void delete_cb(Fl_Widget*, void* ic)
{
Icon* icon = (Icon*)ic;
assert(icon != NULL);
fl_ask(_("Delete %s ?"), icon->label().c_str());
}
void JetpackUI::cb_clear(Fl_Menu_* o, void* v)
{
if (fl_ask("Are you sure you want to clear the current level?") == 0) { // NO
return;
}
whoami(o)->m_editor->Clear();
}
void window_callback(Fl_Widget*, void*) {
// printf("window_callback entered, level %d\n", recurse++);
if (!fl_ask("Are you sure you want to quit?")) {
// printf("window_callback exited, level %d\n", --recurse);
return;
}
exit(0);
}
inline int moobyAsk(const char* message)
{
int i = fl_ask(message);
#ifdef __LINUX__
Fl::wait();
#endif
return i;
}
void delete_icon(Fl_Widget*, Icon *icon)
{
if (fl_ask(_("Delete this icon?")))
{
icon->hide();
Fl_String fname(icon->get_cfg()->filename());
delete icon;
if(remove(fname) < 0)
fl_alert(_("Remove of the icon %s failed. You probably do not have write access to this file."), fname.c_str());
}
}
void calibrate_param( Fl_Button* w, void* m ) {
const int measureTime = 8; // 8 seconds
static int frames = 16; // 16 frames per second
if ( fl_ask( _("Do you want the program to calibrate the number\nof pixels to calculate for each frame?\n\n(Esc to cancel the process)") ) ) {
const char* answer = fl_input( _("How many frames per second?"),
IS::translate(frames).c_str() );
if ( answer ) {
frames = atoi(answer);
Glito* glito = (Glito*)m;
glito->state = CALIBRATE;
glito->calibrate( measureTime, frames );
glito->state = PREVIEW;
glito->redraw();
const int index = w->parent()->find(*w);
Fl_Int_Input* input = (Fl_Int_Input*)w->parent()->child( index - 1 );
input->value( IS::translate(glito->pointsPerFrame).c_str() );
}
}
}
/* 実行する(OK(0))か否(NG(-1))かを返す */
int gtsfbro06cb_level::_rename_file_tif( int i_num, const char *ccp_old, char *cp_new )
{
ST_DIR_OR_FILE_INFO *stp_dir_or_file;
const char *ccp_dir, *ccp_new;
char ca_msg[PTBL_PATH_MAX];
char ca_path[PTBL_PATH_MAX];
stp_dir_or_file = this->stp_dir_or_file_info(i_num);
if (NULL == stp_dir_or_file) { return NG; }
if (E_DIR_OR_FILE_IS_NOT_TRACEING_RGB_IMAGE ==
stp_dir_or_file->e_type) {
ccp_dir =cl_gts_gui.filinp_level_rgb_scan_dir->value();
} else {
ccp_dir =cl_gts_gui.filinp_level_dir->value();
}
/* Dialogのメッセージ生成 */
snprintf(ca_msg,PTBL_PATH_MAX,"In\n %s\nRename File\n %s",
ccp_dir,ccp_old);
/* Dialogを使いユーザーによるDir名変更 */
ccp_new = fl_input( ca_msg, ccp_old );
/* ユーザーによるcancel */
if (NULL == ccp_new) {
strcpy( cp_new,ccp_old );
return NG;
}
/* 入力した名前のチェック-------------------------- */
// cp_new[0] = '\0';
sscanf(ccp_new,"%s",cp_new); /* space文字をとる */
/* 空文字か変更なし */
if (('\0' == cp_new[0]) || !strcmp( ccp_old,cp_new )) {
strcpy( cp_new,ccp_old );
return NG;
}
/* 有効でない文字がある */
if (NG == this->_is_valid_string( cp_new )) {
snprintf( ca_msg,PTBL_PATH_MAX,
"bad string.\n %s\ninclude bad character",
cp_new);
fl_alert(ca_msg);
strcpy( cp_new,ccp_old );
return NG;
}
/* 同じ名前がある */
if (NULL != this->stp_dir_or_file_search(cp_new)) {
if (E_DIR_OR_FILE_IS_DIR ==
this->stp_dir_or_file_search(cp_new)->e_type) {
snprintf( ca_msg,PTBL_PATH_MAX,
"Can not rename.\nDirectory\n %s\nis exist",
cp_new);
} else {
snprintf( ca_msg,PTBL_PATH_MAX,
"Can not rename.\nFile\n %s\nis exist",
cp_new);
}
fl_alert(ca_msg);
strcpy( cp_new,ccp_old );
return NG;
}
/* 拡張子の確認 */
const char *ccp_n,*ccp_o;
ccp_o = strrchr( ccp_old, '.' );
ccp_n = strrchr( cp_new, '.' );
if ( (NULL != ccp_o) && /* 元もと、拡張子があって */
( (NULL == ccp_n) || /* 拡張子がないか... */
strcmp(ccp_o,ccp_n) /* あるいは違う拡張子名 */
)
) {
snprintf(ca_msg,PTBL_PATH_MAX,
"Do Not change extention\n %s",
cp_new);
fl_alert(ca_msg);
strcpy( cp_new,ccp_old );
return NG;
}
/* 接尾語".0000.tif"の確認 */
if (NULL == this->ccp_num4_and_ext( cp_new )) {
snprintf(ca_msg,PTBL_PATH_MAX,
"Do Not change number or extention\n %s",
cp_new);
fl_alert(ca_msg);
strcpy( cp_new,ccp_old );
return NG;
}
/* 新しいDirパス生成 */
if (OK != this->i_path_dir_file( ccp_dir, cp_new )) {
pri_funct_err_bttvr(
"Error : this->i_path_dir_file(%s,%s) returns NG",
ccp_dir, cp_new
);
strcpy( cp_new,ccp_old );
return NG;
}
strcpy( ca_path, this->cp_path() );
#if 0
/* Dialogを使い実行確認 */
snprintf(ca_msg,PTBL_PATH_MAX,
"In\n %s\nRename File\n %s --> %s ok?",
ccp_dir,ccp_old,cp_new
);
if (0 == fl_ask(ca_msg)) {
strcpy( cp_new,ccp_old );
return NG; /* ユーザーによるcancel */
}
#endif
/* 古いDirパス設定 */
if (OK != this->i_path_dir_file( ccp_dir, ccp_old )) {
pri_funct_err_bttvr(
"Error : this->i_path_dir_file(%s,%s) returns NG",
ccp_dir, ccp_old
);
strcpy( cp_new,ccp_old );
return NG;
}
/* 変更 */
if (rename( this->cp_path(), ca_path )) {
pri_funct_err_bttvr(
"Error : rename(%s,%s) returns not zero",
this->cp_path(), ca_path
);
/* rename()に失敗してもリスト再表示はする */
strcpy( cp_new,ccp_old );
return NG;
}
return OK;
}
void cb_trace_files::cb_renumber(void)
{
/* Openファイルのフルパスを得る */
const std::string filepath = this->get_open_path( 1 );
if (filepath.empty()) {
fl_alert( "Not set Open Folder or File name" );
return;
}
/* 連番ファイルの存在チェックして必要な情報に変える */
std::string dpath , head , num , ext;
int number=-1;
std::vector<int> nums;
ids::path::level_from_files(
filepath ,dpath ,head ,num ,number ,ext ,nums
);
if (head.empty() || nums.size() <= 0) {
fl_alert( "Not exist files" );
return;
}
/* ユーザーから新しいStart番号を得る */
const char* new_start_num_ptr = fl_input(
"Enter New Start Number" ,std::to_string(nums.at(0)).c_str()
);
if (new_start_num_ptr == nullptr
|| std::stoi(std::string(new_start_num_ptr))==nums.at(0)) {
return; /* Cancel or 同じ名前なら何もしない */
}
const std::string new_start_num( new_start_num_ptr );
/* 新しいStart番号との差 */
const int diff_num = std::stoi(new_start_num) - nums.at(0);
/* エラー数値をチェックしつつ番号を文字列に入れる */
std::ostringstream numost;
bool error_sw = false;
for (auto nu : nums) {
numost << nu + diff_num;
numost << " ";
if ( nu + diff_num < 0 || 9999 < nu + diff_num ) {
error_sw = true;
}
}
/* ゼロ以下数値があるとエラーメッセージダイオローグを出して終わる */
if (error_sw) {
std::string opa( this->get_open_path( nums.at(0) ) );
std::string npa( this->get_open_path(
nums.at(0) + diff_num ) );
fl_alert(
"Error : Number need 0...9999 range\nFrom\n %s\nTo\n %s\nNumber List\n %s\n"
,opa.c_str()
,npa.c_str()
,numost.str().c_str()
);
return;
}
/* ファイル毎名前を変更する */
for (size_t ii=0; ii<nums.size() ; ++ii) {
std::string opa( this->get_open_path( nums.at(ii) ) );
std::string npa( this->get_open_path(
nums.at(ii) + diff_num ) );
/* 最初にこれでいいかユーザーに確認する */
if (ii==0) {
if (fl_ask(
"Renumber\nFrom\n %s\nTo\n %s\nNumber List\n %s\nOK?"
,opa.c_str()
,npa.c_str()
,numost.str().c_str()
) != 1) {
return; // Cancel
}
}
#ifdef _WIN32
std::string opa2( osapi::cp932_from_utf8( opa ) );
std::string npa2( osapi::cp932_from_utf8( npa ) );
if (opa2.empty() || npa2.empty()) {
fl_alert("Error:rename \"%s\" \"%s\""
,opa.c_str() ,npa.c_str() );
return;
}
std::rename( opa2.c_str() ,npa2.c_str() );
#else
std::rename( opa.c_str() ,npa.c_str() );
#endif
}
/* renumber成功したら、新しいStart,End,Numberに表示変更 */
this->cb_set_number();
this->cb_check_existing_saved_file();
}
/* rename/renumber処理実行 */
void cb_trace_files::cb_rename(void)
{
/* Openファイルのフルパスを得る */
const std::string filepath = this->get_open_path( 1 );
if (filepath.empty()) {
fl_alert( "Not set Open Folder or File name" );
return;
}
/* 連番ファイルの存在チェックして必要な情報に変える */
std::string dpath , head , num , ext;
int number=-1;
std::vector<int> nums;
ids::path::level_from_files(
filepath ,dpath ,head ,num ,number ,ext ,nums
);
if (head.empty() || nums.size() <= 0) {
fl_alert( "Not exist files" );
return;
}
std::ostringstream numost;
for (auto nu : nums) {
numost << nu;
numost << " ";
}
/* ユーザーから新しい名前を得る */
const char* new_head_ptr = fl_input(
"Enter New Level Name" ,head.c_str()
);
if (new_head_ptr == nullptr || head == new_head_ptr ) {
return; /* Cancel or 同じ名前なら何もしない */
}
const std::string new_head(new_head_ptr);
/* ファイル毎名前を変更する */
for (size_t ii=0; ii<nums.size() ; ++ii) {
std::string opa( this->get_open_path( nums.at(ii) ) );
std::string npa( this->get_open_path_from_head_and_number_(
new_head.c_str() ,nums.at(ii)
));
/* 最初にこれでいいかユーザーに確認する */
if (ii==0) {
if (fl_ask(
"Rename\nFrom\n %s\nTo\n %s\nNumber List\n %s\nOK?"
,opa.c_str()
,npa.c_str()
,numost.str().c_str()
) != 1) {
return; // Cancel
}
}
#ifdef _WIN32
std::string opa2( osapi::cp932_from_utf8( opa ) );
std::string npa2( osapi::cp932_from_utf8( npa ) );
if (opa2.empty() || npa2.empty()) {
fl_alert("Error:rename \"%s\" \"%s\""
,opa.c_str() ,npa.c_str() );
return;
}
std::rename( opa2.c_str() ,npa2.c_str() );
#else
std::rename( opa.c_str() ,npa.c_str() );
#endif
}
/* rename成功したら、新しい名前に表示変更 */
cl_gts_gui.strinp_trace_open_file_head->value( new_head.c_str() );
}
int cb_trace_files::cb_start( const bool interactive_sw )
{
if ( !cl_gts_master.cl_number.is_trace() ) {
fl_alert("Set Number for Trace");
return OK;
}
/* チェック：開くファイルのLevel名がない */
{
std::string name(cl_gts_gui.strinp_trace_open_file_head->value());
if ( name.empty() ) {
fl_alert("Need Trace Open Name!");
return NG;
}
}
/* チェック：保存ファイルのLevel名がない */
{
std::string name(cl_gts_gui.strinp_trace_save_file_head->value());
if ( name.empty() ) {
fl_alert("Need Trace Save Name!");
return NG;
}
}
/* チェック：開くファイル名がない */
if (this->get_open_path(0).empty()) {
fl_alert("Check Open Folder and File name!");
return NG;
}
/* チェック：保存ファイル名がない */
if (this->get_save_path(0).empty()) {
fl_alert("Check Save Folder and File name!");
return NG;
}
/* 順送り(start <= end)の初期位置 */
cb_number &cl_num = cl_gts_master.cl_number;
int list_num = cl_num.next_selected_list_num(1);
/* チェック：番号選択がない */
if (list_num < 1) {
fl_alert("Select Number!");
return NG;
}
/* 順送り(start <= end)の初期番号 */
int file_num = cl_num.file_num_from_list_num(list_num);
/* 実行確認 */
if (interactive_sw) {
const bool tsw =
cl_gts_gui.chkbtn_trace_filter_trace_sw->value() != 0;
const bool esw =
cl_gts_gui.chkbtn_trace_filter_erase_dot_noise_sw->value() != 0;
if (fl_ask(
"%s%s\n%s\n-->\n%s\n..."
,tsw ?"Trace" :"Not trace"
,esw ?" and Erase Dot Noise" :""
,this->get_open_path(file_num).c_str()
,this->get_save_path(file_num).c_str()
) != 1) {
return OK; // Cancel
}
}
while (1 <= list_num) {
/* カレントの読み込みと処理と保存をして */
if (OK != this->read_and_save_crnt_( file_num ,list_num )) {
pri_funct_err_bttvr(
"Error : this->read_and_save_crnt_() returns NG" );
return NG;
}
/* 次を得る */
list_num = cl_num.next_selected_list_num( list_num + 1 );
file_num = cl_num.file_num_from_list_num( list_num );
Fl::check();
const int ekey = Fl::event_key();
/* FL_Escapeと'q'と't'は効かない */
//if (FL_Escape == ekey) {
//if ('q' == ekey) {
//if ('t' == ekey) { /* Tで開始し、tで終る */
if ('e' == ekey) {
break;
}
}
return OK;
}
void load_tiles(Fl_Widget*,void*o){
//if o=0 load if o=1 append if o=2 load at
if(!currentProject->containsData(pjHaveTiles)){
currentProject->haveMessage(pjHaveTiles);
return;
}
size_t file_size;
unsigned mode=(uintptr_t)o;
char * returned=(char*)fl_input("What row should these tiles use?\nEnter 0 to 3 to selected a row or -1 to -4 to auto determine based on tilemap\nWhen specifing a negative number to figure out what the default will be use this formula abs(row)-1","-1");
if (unlikely(!returned))
return;
if (unlikely(!verify_str_number_only(returned)))
return;
int row=atoi(returned);
if (unlikely((row > 3) || (row < -4))){
fl_alert("You entered %d which is out of range it must be in range of -4 to 3",row);
return;
}
uint8_t defaultRow=row >= 0 ? row:abs(row)-1;
int compression=compressionAsk();
bool alphaZero=fl_ask("Set color #0 to alpha 0 instead of 255")?true:false;
void*output;
filereader f=filereader("Load tiles");
if(f.amt==0)
return;
unsigned idx=f.selDat();
file_size = f.lens[idx];
unsigned truecolor_multiplier;
truecolor_multiplier=256/currentProject->tileC->tileSize;
if(compression)
output=decodeTypeRam((uint8_t*)f.dat[idx],f.lens[idx],file_size,compression);
else{
if (file_size%currentProject->tileC->tileSize){
fl_alert("Error: This is not a valid tile file each tile is %d bytes and this file is not a multiple of %d so it is not a valid tile file",currentProject->tileC->tileSize,currentProject->tileC->tileSize);
return;
}
}
uint32_t offset_tiles;
uint32_t offset_tiles_bytes;
if(mode==2){
const char * str=fl_input("Counting from zero which tile should this start at?");
if(!str){
return;
}
if(!verify_str_number_only((char*)str)){
return;
}
int off=atoi(str);
if(off>=0){
offset_tiles=off;
offset_tiles_bytes=offset_tiles*currentProject->tileC->tileSize;
}else{
fl_alert("You must enter a number greater than or equal to zero");
return;
}
}else if(mode==1){
offset_tiles=currentProject->tileC->amt;
offset_tiles_bytes=offset_tiles*currentProject->tileC->tileSize;
}else{
offset_tiles=0;
offset_tiles_bytes=0;
}
if(mode==2){
if(offset_tiles+(file_size/currentProject->tileC->tileSize)>=currentProject->tileC->amt)
currentProject->tileC->tDat.resize(offset_tiles_bytes+file_size);
}else
currentProject->tileC->tDat.resize(offset_tiles_bytes+file_size);
if(compression){
memcpy(currentProject->tileC->tDat.data()+offset_tiles_bytes,output,file_size);
free(output);
}else
memcpy(currentProject->tileC->tDat.data()+offset_tiles_bytes,f.dat[idx],file_size);
if(currentProject->getTileType()!=PLANAR_TILE)
currentProject->tileC->toPlanar(currentProject->getTileType(),offset_tiles,offset_tiles+(file_size/currentProject->tileC->tileSize));
if(mode==2){
if(offset_tiles+(file_size/currentProject->tileC->tileSize)>=currentProject->tileC->amt)
currentProject->tileC->truetDat.resize((file_size*truecolor_multiplier)+(offset_tiles_bytes*truecolor_multiplier));
}else
currentProject->tileC->truetDat.resize((file_size*truecolor_multiplier)+(offset_tiles_bytes*truecolor_multiplier));
for(uint32_t c=offset_tiles;c<(file_size/currentProject->tileC->tileSize)+offset_tiles;c++) {
if(row < 0){
uint32_t x,y;
uint8_t foundRow=defaultRow;
for(y=0;y<currentProject->tms->maps[currentProject->curPlane].mapSizeHA;++y){
for(x=0;x<currentProject->tms->maps[currentProject->curPlane].mapSizeW;++x){
if(currentProject->tms->maps[currentProject->curPlane].get_tile(x,y) == c) {
foundRow=currentProject->tms->maps[currentProject->curPlane].getPalRow(x,y);
goto doTile;
}
}
}
doTile:
currentProject->tileC->tileToTrueCol(¤tProject->tileC->tDat[(c*currentProject->tileC->tileSize)],¤tProject->tileC->truetDat[(c*256)],foundRow,true,alphaZero);
}else
currentProject->tileC->tileToTrueCol(¤tProject->tileC->tDat[(c*currentProject->tileC->tileSize)],¤tProject->tileC->truetDat[(c*256)],defaultRow,true,alphaZero);
}
if(mode==2){
if(offset_tiles+(file_size/currentProject->tileC->tileSize)>=currentProject->tileC->amt){
currentProject->tileC->amt=(file_size/currentProject->tileC->tileSize);
currentProject->tileC->amt+=offset_tiles;
}
}else{
currentProject->tileC->amt=(file_size/currentProject->tileC->tileSize);
currentProject->tileC->amt+=offset_tiles;
}
updateTileSelectAmt();
window->tile_select->value(0);
window->tile_select_2->value(0);
window->redraw();
}
int fl_ask_lua(const char *msg)
{
return fl_ask("%s", msg);
}
