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union-minui/src/minui/main.c
Shaun Inman bf431be48f relocated version.txt
2023-02-16 22:36:41 -05:00

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#include <stdio.h>
#include <stdlib.h>
#include <SDL/SDL.h>
#include <SDL/SDL_image.h>
#include <SDL/SDL_ttf.h>
#include <msettings.h>
#include <sys/types.h>
#include <dirent.h>
#include <ctype.h>
#include <unistd.h>
#include <fcntl.h>
#include "defines.h"
#include "utils.h"
#include "api.h"
///////////////////////////////////////
typedef struct Array {
int count;
int capacity;
void** items;
} Array;
static Array* Array_new(void) {
Array* self = malloc(sizeof(Array));
self->count = 0;
self->capacity = 8;
self->items = malloc(sizeof(void*) * self->capacity);
return self;
}
static void Array_push(Array* self, void* item) {
if (self->count>=self->capacity) {
self->capacity *= 2;
self->items = realloc(self->items, sizeof(void*) * self->capacity);
}
self->items[self->count++] = item;
}
static void Array_unshift(Array* self, void* item) {
if (self->count==0) return Array_push(self, item);
Array_push(self, NULL); // ensures we have enough capacity
for (int i=self->count-2; i>=0; i--) {
self->items[i+1] = self->items[i];
}
self->items[0] = item;
}
static void* Array_pop(Array* self) {
if (self->count==0) return NULL;
return self->items[--self->count];
}
static void Array_reverse(Array* self) {
int end = self->count-1;
int mid = self->count/2;
for (int i=0; i<mid; i++) {
void* item = self->items[i];
self->items[i] = self->items[end-i];
self->items[end-i] = item;
}
}
static void Array_free(Array* self) {
free(self->items);
free(self);
}
static int StringArray_indexOf(Array* self, char* str) {
for (int i=0; i<self->count; i++) {
if (exactMatch(self->items[i], str)) return i;
}
return -1;
}
static void StringArray_free(Array* self) {
for (int i=0; i<self->count; i++) {
free(self->items[i]);
}
Array_free(self);
}
///////////////////////////////////////
typedef struct Hash {
Array* keys;
Array* values;
} Hash; // not really a hash
static Hash* Hash_new(void) {
Hash* self = malloc(sizeof(Hash));
self->keys = Array_new();
self->values = Array_new();
return self;
}
static void Hash_free(Hash* self) {
StringArray_free(self->keys);
StringArray_free(self->values);
free(self);
}
static void Hash_set(Hash* self, char* key, char* value) {
Array_push(self->keys, strdup(key));
Array_push(self->values, strdup(value));
}
static char* Hash_get(Hash* self, char* key) {
int i = StringArray_indexOf(self->keys, key);
if (i==-1) return NULL;
return self->values->items[i];
}
///////////////////////////////////////
enum EntryType {
ENTRY_DIR,
ENTRY_PAK,
ENTRY_ROM,
};
typedef struct Entry {
char* path;
char* name;
char* unique;
int type;
int alpha; // index in parent Directory's alphas Array, which points to the index of an Entry in its entries Array :sweat_smile:
} Entry;
static Entry* Entry_new(char* path, int type) {
char display_name[256];
getDisplayName(path, display_name);
Entry* self = malloc(sizeof(Entry));
self->path = strdup(path);
self->name = strdup(display_name);
self->unique = NULL;
self->type = type;
self->alpha = 0;
return self;
}
static void Entry_free(Entry* self) {
free(self->path);
free(self->name);
if (self->unique) free(self->unique);
free(self);
}
static int EntryArray_indexOf(Array* self, char* path) {
for (int i=0; i<self->count; i++) {
Entry* entry = self->items[i];
if (exactMatch(entry->path, path)) return i;
}
return -1;
}
static int EntryArray_sortEntry(const void* a, const void* b) {
Entry* item1 = *(Entry**)a;
Entry* item2 = *(Entry**)b;
return strcasecmp(item1->name, item2->name);
}
static void EntryArray_sort(Array* self) {
qsort(self->items, self->count, sizeof(void*), EntryArray_sortEntry);
}
static void EntryArray_free(Array* self) {
for (int i=0; i<self->count; i++) {
Entry_free(self->items[i]);
}
Array_free(self);
}
///////////////////////////////////////
#define INT_ARRAY_MAX 27
typedef struct IntArray {
int count;
int items[INT_ARRAY_MAX];
} IntArray;
static IntArray* IntArray_new(void) {
IntArray* self = malloc(sizeof(IntArray));
self->count = 0;
memset(self->items, 0, sizeof(int) * INT_ARRAY_MAX);
return self;
}
static void IntArray_push(IntArray* self, int i) {
self->items[self->count++] = i;
}
static void IntArray_free(IntArray* self) {
free(self);
}
///////////////////////////////////////
typedef struct Directory {
char* path;
char* name;
Array* entries;
IntArray* alphas;
// rendering
int selected;
int start;
int end;
} Directory;
static int getIndexChar(char* str) {
char i = 0;
char c = tolower(str[0]);
if (c>='a' && c<='z') i = (c-'a')+1;
return i;
}
static void getUniqueName(Entry* entry, char* out_name) {
char* filename = strrchr(entry->path, '/')+1;
char emu_tag[256];
getEmuName(entry->path, emu_tag);
char *tmp;
strcpy(out_name, entry->name);
tmp = out_name + strlen(out_name);
strcpy(tmp, " (");
tmp = out_name + strlen(out_name);
strcpy(tmp, emu_tag);
tmp = out_name + strlen(out_name);
strcpy(tmp, ")");
}
static void Directory_index(Directory* self) {
int skip_index = exactMatch(FAUX_RECENT_PATH, self->path) || prefixMatch(COLLECTIONS_PATH, self->path); // not alphabetized
Entry* prior = NULL;
int alpha = -1;
int index = 0;
for (int i=0; i<self->entries->count; i++) {
Entry* entry = self->entries->items[i];
if (prior!=NULL && exactMatch(prior->name, entry->name)) {
if (prior->unique) free(prior->unique);
if (entry->unique) free(entry->unique);
char* prior_filename = strrchr(prior->path, '/')+1;
char* entry_filename = strrchr(entry->path, '/')+1;
if (exactMatch(prior_filename, entry_filename)) {
char prior_unique[256];
char entry_unique[256];
getUniqueName(prior, prior_unique);
getUniqueName(entry, entry_unique);
prior->unique = strdup(prior_unique);
entry->unique = strdup(entry_unique);
}
else {
prior->unique = strdup(prior_filename);
entry->unique = strdup(entry_filename);
}
}
if (!skip_index) {
int a = getIndexChar(entry->name);
if (a!=alpha) {
index = self->alphas->count;
IntArray_push(self->alphas, i);
alpha = a;
}
entry->alpha = index;
}
prior = entry;
}
}
static Array* getRoot(void);
static Array* getRecents(void);
static Array* getCollection(char* path);
static Array* getDiscs(char* path);
static Array* getEntries(char* path);
static Directory* Directory_new(char* path, int selected) {
char display_name[256];
getDisplayName(path, display_name);
Directory* self = malloc(sizeof(Directory));
self->path = strdup(path);
self->name = strdup(display_name);
if (exactMatch(path, SDCARD_PATH)) {
self->entries = getRoot();
}
else if (exactMatch(path, FAUX_RECENT_PATH)) {
self->entries = getRecents();
}
else if (!exactMatch(path, COLLECTIONS_PATH) && prefixMatch(COLLECTIONS_PATH, path)) {
self->entries = getCollection(path);
}
else if (suffixMatch(".m3u", path)) {
self->entries = getDiscs(path);
}
else {
self->entries = getEntries(path);
}
self->alphas = IntArray_new();
self->selected = selected;
Directory_index(self);
return self;
}
static void Directory_free(Directory* self) {
free(self->path);
free(self->name);
EntryArray_free(self->entries);
IntArray_free(self->alphas);
free(self);
}
static void DirectoryArray_pop(Array* self) {
Directory_free(Array_pop(self));
}
static void DirectoryArray_free(Array* self) {
for (int i=0; i<self->count; i++) {
Directory_free(self->items[i]);
}
Array_free(self);
}
///////////////////////////////////////
typedef struct Recent {
char* path; // NOTE: this is without the SDCARD_PATH prefix!
int available;
} Recent;
static int hasEmu(char* emu_name);
static Recent* Recent_new(char* path) {
Recent* self = malloc(sizeof(Recent));
char sd_path[256]; // only need to get emu name
sprintf(sd_path, "%s%s", SDCARD_PATH, path);
char emu_name[256];
getEmuName(sd_path, emu_name);
self->path = strdup(path);
self->available = hasEmu(emu_name);
return self;
}
static void Recent_free(Recent* self) {
free(self->path);
free(self);
}
static int RecentArray_indexOf(Array* self, char* str) {
for (int i=0; i<self->count; i++) {
Recent* item = self->items[i];
if (exactMatch(item->path, str)) return i;
}
return -1;
}
static void RecentArray_free(Array* self) {
for (int i=0; i<self->count; i++) {
Recent_free(self->items[i]);
}
Array_free(self);
}
///////////////////////////////////////
static Directory* top;
static Array* stack; // DirectoryArray
static Array* recents; // RecentArray
static int quit = 0;
static int can_resume = 0;
static int should_resume = 0; // set to 1 on BTN_RESUME but only if can_resume==1
static char slot_path[256];
static int restore_depth = -1;
static int restore_relative = -1;
static int restore_selected = 0;
static int restore_start = 0;
static int restore_end = 0;
///////////////////////////////////////
#define MAX_RECENTS 24 // a multiple of all menu rows
static void saveRecents(void) {
FILE* file = fopen(RECENT_PATH, "w");
if (file) {
for (int i=0; i<recents->count; i++) {
Recent* recent = recents->items[i];
fputs(recent->path, file);
putc('\n', file);
}
fclose(file);
}
}
static void addRecent(char* path) {
path += strlen(SDCARD_PATH); // makes paths platform agnostic
int id = RecentArray_indexOf(recents, path);
if (id==-1) { // add
while (recents->count>=MAX_RECENTS) {
Recent_free(Array_pop(recents));
}
Array_unshift(recents, Recent_new(path));
}
else if (id>0) { // bump to top
for (int i=id; i>0; i--) {
void* tmp = recents->items[i-1];
recents->items[i-1] = recents->items[i];
recents->items[i] = tmp;
}
}
saveRecents();
}
static int hasEmu(char* emu_name) {
char pak_path[256];
sprintf(pak_path, "%s/Emus/%s.pak/launch.sh", PAKS_PATH, emu_name);
if (exists(pak_path)) return 1;
sprintf(pak_path, "%s/Emus/%s/%s.pak/launch.sh", SDCARD_PATH, PLATFORM, emu_name);
return exists(pak_path);
}
static void getEmuPath(char* emu_name, char* pak_path) {
sprintf(pak_path, "%s/Emus/%s/%s.pak/launch.sh", SDCARD_PATH, PLATFORM, emu_name);
if (exists(pak_path)) return;
sprintf(pak_path, "%s/Emus/%s.pak/launch.sh", PAKS_PATH, emu_name);
}
static int hasCue(char* dir_path, char* cue_path) { // NOTE: dir_path not rom_path
char* tmp = strrchr(dir_path, '/') + 1; // folder name
sprintf(cue_path, "%s/%s.cue", dir_path, tmp);
return exists(cue_path);
}
static int hasM3u(char* rom_path, char* m3u_path) { // NOTE: rom_path not dir_path
char* tmp;
strcpy(m3u_path, rom_path);
tmp = strrchr(m3u_path, '/') + 1;
tmp[0] = '\0';
// path to parent directory
char base_path[256];
strcpy(base_path, m3u_path);
tmp = strrchr(m3u_path, '/');
tmp[0] = '\0';
// get parent directory name
char dir_name[256];
tmp = strrchr(m3u_path, '/');
strcpy(dir_name, tmp);
// dir_name is also our m3u file name
tmp = m3u_path + strlen(m3u_path);
strcpy(tmp, dir_name);
// add extension
tmp = m3u_path + strlen(m3u_path);
strcpy(tmp, ".m3u");
return exists(m3u_path);
}
static int hasRecents(void) {
int has = 0;
Array* parent_paths = Array_new();
if (exists(CHANGE_DISC_PATH)) {
char sd_path[256];
getFile(CHANGE_DISC_PATH, sd_path, 256);
if (exists(sd_path)) {
char* disc_path = sd_path + strlen(SDCARD_PATH); // makes path platform agnostic
Recent* recent = Recent_new(disc_path);
if (recent->available) has += 1;
Array_push(recents, recent);
char parent_path[256];
strcpy(parent_path, disc_path);
char* tmp = strrchr(parent_path, '/') + 1;
tmp[0] = '\0';
Array_push(parent_paths, strdup(parent_path));
}
unlink(CHANGE_DISC_PATH);
}
FILE* file = fopen(RECENT_PATH, "r"); // newest at top
if (file) {
char line[256];
while (fgets(line,256,file)!=NULL) {
normalizeNewline(line);
trimTrailingNewlines(line);
if (strlen(line)==0) continue; // skip empty lines
char sd_path[256];
sprintf(sd_path, "%s%s", SDCARD_PATH, line);
if (exists(sd_path)) {
if (recents->count<MAX_RECENTS) {
// this logic replaces an existing disc from a multi-disc game with the last used
char m3u_path[256];
if (hasM3u(sd_path, m3u_path)) { // TODO: this might tank launch speed
char parent_path[256];
strcpy(parent_path, line);
char* tmp = strrchr(parent_path, '/') + 1;
tmp[0] = '\0';
int found = 0;
for (int i=0; i<parent_paths->count; i++) {
char* path = parent_paths->items[i];
if (prefixMatch(path, parent_path)) {
found = 1;
break;
}
}
if (found) continue;
Array_push(parent_paths, strdup(parent_path));
}
Recent* recent = Recent_new(line);
if (recent->available) has += 1;
Array_push(recents, recent);
}
}
}
fclose(file);
}
saveRecents();
StringArray_free(parent_paths);
return has>0;
}
static int hasCollections(void) {
int has = 0;
if (!exists(COLLECTIONS_PATH)) return has;
DIR *dh = opendir(COLLECTIONS_PATH);
struct dirent *dp;
while((dp = readdir(dh)) != NULL) {
if (hide(dp->d_name)) continue;
has = 1;
break;
}
closedir(dh);
return has;
}
static int hasRoms(char* dir_name) {
int has = 0;
char emu_name[256];
char rom_path[256];
getEmuName(dir_name, emu_name);
// check for emu pak
if (!hasEmu(emu_name)) return has;
// check for at least one non-hidden file (we're going to assume it's a rom)
sprintf(rom_path, "%s/%s/", ROMS_PATH, dir_name);
DIR *dh = opendir(rom_path);
if (dh!=NULL) {
struct dirent *dp;
while((dp = readdir(dh)) != NULL) {
if (hide(dp->d_name)) continue;
has = 1;
break;
}
closedir(dh);
}
// if (!has) printf("No roms for %s!\n", dir_name);
return has;
}
static Array* getRoot(void) {
Array* root = Array_new();
if (hasRecents()) Array_push(root, Entry_new(FAUX_RECENT_PATH, ENTRY_DIR));
DIR *dh;
Array* entries = Array_new();
dh = opendir(ROMS_PATH);
if (dh!=NULL) {
struct dirent *dp;
char* tmp;
char full_path[256];
sprintf(full_path, "%s/", ROMS_PATH);
tmp = full_path + strlen(full_path);
Array* emus = Array_new();
while((dp = readdir(dh)) != NULL) {
if (hide(dp->d_name)) continue;
if (hasRoms(dp->d_name)) {
strcpy(tmp, dp->d_name);
Array_push(emus, Entry_new(full_path, ENTRY_DIR));
}
}
EntryArray_sort(emus);
Entry* prev_entry = NULL;
for (int i=0; i<emus->count; i++) {
Entry* entry = emus->items[i];
if (prev_entry!=NULL) {
if (exactMatch(prev_entry->name, entry->name)) {
Entry_free(entry);
continue;
}
}
Array_push(entries, entry);
prev_entry = entry;
}
Array_free(emus); // just free the array part, entries now owns emus entries
closedir(dh);
}
if (hasCollections()) {
if (entries->count) Array_push(root, Entry_new(COLLECTIONS_PATH, ENTRY_DIR));
else { // no visible systems, promote collections to root
dh = opendir(COLLECTIONS_PATH);
if (dh!=NULL) {
struct dirent *dp;
char* tmp;
char full_path[256];
sprintf(full_path, "%s/", COLLECTIONS_PATH);
tmp = full_path + strlen(full_path);
Array* collections = Array_new();
while((dp = readdir(dh)) != NULL) {
if (hide(dp->d_name)) continue;
strcpy(tmp, dp->d_name);
Array_push(collections, Entry_new(full_path, ENTRY_DIR)); // yes, collections are fake directories
}
EntryArray_sort(collections);
for (int i=0; i<collections->count; i++) {
Array_push(entries, collections->items[i]);
}
Array_free(collections); // just free the array part, entries now owns collections entries
closedir(dh);
}
}
}
// add systems to root
for (int i=0; i<entries->count; i++) {
Array_push(root, entries->items[i]);
}
Array_free(entries); // root now owns entries' entries
char* tools_path = SDCARD_PATH "/Tools/" PLATFORM;
if (exists(tools_path)) Array_push(root, Entry_new(tools_path, ENTRY_DIR));
return root;
}
static Array* getRecents(void) {
Array* entries = Array_new();
for (int i=0; i<recents->count; i++) {
Recent* recent = recents->items[i];
if (!recent->available) continue;
char sd_path[256];
sprintf(sd_path, "%s%s", SDCARD_PATH, recent->path);
int type = suffixMatch(".pak", sd_path) ? ENTRY_PAK : ENTRY_ROM; // ???
Array_push(entries, Entry_new(sd_path, type));
}
return entries;
}
static Array* getCollection(char* path) {
Array* entries = Array_new();
FILE* file = fopen(path, "r");
if (file) {
char line[256];
while (fgets(line,256,file)!=NULL) {
normalizeNewline(line);
trimTrailingNewlines(line);
if (strlen(line)==0) continue; // skip empty lines
char sd_path[256];
sprintf(sd_path, "%s%s", SDCARD_PATH, line);
if (exists(sd_path)) {
int type = suffixMatch(".pak", sd_path) ? ENTRY_PAK : ENTRY_ROM; // ???
Array_push(entries, Entry_new(sd_path, type));
// char emu_name[256];
// getEmuName(sd_path, emu_name);
// if (hasEmu(emu_name)) {
// Array_push(entries, Entry_new(sd_path, ENTRY_ROM));
// }
}
}
fclose(file);
}
return entries;
}
static Array* getDiscs(char* path){
// TODO: does path have SDCARD_PATH prefix?
Array* entries = Array_new();
char base_path[256];
strcpy(base_path, path);
char* tmp = strrchr(base_path, '/') + 1;
tmp[0] = '\0';
// TODO: limit number of discs supported (to 9?)
FILE* file = fopen(path, "r");
if (file) {
char line[256];
int disc = 0;
while (fgets(line,256,file)!=NULL) {
normalizeNewline(line);
trimTrailingNewlines(line);
if (strlen(line)==0) continue; // skip empty lines
char disc_path[256];
sprintf(disc_path, "%s%s", base_path, line);
if (exists(disc_path)) {
disc += 1;
Entry* entry = Entry_new(disc_path, ENTRY_ROM);
free(entry->name);
char name[16];
sprintf(name, "Disc %i", disc);
entry->name = strdup(name);
Array_push(entries, entry);
}
}
fclose(file);
}
return entries;
}
static int getFirstDisc(char* m3u_path, char* disc_path) { // based on getDiscs() natch
int found = 0;
char base_path[256];
strcpy(base_path, m3u_path);
char* tmp = strrchr(base_path, '/') + 1;
tmp[0] = '\0';
FILE* file = fopen(m3u_path, "r");
if (file) {
char line[256];
while (fgets(line,256,file)!=NULL) {
normalizeNewline(line);
trimTrailingNewlines(line);
if (strlen(line)==0) continue; // skip empty lines
sprintf(disc_path, "%s%s", base_path, line);
if (exists(disc_path)) found = 1;
break;
}
fclose(file);
}
return found;
}
static void addEntries(Array* entries, char* path) {
DIR *dh = opendir(path);
if (dh!=NULL) {
struct dirent *dp;
char* tmp;
char full_path[256];
sprintf(full_path, "%s/", path);
tmp = full_path + strlen(full_path);
while((dp = readdir(dh)) != NULL) {
if (hide(dp->d_name)) continue;
strcpy(tmp, dp->d_name);
int is_dir = dp->d_type==DT_DIR;
int type;
if (is_dir) {
// TODO: this should make sure launch.sh exists
if (suffixMatch(".pak", dp->d_name)) {
type = ENTRY_PAK;
}
else {
type = ENTRY_DIR;
}
}
else {
if (prefixMatch(COLLECTIONS_PATH, full_path)) {
type = ENTRY_DIR; // :shrug:
}
else {
type = ENTRY_ROM;
}
}
Array_push(entries, Entry_new(full_path, type));
}
closedir(dh);
}
}
static int isConsoleDir(char* path) {
char* tmp;
char parent_dir[256];
strcpy(parent_dir, path);
tmp = strrchr(parent_dir, '/');
tmp[0] = '\0';
return exactMatch(parent_dir, ROMS_PATH);
}
static Array* getEntries(char* path){
Array* entries = Array_new();
if (isConsoleDir(path)) { // top-level console folder, might collate
char collated_path[256];
strcpy(collated_path, path);
char* tmp = strrchr(collated_path, '(');
if (tmp) {
tmp[1] = '\0'; // 1 because we want to keep the opening parenthesis to avoid collating "Game Boy Color" and "Game Boy Advance" into "Game Boy"
DIR *dh = opendir(ROMS_PATH);
if (dh!=NULL) {
struct dirent *dp;
char full_path[256];
sprintf(full_path, "%s/", ROMS_PATH);
tmp = full_path + strlen(full_path);
// while loop so we can collate paths, see above
while((dp = readdir(dh)) != NULL) {
if (hide(dp->d_name)) continue;
if (dp->d_type!=DT_DIR) continue;
strcpy(tmp, dp->d_name);
if (!prefixMatch(collated_path, full_path)) continue;
addEntries(entries, full_path);
}
closedir(dh);
}
}
}
else addEntries(entries, path); // just a subfolder
EntryArray_sort(entries);
return entries;
}
///////////////////////////////////////
static void queueNext(char* cmd) {
putFile("/tmp/next", cmd);
quit = 1;
}
static char* escapeSingleQuotes(char* str) {
// based on https://stackoverflow.com/a/31775567/145965
int replaceString(char *line, const char *search, const char *replace) {
char *sp; // start of pattern
if ((sp = strstr(line, search)) == NULL) {
return 0;
}
int count = 1;
int sLen = strlen(search);
int rLen = strlen(replace);
if (sLen > rLen) {
// move from right to left
char *src = sp + sLen;
char *dst = sp + rLen;
while((*dst = *src) != '\0') { dst++; src++; }
} else if (sLen < rLen) {
// move from left to right
int tLen = strlen(sp) - sLen;
char *stop = sp + rLen;
char *src = sp + sLen + tLen;
char *dst = sp + rLen + tLen;
while(dst >= stop) { *dst = *src; dst--; src--; }
}
memcpy(sp, replace, rLen);
count += replaceString(sp + rLen, search, replace);
return count;
}
replaceString(str, "'", "'\\''");
return str;
}
///////////////////////////////////////
static void readyResumePath(char* rom_path, int type) {
char* tmp;
can_resume = 0;
char path[256];
strcpy(path, rom_path);
if (!prefixMatch(ROMS_PATH, path)) return;
char auto_path[256];
if (type==ENTRY_DIR) {
if (!hasCue(path, auto_path)) { // no cue?
tmp = strrchr(auto_path, '.') + 1; // extension
strcpy(tmp, "m3u"); // replace with m3u
if (!exists(auto_path)) return; // no m3u
}
strcpy(path, auto_path); // cue or m3u if one exists
}
if (!suffixMatch(".m3u", path)) {
char m3u_path[256];
if (hasM3u(path, m3u_path)) {
// change path to m3u path
strcpy(path, m3u_path);
}
}
char emu_name[256];
getEmuName(path, emu_name);
char rom_file[256];
tmp = strrchr(path, '/') + 1;
strcpy(rom_file, tmp);
sprintf(slot_path, "%s/.minui/%s/%s.txt", USERDATA_PATH, emu_name, rom_file); // /.userdata/.minui/<EMU>/<romname>.ext.txt
can_resume = exists(slot_path);
}
static void readyResume(Entry* entry) {
readyResumePath(entry->path, entry->type);
}
static void saveLast(char* path);
static void loadLast(void);
static int autoResume(void) {
// NOTE: bypasses recents
if (!exists(AUTO_RESUME_PATH)) return 0;
char path[256];
getFile(AUTO_RESUME_PATH, path, 256);
unlink(AUTO_RESUME_PATH);
sync();
// make sure rom still exists
char sd_path[256];
sprintf(sd_path, "%s%s", SDCARD_PATH, path);
if (!exists(sd_path)) return 0;
// make sure emu still exists
char emu_name[256];
getEmuName(sd_path, emu_name);
char emu_path[256];
getEmuPath(emu_name, emu_path);
if (!exists(emu_path)) return 0;
// putFile(LAST_PATH, FAUX_RECENT_PATH); // saveLast() will crash here because top is NULL
char cmd[256];
sprintf(cmd, "'%s' '%s'", escapeSingleQuotes(emu_path), escapeSingleQuotes(sd_path));
putInt(RESUME_SLOT_PATH, AUTO_RESUME_SLOT);
queueNext(cmd);
return 1;
}
static void openPak(char* path) {
// NOTE: escapeSingleQuotes() modifies the passed string
// so we need to save the path before we call that
// if (prefixMatch(ROMS_PATH, path)) {
// addRecent(path);
// }
saveLast(path);
char cmd[256];
sprintf(cmd, "'%s/launch.sh'", escapeSingleQuotes(path));
queueNext(cmd);
}
static void openRom(char* path, char* last) {
char sd_path[256];
strcpy(sd_path, path);
char m3u_path[256];
int has_m3u = hasM3u(sd_path, m3u_path);
char recent_path[256];
strcpy(recent_path, has_m3u ? m3u_path : sd_path);
if (has_m3u && suffixMatch(".m3u", sd_path)) {
getFirstDisc(m3u_path, sd_path);
}
char emu_name[256];
getEmuName(sd_path, emu_name);
if (should_resume) {
char slot[16];
getFile(slot_path, slot, 16);
putFile(RESUME_SLOT_PATH, slot);
should_resume = 0;
if (has_m3u) {
char rom_file[256];
strcpy(rom_file, strrchr(m3u_path, '/') + 1);
// get disc for state
char disc_path_path[256];
sprintf(disc_path_path, "%s/.minui/%s/%s.%s.txt", USERDATA_PATH, emu_name, rom_file, slot); // /.userdata/.minui/<EMU>/<romname>.ext.0.txt
if (exists(disc_path_path)) {
// switch to disc path
char disc_path[256];
getFile(disc_path_path, disc_path, 256);
if (disc_path[0]=='/') strcpy(sd_path, disc_path); // absolute
else { // relative
strcpy(sd_path, m3u_path);
char* tmp = strrchr(sd_path, '/') + 1;
strcpy(tmp, disc_path);
}
}
}
}
else putInt(RESUME_SLOT_PATH,8); // resume hidden default state
char emu_path[256];
getEmuPath(emu_name, emu_path);
// NOTE: escapeSingleQuotes() modifies the passed string
// so we need to save the path before we call that
addRecent(recent_path);
saveLast(last==NULL ? sd_path : last);
char cmd[256];
sprintf(cmd, "'%s' '%s'", escapeSingleQuotes(emu_path), escapeSingleQuotes(sd_path));
queueNext(cmd);
}
static void openDirectory(char* path, int auto_launch) {
char auto_path[256];
if (hasCue(path, auto_path) && auto_launch) {
openRom(auto_path, path);
return;
}
char m3u_path[256];
strcpy(m3u_path, auto_path);
char* tmp = strrchr(m3u_path, '.') + 1; // extension
strcpy(tmp, "m3u"); // replace with m3u
if (exists(m3u_path) && auto_launch) {
auto_path[0] = '\0';
if (getFirstDisc(m3u_path, auto_path)) {
openRom(auto_path, path);
return;
}
// TODO: doesn't handle empty m3u files
}
int selected = 0;
int start = selected;
int end = 0;
if (top && top->entries->count>0) {
if (restore_depth==stack->count && top->selected==restore_relative) {
selected = restore_selected;
start = restore_start;
end = restore_end;
}
}
top = Directory_new(path, selected);
top->start = start;
top->end = end ? end : ((top->entries->count<MAIN_ROW_COUNT) ? top->entries->count : MAIN_ROW_COUNT);
Array_push(stack, top);
}
static void closeDirectory(void) {
restore_selected = top->selected;
restore_start = top->start;
restore_end = top->end;
DirectoryArray_pop(stack);
restore_depth = stack->count;
top = stack->items[stack->count-1];
restore_relative = top->selected;
}
static void Entry_open(Entry* self) {
if (self->type==ENTRY_ROM) {
char *last = NULL;
if (prefixMatch(COLLECTIONS_PATH, top->path)) {
char* tmp;
char filename[256];
tmp = strrchr(self->path, '/');
if (tmp) strcpy(filename, tmp+1);
char last_path[256];
sprintf(last_path, "%s/%s", top->path, filename);
last = last_path;
}
openRom(self->path, last);
}
else if (self->type==ENTRY_PAK) {
openPak(self->path);
}
else if (self->type==ENTRY_DIR) {
openDirectory(self->path, 1);
}
}
///////////////////////////////////////
static void saveLast(char* path) {
// special case for recently played
if (exactMatch(top->path, FAUX_RECENT_PATH)) {
// NOTE: that we don't have to save the file because
// your most recently played game will always be at
// the top which is also the default selection
path = FAUX_RECENT_PATH;
}
putFile(LAST_PATH, path);
}
static void loadLast(void) { // call after loading root directory
if (!exists(LAST_PATH)) return;
char last_path[256];
getFile(LAST_PATH, last_path, 256);
char full_path[256];
strcpy(full_path, last_path);
char* tmp;
char filename[256];
tmp = strrchr(last_path, '/');
if (tmp) strcpy(filename, tmp);
Array* last = Array_new();
while (!exactMatch(last_path, SDCARD_PATH)) {
Array_push(last, strdup(last_path));
char* slash = strrchr(last_path, '/');
last_path[(slash-last_path)] = '\0';
}
while (last->count>0) {
char* path = Array_pop(last);
if (!exactMatch(path, ROMS_PATH)) { // romsDir is effectively root as far as restoring state after a game
char collated_path[256];
collated_path[0] = '\0';
if (suffixMatch(")", path) && isConsoleDir(path)) {
strcpy(collated_path, path);
tmp = strrchr(collated_path, '(');
if (tmp) tmp[1] = '\0'; // 1 because we want to keep the opening parenthesis to avoid collating "Game Boy Color" and "Game Boy Advance" into "Game Boy"
}
for (int i=0; i<top->entries->count; i++) {
Entry* entry = top->entries->items[i];
// NOTE: strlen() is required for collated_path, '\0' wasn't reading as NULL for some reason
if (exactMatch(entry->path, path) || (strlen(collated_path) && prefixMatch(collated_path, entry->path)) || (prefixMatch(COLLECTIONS_PATH, full_path) && suffixMatch(filename, entry->path))) {
top->selected = i;
if (i>=top->end) {
top->start = i;
top->end = top->start + MAIN_ROW_COUNT;
if (top->end>top->entries->count) {
top->end = top->entries->count;
top->start = top->end - MAIN_ROW_COUNT;
}
}
if (last->count==0 && !exactMatch(entry->path, FAUX_RECENT_PATH) && !(!exactMatch(entry->path, COLLECTIONS_PATH) && prefixMatch(COLLECTIONS_PATH, entry->path))) break; // don't show contents of auto-launch dirs
if (entry->type==ENTRY_DIR) {
openDirectory(entry->path, 0);
break;
}
}
}
}
free(path); // we took ownership when we popped it
}
StringArray_free(last);
}
///////////////////////////////////////
static void Menu_init(void) {
stack = Array_new(); // array of open Directories
recents = Array_new();
openDirectory(SDCARD_PATH, 0);
loadLast(); // restore state when available
}
static void Menu_quit(void) {
RecentArray_free(recents);
DirectoryArray_free(stack);
}
///////////////////////////////////////
int main (int argc, char *argv[]) {
if (autoResume()) return 0; // nothing to do
LOG_info("MinUI\n");
SDL_Surface* screen = GFX_init(MODE_MAIN);
InitSettings();
PAD_reset();
SDL_Surface* version = NULL;
Menu_init();
// now that (most of) the heavy lifting is done, take a load off
POW_setCPUSpeed(CPU_SPEED_MENU);
GFX_setVsync(VSYNC_STRICT);
PAD_reset();
int dirty = 1;
int show_version = 0;
int show_setting = 0; // 1=brightness,2=volume
while (!quit) {
GFX_startFrame();
unsigned long now = SDL_GetTicks();
PAD_poll();
int selected = top->selected;
int total = top->entries->count;
if (show_version) {
if (PAD_justPressed(BTN_B) || PAD_tappedMenu(now)) {
show_version = 0;
dirty = 1;
}
}
else {
if (PAD_tappedMenu(now)) {
show_version = 1;
dirty = 1;
}
else if (total>0) {
if (PAD_justRepeated(BTN_UP)) {
if (selected==0 && !PAD_justPressed(BTN_UP)) {
// stop at top
}
else {
selected -= 1;
if (selected<0) {
selected = total-1;
int start = total - MAIN_ROW_COUNT;
top->start = (start<0) ? 0 : start;
top->end = total;
}
else if (selected<top->start) {
top->start -= 1;
top->end -= 1;
}
}
}
else if (PAD_justRepeated(BTN_DOWN)) {
if (selected==total-1 && !PAD_justPressed(BTN_DOWN)) {
// stop at bottom
}
else {
selected += 1;
if (selected>=total) {
selected = 0;
top->start = 0;
top->end = (total<MAIN_ROW_COUNT) ? total : MAIN_ROW_COUNT;
}
else if (selected>=top->end) {
top->start += 1;
top->end += 1;
}
}
}
if (PAD_justRepeated(BTN_LEFT)) {
selected -= MAIN_ROW_COUNT;
if (selected<0) {
selected = 0;
top->start = 0;
top->end = (total<MAIN_ROW_COUNT) ? total : MAIN_ROW_COUNT;
}
else if (selected<top->start) {
top->start -= MAIN_ROW_COUNT;
if (top->start<0) top->start = 0;
top->end = top->start + MAIN_ROW_COUNT;
}
}
else if (PAD_justRepeated(BTN_RIGHT)) {
selected += MAIN_ROW_COUNT;
if (selected>=total) {
selected = total-1;
int start = total - MAIN_ROW_COUNT;
top->start = (start<0) ? 0 : start;
top->end = total;
}
else if (selected>=top->end) {
top->end += MAIN_ROW_COUNT;
if (top->end>total) top->end = total;
top->start = top->end - MAIN_ROW_COUNT;
}
}
}
if (PAD_justRepeated(BTN_L1)) { // previous alpha
Entry* entry = top->entries->items[selected];
int i = entry->alpha-1;
if (i>=0) {
selected = top->alphas->items[i];
if (total>MAIN_ROW_COUNT) {
top->start = selected;
top->end = top->start + MAIN_ROW_COUNT;
if (top->end>total) top->end = total;
top->start = top->end - MAIN_ROW_COUNT;
}
}
}
else if (PAD_justRepeated(BTN_R1)) { // next alpha
Entry* entry = top->entries->items[selected];
int i = entry->alpha+1;
if (i<top->alphas->count) {
selected = top->alphas->items[i];
if (total>MAIN_ROW_COUNT) {
top->start = selected;
top->end = top->start + MAIN_ROW_COUNT;
if (top->end>total) top->end = total;
top->start = top->end - MAIN_ROW_COUNT;
}
}
}
if (selected!=top->selected) {
top->selected = selected;
dirty = 1;
}
if (dirty && total>0) readyResume(top->entries->items[top->selected]);
if (total>0 && can_resume && PAD_justReleased(BTN_RESUME)) {
should_resume = 1;
Entry_open(top->entries->items[top->selected]);
dirty = 1;
}
else if (total>0 && PAD_justPressed(BTN_A)) {
Entry_open(top->entries->items[top->selected]);
total = top->entries->count;
dirty = 1;
if (total>0) readyResume(top->entries->items[top->selected]);
}
else if (PAD_justPressed(BTN_B) && stack->count>1) {
closeDirectory();
total = top->entries->count;
dirty = 1;
// can_resume = 0;
if (total>0) readyResume(top->entries->items[top->selected]);
}
}
POW_update(&dirty, &show_setting, NULL, NULL);
if (dirty) {
GFX_clear(screen);
int ox;
int oy;
int ow = GFX_blitHardwareGroup(screen, show_setting);
if (show_version) {
if (!version) {
// TODO: load from a file
char release[256];
getFile(ROOT_SYSTEM_PATH "/version.txt", release, 256);
char *tmp,*commit;
commit = strrchr(release, '\n');
commit[0] = '\0';
commit = strrchr(release, '\n')+1;
tmp = strchr(release, '\n');
tmp[0] = '\0';
char* model = "Anbernic RG35XX";
SDL_Surface* release_txt = TTF_RenderUTF8_Blended(font.large, "Release", COLOR_DARK_TEXT);
SDL_Surface* version_txt = TTF_RenderUTF8_Blended(font.large, release, COLOR_WHITE);
SDL_Surface* commit_txt = TTF_RenderUTF8_Blended(font.large, "Commit", COLOR_DARK_TEXT);
SDL_Surface* hash_txt = TTF_RenderUTF8_Blended(font.large, commit, COLOR_WHITE);
SDL_Surface* model_txt = TTF_RenderUTF8_Blended(font.large, "Model", COLOR_DARK_TEXT);
SDL_Surface* type_txt = TTF_RenderUTF8_Blended(font.large, model, COLOR_WHITE);
#define VERSION_LINE_HEIGHT 24
int x = release_txt->w + SCALE1(8);
int w = x + version_txt->w;
int h = SCALE1(VERSION_LINE_HEIGHT*4);
version = SDL_CreateRGBSurface(0,w,h,16,0,0,0,0);
SDL_BlitSurface(release_txt, NULL, version, &(SDL_Rect){0, 0});
SDL_BlitSurface(version_txt, NULL, version, &(SDL_Rect){x,0});
SDL_BlitSurface(commit_txt, NULL, version, &(SDL_Rect){0,SCALE1(VERSION_LINE_HEIGHT)});
SDL_BlitSurface(hash_txt, NULL, version, &(SDL_Rect){x,SCALE1(VERSION_LINE_HEIGHT)});
SDL_BlitSurface(model_txt, NULL, version, &(SDL_Rect){0,SCALE1(VERSION_LINE_HEIGHT*3)});
SDL_BlitSurface(type_txt, NULL, version, &(SDL_Rect){x,SCALE1(VERSION_LINE_HEIGHT*3)});
SDL_FreeSurface(release_txt);
SDL_FreeSurface(version_txt);
SDL_FreeSurface(commit_txt);
SDL_FreeSurface(hash_txt);
SDL_FreeSurface(model_txt);
SDL_FreeSurface(type_txt);
}
SDL_BlitSurface(version, NULL, screen, &(SDL_Rect){(SCREEN_WIDTH-version->w)/2,(SCREEN_HEIGHT-version->h)/2});
// buttons (duped and trimmed from below)
if (show_setting) {
if (show_setting==1) GFX_blitButtonGroup((char*[]){ BRIGHTNESS_BUTTON_LABEL,"BRIGHTNESS", NULL }, screen, 0);
else GFX_blitButtonGroup((char*[]){ "MENU","BRIGHTNESS", NULL }, screen, 0);
}
else {
GFX_blitButtonGroup((char*[]){ "POWER","SLEEP", NULL }, screen, 0);
}
GFX_blitButtonGroup((char*[]){ "B","BACK", NULL }, screen, 1);
}
else {
// list
if (total>0) {
int selected_row = top->selected - top->start;
for (int i=top->start,j=0; i<top->end; i++,j++) {
Entry* entry = top->entries->items[i];
char* entry_name = entry->name;
char* entry_unique = entry->unique;
int available_width = SCREEN_WIDTH - SCALE1(PADDING * 2);
if (i==top->start) available_width -= ow;
SDL_Color text_color = COLOR_WHITE;
trimSortingMeta(&entry_name);
char display_name[256];
int text_width = GFX_truncateText(font.large, entry_unique ? entry_unique : entry_name, display_name, available_width);
int max_width = MIN(available_width, text_width);
if (j==selected_row) {
GFX_blitPill(ASSET_WHITE_PILL, screen, &(SDL_Rect){
SCALE1(PADDING),
SCALE1(PADDING+(j*PILL_SIZE)),
max_width,
SCALE1(PILL_SIZE)
});
text_color = COLOR_BLACK;
}
else if (entry->unique) {
trimSortingMeta(&entry_unique);
char unique_name[256];
GFX_truncateText(font.large, entry_unique, unique_name, available_width);
SDL_Surface* text = TTF_RenderUTF8_Blended(font.large, unique_name, COLOR_DARK_TEXT);
SDL_BlitSurface(text, &(SDL_Rect){
0,
0,
max_width-SCALE1(BUTTON_PADDING*2),
text->h
}, screen, &(SDL_Rect){
SCALE1(PADDING+BUTTON_PADDING),
SCALE1(PADDING+(j*PILL_SIZE)+4)
});
GFX_truncateText(font.large, entry_name, display_name, available_width);
}
SDL_Surface* text = TTF_RenderUTF8_Blended(font.large, display_name, text_color);
SDL_BlitSurface(text, &(SDL_Rect){
0,
0,
max_width-SCALE1(BUTTON_PADDING*2),
text->h
}, screen, &(SDL_Rect){
SCALE1(PADDING+BUTTON_PADDING),
SCALE1(PADDING+(j*PILL_SIZE)+4)
});
SDL_FreeSurface(text);
}
}
else {
GFX_blitMessage("Empty folder", screen, NULL);
}
// buttons
if (show_setting) {
if (show_setting==1) GFX_blitButtonGroup((char*[]){ BRIGHTNESS_BUTTON_LABEL,"BRIGHTNESS", NULL }, screen, 0);
else GFX_blitButtonGroup((char*[]){ "MENU","BRIGHTNESS", NULL }, screen, 0);
}
else if (can_resume) {
GFX_blitButtonGroup((char*[]){ "X","RESUME", NULL }, screen, 0);
}
else {
GFX_blitButtonGroup((char*[]){ "POWER","SLEEP", NULL }, screen, 0);
}
if (total==0) {
if (stack->count>1) {
GFX_blitButtonGroup((char*[]){ "B","BACK", NULL }, screen, 1);
}
}
else {
if (stack->count>1) {
GFX_blitButtonGroup((char*[]){ "B","BACK", "A","OPEN", NULL }, screen, 1);
}
else {
GFX_blitButtonGroup((char*[]){ "A","OPEN", NULL }, screen, 1);
}
}
}
GFX_flip(screen);
dirty = 0;
}
else GFX_sync();
}
if (version) SDL_FreeSurface(version);
SDL_FreeSurface(screen);
Menu_quit();
GFX_quit();
QuitSettings();
}
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