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Edittime.cpp
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// ============================================================================
//
// This file contains routines that are handled only during the Edittime,
// under the Frame and Event editors.
//
// Including creating, display, and setting up your object.
//
// ============================================================================
#include "common.h"
// --------------------
// Properties
// --------------------
PROPS_IDS_START()
PROPID_GRP_DISPLAY, PROPID_AUTOSCROLL, PROPID_RESAMPLE, PROPID_TRANSPARENT,
PROPID_ACCURATECLIP, PROPID_ANIMMODE, PROPID_BGCOLOR,
PROPID_GRP_COLL, PROPID_OUTSIDECOLL, PROPID_FINECOLL, PROPID_DONTSCALECOLL,
PROPID_GRP_LAYERS, PROPID_MINLAYER, PROPID_MAXLAYER,
PROPS_IDS_END()
const char * animModes[] = {
0, "Custom", "Elapsed time", "Fixed framerate", 0,
};
PROPS_DATA_START()
PropData_Group(PROPID_GRP_DISPLAY, (int)"Display", (int)""),
PropData_CheckBox(
PROPID_TRANSPARENT, (int)"Transparent",
(int)"Use with caution - a background may greatly increase the FPS."),
PropData_CheckBox(PROPID_RESAMPLE, (int)"Resample tiles",
(int)"Applies to zooming and tile scaling/rotating at runtime."),
PropData_CheckBox(PROPID_ACCURATECLIP, (int)"Accurate clipping",
(int)"Enable accurate clipping of tiles on the border "
"of the viewport area. "
"Disabling may increase FPS. If your viewport "
"covers the whole screen, "
"you can safely turn this off."),
PropData_CheckBox(PROPID_AUTOSCROLL, (int)"Follow MMF camera",
(int)"The Tile Map automatically follows the MMF camera."),
PropData_ComboBox(PROPID_ANIMMODE, (int)"Animation mode",
(int)"Determines how the animation time is computed. 0: "
"User-specified (via "
"action). 1: By the actual elapsed time of the "
"current frame. 2: By "
"the configured application framerate.",
animModes),
PropData_Group(PROPID_GRP_COLL, (int)"Collisions", (int)""),
PropData_CheckBox(PROPID_OUTSIDECOLL, (int)"Handle outside of viewport",
(int)"Collisions with tiles are handled even if they "
"aren't within the viewport."),
PropData_CheckBox(PROPID_FINECOLL, (int)"Pixel-based collisions",
(int)"Transparent pixels of a tile won't collide. This "
"is a lot slower, so "
"if your game doesn't have slopes, uncheck it."),
PropData_CheckBox(PROPID_DONTSCALECOLL, (int)"Do not apply zoom",
(int)"Objects will collide against the unzoomed Tile "
"Map (as if the zoom factor was 1)."),
PropData_Group(PROPID_GRP_LAYERS, (int)"Layers to draw", (int)""),
PropData_EditNumber(PROPID_MINLAYER, (int)"Minimum",
(int)"0-based index of the lowest layer to draw."),
PropData_EditNumber(PROPID_MAXLAYER, (int)"Maximum",
(int)"0-based index of the highest layer to draw."),
PROPS_DATA_END()
PropData BgColor[] = {PropData_Color(PROPID_BGCOLOR, (int)"Background color", (int)""),
PropData_End()};
// PropData TranspColor[] =
//{
// PropData_Color(PROPID_TRANSPCOLOR, (int)"Transparent color", (int)""),
// PropData_End()
//};
// --------------------
// Debugger
// --------------------
DEBUGGER_IDS_START()
// DB_CURRENTSTRING,
DEBUGGER_IDS_END()
DEBUGGER_ITEMS_START()
// DB_CURRENTSTRING,
// DB_CURRENTSTRING|DB_EDITABLE,
// DB_CURRENTVALUE|DB_EDITABLE,
// DB_CURRENTCHECK,
// DB_CURRENTCOMBO,
DEBUGGER_ITEMS_END()
// --------------------
// GetProperties
// --------------------
// Inserts properties into the properties of the object.
//
BOOL WINAPI DLLExport GetProperties(LPMV mV, LPEDATA edPtr, BOOL bMasterItem)
{
#ifndef RUN_ONLY
mvInsertProps(mV, edPtr, Properties, PROPID_TAB_GENERAL, TRUE);
if (!edPtr->transparent)
// mvInsertProps(mV, edPtr, TranspColor, PROPID_TRANSPARENT, TRUE);
// else
mvInsertProps(mV, edPtr, BgColor, PROPID_TRANSPARENT, TRUE);
#endif // !RUN_ONLY
// OK
return TRUE;
}
// --------------------
// ReleaseProperties
// --------------------
// Called when the properties are removed from the property window.
//
void WINAPI DLLExport ReleaseProperties(LPMV mV, LPEDATA edPtr, BOOL bMasterItem)
{
#ifndef RUN_ONLY
// Write your code here
#endif // !RUN_ONLY
}
// --------------------
// GetPropCreateParam
// --------------------
// Called when a property is initialized and its creation parameter is NULL (in
// the PropData).
// Allows you, for example, to change the content of a combobox property
// according to specific
// settings in the EDITDATA structure.
//
LPARAM WINAPI DLLExport GetPropCreateParam(LPMV mV, LPEDATA edPtr, UINT nPropID)
{
#ifndef RUN_ONLY
// Example
// -------
// if ( nPropID == PROPID_COMBO )
// {
// switch (edPtr->sType)
// {
// case TYPE1:
// return (LPARAM)ComboList1;
// case TYPE2:
// return (LPARAM)ComboList2;
// }
// }
#endif // !RUN_ONLY
return NULL;
}
// ----------------------
// ReleasePropCreateParam
// ----------------------
// Called after a property has been initialized.
// Allows you, for example, to free memory allocated in GetPropCreateParam.
//
void WINAPI DLLExport ReleasePropCreateParam(LPMV mV, LPEDATA edPtr, UINT nPropID, LPARAM lParam)
{
#ifndef RUN_ONLY
#endif // !RUN_ONLY
}
// --------------------
// GetPropValue
// --------------------
// Returns the value of properties that have a value.
// Note: see GetPropCheck for checkbox properties
//
LPVOID WINAPI DLLExport GetPropValue(LPMV mV, LPEDATA edPtr, UINT nPropID)
{
#ifndef RUN_ONLY
switch (nPropID) {
case PROPID_BGCOLOR:
return new CPropDWordValue(edPtr->background);
case PROPID_MINLAYER:
return new CPropIntValue(edPtr->minLayer);
case PROPID_MAXLAYER:
return new CPropIntValue(edPtr->maxLayer);
case PROPID_ANIMMODE:
return new CPropDWordValue(edPtr->animMode);
}
#endif // !RUN_ONLY
return NULL;
}
// --------------------
// GetPropCheck
// --------------------
// Returns the checked state of properties that have a check box.
//
BOOL WINAPI DLLExport GetPropCheck(LPMV mV, LPEDATA edPtr, UINT nPropID)
{
#ifndef RUN_ONLY
// Example
// -------
switch (nPropID) {
case PROPID_AUTOSCROLL:
return edPtr->autoScroll;
case PROPID_RESAMPLE:
return edPtr->resample;
case PROPID_TRANSPARENT:
return edPtr->transparent;
case PROPID_ACCURATECLIP:
return edPtr->accurateClip;
case PROPID_OUTSIDECOLL:
return edPtr->outsideColl;
case PROPID_FINECOLL:
return edPtr->fineColl;
case PROPID_DONTSCALECOLL:
return edPtr->unscaledColl;
}
#endif // !RUN_ONLY
return 0; // Unchecked
}
// --------------------
// SetPropValue
// --------------------
// This routine is called by MMF after a property has been modified.
//
void WINAPI DLLExport SetPropValue(LPMV mV, LPEDATA edPtr, UINT nPropID, LPVOID lParam)
{
#ifndef RUN_ONLY
// Gets the pointer to the CPropValue structure
CPropValue * pValue = (CPropValue *)lParam;
// Example
// -------
switch (nPropID) {
// case PROPID_TRANSPCOLOR:
// edPtr->transpColor = ((CPropDWordValue*)pValue)->m_dwValue;
// break;
case PROPID_BGCOLOR:
edPtr->background = ((CPropDWordValue *)pValue)->m_dwValue;
mvInvalidateObject(mV, edPtr);
break;
case PROPID_ANIMMODE:
edPtr->animMode = ((CPropDWordValue *)pValue)->m_dwValue;
mvInvalidateObject(mV, edPtr);
break;
case PROPID_MINLAYER:
edPtr->minLayer = ((CPropIntValue *)pValue)->m_nValue;
edPtr->maxLayer = max(0, edPtr->minLayer);
mvInvalidateObject(mV, edPtr);
break;
case PROPID_MAXLAYER:
edPtr->maxLayer = ((CPropIntValue *)pValue)->m_nValue;
edPtr->maxLayer = max(0, edPtr->maxLayer);
mvInvalidateObject(mV, edPtr);
break;
}
// You may want to have your object redrawn in the frame editor after the
// modifications,
// in this case, just call this function
// mvInvalidateObject(mV, edPtr);
#endif // !RUN_ONLY
}
// --------------------
// SetPropCheck
// --------------------
// This routine is called by MMF when the user modifies a checkbox in the
// properties.
//
void WINAPI DLLExport SetPropCheck(LPMV mV, LPEDATA edPtr, UINT nPropID, BOOL nCheck)
{
#ifndef RUN_ONLY
// Example
// -------
switch (nPropID) {
case PROPID_AUTOSCROLL:
edPtr->autoScroll = nCheck ? true : false;
mvInvalidateObject(mV, edPtr);
break;
case PROPID_OUTSIDECOLL:
edPtr->outsideColl = nCheck ? true : false;
mvInvalidateObject(mV, edPtr);
break;
case PROPID_RESAMPLE:
edPtr->resample = nCheck ? true : false;
mvInvalidateObject(mV, edPtr);
break;
case PROPID_FINECOLL:
edPtr->fineColl = nCheck ? true : false;
mvInvalidateObject(mV, edPtr);
break;
case PROPID_DONTSCALECOLL:
edPtr->unscaledColl = nCheck ? true : false;
mvInvalidateObject(mV, edPtr);
break;
case PROPID_ACCURATECLIP:
edPtr->accurateClip = nCheck ? true : false;
mvInvalidateObject(mV, edPtr);
break;
case PROPID_TRANSPARENT:
edPtr->transparent = nCheck ? true : false;
mvInvalidateObject(mV, edPtr);
if (nCheck) {
mvRemoveProps(mV, edPtr, BgColor);
// mvInsertProps(mV, edPtr, TranspColor, PROPID_TRANSPARENT, TRUE);
}
else {
// mvRemoveProps(mV, edPtr, TranspColor);
mvInsertProps(mV, edPtr, BgColor, PROPID_TRANSPARENT, TRUE);
}
break;
}
#endif // !RUN_ONLY
}
// --------------------
// EditProp
// --------------------
// This routine is called when the user clicks the button of a Button or
// EditButton property.
//
BOOL WINAPI DLLExport EditProp(LPMV mV, LPEDATA edPtr, UINT nPropID)
{
#ifndef RUN_ONLY
#endif // !RUN_ONLY
return FALSE;
}
// --------------------
// IsPropEnabled
// --------------------
// This routine returns the enabled state of a property.
//
BOOL WINAPI IsPropEnabled(LPMV mV, LPEDATA edPtr, UINT nPropID)
{
#ifndef RUN_ONLY
// Example
// -------
/*
switch (nPropID) {
case PROPID_CHECK:
return (edPtr->nComboIndex != 0);
}
*/
#endif // !RUN_ONLY
return TRUE;
}
// ============================================================================
//
// TEXT PROPERTIES
//
// ============================================================================
// --------------------
// GetTextCaps
// --------------------
// Return the text capabilities of the object under the frame editor.
//
DWORD WINAPI DLLExport GetTextCaps(mv _far * mV, LPEDATA edPtr)
{
return 0; // (TEXT_ALIGN_LEFT|TEXT_ALIGN_HCENTER|TEXT_ALIGN_RIGHT|TEXT_ALIGN_TOP|TEXT_ALIGN_VCENTER|TEXT_ALIGN_BOTTOM|TEXT_FONT|TEXT_COLOR);
}
// --------------------
// GetTextFont
// --------------------
// Return the font used the object.
// Note: the pStyle and cbSize parameters are obsolete and passed for
// compatibility reasons only.
//
BOOL WINAPI DLLExport GetTextFont(mv _far * mV, LPEDATA edPtr, LPLOGFONT plf, LPSTR pStyle, UINT cbSize)
{
#if !RUN_ONLY
// Example: copy LOGFONT structure from EDITDATA
// memcpy(plf, &edPtr->m_lf, sizeof(LOGFONT));
#endif // !RUN_ONLY
return TRUE;
}
// --------------------
// SetTextFont
// --------------------
// Change the font used the object.
// Note: the pStyle parameter is obsolete and passed for compatibility reasons
// only.
//
BOOL WINAPI DLLExport SetTextFont(mv _far * mV, LPEDATA edPtr, LPLOGFONT plf, LPCSTR pStyle)
{
#if !RUN_ONLY
// Example: copy LOGFONT structure to EDITDATA
// memcpy(&edPtr->m_lf, plf, sizeof(LOGFONT));
#endif // !RUN_ONLY
return TRUE;
}
// --------------------
// GetTextClr
// --------------------
// Get the text color of the object.
//
COLORREF WINAPI DLLExport GetTextClr(mv _far * mV, LPEDATA edPtr)
{
// Example
return 0; // edPtr->fontColor;
}
// --------------------
// SetTextClr
// --------------------
// Set the text color of the object.
//
void WINAPI DLLExport SetTextClr(mv _far * mV, LPEDATA edPtr, COLORREF color)
{
// Example
// edPtr->fontColor = color;
}
// --------------------
// GetTextAlignment
// --------------------
// Get the text alignment of the object.
//
DWORD WINAPI DLLExport GetTextAlignment(mv _far * mV, LPEDATA edPtr)
{
DWORD dw = 0;
#if !RUN_ONLY
// Example
// -------
/* if ( (edPtr->eData.dwFlags & ALIGN_LEFT) != 0 )
dw |= TEXT_ALIGN_LEFT;
if ( (edPtr->eData.dwFlags & ALIGN_HCENTER) != 0 )
dw |= TEXT_ALIGN_HCENTER;
if ( (edPtr->eData.dwFlags & ALIGN_RIGHT) != 0 )
dw |= TEXT_ALIGN_RIGHT;
if ( (edPtr->eData.dwFlags & ALIGN_TOP) != 0 )
dw |= TEXT_ALIGN_TOP;
if ( (edPtr->eData.dwFlags & ALIGN_VCENTER) != 0 )
dw |= TEXT_ALIGN_VCENTER;
if ( (edPtr->eData.dwFlags & ALIGN_BOTTOM) != 0 )
dw |= TEXT_ALIGN_BOTTOM;
*/
#endif // !RUN_ONLY
return dw;
}
// --------------------
// SetTextAlignment
// --------------------
// Set the text alignment of the object.
//
void WINAPI DLLExport SetTextAlignment(mv _far * mV, LPEDATA edPtr, DWORD dwAlignFlags)
{
#if !RUN_ONLY
// Example
// -------
/* DWORD dw = edPtr->eData.dwFlags;
if ( (dwAlignFlags & TEXT_ALIGN_LEFT) != 0 )
dw = (dw & ~(ALIGN_LEFT|ALIGN_HCENTER|ALIGN_RIGHT)) |
ALIGN_LEFT;
if ( (dwAlignFlags & TEXT_ALIGN_HCENTER) != 0 )
dw = (dw & ~(ALIGN_LEFT|ALIGN_HCENTER|ALIGN_RIGHT)) |
ALIGN_HCENTER;
if ( (dwAlignFlags & TEXT_ALIGN_RIGHT) != 0 )
dw = (dw & ~(ALIGN_LEFT|ALIGN_HCENTER|ALIGN_RIGHT)) |
ALIGN_RIGHT;
if ( (dwAlignFlags & TEXT_ALIGN_TOP) != 0 )
dw = (dw & ~(ALIGN_TOP|ALIGN_VCENTER|ALIGN_BOTTOM)) | ALIGN_TOP;
if ( (dwAlignFlags & TEXT_ALIGN_VCENTER) != 0 )
dw = (dw & ~(ALIGN_TOP|ALIGN_VCENTER|ALIGN_BOTTOM)) |
ALIGN_VCENTER;
if ( (dwAlignFlags & TEXT_ALIGN_BOTTOM) != 0 )
dw = (dw & ~(ALIGN_TOP|ALIGN_VCENTER|ALIGN_BOTTOM)) |
ALIGN_BOTTOM;
edPtr->eData.dwFlags = dw;
*/
#endif // !RUN_ONLY
}
// -----------------
// BmpToImg
// -----------------
// Converts an image from the resource to an image displayable under MMF2
// Not used in this template, but it is a good example on how to create
// an image.
//
/*
WORD BmpToImg(int bmID, npAppli idApp, short HotX = 0, short HotY = 0, short
ActionX = 0, short
ActionY = 0)
{
Img ifo;
WORD img;
HRSRC hs;
HGLOBAL hgBuf;
LPBYTE adBuf;
LPBITMAPINFOHEADER adBmi;
img = 0;
if ((hs = FindResource(hInstLib, MAKEINTRESOURCE(bmID), RT_BITMAP)) !=
NULL)
{
if ((hgBuf = LoadResource(hInstLib, hs)) != NULL)
{
if ((adBuf = (LPBYTE)LockResource(hgBuf)) != NULL)
{
adBmi = (LPBITMAPINFOHEADER)adBuf;
ifo.imgXSpot = HotX;
ifo.imgYSpot = HotY;
ifo.imgXAction = ActionX;
ifo.imgYAction = ActionY;
if (adBmi->biBitCount > 4)
RemapDib((LPBITMAPINFO)adBmi, idApp,
NULL);
img = (WORD)DibToImage(idApp, &ifo, adBmi);
UnlockResource(hgBuf);
}
FreeResource(hgBuf);
}
}
return img;
}
*/
// ============================================================================
//
// ROUTINES USED UNDER FRAME EDITOR
//
// ============================================================================
// --------------------
// MakeIcon
// --------------------
// Called once object is created or modified, just after setup.
//
// Note: this function is optional. If it's not defined in your extension,
// MMF2 will load the EXO_ICON bitmap if it's defined in your resource file.
//
// If you need to draw the icon manually, remove the comments around this
// function and in the .def
// file.
//
/*
int WINAPI DLLExport MakeIconEx ( mv _far *mV, cSurface* pIconSf, LPSTR lpName,
fpObjInfo oiPtr,
LPEDATA edPtr )
{
int error = -1;
#ifndef RUN_ONLY
if ( pIconSf->LoadImage(hInstLib, EXO_ICON) != 0 )
error = 0;
#endif // !RUN_ONLY
return error;
}
*/
// --------------------
// CreateObject
// --------------------
// Called when you choose "Create new object". It should display the setup box
// and initialize everything in the datazone.
int WINAPI DLLExport CreateObject(mv _far * mV, fpLevObj loPtr, LPEDATA edPtr)
{
#ifndef RUN_ONLY
// Do some rSDK stuff
#include "rCreateObject.h"
// Set default object settings
edPtr->width = 640;
edPtr->height = 480;
edPtr->transparent = false;
edPtr->accurateClip = true;
edPtr->animMode = 1;
edPtr->background = 0xffffff;
// edPtr->transpColor = 0xff00ff;
edPtr->autoScroll = true;
edPtr->minLayer = 0;
edPtr->maxLayer = 999;
edPtr->outsideColl = false;
edPtr->fineColl = true;
edPtr->unscaledColl = false;
edPtr->resample = true;
edPtr->__boolPadding = 0;
return 0; // No error
#endif // !RUN_ONLY
// Error
return -1;
}
// --------------------
// EditObject
// --------------------
// One of the option from the menu has been selected, and not a default menu
// option
// automatically handled by MMF2: this routine is then called.
//
BOOL WINAPI EditObject(mv _far * mV, fpObjInfo oiPtr, fpLevObj loPtr, LPEDATA edPtr)
{
#ifndef RUN_ONLY
return TRUE;
#endif // !RUN_ONLY
// Error
return FALSE;
}
// --------------------
// SetEditSize
// --------------------
// Called by MMF2 when the object has been resized
//
// Note: remove the comments if your object can be resized (and remove the
// comments in the .def
// file)
BOOL WINAPI SetEditSize(LPMV mv, LPEDATA edPtr, int cx, int cy)
{
#ifndef RUN_ONLY
edPtr->width = cx;
edPtr->height = cy;
#endif // !RUN_ONLY
return TRUE; // OK
}
// --------------------
// PutObject
// --------------------
// Called when each individual object is dropped in the frame.
//
void WINAPI DLLExport PutObject(mv _far * mV, fpLevObj loPtr, LPEDATA edPtr, ushort cpt)
{
#ifndef RUN_ONLY
#endif // !RUN_ONLY
}
// --------------------
// RemoveObject
// --------------------
// Called when each individual object is removed from the frame.
//
void WINAPI DLLExport RemoveObject(mv _far * mV, fpLevObj loPtr, LPEDATA edPtr, ushort cpt)
{
#ifndef RUN_ONLY
// Is the last object removed?
if (0 == cpt) {
// Do whatever necessary to remove our data
}
#endif // !RUN_ONLY
}
// --------------------
// DuplicateObject
// --------------------
// Called when an object is created from another one (note: should be called
// CloneObject instead...)
//
void WINAPI DLLExport DuplicateObject(mv __far * mV, fpObjInfo oiPtr, LPEDATA edPtr)
{
#ifndef RUN_ONLY
#endif // !RUN_ONLY
}
// --------------------
// GetObjectRect
// --------------------
// Returns the size of the rectangle of the object in the frame editor.
//
void WINAPI DLLExport GetObjectRect(mv _far * mV, RECT FAR * rc, fpLevObj loPtr, LPEDATA edPtr)
{
#ifndef RUN_ONLY
rc->right = rc->left + edPtr->width;
rc->bottom = rc->top + edPtr->height;
#endif // !RUN_ONLY
return;
}
// --------------------
// EditorDisplay
// --------------------
// Displays the object under the frame editor
//
// Note: this function is optional. If it's not defined in your extension,
// MMF2 will load and display the EXO_IMAGE bitmap if it's defined in your
// resource file.
//
// If you need to draw the icon manually, remove the comments around this
// function and in the .def
// file.
//
void WINAPI DLLExport EditorDisplay(mv _far * mV, fpObjInfo oiPtr, fpLevObj loPtr,
LPEDATA edPtr, RECT FAR * rc)
{
#ifndef RUN_ONLY
LPSURFACE ps = WinGetSurface((int)mV->mvIdEditWin);
if (ps != NULL) // Do the following if this surface exists
{
// ps->SetClipRect(rc->left, rc->top, rc->right-rc->left,
// rc->bottom-rc->top);
// Prevent the user from having a seizure
// srand((long)mV->mvEditFrame + edPtr->width + edPtr->height);
// Get surfaces of tilesets
// cSurface surfs[TILESETCOUNT];
// for (int i = 0; i < edPtr->tilesetCount; ++i)
//{
// LockImageSurface(mV->mvIdAppli, edPtr->tilesets[i], surfs[i]);
//}
// Draw opaque background
if (!edPtr->transparent)
ps->Rectangle(rc->left, rc->top, rc->right, rc->bottom, edPtr->background, 0, 0, 1);
//// For each tile
// if (edPtr->tileWidth > 0 && edPtr->tileHeight > 0)
//{
// for (int x = rc->left; x <= rc->right; x += edPtr->tileWidth)
// {
// for (int y = rc->top; y <= rc->bottom; y +=
// edPtr->tileHeight)
// {
// // Draw a random tile
// if (edPtr->tilesetCount)
// {
// int tileset = 0;
// //int tileset = rand() %
// edPtr->tilesetCount;
// int tx = rand() %
//(surfs[tileset].GetWidth()
///
// edPtr->tileWidth);
// int ty = rand() %
//(surfs[tileset].GetHeight()
///
// edPtr->tileHeight);
// surfs[tileset].Blit(*ps, x, y,
// tx*edPtr->tileWidth,
// ty*edPtr->tileHeight, edPtr->tileWidth, edPtr->tileHeight,
// BMODE_TRANSP, BOP_COPY);
// }
// // Draw grid
// else
// {
// ps->Rectangle(x, y,
// x+edPtr->tileWidth+1,
// y+edPtr->tileHeight+1,
// 1, 0x999999);
// }
// }
// }
//}
// Draw border
ps->Rectangle(rc->left, rc->top, rc->right, rc->bottom, 1, OPAQUE_BLACK);
ps->ClearClipRect();
// Unlock stuff
// for (int i = 0; i < edPtr->tilesetCount; ++i)
//{
// UnlockImageSurface(surfs[i]);
//}
}
#endif // !RUN_ONLY
}
// --------------------
// IsTransparent
// --------------------
// This routine tells MMF2 if the mouse pointer is over a transparent zone of
// the object.
//
extern "C" BOOL WINAPI DLLExport IsTransparent(mv _far * mV, fpLevObj loPtr,
LPEDATA edPtr, int dx, int dy)
{
#ifndef RUN_ONLY
// Write your code here
#endif // !RUN_ONLY
return FALSE;
}
// --------------------
// PrepareToWriteObject
// --------------------
// Just before writing the datazone when saving the application, MMF2 calls this
// routine.
//
void WINAPI DLLExport PrepareToWriteObject(mv _far * mV, LPEDATA edPtr, fpObjInfo adoi)
{
#ifndef RUN_ONLY
// Write your code here
#endif // !RUN_ONLY
}
// --------------------
// GetFilters
// --------------------
//
BOOL WINAPI GetFilters(LPMV mV, LPEDATA edPtr, DWORD dwFlags, LPVOID pReserved)
{
#ifndef RUN_ONLY
if ((dwFlags & GETFILTERS_IMAGES) != 0)
return TRUE;
// If your extension uses sound filters
// if ( (dwFlags & GETFILTERS_SOUNDS) != 0 )
// return TRUE;
#endif // RUN_ONLY
return FALSE;
}
// --------------------
// UsesFile
// --------------------
// Triggers when a file is dropped onto the frame
// Return TRUE if you can create an object from the given file
//
BOOL WINAPI DLLExport UsesFile(LPMV mV, LPSTR fileName)
{
BOOL r = FALSE;
#ifndef RUN_ONLY
// Example: return TRUE if file extension is ".txt"
/*
LPSTR ext, npath;
if ( fileName != NULL )
{
if ( (ext=(LPSTR)malloc(_MAX_EXT)) != NULL )
{
if ( (npath=(LPSTR)malloc(_MAX_PATH)) != NULL )
{
strcpy(npath, fileName);
_splitpath(npath, NULL, NULL, NULL, ext);
if ( _stricmp(ext, ".txt") == 0 )
r = TRUE;
free(npath);
}
free(ext);
}
} */
#endif // !RUN_ONLY
return r;
}
// --------------------
// CreateFromFile
// --------------------
// Creates a new object from file
//
void WINAPI DLLExport CreateFromFile(LPMV mV, LPSTR fileName, LPEDATA edPtr)
{
#ifndef RUN_ONLY
// Initialize your extension data from the given file
// edPtr->swidth = 32;
// edPtr->sheight = 32;
// Example: store the filename
// strcpy(edPtr->myFileName, fileName);
#endif // !RUN_ONLY
}
// ============================================================================
//
// ROUTINES USED UNDER EVENT / TIME / STEP-THROUGH EDITOR
// You should not need to change these routines
//
// ============================================================================
// -----------------
// menucpy
// -----------------
// Internal routine used later, copy one menu onto another
//
#ifndef RUN_ONLY
void menucpy(HMENU hTargetMenu, HMENU hSourceMenu)
{
int n, id, nMn;
NPSTR strBuf;
HMENU hSubMenu;
nMn = GetMenuItemCount(hSourceMenu);
strBuf = (NPSTR)LocalAlloc(LPTR, 80);
for (n = 0; n < nMn; n++) {
if (0 == (id = GetMenuItemID(hSourceMenu, n)))
AppendMenu(hTargetMenu, MF_SEPARATOR, 0, 0L);
else {
GetMenuString(hSourceMenu, n, strBuf, 80, MF_BYPOSITION);
if (id != -1)
AppendMenu(hTargetMenu, GetMenuState(hSourceMenu, n, MF_BYPOSITION), id, strBuf);
else {
hSubMenu = CreatePopupMenu();
AppendMenu(hTargetMenu, MF_POPUP | MF_STRING, (uint)hSubMenu, strBuf);
menucpy(hSubMenu, GetSubMenu(hSourceMenu, n));
}
}
}
LocalFree((HLOCAL)strBuf);
}
// -----------------
// GetPopupMenu
// -----------------
// Internal routine used later. Returns the first popup from a menu
//
HMENU GetPopupMenu(LPEDATA edPtr, short mn)
{
HMENU hPopup = CreatePopupMenu();
if (mn == MN_CONDITIONS)
menucpy(hPopup, ConditionMenu(edPtr));
else if (mn == MN_ACTIONS)
menucpy(hPopup, ActionMenu(edPtr));
else if (mn == MN_EXPRESSIONS)
menucpy(hPopup, ExpressionMenu(edPtr));
return hPopup;
}
// --------------------
// GetEventInformations
// --------------------
// Internal routine used later. Look for one event in one of the eventInfos
// array...
// No protection to go faster: you must properly enter the conditions/actions!
//