void module_error(int err)
{
switch (err)
{
case MODULE_BASE_NOT_FOUND:
Flash("Failed to obtain debuggee's ImageBase");
Addtolist(0, 1, "Failed to obtain debuggee's ImageBase");
break;
case MODULE_OUT_OF_RANGE:
Flash("You are not viewing any module");
break;
case MODULE_FILE_MAPPING_FAILURE:
Flash("Failed to create file mapping");
Addtolist(0, 1, "Failed to create file mapping");
break;
case MODULE_FILE_SHARING_VIOLATION:
Flash("Failed to obtain file handle");
Addtolist(0, 1, "Failed to obtain file handle");
break;
default:
break;
}
}
// ----------------------------------------------------------------------- //
// Associate this item with a particular weapon record
// ----------------------------------------------------------------------- //
void CHUDWeapon::SetWeaponRecord(HWEAPON hWeapon)
{
//flash if we pickup a weapon
if (hWeapon && !m_hWeapon)
{
Flash("Pickup");
}
m_hWeapon = hWeapon;
m_bDraw = true;
if (m_hWeapon)
{
HWEAPONDATA hWpnData = g_pWeaponDB->GetWeaponData(m_hWeapon, !USE_AI_DATA);
m_hIconTexture.Load( g_pWeaponDB->GetString( hWpnData, WDB_WEAPON_sIcon ) );
}
else
{
m_hIconTexture.Load( g_pLayoutDB->GetString(m_hLayout,"IconTexture") );
Select(false);
}
SetupQuadUVs(m_IconPoly, m_hIconTexture, 0.0f, 0.0f, 1.0f, 1.0f);
m_nCount = -1;
Update();
}
task main()
{
int nState = 4;
while (true)
{
for (int i = 0; i < 6; ++i)
{
switch (nState)
{
default:
nState = 0;
// Fall through to next case
case 0: cylonEye(); break;
case 1: drawRight(); break;
case 2: drawLeft(); break;
case 3: Flash(); break;
case 4: drawCrossed(); break;
}
}
++nState;
wait1Msec(500);
}
}
// This function receives possible keyboard shortcuts from standard OllyDbg
// windows. If it recognizes shortcut, it must process it and return 1,
// otherwise it returns 0.
extc int _export cdecl ODBG_Pluginshortcut(
int origin, int ctrl, int alt, int shift, int key, void *item)
{
t_dump *pd;
t_bookmark mark, *pm;
// Plugin accepts shortcuts in form Alt+x or Shift+Alt+x, where x is a key
// '0'..'9'. Shifted shortcut sets bookmark (only in Disassembler),
// non-shifted jumps to bookmark from everywhere.
if (ctrl == 0 && alt != 0 && key >= '0' && key <= '9')
{
if (shift != 0 && origin == PM_DISASM && item != NULL)
{
// Set new or replace existing bookmark.
pd = (t_dump *)item;
mark.index = key - '0';
mark.size = 1;
mark.type = 0;
mark.addr = pd->sel0;
Addsorteddata(&(bookmark.data), &mark);
if (bookmark.hw != NULL) InvalidateRect(bookmark.hw, NULL, FALSE);
return 1;
} // Shortcut recognized
else if (shift == 0)
{
// Jump to existing bookmark (from any window).
pm = Findsorteddata(&(bookmark.data), key - '0');
if (pm == NULL)
Flash("Undefined bookmark");
else
Setcpu(0, pm->addr, 0, 0, CPU_ASMHIST | CPU_ASMCENTER | CPU_ASMFOCUS);
return 1; // Shortcut recognized
};
};
return 0; // Shortcut not recognized
};
void MeaPointTool::Enable()
{
if (IsEnabled()) {
return;
}
MeaTool::Enable();
// Tell the tool manager which data display fields
// we will be using.
//
m_mgr->EnableRegionFields(MeaX1Field | MeaY1Field, MeaX1Field | MeaY1Field);
if (!IsWindow(m_crossHair)) {
Create();
}
// Show one liner on how to use the tool.
//
m_mgr->SetStatus(IDS_MEA_POINT_STATUS);
// Make the crosshair visible, flash it and update
// the data display.
//
EnableCrosshairs();
Flash();
Update(NormalUpdate);
}
void _export cdecl ODBG_Pluginaction(int origin, int action, void *item)
{
list_t* names;
TCHAR path[TEXTLEN];
t_status status;
if (origin == PM_MAIN)
{
switch (action)
{
case ACTION_IMPORT:
status = Getstatus();
if (status && status != STAT_FINISHED && status != STAT_CLOSING)
{
if (mapfile_browse(path))
{
names = mapfile_parse(path);
if (names)
{
mapfile_apply(names);
list_freenames(names);
Setcpu(0, 0, 0, 0, CPU_ASMFOCUS);
}
else
{
Flash("Failed to open the file");
}
}
}
else
{
Flash("Start the debugging session first");
}
break;
case ACTION_OPTIONS:
configwnd_create();
break;
case ACTION_ABOUT:
MessageBox(g_hwndOlly, c_About, "About mapimp", MB_ICONINFORMATION);
break;
default:
break;
}
}
}
void SendCmd(int fd, unsigned char* cmd, int len)
{
Flash(fd);
int rb = write(fd, cmd, len);
tcdrain(fd);
printf("\r\nWrite bytes %d, change to 115200.\r\n", rb);
}
void Sprite_Character::Update() {
Sprite::Update();
Rect r;
if (tile_id != character->GetTileId() ||
character_name != character->GetCharacterName() ||
character_index != character->GetCharacterIndex()) {
tile_id = character->GetTileId();
character_name = character->GetCharacterName();
character_index = character->GetCharacterIndex();
if (tile_id > 0) {
BitmapRef tile = Cache::Tile(Game_Map::GetChipsetName(), tile_id);
SetBitmap(tile);
r.Set(0, 0, 16, 16);
SetSrcRect(r);
SetOx(8);
SetOy(16);
} else {
if (character_name.empty()) {
SetBitmap(BitmapRef());
} else {
SetBitmap(Cache::Charset(character_name));
chara_width = GetBitmap()->GetWidth() / 4 / 3;
chara_height = GetBitmap()->GetHeight() / 2 / 4;
SetOx(chara_width / 2);
SetOy(chara_height);
int sx = (character_index % 4) * chara_width * 3;
int sy = (character_index / 4) * chara_height * 4;
r.Set(sx, sy, chara_width * 3, chara_height * 4);
SetSpriteRect(r);
}
}
}
if (tile_id == 0) {
int row = character->GetDirection();
r.Set(character->GetPattern() * chara_width, row * chara_height, chara_width, chara_height);
SetSrcRect(r);
}
if (character->IsFlashPending()) {
Color col;
int dur;
character->GetFlashParameters(col, dur);
Flash(col, dur);
}
SetVisible(character->GetVisible());
if (GetVisible()) {
SetOpacity(character->GetOpacity());
}
SetX(character->GetScreenX());
SetY(character->GetScreenY());
SetZ(character->GetScreenZ(chara_height));
//SetBlendType(character->GetBlendType());
//SetBushDepth(character->GetBushDepth());
}
void Sprite_Character::Update() {
Sprite::Update();
Rect r;
if (tile_id != character->GetTileId() ||
character_name != character->GetSpriteName() ||
character_index != character->GetSpriteIndex()) {
tile_id = character->GetTileId();
character_name = character->GetSpriteName();
character_index = character->GetSpriteIndex();
if (tile_id > 0) {
if (tile_request) {
tile_request->Unbind(tile_request_id);
}
tile_request = AsyncHandler::RequestFile("ChipSet", Game_Map::GetChipsetName());
tile_request_id = tile_request->Bind(&Sprite_Character::OnTileSpriteReady, this);
tile_request->Start();
} else {
if (character_name.empty()) {
SetBitmap(BitmapRef());
} else {
if (char_request) {
char_request->Unbind(char_request_id);
}
char_request = AsyncHandler::RequestFile("CharSet", character_name);
char_request_id = char_request->Bind(&Sprite_Character::OnCharSpriteReady, this);
char_request->Start();
}
}
}
if (tile_id == 0) {
int row = character->GetSpriteDirection();
r.Set(character->GetPattern() * chara_width, row * chara_height, chara_width, chara_height);
SetSrcRect(r);
}
if (character->IsFlashPending()) {
Color col = character->GetFlashColor();
int dur = character->GetFlashTimeLeft();
Flash(col, dur);
// TODO: Gradual decrease of Flash Time Left
character->SetFlashTimeLeft(0);
}
SetVisible(character->GetVisible());
if (GetVisible()) {
SetOpacity(character->GetOpacity());
}
SetX(character->GetScreenX());
SetY(character->GetScreenY());
SetZ(character->GetScreenZ());
//SetBlendType(character->GetBlendType());
int bush_split = 4 - character->GetBushDepth();
SetBushDepth(bush_split > 3 ? 0 : GetHeight() / bush_split);
}
void Sprite_Character::Update() {
Sprite::Update();
Rect r;
if (tile_id != character->GetTileId() ||
character_name != character->GetSpriteName() ||
character_index != character->GetSpriteIndex()) {
tile_id = character->GetTileId();
character_name = character->GetSpriteName();
character_index = character->GetSpriteIndex();
if (tile_id > 0) {
BitmapRef tile = Cache::Tile(Game_Map::GetChipsetName(), tile_id);
SetBitmap(tile);
r.Set(0, 0, TILE_SIZE, TILE_SIZE);
SetSrcRect(r);
SetOx(8);
SetOy(16);
} else {
if (character_name.empty()) {
SetBitmap(BitmapRef());
} else {
SetBitmap(Cache::Charset(character_name));
SetOx(chara_width / 2);
SetOy(chara_height);
int sx = (character_index % 4) * chara_width * 3;
int sy = (character_index / 4) * chara_height * 4;
r.Set(sx, sy, chara_width * 3, chara_height * 4);
SetSpriteRect(r);
}
}
}
if (tile_id == 0) {
int row = (character->IsSpinning() ? character->GetPrelockDirection() : character->GetDirection());
r.Set(character->GetPattern() * chara_width, row * chara_height, chara_width, chara_height);
SetSrcRect(r);
}
if (character->IsFlashPending()) {
Color col = character->GetFlashColor();
int dur = character->GetFlashTimeLeft();
Flash(col, dur);
// TODO: Gradual decrease of Flash Time Left
character->SetFlashTimeLeft(0);
}
SetVisible(character->GetVisible());
if (GetVisible()) {
SetOpacity(character->GetOpacity());
}
SetX(character->GetScreenX());
SetY(character->GetScreenY());
SetZ(character->GetScreenZ(chara_height));
//SetBlendType(character->GetBlendType());
//SetBushDepth(character->GetBushDepth());
}
int main()
{
P0 = 0xfe; // 1111 1110
while(1)
{
Delayms(500);
Flash();
}
return 0;
}
Colour PowerUpManager::GetPlayerColour(int playerId)
{
// First 0.5 of time, solid colour, then flash for 0.25, then flash
// quickly for 0.25.
// TODO Matching sound
static const float POWER_UP_TIME = ROConfig()->GetFloat("power-up-time");
static const float FLASH_PERIOD = ROConfig()->GetFloat("power-up-flash-period", 0.2f);
const float HALF = POWER_UP_TIME / 2;
const float QUARTER = HALF / 2;
int c = (int)powerUps[playerId]; // colour index - 0 means white/no extra colour
float t = powerUpTime[playerId];
if (t < QUARTER)
{
bool fastFlash = Flash(t, FLASH_PERIOD);
c = fastFlash ? c : 0;
}
else if (t < HALF)
{
bool slowFlash = Flash(t, FLASH_PERIOD * 2);
c = slowFlash ? c : 0;
}
return COLOURS[c];
}
int _export cdecl ODBG_Pausedex(int reason, int extdata, t_reg *reg, DEBUG_EVENT *debugevent)
{
list_t* names;
WIN32_FIND_DATA fdata;
TCHAR path[MAX_PATH];
TCHAR* pos;
HANDLE result;
if ((reason & PP_INT3BREAK) && !g_SessionStarted && !g_Autoloaded)
{
g_SessionStarted = TRUE;
strcpy(path, (TCHAR*)Plugingetvalue(VAL_EXEFILENAME));
pos = strrchr(path, '.');
if (pos)
{
strcpy(pos, ".map");
}
else
{
strcat(path, ".map");
}
result = FindFirstFile(path, &fdata);
if (result != INVALID_HANDLE_VALUE)
{
FindClose(result);
g_Autoloaded = TRUE;
if ((g_Config->aimport == AUTOIMPORT_ASK) && (MessageBox(g_hwndOlly, "Corresponding map file found. Do you want to import it now?",
"mapimp", MB_YESNO | MB_ICONQUESTION) == IDYES) || (g_Config->aimport == AUTOIMPORT_ALWAYS))
{
names = mapfile_parse(path);
if (names)
{
mapfile_apply(names);
list_freenames(names);
Setcpu(0, 0, 0, 0, CPU_ASMFOCUS);
}
else
{
Flash("Failed to open the file");
}
}
}
}
return 0;
}
BYTE BumperReaction(BYTE BLeft, BYTE BRight)
// Реакция на препятствие
{
if(!BLeft && !BRight) return 0;
RobotStop();
Flash(L_RED, 200);
Beep(1);
RobotGoBack();
delay_ms(750);
if(BLeft && BRight) RobotTurnRandom();
if(BLeft) RobotGoRight();
if(BRight) RobotGoLeft();
delay_ms(750);
RobotStop();
return 1;
}
void BattleAnimation::ProcessAnimationTiming(const RPG::AnimationTiming& timing) {
// Play the SE.
Game_System::SePlay(timing.se);
// Flash.
if (timing.flash_scope == RPG::AnimationTiming::FlashScope_target) {
Flash(Color(timing.flash_red,
timing.flash_green,
timing.flash_blue,
timing.flash_power));
} else if (timing.flash_scope == RPG::AnimationTiming::FlashScope_screen && ShouldScreenFlash()) {
Main_Data::game_screen->FlashOnce(
timing.flash_red,
timing.flash_green,
timing.flash_blue,
timing.flash_power,
flash_duration);
}
// TODO: Shake.
}
void CHUDArmor::Update()
{
uint8 nValue = g_pPlayerStats->GetArmor();
if (nValue > m_nLastValue)
{
Flash("Pickup");
}
m_nLastValue = nValue;
wchar_t szTmp[16] = L"";
swprintf(szTmp,L"%d",nValue);
m_Text.SetText(szTmp);
ResetFade();
EnableFade( (m_nFadeThreshold == 0) || g_pPlayerStats->GetArmor() > m_nFadeThreshold );
if (!m_bFadeEnabled)
{
m_Text.SetColor(m_cTextColor);
DrawPrimSetRGBA(m_IconPoly,m_cIconColor);
}
UpdateBar();
}
void wxGISMapView::StartFlashing(wxGISEnumFlashStyle eFlashStyle)
{
m_eFlashStyle = eFlashStyle;
Flash(eFlashStyle);
Refresh();
//wait drawings end to flash
if (GetThread() && GetThread()->IsRunning())
{
GetThread()->Wait();
}
int nMilliSec = DEFAULT_FLASH_PERIOD;
switch(eFlashStyle)
{
case enumGISMapFlashWaves:
nMilliSec /= 2;
{
wxGISAppConfig oConfig = GetConfig();
if(oConfig.IsOk())
nMilliSec = oConfig.ReadInt(enumGISHKCU, wxString(wxT("wxGISCommon/map/flash_waves_time")), nMilliSec);
}
break;
default:
case enumGISMapFlashNewColor:
{
wxGISAppConfig oConfig = GetConfig();
if(oConfig.IsOk())
nMilliSec = oConfig.ReadInt(enumGISHKCU, wxString(wxT("wxGISCommon/map/flash_newcolor_time")), nMilliSec);
}
break;
};
m_nDrawingState = enumGISMapFlashing;
m_timer.Start(nMilliSec);
}
void CHUDControlPointBar::CHUDControlPoint::SetTeam(ETeamId eTeamID)
{
ETeamId eLocalID = ( ETeamId )g_pInterfaceMgr->GetClientInfoMgr()->GetLocalTeam( );
if (eTeamID == INVALID_TEAM)
{
m_hIconTexture = m_hTeamIcon[1];
m_cIconColor = m_cTeamColor[1];
}
else
{
if (eTeamID == eLocalID)
{
m_hIconTexture = m_hTeamIcon[0];
m_cIconColor = m_cTeamColor[0];
}
else
{
m_hIconTexture = m_hTeamIcon[2];
m_cIconColor = m_cTeamColor[2];
}
}
if (m_hIconTexture)
{
SetupQuadUVs(m_IconPoly, m_hIconTexture, 0.0f,0.0f,1.0f,1.0f);
}
m_Text.SetColor(m_cTextColor);
DrawPrimSetRGBA(m_IconPoly,m_cIconColor);
if (eTeamID != m_eTeamId)
{
m_eTeamId = eTeamID;
Flash("CPStatus");
}
}
static int ProcessMenu(const char *mask1, const char *mask2)
{
void *bg = GraphicsDF->get("mmnulogo");
byte *pt1 = (byte*) GraphicsI18nDF->get(mask1);
byte *pt2 = (byte*) GraphicsI18nDF->get(mask2);
int oldsel, sel = 0;
TEvent e;
DrawMN(pt1, pt2, bg, sel);
while (TRUE) {
GetEvent(&e);
if (e.What == evMouseMove) {
oldsel = sel;
sel = (e.Mouse.Where.y - 290) / 60;
if (sel < 0) sel = 0;
if (sel > 3) sel = 3;
if (sel != oldsel) {
PlaySample(MenuSnd, 8, 32, 128);
DrawMN(pt1, pt2, bg, sel);
}
}
if (e.What == evMouseDown) {
FlashPos = 130 + 180 * sel;
Flash1st = TRUE;
Flash();
break;
}
if ((e.What == evKeyDown) && (e.Key.KeyCode == kbEsc)) {sel = 3; break;}
}
memfree(pt1);
memfree(pt2);
memfree(bg);
ClearScr();
return sel;
}
void MeaAngleTool::Enable()
{
if (IsEnabled()) {
return;
}
MeaTool::Enable();
// Tell the tool manager which data display fields
// we will be using.
//
m_mgr->EnableRegionFields(MeaX1Field | MeaY1Field |
MeaX2Field | MeaY2Field |
MeaXVField | MeaYVField |
MeaAngleField,
MeaX1Field | MeaY1Field |
MeaX2Field | MeaY2Field |
MeaXVField | MeaYVField);
if (!IsWindow(m_line1)) {
Create();
}
// Show one liner on how to use the tool.
//
m_mgr->SetStatus(IDS_MEA_ANGLE_STATUS);
// Make the lines and crosshairs visible, flash
// the crosshairs and update the data display.
//
m_line1.Show();
m_line2.Show();
m_lineB.Show();
EnableCrosshairs();
Flash();
Update(NormalUpdate);
}
//=============================================================================
// FunctionName: ChangeGuiState
// Param: void
// ReturnValue: void
// Content: Guiの状態によって変化させる
//=============================================================================
void CCharPicture::ChangeGuiState(GUI_MODE paramMode){
// 遷移状態の更新
m_Mode = paramMode;
// 指定された状態によって分岐
switch (paramMode)
{
// 通常状態の場合
case GUI_MODE::NORMAL:
// α値だけ変える
m_Diff.a = 1.0f;
// 色情報を設定
SetDiffuse(m_Diff.r, m_Diff.g, m_Diff.b, m_Diff.a);
// 分岐を抜ける
break;
// 点滅状態
case GUI_MODE::FLASH:
// チカチカさせる
Flash();
// 分岐を抜ける
break;
// 点滅状態
case GUI_MODE::DESELECT:
// ポリゴンを徐々に不透明にする
m_Diff.a += m_FadeCoff;
// もしα値が最大だったら
if (m_Diff.a >= 1.0f)
{
m_Diff.a = 1.0f;
// 通常状態に遷移
m_Mode = GUI_MODE::NORMAL;
}
// 頂点の色の変更
SetDiffuse(m_Diff.a, m_Diff.a, m_Diff.a, 1.0f);
// 分岐を抜ける
break;
// 表示させたくない状態
case GUI_MODE::HIDE:
// α値だけ変える
m_Diff.a = 0.0f;
// 色情報を設定
SetDiffuse(m_Diff.r, m_Diff.g, m_Diff.b, m_Diff.a);
// 分岐を抜ける
break;
// 表示させたくない状態
case GUI_MODE::GRADUALLY_DESELECT:
// 分岐を抜ける
break;
// 表示させたくない状態
case GUI_MODE::GRADUALLY_SELECT:
// ポリゴンを徐々に不透明にする
m_Diff.a += m_FadeCoff;
// もしα値が最大だったら
if (m_Diff.a >= 1.0f)
{
m_Diff.a = 1.0f;
// 通常状態に遷移
m_Mode = GUI_MODE::NORMAL;
}
// 頂点の色の変更
SetDiffuse(m_Diff.r, m_Diff.g, m_Diff.b, m_Diff.a);
// 分岐を抜ける
break;
// 上記以外の場合
default:
// 分岐を抜ける
break;
}// switch
}// ChangeGuiState
void wxGISMapView::OnTimer( wxTimerEvent& event )
{
//event.Skip();
//wxSafeYield(this, true);
#ifdef __WXGTK__
wxWakeUpIdle();
#endif
switch(m_nDrawingState)
{
case enumGISMapZooming:
{
//stop zooming action
if(m_pGISDisplay && !wxGetMouseState().LeftIsDown()) //user release mouse button, so draw contents
{
wxRect rc = GetClientRect();
m_pGISDisplay->SetDeviceFrame(rc);
m_pGISDisplay->SetDerty(true);
m_nDrawingState = enumGISMapDrawing;
CreateAndRunDrawThread();
//wxCommandEvent evt(wxEVT_COMMAND_STARTDRAWING);wxEVT_COMMAND_DATA_SENT
//GetEventHandler()->ProcessEvent( evt );
// if(!m_pMapDrawingThread)//m_nDrawingState = enumGISMapDrawing
// {
// StartDraingThread();
// }
m_timer.Stop(); //Thaw();
}
}
break;
case enumGISMapWheeling:
m_nDrawingState = enumGISMapWheelingStop;
return;
case enumGISMapWheelingStop:
//stop wheeling action
if(m_pGISDisplay)
{
double dZoom = 1;
if(m_nFactor < 0)
dZoom = fabs(1.0 / (m_nFactor - 1));
else if(m_nFactor > 0)
dZoom = 1 + m_nFactor;
OGREnvelope Env = CreateEnvelopeFromZoomFactor(dZoom);
if(Env.IsInit())//set new bounds
Do(Env);
m_nDrawingState = enumGISMapDrawing;
}
m_nFactor = 0;
m_timer.Stop();
return;
break;
case enumGISMapFlashing:
if(m_staFlashGeoms.empty())
{
m_nDrawingState = enumGISMapDrawing;
m_pGISDisplay->SetDrawCache(m_pGISDisplay->GetLastCacheID(), true);
m_timer.Stop();
}
else
{
Flash(m_eFlashStyle);
}
break;
case enumGISMapDrawing:
break;//not stop timer
case enumGISMapNone:
default:
m_timer.Stop();
break;
};
Refresh();
}
void CLife::Save()
{
Stabilize();
Flash();
LifeGrid->toFile(OutFile);
}
void main() // no need of given args, use self pid as semaphore key
{
int c_row, c_col, r_row, r_col;
int the_pipe[2]; // 1 pipe for both children
sem_t *sem_video, *sem_c, *sem_r;
char str[20]; // str for common usage
char row_str[3], col_str[3], pipe_str[3], symbol_str[3]; // child's argv
// prep video semaphore, start value 1, make it like a mutex
sprintf( str, "%d", getpid() ); // build key str out of pid
sem_video = sem_open( str, O_CREAT, 0600, 1 );
// prep Chaser semaphore, start value 0
sprintf( str, "%d", 'C'+getpid() ); // key str out of pid + 'C'
sem_c = sem_open( str, O_CREAT, 0600, 1 );
// prep Runner semaphore, start value 0
sprintf( str, "%d", 'R'+getpid() ); // key str out of pid + 'R'
sem_r = sem_open( str, O_CREAT, 0600, 1 );
if(sem_video == SEM_FAILED) // erred in sys call sem_open
{
perror("Error opening semaphore: ");
return;
}
if( -1 == pipe(the_pipe) ) // 1 pipe for both children
{
perror("Error making pipe: ");
return;
}
InitScr( sem_video ); // starting screen
// prep argv for Chaser, starts at upper-left corner
sprintf(row_str, "%d", 0); // starting row pos, packing info into str
sprintf(col_str, "%d", 0); // starting col pos, packing info into str
sprintf(pipe_str, "%d", the_pipe[1]); // pipe end for it to write back
sprintf(symbol_str, "%c", 'C'); // Chaser's char symbol
switch( fork() ) // launch Chaser child
{
case -1:
perror("fork C: ");
return; // error in fork
case 0:
execl( "./child", "./child", // start child proc with argv
row_str, col_str, pipe_str, symbol_str, 0 );
}
// prep argv for Runner, starts at lower-right corner
sprintf(row_str, "%d", MAX_ROW);
sprintf(col_str, "%d", MAX_COL);
// sprintf(pipe_str, "%d", ...); // same pipe_str as above
sprintf(symbol_str, "%c", 'R');
switch( fork() ) // launch Runner child
{
case -1:
perror("fork R: ");
return;
case 0:
execl( "./child", "./child",
row_str, col_str, pipe_str, symbol_str, 0 );
}
while(1) // let them play forever
{
sem_post( sem_c ); // allow Chaser 1 play move (loop once, see child.c)
read( the_pipe[0], &c_row, sizeof(int) ); // read pos info row from Chaser
read( the_pipe[0], &c_col, sizeof(int) ); // read pos info col from Chaser
if(c_row == r_row && c_col == r_col) break; // collision occurred?
sem_post( sem_r ); // allow Runner 1 play move (loop once, see child.c)
read( the_pipe[0], &r_row, sizeof(int) ); // read pos info from Runner
read( the_pipe[0], &r_col, sizeof(int) ); // read pos info from Runner
if(c_row == r_row && c_col == r_col) break; // collision occurred?
}
sem_wait(sem_video); // since children are still running, hold till end
Flash(); // flash screen, restore cursor
sprintf(str, "%c[%d;%dH", 27, MAX_ROW+3, 1); // move cursor to bottom
write(1, str, strlen(str));
printf("\n*** Chaser got Runner! *** \n"); // OK to use printf since
printf("Chaser at row %d col %d\n", c_row, c_col); // we're all done with
printf("Runner at row %d col %d\n", r_row, r_col); // moving around symbols
// if not removed, same filename remains in /dev/shm/sem.<pid>
sprintf( str, "%d", getpid() ); // build key str out of pid
sem_unlink( str );
sprintf( str, "%d", 'C'+getpid() ); // build key str out of pid+'C'
sem_unlink( str );
sprintf( str, "%d", 'R'+getpid() ); // build key str out of pid+'R'
sem_unlink( str );
kill(0, SIGHUP); // shutdown all processes, include this
}
void c_main(char *blockBase, u32 blockSize)
{
int numRead = 0;
char commandline[128];
blobStatus status;
int i;
int retval = 0;
/* We really want to be able to communicate, so initialise the
* serial port at 9k6 (which works good for terminals)
*/
SerialInit(baud9k6);
TimerInit();
/* initialise status */
status.kernelSize = 0;
status.kernelType = fromFlash;
status.ramdiskSize = 0;
status.ramdiskType = fromFlash;
status.blockSize = blockSize;
status.downloadSpeed = baud115k2;
/* Load kernel and ramdisk from flash to RAM */
Reload("kernel", &status);
Reload("ramdisk", &status);
/* Print the required GPL string */
SerialOutputString("\r" PACKAGE " version " VERSION "\r"
"Copyright (C) 1999 2000 "
"Jan-Derk Bakker and Erik Mouw\r"
"Copyright (C) 2000 "
"Johan Pouwelse.\r");
SerialOutputString(PACKAGE " comes with ABSOLUTELY NO WARRANTY; "
"read the GNU GPL for details.\r");
SerialOutputString("This is free software, and you are welcome "
"to redistribute it\r");
SerialOutputString("under certain conditions; "
"read the GNU GPL for details.\r\r");
/* and some information */
#ifdef BLOB_DEBUG
SerialOutputString("Running from ");
if(RunningFromInternal())
SerialOutputString("internal flash\r");
else
SerialOutputString("external flash\r");
SerialOutputString("blockBase = 0x");
SerialOutputHex((int) blockBase);
SerialOutputString(", blockSize = 0x");
SerialOutputHex(blockSize);
SerialOutputByte('\r');
#endif
/* wait 10 seconds before starting autoboot */
SerialOutputString("Autoboot in progress, press any key to stop ");
for(i = 0; i < 10; i++) {
SerialOutputByte('.');
retval = SerialInputBlock(commandline, 1, 1);
if(retval > 0)
break;
}
/* no key was pressed, so proceed booting the kernel */
if(retval == 0) {
commandline[0] = '\0';
BootKernel(commandline);
}
SerialOutputString("\rAutoboot aborted\r");
SerialOutputString("Type \"help\" to get a list of commands\r");
/* the command loop. endless, of course */
for(;;) {
DisplayPrompt(NULL);
/* wait an hour to get a command */
numRead = GetCommand(commandline, 128, 3600);
if(numRead > 0) {
if(MyStrNCmp(commandline, "boot", 4) == 0) {
BootKernel(commandline + 4);
} else if(MyStrNCmp(commandline, "clock", 5) == 0) {
SetClock(commandline + 5);
} else if(MyStrNCmp(commandline, "download ", 9) == 0) {
Download(commandline + 9, &status);
} else if(MyStrNCmp(commandline, "flash ", 6) == 0) {
Flash(commandline + 6, &status);
} else if(MyStrNCmp(commandline, "help", 4) == 0) {
PrintHelp();
} else if(MyStrNCmp(commandline, "reload ", 7) == 0) {
Reload(commandline + 7, &status);
} else if(MyStrNCmp(commandline, "reset", 5) == 0) {
ResetTerminal();
} else if(MyStrNCmp(commandline, "speed ", 6) == 0) {
SetDownloadSpeed(commandline + 6, &status);
}
else if(MyStrNCmp(commandline, "status", 6) == 0) {
PrintStatus(&status);
} else {
SerialOutputString("*** Unknown command: ");
SerialOutputString(commandline);
SerialOutputByte('\r');
}
}
}
} /* c_main */
