Type *checkArrayVar(Absyn * node, Table * symtab)
{
Type *tmp;
if (checkNode(node->u.arrayVar.index, symtab) != builtinType_int)
error("illegal indexing with a non-integer in line %d",
node->line);
tmp = checkNode(node->u.arrayVar.var, symtab);
// check that tmp is an array
if (tmp->kind != TYPE_KIND_ARRAY)
error("illegal indexing a non-array in line %d", node->line);
node->type_t = tmp->u.arrayType.baseType;
return node->type_t;
}
// readFile
int readFile(FILE* in) {
int aorq = fastaOrQ(in);
rewind(in);
int count = 0;
while (fgets(hline, MAX_SIZE, in) != NULL) {
if (hline[0] == '#')
continue;
count++;
if (fgets(line, MAX_SIZE, in) == NULL)
exit(error("", ERRSEQ));
int len = strlen(line) - 1;
if (line[len] == '\n')
line[len] = '\0';
// add read to trie
Node* n = checkNode(root, 0, len);
if (n->child[0] == NULL && n->head == NULL) {
n->head = (char*) memalloc(HEADER);
int i;
for (i = 1; hline[i] != '\0' && hline[i] != '\n' && i < HEADER; i++)
n->head[i - 1] = hline[i];
n->head[i - 1] = '\0';
}
// skip next 2 lines if fastq
if (aorq)
for (int i = 0; i < 2; i++)
if (fgets(line, MAX_SIZE, in) == NULL)
exit(error("", ERRSEQ));
}
printf(" reads: %d\n", count);
return count;
}
void animate(int i)
{
GLfloat x, y;
pointNode * last;
if(!bPaused && !bComplete)
{
GLfloat displacement = calcDisplacement(minX, maxX, minY, maxY);
last = curr;
randomDisplacement(displacement, x, y);
curr = AddNode(curr, curr->x + x, curr->y + y);
count = pointCount(head);
glutPostRedisplay();
//We only want to keep going if
if(checkNode(curr, minX, maxX, minY, maxY))
{
//keep a roughly constat fps
glutTimerFunc(17, animate, 0);
}else
{
findExitPoint(last, curr);
bComplete = true;
}
}
}
result_t XmlDocument::appendChild(XmlNode_base *newChild, obj_ptr<XmlNode_base> &retVal)
{
result_t hr = checkNode(newChild);
if (hr < 0)
return hr;
return m_childs->appendChild(newChild, retVal);
}
/**
* Adds provided data to the storage.
* @param checkPrefix If @a TRUE than all nodes with absolute URIs will be
* checked to have /obix prefix.
* @return @a 0 on success; error code otherwise.
*/
static int xmldb_putDOMHelper(IXML_Element* data, BOOL checkPrefix)
{
IXML_Node* node = ixmlElement_getNode(data);
IXML_Node* newNode = NULL;
// shortcut for cleaning all resources if error occurs.
void onError()
{
if (newNode != NULL)
{
ixmlNode_free(newNode);
}
}
const char* href = checkNode(node, checkPrefix);
if (href == NULL)
{
// error is already logged.
onError();
return -1;
}
// append node to the storage
int error = ixmlDocument_importNode(_storage, node, TRUE, &newNode);
if (error != IXML_SUCCESS)
{
log_warning("Unable to write to the storage (error %d).", error);
onError();
return error;
}
// look for available node with the same href
IXML_Node* nodeInStorage = getNodeByHref(_storage, href, NULL);
if (nodeInStorage != NULL)
{
log_warning("Unable to write to the storage: The object with the same "
"URI (%s) already exists.", href);
onError();
return -2;
// overwrite existing node
//ixmlNode_replaceChild(ixmlNode_getParentNode(nodeInStorage),
// newNode,
// nodeInStorage,
// &nodeInStorage);
//ixmlNode_free(nodeInStorage);
}
// append as a new node
error = ixmlNode_appendChild(ixmlDocument_getNode(_storage), newNode);
if (error != IXML_SUCCESS)
{
log_warning("Unable to write to the storage (error %d).", error);
onError();
return error;
}
return 0;
}
void populate() const
{
NodeListT dummy;
nodes_.swap(dummy);
checkNode(rootNode_);
changes_ = ownerDoc_->changes();
} // populate
result_t XmlDocument::insertAfter(XmlNode_base *newChild, XmlNode_base *refChild,
obj_ptr<XmlNode_base> &retVal)
{
result_t hr = checkNode(newChild);
if (hr < 0)
return hr;
return m_childs->insertAfter(newChild, refChild, retVal);
}
Type *checkCallStm(Absyn * node, Table * symtab)
{
Entry *entry;
ParamTypes *p;
Absyn *args, *arg;
int n = 0;
entry = lookup(symtab, node->u.callStm.name);
if (entry == NULL)
error("undefined procedure '%s' in line %d",
symToString(node->u.callStm.name), node->line);
if (entry->kind != ENTRY_KIND_PROC)
error("call of non-procedure '%s' in line %d",
symToString(node->u.callStm.name), node->line);
p = entry->u.procEntry.paramTypes;
args = node->u.callStm.args;
if (args->type != ABSYN_EXPLIST)
error
("error in abstract syntax. should not happen; internal compiler error.");
arg = args;
while (p && !p->isEmpty) {
n++;
if (arg->u.expList.isEmpty) // (n < soll_n)
error
("procedure '%s' called with too few arguments in line %d",
symToString(node->u.callStm.name), node->line);
if (p->type != checkNode(arg->u.expList.head, symtab)) {
error
("procedure '%s' argument %d type mismatch in line %d",
symToString(node->u.callStm.name), n, node->line);
}
arg = arg->u.expList.tail;
p = p->next;
}
if (!(arg->u.expList.isEmpty)) // (n > soll_n)
error
("procedure '%s' called with too many arguments in line %d",
symToString(node->u.callStm.name), node->line);
// check ref params for being a variable explicitly.
arg = args;
p = entry->u.procEntry.paramTypes;
while (p && !p->isEmpty) {
if (p->isRef && arg->u.expList.head->type != ABSYN_VAREXP) {
error
("procedure '%s' argument %d must be a variable in line %d",
symToString(node->u.callStm.name), n, node->line);
}
arg = arg->u.expList.tail;
p = p->next;
}
return NULL;
}
virtual void visit(AstSel* nodep, AstNUser*) {
nodep->fromp()->iterateAndNext(*this);
{ // Only the 'from' is part of the assignment LHS
bool prevAssign = m_assignLhs;
m_assignLhs = false;
nodep->lsbp()->iterateAndNext(*this);
nodep->widthp()->iterateAndNext(*this);
m_assignLhs = prevAssign;
}
checkNode(nodep); }
// 0 -> not valid; 1 -> valid
int Xmlvalidator::checkNode(Item* node) {
Tag* tagNode = dynamic_cast<Tag *>(node);
if (tagNode) {
string name = tagNode->getName();
string transfo = "";
vector<Item *> children = tagNode->getChildren();
for(vector<Item *>::iterator itCh = children.begin(); itCh != children.end(); itCh++) {
Element* elNode = dynamic_cast<Element *>(*itCh);
if (elNode)
{
transfo += "<"+elNode->getName()+">";
}
else
{
Content* ctNode = dynamic_cast<Content *>(*itCh);
if (ctNode)
{
transfo += ctNode->textContent();
}
}
// Recursive call for each children
if (checkNode((*itCh)) == 0)
{
// if it is not valid
return 0;
}
}
std::map<string,string>::iterator itRegex = mapRegex.find(name);
if (itRegex == mapRegex.end())
{
std::map<string,string>::iterator itType = mapType.find(name);
itRegex = mapRegex.find(itType->second);
if (itRegex == mapRegex.end())
{
cerr << "XSD not exhaustive for this xml. Missing regex for the type " << itType->second << endl;
}
}
string regex = itRegex->second;
// cout << "DO THE CHECK " << regex << " on " << transfo << " for the node " << name << endl;
std::regex rx(regex);
return regex_match(transfo.begin(), transfo.end(), rx);
}
return 1;
}
virtual void visit(AstNodeCond* nodep, AstNUser*) {
nodep->iterateChildren(*this);
if (nodep->expr1p()->isWide()
&& !nodep->condp()->castConst()
&& !nodep->condp()->castVarRef()) {
// We're going to need the expression several times in the expanded code,
// so might as well make it a common expression
createDeepTemp(nodep->condp(), false);
}
checkNode(nodep);
}
/* Procedure typeCheck performs type checking
* by a postorder syntax tree traversal
*/
void typeCheck(TreeNode * t)
{
if(t != NULL)
{
for(int i=0;i < MAXCHILDREN ; i++)
if(t->child[i] != NULL)
typeCheck(t -> child[i]);
checkNode(t);
typeCheck(t -> sibing);
}
}
Type *checkVarDec(Absyn * node, Table * symtab)
{
Type *type;
Entry *entry;
type = checkNode(node->u.typeDec.ty, symtab);
entry = newVarEntry(type, FALSE, ENTRY_SOURCE_LOCVAR);
if (enter(symtab, node->u.typeDec.name, entry) == NULL) {
error("redeclaration of '%s' in line %d",
symToString(node->u.typeDec.name), node->line);
}
return NULL;
}
int Xmlvalidator::validityCheck(Document *xml) {
//Insert basic XSD types
std::map<string,string>::iterator itRegex = mapRegex.find("xsd:string");
if (itRegex == mapRegex.end()) {
mapRegex.insert(pair<string, string>("xsd:string", "^[^*+]+$"));
mapRegex.insert(pair<string, string>("xsd:date", "[1-9][0-9]{3}-[01][0-9]-[0-3][0-9]"));
}
int valid = checkNode((Item *) xml->getRoot());
return valid;
}
Type *checkOpExp(Absyn * node, Table * symtab)
{
Type *leftType, *rightType;
leftType = checkNode(node->u.opExp.left, symtab);
rightType = checkNode(node->u.opExp.right, symtab);
if (leftType != rightType)
error("expression combines different types in line %d",
node->line);
switch (node->u.opExp.op) {
case ABSYN_OP_EQU: // case fall-through, following cases same type
case ABSYN_OP_NEQ:
case ABSYN_OP_LST:
case ABSYN_OP_LSE:
case ABSYN_OP_GRT:
case ABSYN_OP_GRE:
if (leftType != builtinType_int)
error("comparison requires integer operands in line %d",
node->line);
node->type_t = builtinType_bool;
break;
case ABSYN_OP_ADD: // case fall-through, following cases same type
case ABSYN_OP_SUB:
case ABSYN_OP_MUL:
case ABSYN_OP_DIV:
if (leftType != builtinType_int)
error("comparison requires integer operands in line %d",
node->line);
node->type_t = builtinType_int;
break;
default:
error("unknown node type %d in checkNode", node->type);
}
return node->type_t;
}
Type *checkProcDec(Absyn * node, Table * symtab)
{
Table *localSymtab;
Entry *entry;
// loopup procs local symtable here
entry = lookup(symtab, node->u.procDec.name);
localSymtab = entry->u.procEntry.localTable;
// compute local declarations
checkNode(node->u.procDec.decls, localSymtab);
// compute procedure body
checkNode(node->u.procDec.body, localSymtab);
// optional debug output
if (local_debug) {
printf("symbol table at end of procedure '%s':\n",
symToString(node->u.procDec.name));
showTable(localSymtab);
}
return NULL;
}
void fixLabel(Node* n){
if(!checkNode(n))return;
if(n->name==0)return;// HOW? checkNames=false :(
if(n->name[0]=='"')n->name=n->name+1;
if(n->name[strlen(n->name)-1]=='"'&&n->name[strlen(n->name)-2]!='"')
n->name[strlen(n->name)-1]=0;
if(n->name[strlen(n->name)-1]=='\\')
n->name[strlen(n->name)-1]=0;
replaceChar(n->name,'"',' ');
replaceChar(n->name,'\'',' ');
replaceChar(n->name,'\\',' ');
// todo: "'","%27" etc
//#include <curl/curl.h>
//char *curl_easy_escape( CURL * curl , char * url , int length );
}
void visitShift (AstNodeBiop* nodep) {
// Shifts of > 32/64 bits in C++ will wrap-around and generate non-0s
if (!nodep->user2SetOnce()) {
UINFO(4," ShiftFix "<<nodep<<endl);
AstConst* shiftp = nodep->rhsp()->castConst();
if (shiftp && shiftp->num().mostSetBitP1() > 32) {
shiftp->v3error("Unsupported: Shifting of by over 32-bit number isn't supported."
<<" (This isn't a shift of 32 bits, but a shift of 2^32, or 4 billion!)\n");
}
if (nodep->widthMin()<=64 // Else we'll use large operators which work right
// C operator's width must be < maximum shift which is based on Verilog width
&& nodep->width() < (1LL<<nodep->rhsp()->widthMin())) {
AstNRelinker replaceHandle;
nodep->unlinkFrBack(&replaceHandle);
AstNode* constzerop;
int m1value = nodep->widthMin()-1; // Constant of width-1; not changing dtype width
if (nodep->signedFlavor()) {
// Then over shifting gives the sign bit, not all zeros
// Note *NOT* clean output -- just like normal shift!
// Create equivalent of VL_SIGNONES_(node_width)
constzerop = new AstNegate (nodep->fileline(),
new AstShiftR(nodep->fileline(),
nodep->lhsp()->cloneTree(false),
new AstConst(nodep->fileline(),
m1value),
nodep->width()));
} else {
V3Number zeronum (nodep->fileline(), nodep->width(), 0);
constzerop = new AstConst(nodep->fileline(), zeronum);
}
constzerop->dtypeFrom (nodep); // unsigned
V3Number widthnum (nodep->fileline(), nodep->rhsp()->widthMin(), m1value);
AstNode* constwidthp = new AstConst(nodep->fileline(), widthnum);
constwidthp->dtypeFrom (nodep->rhsp()); // unsigned
AstCond* newp =
new AstCond (nodep->fileline(),
new AstGte (nodep->fileline(),
constwidthp,
nodep->rhsp()->cloneTree(false)),
nodep,
constzerop);
replaceHandle.relink(newp);
}
}
nodep->iterateChildren(*this); checkNode(nodep);
}
void checkNode(DOM::Node_impl<stringT, string_adaptorT>* node) const
{
if(useNamespace_)
{
if((node->hasNamespaceURI() && namespaceURI_ == node->getNamespaceURI()) || allNamespaces_)
{
if((tagName_ == node->getLocalName()) || (allNames_ && node->getNodeType() == DOM::Node<stringT, string_adaptorT>::ELEMENT_NODE))
nodes_.push_back(node);
}
}
else
if((tagName_ == node->getNodeName()) || (allNames_ && node->getNodeType() == DOM::Node<stringT, string_adaptorT>::ELEMENT_NODE))
nodes_.push_back(node);
for(DOM::Node_impl<stringT, string_adaptorT>* child = node->getFirstChild(); child != 0; child = child->getNextSibling())
if(child->getNodeType() == DOM::Node<stringT, string_adaptorT>::ELEMENT_NODE)
checkNode(child);
} // checkNode
void StarView::slotConfigChanged()
{
HostInfoManager::HostMap hostMap = hostInfoManager()->hostMap();
HostInfoManager::HostMap::ConstIterator it;
for(it = hostMap.constBegin(); it != hostMap.constEnd(); ++it) {
if (filterArch(*it))
checkNode(it.key());
else
forceRemoveNode(it.key());
}
arrangeHostItems();
//write settings
QSettings settings;
settings.setValue("StarView/NodesPerRing", m_configDialog->nodesPerRing());
settings.setValue("StarView/ArchFilter", m_configDialog->archFilter());
settings.setValue("StarView/SupressDomainName", m_configDialog->suppressDomainName());
}
result_t XmlDocument::replaceChild(XmlNode_base *newChild, XmlNode_base *oldChild,
obj_ptr<XmlNode_base> &retVal)
{
if (newChild == oldChild)
{
retVal = oldChild;
return 0;
}
if (oldChild == m_element)
m_element.Release();
else if (oldChild == m_doctype)
m_doctype.Release();
result_t hr = checkNode(newChild);
if (hr < 0)
return hr;
return m_childs->replaceChild(newChild, oldChild, retVal);
}
// moreSeq -- check remaining sequence of node
Node* moreSeq(Node* n, Node* par, int ch, int pos, int len) {
int i;
for (i = 1; i < n->end - n->st; i++) {
// read is short
if (pos + i == len) {
return splitNode(n, par, ch, i);
//return n;
}
// mismatch at position i
if (line[pos + i] != n->seq[n->st + i]) {
Node* m = splitNode(n, par, ch, i);
return makeNode(m, 1, pos + i, len - pos - i);
}
}
// recurse on child node
return checkNode(n, pos + i, len);
}
int AI::minValue(vector<vector<int>> tempBoard, vector<Piece> teamCopy, vector<Piece> enemyTeamCopy, int depth, Directions direction){
bool killMove = false;
if(!checkNode(tempBoard, teamCopy, enemyTeamCopy, direction, true)){
return OUT_OF_BOUND;
}
int x = enemyTeamCopy[enemyCurrentIndex].x;
int y = enemyTeamCopy[enemyCurrentIndex].y;
changeWithDirection(x, y, direction, true);
if(sameTeam(tempBoard[x][y],TEAM_NUMBER)){
if(!killCheckArea(tempBoard, x, y, direction, true)){
return OUT_OF_BOUND;
}
else{
changeWithDirection(x, y, direction, true);
killMove = true;
}
}
//This should move on the tempBoard
movePiece(tempBoard, enemyTeamCopy, enemyCurrentIndex, x, y);
updateKings(tempBoard, enemyTeamCopy, true);
if (killMove) {
updateTeam(tempBoard, teamCopy, false);
if (teamCopy.size()<=0) {
//smallest number
return -1 * WIN_VALUE;
}
}
if (depth <= 0) {
return valueCalculator(teamCopy, enemyTeamCopy);
}
else{
return maxMove(tempBoard, teamCopy, enemyTeamCopy, depth-1);
}
}
void sendKeyToKeySensor(const char key, int upDown) {
int count;
ppComponent_KeyDevice p = (ppComponent_KeyDevice)gglobal()->Component_KeyDevice.prv;
if (p->keySink == NULL) return;
for (count=0; count < p->keySinkCurMax; count++) {
#ifdef VERBOSE
printf ("sendKeyToKeySensor, sending key %d to %d of %d\n",key,count,p->keySinkCurMax);
#endif
/* make sure this has not been deleted - we should really re-create list, but
so few keySensor X3D nodes are in use, who cares? */
if (checkNode(p->keySink[count],__FILE__,__LINE__)) {
#ifdef _MSC_VER
if (p->keySink[count]->_nodeType == NODE_KeySensor && (upDown != KeyChar)) sendToKS(p->keySink[count], (int)key&0xFFFF, upDown);
#else
if (p->keySink[count]->_nodeType == NODE_KeySensor ) sendToKS(p->keySink[count], (int)key&0xFFFF, upDown);
#endif
if (p->keySink[count]->_nodeType == NODE_StringSensor ) sendToSS(p->keySink[count], (int)key&0xFFFF, upDown);
}
}
}
int main(int argc, const char *argv[])
{
if (argc<2)
usage(0);
int arg = 1;
while (arg < argc)
{
if (stricmp(argv[arg], "-crc") == 0)
{
checkCRC = true;
}
else if (stricmp(argv[arg], "-errorLimit") == 0)
{
++arg;
if (arg>=argc)
usage(1);
errorLimit = strtoul(argv[arg], NULL, 10);
if (!errorLimit)
errorLimit = (unsigned) -1;
}
else if (stricmp(argv[arg], "-node") == 0)
{
++arg;
if (arg>=argc)
usage(1);
nodeAddress = strtoul(argv[arg], NULL, 16);
checkCRC = true;
}
else if (stricmp(argv[arg], "-noleaf") == 0)
{
skipLeafLevel = true;
}
else if (stricmp(argv[arg], "-quick") == 0)
{
quick = true;
}
else if (*argv[arg]=='-')
usage(1);
++arg;
}
arg = 1;
while (arg < argc)
{
if (*argv[arg]!='-')
{
curFileName = argv[arg];
printf("Processing key file %s\n", curFileName);
int f = _open(argv[arg], _O_RDONLY|_O_BINARY);
if (f==-1)
{
noteError(0, "Could not open file\n");
}
else
{
KeyHdr h;
if (_read(f, &h, sizeof(h)) != sizeof(h))
{
noteError(0, "Could not read key header\n");
}
else
{
SwapBigEndian(h);
if (nodeAddress)
{
checkNode(f, h, nodeAddress);
}
else if (quick)
{
int levels = countLevels(f, h, h.root);
printf("%d levels found\n", levels);
}
else
{
unsigned level = 0;
checkLevel(f, h, level, h.root);
}
}
_close(f);
}
}
arg++;
}
return errors;
}
inline const AzTreeNode *node(int nx) const {
checkNode(nx, "point");
return &nodes[nx];
}
NLPSolver& NLPImplicitSolver::getNLPSolver(){
casadi_assert(checkNode());
return (*this)->nlp_solver_;
}
FX ImplicitFunction::getF() const {
casadi_assert(checkNode());
return (*this)->f_;
}
/* CENTRAL METHOD to parse and render html request*/
int handle(cchar* q0,int conn){
int len=(int)strlen(q0);
if(len>1000){
p("checkSanity len>1000");
return 0;// SAFETY!
}
char* q=editable(q0);
checkSanity(q,len);
while(q[0]=='/')q++;
enum result_format format = html;//txt; html DANGER WITH ROBOTS
enum result_verbosity verbosity = normal;
if (eq(q, "favicon.ico"))return 0;
if(contains(q,"robots.txt")){
Writeline(conn,"User-agent: *\n");
Writeline("Disallow: /\n");
return 0;
}
char* jsonp=strstr(q,"jsonp");// ?jsonp=fun
if(jsonp){
jsonp[-1]=0;
jsonp+=6;
format = json;
}
else jsonp=(char*)"parseResults";
if (endsWith(q, ".json")) {
format = json;
q[len-5]=0;
}
if (endsWith(q, ".xml")) {
format = xml;
q[len-4]=0;
}
if (endsWith(q, ".csv")||endsWith(q, ".tsv")) {
format = csv;
q[len-4]=0;
}
if (endsWith(q, ".txt")) {
format = txt;
q[len-4]=0;
}
if (endsWith(q, ".html")) {
format = html;
q[len-5]=0;
}
if (startsWith(q, ".js")) {
q[len-3]=0;
Writeline(conn, jsonp);
Writeline(conn, "(");
format = js;
}
// todo : dedup!!
if (startsWith(q, "all/")) {
cut_to(q," +");
cut_to(q," -");
q = q + 4;
showExcludes=false;
verbosity = alle;
}
if (startsWith(q, "long/")){
verbosity = longer;
q = q + 5;
}
if (startsWith(q, "full/")) {
verbosity = verbose;
q = q + 5;
}
if (startsWith(q, "verbose/")) {
verbosity = verbose;
q = q + 8;
}
if (startsWith(q, "short/")) {
verbosity = shorter;
q = q + 6;
}
if (startsWith(q, "html/")) {
format = html;
if(!contains(q,".")&&!contains(q,":"))
verbosity=verbose;
q = q + 5;
}
if (startsWith(q, "plain/")) {
format = txt;
q = q + 6;
}
if (startsWith(q, "text/")) {
format = txt;
q = q + 5;
}
if (startsWith(q, "txt/")) {
format = txt;
q = q + 4;
}
if (startsWith(q, "xml/")) {
format = xml;
q = q + 4;
}
if (startsWith(q, "csv/")||startsWith(q, "tsv/")) {
format = csv;
q = q + 4;
}
if (startsWith(q, "json/")) {
format = json;
q = q + 5;
}
if (startsWith(q, "js/")) {
q = q + 3;
Writeline(conn, jsonp);
Writeline(conn, "(");
format = js;
}
if (startsWith(q, "long/")) {
verbosity = longer;
q = q + 5;
}
if (startsWith(q, "verbose/")) {
verbosity = verbose;
q = q + 8;
}
if (startsWith(q, "short/")) {
verbosity = shorter;
q = q + 6;
}
if (startsWith(q, "excludes/")||startsWith(q, "includes/")||startsWith(q, "excluded/")||startsWith(q, "included/")||startsWith(q, "showview/")) {
showExcludes=true;
verbosity=longer;
q = q + 9;
}
else showExcludes=false;
excluded.clear();
included.clear();
if(contains(q,"statement count")){Writeline(conn,itoa((int)context->statementCount).data());return 0;}
if(contains(q,"node count")){Writeline(conn,itoa(context->nodeCount).data());return 0;}
if (startsWith(q, "all/")) {
cut_to(q," +");
cut_to(q," -");
q = q + 4;
showExcludes=false;
verbosity = alle;
}
// bool get_topic=false;
bool get_topic=true;
bool sort=false;
if (startsWith(q, "ee/")||startsWith(q, "ee ")) {
q[2]=' ';
get_topic=true;
}
if (startsWith(q, "entities/")) {
q[8]=' ';
get_topic=true;
// verbosity=longer;
}
if(hasWord(q)) loadView(q);
if(contains(q,"exclude")||contains(q,"include")){
verbosity=normal;
showExcludes=true;
}
p(q);
// !!!!!!!!!!!!!!!!!!!!!!!!!!!
//
NodeVector all = parse(q); // <<<<<<<< HANDLE QUERY WITH NETBASE!
//
// !!!!!!!!!!!!!!!!!!!!!!!!!!!
autoIds=false;
int size=(int)all.size();
if(showExcludes){
for (int i = 0; i < size; i++) {
// todo : own routine!!!
Node* node = (Node*) all[i];
if(!contains(all,getAbstract(node->name)))
all.push_back(getAbstract(node->name));
N parent= getType(node);
if(parent){
if(!contains(all,parent))all.push_back(parent);
N abs= getAbstract(parent->name);
if(parent&&!contains(all,abs))all.push_back(abs);
}
}
show(excluded);
}
const char* html_block="<!DOCTYPE html><html><head><META HTTP-EQUIV='CONTENT-TYPE' CONTENT='text/html; charset=UTF-8'/></head>"\
"<body><div id='netbase_results'></div>\n<script>var results=";
// if((int)all.size()==0)Writeline("0");
// Writeline(conn,q);
char buff[10000];
bool use_json= format == json || format == js || format == html;
if (format == xml && (startsWith(q,"select")||contains(q," where "))){Writeline(conn,query2(q));return 0;}
if (format == xml)Writeline(conn, "<results>\n");
if (format == html)Writeline(conn,html_block);
if (use_json)Writeline(conn, "{\"results\":[\n");
const char* statement_format_xml = " <statement id='%d' subject=\"%s\" predicate=\"%s\" object=\"%s\" sid='%d' pid='%d' oid='%d'/>\n";
const char* statement_format_text = " $%d %s %s %s %d->%d->%d\n";
const char* statement_format_json = " { \"id\":%d, \"subject\":\"%s\", \"predicate\":\"%s\", \"object\":\"%s\", \"sid\":%d, \"pid\":%d, \"oid\":%d}";
const char* statement_format_csv = "%d\t%s\t%s\t%s\t%d\t%d\t%d\n";
const char* statement_format = 0;
if (format == xml)statement_format = statement_format_xml;
if (format == html)statement_format = statement_format_json;
if (format == json)statement_format = statement_format_json;
if (format == txt)statement_format = statement_format_text;
if (format == csv)statement_format = statement_format_csv;
const char* entity_format = 0;
const char* entity_format_txt = "%s #%d (statements:%d) %s\n";
const char* entity_format_xml = "<entity name=\"%s\" id='%d' statementCount='%d' description='%s'>\n";
const char* entity_format_json = " {\"name\":\"%s\", \"id\":%d, \"statementCount\":%d, \"description\":\"%s\"";
const char* entity_format_csv = "%s\t%d\t%d\t%s\n";
if(all.size()==1)entity_format_csv = "";//statements!
if (format == xml)entity_format = entity_format_xml;
if (format == txt)entity_format = entity_format_txt;
if (format == csv)entity_format = entity_format_csv;
if (use_json) entity_format = entity_format_json;
Node* last=0;
warnings=0;
char* entity=0;
if(startsWith(q,"all")){
entity=(char*)cut_to(q," ");
entity=keep_to(entity,"limit");
}
sortNodes(all);
int count=(int)all.size();
int good=0;
for (int i = 0; i < count && i<resultLimit; i++) {
Node* node = (Node*) all[i];
if(!checkNode(node))continue;
if(node->id==0)continue;
if(last==node)continue;
if(eq(node->name,"◊"))continue;
last=node;
if(verbosity ==normal && entity&& eq(entity,node->name))continue;
char* text=getText(node);
// if(use_json && get_topic){
// if(empty(text))continue;//! no description = no entity? BAD for amazon etc
// if(isAbstract(node))continue;
// N t=getTopic(node);
// }
good++;
if (use_json)if(good>1)Writeline(conn, "},\n");
sprintf(buff, entity_format, node->name, node->id,node->statementCount,text);
Writeline(conn, buff);
// if(verbosity != alle && !get_topic)
// loadView(node);
bool got_topic=false;
if(use_json && get_topic){
N c=getClass(node);
N t=getTopic(node);
N ty=getType(node);
// if(!c)c=t;
if(!t)t=ty;
if(t==node)t=ty;
if(t!=Entity && checkNode(t)){
got_topic=true;
Writeline(conn, ",\n\t \"topicid\":"+itoa(t->id));
Writeline(conn, ", \"topic\":\""+string(t->name)+"\"");
}
if(c && c!=t){
Writeline(conn, ",\n\t \"classid\":"+itoa(c->id));
Writeline(conn, ", \"class\":\""+string(c->name)+"\"");
}
if(ty&& c!=ty && ty!=t){
Writeline(conn, ",\n\t \"typeid\":"+itoa(ty->id));
Writeline(conn, ", \"type\":\""+string(ty->name)+"\"");
}
}
if(use_json)// && (verbosity==verbose||verbosity==shorter))// lol // just name
Writeline(conn, ", \"kind\":"+itoa(node->kind));
if((use_json)&&!showExcludes&&node->statementCount>1 && getImage(node)!="")
Writeline(", \"image\":\""+replace_all(replace_all(getImage(node,150,/*thumb*/true),"'","%27"),"\"","%22")+"\"");
// if((use_json)&&getText(node)[0]!=0)
// Writeline(", \"description\":\""+string(getText(node))+"\"");
Statement* s = 0;
if (format==csv|| verbosity == verbose || verbosity == longer|| verbosity == alle || showExcludes || ( all.size() == 1 && !(verbosity == shorter))) {
int count=0;
// Writeline(",image:\""+getImage(node->name)+"\"");
if (use_json)Writeline(conn, ",\n\t \"statements\":[\n");
// sortStatements(
deque<Statement*> statements;// sort
while ((s = nextStatement(node, s))&&count++<lookupLimit){// resultLimit
if (!checkStatement(s))break;
// if(!got_topic &&( s->predicate==_Type|| s->predicate==_SuperClass)){
// addStatementToNode(node, s->id(), true);// next time
// }
if(get_topic &&!got_topic && verbosity != verbose && (s->predicate>100 || s->predicate<-100))
continue;// only important stuff here!
// filter statements
if(s->object==0)continue;
// if(eq(s->Predicate()->name,"Offizielle Website") && !contains(s->Object()->name,"www"))
// continue;
if (s->subject==node->id and s->predicate!=4)//_instance
statements.push_front(s);
else statements.push_back(s);
}
// if(get_topic && verbosity!=shorter){
// NV topics=getTopics(node);
// N s=topics[0];
// for (int j = 0; j < topics.size() && j<=resultLimit; j++) {
// N s=topics[j];
// Temporary statement (node,topic,s)
// statements.push_front(s);
// }
// }
int good=0;
for (int j = 0; j < statements.size() && j<=resultLimit; j++) {
s=statements.at(j);
// while ((s = nextStatement(node, s))&&count++<resultLimit) {
if(format==csv&&all.size()>1)break;// entities vs statements
p(s);
if(verbosity!=alle&&checkHideStatement(s)){warnings++;continue;}
fixLabels(s);
if(!(verbosity==verbose||verbosity==alle) && (s->Predicate()==Instance||s->Predicate()==Type))continue;
if(use_json && good>0)Writeline(conn, ",\n");
char* objectName=s->Object()->name;
if(s->Predicate()==Instance){
N type=findProperty(s->Object(),Type->name,0,50);
if( checkNode(type))
objectName=(char*)(concat(concat(objectName, ": "),type->name));
}
sprintf(buff, statement_format, s->id(), s->Subject()->name, s->Predicate()->name, objectName, s->Subject()->id, s->Predicate()->id, s->Object()->id);
Writeline(conn, buff);
good++;
}
if (use_json)Writeline(conn, "]");
}
if (format == xml)Writeline(conn, "</entity>\n");
// string img=getImage(node->name);
// if(img!="")Writeline(conn,"<img src=\""+img+"\"/>");
}
if (use_json || format == html || format == js)Writeline(conn,good>0?"}\n]}":"]}");
if (format == xml)Writeline(conn, "</results>\n");
if(format == js)Writeline(conn, ")");// jsonp
const char* html_end=";\n</script>\n<script src='http://pannous.net/netbase.js'></script></body></html>\n";
if(format == html)Writeline(conn, html_end);
// sprintf(buff, "<script src='/js/%s'></script>",q0);
// Writeline(conn, buff);
// }
pf("Warnings/excluded: %d\n",warnings);
return 0;// 0K
}
void ImplicitFunction::setJacobian(FX &J) {
casadi_assert(checkNode());
(*this)->setJacobian(J);
}