bool iDefaultCallback_onMouseMove(SWindow* win, SObject* obj, SVariable* varX, SVariable* varY, SVariable* varCtrl, SVariable* varAlt, SVariable* varShift, SVariable* varClick)
{
f64 lfPercent, lfX, lfY, lfWidth, lfHeight;
s32 lnX, lnY;
u32 lnClick;
bool llCtrl, llAlt, llShift;
SVariable* valueMin;
// Make sure our environment is sane
if (!iiDefaultCallback_processMouseVariables(varX, varY, varCtrl, varAlt, varShift, varClick, &lnX, &lnY, &llCtrl, &llAlt, &llShift, &lnClick))
return(false); // Do not continue consuming
// If we're clicking on a radio button, adjust the dial
if (lnClick != 0 && obj->objType == _OBJ_TYPE_RADIO)
{
// The mouse indicates the position
// Determine theta
lfWidth = (f64)(obj->rc.right - obj->rc.left);
lfHeight = (f64)(obj->rc.bottom - obj->rc.top);
lfX = (f64)lnX - (lfWidth / 2.0);
lfY = (lfHeight - (f64)lnY) - (lfHeight / 2.0);
lfPercent = atan2(lfY, lfX) / (M_PI * 2.0);
if (lfPercent < 0.0)
lfPercent += 1.0;
valueMin = iObjProp_get_var_byIndex(obj, _INDEX_VALUE_MINIMUM);
iObjProp_set_f64_direct(obj, _INDEX_VALUE, get_f64(valueMin) + (lfPercent * (iObjProp_get_f64_direct(obj, _INDEX_VALUE_MAXIMUM) - get_f64(valueMin))));
iObj_setDirtyRender_ascent(obj, true);
iWindow_render(win, false);
} else if (obj->objType == _OBJ_TYPE_EDITBOX) {
if ((lnClick & _MOUSE_LEFT_BUTTON) != 0)
{
// They are clicking and dragging
// Need to navigate to the indicated x,y coordinate
iSEM_navigateTo_pixelXY(obj->p.sem, obj, lnX, lnY);
// Mark the mouse activity
iSEM_selectStart(obj->p.sem, _SEM_SELECT_MODE_ANCHOR);
// Redraw our changes
iObj_setDirtyRender_ascent(obj, true);
iWindow_render(win, false);
}
} else if (obj->objType == _OBJ_TYPE_CAROUSEL) {
// We always track mouse movements to hightlight and un-hightlight tabs
return(iEvents_carouselMouseMove(win, obj, lnX, lnY, llCtrl, llAlt, llShift, lnClick));
}
// Mouse moves continue to propagate all the way through, so as to signal appropriate enter and leave events
return(true);
}
bool iDefaultCallback_onMouseUp(SWindow* win, SObject* obj, SVariable* varX, SVariable* varY, SVariable* varCtrl, SVariable* varAlt, SVariable* varShift, SVariable* varClick)
{
s32 lnX, lnY;
u32 lnClick;
bool llCtrl, llAlt, llShift;
POINT pt;
// Make sure our environment is sane
if (!iiDefaultCallback_processMouseVariables(varX, varY, varCtrl, varAlt, varShift, varClick, &lnX, &lnY, &llCtrl, &llAlt, &llShift, &lnClick))
return(false); // Do not continue consuming
if (obj->objType == _OBJ_TYPE_CAROUSEL)
{
// Create a point
pt.x = lnX;
pt.y = lnY;
// They are they outside of the client area?
if (!PtInRect(&obj->rcClient, pt))
return(iEvents_carouselMouseUp(win, obj, lnX, lnY, llCtrl, llAlt, llShift, lnClick));
}
// We are leaving this object, lower the flag
obj->ev.isMouseDown = (obj->ev.thisClick != 0); // Indicate if the mouse is down here
obj->ev.isMouseDown = false;
iObj_setDirtyRender_ascent(obj, true);
iWindow_render(win, false);
// Do not continue to propagate this message to other objects
return(false);
}
//////////
//
// Called when the user mouse ups (releases the mouse button) on a carousel somewhere outside of the client area
//
//////
bool iEvents_carouselMouseUp(SThisCode* thisCode, SWindow* win, SObject* obj, s32 lnX, s32 lnY, bool llCtrl, bool llAlt, bool llShift, u32 lnClick)
{
u32 lnTarget;
bool llFocusChanged, llResult;
SObjCarouselTabData* octd;
// Make sure our environment is sane
llResult = true;
if (obj)
{
// Find the associated carousel sub-object
lnTarget = iiEvents_carousel_findTarget(thisCode, win, obj, lnX, lnY, &octd, &llFocusChanged);
switch (lnTarget)
{
case _EVENT_CAROUSEL_TAB:
// Releasing the mouse on a tab
iEngine_raise_event(thisCode, _EVENT_CAROUSEL_ONTABMOUSEUP, win, obj, (void*)false);
llResult = false;
break;
}
}
// If something changed, we need to re-render
if (llFocusChanged)
{
iObj_setDirtyRender_ascent(thisCode, obj, true);
iWindow_render(thisCode, iWindow_findRoot_byObj(thisCode, obj), false);
}
// Signal if the message should continue propagating
return(llResult);
}
bool iDefaultCallback_onMouseLeave(SWindow* win, SObject* obj)
{
// Assume we consumed the leave, and that the parent doesn't need to receive it
if (obj->ev.isMouseOver)
{
obj->ev.isMouseOver = false;
iObj_setDirtyRender_ascent(obj, true);
iWindow_render(win, false);
}
// Do not continue to propagate this message to other objects
return(false);
}
bool iDefaultCallback_onMouseEnter(SWindow* win, SObject* obj)
{
// We are newly over this object, raise the flag
obj->ev.isMouseDown = (obj->ev.thisClick != 0); // Indicate if the mouse is down here
if (!obj->ev.isMouseOver)
{
obj->ev.isMouseOver = true;
iObj_setDirtyRender_ascent(obj, true);
iWindow_render(win, false);
}
// Do not continue to propagate this message to other objects
return(false);
}
bool iDefaultCallback_onMouseWheel(SWindow* win, SObject* obj, SVariable* varX, SVariable* varY, SVariable* varCtrl, SVariable* varAlt, SVariable* varShift, SVariable* varClick, SVariable* varUnits)
{
s32 lnX, lnY, lnUnits;
u32 lnClick;
bool llCtrl, llAlt, llShift;
// POINT pt;
// Make sure our environment is sane
if (!iiDefaultCallback_processMouseVariables(varX, varY, varCtrl, varAlt, varShift, varClick, &lnX, &lnY, &llCtrl, &llAlt, &llShift, &lnClick) || !iVariable_isValid(varUnits) || !iVariable_isTypeNumeric(varUnits))
return(false); // Do not continue consuming
// Grab the units
lnUnits = iiVariable_getAs_s32(varUnits, false, NULL, NULL);
// Assume we consumed the mouse wheel, and that the parent doesn't need to receive it
if (obj->objType == _OBJ_TYPE_EDITBOX)
{
// Ctrl+MouseWheel is a normal navigate
if (llCtrl)
{
// They are just moving the cursor line
iSEM_navigate(obj->p.sem, obj, lnUnits * ((llShift) ? -1 : -3), 0);
// MouseWheel is a scroll
} else {
// They want to scroll the entire window, including the cursor line
iSEM_scroll(obj->p.sem, obj, lnUnits * ((llShift) ? -1 : -3), 0);
}
iObj_setDirtyRender_ascent(obj, true);
iWindow_render(win, false);
} else if (obj->objType == _OBJ_TYPE_CAROUSEL) {
// Create a point
// pt.x = lnX;
// pt.y = lnY;
// They are they outside of the client area?
return(iEvents_carouselMouseWheel(win, obj, lnX, lnY, llCtrl, llAlt, llShift, lnClick));
} else {
// Continue propagating
return(true);
}
// Do not continue to propagate this message to other objects
return(false);
}
bool iDefaultCallback_onKeyDown(SWindow* win, SObject* obj, SVariable* varCtrl, SVariable* varAlt, SVariable* varShift, SVariable* varCaps, SVariable* varAscii, SVariable* varVKey, SVariable* varIsCAS, SVariable* varIsAscii)
{
bool llRender;
SObject* objCheckbox;
SObject* objRender2;
bool llCtrl, llAlt, llShift, llCaps, llIsCAS, llIsAscii;
s16 lcAscii;
u16 lnVKey;
// Make sure our environment is sane
if (!iiDefaultCallback_processKeyVariables(varCtrl, varAlt, varShift, varCaps, varAscii, varVKey, varIsCAS, varIsAscii, &llCtrl, &llAlt, &llShift, &llCaps, &llIsCAS, &llIsAscii, &lcAscii, &lnVKey))
return(false); // Do not continue consuming
//////////
// See if we're on a checkbox
//////
llRender = false;
objCheckbox = NULL;
if (obj->objType == _OBJ_TYPE_CHECKBOX)
{
// The object itself is a checkbox
objCheckbox = obj;
objRender2 = obj;
} else if (obj->parent && obj->parent->objType == _OBJ_TYPE_CHECKBOX) {
// The parent is a checkbox
objCheckbox = obj->parent;
objRender2 = obj;
}
if (objCheckbox)
{
if (lnVKey == VK_SPACE || lnVKey == VK_RETURN)
{
// Toggle the value and redraw
llRender = true;
iObjProp_set_s32_direct(objCheckbox, _INDEX_VALUE, ((iObjProp_get_s32_direct(objCheckbox, _INDEX_VALUE) == 0) ? 1 : 0));
iObj_setDirtyRender_ascent(objCheckbox, false);
if (objRender2 != objCheckbox)
iObj_setDirtyRender_ascent(objRender2, false);
} else if (llShift && lnVKey == VK_TAB) {
// Move to previous object
llRender = iObj_setFocusObjectPrev(win, objCheckbox);
} else if (lnVKey == VK_TAB) {
// Move to next object
llRender = iObj_setFocusObjectNext(win, objCheckbox);
} else if (llIsAscii) {
if ((u8)lcAscii == 't' || (u8)lcAscii == 'T' || (u8)lcAscii == 'y' || (u8)lcAscii == 'Y' || (u8)lcAscii == '1')
{
// Set it to on
llRender = true;
iObjProp_set_s32_direct(obj, _INDEX_VALUE, 1);
iObj_setDirtyRender_ascent(objCheckbox, false);
if (objRender2 != objCheckbox)
iObj_setDirtyRender_ascent(objRender2, false);
} else if ((u8)lcAscii == 'f' || (u8)lcAscii == 'F' || (u8)lcAscii == 'n' || (u8)lcAscii == 'N' || (u8)lcAscii == '0') {
// Set it to off
llRender = true;
iObjProp_set_s32_direct(obj, _INDEX_VALUE, 0);
iObj_setDirtyRender_ascent(objCheckbox, false);
if (objRender2 != objCheckbox)
iObj_setDirtyRender_ascent(objRender2, false);
}
}
} else {
// Not a checkbox
if (llShift && lnVKey == VK_TAB)
{
// Move to previous object
llRender = iObj_setFocusObjectPrev(win, obj);
} else if (lnVKey == VK_TAB) {
// Move to next object
llRender = iObj_setFocusObjectNext(win, obj);
}
}
// Redraw if need be
if (llRender)
{
// Redraw the checkbox if needed
if (objCheckbox)
iObj_setSize(objCheckbox, objCheckbox->rc.left, objCheckbox->rc.top, objCheckbox->rc.right - objCheckbox->rc.left, objCheckbox->rc.bottom - objCheckbox->rc.top);
// Redraw the window
iWindow_render(win, false);
}
// Do not continue to propagate this message to other objects
return(false);
}
bool iDefaultCallback_onMouseDown(SWindow* win, SObject* obj, SVariable* varX, SVariable* varY, SVariable* varCtrl, SVariable* varAlt, SVariable* varShift, SVariable* varClick)
{
bool llMouseDown, llResult, llFocusChanged;
f64 lfPercent, lfX, lfY, lfWidth, lfHeight, lfValue;
s32 lnX, lnY;
u32 lnClick;
bool llCtrl, llAlt, llShift;
POINT pt;
SVariable* valueMin;
SObject* objRoot;
// Make sure our environment is sane
if (!iiDefaultCallback_processMouseVariables(varX, varY, varCtrl, varAlt, varShift, varClick, &lnX, &lnY, &llCtrl, &llAlt, &llShift, &lnClick))
return(false); // Do not continue consuming
// Set the flags
llMouseDown = true;
llResult = true;
// If focus isn't already set on this control, set focus on this control
if (!obj->p.hasFocus)
{
objRoot = iObj_find_rootmostObject(obj);
if (objRoot)
iObj_clearFocus(win, objRoot, true, true);
iObj_setFocus(win, obj, true);
iObj_setDirtyRender_ascent(obj, true, true);
llFocusChanged = true;
} else {
llFocusChanged = false;
}
// For forms, they can be clicking down on special things for various operations
if (obj->parent && obj->parent->objType == _OBJ_TYPE_FORM && win->obj == obj->parent)
{
// Left button only?
if (win->mouseCurrent.buttonLeft && !win->mouseCurrent.buttonMiddle && !win->mouseCurrent.buttonRight)
{
// We're on the top-level form for the window
if (propIsName_byText(obj, cgcName_iconMove) || propIsName_byText(obj, cgcName_caption))
{
// We're on the _move icon or the caption, which means they want to move the window
win->isMoving = true;
memcpy(&win->rcMoveResizeStart, &win->rc, sizeof(win->rcMoveResizeStart));
memcpy(&win->mouseMoveResizeStart, &win->mouseCurrent, sizeof(win->mouseMoveResizeStart));
// } else if (iDatum_compare(&varName->value, cgcName_iconScaleUl, sizeof(cgcName_iconScaleUl) - 1) == 0) {
// // We're on the upper-left scaling arrow
// } else if (iDatum_compare(&varName->value, cgcName_iconScaleUr, sizeof(cgcName_iconScaleUr) - 1) == 0) {
// // We're on the upper-right scaling arrow
// } else if (iDatum_compare(&varName->value, cgcName_iconScaleLr, sizeof(cgcName_iconScaleLr) - 1) == 0) {
// // We're on the lower-right scaling arrow
// } else if (iDatum_compare(&varName->value, cgcName_iconScaleLl, sizeof(cgcName_iconScaleLl) - 1) == 0) {
// // We're on the lower-left scaling arrow
}
}
}
if (obj->parent && obj->parent->objType == _OBJ_TYPE_CHECKBOX)
{
// For checkboxes, we toggle
// They're clicking on a checkbox, toggle the value and re-render
iObjProp_set_s32_direct(obj->parent, _INDEX_VALUE, ((iObjProp_get_s32_direct(obj->parent, _INDEX_VALUE) != 0) ? 0 : 1));
// Force a refresh
obj->parent->isDirtyRender = true;
obj->parent->isDirtyPublish = true;
// Do not continue to propagate
llResult = false;
} else if (obj->objType == _OBJ_TYPE_EDITBOX) {
// Need to navigate to the indicated x,y coordinate
iSEM_navigateTo_pixelXY(obj->p.sem, obj, lnX, lnY);
// Mark the mouse activity
if (!llShift) iSEM_selectStop(obj->p.sem);
else iSEM_selectStart(obj->p.sem, _SEM_SELECT_MODE_ANCHOR);
// Do not continue to propagate
llResult = false;
} else if (obj->objType == _OBJ_TYPE_RADIO) {
// The mouse indicates the position
// Determine theta
lfWidth = (f64)(obj->rc.right - obj->rc.left);
lfHeight = (f64)(obj->rc.bottom - obj->rc.top);
lfX = (f64)lnX - (lfWidth / 2.0);
lfY = (lfHeight - (f64)lnY) - (lfHeight / 2.0);
lfPercent = atan2(lfY, lfX) / (M_PI * 2.0);
if (lfPercent < 0.0)
lfPercent += 1.0;
valueMin = iObjProp_get_var_byIndex(obj, _INDEX_VALUE_MINIMUM);
lfValue = get_f64(valueMin) + (lfPercent * (iObjProp_get_f64_direct(obj, _INDEX_VALUE_MAXIMUM) - get_f64(valueMin)));
iObjProp_set_f64_direct(obj, _INDEX_VALUE, lfValue);
// Do not continue to propagate
llResult = false;
} else if (obj->objType == _OBJ_TYPE_CAROUSEL) {
// Create a point
pt.x = lnX;
pt.y = lnY;
// They are they outside of the client area?
if (!PtInRect(&obj->rcClient, pt))
return(iEvents_carouselMouseDown(win, obj, lnX, lnY, llCtrl, llAlt, llShift, lnClick));
} else {
// Assume we consumed the mouse down event, and that the parent doesn't need to receive it
switch (obj->objType)
{
case _OBJ_TYPE_IMAGE:
if (propIsName_byText(obj, cgcName_iconClose)) {
// Close
iVjr_shutdown(); // They clicked quit
return(false); // When we get here, the object no longer exists
} else if (propIsName_byText(obj, cgcName_iconMove)) {
// Move
llMouseDown = false;
obj->ev.isMouseOver = false;
iWindow_move(win);
} else if (propIsName_byText(obj, cgcName_iconMinimize)) {
// Minimize
llMouseDown = false;
obj->ev.isMouseOver = false;
iWindow_minimize(win);
} else if (propIsName_byText(obj, cgcName_iconMaximize)) {
// Maximize
llMouseDown = false;
obj->ev.isMouseOver = false;
iWindow_maximize(win);
}
break;
}
}
// Update our condition
obj->ev.isMouseDown = llMouseDown;
iObj_setDirtyRender_ascent(obj, true, true);
iWindow_render(win, llFocusChanged);
// Do not continue to propagate this message to other objects
return(llResult);
}
