//---------------------------------------------------------------------
void SaveData::load()
{
char str[1024];
std::string s;
std::stringstream ss;
int num;
int fp = FileRead_open("savedata/savedata.dat");
if (fp == 0) {
puts("Fail loading savedata file");
return;
}
while (FileRead_gets(str, 256, fp) != -1) {
ss.clear();
ss.str(str);
//----
ss >> s;
num = atoi(s.c_str());
is_data[num] = 1;
//----
ss >> s;
scenario_pos[num] = atoi(s.c_str());
//----
ss >> s;
save_day[num] = s;
ss >> s;
save_time[num] = s;
}
FileRead_close(fp);
puts("Success loading savedata file");
}
//敵の出現情報をエクセルから読み込んで格納する関数
void load_story(){
int n,num,i,fp;
char fname[32]={"../dat/csv/番外1/storyH0.csv"};
int input[64];
char inputc[64];
fp = FileRead_open(fname);//ファイル読み込み
if(fp == NULL){
printfDx("read error\n");
return;
}
for(i=0;i<2;i++)//最初の2行読み飛ばす
while(FileRead_getc(fp)!='\n');
n=0 , num=0;
while(1){
for(i=0;i<64;i++){
inputc[i]=input[i]=FileRead_getc(fp);//1文字取得する
if(inputc[i]=='/'){//スラッシュがあれば
while(FileRead_getc(fp)!='\n');//改行までループ
i=-1;//カウンタを最初に戻して
continue;
}
if(input[i]==',' || input[i]=='\n'){//カンマか改行なら
inputc[i]='\0';//そこまでを文字列とし
break;
}
if(input[i]==EOF){//ファイルの終わりなら
goto EXFILE;//終了
}
}
switch(num){
case 0: enemy_order[n].cnt =atoi(inputc);break;
case 1: enemy_order[n].pattern =atoi(inputc);break;
case 2: enemy_order[n].knd =atoi(inputc);break;
case 3: enemy_order[n].x =atof(inputc);break;
case 4: enemy_order[n].y =atof(inputc);break;
case 5: enemy_order[n].sp =atof(inputc);break;
case 6: enemy_order[n].bltime =atoi(inputc);break;
case 7: enemy_order[n].blknd =atoi(inputc);break;
case 8: enemy_order[n].col =atoi(inputc);break;
case 9: enemy_order[n].hp =atoi(inputc);break;
case 10:enemy_order[n].blknd2 =atoi(inputc);break;
case 11:enemy_order[n].wait =atoi(inputc);break;
case 12:enemy_order[n].item_n[0]=atoi(inputc);break;
case 13:enemy_order[n].item_n[1]=atoi(inputc);break;
case 14:enemy_order[n].item_n[2]=atoi(inputc);break;
case 15:enemy_order[n].item_n[3]=atoi(inputc);break;
case 16:enemy_order[n].item_n[4]=atoi(inputc);break;
case 17:enemy_order[n].item_n[5]=atoi(inputc);break;
}
num++;
if(num==18){
num=0;
n++;
}
}
EXFILE:
FileRead_close(fp);
}
static DXPTEXTURE3* LoadPngImage(const char *FileName)
{
u32 filesize;
int fp = -1;
DXPPNG png;
DXPPNG_PARAMS params;
void *buf = NULL;
DXPTEXTURE3 *texptr = NULL;
filesize = FileRead_size(FileName);
if(!filesize)goto err;
buf = malloc(filesize);
if(!buf)goto err;
texptr = dxpGraphicsCreateTexture();
if(!texptr)goto err;
fp = FileRead_open(FileName,0);
if(fp == 0)goto err;
FileRead_read(buf,filesize,fp);
FileRead_close(fp);
params.funcs.pmalloc = malloc;
params.funcs.pmemalign = memalign;
params.funcs.pfree = free;
params.mode = DXPPNG_MODE_GPU;
params.src = buf;
params.srcLength = filesize;
if(dxppng_decode(¶ms,&png) == -1)goto err;
texptr->alphabit = png.alpha ? 1 : 0;
texptr->colorkey = dxpGraphicsData.colorkey;
texptr->width = png.widthN2;
texptr->height = png.heightN2;
texptr->pitch = png.pitch;
texptr->ppalette = (u32 *)png.clut;
texptr->psm = png.psm;
texptr->reloadflag = 1;
texptr->size2_nflag = (png.height == png.heightN2 && png.width == png.widthN2 ? 1 : 0);
texptr->swizzledflag = 0;
texptr->texdata = png.raw;
texptr->texvram = 0;
texptr->umax = png.width;
texptr->vmax = png.height;
return texptr;
err:
FileRead_close(fp);
free(buf);
dxpGraphicsReleseTexture(texptr);
return NULL;
}
bool Client::load( ) {
int fh = FileRead_open( "IP.ini" );
if ( fh == 0 ) {
return false;
}
IPDATA ip;
if ( FileRead_read( &ip, sizeof( IPDATA ), fh ) == -1 ) {
FileRead_close( fh ) ;
return false;
}
_ip[ 0 ] = ip.d1;
_ip[ 1 ] = ip.d2;
_ip[ 2 ] = ip.d3;
_ip[ 3 ] = ip.d4;
FileRead_close( fh ) ;
return true;
}
Songs::Songs(Font *font) {
n = 0;
SetUseASyncLoadFlag(FALSE);
int file = FileRead_open("song/song.csv", FALSE);
SetUseASyncLoadFlag(TRUE);
char buf[3][256];
int id = 0;
while (FileRead_scanf(file, "%d,%[^,\n\r],%[^,\n\r],%[^\n\r]", &id, buf[0], buf[1], buf[2]) != EOF) {
song[n] = new Song(font, id, buf[1], buf[2], buf[0]);
n++;
}
FileRead_close(file);
}
Effekseer::FileReader* OpenRead( const EFK_CHAR* path )
{
auto path_ = ToMulti((wchar_t*)path);
auto fileHandle = g_openFunc(path_.c_str());
if(fileHandle == 0) return 0;
auto size = g_readSizeFunc(path_.c_str());
std::vector<uint8_t> data;
data.resize(size);
FileRead_read(data.data(), size, fileHandle);
FileRead_close(fileHandle);
return new EffekseerFileReader(data);
}
void Subweponbox::GetSubweponForCSV(int id){
int n, num, i, fp;
char fname[256];
int input[64];
char inputc[64];
sprintf_s(fname, "dat/Database/dbSW.csv");
fp = FileRead_open(fname); // ファイル読み込み
if(fp == NULL){
printfDx("read error\n");
return;
}
for(i=0;i<2;i++) // 最初の2行を読み飛ばす
while(FileRead_getc(fp)!='\n');
n=0, num=0;
SubweponStatus tmpStatus;
while(1){
for(i=0;i<64;i++){
inputc[i]=input[i]=FileRead_getc(fp);//1文字取得する
if(inputc[i]=='/'){//スラッシュがあれば
while(FileRead_getc(fp)!='\n');//改行までループ
i=-1;//カウンタを最初に戻して
continue;
}
if(input[i]==',' || input[i]=='\n'){//カンマか改行なら
inputc[i]='\0';//そこまでを文字列とし
break;
}
if(input[i]==EOF){//ファイルの終わりなら
goto EXFILE;//終了
}
}
switch(num){
case 0: tmpStatus.Name =inputc; break;
case 1: tmpStatus.Kind =atoi(inputc);break;
case 2: tmpStatus.Damage =atoi(inputc);break;
case 3: tmpStatus.HitArea =atoi(inputc);break;
case 4: tmpStatus.Speed =atoi(inputc);break;
case 5: tmpStatus.Rappid =atoi(inputc);break;
case 6: tmpStatus.Penetoration =atoi(inputc);break;
case 7: tmpStatus.LoadNumber =atoi(inputc);break;
case 8: tmpStatus.Price =atoi(inputc);break;
}
num++;
if(num==9){
tmpStatus.Id = n;
if(n==id){
Subwepon tmp;
tmp.SetSubwepon(tmpStatus);
Insert(tmp);
break;
}
num=0;
n++;
}
}
EXFILE:
FileRead_close(fp);}
