, z, 0, w-1-2*box_offset+2*clip_offset, h-1-2*box_offset+2*clip_offset, 0);
}
else
{
htrAddStylesheetItem_va(s,"\t#tb%POSpane { POSITION:absolute; VISIBILITY:inherit; LEFT:%INTpx; TOP:%INTpx; WIDTH:%POSpx; Z-INDEX:%POS; OVERFLOW:hidden; clip:rect(%INTpx %INTpx auto %INTpx)}\n",id,x,y,w-1-2*box_offset,z,0,w-1-2*box_offset+2*clip_offset,0);
}
htrAddStylesheetItem_va(s,"\t#tb%POSpane { cursor:default; text-align: center; %STR border-width: 1px; border-style: solid; border-color: white gray gray white; border-radius: %INTpx; }\n",id,bgstyle, border_radius);
if (is_enabled)
htrAddStylesheetItem_va(s,"\t#tb%POSspan { color:%STR&CSSVAL; text-shadow:1px 1px %STR&CSSVAL; }\n", id, fgcolor1, fgcolor2);
else
htrAddStylesheetItem_va(s,"\t#tb%POSspan { color:%STR&CSSVAL; }\n", id, disable_color);
#endif
//htrAddBodyItem_va(s,"<DIV ID=\"tb%POSpane\"><center><table cellspacing=0 cellpadding=1 border=0><tr><td height=%POS valign=middle align=center><span id=\"tb%POSspan\"><b>%STR&HTE</b></span></td></tr></table></center>\n", id, h-3, id, text);
//htrAddBodyItem(s, "</DIV>");
/** We need two DIVs here because of a long-outstanding Firefox bug :( **/
htrAddBodyItem_va(s,"<div id=\"tb%POSpane\"><div class=\"cell\">%[<img border=\"0\" src=\"%STR&HTE\"/><br>%]%[<img border=\"0\" src=\"%STR&HTE\" style=\"vertical-align:middle;\"/>%]<span>%STR&HTE</span>%[<img border=\"0\" src=\"%STR&HTE\" style=\"vertical-align:middle;\"/>%]%[<br><img border=\"0\" src=\"%STR&HTE\"/>%]</div></div>",
id,
image[0] && !strcmp(image_position, "top"), image,
image[0] && !strcmp(image_position, "left"), image,
text,
image[0] && !strcmp(image_position, "right"), image,
image[0] && !strcmp(image_position, "bottom"), image
);
/** Script initialization call. **/
//htrAddScriptInit_va(s, " tb_init({layer:wgtrGetNodeRef(ns,'%STR&SYM'), span:document.getElementById(\"tb%POSspan\"), ena:%INT, c1:\"%STR&JSSTR\", c2:\"%STR&JSSTR\", dc1:\"%STR&JSSTR\", top:null, bottom:null, right:null, left:null, width:%INT, height:%INT, tristate:%INT, name:\"%STR&SYM\", text:'%STR&JSSTR'});\n",
//name, id, is_enabled, fgcolor1, fgcolor2, disable_color, w, h, is_ts, name, text);
htrAddScriptInit_va(s, " tb_init({layer:wgtrGetNodeRef(ns,'%STR&SYM'), ena:%INT, c1:\"%STR&JSSTR\", c2:\"%STR&JSSTR\", dc1:\"%STR&JSSTR\", top:null, bottom:null, right:null, left:null, width:%INT, height:%INT, tristate:%INT, name:\"%STR&SYM\", text:'%STR&JSSTR'});\n",
name, is_enabled, fgcolor1, fgcolor2, disable_color, w, h, is_ts, name, text);
/** Add the event handling scripts **/
htrAddEventHandlerFunction(s, "document", "MOUSEDOWN", "tb", "tb_mousedown");
htrAddEventHandlerFunction(s, "document", "MOUSEUP", "tb", "tb_mouseup");
htrAddEventHandlerFunction(s, "document", "MOUSEOVER", "tb", "tb_mouseover");
htrAddEventHandlerFunction(s, "document", "MOUSEOUT", "tb", "tb_mouseout");
htrAddEventHandlerFunction(s, "document", "MOUSEMOVE", "tb", "tb_mousemove");
/** IE handles dblclick strangely **/
if (s->Capabilities.Dom0IE)
htrAddEventHandlerFunction(s, "document", "DBLCLICK", "tb", "tb_dblclick");
/** Check for more sub-widgets within the textbutton. **/
for (i=0;i<xaCount(&(tree->Children));i++)
htrRenderWidget(s, xaGetItem(&(tree->Children), i), z+3);
return 0;
}
/*
htddRender - generate the HTML code for the page.
*/
int htddRender(pHtSession s, pWgtrNode tree, int z) {
char bgstr[HT_SBUF_SIZE];
char hilight[HT_SBUF_SIZE];
char string[HT_SBUF_SIZE];
char fieldname[30];
char form[64];
char osrc[64];
char name[64];
char *ptr;
char *sql;
char *str;
char *attr;
int type, rval, mode, flag=0;
int x,y,w,h;
int id, i;
int num_disp;
int query_multiselect;
int invalid_select_default;
int pop_w;
ObjData od;
XString xs;
pObjQuery qy;
pObject qy_obj;
pWgtrNode subtree;
if(!s->Capabilities.Dom0NS && !s->Capabilities.Dom1HTML)
{
mssError(1,"HTDD","Netscape or W3C DOM support required");
return -1;
}
/** Get an id for this. **/
id = (HTDD.idcnt++);
/** Get x,y of this object **/
if (wgtrGetPropertyValue(tree,"x",DATA_T_INTEGER,POD(&x)) != 0) x=0;
if (wgtrGetPropertyValue(tree,"y",DATA_T_INTEGER,POD(&y)) != 0) y=0;
if (wgtrGetPropertyValue(tree,"height",DATA_T_INTEGER,POD(&h)) != 0) h=0;
if (h < s->ClientInfo->ParagraphHeight+2)
h = s->ClientInfo->ParagraphHeight+2;
if (wgtrGetPropertyValue(tree,"width",DATA_T_INTEGER,POD(&w)) != 0) {
mssError(1,"HTDD","Drop Down widget must have a 'width' property");
return -1;
}
pop_w = w;
/** Width of popup dropdown list **/
wgtrGetPropertyValue(tree,"popup_width", DATA_T_INTEGER, POD(&pop_w));
query_multiselect = htrGetBoolean(tree, "query_multiselect", 0);
invalid_select_default = htrGetBoolean(tree, "invalid_select_default", 0);
if (wgtrGetPropertyValue(tree,"numdisplay",DATA_T_INTEGER,POD(&num_disp)) != 0) num_disp=3;
if (wgtrGetPropertyValue(tree,"hilight",DATA_T_STRING,POD(&ptr)) == 0) {
strtcpy(hilight,ptr,sizeof(hilight));
} else {
mssError(1,"HTDD","Drop Down widget must have a 'hilight' property");
return -1;
}
if (wgtrGetPropertyValue(tree,"bgcolor",DATA_T_STRING,POD(&ptr)) == 0) {
strtcpy(bgstr,ptr,sizeof(bgstr));
} else {
mssError(1,"HTDD","Drop Down widget must have a 'bgcolor' property");
return -1;
}
if (wgtrGetPropertyValue(tree,"fieldname",DATA_T_STRING,POD(&ptr)) == 0) {
strtcpy(fieldname,ptr,sizeof(fieldname));
} else {
fieldname[0]='\0';
}
if (wgtrGetPropertyValue(tree,"form",DATA_T_STRING,POD(&ptr)) == 0)
strtcpy(form,ptr,sizeof(form));
else
form[0]='\0';
if (wgtrGetPropertyValue(tree,"objectsource",DATA_T_STRING,POD(&ptr)) == 0)
strtcpy(osrc,ptr,sizeof(osrc));
else
osrc[0]='\0';
/** Get name **/
if (wgtrGetPropertyValue(tree,"name",DATA_T_STRING,POD(&ptr)) != 0) return -1;
strtcpy(name,ptr,sizeof(name));
/** Ok, write the style header items. **/
htrAddStylesheetItem_va(s,"\t#dd%POSbtn { OVERFLOW:hidden; POSITION:absolute; VISIBILITY:inherit; LEFT:%INTpx; TOP:%INTpx; HEIGHT:%POSpx; WIDTH:%POSpx; Z-INDEX:%POS; cursor:default; background-color: %STR&CSSVAL; }\n",id,x,y,h,w,z,bgstr);
htrAddStylesheetItem_va(s,"\t#dd%POScon1 { OVERFLOW:hidden; POSITION:absolute; VISIBILITY:inherit; LEFT:1px; TOP:1px; WIDTH:1024px; HEIGHT:%POSpx; Z-INDEX:%POS; }\n",id,h-2,z+1);
htrAddStylesheetItem_va(s,"\t#dd%POScon2 { OVERFLOW:hidden; POSITION:absolute; VISIBILITY:hidden; LEFT:1px; TOP:1px; WIDTH:1024px; HEIGHT:%POSpx; Z-INDEX:%POS; }\n",id,h-2,z+1);
htrAddScriptGlobal(s, "dd_current", "null", 0);
htrAddScriptGlobal(s, "dd_lastkey", "null", 0);
htrAddScriptGlobal(s, "dd_target_img", "null", 0);
htrAddScriptGlobal(s, "dd_thum_y","0",0);
htrAddScriptGlobal(s, "dd_timeout","null",0);
htrAddScriptGlobal(s, "dd_click_x","0",0);
htrAddScriptGlobal(s, "dd_click_y","0",0);
htrAddScriptGlobal(s, "dd_incr","0",0);
htrAddScriptGlobal(s, "dd_cur_mainlayer","null",0);
htrAddWgtrObjLinkage_va(s, tree, "dd%POSbtn", id);
htrAddScriptInclude(s, "/sys/js/ht_utils_layers.js", 0);
htrAddScriptInclude(s, "/sys/js/ht_utils_string.js", 0);
htrAddScriptInclude(s, "/sys/js/ht_utils_hints.js", 0);
htrAddScriptInclude(s, "/sys/js/htdrv_dropdown.js", 0);
htrAddEventHandlerFunction(s, "document","MOUSEMOVE", "dd", "dd_mousemove");
htrAddEventHandlerFunction(s, "document","MOUSEOVER", "dd", "dd_mouseover");
htrAddEventHandlerFunction(s, "document","MOUSEUP", "dd", "dd_mouseup");
htrAddEventHandlerFunction(s, "document","MOUSEDOWN", "dd", "dd_mousedown");
htrAddEventHandlerFunction(s, "document","MOUSEOUT", "dd", "dd_mouseout");
if (s->Capabilities.Dom1HTML)
htrAddEventHandlerFunction(s, "document", "CONTEXTMENU", "dd", "dd_contextmenu");
/** Get the mode (default to 1, dynamicpage) **/
mode = 0;
if (wgtrGetPropertyValue(tree,"mode",DATA_T_STRING,POD(&ptr)) == 0) {
if (!strcmp(ptr,"static")) mode = 0;
else if (!strcmp(ptr,"dynamic_server")) mode = 1;
else if (!strcmp(ptr,"dynamic")) mode = 2;
else if (!strcmp(ptr,"dynamic_client")) mode = 2;
else if (!strcmp(ptr,"objectsource")) mode = 3;
else {
mssError(1,"HTDD","Dropdown widget has not specified a valid mode.");
return -1;
}
}
sql = 0;
if (wgtrGetPropertyValue(tree,"sql",DATA_T_STRING,POD(&sql)) != 0 && mode != 0 && mode != 3) {
mssError(1, "HTDD", "SQL parameter was not specified for dropdown widget");
return -1;
}
/** Script initialization call. **/
htrAddScriptInit_va(s," dd_init({layer:wgtrGetNodeRef(ns,\"%STR&SYM\"), c1:htr_subel(wgtrGetNodeRef(ns,\"%STR&SYM\"), \"dd%POScon1\"), c2:htr_subel(wgtrGetNodeRef(ns,\"%STR&SYM\"), \"dd%POScon2\"), background:'%STR&JSSTR', highlight:'%STR&JSSTR', fieldname:'%STR&JSSTR', numDisplay:%INT, mode:%INT, sql:'%STR&JSSTR', width:%INT, height:%INT, form:'%STR&JSSTR', osrc:'%STR&JSSTR', qms:%INT, ivs:%INT, popup_width:%INT});\n", name, name, id, name, id, bgstr, hilight, fieldname, num_disp, mode, sql?sql:"", w, h, form, osrc, query_multiselect, invalid_select_default, pop_w);
/** HTML body <DIV> element for the layers. **/
htrAddBodyItem_va(s,"<DIV ID=\"dd%POSbtn\">\n", id);
htrAddBodyItem_va(s,"<TABLE width=%POS cellspacing=0 cellpadding=0 border=0>\n",w);
htrAddBodyItem(s, " <TR><TD><IMG SRC=/sys/images/white_1x1.png></TD>\n");
htrAddBodyItem_va(s," <TD><IMG SRC=/sys/images/white_1x1.png height=1 width=%POS></TD>\n",w-2);
htrAddBodyItem(s, " <TD><IMG SRC=/sys/images/white_1x1.png></TD></TR>\n");
htrAddBodyItem_va(s," <TR><TD><IMG SRC=/sys/images/white_1x1.png height=%POS width=1></TD>\n",h-2);
htrAddBodyItem(s, " <TD align=right valign=middle><IMG SRC=/sys/images/ico15b.gif></TD>\n");
htrAddBodyItem_va(s," <TD><IMG SRC=/sys/images/dkgrey_1x1.png height=%POS width=1></TD></TR>\n",h-2);
htrAddBodyItem(s, " <TR><TD><IMG SRC=/sys/images/dkgrey_1x1.png></TD>\n");
htrAddBodyItem_va(s," <TD><IMG SRC=/sys/images/dkgrey_1x1.png height=1 width=%POS></TD>\n",w-2);
htrAddBodyItem(s, " <TD><IMG SRC=/sys/images/dkgrey_1x1.png></TD></TR>\n");
htrAddBodyItem(s, "</TABLE>\n");
htrAddBodyItem_va(s,"<DIV ID=\"dd%POScon1\"></DIV>\n",id);
htrAddBodyItem_va(s,"<DIV ID=\"dd%POScon2\"></DIV>\n",id);
htrAddBodyItem(s, "</DIV>\n");
/* Read and initialize the dropdown items */
if (mode == 1) {
/** The result set from this SQL query can take two forms: positional or named.
** For Positional, the params are: label, value, selected, group, hidden.
** For Named, the above names can appear in any order.
** label and value are required.
**/
if ((qy = objMultiQuery(s->ObjSession, sql, NULL, 0))) {
flag=0;
htrAddScriptInit_va(s," dd_add_items(wgtrGetNodeRef(ns,\"%STR&SYM\"), [",name);
while ((qy_obj = objQueryFetch(qy, O_RDONLY))) {
// Label
attr = objGetFirstAttr(qy_obj);
if (!attr) {
objClose(qy_obj);
objQueryClose(qy);
mssError(1, "HTDD", "SQL query must have at least two attributes: label and value.");
return -1;
}
type = objGetAttrType(qy_obj, attr);
rval = objGetAttrValue(qy_obj, attr, type,&od);
// Check if anything was returned
if(rval != 0){
objClose(qy_obj);
continue;
}
if (type == DATA_T_INTEGER || type == DATA_T_DOUBLE) {
str = objDataToStringTmp(type, (void*)(&od), DATA_F_QUOTED);
} else {
str = objDataToStringTmp(type, (void*)(od.String), DATA_F_QUOTED);
}
if (flag) htrAddScriptInit(s,",");
htrAddScriptInit_va(s,"{wname:null, label:%STR,",str);
// Value
attr = objGetNextAttr(qy_obj);
if (!attr) {
objClose(qy_obj);
objQueryClose(qy);
mssError(1, "HTDD", "SQL query must have at least two attributes: label and value.");
return -1;
}
type = objGetAttrType(qy_obj, attr);
rval = objGetAttrValue(qy_obj, attr, type,&od);
if (type == DATA_T_INTEGER || type == DATA_T_DOUBLE) {
str = objDataToStringTmp(type, (void*)(&od), DATA_F_QUOTED);
} else {
str = objDataToStringTmp(type, (void*)(od.String), DATA_F_QUOTED);
}
htrAddScriptInit_va(s,"value:%STR", str);
/** is selected **/
attr = objGetNextAttr(qy_obj);
if (attr) {
type = objGetAttrType(qy_obj, attr);
rval = objGetAttrValue(qy_obj, attr, type, &od);
htrAddScriptInit_va(s, ",sel:%INT", type == DATA_T_INTEGER && rval == 0 && od.Integer != 0);
/** grouping **/
attr = objGetNextAttr(qy_obj);
if (attr) {
type = objGetAttrType(qy_obj, attr);
rval = objGetAttrValue(qy_obj, attr, type, &od);
if (rval == 0 && type == DATA_T_INTEGER)
htrAddScriptInit_va(s, ",grp:%INT", od.Integer);
else if (rval == 0 && type == DATA_T_STRING)
htrAddScriptInit_va(s, ",grp:\"%STR&JSSTR\"", od.String);
/** hidden **/
attr = objGetNextAttr(qy_obj);
if (attr) {
type = objGetAttrType(qy_obj, attr);
rval = objGetAttrValue(qy_obj, attr, type, &od);
htrAddScriptInit_va(s, ",hide:%INT}", type == DATA_T_INTEGER && rval == 0 && od.Integer != 0);
} else {
htrAddScriptInit(s, "}");
}
} else {
htrAddScriptInit(s, "}");
}
} else {
htrAddScriptInit(s, "}");
}
objClose(qy_obj);
flag=1;
}
htrAddScriptInit(s,"]);\n");
objQueryClose(qy);
}
}
else if(mode==3) {
/* get objects from form */
}
flag=0;
for (i=0;i<xaCount(&(tree->Children));i++)
{
subtree = xaGetItem(&(tree->Children), i);
if (!strcmp(subtree->Type, "widget/dropdownitem"))
subtree->RenderFlags |= HT_WGTF_NOOBJECT;
if (!strcmp(subtree->Type,"widget/dropdownitem") && mode == 0)
{
if (wgtrGetPropertyValue(subtree,"label",DATA_T_STRING,POD(&ptr)) != 0)
{
mssError(1,"HTDD","Drop Down widget must have a 'width' property");
return -1;
}
strtcpy(string, ptr, sizeof(string));
if (flag)
{
xsConcatenate(&xs, ",", 1);
}
else
{
xsInit(&xs);
xsConcatQPrintf(&xs, " dd_add_items(wgtrGetNodeRef(ns,\"%STR&SYM\"), [", name);
flag=1;
}
wgtrGetPropertyValue(subtree,"name",DATA_T_STRING,POD(&ptr));
xsConcatQPrintf(&xs,"{wname:'%STR&SYM', label:'%STR&JSSTR',", ptr, string);
if (htrGetBoolean(subtree, "selected", 0) == 1)
{
xsConcatenate(&xs,"sel:1,",6);
}
if (wgtrGetPropertyValue(subtree,"value",DATA_T_STRING,POD(&ptr)) != 0)
{
mssError(1,"HTDD","Drop Down widget must have a 'value' property");
return -1;
}
strtcpy(string,ptr, sizeof(string));
xsConcatQPrintf(&xs,"value:'%STR&JSSTR'}", string);
}
else
{
htrRenderWidget(s, subtree, z+1);
}
}
if (flag)
{
xsConcatenate(&xs, "]);\n", 4);
htrAddScriptInit(s,xs.String);
xsDeInit(&xs);
}
return 0;
}
/*** shlOpen - open an object.
***/
void*
shlOpen(pObject obj, int mask, pContentType systype, char* usrtype, pObjTrxTree* oxt)
{
pShlData inf;
int rval;
char* node_path;
pSnNode node = NULL;
char* ptr;
pStructInf argStruct;
pStructInf changeStruct;
int i,j;
pStruct paramdata;
int nameindex;
char* endorsement_name;
/** Allocate the structure **/
inf = (pShlData)nmMalloc(sizeof(ShlData));
if (!inf) return NULL;
memset(inf,0,sizeof(ShlData));
inf->Obj = obj;
inf->Mask = mask;
obj->SubCnt=1;
if(SHELL_DEBUG & SHELL_DEBUG_INIT) printf("%s was offered: (%i,%i,%i) %s\n",__FILE__,obj->SubPtr,
obj->SubCnt,obj->Pathname->nElements,obj_internal_PathPart(obj->Pathname,0,0));
/** Determine the node path **/
node_path = obj_internal_PathPart(obj->Pathname, 0, obj->SubPtr);
if(SHELL_DEBUG & SHELL_DEBUG_OPEN)
printf("opening: %s\n",node_path);
/** If CREAT and EXCL, we only create, failing if already exists. **/
if ((obj->Mode & O_CREAT) && (obj->Mode & O_EXCL) && (obj->SubPtr == obj->Pathname->nElements))
{
node = snNewNode(obj->Prev, usrtype);
if (!node)
{
nmFree(inf,sizeof(ShlData));
mssError(0,"SHL","Could not create new node object");
return NULL;
}
}
/** Otherwise, try to open it first. **/
if (!node)
{
node = snReadNode(obj->Prev);
}
/** If no node, and user said CREAT ok, try that. **/
if (!node && (obj->Mode & O_CREAT) && (obj->SubPtr == obj->Pathname->nElements))
{
node = snNewNode(obj->Prev, usrtype);
}
/** If _still_ no node, quit out. **/
if (!node)
{
nmFree(inf,sizeof(ShlData));
mssError(0,"SHL","Could not open structure file");
return NULL;
}
/** Set object params. **/
inf->Node = node;
strcpy(inf->Pathname, obj_internal_PathPart(obj->Pathname,0,0));
inf->Node->OpenCnt++;
/** Security check **/
if (endVerifyEndorsements(node->Data, stGetObjAttrValue, &endorsement_name) < 0)
{
inf->Node->OpenCnt --;
nmFree(inf,sizeof(ShlData));
mssError(1,"SHL","Security check failed - endorsement '%s' required", endorsement_name);
return NULL;
}
/** figure out command to run **/
if(stAttrValue(stLookup(node->Data,"program"),NULL,&ptr,0)<0) ptr="";
strncpy(inf->program,ptr,79);
inf->program[79]='\0';
if(SHELL_DEBUG & SHELL_DEBUG_PARAM) printf("program: %s\n",inf->program);
argStruct=stLookup(node->Data,"arg");
/** init structures for holding arguments and environmental variables **/
xaInit(&inf->argArray,argStruct?5:1);
xaInit(&inf->envArray,3);
xaInit(&inf->envList,3);
xhInit(&inf->envHash,17,0);
if(!argStruct)
{
/** no 'arg' value present -- no parameters **/
}
else
{
if(argStruct->Value->NodeType == EXPR_N_LIST)
{
/** 'arg' value is present and is a list -- parameters > 1 **/
int i;
pXArray values;
values = &argStruct->Value->Children;
for(i=0;i<values->nItems;i++)
xaAddItem(&inf->argArray,((pExpression)(values->Items[i]))->String);
}
else
{
char *ptr;
/** 'arg' value is present and is exactly one value -- 1 parameter **/
if(stAttrValue(argStruct,NULL,&ptr,0)<0)
ptr=NULL;
xaAddItem(&inf->argArray,ptr);
}
xaAddItem(&inf->argArray,NULL);
}
for(i=0;i<node->Data->nSubInf;i++)
{
pStructInf str = node->Data->SubInf[i];
if (strcmp(str->Name, "program") && strcmp(str->Name,"arg") && strcmp(str->Name,"changeable") )
{
pEnvVar pEV = (pEnvVar)nmMalloc(sizeof(EnvVar));
if(stAttrValue(str,NULL,&pEV->value,0)<0)
pEV->value=NULL;
pEV->changeable = 0;
pEV->shouldfree = 0;
xhAdd(&inf->envHash,str->Name,(char*)pEV); // add it to the hash
xaAddItem(&inf->envList,str->Name); // add the name to the list
}
}
changeStruct=stLookup(node->Data,"changeable");
if(changeStruct)
{
if(changeStruct->Value->NodeType == EXPR_N_LIST)
{
/** 'arg' value is present and is a list -- parameters > 1 **/
int i;
pXArray values;
pEnvVar pEV=NULL;
values = &argStruct->Value->Children;
for(i=0;i<values->nItems;i++)
{
pEV=(pEnvVar)xhLookup(&inf->envHash,((pExpression)(values->Items[i]))->String);
if(pEV)
{
pEV->changeable = 1;
}
else
mssError(0,"SHL","can't find %s to mark changeable\n",((pExpression)(values->Items[i]))->String);
}
}
else
{
char *ptr;
pEnvVar pEV=NULL;
/** 'arg' value is present and is exactly one value -- 1 parameter **/
if(stAttrValue(changeStruct,NULL,&ptr,0)<0)
ptr=NULL;
if(ptr)
pEV=(pEnvVar)xhLookup(&inf->envHash,ptr);
if(pEV)
{
pEV->changeable = 1;
}
else
mssError(0,"SHL","can't find %s to mark changeable\n",ptr);
}
}
/** note that the child process hasn't been started yet **/
inf->shell_pid = -1;
/** this is set to 1 when a read fails with EIO **/
inf->done = 0;
if(SHELL_DEBUG & SHELL_DEBUG_OPEN)
printf("SHELL: returning object: %p\n",inf);
/** Set initial param values? **/
nameindex = obj->SubPtr - 1 + obj->SubCnt - 1;
if (obj->Pathname->OpenCtl[nameindex])
{
paramdata = obj->Pathname->OpenCtl[nameindex];
for(i=0;i<paramdata->nSubInf;i++)
{
shl_internal_SetParam(inf, paramdata->SubInf[i]->Name, DATA_T_STRING, POD(&(paramdata->SubInf[i]->StrVal)));
}
}
return (void*)inf;
}
int test_main(int, char **)
{
BOOST_CHECK ( test( 0,1234 ) ) ;
BOOST_CHECK ( test( 0.0,12.34 ) ) ;
BOOST_CHECK ( test( POD(0,0,0.0), POD('a',1234,56.78) ) ) ;
BOOST_CHECK ( test( NonPOD( std::string() ), NonPOD( std::string("something") ) ) ) ;
NonPOD NonPOD_object( std::string("NonPOD_object") );
BOOST_CHECK ( test<NonPOD *>( 0, &NonPOD_object ) ) ;
AggregatePODStruct zeroInitializedAggregatePODStruct = { 0.0f, '\0', 0 };
AggregatePODStruct nonZeroInitializedAggregatePODStruct = { 1.25f, 'a', -1 };
BOOST_CHECK ( test(zeroInitializedAggregatePODStruct, nonZeroInitializedAggregatePODStruct) );
StringAndInt stringAndInt0;
StringAndInt stringAndInt1;
stringAndInt0.i = 0;
stringAndInt1.i = 1;
stringAndInt1.s = std::string("1");
BOOST_CHECK ( test(stringAndInt0, stringAndInt1) );
StructWithDestructor structWithDestructor0;
StructWithDestructor structWithDestructor1;
structWithDestructor0.i = 0;
structWithDestructor1.i = 1;
BOOST_CHECK ( test(structWithDestructor0, structWithDestructor1) );
StructWithVirtualFunction structWithVirtualFunction0;
StructWithVirtualFunction structWithVirtualFunction1;
structWithVirtualFunction0.i = 0;
structWithVirtualFunction1.i = 1;
BOOST_CHECK ( test(structWithVirtualFunction0, structWithVirtualFunction1) );
DerivedFromAggregatePODStruct derivedFromAggregatePODStruct0;
DerivedFromAggregatePODStruct derivedFromAggregatePODStruct1;
static_cast<AggregatePODStruct &>(derivedFromAggregatePODStruct0) = zeroInitializedAggregatePODStruct;
static_cast<AggregatePODStruct &>(derivedFromAggregatePODStruct1) = nonZeroInitializedAggregatePODStruct;
BOOST_CHECK ( test(derivedFromAggregatePODStruct0, derivedFromAggregatePODStruct1) );
AggregatePODStructWrapper aggregatePODStructWrapper0;
AggregatePODStructWrapper aggregatePODStructWrapper1;
aggregatePODStructWrapper0.dataMember = zeroInitializedAggregatePODStruct;
aggregatePODStructWrapper1.dataMember = nonZeroInitializedAggregatePODStruct;
BOOST_CHECK ( test(aggregatePODStructWrapper0, aggregatePODStructWrapper1) );
ArrayOfBytes zeroInitializedArrayOfBytes = { 0 };
boost::value_initialized<ArrayOfBytes> valueInitializedArrayOfBytes;
BOOST_CHECK (std::memcmp(get(valueInitializedArrayOfBytes), zeroInitializedArrayOfBytes, sizeof(ArrayOfBytes)) == 0);
boost::value_initialized<ArrayOfBytes> valueInitializedArrayOfBytes2;
valueInitializedArrayOfBytes2 = valueInitializedArrayOfBytes;
BOOST_CHECK (std::memcmp(get(valueInitializedArrayOfBytes), get(valueInitializedArrayOfBytes2), sizeof(ArrayOfBytes)) == 0);
boost::value_initialized<CopyFunctionCallTester> copyFunctionCallTester1;
BOOST_CHECK ( ! get(copyFunctionCallTester1).is_copy_constructed);
BOOST_CHECK ( ! get(copyFunctionCallTester1).is_assignment_called);
boost::value_initialized<CopyFunctionCallTester> copyFunctionCallTester2 = boost::value_initialized<CopyFunctionCallTester>(copyFunctionCallTester1);
BOOST_CHECK ( get(copyFunctionCallTester2).is_copy_constructed);
BOOST_CHECK ( ! get(copyFunctionCallTester2).is_assignment_called);
boost::value_initialized<CopyFunctionCallTester> copyFunctionCallTester3;
copyFunctionCallTester3 = boost::value_initialized<CopyFunctionCallTester>(copyFunctionCallTester1);
BOOST_CHECK ( ! get(copyFunctionCallTester3).is_copy_constructed);
BOOST_CHECK ( get(copyFunctionCallTester3).is_assignment_called);
boost::value_initialized<SwapFunctionCallTester> swapFunctionCallTester1;
boost::value_initialized<SwapFunctionCallTester> swapFunctionCallTester2;
get(swapFunctionCallTester1).data = 1;
get(swapFunctionCallTester2).data = 2;
boost::swap(swapFunctionCallTester1, swapFunctionCallTester2);
BOOST_CHECK( get(swapFunctionCallTester1).data == 2 );
BOOST_CHECK( get(swapFunctionCallTester2).data == 1 );
BOOST_CHECK( get(swapFunctionCallTester1).is_custom_swap_called );
BOOST_CHECK( get(swapFunctionCallTester2).is_custom_swap_called );
return 0;
}
POD GetPODValue(Value value) {
return value.type == TYPEID ? *reinterpret_cast<POD*>(value.value) : POD();
}
/*
htosrcRender - generate the HTML code for the page.
Don't know what this is, but we're keeping it for now - JJP, JDH
*/
int
htosrcRender(pHtSession s, pWgtrNode tree, int z)
{
int id;
char name[40];
char *ptr;
int readahead;
int scrollahead;
int replicasize;
char *sql;
char *filter;
char *baseobj;
pWgtrNode sub_tree;
// pObjQuery qy;
enum htosrc_autoquery_types aq;
int receive_updates;
int send_updates;
int refresh_interval;
int count, i;
int ind_activity;
int use_having;
int qy_reveal_only;
char key_objname[32];
if(!s->Capabilities.Dom0NS && !s->Capabilities.Dom1HTML)
{
mssError(1,"HTOSRC","Netscape DOM or W3C DOM1 HTML support required");
return -1;
}
/** Get an id for this. **/
id = (HTOSRC.idcnt++);
/** Get name **/
if (wgtrGetPropertyValue(tree,"name",DATA_T_STRING,POD(&ptr)) != 0) return -1;
strtcpy(name,ptr,sizeof(name));
if (wgtrGetPropertyValue(tree,"replicasize",DATA_T_INTEGER,POD(&replicasize)) != 0)
replicasize=6;
if (wgtrGetPropertyValue(tree,"readahead",DATA_T_INTEGER,POD(&readahead)) != 0)
readahead=replicasize/2;
if (wgtrGetPropertyValue(tree,"scrollahead",DATA_T_INTEGER,POD(&scrollahead)) != 0)
scrollahead=readahead;
/** do queries on this osrc indicate end-user activity? **/
ind_activity = htrGetBoolean(tree, "indicates_activity", 1);
/** refresh interval (disabled, setting=0, by default) **/
if (wgtrGetPropertyValue(tree, "refresh_interval", DATA_T_INTEGER, POD(&refresh_interval)) != 0)
refresh_interval = 0;
/** use HAVING clause for query filtering instead of WHERE? **/
use_having = htrGetBoolean(tree, "use_having_clause", 0);
/** Delay query until osrc is visible? **/
/*qy_reveal_only = htrGetBoolean(tree, "delay_query_until_reveal", 0);*/
qy_reveal_only = htrGetBoolean(tree, "revealed_only", 0);
/** try to catch mistakes that would probably make Netscape REALLY buggy... **/
if(replicasize==1 && readahead==0) readahead=1;
if(replicasize==1 && scrollahead==0) scrollahead=1;
if(readahead>replicasize) replicasize=readahead;
if(scrollahead>replicasize) replicasize=scrollahead;
if(scrollahead<1) scrollahead=1;
if(replicasize<1 || readahead<1)
{
mssError(1,"HTOSRC","You must give positive integer for replicasize and readahead");
return -1;
}
/** Name/abbreviation of key object in SQL query **/
if (wgtrGetPropertyValue(tree,"key_objname",DATA_T_STRING,POD(&ptr)) != 0)
ptr = "";
strtcpy(key_objname, ptr, sizeof(key_objname));
/** Query autostart types **/
if (wgtrGetPropertyValue(tree,"autoquery",DATA_T_STRING,POD(&ptr)) == 0)
{
if (!strcasecmp(ptr,"onLoad")) aq = OnLoad;
else if (!strcasecmp(ptr,"onFirstReveal")) aq = OnFirstReveal;
else if (!strcasecmp(ptr,"onEachReveal")) aq = OnEachReveal;
else if (!strcasecmp(ptr,"never")) aq = Never;
else
{
mssError(1,"HTOSRC","Invalid autostart type '%s' for objectsource '%s'",ptr,name);
return -1;
}
}
else
{
aq = Unset;
}
/** Get replication updates from server? **/
receive_updates = htrGetBoolean(tree, "receive_updates", 0);
/** Send updates to the server? **/
send_updates = htrGetBoolean(tree, "send_updates", 1);
if (wgtrGetPropertyValue(tree,"sql",DATA_T_STRING,POD(&ptr)) == 0)
{
sql = nmSysStrdup(ptr);
}
else
{
mssError(1,"HTOSRC","You must give a sql parameter");
return -1;
}
if (wgtrGetPropertyValue(tree,"baseobj",DATA_T_STRING,POD(&ptr)) == 0)
baseobj = nmSysStrdup(ptr);
else
baseobj = NULL;
if (wgtrGetPropertyValue(tree,"filter",DATA_T_STRING,POD(&ptr)) == 0)
filter = nmSysStrdup(ptr);
else
filter = nmSysStrdup("");
/** create our instance variable **/
htrAddWgtrObjLinkage_va(s, tree, "osrc%POSloader",id);
htrAddWgtrCtrLinkage(s, tree, "_parentctr");
htrAddScriptGlobal(s, "osrc_syncid", "0", 0);
htrAddScriptGlobal(s, "osrc_relationships", "[]", 0);
/** Ok, write the style header items. **/
htrAddStylesheetItem_va(s," #osrc%POSloader { overflow:hidden; POSITION:absolute; VISIBILITY:hidden; LEFT:0px; TOP:1px; WIDTH:1px; HEIGHT:1px; Z-INDEX:0; }\n",id);
/** Script initialization call. **/
htrAddScriptInit_va(s," osrc_init({loader:wgtrGetNodeRef(ns,\"%STR&SYM\"), readahead:%INT, scrollahead:%INT, replicasize:%INT, sql:\"%STR&JSSTR\", filter:\"%STR&JSSTR\", baseobj:\"%STR&JSSTR\", name:\"%STR&SYM\", autoquery:%INT, requestupdates:%INT, ind_act:%INT, use_having:%INT, qy_reveal_only:%INT, send_updates:%INT, key_objname:\"%STR&JSSTR\", refresh:%INT});\n",
name,readahead,scrollahead,replicasize,sql,filter,
baseobj?baseobj:"",name,aq,receive_updates, ind_activity,
use_having, qy_reveal_only, send_updates, key_objname, refresh_interval);
//htrAddScriptCleanup_va(s," %s.layers.osrc%dloader.cleanup();\n", parentname, id);
htrAddScriptInclude(s, "/sys/js/htdrv_osrc.js", 0);
htrAddScriptInclude(s, "/sys/js/ht_utils_string.js", 0);
htrAddScriptInclude(s, "/sys/js/ht_utils_hints.js", 0);
/** HTML body element for the frame **/
htrAddBodyItemLayerStart(s,HTR_LAYER_F_DYNAMIC,"osrc%POSloader",id);
htrAddBodyItemLayerEnd(s,HTR_LAYER_F_DYNAMIC);
htrAddBodyItem(s, "\n");
count = xaCount(&(tree->Children));
for (i=0;i<count;i++)
{
sub_tree = xaGetItem(&(tree->Children), i);
#if 00
if (wgtrGetPropertyValue(sub_tree, "outer_type", DATA_T_STRING, POD(&ptr)) == 0 && !strcmp(ptr, "widget/osrc-rule"))
{
htosrc_internal_AddRule(s, tree, name, sub_tree);
}
else
{
#endif
htrRenderWidget(s, sub_tree, z);
#if 00
}
#endif
}
nmSysFree(filter);
if (baseobj) nmSysFree(baseobj);
nmSysFree(sql);
return 0;
}