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hdd.c
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hdd.c
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//--------------------------------------------------------------
// File name: hdd.c
//--------------------------------------------------------------
#include "launchelf.h"
#define MAX_PARTGB 128 // Partition MAX in GB
#define MAX_PARTMB (MAX_PARTGB * 1024) // Partition MAX in MB
typedef struct
{
char Name[MAX_PART_NAME + 1];
u64 RawSize;
u64 TotalSize;
u64 FreeSize;
u64 UsedSize;
GameInfo Game; // Intended for HDL game info, implemented through IRX module
int Count;
int Treatment;
} PARTYINFO;
enum { // For Treatment codes
TREAT_PFS = 0, // PFS partition for normal file access
TREAT_HDL_RAW, // HDL game partition before reading GameInfo data
TREAT_HDL_GAME, // HDL game partition after reading GameInfo data
TREAT_SYSTEM, // System partition that must never be modified (__mbr)
TREAT_NOACCESS // Inaccessible partition, in fact all other partitions
};
enum { // For menu commands
CREATE = 0,
REMOVE,
RENAME,
EXPAND,
FORMAT,
NUM_MENU
};
#define SECTORS_PER_MB 2048 // Divide by this to convert from sector count to MB
#define MB 1048576
static PARTYINFO PartyInfo[MAX_PARTITIONS];
static int numParty;
static u32 hddSize, hddFree, hddFreeSpace, hddUsed;
static int hddConnected, hddFormated;
static char DbgMsg[MAX_TEXT_LINE * 30];
//--------------------------------------------------------------
// radians to degrees helper functions
float sindgf(float f) { return sinf(f) * M_PI / 180.0f; }
float cosdgf(float f) { return cosf(f) * M_PI / 180.0f; }
//--------------------------------------------------------------
///*
void DebugDisp(const char *Message)
{
int done;
for (done = 0; done == 0;) {
nonDialog(Message);
drawLastMsg();
if (readpad() && new_pad) {
done = 1;
}
}
}
//*/
//------------------------------
// endfunc DebugDisp
//--------------------------------------------------------------
/*
void DebugDispStat(iox_dirent_t *p)
{
char buf[MAX_TEXT_LINE*24]="";
int stp, pos, i;
unsigned int *ip = &p->stat.private_0;
int *cp = (int *) p->stat.ctime;
int *ap = (int *) p->stat.atime;
int *mp = (int *) p->stat.mtime;
pos = 0;
sprintf(buf+pos,"dirent.name == \"%s\"\n%n", p->name, &stp); pos+=stp;
sprintf(buf+pos,"dirent.unknown == %d\n%n", p->unknown, &stp); pos+=stp;
sprintf(buf+pos," mode == 0x%08X, attr == 0x%08X\n%n",p->stat.mode,p->stat.attr,&stp); pos+=stp;
sprintf(buf+pos,"hisize == 0x%08X, size == 0x%08X\n%n",p->stat.hisize,p->stat.size,&stp); pos+=stp;
sprintf(buf+pos,"ctime == 0x%08X%08X \n%n", cp[1],cp[0], &stp); pos+=stp;
sprintf(buf+pos,"atime == 0x%08X%08X\n%n", ap[1],ap[0], &stp); pos+=stp;
sprintf(buf+pos,"mtime == 0x%08X%08X\n%n", mp[1],mp[0], &stp); pos+=stp;
for(i=0; i<6; i++){
sprintf(buf+pos,"private_%d == 0x%08X\n%n", i, ip[i], &stp); pos+=stp;
}
DebugDisp(buf);
}
//*/
//------------------------------
// endfunc DebugDispStat
//--------------------------------------------------------------
void GetHddInfo(void)
{
iox_dirent_t infoDirEnt;
int rv, hddFd = 0, partitionFd, i, Treat = TREAT_NOACCESS, tooManyPartitions;
u32 size = 0, zoneFree, zoneSize;
char tmp[MAX_PATH];
char dbgtmp[MAX_PATH];
// char pfs_str[6];
// strcpy(pfs_str, "pfs0:");
hddSize = 0, hddFree = 0, hddFreeSpace = 0, hddUsed = 0;
hddConnected = 0, hddFormated = 0;
numParty = 0;
tooManyPartitions = 0;
drawMsg(LNG(Reading_HDD_Information));
if (hddCheckPresent() < 0) {
hddConnected = 0;
goto end;
} else
hddConnected = 1;
if (hddCheckFormatted() < 0) {
hddFormated = 0;
goto end;
} else
hddFormated = 1;
hddSize = (u32)fileXioDevctl("hdd0:", HDIOC_TOTALSECTOR, NULL, 0, NULL, 0) / SECTORS_PER_MB;
if ((hddFd = fileXioDopen("hdd0:")) < 0)
return;
while (fileXioDread(hddFd, &infoDirEnt) > 0) { // Starts main while loop
u64 found_size = infoDirEnt.stat.size / SECTORS_PER_MB;
// DebugDispStat(&infoDirEnt);
if (infoDirEnt.stat.mode == APA_TYPE_FREE)
continue;
hddUsed += found_size;
for (i = 0; i < numParty; i++) // Check with previous partitions
if (!strcmp(infoDirEnt.name, PartyInfo[i].Name))
break;
if (i < numParty) { // found another reference to an old name
PartyInfo[i].RawSize += found_size; // Add new segment to old size
} else { // Starts clause for finding brand new name for PartyInfo[numParty]
if (numParty >= MAX_PARTITIONS) {
tooManyPartitions = 1;
break;
}
sprintf(dbgtmp, "%s \"%s\"", LNG(Found), infoDirEnt.name);
drawMsg(dbgtmp);
memset(&PartyInfo[numParty], 0, sizeof(PARTYINFO));
memcpy(PartyInfo[numParty].Name, infoDirEnt.name, MAX_PART_NAME);
PartyInfo[numParty].Name[MAX_PART_NAME] = '\0';
PartyInfo[numParty].RawSize = found_size; // Store found segment size
PartyInfo[numParty].Count = numParty;
if (infoDirEnt.stat.mode == APA_TYPE_MBR) // New test of partition type by 'mode'
Treat = TREAT_SYSTEM;
else if (infoDirEnt.stat.mode == 0x1337)
Treat = TREAT_HDL_RAW;
else if (infoDirEnt.stat.mode == APA_TYPE_PFS)
Treat = TREAT_PFS;
else
Treat = TREAT_NOACCESS;
PartyInfo[numParty].Treatment = Treat;
if (Treat == TREAT_PFS) { // Starts clause for TREAT_PFS
sprintf(tmp, "hdd0:%s", PartyInfo[numParty].Name);
partitionFd = open(tmp, O_RDONLY, 0);
if (partitionFd >= 0) {
for (i = 0, size = 0; i < infoDirEnt.stat.private_0 + 1; i++) {
rv = fileXioIoctl2(partitionFd, HIOCGETSIZE, &i, 4, NULL, 0);
size += (u32)rv / SECTORS_PER_MB;
}
PartyInfo[numParty].TotalSize = size;
// PartyInfo[numParty].RawSize = size;
close(partitionFd);
// mountParty(tmp);
// pfs_str[3] = '0'+latestMount;
fileXioUmount("pfs0:");
if (fileXioMount("pfs0:", tmp, FIO_MT_RDONLY) < 0)
PartyInfo[numParty].Treatment = TREAT_NOACCESS; // non-pfs partition
else {
zoneFree = (u32)fileXioDevctl("pfs0:", PDIOC_ZONEFREE, NULL, 0, NULL, 0);
zoneSize = (u32)fileXioDevctl("pfs0:", PDIOC_ZONESZ, NULL, 0, NULL, 0);
PartyInfo[numParty].FreeSize = (u64)zoneFree * zoneSize / MB;
PartyInfo[numParty].UsedSize = PartyInfo[numParty].TotalSize - PartyInfo[numParty].FreeSize;
}
} else { // Ends clause for partitionFd >= 0
PartyInfo[numParty].Treatment = TREAT_NOACCESS;
PartyInfo[numParty].FreeSize = 0;
PartyInfo[numParty].UsedSize = 0;
}
} // Ends clause for TREAT_PFS
numParty++;
} // Ends clause for finding brand new name for PartyInfo[numParty]
} // ends main while loop
fileXioDclose(hddFd);
hddFreeSpace = (hddSize - hddUsed) & 0x7FFFFF80; // free space rounded to useful area
hddFree = (hddFreeSpace * 100) / hddSize; // free space percentage
end:
drawMsg(tooManyPartitions ? LNG(HDD_Information_Read_Overflow) : LNG(HDD_Information_Read));
WaitTime = Timer();
while (Timer() < WaitTime + 1500)
; // print operation result during 1.5 sec.
}
//------------------------------
// endfunc GetHddInfo
//--------------------------------------------------------------
int sizeSelector(int size)
{
int x, y;
int saveSize = size;
float scrollBar;
char c[MAX_PATH];
int event, post_event = 0;
int mSprite_X1 = SCREEN_WIDTH / 2 - 12 * FONT_WIDTH; // Left edge of sprite
int mSprite_Y1 = SCREEN_HEIGHT / 2 - 3 * FONT_HEIGHT; // Top edge of sprite
int mSprite_X2 = SCREEN_WIDTH / 2 + 12 * FONT_WIDTH; // Right edge of sprite
int mSprite_Y2 = SCREEN_HEIGHT / 2 + 3 * FONT_HEIGHT; // Bottom edge of sprite
event = 1; // event = initial entry
while (1) {
// Pad response section
waitPadReady(0, 0);
if (readpad()) {
if (new_pad & PAD_RIGHT) {
event |= 2; // event |= valid pad command
if ((size += 128) > MAX_PARTMB)
size = MAX_PARTMB;
} else if (new_pad & PAD_LEFT) {
event |= 2; // event |= valid pad command
if ((size -= 128) < saveSize)
size = saveSize;
} else if (new_pad & PAD_R1) {
event |= 2; // event |= valid pad command
if (size < 1024)
size = 1024;
else {
if ((size += 1024) > MAX_PARTMB)
size = MAX_PARTMB;
}
} else if (new_pad & PAD_L1) {
event |= 2; // event |= valid pad command
if ((size -= 1024) < saveSize)
size = saveSize;
} else if (new_pad & PAD_R2) {
event |= 2; // event |= valid pad command
if (size < 10240)
size = 10240;
else {
if ((size += 10240) > MAX_PARTMB)
size = MAX_PARTMB;
}
} else if (new_pad & PAD_L2) {
event |= 2; // event |= valid pad command
if ((size -= 10240) < saveSize)
size = saveSize;
} else if ((new_pad & PAD_TRIANGLE) || (!swapKeys && new_pad & PAD_CROSS) || (swapKeys && new_pad & PAD_CIRCLE)) {
return -1;
} else if ((swapKeys && new_pad & PAD_CROSS) || (!swapKeys && new_pad & PAD_CIRCLE)) {
break;
}
}
if (event || post_event) { // NB: We need to update two frame buffers per event
// Display section
drawPopSprite(setting->color[COLOR_BACKGR],
mSprite_X1, mSprite_Y1,
mSprite_X2, mSprite_Y2);
drawFrame(mSprite_X1, mSprite_Y1, mSprite_X2, mSprite_Y2, setting->color[COLOR_FRAME]);
sprintf(c, "%d %s", size, LNG(MB));
printXY(c, mSprite_X1 + 12 * FONT_WIDTH - (strlen(c) * FONT_WIDTH) / 2,
mSprite_Y1 + FONT_HEIGHT, setting->color[COLOR_TEXT], TRUE, 0);
drawFrame(mSprite_X1 + 7 * FONT_WIDTH, mSprite_Y1 + FONT_HEIGHT / 2,
mSprite_X2 - 7 * FONT_WIDTH, mSprite_Y1 + FONT_HEIGHT * 2 + FONT_HEIGHT / 2, setting->color[COLOR_FRAME]);
// RA NB: Next line assumes a scrollbar 19 characters wide (see below)
sprintf(c, "128%s %3d%s", LNG(MB), MAX_PARTGB, LNG(GB));
printXY(c, mSprite_X1 + FONT_WIDTH, mSprite_Y1 + FONT_HEIGHT * 3, setting->color[COLOR_TEXT], TRUE, 0);
drawOpSprite(setting->color[COLOR_FRAME],
mSprite_X1 + 2 * FONT_WIDTH + FONT_WIDTH / 2, mSprite_Y1 + FONT_HEIGHT * 5 - LINE_THICKNESS + 1,
mSprite_X2 - 2 * FONT_WIDTH - FONT_WIDTH / 2, mSprite_Y1 + FONT_HEIGHT * 5);
// RA NB: Next line sets scroll position on a bar 19 chars wide (see above)
scrollBar = (size * (19 * FONT_WIDTH) / (MAX_PARTMB - 128));
drawOpSprite(setting->color[COLOR_FRAME],
mSprite_X1 + 2 * FONT_WIDTH + FONT_WIDTH / 2 + (int)scrollBar - LINE_THICKNESS + 1,
mSprite_Y1 + FONT_HEIGHT * 5 - FONT_HEIGHT / 2,
mSprite_X1 + 2 * FONT_WIDTH + FONT_WIDTH / 2 + (int)scrollBar,
mSprite_Y1 + FONT_HEIGHT * 5 + FONT_HEIGHT / 2);
// Tooltip section
x = SCREEN_MARGIN;
y = Menu_tooltip_y;
drawSprite(setting->color[COLOR_BACKGR],
0, y - 1,
SCREEN_WIDTH, y + 16);
if (swapKeys)
sprintf(c, "\xFF"
"1:%s \xFF"
"0:%s \xFF"
"3:%s \xFF"
"</\xFF"
"::-/+128%s L1/R1:-/+1%s L2/R2:-/+10%s",
LNG(OK), LNG(Cancel), LNG(Back), LNG(MB), LNG(GB), LNG(GB));
else
sprintf(c, "\xFF"
"0:%s \xFF"
"1:%s \xFF"
"3:%s \xFF"
"</\xFF"
"::-/+128%s L1/R1:-/+1%s L2/R2:-/+10%s",
LNG(OK), LNG(Cancel), LNG(Back), LNG(MB), LNG(GB), LNG(GB));
printXY(c, x, y, setting->color[COLOR_SELECT], TRUE, 0);
} // ends if(event||post_event)
drawScr();
post_event = event;
event = 0;
} // ends while
return size;
}
//------------------------------
// endfunc sizeSelector
//--------------------------------------------------------------
int MenuParty(PARTYINFO Info)
{
u64 color;
char enable[NUM_MENU], tmp[64];
int x, y, i, sel;
int event, post_event = 0;
int menu_len = strlen(LNG(Create)) > strlen(LNG(Remove)) ?
strlen(LNG(Create)) :
strlen(LNG(Remove));
menu_len = strlen(LNG(Rename)) > menu_len ? strlen(LNG(Rename)) : menu_len;
menu_len = strlen(LNG(Expand)) > menu_len ? strlen(LNG(Expand)) : menu_len;
menu_len = strlen(LNG(Format)) > menu_len ? strlen(LNG(Format)) : menu_len;
int menu_ch_w = menu_len + 1; // Total characters in longest menu string
int menu_ch_h = NUM_MENU; // Total number of menu lines
int mSprite_Y1 = 64; // Top edge of sprite
int mSprite_X2 = SCREEN_WIDTH - 35; // Right edge of sprite
int mSprite_X1 = mSprite_X2 - (menu_ch_w + 3) * FONT_WIDTH; // Left edge of sprite
int mSprite_Y2 = mSprite_Y1 + (menu_ch_h + 1) * FONT_HEIGHT; // Bottom edge of sprite
unmountAll(); // unmount all uLE-used mountpoints
unmountParty(0); // unconditionally unmount primary mountpoint
unmountParty(1); // unconditionally unmount secondary mountpoint
memset(enable, TRUE, NUM_MENU);
if ((Info.Name[0] == '_') && (Info.Name[1] == '_')) {
enable[REMOVE] = FALSE;
}
if (Info.Treatment == TREAT_SYSTEM) {
enable[REMOVE] = FALSE;
enable[RENAME] = FALSE;
enable[EXPAND] = FALSE;
}
if (Info.Treatment == TREAT_HDL_RAW) {
enable[EXPAND] = FALSE;
}
if (Info.Treatment == TREAT_HDL_GAME) {
enable[EXPAND] = FALSE;
}
if (Info.Treatment == TREAT_NOACCESS) {
enable[EXPAND] = FALSE;
}
// FIXME: Always disable the expand option, since it causes corruption
enable[EXPAND] = FALSE;
for (sel = 0; sel < NUM_MENU; sel++)
if (enable[sel] == TRUE)
break;
event = 1; // event = initial entry
while (1) {
// Pad response section
waitPadReady(0, 0);
if (readpad()) {
if (new_pad & PAD_UP && sel < NUM_MENU) {
event |= 2; // event |= valid pad command
do {
sel--;
if (sel < 0)
sel = NUM_MENU - 1;
} while (!enable[sel]);
} else if (new_pad & PAD_DOWN && sel < NUM_MENU) {
event |= 2; // event |= valid pad command
do {
sel++;
if (sel == NUM_MENU)
sel = 0;
} while (!enable[sel]);
} else if ((new_pad & PAD_TRIANGLE) || (!swapKeys && new_pad & PAD_CROSS) || (swapKeys && new_pad & PAD_CIRCLE)) {
return -1;
} else if ((swapKeys && new_pad & PAD_CROSS) || (!swapKeys && new_pad & PAD_CIRCLE)) {
break;
}
}
if (event || post_event) { // NB: We need to update two frame buffers per event
// Display section
drawPopSprite(setting->color[COLOR_BACKGR],
mSprite_X1, mSprite_Y1,
mSprite_X2, mSprite_Y2);
drawFrame(mSprite_X1, mSprite_Y1, mSprite_X2, mSprite_Y2, setting->color[COLOR_FRAME]);
for (i = 0, y = mSprite_Y1 + FONT_HEIGHT / 2; i < NUM_MENU; i++) {
if (i == CREATE)
strcpy(tmp, LNG(Create));
else if (i == REMOVE)
strcpy(tmp, LNG(Remove));
else if (i == RENAME)
strcpy(tmp, LNG(Rename));
else if (i == EXPAND)
strcpy(tmp, LNG(Expand));
else if (i == FORMAT)
strcpy(tmp, LNG(Format));
if (enable[i])
color = setting->color[COLOR_TEXT];
else
color = setting->color[COLOR_FRAME];
printXY(tmp, mSprite_X1 + 2 * FONT_WIDTH, y, color, TRUE, 0);
y += FONT_HEIGHT;
}
if (sel < NUM_MENU)
drawChar(LEFT_CUR, mSprite_X1 + FONT_WIDTH, mSprite_Y1 + (FONT_HEIGHT / 2 + sel * FONT_HEIGHT), setting->color[COLOR_TEXT]);
// Tooltip section
x = SCREEN_MARGIN;
y = Menu_tooltip_y;
drawSprite(setting->color[COLOR_BACKGR],
0, y - 1,
SCREEN_WIDTH, y + 16);
if (swapKeys)
sprintf(tmp, "\xFF"
"1:%s \xFF"
"0:%s \xFF"
"3:%s",
LNG(OK), LNG(Cancel), LNG(Back));
else
sprintf(tmp, "\xFF"
"0:%s \xFF"
"1:%s \xFF"
"3:%s",
LNG(OK), LNG(Cancel), LNG(Back));
printXY(tmp, x, y, setting->color[COLOR_SELECT], TRUE, 0);
} // ends if(event||post_event)
drawScr();
post_event = event;
event = 0;
} // ends while
return sel;
}
//------------------------------
// endfunc MenuParty
//--------------------------------------------------------------
int CreateParty(char *party, int size)
{
int i, num = 1, ret = 0;
// int remSize = size-2048;
char tmpName[MAX_ENTRY];
// t_hddFilesystem hddFs[MAX_PARTITIONS];
drawMsg(LNG(Creating_New_Partition));
tmpName[0] = 0;
sprintf(tmpName, "%s", party);
for (i = 0; i < MAX_PARTITIONS; i++) {
if (!strcmp(PartyInfo[i].Name, tmpName)) {
sprintf(tmpName, "%s%d", party, num);
num++;
}
}
strcpy(party, tmpName);
/* if(remSize <= 0)*/
ret = hddMakeFilesystem(size, party, O_RDWR | O_CREAT);
/* else{
ret = hddMakeFilesystem(2048, party, O_RDWR | O_CREAT);
hddGetFilesystemList(hddFs, MAX_PARTITIONS);
for(i=0; i<MAX_PARTITIONS; i++){
if(!strcmp(hddFs[i].filename+5, party))
ret = hddExpandFilesystem(&hddFs[i], remSize);
}
}*/
if (ret > 0) {
GetHddInfo();
drawMsg(LNG(New_Partition_Created));
} else {
drawMsg(LNG(Failed_Creating_New_Partition));
}
WaitTime = Timer();
while (Timer() < WaitTime + 1500)
; // print operation result during 1.5 sec.
return ret;
}
//------------------------------
// endfunc CreateParty
//--------------------------------------------------------------
int RemoveParty(PARTYINFO Info)
{
int ret = 0;
char tmpName[MAX_ENTRY];
// printf("Remove Partition: %d\n", Info.Count);
drawMsg(LNG(Removing_Current_Partition));
sprintf(tmpName, "hdd0:%s", Info.Name);
ret = fileXioRemove(tmpName);
if (ret == 0) {
hddUsed -= Info.TotalSize;
hddFreeSpace = (hddSize - hddUsed) & 0x7FFFFF80; // free space rounded to useful area
hddFree = (hddFreeSpace * 100) / hddSize; // free space percentage
numParty--;
if (Info.Count == numParty) {
memset(&PartyInfo[numParty], 0, sizeof(PARTYINFO));
} else {
int i;
for (i = Info.Count; i < numParty; i++) {
memset(&PartyInfo[i], 0, sizeof(PARTYINFO));
memcpy(&PartyInfo[i], &PartyInfo[i + 1], sizeof(PARTYINFO));
PartyInfo[i].Count--;
}
memset(&PartyInfo[numParty], 0, sizeof(PARTYINFO));
}
drawMsg(LNG(Partition_Removed));
} else {
drawMsg(LNG(Failed_Removing_Current_Partition));
}
WaitTime = Timer();
while (Timer() < WaitTime + 1500)
; // print operation result during 1.5 sec.
return ret;
}
//------------------------------
// endfunc RemoveParty
//--------------------------------------------------------------
int RenameParty(PARTYINFO Info, char *newName)
{
int i, num = 1, ret = 0;
char in[MAX_ENTRY], out[MAX_ENTRY], tmpName[MAX_ENTRY];
drawMsg(LNG(Renaming_Partition));
in[0] = 0;
out[0] = 0;
tmpName[0] = 0;
sprintf(tmpName, "%s", newName);
if (!strcmp(Info.Name, tmpName)) // Exactly the same name entered.
goto end;
// If other partitions exist with the same name, append a number to keep the name unique.
for (i = 0; i < numParty; i++) {
if (!strcmp(PartyInfo[i].Name, tmpName)) {
sprintf(tmpName, "%s%d", newName, num);
num++;
}
}
strcpy(newName, tmpName);
if (strlen(newName) >= MAX_PART_NAME) {
ret = -ENAMETOOLONG;
goto end2; // For this case HDL renaming can't be done
}
sprintf(in, "hdd0:%s", Info.Name);
sprintf(out, "hdd0:%s", newName);
ret = fileXioRename(in, out);
if (ret == 0) {
strncpy(PartyInfo[Info.Count].Name, newName, MAX_PART_NAME);
PartyInfo[Info.Count].Name[MAX_PART_NAME] = '\0';
drawMsg(LNG(Partition_Renamed));
} else {
end2:
drawMsg(LNG(Failed_Renaming_Partition));
}
WaitTime = Timer();
while (Timer() < WaitTime + 1500)
; // print operation result during 1.5 sec.
end:
return ret;
}
//------------------------------
// endfunc RenameParty
//--------------------------------------------------------------
int RenameGame(PARTYINFO Info, char *newName)
{
// printf("Rename Game: %d\n", Info.Count);
// int fd;
int i, num = 1, ret = 0;
char tmpName[MAX_ENTRY];
drawMsg(LNG(Renaming_Game));
if (!strcmp(Info.Game.Name, newName))
goto end1;
tmpName[0] = 0;
strcpy(tmpName, newName);
for (i = 0; i < MAX_PARTITIONS; i++) {
if (!strcmp(PartyInfo[i].Game.Name, tmpName)) {
sprintf(tmpName, "%s%d", newName, num);
num++;
}
}
strcpy(newName, tmpName);
if (strlen(newName) >= MAX_PART_NAME) {
ret = -ENAMETOOLONG;
goto end2; // For this case HDL renaming can't be done
}
ret = HdlRenameGame(Info.Game.Name, newName);
if (ret == 0) {
strcpy(PartyInfo[Info.Count].Game.Name, newName);
/* if(mountParty("hdd0:HDLoader Settings")>=0){
if((fd=genOpen("pfs0:/gamelist.log", O_RDONLY)) >= 0){
genClose(fd);
if(fileXioRemove("pfs0:/gamelist.log")!=0)
ret=0;
}
unmountParty(latestMount);
}*/
} else {
sprintf(DbgMsg, "HdlRenameGame(\"%s\",\n \"%s\")\n=> %d", Info.Game.Name, newName, ret);
DebugDisp(DbgMsg);
}
if (ret != 0) {
strcpy(PartyInfo[Info.Count].Game.Name, newName);
drawMsg(LNG(Game_Renamed));
} else {
end2:
drawMsg(LNG(Failed_Renaming_Game));
}
WaitTime = Timer();
while (Timer() < WaitTime + 1500)
; // print operation result during 1.5 sec.
end1:
return ret;
}
//------------------------------
// endfunc RenameGame
//--------------------------------------------------------------
int ExpandParty(PARTYINFO Info, int size)
{
int i, ret = 0;
char tmpName[MAX_ENTRY + 5];
t_hddFilesystem hddFs[MAX_PARTITIONS];
drawMsg(LNG(Expanding_Current_Partition));
// printf("Expand Partition: %d\n", Info.Count);
sprintf(tmpName, "hdd0:%s", Info.Name);
hddGetFilesystemList(hddFs, MAX_PARTITIONS);
for (i = 0; i < MAX_PARTITIONS; i++) {
if (!strcmp(hddFs[i].filename, tmpName)) {
ret = hddExpandFilesystem(&hddFs[i], size);
}
}
if (ret > 0) {
hddUsed += size;
hddFreeSpace = (hddSize - hddUsed) & 0x7FFFFF80; // free space rounded to useful area
hddFree = (hddFreeSpace * 100) / hddSize; // free space percentage
PartyInfo[Info.Count].TotalSize += size;
PartyInfo[Info.Count].FreeSize += size;
drawMsg(LNG(Partition_Expanded));
} else {
drawMsg(LNG(Failed_Expanding_Current_Partition));
}
WaitTime = Timer();
while (Timer() < WaitTime + 1500)
; // print operation result during 1.5 sec.
return ret;
}
//------------------------------
// endfunc ExpandParty
//--------------------------------------------------------------
int FormatHdd(void)
{
int ret = 0;
drawMsg(LNG(Formating_HDD));
ret = hddFormat();
if (ret == 0) {
drawMsg(LNG(HDD_Formated));
} else {
drawMsg(LNG(HDD_Format_Failed));
}
WaitTime = Timer();
while (Timer() < WaitTime + 1500)
; // print operation result during 1.5 sec.
GetHddInfo();
return ret;
}
//------------------------------
// endfunc FormatHdd
//--------------------------------------------------------------
void hddManager(void)
{
char c[MAX_PATH];
int Angle;
int x, y, y0, y1, x2, y2;
float x3, y3;
int i, ret;
int partySize;
int pfsFree;
int ray;
u64 Color;
char tmp[MAX_PATH];
char tooltip[MAX_TEXT_LINE];
int top = 0, rows;
int event, post_event = 0;
int browser_sel = 0, browser_nfiles;
int Treat;
rows = (Menu_end_y - Menu_start_y) / FONT_HEIGHT;
loadHddModules();
GetHddInfo();
event = 1; // event = initial entry
while (1) {
// Pad response section
waitPadReady(0, 0);
if (readpad()) {
if (new_pad) {
// printf("Selected Partition: %d\n", browser_sel);
event |= 2; // event |= pad command
}
if (new_pad & PAD_UP)
browser_sel--;
else if (new_pad & PAD_DOWN)
browser_sel++;
else if (new_pad & PAD_LEFT)
browser_sel -= rows / 2;
else if (new_pad & PAD_RIGHT)
browser_sel += rows / 2;
else if ((new_pad & PAD_SELECT) || (new_pad & PAD_TRIANGLE)) {
// Prepare for exit from HddManager
unmountAll(); // unmount all uLE-used mountpoints
unmountParty(0); // unconditionally unmount primary mountpoint
unmountParty(1); // unconditionally unmount secondary mountpoint
return;
} else if (new_pad & PAD_SQUARE) {
if (PartyInfo[browser_sel].Treatment == TREAT_HDL_RAW) {
loadHdlInfoModule();
ret = HdlGetGameInfo(PartyInfo[browser_sel].Name, &PartyInfo[browser_sel].Game);
if (ret == 0)
PartyInfo[browser_sel].Treatment = TREAT_HDL_GAME;
else {
sprintf(DbgMsg, "HdlGetGameInfo(\"%s\",bf)\n=> %d", PartyInfo[browser_sel].Name, ret);
DebugDisp(DbgMsg);
}
} else if (PartyInfo[browser_sel].Treatment == TREAT_HDL_GAME)
PartyInfo[browser_sel].Treatment = TREAT_HDL_RAW; // Press Square again to unload HDL info
} else if (new_pad & PAD_R1) { // Starts clause for R1 menu
ret = MenuParty(PartyInfo[browser_sel]);
tmp[0] = 0;
if (ret == CREATE) {
drawMsg(LNG(Enter_New_Partition_Name));
drawMsg(LNG(Enter_New_Partition_Name));
if (keyboard(tmp, MAX_PART_NAME) > 0) {
partySize = 128;
drawMsg(LNG(Select_New_Partition_Size_In_MB));
drawMsg(LNG(Select_New_Partition_Size_In_MB));
if ((ret = sizeSelector(partySize)) > 0) {
if (ynDialog(LNG(Create_New_Partition)) == 1) {
CreateParty(tmp, ret);
nparties = 0; // Tell FileBrowser to refresh party list
}
}
}
} else if (ret == REMOVE) {
if (ynDialog(LNG(Remove_Current_Partition)) == 1) {
RemoveParty(PartyInfo[browser_sel]);
nparties = 0; // Tell FileBrowser to refresh party list
}
} else if (ret == RENAME) {
drawMsg(LNG(Enter_New_Partition_Name));
drawMsg(LNG(Enter_New_Partition_Name));
if (PartyInfo[browser_sel].Treatment == TREAT_HDL_GAME) { // Rename HDL Game
strcpy(tmp, PartyInfo[browser_sel].Game.Name);
if (keyboard(tmp, MAX_PART_NAME) > 0) {
if (ynDialog(LNG(Rename_Current_Game)) == 1)
RenameGame(PartyInfo[browser_sel], tmp);
}
} else { // starts clause for normal partition RENAME
strcpy(tmp, PartyInfo[browser_sel].Name);
if (keyboard(tmp, MAX_PART_NAME) > 0) {
if (ynDialog(LNG(Rename_Current_Partition)) == 1) {
RenameParty(PartyInfo[browser_sel], tmp);
nparties = 0; // Tell FileBrowser to refresh party list
}
}
} // ends clause for normal partition RENAME
} else if (ret == EXPAND) {
drawMsg(LNG(Select_New_Partition_Size_In_MB));
drawMsg(LNG(Select_New_Partition_Size_In_MB));
partySize = PartyInfo[browser_sel].TotalSize;
if ((ret = sizeSelector(partySize)) > 0) {
if (ynDialog(LNG(Expand_Current_Partition)) == 1) {
ret -= partySize;
ExpandParty(PartyInfo[browser_sel], ret);
nparties = 0; // Tell FileBrowser to refresh party list
}
}
} else if (ret == FORMAT) {
if (ynDialog(LNG(Format_HDD)) == 1) {
FormatHdd();
nparties = 0; // Tell FileBrowser to refresh party list
}
}
} // Ends clause for R1 menu
} // ends pad response section
if (event || post_event) { // NB: We need to update two frame buffers per event
// Display section
clrScr(setting->color[COLOR_BACKGR]);
browser_nfiles = numParty;
// printf("Number Of Partition: %d\n", numParty);
if (top > browser_nfiles - rows)
top = browser_nfiles - rows;
if (top < 0)
top = 0;
if (browser_sel >= browser_nfiles)
browser_sel = browser_nfiles - 1;
if (browser_sel < 0)
browser_sel = 0;
if (browser_sel >= top + rows)
top = browser_sel - rows + 1;
if (browser_sel < top)
top = browser_sel;
y = Menu_start_y;
x = ((((SCREEN_WIDTH / 2 - 25) - Menu_start_x) / 2) + Menu_start_x) - (strlen(LNG(HDD_STATUS)) * FONT_WIDTH) / 2;
printXY(LNG(HDD_STATUS), x, y, setting->color[COLOR_TEXT], TRUE, 0);
if (TV_mode != TV_mode_PAL)
y += FONT_HEIGHT + 10;
else
y += FONT_HEIGHT + 11;
drawOpSprite(setting->color[COLOR_FRAME],
SCREEN_MARGIN, y - 6,
SCREEN_WIDTH / 2 - 20, y - 4);
if (hddConnected == 0)
sprintf(c, "%s: %s / %s: %s",
LNG(CONNECTED), LNG(NO), LNG(FORMATED), LNG(NO));
else if ((hddConnected == 1) && (hddFormated == 0))
sprintf(c, "%s: %s / %s: %s",
LNG(CONNECTED), LNG(YES), LNG(FORMATED), LNG(NO));
else if (hddFormated == 1)
sprintf(c, "%s: %s / %s: %s",
LNG(CONNECTED), LNG(YES), LNG(FORMATED), LNG(YES));
x = ((((SCREEN_WIDTH / 2 - 25) - Menu_start_x) / 2) + Menu_start_x) - (strlen(c) * FONT_WIDTH) / 2;
printXY(c, x, y, setting->color[COLOR_TEXT], TRUE, ((SCREEN_WIDTH / 2 - 20) - SCREEN_MARGIN - 2 * FONT_WIDTH));
drawOpSprite(setting->color[COLOR_FRAME],
SCREEN_WIDTH / 2 - 21, Frame_start_y,
SCREEN_WIDTH / 2 - 19, Frame_end_y);
if (TV_mode != TV_mode_PAL)
y += FONT_HEIGHT + 11;
else
y += FONT_HEIGHT + 12;
drawOpSprite(setting->color[COLOR_FRAME],
SCREEN_MARGIN, y - 6,
SCREEN_WIDTH / 2 - 20, y - 4);
if (hddFormated == 1) {
sprintf(c, "%s: %u %s", LNG(HDD_SIZE), hddSize, LNG(MB));
x = ((((SCREEN_WIDTH / 2 - 25) - Menu_start_x) / 2) + Menu_start_x) - (strlen(c) * FONT_WIDTH) / 2;
printXY(c, x, y, setting->color[COLOR_TEXT], TRUE, ((SCREEN_WIDTH / 2 - 20) - SCREEN_MARGIN - 2 * FONT_WIDTH));
y += FONT_HEIGHT;
sprintf(c, "%s: %u %s", LNG(HDD_USED), hddUsed, LNG(MB));
printXY(c, x, y, setting->color[COLOR_TEXT], TRUE, ((SCREEN_WIDTH / 2 - 20) - SCREEN_MARGIN - 2 * FONT_WIDTH));
y += FONT_HEIGHT;
sprintf(c, "%s: %u %s", LNG(HDD_FREE), hddFreeSpace, LNG(MB));
printXY(c, x, y, setting->color[COLOR_TEXT], TRUE, ((SCREEN_WIDTH / 2 - 20) - SCREEN_MARGIN - 2 * FONT_WIDTH));
if (TV_mode != TV_mode_PAL)
ray = 45;
else
ray = 55;
x = ((((SCREEN_WIDTH / 2 - 25) - Menu_start_x) / 2) + Menu_start_x);
if (TV_mode != TV_mode_PAL)
y += ray + 20;
else
y += ray + 25;
for (i = 0; i < 360; i++) {
Angle = i - 90;
if (((i * 100) / 360) >= hddFree)
Color = setting->color[COLOR_GRAPH2];
else
Color = setting->color[COLOR_GRAPH1];
x3 = ray * cosdgf(Angle);
if (TV_mode != TV_mode_PAL)
y3 = (ray - 5) * sindgf(Angle);
else
y3 = (ray)*sindgf(Angle);
x2 = x + x3;
y2 = y + (y3);
gsKit_prim_line(gsGlobal, x, y, x2, y2, 1, Color);
gsKit_prim_line(gsGlobal, x, y, x2 + 1, y2, 1, Color);
gsKit_prim_line(gsGlobal, x, y, x2, y2 + 1, 1, Color);
}
sprintf(c, "%d%% %s", hddFree, LNG(FREE));
printXY(c, x - FONT_WIDTH * 4, y - FONT_HEIGHT / 4, setting->color[COLOR_TEXT], TRUE, 0);
if (TV_mode != TV_mode_PAL)
y += ray + 15;
else
y += ray + 20;
drawOpSprite(setting->color[COLOR_FRAME],
SCREEN_MARGIN, y - 6,
SCREEN_WIDTH / 2 - 20, y - 4);
Treat = PartyInfo[browser_sel].Treatment;
if (Treat == TREAT_SYSTEM) {
sprintf(c, "%s: %d %s", LNG(Raw_SIZE), (int)PartyInfo[browser_sel].RawSize, LNG(MB));
x = ((((SCREEN_WIDTH / 2 - 25) - Menu_start_x) / 2) + Menu_start_x) - (strlen(c) * FONT_WIDTH) / 2;
printXY(c, x, y, setting->color[COLOR_TEXT], TRUE, ((SCREEN_WIDTH / 2 - 20) - SCREEN_MARGIN - 2 * FONT_WIDTH));
y += FONT_HEIGHT;
strcpy(c, LNG(Reserved_for_system));
x = ((((SCREEN_WIDTH / 2 - 25) - Menu_start_x) / 2) + Menu_start_x) - (strlen(c) * FONT_WIDTH) / 2;
printXY(c, x, y, setting->color[COLOR_TEXT], TRUE, ((SCREEN_WIDTH / 2 - 20) - SCREEN_MARGIN - 2 * FONT_WIDTH));
y += FONT_HEIGHT;
pfsFree = 0;
} else if (Treat == TREAT_NOACCESS) {
sprintf(c, "%s: %d %s", LNG(Raw_SIZE), (int)PartyInfo[browser_sel].RawSize, LNG(MB));
x = ((((SCREEN_WIDTH / 2 - 25) - Menu_start_x) / 2) + Menu_start_x) - (strlen(c) * FONT_WIDTH) / 2;
printXY(c, x, y, setting->color[COLOR_TEXT], TRUE, ((SCREEN_WIDTH / 2 - 20) - SCREEN_MARGIN - 2 * FONT_WIDTH));
y += FONT_HEIGHT;
strcpy(c, LNG(Inaccessible));
x = ((((SCREEN_WIDTH / 2 - 25) - Menu_start_x) / 2) + Menu_start_x) - (strlen(c) * FONT_WIDTH) / 2;
printXY(c, x, y, setting->color[COLOR_TEXT], TRUE, ((SCREEN_WIDTH / 2 - 20) - SCREEN_MARGIN - 2 * FONT_WIDTH));
y += FONT_HEIGHT;
pfsFree = 0;
} else if (Treat == TREAT_HDL_RAW) { // starts clause for HDL without GameInfo
//---------- Start of clause for HDL game partitions ----------
// dlanor NB: Not properly implemented yet
sprintf(c, "%s: %d %s", LNG(Raw_SIZE), (int)PartyInfo[browser_sel].RawSize, LNG(MB));
x = ((((SCREEN_WIDTH / 2 - 25) - Menu_start_x) / 2) + Menu_start_x) - (strlen(c) * FONT_WIDTH) / 2;
printXY(c, x, y, setting->color[COLOR_TEXT], TRUE, ((SCREEN_WIDTH / 2 - 20) - SCREEN_MARGIN - 2 * FONT_WIDTH));