ViewFogGL3::ViewFogGL3(ViewCameraGL3 *camera,QGLWidget * parent, const char * name):
ViewRelativeObjectGL3(camera,parent,name),
__enable(false),
__mode(0),
__hintmode(0),
__color(255,255,255),
__density(0.5),
__start(0),
__end(10),
__control(new ViewDialog3(parent,"Fog Control",false)),
__fogw(new FogWidget(__control,"Fog Control Widget"))
{
__control->setCaption(tr("Fog Control"));
QPixmap col(__fogw->ColorButton->size());
col.fill(__color);
__fogw->ColorButton->setPixmap(col);
__fogw->EndEdit->setText(QString::number(__end));
__fogw->StartEdit->setText(QString::number(__start));
__fogw->DensitySlider->setValue(50);
QObject::connect(__fogw->OkButton,SIGNAL(pressed()), __control,SLOT(hide()));
QObject::connect(__fogw->ModeCombo,SIGNAL(activated(int)),this,SLOT(setMode(int)));
QObject::connect(__fogw->HintsCombo,SIGNAL(activated(int)),this,SLOT(setHints(int)));
QObject::connect(__fogw->ColorButton,SIGNAL(pressed()),this,SLOT(changeColor()));
QObject::connect(__fogw->DensitySlider,SIGNAL(valueChanged(int)),this,SLOT(setDensity(int)));
QObject::connect(__fogw->StartEdit,SIGNAL(textChanged(const QString&)),this,SLOT(setStart(const QString&)));
QObject::connect(__fogw->EndEdit,SIGNAL(textChanged(const QString&)),this,SLOT(setEnd(const QString&)));
QObject::connect(__fogw->StartEdit,SIGNAL(returnPressed()),this,SLOT(validValue()));
QObject::connect(__fogw->EndEdit,SIGNAL(returnPressed()),this,SLOT(validValue()));
}
void PointerSetBase::maybeResize(HashFunction hashFunc) {
size_t newShift = internal::hashShiftAdjust(mCount, mShift);
if (newShift == mShift) {
// Nothing to resize
return;
}
size_t capacity = 1U << mShift;
size_t newCapacity = 1U << newShift;
void** newItems = static_cast<void**>(
::calloc(newCapacity, sizeof(newItems[0])));
for (size_t n = 0; n < capacity; ++n) {
void* item = mItems[n];
if (!validValue(item)) {
continue;
}
size_t itemHash = hashFunc(item);
size_t slot = probeItems(item, itemHash, newItems, newShift);
DCHECK(!validValue(newItems[slot]));
newItems[slot] = item;
}
::free(mItems);
mItems = newItems;
mShift = newShift;
}
void* PointerSetBase::removeItem(void* obj, HashFunction hashFunc) {
if (!validValue(obj)) {
return NULL;
}
size_t objHash = hashFunc(obj);
size_t pos = probeItems(obj, objHash, mItems, mShift);
DCHECK(pos < (1U << mShift));
void* result = mItems[pos];
if (!validValue(result)) {
// Item was not in the array.
return NULL;
}
mItems[pos] = TOMBSTONE;
mCount--;
return result;
}
void* PointerSetBase::Iterator::next() {
while (mPos < mCapacity) {
void* item = mItems[mPos++];
if (validValue(item)) {
return item;
}
}
return NULL;
}
bool PointerSetBase::contains(const void* obj, HashFunction hashFunc) const {
if (!obj) {
return false;
}
size_t objHash = hashFunc(obj);
size_t pos = probeItems(obj, objHash, mItems, mShift);
DCHECK(pos < (1U << mShift));
return validValue(mItems[pos]);
}
void* PointerSetBase::addItem(void* obj, HashFunction hashFunc) {
if (!validValue(obj)) {
return NULL;
}
size_t objHash = hashFunc(obj);
size_t pos = probeItems(obj, objHash, mItems, mShift);
DCHECK(pos < (1U << mShift));
void* result = mItems[pos];
if (validValue(result)) {
// Simple replacement.
DCHECK(result == obj);
return result;
}
mItems[pos] = obj;
mCount++;
if (result != TOMBSTONE) {
// No need to resize when replacing tombstone.
maybeResize(hashFunc);
}
return NULL;
}
AMAction3* BioXASSSRLMonochromatorRegionControl::createMoveAction(double newRegion)
{
AMListAction3 *action = 0;
if (value_ != newRegion && validValue(newRegion)) {
action = new AMListAction3(new AMListActionInfo3("CrystalChange", "BioXAS SSRL Mono Crystal Change Action"), AMListAction3::Sequential);
action->addSubAction(createCloseMaskBladesAction());
action->addSubAction(createRemovePaddleAction());
action->addSubAction(createWaitForKeyEnabledAction());
action->addSubAction(createMoveBraggToCrystalChangePositionAction(int(value_)));
action->addSubAction(createWaitForBrakeDisabledAction());
action->addSubAction(createMoveCrystalChangeToRegionLimitAction(int(newRegion)));
action->addSubAction(createWaitForBrakeEnabledAction());
action->addSubAction(createMoveBraggToRegionAction(int(newRegion)));
action->addSubAction(createWaitForKeyDisabledAction());
// Make additional action connections.
connect( action, SIGNAL(progressChanged(double, double)), this, SIGNAL(moveProgressChanged(double,double)) );
connect( action, SIGNAL(currentSubActionChanged(int)), this, SLOT(onMoveStepChanged(int)) );
}
void
ViewCameraGL::addProperties(QTabWidget * tab)
{
QWidget * mytabWidget = new QWidget(tab);
Ui::CameraProperties * tab2 = new Ui::CameraProperties( );
tab2->setupUi(mytabWidget);
tab->addTab( mytabWidget, tr( "&Camera" ) );
tab2->ZoomEdit->setText(QString::number(__translation.x()));
tab2->ZoomEdit->setReadOnly(true);
tab2->XTranslationEdit->setText(QString::number(__translation.y()));
tab2->XTranslationEdit->setReadOnly(true);
tab2->YTranslationEdit->setText(QString::number(__translation.z()));
tab2->YTranslationEdit->setReadOnly(true);
tab2->AzimuthEdit->setText(QString::number(__azimuth));
tab2->AzimuthEdit->setReadOnly(true);
tab2->ElevationEdit->setText(QString::number(__elevation));
tab2->ElevationEdit->setReadOnly(true);
Vector3 pos = getPosition();
tab2->PositionEdit->setText('<'+QString::number(pos.x())+','+QString::number(pos.y())+','+QString::number(pos.z())+'>');
tab2->PositionEdit->setReadOnly(true);
tab2->NearEdit->setText(QString::number(__near_plane));
QObject::connect(tab2->NearEdit,SIGNAL(textChanged(const QString&)),this,SLOT(setNearPlane(const QString&)));
QObject::connect(tab2->NearEdit,SIGNAL(returnPressed()),this,SLOT(validValue()));
tab2->FarEdit->setText(QString::number(__far_plane));
QObject::connect(tab2->FarEdit,SIGNAL(textChanged(const QString&)),this,SLOT(setFarPlane(const QString&)));
QObject::connect(tab2->FarEdit,SIGNAL(returnPressed()),this,SLOT(validValue()));
tab2->EyeEdit->setText(toQString(__eye));
tab2->EyeEdit->setReadOnly(true);
tab2->CenterEdit->setText(toQString(__center));
tab2->CenterEdit->setReadOnly(true);
tab2->DefaultAngleEdit->setValue(__default_view_angle);
QObject::connect(tab2->DefaultAngleEdit,SIGNAL(valueChanged(double)),this,SLOT(setViewAngle(double)));
tab2->CurrentAngleEdit->setText(QString::number(__view_angle));
QObject::connect(this,SIGNAL(currentViewAngleChanged(const QString&)),
tab2->CurrentAngleEdit,SLOT(setText(const QString&)));
QObject::connect(this,SIGNAL(viewAngleChanged(double)),
tab2->DefaultAngleEdit,SLOT(setValue(double)));
tab2->CurrentAngleEdit->setReadOnly(true);
tab2->ProjectionBox->setCurrentIndex(int(__projectionmode));
QObject::connect(tab2->ProjectionBox,SIGNAL(activated(int)),this,SLOT(setProjectionMode(int)));
tab2->CoordinatesBox->setCurrentIndex(int(__geomsys));
QObject::connect(tab2->CoordinatesBox,SIGNAL(activated(int)),this,SLOT(setCoordSys(int)));
tab2->ResizePolicyBox->setCurrentIndex(int(__resizePolicy));
QObject::connect(tab2->ResizePolicyBox,SIGNAL(activated(int)),this,SLOT(setResizePolicy(int)));
/*Matrix4 m;
glGeomGetMatrix(GL_PROJECTION_MATRIX,m);
CameraProp2 * tab3 = new CameraProp2( tab, "Camera Prop2" );
tab3->MA00->setText(QString::number((fabs(m(0,0)) < GEOM_EPSILON?0:m(0,0))));
tab3->MA01->setText(QString::number((fabs(m(0,1)) < GEOM_EPSILON?0:m(0,1))));
tab3->MA02->setText(QString::number((fabs(m(0,2)) < GEOM_EPSILON?0:m(0,2))));
tab3->MA03->setText(QString::number((fabs(m(0,3)) < GEOM_EPSILON?0:m(0,3))));
tab3->MA10->setText(QString::number((fabs(m(1,0)) < GEOM_EPSILON?0:m(1,0))));
tab3->MA11->setText(QString::number((fabs(m(1,1)) < GEOM_EPSILON?0:m(1,1))));
tab3->MA12->setText(QString::number((fabs(m(1,2)) < GEOM_EPSILON?0:m(1,2))));
tab3->MA13->setText(QString::number((fabs(m(1,3)) < GEOM_EPSILON?0:m(1,3))));
tab3->MA20->setText(QString::number((fabs(m(2,0)) <GEOM_EPSILON?0:m(2,0))));
tab3->MA21->setText(QString::number((fabs(m(2,1)) <GEOM_EPSILON?0:m(2,1))));
tab3->MA22->setText(QString::number((fabs(m(2,2)) <GEOM_EPSILON?0:m(2,2))));
tab3->MA23->setText(QString::number((fabs(m(2,3)) <GEOM_EPSILON?0:m(2,3))));
tab3->MA30->setText(QString::number((fabs(m(3,0)) <GEOM_EPSILON?0:m(3,0))));
tab3->MA31->setText(QString::number((fabs(m(3,1)) <GEOM_EPSILON?0:m(3,1))));
tab3->MA32->setText(QString::number((fabs(m(3,2)) <GEOM_EPSILON?0:m(3,2))));
tab3->MA33->setText(QString::number((fabs(m(3,3)) <GEOM_EPSILON?0:m(3,3))));
glGeomGetMatrix(GL_MODELVIEW_MATRIX,m);
tab3->MB00->setText(QString::number((fabs(m(0,0)) <GEOM_EPSILON?0:m(0,0))));
tab3->MB01->setText(QString::number((fabs(m(0,1)) <GEOM_EPSILON?0:m(0,1))));
tab3->MB02->setText(QString::number((fabs(m(0,2)) <GEOM_EPSILON?0:m(0,2))));
tab3->MB03->setText(QString::number((fabs(m(0,3)) <GEOM_EPSILON?0:m(0,3))));
tab3->MB10->setText(QString::number((fabs(m(1,0)) <GEOM_EPSILON?0:m(1,0))));
tab3->MB11->setText(QString::number((fabs(m(1,1)) <GEOM_EPSILON?0:m(1,1))));
tab3->MB12->setText(QString::number((fabs(m(1,2)) <GEOM_EPSILON?0:m(1,2))));
tab3->MB13->setText(QString::number((fabs(m(1,3)) <GEOM_EPSILON?0:m(1,3))));
tab3->MB20->setText(QString::number((fabs(m(2,0)) <GEOM_EPSILON?0:m(2,0))));
tab3->MB21->setText(QString::number((fabs(m(2,1)) <GEOM_EPSILON?0:m(2,1))));
tab3->MB22->setText(QString::number((fabs(m(2,2)) <GEOM_EPSILON?0:m(2,2))));
tab3->MB23->setText(QString::number((fabs(m(2,3)) <GEOM_EPSILON?0:m(2,3))));
tab3->MB30->setText(QString::number((fabs(m(3,0)) <GEOM_EPSILON?0:m(3,0))));
tab3->MB31->setText(QString::number((fabs(m(3,1)) <GEOM_EPSILON?0:m(3,1))));
tab3->MB32->setText(QString::number((fabs(m(3,2)) <GEOM_EPSILON?0:m(3,2))));
tab3->MB33->setText(QString::number((fabs(m(3,3)) <GEOM_EPSILON?0:m(3,3))));
tab->insertTab( tab3, tr( "&GL Matrix" ) );*/
/* CameraProp2 * tab4 = new CameraProp2( tab, "Camera Prop4" );
tab4->Label->setText("Camera Matrix");
tab4->Label2->setText("Camera Vectors");
// m = getMatrix();
Vector3 p = getPosition();
tab4->MA00->setText(QString::number(p.x())+','+QString::number(p.y())+','+QString::number(p.z())+','+QString::number(__azimuth)+','+QString::number(__elevation));
QObject::connect(tab4->MA00,SIGNAL(textChanged(const QString&)),this,SLOT(setPosition(const QString&)));
tab4->MA01->setText(QString::number((fabs(m(0,0)) < GEOM_EPSILON?0:m(0,1))));
tab4->MA01->setText(QString::number((fabs(m(0,1)) < GEOM_EPSILON?0:m(0,1))));
tab4->MA02->setText(QString::number((fabs(m(0,2)) < GEOM_EPSILON?0:m(0,2))));
tab4->MA03->setText(QString::number((fabs(m(0,3)) < GEOM_EPSILON?0:m(0,3))));
tab4->MA10->setText(QString::number((fabs(m(1,0)) < GEOM_EPSILON?0:m(1,0))));
tab4->MA11->setText(QString::number((fabs(m(1,1)) < GEOM_EPSILON?0:m(1,1))));
tab4->MA12->setText(QString::number((fabs(m(1,2)) < GEOM_EPSILON?0:m(1,2))));
tab4->MA13->setText(QString::number((fabs(m(1,3)) < GEOM_EPSILON?0:m(1,3))));
tab4->MA20->setText(QString::number((fabs(m(2,0)) <GEOM_EPSILON?0:m(2,0))));
tab4->MA21->setText(QString::number((fabs(m(2,1)) <GEOM_EPSILON?0:m(2,1))));
tab4->MA22->setText(QString::number((fabs(m(2,2)) <GEOM_EPSILON?0:m(2,2))));
tab4->MA23->setText(QString::number((fabs(m(2,3)) <GEOM_EPSILON?0:m(2,3))));
tab4->MA30->setText(QString::number((fabs(m(3,0)) <GEOM_EPSILON?0:m(3,0))));
tab4->MA31->setText(QString::number((fabs(m(3,1)) <GEOM_EPSILON?0:m(3,1))));
tab4->MA32->setText(QString::number((fabs(m(3,2)) <GEOM_EPSILON?0:m(3,2))));
tab4->MA33->setText(QString::number((fabs(m(3,3)) <GEOM_EPSILON?0:m(3,3))));
if(!__geomsys) m = Matrix4(Matrix3(getDirection(),getUp(),getRight()));
else m = Matrix4(Matrix3(getDirection(),getRight(),getUp()));
Vector3 p = getPosition();
m(0,3) = p.x();m(1,3) = p.y();m(2,3) = p.z();
tab4->MB00->setText(QString::number((fabs(m(0,0)) <GEOM_EPSILON?0:m(0,0))));
tab4->MB01->setText(QString::number((fabs(m(0,1)) <GEOM_EPSILON?0:m(0,1))));
tab4->MB02->setText(QString::number((fabs(m(0,2)) <GEOM_EPSILON?0:m(0,2))));
tab4->MB03->setText(QString::number((fabs(m(0,3)) <GEOM_EPSILON?0:m(0,3))));
tab4->MB10->setText(QString::number((fabs(m(1,0)) <GEOM_EPSILON?0:m(1,0))));
tab4->MB11->setText(QString::number((fabs(m(1,1)) <GEOM_EPSILON?0:m(1,1))));
tab4->MB12->setText(QString::number((fabs(m(1,2)) <GEOM_EPSILON?0:m(1,2))));
tab4->MB13->setText(QString::number((fabs(m(1,3)) <GEOM_EPSILON?0:m(1,3))));
tab4->MB20->setText(QString::number((fabs(m(2,0)) <GEOM_EPSILON?0:m(2,0))));
tab4->MB21->setText(QString::number((fabs(m(2,1)) <GEOM_EPSILON?0:m(2,1))));
tab4->MB22->setText(QString::number((fabs(m(2,2)) <GEOM_EPSILON?0:m(2,2))));
tab4->MB23->setText(QString::number((fabs(m(2,3)) <GEOM_EPSILON?0:m(2,3))));
tab4->MB30->setText(QString::number((fabs(m(3,0)) <GEOM_EPSILON?0:m(3,0))));
tab4->MB31->setText(QString::number((fabs(m(3,1)) <GEOM_EPSILON?0:m(3,1))));
tab4->MB32->setText(QString::number((fabs(m(3,2)) <GEOM_EPSILON?0:m(3,2))));
tab4->MB33->setText(QString::number((fabs(m(3,3)) <GEOM_EPSILON?0:m(3,3))));
tab->insertTab( tab4, tr( "&GEOM Camera" ) );*/
}
/*
* resToClassNew()
*
* Convert the user specified selection string into a string that TCL
* may be able to process.
* eg:
* "mem > 0 || swap < 10 || type == Linux"
* becomes:
* "expr mem()>0||swap()< 10||[type "eq" "Linux"]
*/
static int
resToClassNew(char *resReq, struct resVal *resVal, struct lsInfo *lsInfo)
{
int i;
int s;
int t;
int len;
int entry;
int hasQuote;
char res[MAXLINELEN];
char val[MAXLINELEN];
char tmpbuf[MAXLINELEN*2];
char *sp;
char *op;
len = strlen(resReq);
sp = resVal->selectStr;
strcpy(sp,"expr ");
s = 0; /* Index into source string */
t = strlen(sp); /* Index into target string */
while (s < len) {
if (t >= (resVal->selectStrSize - MAXLSFNAMELEN))
return PARSE_BAD_EXP;
/* Skip spaces */
if (resReq[s] == ' ') {
s++;
continue;
}
/* Copy reserved characters and numbers into target string */
if ( resReq[s] == '(' || resReq[s] == ')' || resReq[s] == '=' ||
resReq[s] == '!' || resReq[s] == '>' || resReq[s] == '<' ||
resReq[s] == '|' || resReq[s] == '&' || resReq[s] == '+' ||
resReq[s] == '-' || resReq[s] == '*' || resReq[s] == '/' ||
resReq[s] == '.' || isdigit(resReq[s])) {
sp[t++] = resReq[s++];
if( t >= resVal->selectStrSize ) {
/* ensure we don't go beyond the bounds of the buffer */
return(PARSE_BAD_VAL);
}
continue;
}
if (isalpha(resReq[s])) { /* Check for a resource name */
i = 0;
while (isalpha(resReq[s])
|| isdigit(resReq[s])
|| IS_VALID_OTHER(resReq[s])) {
res[i++] = resReq[s++];
if (i >= MAXLINELEN) {
/* ensure we don't go beyond the bounds of the buffer */
return(PARSE_BAD_VAL);
}
}
res[i] = '\0';
entry = getResEntry(res);
if (entry < 0) {
if (strncmp ("defined", res, strlen(res)) == 0) {
while (resReq[s] == ' ')
s++;
if (resReq[s] != '(')
return (PARSE_BAD_EXP);
i = 0;
s++;
while (isalpha(resReq[s])
|| isdigit(resReq[s])
|| IS_VALID_OTHER(resReq[s])) {
res[i++] = resReq[s++];
if (i >= MAXLINELEN) {
/* ensure we don't go beyond the bounds of
* the buffer
*/
return(PARSE_BAD_VAL);
}
}
res[i] = '\0';
entry = getResEntry(res);
if (entry < 0)
return PARSE_BAD_NAME;
if ((snprintf(tmpbuf, MAXLINELEN*2, "[%s \"%s\" ]",
"defined",
lsInfo->resTable[entry].name)
>= MAXLINELEN*2)
|| (strlen(tmpbuf) + t >= resVal->selectStrSize)) {
/* ensure we don't go beyond the
* bounds of the buffer
*/
return(PARSE_BAD_VAL);
}
sp[t] = '\0';
strcat(sp,tmpbuf);
t += strlen(tmpbuf);
while (resReq[s] == ' ')
s++;
if (resReq[s] != ')')
return (PARSE_BAD_EXP);
s++;
continue;
}
return PARSE_BAD_NAME;
}
switch(lsInfo->resTable[entry].valueType) {
case LS_NUMERIC:
case LS_BOOLEAN:
strcat(res,"()");
sp[t] = '\0';
strcat(sp,res);
t += strlen(res);
break;
case LS_STRING:
/* Skip spaces */
while(resReq[s] == ' ')
s++;
/* Should have at least a operator and value */
if (resReq[s] == '\0' || resReq[s+1] == '\0')
return(PARSE_BAD_EXP);
/* Get the operator */
op = NULL;
if (resReq[s] == '=' && resReq[s+1] == '=') {
op = "eq";
s += 2;
} else if (resReq[s] == '!' && resReq[s+1] == '=') {
op = "ne";
s += 2;
} else if (resReq[s] == '>' && resReq[s+1] == '=') {
op = "ge";
s += 2;
} else if (resReq[s] == '<' && resReq[s+1] == '=') {
op = "le";
s += 2;
} else if (resReq[s] == '<') {
op = "lt";
s += 1;
} else if (resReq[s] == '>') {
op = "gt";
s += 1;
} else { /* Not a valid operator */
return -1;
}
while (resReq[s] == ' ')
s++;
/* Get the value */
if (resReq[s] == '\''){
hasQuote = TRUE;
s++; /* skip over quote */
} else
hasQuote = FALSE;
i = 0;
if (!hasQuote){
while(isalpha(resReq[s])
|| isdigit(resReq[s])
|| IS_VALID_OTHER(resReq[s])) {
val[i++] = resReq[s++];
if (i >= MAXLINELEN) {
/* ensure we don't go beyond the bounds of
* the buffer
*/
return(PARSE_BAD_VAL);
}
}
} else {
while(resReq[s] && resReq[s] != '\'' && i < MAXLINELEN) {
val[i++] = resReq[s++];
if (i >= MAXLINELEN) {
/* ensure we don't go beyond the bounds of
* the buffer
*/
return(PARSE_BAD_VAL);
}
}
if (resReq[s] == '\'')
s++; /* skip over quote */
}
val[i] = '\0';
if (i == 0) { /* No value given */
return(PARSE_BAD_VAL);
}
/* Check if the value is valid for this resource */
if (validValue(val, lsInfo, entry) < 0) {
return(PARSE_BAD_VAL);
}
/* Now combine them all together */
if ((snprintf(tmpbuf,
MAXLINELEN * 2,
"[%s \"%s\" \"%s\"]",
lsInfo->resTable[entry].name,
op,
val) >= MAXLINELEN*2)
|| (strlen(tmpbuf) + t >= resVal->selectStrSize)) {
/* ensure we don't go beyond the bounds of
* the buffer
*/
return(PARSE_BAD_VAL);
}
sp[t] = '\0';
strcat(sp,tmpbuf);
t += strlen(tmpbuf);
default:
break;
}
} else { /* Character we don't recognize */
return (PARSE_BAD_EXP);
}
}
sp[t] = '\0';
resVal->options |= PR_SELECT;
return(PARSE_OK);
}
/* Old pre 2.0 resource request format long time obsolete
*/
static int
resToClassOld(char *resReq, struct resVal *resVal, struct lsInfo *lsInfo)
{
int i, m, entry;
char *token;
char tmpbuf[MAXLINELEN];
float value;
char negate, valueSpecified;
int t;
if ((i=strlen(resReq)) == 0)
return PARSE_OK;
for (m=0; m<i; m++)
if (resReq[m] != ' ')
break;
if (m == i)
return PARSE_OK;
if (resReq[0] == ':' || resReq[0] == '=')
return PARSE_BAD_EXP;
strcpy(resVal->selectStr, "expr ");
t = strlen(resVal->selectStr);
while ((token = getNextToken(&resReq)) != NULL) {
negate = FALSE;
if (t >= (resVal->selectStrSize - MAXLSFNAMELEN))
return PARSE_BAD_EXP;
if (isdigit(token[0]))
return(PARSE_BAD_EXP);
if (token[0] == '-') {
if (token[1] == '\0') {
sprintf(tmpbuf,"[type \"eq\" \"%s\"] &&", WILDCARD_STR);
strcat(resVal->selectStr, tmpbuf);
t += strlen(tmpbuf);
continue;
}
token++;
negate = TRUE;
}
entry = getResEntry(token);
if (entry < 0)
return(PARSE_BAD_NAME);
if (lsInfo->resTable[entry].valueType == LS_BOOLEAN) {
if (negate)
sprintf(tmpbuf,"!%s()&&",lsInfo->resTable[entry].name);
else
sprintf(tmpbuf,"%s()&&",lsInfo->resTable[entry].name);
strcat(resVal->selectStr, tmpbuf);
t += strlen(tmpbuf);
continue;
}
if (negate)
return(PARSE_BAD_EXP);
if (lsInfo->resTable[entry].valueType == LS_NUMERIC) {
valueSpecified = FALSE;
if (resReq[0] == '=') {
if (getVal(&resReq, &value) < 0 || value < 0.0)
return (PARSE_BAD_VAL);
if (lsInfo->resTable[entry].flags & RESF_DYNAMIC)
resVal->val[entry] = value;
valueSpecified = TRUE;
}
if (!valueSpecified && entry == IT) {
valueSpecified = TRUE;
value = IDLETIME;
resVal->val[entry] = value;
}
if (valueSpecified) {
if (lsInfo->resTable[entry].orderType == INCR)
sprintf(tmpbuf,"%s()<=%6.2f&&",lsInfo->resTable[entry].name,value);
else
sprintf(tmpbuf,"%s()>=%6.2f&&",lsInfo->resTable[entry].name,value);
} else {
sprintf(tmpbuf,"%s()&&",lsInfo->resTable[entry].name);
}
strcat(resVal->selectStr, tmpbuf);
t += strlen(tmpbuf);
continue;
}
if (lsInfo->resTable[entry].valueType == LS_STRING) {
if(resReq[0] != '=')
return(PARSE_BAD_EXP);
if ((token = getNextToken(&resReq)) == NULL)
return(PARSE_BAD_EXP) ;
if (validValue(token, lsInfo, entry) < 0)
return (PARSE_BAD_VAL);
sprintf(tmpbuf,"[%s \"eq\" \"%s\"]&&",lsInfo->resTable[entry].name,token);
strcat(resVal->selectStr, tmpbuf);
t += strlen(tmpbuf);
continue;
}
}
sprintf(tmpbuf,"1");
strcat(resVal->selectStr, tmpbuf);
resVal->options |= PR_SELECT;
return(PARSE_OK);
}
static int
resToClassNew(char *resReq, struct resVal *resVal, struct lsInfo *lsInfo)
{
int i, s, t, len, entry, hasFunction = FALSE, hasQuote;
char res[MAXLSFNAMELEN], val[MAXLSFNAMELEN];
char tmpbuf[MAXLSFNAMELEN*2];
char *sp, *op;
len = strlen(resReq);
sp = resVal->selectStr;
strcpy(sp,"expr ");
s = 0;
t = strlen(sp);
while (s < len) {
if (t >= (resVal->selectStrSize - MAXLSFNAMELEN))
return PARSE_BAD_EXP;
if (resReq[s] == ' ') {
s++;
continue;
}
if ( resReq[s] == '(' || resReq[s] == ')' || resReq[s] == '=' ||
resReq[s] == '!' || resReq[s] == '>' || resReq[s] == '<' ||
resReq[s] == '|' || resReq[s] == '&' || resReq[s] == '+' ||
resReq[s] == '-' || resReq[s] == '*' || resReq[s] == '/' ||
resReq[s] == '.' || IS_DIGIT(resReq[s])) {
sp[t++] = resReq[s++];
continue;
}
if (IS_LETTER(resReq[s])) {
i = 0;
while(IS_LETTER(resReq[s]) || IS_DIGIT(resReq[s]) ||
IS_VALID_OTHER(resReq[s]))
res[i++] = resReq[s++];
res[i] = '\0';
entry = getResEntry(res);
if (entry < 0) {
if (strncmp ("defined", res, strlen (res)) == 0) {
while (resReq[s] == ' ')
s++;
if (resReq[s] != '(')
return (PARSE_BAD_EXP);
i = 0;
s++;
while (IS_LETTER(resReq[s]) || IS_DIGIT(resReq[s]) ||
IS_VALID_OTHER(resReq[s]))
res[i++] = resReq[s++];
res[i] = '\0';
entry = getResEntry(res);
if (entry < 0)
return PARSE_BAD_NAME;
sprintf(tmpbuf,"[%s \"%s\" ]",
"defined", lsInfo->resTable[entry].name);
sp[t] = '\0';
strcat(sp,tmpbuf);
t += strlen(tmpbuf);
while (resReq[s] == ' ')
s++;
if (resReq[s] != ')')
return (PARSE_BAD_EXP);
s++;
continue;
}
return PARSE_BAD_NAME;
}
switch(lsInfo->resTable[entry].valueType) {
case LS_NUMERIC:
case LS_BOOLEAN:
strcat(res,"()");
sp[t] = '\0';
strcat(sp,res);
t += strlen(res);
break;
case LS_STRING:
while(resReq[s] == ' ')
s++;
if (resReq[s] == '\0' || resReq[s+1] == '\0')
return(PARSE_BAD_EXP);
op = NULL;
if (resReq[s] == '=' && resReq[s+1] == '=') {
op = "eq";
s += 2;
} else if (resReq[s] == '!' && resReq[s+1] == '=') {
op = "ne";
s += 2;
} else if (resReq[s] == '>' && resReq[s+1] == '=') {
op = "ge";
s += 2;
} else if (resReq[s] == '<' && resReq[s+1] == '=') {
op = "le";
s += 2;
} else if (resReq[s] == '<') {
op = "lt";
s += 1;
} else if (resReq[s] == '>') {
op = "gt";
s += 1;
} else {
return -1;
}
while(resReq[s] == ' ')
s++;
if (resReq[s] == '\''){
hasQuote = TRUE;
s++;
} else
hasQuote = FALSE;
i = 0;
if (!hasQuote){
while(IS_LETTER(resReq[s]) || IS_DIGIT(resReq[s]) ||
IS_VALID_OTHER(resReq[s]))
val[i++] = resReq[s++];
} else {
while(resReq[s] && resReq[s] != '\'' && i < MAXLSFNAMELEN)
val[i++] = resReq[s++];
if (i-1 == MAXLSFNAMELEN)
return(PARSE_BAD_VAL);
if (resReq[s] == '\'')
s++;
}
val[i] = '\0';
if (i == 0) {
return(PARSE_BAD_VAL);
}
if (validValue(val, lsInfo, entry) < 0) {
return(PARSE_BAD_VAL);
}
sprintf(tmpbuf,"[%s \"%s\" \"%s\"]",lsInfo->resTable[entry].name
,op,val);
sp[t] = '\0';
strcat(sp,tmpbuf);
t += strlen(tmpbuf);
default:
break;
}
hasFunction = FALSE;
} else {
return (PARSE_BAD_EXP);
}
}
sp[t] = '\0';
resVal->options |= PR_SELECT;
return(PARSE_OK);
}
void IniReader::checkValid( const char* section, const char* key ) const
{
CHECK( validValue( section, key ),
"INI file '%s.ini' cound not find section '%s', key '%s'",
m_fileName.c_str(), section, key );
}