///////////////////타이머 생성하기
int MyTimer1()
{
static long oldT1;
long newT1;
if(g_level == 1)
{
newT1=_GetTickCount();
if(1000 <= (newT1-oldT1))
{
oldT1=newT1;
g_time1--;
if(g_time1 <= 0)
{
g_time1 = 0;
g_level = 2;
}
_Invalidate();
}
}
return 0;
}
void
BasicTerminalBuffer::DeleteChars(int32 numChars)
{
fSoftWrappedCursor = false;
TerminalLine* line = _LineAt(fCursor.y);
if (fCursor.x < line->length) {
if (fCursor.x + numChars < line->length) {
int32 left = line->length - fCursor.x - numChars;
memmove(line->cells + fCursor.x, line->cells + fCursor.x + numChars,
left * sizeof(TerminalCell));
line->length = fCursor.x + left;
// process BCE on freed tail cells
for (int i = 0; i < numChars; i++)
line->cells[fCursor.x + left + i].attributes = fAttributes;
} else {
// process BCE on freed tail cells
for (int i = 0; i < line->length - fCursor.x; i++)
line->cells[fCursor.x + i].attributes = fAttributes;
// remove all remaining chars
line->length = fCursor.x;
}
_Invalidate(fCursor.y, fCursor.y);
}
}
int MyInput1(char key)
{
int y=0;
if(SPACE == key)
{
if(g_a == 0)
{
g_level = 5;
}
else
{
g_level = 1+ g_a;
}
}
else if(MY_UP == key)
{
if(g_a >0)
{
g_a--;
}
}
else if(MY_DOWN == key)
{
if(g_a < 3)
{
g_a++;
}
}
_Invalidate();
return 0;
}
void
BasicTerminalBuffer::EraseCharsFrom(int32 first, int32 numChars)
{
TerminalLine* line = _LineAt(fCursor.y);
int32 end = min_c(first + numChars, fWidth);
for (int32 i = first; i < end; i++)
line->cells[i].attributes = fAttributes;
line->attributes = fAttributes;
fSoftWrappedCursor = false;
end = min_c(first + numChars, line->length);
if (first > 0 && IS_WIDTH(line->cells[first - 1].attributes))
first--;
if (end > 0 && IS_WIDTH(line->cells[end - 1].attributes))
end++;
for (int32 i = first; i < end; i++) {
line->cells[i].character = kSpaceChar;
line->cells[i].attributes = fAttributes;
}
_Invalidate(fCursor.y, fCursor.y);
}
// display player message
void BWMem::DisplayPlayerMessage(HANDLE hProcess, HWND hWndBW, const char *msgtext, int durationS)
{
// read current message index
unsigned char index;
ReadBytes(hProcess, (char*)Addr(MSGINDEX), (char*)&index, sizeof(index));
// real index
int realindex = (int)index;
DWORD adr = Addr(MSGTEXT0)+realindex*218;
DWORD adrt = Addr(MSGTICK0)+realindex*4;
// write message time
DWORD time = GetTickCount() + durationS*1000;
WriteBytes(hProcess, (char*)adrt, (char*)&time, sizeof(time));
// write message text
WriteBytes(hProcess, (char*)adr, msgtext, strlen(msgtext)+1);
// increment message index
index = (index+1)%11;
WriteBytes(hProcess, (char*)Addr(MSGINDEX), (char*)&index, sizeof(index));
// invalidate screen
Sleep(100);
_Invalidate(hWndBW);
}
// 타이머
int MyTimer2() //적들이 내려오게 하는 타이머
{
static long oldT1=0; //이거 저번에 내가 주석달아서 올림
long newT1;
int i;
newT1=_GetTickCount();
if(100 <= (newT1-oldT1))
{
oldT1=newT1;
for(i=0; i<10; i++)
{
if(1 == g_aH[i].life) //만약 적이 살아있으면
{
g_aH[i].y++; //한칸씩 내려온다
if(20 <= g_aH[i].y) //15칸 내려오면
{
g_aH[i].y=0; //초기화
}
}
}
_Invalidate();
}
return 0;
}
//---------------------------------------------------------
int CSG_Shape_Point::Add_Point(double x, double y, int iPart)
{
m_Point.x = x;
m_Point.y = y;
_Invalidate();
return( 1 );
}
int MyInput3(char key)
{
if(SPACE == key)
{
g_level = 1;
}
_Invalidate();
return 0;
}
void
BasicTerminalBuffer::InsertCR()
{
TerminalLine* line = _LineAt(fCursor.y);
line->attributes = fAttributes;
line->softBreak = false;
fSoftWrappedCursor = false;
fCursor.x = 0;
_Invalidate(fCursor.y, fCursor.y);
_CursorChanged();
}
void
BasicTerminalBuffer::Clear(bool resetCursor)
{
fSoftWrappedCursor = false;
fScreenOffset = 0;
_ClearLines(0, fHeight - 1);
if (resetCursor)
fCursor.SetTo(0, 0);
if (fHistory != NULL)
fHistory->Clear();
fDirtyInfo.linesScrolled = 0;
_Invalidate(0, fHeight - 1);
}
void
BasicTerminalBuffer::DeleteColumnsFrom(int32 first)
{
fSoftWrappedCursor = false;
TerminalLine* line = _LineAt(fCursor.y);
for (int32 i = first; i < fWidth; i++)
line->cells[i].attributes = fAttributes;
if (first <= line->length) {
line->length = first;
line->attributes = fAttributes;
}
_Invalidate(fCursor.y, fCursor.y);
}
int MyInput5(char key)
{
int i;
if(MY_LEFT == key) //왼쪽으로 이동
{
g_G.x--;
}
else if(MY_RIGHT == key) //오른쪽으로 이동
{
g_G.x++;
}
_Invalidate();
return 0;
}
int MyTimer3()
{
static long oldT=0;
long newT;
newT=_GetTickCount();
if(1000 <= (newT-oldT))
{
oldT=newT;
g_aH[rand()%10].life=1;
_Invalidate();
}
return 0;
}
void
WorkspacesView::MouseUp(BMessage* message, BPoint where)
{
if (!fHasMoved && fSelectedWorkspace >= 0) {
int32 index;
_WorkspaceAt(where, index);
if (index >= 0)
Window()->Desktop()->SetWorkspaceAsync(index);
}
if (fSelectedWindow != NULL) {
// We need to hide the selection frame again
_Invalidate();
}
fSelectedWindow = NULL;
fSelectedWorkspace = -1;
}
void
BasicTerminalBuffer::_ClearLines(int32 first, int32 last)
{
int32 firstCleared = -1;
int32 lastCleared = -1;
for (int32 i = first; i <= last; i++) {
TerminalLine* line = _LineAt(i);
if (line->length > 0) {
if (firstCleared == -1)
firstCleared = i;
lastCleared = i;
}
line->Clear(fAttributes, fWidth);
}
if (firstCleared >= 0)
_Invalidate(firstCleared, lastCleared);
}
//---------------------------------------------------------
int CSG_Shape_Points::Del_Part(int del_Part)
{
if( del_Part >= 0 && del_Part < m_nParts )
{
delete(m_pParts[del_Part]);
m_nParts--;
for(int iPart=del_Part; iPart<m_nParts; iPart++)
{
m_pParts[iPart] = m_pParts[iPart + 1];
}
m_pParts = (CSG_Shape_Part **)SG_Realloc(m_pParts , m_nParts * sizeof(CSG_Shape_Part *));
_Invalidate();
}
return( m_nParts );
}
void
BasicTerminalBuffer::FillScreen(UTF8Char c, uint32 attributes)
{
uint32 width = HALF_WIDTH;
if (c.IsFullWidth()) {
attributes |= A_WIDTH;
width = FULL_WIDTH;
}
fSoftWrappedCursor = false;
for (int32 y = 0; y < fHeight; y++) {
TerminalLine *line = _LineAt(y);
for (int32 x = 0; x < fWidth / (int32)width; x++) {
line->cells[x].character = c;
line->cells[x].attributes = attributes;
}
line->length = fWidth / width;
}
_Invalidate(0, fHeight - 1);
}
void
BasicTerminalBuffer::InsertSpace(int32 num)
{
// TODO: Deal with full-width chars!
if (fCursor.x + num > fWidth)
num = fWidth - fCursor.x;
if (num > 0) {
fSoftWrappedCursor = false;
_PadLineToCursor();
_InsertGap(num);
TerminalLine* line = _LineAt(fCursor.y);
for (int32 i = fCursor.x; i < fCursor.x + num; i++) {
line->cells[i].character = kSpaceChar;
line->cells[i].attributes = line->cells[fCursor.x - 1].attributes;
}
line->attributes = fAttributes;
_Invalidate(fCursor.y, fCursor.y);
}
}
void RunKey(char key)
{
g_key=key;
_Invalidate();
if(g_level==1)
{
MyInput1(key);
}
else if(g_level==2)
{
MyInput2(key);
}
else if(g_level==3)
{
MyInput3(key);
}
else if(g_level==5)
{
MyInput5(key);
}
/*
else if(g_level==6)
{
Myinput6(key);
}
else if(g_level==7)
{
Myinput7(key);
}
else if(g_level==8)
{
Myinput8(key);
}
*/
}
void
BasicTerminalBuffer::InsertChar(UTF8Char c)
{
//debug_printf("BasicTerminalBuffer::InsertChar('%.*s' (%d), %#lx)\n",
//(int)c.ByteCount(), c.bytes, c.bytes[0], attributes);
int32 width = c.IsFullWidth() ? FULL_WIDTH : HALF_WIDTH;
if (fSoftWrappedCursor || (fCursor.x + width) > fWidth)
_SoftBreakLine();
else
_PadLineToCursor();
fSoftWrappedCursor = false;
if (!fOverwriteMode)
_InsertGap(width);
TerminalLine* line = _LineAt(fCursor.y);
line->cells[fCursor.x].character = c;
line->cells[fCursor.x].attributes
= fAttributes | (width == FULL_WIDTH ? A_WIDTH : 0);
if (line->length < fCursor.x + width)
line->length = fCursor.x + width;
_Invalidate(fCursor.y, fCursor.y);
fCursor.x += width;
// TODO: Deal correctly with full-width chars! We must take care not to
// overwrite half of a full-width char. This holds also for other methods.
if (fCursor.x == fWidth) {
fCursor.x -= width;
fSoftWrappedCursor = true;
}
}
void
BasicTerminalBuffer::EraseAbove()
{
// Clear the preceding lines.
if (fCursor.y > 0)
_ClearLines(0, fCursor.y - 1);
fSoftWrappedCursor = false;
// Delete the chars on the cursor line before (and including) the cursor.
TerminalLine* line = _LineAt(fCursor.y);
if (fCursor.x < line->length) {
int32 to = fCursor.x;
if (IS_WIDTH(line->cells[fCursor.x].attributes))
to++;
for (int32 i = 0; i <= to; i++) {
line->cells[i].attributes = fAttributes;
line->cells[i].character = kSpaceChar;
}
} else
line->Clear(fAttributes, fWidth);
_Invalidate(fCursor.y, fCursor.y);
}
void
WorkspacesView::MouseMoved(BMessage* message, BPoint where)
{
if (fSelectedWindow == NULL && fSelectedWorkspace < 0)
return;
// check if the correct mouse button is pressed
int32 buttons;
if (message->FindInt32("buttons", &buttons) != B_OK
|| (buttons & B_PRIMARY_MOUSE_BUTTON) == 0)
return;
if (!fHasMoved) {
Window()->Desktop()->SetMouseEventWindow(Window());
// don't let us off the mouse
}
int32 index;
BRect workspaceFrame = _WorkspaceAt(where, index);
if (fSelectedWindow == NULL) {
if (fSelectedWorkspace >= 0 && fSelectedWorkspace != index) {
fSelectedWorkspace = index;
_Invalidate();
}
return;
}
workspaceFrame.InsetBy(1, 1);
if (index != fSelectedWorkspace) {
if (fSelectedWindow->IsNormal() && !fSelectedWindow->InWorkspace(index)) {
// move window to this new workspace
uint32 newWorkspaces = (fSelectedWindow->Workspaces()
& ~(1UL << fSelectedWorkspace)) | (1UL << index);
Window()->Desktop()->SetWindowWorkspaces(fSelectedWindow,
newWorkspaces);
}
fSelectedWorkspace = index;
}
BRect screenFrame = _ScreenFrame(index);
float left = rintf((where.x - workspaceFrame.left - fLeftTopOffset.x)
* screenFrame.Width() / workspaceFrame.Width());
float top = rintf((where.y - workspaceFrame.top - fLeftTopOffset.y)
* screenFrame.Height() / workspaceFrame.Height());
BPoint leftTop;
if (fSelectedWorkspace == Window()->Desktop()->CurrentWorkspace())
leftTop = fSelectedWindow->Frame().LeftTop();
else {
if (fSelectedWindow->Anchor(fSelectedWorkspace).position
== kInvalidWindowPosition) {
fSelectedWindow->Anchor(fSelectedWorkspace).position
= fSelectedWindow->Frame().LeftTop();
}
leftTop = fSelectedWindow->Anchor(fSelectedWorkspace).position;
}
// Don't treat every little mouse move as a window move - this would
// make it too hard to activate a workspace.
float diff = max_c(fabs(fClickPoint.x - where.x),
fabs(fClickPoint.y - where.y));
if (!fHasMoved && diff > 2)
fHasMoved = true;
if (fHasMoved) {
Window()->Desktop()->MoveWindowBy(fSelectedWindow, left - leftTop.x,
top - leftTop.y, fSelectedWorkspace);
}
}
void RunStart()
{
Mystart();
_Invalidate();
}
void
WorkspacesView::WindowChanged(::Window* window)
{
// TODO: be smarter about this!
_Invalidate();
}
void
BasicTerminalBuffer::_Scroll(int32 top, int32 bottom, int32 numLines)
{
if (numLines == 0)
return;
if (numLines > 0) {
// scroll text up
if (top == 0) {
// The lines scrolled out of the screen range are transferred to
// the history.
// add the lines to the history
if (fHistory != NULL) {
int32 toHistory = min_c(numLines, bottom - top + 1);
for (int32 i = 0; i < toHistory; i++)
fHistory->AddLine(_LineAt(i));
if (toHistory < numLines)
fHistory->AddEmptyLines(numLines - toHistory);
}
if (numLines >= bottom - top + 1) {
// all lines are scrolled out of range -- just clear them
_ClearLines(top, bottom);
} else if (bottom == fHeight - 1) {
// full screen scroll -- update the screen offset and clear new
// lines
fScreenOffset = (fScreenOffset + numLines) % fHeight;
for (int32 i = bottom - numLines + 1; i <= bottom; i++)
_LineAt(i)->Clear(fAttributes, fWidth);
} else {
// Partial screen scroll. We move the screen offset anyway, but
// have to move the unscrolled lines to their new location.
// TODO: It may be more efficient to actually move the scrolled
// lines only (might depend on the number of scrolled/unscrolled
// lines).
for (int32 i = fHeight - 1; i > bottom; i--) {
std::swap(fScreen[_LineIndex(i)],
fScreen[_LineIndex(i + numLines)]);
}
// update the screen offset and clear the new lines
fScreenOffset = (fScreenOffset + numLines) % fHeight;
for (int32 i = bottom - numLines + 1; i <= bottom; i++)
_LineAt(i)->Clear(fAttributes, fWidth);
}
// scroll/extend dirty range
if (fDirtyInfo.dirtyTop != INT_MAX) {
// If the top or bottom of the dirty region are above the
// bottom of the scroll region, we have to scroll them up.
if (fDirtyInfo.dirtyTop <= bottom) {
fDirtyInfo.dirtyTop -= numLines;
if (fDirtyInfo.dirtyBottom <= bottom)
fDirtyInfo.dirtyBottom -= numLines;
}
// numLines above the bottom become dirty
_Invalidate(bottom - numLines + 1, bottom);
}
fDirtyInfo.linesScrolled += numLines;
// invalidate new empty lines
_Invalidate(bottom + 1 - numLines, bottom);
// In case only part of the screen was scrolled, we invalidate also
// the lines below the scroll region. Those remain unchanged, but
// we can't convey that they have not been scrolled via
// TerminalBufferDirtyInfo. So we need to force the view to sync
// them again.
if (bottom < fHeight - 1)
_Invalidate(bottom + 1, fHeight - 1);
} else if (numLines >= bottom - top + 1) {
// all lines are completely scrolled out of range -- just clear
// them
_ClearLines(top, bottom);
} else {
// partial scroll -- clear the lines scrolled out of range and move
// the other ones
for (int32 i = top + numLines; i <= bottom; i++) {
int32 lineToDrop = _LineIndex(i - numLines);
int32 lineToKeep = _LineIndex(i);
fScreen[lineToDrop]->Clear(fAttributes, fWidth);
std::swap(fScreen[lineToDrop], fScreen[lineToKeep]);
}
// clear any lines between the two swapped ranges above
for (int32 i = bottom - numLines + 1; i < top + numLines; i++)
_LineAt(i)->Clear(fAttributes, fWidth);
_Invalidate(top, bottom);
}
} else {
// scroll text down
numLines = -numLines;
if (numLines >= bottom - top + 1) {
// all lines are completely scrolled out of range -- just clear
// them
_ClearLines(top, bottom);
} else {
// partial scroll -- clear the lines scrolled out of range and move
// the other ones
// TODO: When scrolling the whole screen, we could just update fScreenOffset and
// clear the respective lines.
for (int32 i = bottom - numLines; i >= top; i--) {
int32 lineToKeep = _LineIndex(i);
int32 lineToDrop = _LineIndex(i + numLines);
fScreen[lineToDrop]->Clear(fAttributes, fWidth);
std::swap(fScreen[lineToDrop], fScreen[lineToKeep]);
}
// clear any lines between the two swapped ranges above
for (int32 i = bottom - numLines + 1; i < top + numLines; i++)
_LineAt(i)->Clear(fAttributes, fWidth);
_Invalidate(top, bottom);
}
}
}
void
WorkspacesView::MouseDown(BMessage* message, BPoint where)
{
// reset tracking variables
fSelectedWorkspace = -1;
fSelectedWindow = NULL;
fHasMoved = false;
// check if the correct mouse button is pressed
int32 buttons;
if (message->FindInt32("buttons", &buttons) != B_OK
|| (buttons & B_PRIMARY_MOUSE_BUTTON) == 0)
return;
int32 index;
BRect workspaceFrame = _WorkspaceAt(where, index);
if (index < 0)
return;
Workspace workspace(*Window()->Desktop(), index);
workspaceFrame.InsetBy(1, 1);
BRect screenFrame = _ScreenFrame(index);
::Window* window;
BRect windowFrame;
BPoint leftTop;
while (workspace.GetPreviousWindow(window, leftTop) == B_OK) {
BRect frame = _WindowFrame(workspaceFrame, screenFrame, window->Frame(),
leftTop);
if (frame.Contains(where) && window->Feel() != kDesktopWindowFeel
&& window->Feel() != kWindowScreenFeel) {
fSelectedWindow = window;
windowFrame = frame;
break;
}
}
// Some special functionality (clicked with modifiers)
int32 modifiers;
if (fSelectedWindow != NULL
&& message->FindInt32("modifiers", &modifiers) == B_OK) {
if ((modifiers & B_CONTROL_KEY) != 0) {
// Activate window if clicked with the control key pressed,
// minimize it if control+shift - this mirrors Deskbar
// shortcuts (when pressing a team menu item).
if ((modifiers & B_SHIFT_KEY) != 0)
fSelectedWindow->ServerWindow()->NotifyMinimize(true);
else
Window()->Desktop()->ActivateWindow(fSelectedWindow);
fSelectedWindow = NULL;
} else if ((modifiers & B_OPTION_KEY) != 0) {
// Also, send window to back if clicked with the option
// key pressed.
Window()->Desktop()->SendWindowBehind(fSelectedWindow);
fSelectedWindow = NULL;
}
}
// If this window is movable, we keep it selected
// (we prevent our own window from being moved, too)
if ((fSelectedWindow != NULL
&& (fSelectedWindow->Flags() & B_NOT_MOVABLE) != 0)
|| fSelectedWindow == Window()) {
fSelectedWindow = NULL;
}
fLeftTopOffset = where - windowFrame.LeftTop();
fSelectedWorkspace = index;
fClickPoint = where;
if (index >= 0)
_Invalidate();
}