ACONTROLP accb(
AWINDOWP win,
int x,
int y,
int w,
int h,
char * textv,
byte checked
){
//-- Validate Minimum Size
if (h<agdp()*16) h=agdp()*16;
if (w<agdp()*16) w=agdp()*16;
//-- Limit Title Length
char title[128];
snprintf(title,128,"%s",textv);
//-- Initializing Button Data
ACCBDP d = (ACCBDP) malloc(sizeof(ACCBD));
memset(d,0,sizeof(ACCBD));
//-- Save Touch Message & Set Stats
d->checked = checked;
d->focused = 0;
d->pushed = 0;
//-- Initializing Canvas
ag_canvas(&d->control,w,h);
//-- Draw Control Background
ag_draw_ex(&d->control,&win->c,0,0,x,y,w,h);
//-- Calculate Position & Size
int minpad = 5*agdp();
d->chkS = (agdp()*10);
int txtW = w - ((d->chkS+6)+(agdp()*4));
int txtX = (d->chkS+(agdp()*4));
int txtH = ag_txtheight(txtW,title,0);
int txtY = ((h-txtH) / 2);
if (txtY<1) txtY = 1;
ag_textf(&d->control,txtW,minpad+txtX,txtY,title,acfg()->textbg,0);
ag_text(&d->control,txtW,minpad+txtX-1,txtY-1,title,acfg()->textfg,0);
//-- Initializing Control
ACONTROLP ctl = malloc(sizeof(ACONTROL));
ctl->ondestroy= &accb_ondestroy;
ctl->oninput = &accb_oninput;
ctl->ondraw = &accb_ondraw;
ctl->onblur = &accb_onblur;
ctl->onfocus = &accb_onfocus;
ctl->win = win;
ctl->x = x;
ctl->y = y;
ctl->w = w;
ctl->h = h;
ctl->forceNS = 0;
ctl->d = (void *) d;
aw_add(win,ctl);
return ctl;
}
//INTENT_TOGGLE toggle usb
intentResult* intent_toggle(int argc, char *argv[])
{
assert_ui_if_fail(argc == 1);
assert_ui_if_fail(argv[0] != NULL);
int intent_type = atoi(argv[0]);
int result = 0;
if (intent_type == 0)
{
umount_usb();
ensure_path_unmounted("/sdcard");
if (acfg()->sd_ext == 1){
ensure_path_unmounted("/external_sd");
}
return miuiIntent_result_set(result, (char*)"ok");
}
//wait for usb connected
//while (is_usb_connected()) ;
if (is_usb_connected())
{
mount_usb();
return miuiIntent_result_set(result, (char*)"mounted");
}
LOGE("USB not connect\n");
umount_usb();
ensure_path_unmounted("/sdcard");
if (acfg()->sd_ext == 1) {
ensure_path_unmounted("/external_sd");
}
return miuiIntent_result_set(result,(char*)"ok");
}
void aw_about_dialog(AWINDOWP parent){
char unchkmsg[513];
snprintf(unchkmsg,512,
"<#247>%s %s</#>\n %s\n\n Build <u>%s</u> (<#950>%s</#>)\n %s\n %s\n <#009><u>%s</u></#>\n\n\nROM Name: <#060>%s</#>\nROM Version: <#060>%s</#>\nROM Author: <#060>%s</#>\n\nDevice: <#060>%s</#>",
AROMA_NAME,
AROMA_VERSION,
AROMA_COPY,
AROMA_BUILD,
AROMA_BUILD_CN,
AROMA_BUILD_L,
AROMA_BUILD_A,
AROMA_BUILD_URL,
acfg()->rom_name,
acfg()->rom_version,
acfg()->rom_author,
acfg()->rom_device
);
aw_alert(parent,
AROMA_NAME " " AROMA_VERSION,
unchkmsg,
"icons/install",
NULL);
}
int screen_set_black(int black)
{
pthread_mutex_lock(&mutex_screen);
int fd = open(acfg()->brightness_path, O_WRONLY);
if (fd <= 0)
{
miui_error("open %s failed!\n", acfg()->brightness_path);
}
else
{
bool_black = black;
if (bool_black)
{
if (write(fd,"0", 1) <= 0)
{
miui_error("%s write error %s", acfg()->brightness_path, strerror(errno));
}
}
else
{
miui_debug("screen_light_buf is %s\n", screen_light_buf);
if (write(fd,screen_light_buf,strlen(screen_light_buf)) <= 0)
{
miui_error("%s write error %s", acfg()->brightness_path, strerror(errno));
}
}
close(fd);
}
pthread_mutex_unlock(&mutex_screen);
return 0;
}
void acopt_redraw(ACONTROLP ctl) {
ACOPTDP d = (ACOPTDP) ctl->d;
if (d->acheck_signature != 136) {
return; //-- Not Valid Signature
}
if ((d->itemn > 0) && (d->draweditemn < d->itemn)) {
ag_ccanvas(&d->client);
ag_canvas(&d->client, d->clientWidth, d->nextY);
ag_rect(&d->client, 0, 0, d->clientWidth, agdp()*max(acfg()->roundsz, 4), acfg()->textbg);
//-- Set Values
d->scrollY = 0;
d->maxScrollY = d->nextY - (ctl->h - (agdp() * max(acfg()->roundsz, 4)));
if (d->maxScrollY < 0) {
d->maxScrollY = 0;
}
//-- Draw Items
int i;
for (i = 0; i < d->itemn; i++) {
acopt_redrawitem(ctl, i);
}
d->draweditemn = d->itemn;
}
}
static int umount_usb() {
int ret;
int fd;
char ch = 0;
char value[PROPERTY_VALUE_MAX];
char lunfilename[PATH_MAX];
sprintf(lunfilename, "%s%d/file", acfg()->lun_file, 0);
if ((fd = open(lunfilename, O_WRONLY)) < 0)
{
LOGE("Unable to open ums lunfile 0 (%s)", strerror(errno));
ret = -1;
goto next;
}
if (write(fd, &ch, 1) < 0)
{
LOGE("Unable to write to ums lunfile 0 (%s)", strerror(errno));
ret = -1;
}
next:
sprintf(lunfilename, "%s%d/file", acfg()->lun_file, 1);
if ((fd = open(lunfilename, O_WRONLY)) < 0)
{
LOGE("Unable to open ums lunfile 1 (%s)", strerror(errno));
ret = -1;
goto next_next;
}
if (write(fd, &ch, 1) < 0)
{
LOGE("Unable to write to ums lunfile 1 (%s)", strerror(errno));
ret = -1;
}
next_next:
sprintf(lunfilename, "%s/file", acfg()->lun_file);
if ((fd = open(lunfilename, O_WRONLY)) < 0) {
LOGE("Unable to open ums lunfile (%s)", strerror(errno));
ret = -1;
goto out;
}
if (write(fd, &ch, 1) < 0) {
LOGE("Unable to write ums lunfile (%s)", strerror(errno));
ret = -1;
}
close(fd);
out:
property_get("sys.usb.state", value, "");
value[PROPERTY_VALUE_MAX - 1] = '\0';
LOGE("%s: sys.usb.state=%s\n", __func__, value);
if (strncmp("adb", value, 3))
property_set("sys.usb.config", "adb");
return ret;
}
void acopt_ondraw(void * x){
ACONTROLP ctl= (ACONTROLP) x;
ACOPTDP d = (ACOPTDP) ctl->d;
CANVAS * pc = &ctl->win->c;
acopt_redraw(ctl);
if (d->invalidDrawItem!=-1){
d->touchedItem = d->invalidDrawItem;
acopt_redrawitem(ctl,d->invalidDrawItem);
d->invalidDrawItem=-1;
}
//-- Init Device Pixel Size
int minpadding = 2;
int agdp3 = (agdp()*minpadding);
int agdp6 = (agdp()*(minpadding*2));
int agdpX = agdp6;
ag_draw(pc,&d->control,ctl->x,ctl->y);
// ag_draw_ex(pc,&d->client,ctl->x+agdp3,ctl->y+1,0,d->scrollY+1,ctl->w-agdp6,ctl->h-2);
ag_draw_ex(pc,&d->client,ctl->x+agdp(),ctl->y+1,0,d->scrollY+1,ctl->w-(agdp()*2),ctl->h-2);
if (d->maxScrollY>0){
//-- Glow
int i;
byte isST=(d->scrollY>0)?1:0;
byte isSB=(d->scrollY<d->maxScrollY)?1:0;
int add_t_y = 1;
for (i=0;i<agdpX;i++){
byte alph = 255-round((((float) (i+1))/ ((float) agdpX))*230);
if (isST)
ag_rectopa(pc,ctl->x,ctl->y+i+add_t_y,ctl->w,1,acfg()->textbg,alph);
if (isSB)
ag_rectopa(pc,ctl->x,((ctl->y+ctl->h)-(add_t_y))-(i+1),ctl->w,1,acfg()->textbg,alph);
}
//-- Scrollbar
int newh = ctl->h - agdp6;
float scrdif = ((float) newh) / ((float) d->client.h);
int scrollbarH = round(scrdif * newh);
int scrollbarY = round(scrdif * d->scrollY) + agdp3;
if (d->scrollY<0){
scrollbarY = agdp3;
int alp = (1.0 - (((float) abs(d->scrollY)) / (((float) ctl->h)/4))) * 255;
if (alp<0) alp = 0;
ag_rectopa(pc,(ctl->w-agdp()-2)+ctl->x,scrollbarY+ctl->y,agdp(),scrollbarH,acfg()->scrollbar, alp);
}
else if (d->scrollY>d->maxScrollY){
scrollbarY = round(scrdif * d->maxScrollY) + agdp3;
int alp = (1.0 - (((float) abs(d->scrollY-d->maxScrollY)) / (((float) ctl->h)/4))) * 255;
if (alp<0) alp = 0;
ag_rectopa(pc,(ctl->w-agdp()-2)+ctl->x,scrollbarY+ctl->y,agdp(),scrollbarH,acfg()->scrollbar, alp);
}
else{
ag_rect(pc,(ctl->w-agdp()-2)+ctl->x,scrollbarY+ctl->y,agdp(),scrollbarH,acfg()->scrollbar);
}
}
}
struct _menuUnit * sd_ui_init()
{
struct _menuUnit *p = common_ui_init();
return_null_if_fail(p != NULL);
strncpy(p->name, "<~sd.name>", MENU_LEN);
strncpy(p->title_name, "<~sd.title_name>", MENU_LEN);
strncpy(p->icon, "@sd", MENU_LEN);
p->result = 0;
return_null_if_fail(menuNode_init(p) != NULL);
//install from sd
struct _menuUnit *temp = common_ui_init();
return_null_if_fail(temp != NULL);
menuUnit_set_icon(temp, "@sd.choose");
strncpy(temp->name, "<~sd.install.name>", MENU_LEN);
temp->show = &sd_menu_show;
assert_if_fail(menuNode_add(p, temp) == RET_OK);
//install update.bin from sd
temp = common_ui_init();
menuUnit_set_icon(temp, "@sd.install");
strncpy(temp->name,"<~sd.update.name>", MENU_LEN);
temp->show = &sd_update_show;
assert_if_fail(menuNode_add(p, temp) == RET_OK);
if (acfg()->sd_ext == 1)
{
//install from external_sd
struct _menuUnit *temp = common_ui_init();
return_null_if_fail(temp != NULL);
menuUnit_set_icon(temp, "@sd.choose");
strncpy(temp->name, "<~sdext.install.name>", MENU_LEN);
temp->show = &sdext_menu_show;
assert_if_fail(menuNode_add(p, temp) == RET_OK);
}
return p;
}
void aui_cfg_save()
{
char o[256];
snprintf(o, 256, "%i", auic()->tooltext);
aarray_set(aui_cfg_array, "tooltext", o);
snprintf(o, 256, "%i", auic()->showhidden);
aarray_set(aui_cfg_array, "showhidden", o);
snprintf(o, 256, "%i", auic()->fontsize);
aarray_set(aui_cfg_array, "fontsize", o);
snprintf(o, 256, "%i", auic()->automount);
aarray_set(aui_cfg_array, "automount", o);
snprintf(o, 256, "%i", acfg()->fadeframes);
aarray_set(aui_cfg_array, "fadeframes", o);
aarray_set(aui_cfg_array, "fontfamily", auicv.fontfamily);
aarray_set(aui_cfg_array, "iconset", auicv.iconset);
aarray_set(aui_cfg_array, "language", auicv.language);
aarray_set(aui_cfg_array, "theme", auicv.theme);
//aui_cfg_savecalib();
aui_cfg_savechange();
}
int screen_set_brightness(char* brightness)
{
pthread_mutex_lock(&mutex_screen);
int fd = open(acfg()->brightness_path, O_WRONLY);
if (fd <= 0)
{
miui_error("open %s failed!\n", acfg()->brightness_path);
}
else
{
if (write(fd, brightness, 1) <= 0)
{
miui_error("% write error %s", acfg()->brightness_path, strerror(errno));
}
close(fd);
}
pthread_mutex_unlock(&mutex_screen);
return 0;
}
char *auifav(AWINDOWP parent, char *path)
{
//-- Mute Parent
CANVAS *tmpc = aw_muteparent(parent);
aw_set_on_dialog(2);
ag_rectopa(agc(), 0, 0, agw(), agh(), 0x0000, 180);
ag_sync();
//-- Initializing Canvas
CANVAS favbg;
ag_canvas(&favbg, agw(), agh());
ag_draw(&favbg, agc(), 0, 0);
//-- Init Sizes
int winY = agh() - round(agh() / 1.618);
int winH = agh() - winY;
int titH = agdp() * 24; // (agdp()*6) + ag_fontheight(1);
int boxY = winY + titH;
int boxH = winH - titH;
//-- Draw Title
ag_roundgrad_ex(&favbg, 0, winY, agw(), titH, acfg()->navbg,
acfg()->navbg_g, 0, 0, 0, 0, 0);
//-- Draw Main Window
ag_roundgrad_ex(&favbg, 0, boxY, agw(), boxH, acfg()->navbg,
acfg()->navbg_g, 0, 0, 0, 0, 0);
byte first = 1;
char *out_char = NULL;
while (auifav_win
(&favbg, path, &out_char, winY, titH, boxY, boxH, first)) {
first = 0;
}
//-- Cleanup Canvas
ag_ccanvas(&favbg);
//-- Unmute Parent
aw_set_on_dialog(0);
aw_unmuteparent(parent, tmpc);
return out_char;
}
void aui_cfg_init()
{
auicv.tooltext = 1;
auicv.fontsize = 2;
auicv.automount = 0;
auicv.showhidden = 0;
acfg()->fadeframes = 4;
snprintf(auicv.fontfamily, 128, "Droid Sans");
snprintf(auicv.iconset, 128, "Generic");
snprintf(auicv.language, 128, "English");
snprintf(auicv.theme, 128, "");
}
void afbox_redraw(ACONTROLP ctl){
AFBOXDP d = (AFBOXDP) ctl->d;
if (d->acheck_signature != 177) return; //-- Not Valid Signature
if ((d->itemn>0)&&(d->draweditemn<d->itemn)) {
ag_ccanvas(&d->client);
ag_canvas(&d->client,d->clientWidth,d->nextY);
ag_rect(&d->client,0,0,d->clientWidth,agdp()*2,acfg()->textbg);
//-- Set Values
d->scrollY = 0;
d->maxScrollY = d->nextY-(ctl->h-(agdp()*2));
if (d->maxScrollY<0) d->maxScrollY=0;
//-- Draw Items
int i;
for (i=0;i<d->itemn;i++){
ag_rect(&d->client,0,d->items[i]->y,d->clientWidth,d->items[i]->h,acfg()->textbg);
afbox_redrawitem(ctl,i);
}
d->draweditemn=d->itemn;
}
}
void aw_about_dialog(AWINDOWP parent){
char unchkmsg[513];
snprintf(unchkmsg,512,
"<b>%s %s</b>\n"
"%s\n\n"
" <#selectbg_g>Build <u>%s</u></#> (<b>%s</b>)\n"
" %s\n"
" %s\n"
" <u>%s</u>\n\n"
"ROM Name:\n <b><#selectbg_g>%s</#></b>\n"
"ROM Version:\n <b><#selectbg_g>%s</#></b>\n"
"ROM Author:\n <b><#selectbg_g>%s</#></b>\n"
"Device:\n <b><#selectbg_g>%s</#></b>\n"
"Update:\n <b><#selectbg_g>%s</#></b>"
,
AROMA_NAME,
AROMA_VERSION,
AROMA_COPY,
AROMA_BUILD,
AROMA_BUILD_CN,
AROMA_BUILD_L,
AROMA_BUILD_A,
AROMA_BUILD_URL,
acfg()->rom_name,
acfg()->rom_version,
acfg()->rom_author,
acfg()->rom_device,
acfg()->rom_date
);
aw_alert(parent,
AROMA_NAME " " AROMA_VERSION,
unchkmsg,
"@install",
NULL);
}
STATUS info_about_show(struct _menuUnit* p)
{
char message[512];
snprintf(message, 512,
"<~about.name>\n <b><#selectbg_g>%s</#></b>\n"
"<~about.version>\n <b><#selectbg_g>%s</#></b>\n"
"<~about.device>\n <b><#selectbg_g>%s</#></b>\n"
"<~about.date>\n <b><#selectbg_g>%s</#></b>\n"
,
acfg()->rom_name,
acfg()->rom_version,
acfg()->rom_device,
acfg()->rom_date
);
miui_aboutmenu(
MIUI_NAME " " MIUI_VERSION,
"@install",
message
);
return MENU_BACK;
}
void acime2_drawbutton(ACIMEDP d, int x, int y, int w, int h, int id) {
d->keyX[id] = x;
d->keyW[id] = w;
d->keyD[id] = 0;
x++;
y++;
w -= 2;
h -= 2;
if (!atheme_draw("img.button", &d->control_rest, x, y, w, h)) {
ag_roundgrad(&d->control_rest, x, y, w, h, acfg()->border, acfg()->border_g, acfg()->roundsz);
ag_roundgrad(&d->control_rest, x + 1, y + 1, w - 2, h - 2, acfg()->controlbg, acfg()->controlbg_g, acfg()->roundsz - 1);
}
if (!atheme_draw("img.button.push", &d->control_push, x, y, w, h)) {
ag_roundgrad(&d->control_push, x, y, w, h, acfg()->selectbg_g, acfg()->selectbg, acfg()->roundsz);
ag_roundgrad(&d->control_push, x + 1, y + 1, w - 2, h - 2, acfg()->selectbg, acfg()->selectbg_g, acfg()->roundsz - 1);
}
}
void aui_cfg_fromarray()
{
char *o;
o = aarray_get(aui_cfg_array, "automount");
if (o != NULL)
auic()->automount = atoi(o);
o = aarray_get(aui_cfg_array, "tooltext");
if (o != NULL)
auic()->tooltext = atoi(o);
o = aarray_get(aui_cfg_array, "fontsize");
if (o != NULL)
auic()->fontsize = atoi(o);
o = aarray_get(aui_cfg_array, "fadeframes");
if (o != NULL)
acfg()->fadeframes = atoi(o);
o = aarray_get(aui_cfg_array, "showhidden");
if (o != NULL)
auic()->showhidden = atoi(o);
o = aarray_get(aui_cfg_array, "fontfamily");
if (o != NULL)
snprintf(auicv.fontfamily, 128, o);
o = aarray_get(aui_cfg_array, "iconset");
if (o != NULL)
snprintf(auicv.iconset, 128, o);
o = aarray_get(aui_cfg_array, "language");
if (o != NULL)
snprintf(auicv.language, 128, o);
o = aarray_get(aui_cfg_array, "theme");
if (o != NULL)
snprintf(auicv.theme, 128, o);
}
ACONTROLP acime2(
AWINDOWP win,
int x, int y, int w, int h,
byte inputMsg
) {
//-- Initializing Button Data
ACIMEDP d = (ACIMEDP) malloc(sizeof(ACIMED));
memset(d, 0, sizeof(ACIMED));
//-- Set Data
d->inputMsg = inputMsg;
d->onShift = 0;
d->on123 = 0;
d->onCTRL = 0;
d->pushedId = 255;
//-- Init Canvas
ag_canvas(&d->control, w, h);
ag_canvas(&d->control_push, w, h);
ag_canvas(&d->control_rest, w, h);
//-- Drawings
ag_roundgrad(&d->control_rest, 0, 0, w, h, acfg()->navbg, acfg()->navbg_g, 0);
ag_rect(&d->control_rest, 0, 0, w, 1, acfg()->navbg);
ag_draw(&d->control_push, &d->control_rest, 0, 0);
//-- Calculate Size
int btnW = floor(w / 10);
d->btnH = floor(h / 5);
//-- Draw Buttons
int i = 0;
int bY = 0;
int w1p2 = (btnW / 2);
int w3p2 = ((btnW * 3) / 2);
for (i = 0; i < 10; i++) {
acime2_drawbutton(d, i * btnW, bY, btnW, d->btnH, i);
}
bY += d->btnH;
for (i = 0; i < 9; i++) {
acime2_drawbutton(d, w1p2 + (i * btnW), bY, btnW, d->btnH, i + 10);
}
bY += d->btnH;
acime2_drawbutton(d, 0, bY, w3p2, d->btnH, 19); //-- SHIFT
for (i = 0; i < 7; i++) {
acime2_drawbutton(d, w3p2 + (i * btnW), bY, btnW, d->btnH, i + 20);
}
acime2_drawbutton(d, 8.5 * btnW, bY, w3p2, d->btnH, 27); //-- BACKSPACE
bY += d->btnH;
acime2_drawbutton(d, 0, bY, w3p2, d->btnH, 28); //-- CHANGE 123-ABC
acime2_drawbutton(d, w3p2, bY, w3p2, d->btnH, 29); //-- COMMA
acime2_drawbutton(d, w3p2 * 2, bY, btnW * 4, d->btnH, 30); //-- SPACE
acime2_drawbutton(d, 7 * btnW, bY, w3p2, d->btnH, 31); //-- DOT
acime2_drawbutton(d, 8.5 * btnW, bY, w3p2, d->btnH, 32); //-- ENTER
bY += d->btnH;
acime2_drawbutton(d, 0, bY, btnW * 2, d->btnH, 33); //-- TAB
acime2_drawbutton(d, btnW * 2, bY, btnW * 2, d->btnH, 34); //-- CTRL
acime2_drawbutton(d, 4 * btnW, bY, w3p2, d->btnH, 35); //-- LEFT
acime2_drawbutton(d, 5.5 * btnW, bY, w3p2, d->btnH, 36); //-- UP
acime2_drawbutton(d, 7 * btnW, bY, w3p2, d->btnH, 37); //-- DOWN
acime2_drawbutton(d, 8.5 * btnW, bY, w3p2, d->btnH, 38); //-- RIGHT
ag_draw(&d->control, &d->control_rest, 0, 0);
//-- Initializing Control
ACONTROLP ctl = malloc(sizeof(ACONTROL));
ctl->ondestroy = &acime2_ondestroy;
ctl->oninput = &acime2_oninput;
ctl->ondraw = &acime2_ondraw;
ctl->onblur = &acime2_onblur;
ctl->onfocus = NULL;
ctl->win = win;
ctl->x = x;
ctl->y = y;
ctl->w = w;
ctl->h = h;
ctl->forceNS = 0;
ctl->d = (void *) d;
aw_add(win, ctl);
return ctl;
}
void acime2_drawbtn(ACONTROLP ctl, int keyID, int y) {
ACIMEDP d = (ACIMEDP) ctl->d;
if (((keyID < 27) && (keyID != 19)) || (keyID == 30) || (keyID == 31) || (keyID == 29) || (keyID == 34)) {
char c[8];
char c2 = 0;
c[1] = 0;
if (keyID == 30) {
c[0] = ' ';
}
else if (keyID == 34) {
snprintf(c, 8, "ctrl");
if (d->onCTRL) {
c2 = '*';
}
}
else if (keyID == 29) {
c[0] = ',';
}
else if (keyID == 31) {
c[0] = '.';
}
else {
int n = keyID;
if (n > 19) {
n--;
}
int np = 3;
if (d->on123) {
np = (d->onShift) ? 0 : 1;
}
else {
if (d->onShift) {
np = 2;
}
int np2 = (d->onShift) ? 0 : 1;
c2 = acime2_charlist[np2][n];
}
c[0] = acime2_charlist[np][n];
}
color cl = (d->pushedId == keyID) ? acfg()->selectfg : acfg()->controlfg;
int y1 = y;
y += (d->btnH / 2) - (ag_fontheight(1) / 2);
int x = (d->keyW[keyID] / 2) - (ag_txtwidth(c, 1) / 2);
ag_textf(
&d->control,
d->keyW[keyID],
d->keyX[keyID] + x,
y,
c,
cl,
1
);
if (c2) {
cl = (d->pushedId == keyID) ? acfg()->selectfg : acfg()->textfg_gray;
char c2s[2];
c2s[0] = c2;
c2s[1] = 0;
ag_textf(
&d->control,
d->keyW[keyID],
d->keyX[keyID] + d->keyW[keyID] - ag_txtwidth(c2s, 0) - agdp(),
y1 + agdp(),
c2s,
cl,
0
);
}
}
else {
int icoid = 0;
if (keyID == 19) {
icoid = (!d->onShift ? 27 : (d->onShift == 2 ? 29 : 28));
}
else if (keyID == 28) {
icoid = d->on123 ? 31 : 30;
}
else if (keyID == 27) {
icoid = 32; // bkspace;
}
else if (keyID == 33) {
icoid = 42; // tab;
}
else if (keyID == 35) {
icoid = 34; // left;
}
else if (keyID == 36) {
icoid = 43; // up;
}
else if (keyID == 37) {
icoid = 44; // down;
}
else if (keyID == 38) {
icoid = 35; // right;
}
else if (keyID == 32) {
icoid = 41; // enter;
}
PNGCANVAS * ap = aui_icons(icoid);
if (ap != NULL) {
int isz = agdp() * 16;
y += (d->btnH / 2) - (isz / 2);
int x = (d->keyW[keyID] / 2) - (isz / 2);
apng_stretch(
&d->control, ap, d->keyX[keyID] + x, y, isz, isz, 0, 0, ap->w, ap->h);
}
}
}
void acopt_redrawitem(ACONTROLP ctl, int index) {
ACOPTDP d = (ACOPTDP) ctl->d;
if (d->acheck_signature != 136) {
return; //-- Not Valid Signature
}
if ((index >= d->itemn) || (index < 0)) {
return; //-- Not Valid Index
}
ACOPTIP p = d->items[index];
CANVAS * c = &d->client;
//-- Cleanup Background
ag_rect(c, 0, p->y, d->clientWidth, p->h, acfg()->textbg);
if (p->isTitle) {
ag_roundgrad(c, 0, p->y, d->clientWidth, p->h, acfg()->controlbg, acfg()->controlbg_g, 0);
ag_rect(c, 0, p->y + p->h - 1, d->clientWidth, 1, acfg()->border);
ag_rect(c, 0, p->y + p->h - 2, d->clientWidth, 1, acfg()->controlbg);
char ntitle[256];
snprintf(ntitle, 256, "<b>%s</b>", p->title);
ag_textf(c, d->clientTextW + (agdp() * 14), (d->clientTextX - (agdp() * 14)) + 1, p->y + p->ty, ntitle, acfg()->controlbg, 0);
ag_text(c, d->clientTextW + (agdp() * 14), d->clientTextX - (agdp() * 14), p->y + p->ty - 1, ntitle, acfg()->controlfg, 0);
}
else {
color txtcolor = acfg()->textfg;
color graycolor = acfg()->textfg_gray;
byte isselectcolor = 0;
if (index == d->touchedItem) {
if (!atheme_draw("img.selection.push", c, 0, p->y + agdp(), d->clientWidth, p->h - (agdp() * 2))) {
color pshad = ag_calpushad(acfg()->selectbg_g);
dword hl1 = ag_calcpushlight(acfg()->selectbg, pshad);
ag_roundgrad(c, 0, p->y + agdp(), d->clientWidth, p->h - (agdp() * 2), acfg()->selectbg, pshad, (agdp()*acfg()->roundsz));
ag_roundgrad(c, 0, p->y + agdp(), d->clientWidth, (p->h - (agdp() * 2)) / 2, LOWORD(hl1), HIWORD(hl1), (agdp()*acfg()->roundsz));
}
graycolor = txtcolor = acfg()->selectfg;
isselectcolor = 1;
}
else if ((index == d->focusedItem) && (d->focused)) {
if (!atheme_draw("img.selection", c, 0, p->y + agdp(), d->clientWidth, p->h - (agdp() * 2))) {
dword hl1 = ag_calchighlight(acfg()->selectbg, acfg()->selectbg_g);
ag_roundgrad(c, 0, p->y + agdp(), d->clientWidth, p->h - (agdp() * 2), acfg()->selectbg, acfg()->selectbg_g, (agdp()*acfg()->roundsz));
ag_roundgrad(c, 0, p->y + agdp(), d->clientWidth, (p->h - (agdp() * 2)) / 2, LOWORD(hl1), HIWORD(hl1), (agdp()*acfg()->roundsz));
}
graycolor = txtcolor = acfg()->selectfg;
isselectcolor = 1;
}
if (index < d->itemn - 1) {
//-- Not Last... Add Separator
color sepcl = ag_calculatealpha(acfg()->textbg, acfg()->textfg_gray, 80);
ag_rect(c, 0, p->y + p->h - 1, d->clientWidth, 1, sepcl);
}
//-- Now Draw The Text
if (isselectcolor) {
ag_textf(c, d->clientTextW, d->clientTextX, p->y + p->ty, p->title, acfg()->selectbg_g, 1);
ag_textf(c, d->clientTextW, d->clientTextX, p->y + p->dy, p->desc, acfg()->selectbg_g, 0);
}
ag_text(c, d->clientTextW, d->clientTextX - 1, p->y + p->ty - 1, p->title, txtcolor, 1);
ag_text(c, d->clientTextW, d->clientTextX - 1, p->y + p->dy - 1, p->desc, graycolor, 0);
//-- Now Draw The Checkbox
int halfdp = ceil(((float) agdp()) / 2);
int halfdp2 = halfdp * 2;
int optbox_s = (agdp() * 10);
int optbox_r = floor(optbox_s / 2);
int optbox_x = round((d->clientTextX / 2) - (optbox_s / 2));
int optbox_y = p->y + round((p->h / 2) - (optbox_s / 2));
byte drawed = 0;
int minpad = 3 * agdp();
int addpad = 6 * agdp();
if (p->id == d->selectedIndexs[p->group]) {
if (index == d->touchedItem) {
drawed = atheme_draw("img.radio.on.push", c, optbox_x - minpad, optbox_y - minpad, optbox_s + addpad, optbox_s + addpad);
}
else if ((index == d->focusedItem) && (d->focused)) {
drawed = atheme_draw("img.radio.on.focus", c, optbox_x - minpad, optbox_y - minpad, optbox_s + addpad, optbox_s + addpad);
}
else {
drawed = atheme_draw("img.radio.on", c, optbox_x - minpad, optbox_y - minpad, optbox_s + addpad, optbox_s + addpad);
}
}
else {
if (index == d->touchedItem) {
drawed = atheme_draw("img.radio.push", c, optbox_x - minpad, optbox_y - minpad, optbox_s + addpad, optbox_s + addpad);
}
else if ((index == d->focusedItem) && (d->focused)) {
drawed = atheme_draw("img.radio.focus", c, optbox_x - minpad, optbox_y - minpad, optbox_s + addpad, optbox_s + addpad);
}
else {
drawed = atheme_draw("img.radio", c, optbox_x - minpad, optbox_y - minpad, optbox_s + addpad, optbox_s + addpad);
}
}
if (!drawed) {
ag_roundgrad(c,
optbox_x,
optbox_y,
optbox_s,
optbox_s,
acfg()->controlbg_g,
acfg()->controlbg,
optbox_r
);
ag_roundgrad(c,
optbox_x + halfdp,
optbox_y + halfdp,
optbox_s - halfdp2,
optbox_s - halfdp2,
acfg()->textbg,
acfg()->textbg,
optbox_r - halfdp);
if (p->id == d->selectedIndexs[p->group]) {
ag_roundgrad(c,
optbox_x + halfdp2,
optbox_y + halfdp2,
optbox_s - (halfdp2 * 2),
optbox_s - (halfdp2 * 2),
acfg()->selectbg,
acfg()->selectbg_g,
optbox_r - halfdp2);
}
}
}
}
ACONTROLP acopt(
AWINDOWP win,
int x,
int y,
int w,
int h
) {
//-- Validate Minimum Size
if (h < agdp() * 16) {
h = agdp() * 16;
}
if (w < agdp() * 20) {
w = agdp() * 20;
}
//-- Initializing Text Data
ACOPTDP d = (ACOPTDP) malloc(sizeof(ACOPTD));
memset(d, 0, sizeof(ACOPTD));
//-- Set Signature
d->acheck_signature = 136;
//-- Initializing Canvas
ag_canvas(&d->control, w, h);
int minpadding = 2;
//-- Initializing Client Size
d->clientWidth = w - (agdp() * minpadding);
d->clientTextW = d->clientWidth - (agdp() * 18); // d->clientWidth - (agdp()*18) - (agdp()*acfg()->btnroundsz*2);
d->clientTextX = (agdp() * 18); // + (agdp()*acfg()->btnroundsz*2);
d->client.data = NULL;
//-- Draw Control
ag_draw_ex(&d->control, &win->c, 0, 0, x, y, w, h);
ag_rect(&d->control, 0, 0, w, h, acfg()->textbg);
//-- Set Scroll Value
d->scrollY = 0;
d->maxScrollY = 0;
d->prevTouchY = -50;
d->invalidDrawItem = -1;
//-- Set Data Values
d->items = NULL;
d->itemn = 0;
d->touchedItem = -1;
d->focusedItem = -1;
d->nextY = agdp() * minpadding;
d->draweditemn = 0;
int i;
for (i = 0; i < ACOPT_MAX_GROUP; i++) {
d->selectedIndexs[i] = -1;
}
d->groupCounts = 0;
d->groupCurrId = -1;
ACONTROLP ctl = malloc(sizeof(ACONTROL));
ctl->ondestroy = &acopt_ondestroy;
ctl->oninput = &acopt_oninput;
ctl->ondraw = &acopt_ondraw;
ctl->onblur = &acopt_onblur;
ctl->onfocus = &acopt_onfocus;
ctl->win = win;
ctl->x = x;
ctl->y = y;
ctl->w = w;
ctl->h = h;
ctl->forceNS = 0;
ctl->d = (void *) d;
aw_add(win, ctl);
return ctl;
}
ACONTROLP actext(
AWINDOWP win,
int x,
int y,
int w,
int h,
char * text,
byte isbig
){
//-- Validate Minimum Size
if (h<agdp()*16) h=agdp()*16;
if (w<agdp()*16) w=agdp()*16;
//-- Initializing Client Area
int minpadding = max(acfg()->roundsz,4);
int cw = w-(agdp()*(minpadding*2));
int ch = 0;
if (text!=NULL)
ch = ag_txtheight(cw,text,isbig)+(agdp()*(minpadding*2));
else
ch = h-(agdp()*2);
//-- Initializing Text Data
ACTEXTDP d = (ACTEXTDP) malloc(sizeof(ACTEXTD));
memset(d,0,sizeof(ACTEXTD));
//-- Initializing Canvas
ag_canvas(&d->control,w,h);
ag_canvas(&d->control_focused,w,h);
ag_canvas(&d->client,cw,ch);
//-- Draw Control
ag_draw_ex(&d->control,&win->c,0,0,x,y,w,h);
ag_roundgrad(&d->control,0,0,w,h,acfg()->border,acfg()->border_g,(agdp()*acfg()->roundsz));
ag_roundgrad(&d->control,1,1,w-2,h-2,acfg()->textbg,acfg()->textbg,(agdp()*acfg()->roundsz)-1);
//-- Draw Focused Control
ag_draw_ex(&d->control_focused,&win->c,0,0,x,y,w,h);
ag_roundgrad(&d->control_focused,0,0,w,h,acfg()->selectbg,acfg()->selectbg_g,(agdp()*acfg()->roundsz));
ag_roundgrad(&d->control_focused,agdp(),agdp(),w-(agdp()*2),h-(agdp()*2),acfg()->textbg,acfg()->textbg,(agdp()*(acfg()->roundsz-1)));
//-- Draw Client
ag_rect(&d->client,0,0,cw,ch,acfg()->textbg);
if (text!=NULL)
ag_text(&d->client,cw,0,agdp()*minpadding,text,acfg()->textfg,isbig);
d->isbigtxt = isbig;
d->targetY = 0;
d->focused = 0;
d->scrollY = 0;
d->appendPos = agdp()*minpadding;
d->forceGlowTop= 0;
d->isFixedText = 0;
if (text!=NULL)
d->maxScrollY = ch-(h-(agdp()*minpadding));
else{
d->maxScrollY = 0;
d->isFixedText = 1;
}
if (d->maxScrollY<0) d->maxScrollY=0;
ACONTROLP ctl = malloc(sizeof(ACONTROL));
ctl->ondestroy= &actext_ondestroy;
ctl->oninput = &actext_oninput;
ctl->ondraw = &actext_ondraw;
ctl->onblur = actext_onblur;
ctl->onfocus = actext_onfocus;
ctl->win = win;
ctl->x = x;
ctl->y = y;
ctl->w = w;
ctl->h = h;
ctl->forceNS = 0;
ctl->d = (void *) d;
aw_add(win,ctl);
return ctl;
}
void actext_rebuild(
ACONTROLP ctl,
int x,
int y,
int w,
int h,
char * text,
byte isbig,
byte toBottom
){
ACTEXTDP d = (ACTEXTDP) ctl->d;
int minpadding = max(acfg()->roundsz,4);
//-- Cleanup
ag_ccanvas(&d->control);
ag_ccanvas(&d->control_focused);
ag_ccanvas(&d->client);
memset(d,0,sizeof(ACTEXTD));
//-- Rebuild
//-- Validate Minimum Size
if (h<agdp()*16) h=agdp()*16;
if (w<agdp()*16) w=agdp()*16;
//-- Initializing Client Area
int cw = w-(agdp()*(minpadding*2));
int ch = 0;
if (text!=NULL)
ch = ag_txtheight(cw,text,isbig)+(agdp()*(minpadding*2));
else
ch = h-(agdp()*2);
//-- Initializing Canvas
ag_canvas(&d->control,w,h);
ag_canvas(&d->control_focused,w,h);
ag_canvas(&d->client,cw,ch);
//-- Draw Control
ag_draw_ex(&d->control,ctl->win->bg,0,0,x,y,w,h);
ag_roundgrad(&d->control,0,0,w,h,acfg()->border,acfg()->border_g,(agdp()*acfg()->roundsz));
ag_roundgrad(&d->control,1,1,w-2,h-2,acfg()->textbg,acfg()->textbg,(agdp()*acfg()->roundsz)-1);
//-- Draw Focused Control
ag_draw_ex(&d->control_focused,ctl->win->bg,0,0,x,y,w,h);
ag_roundgrad(&d->control_focused,0,0,w,h,acfg()->selectbg,acfg()->selectbg_g,(agdp()*acfg()->roundsz));
ag_roundgrad(&d->control_focused,agdp(),agdp(),w-(agdp()*2),h-(agdp()*2),acfg()->textbg,acfg()->textbg,(agdp()*(acfg()->roundsz-1)));
//-- Draw Client
ag_rect(&d->client,0,0,cw,ch,acfg()->textbg);
if (text!=NULL)
ag_text(&d->client,cw,0,agdp()*minpadding,text,acfg()->textfg,isbig);
d->isbigtxt = isbig;
d->targetY = 0;
d->focused = 0;
d->scrollY = 0;
d->appendPos = agdp()*minpadding;
d->forceGlowTop= 0;
d->isFixedText = 0;
if (text!=NULL)
d->maxScrollY = ch-(h-(agdp()*minpadding));
else{
d->maxScrollY = 0;
d->isFixedText = 1;
}
if (d->maxScrollY<0) d->maxScrollY=0;
ctl->x = x;
ctl->y = y;
ctl->w = w;
ctl->h = h;
ctl->forceNS = 0;
if (toBottom){
d->scrollY = d->maxScrollY;
}
ctl->ondraw(ctl);
aw_draw(ctl->win);
}
void actext_appendtxt(ACONTROLP ctl,char * txt){
ACTEXTDP d = (ACTEXTDP) ctl->d;
int ch = ag_txtheight(d->client.w,txt,d->isbigtxt);
int canvas_h = d->client.h;
if ((d->appendPos+ch)>=canvas_h){
int step_up = (d->appendPos+ch) - canvas_h;
int y; int ynew=0;
for (y=step_up; y<canvas_h; y++){
color * rowdest = agxy(&d->client,0,ynew++);
color * rowsrc = agxy(&d->client,0,y);
memcpy(rowdest,rowsrc,sizeof(color)*d->client.w);
}
d->appendPos -= step_up;
}
ag_rect(&d->client,0,d->appendPos,d->client.w,ch,acfg()->textbg);
ag_text(&d->client,
d->client.w,
0,d->appendPos,
txt,
acfg()->textfg,
d->isbigtxt);
d->appendPos+=ch;
/*
int minpadding = max(acfg()->roundsz,4);
int ch = ag_txtheight(d->client.w,txt,d->isbigtxt);
int my = d->client.h-(agdp()*2); // -(agdp()*(minpadding*2));
if ((d->appendPos+ch)>=my){
if (d->appendPos<my){
ch-=(my-d->appendPos);
}
int y; int ynew=0;
for (y=ch;y<d->client.h;y++){
color * rowdest = agxy(&d->client,0,ynew++);
color * rowsrc = agxy(&d->client,0,y);
memcpy(rowdest,rowsrc,sizeof(color)*d->client.w);
}
int ypos = my-ch;
ag_rect(&d->client,0,ypos,d->client.w,ch,acfg()->textbg);
ag_text(&d->client,
d->client.w,
0,ypos,
txt,
acfg()->textfg,
d->isbigtxt);
d->forceGlowTop=1;
d->appendPos=my;
}
else{
ag_text(&d->client,
d->client.w,
0,d->appendPos,
txt,
acfg()->textfg,
d->isbigtxt);
d->appendPos+=ch;
}
*/
ctl->ondraw(ctl);
aw_draw(ctl->win);
}
void accheck_redrawitem(ACONTROLP ctl, int index){
ACCHECKDP d = (ACCHECKDP) ctl->d;
if (d->acheck_signature != 133) return; //-- Not Valid Signature
if ((index>=d->itemn)||(index<0)) return; //-- Not Valid Index
ACCHECKIP p = d->items[index];
CANVAS * c = &d->client;
//-- Cleanup Background
ag_rect(c,0,p->y,d->clientWidth,p->h,acfg()->textbg);
if (p->isTitle){
ag_roundgrad(c,0,p->y,d->clientWidth,p->h,acfg()->titlebg,acfg()->titlebg_g,0);
ag_textf(c,d->clientTextW+(agdp()*14),(d->clientTextX-(agdp()*14))+1,p->y+p->ty,p->title,acfg()->titlebg_g,0);
ag_text(c,d->clientTextW+(agdp()*14),d->clientTextX-(agdp()*14),p->y+p->ty-1,p->title,acfg()->titlefg,0);
}
else{
color txtcolor = acfg()->textfg;
color graycolor= acfg()->textfg_gray;
byte isselectcolor=0;
if (index==d->touchedItem){
if (!atheme_draw("img.selection.push", c,0,p->y+agdp(),d->clientWidth,p->h-(agdp()*2))){
color pshad = ag_calpushad(acfg()->selectbg_g);
dword hl1 = ag_calcpushlight(acfg()->selectbg,pshad);
ag_roundgrad(c,0,p->y+agdp(),d->clientWidth,p->h-(agdp()*2),acfg()->selectbg,pshad,(agdp()*acfg()->roundsz));
ag_roundgrad(c,0,p->y+agdp(),d->clientWidth,(p->h-(agdp()*2))/2,LOWORD(hl1),HIWORD(hl1),(agdp()*acfg()->roundsz));
}
graycolor = txtcolor = acfg()->selectfg;
isselectcolor=1;
}
else if ((index==d->focusedItem)&&(d->focused)){
if (!atheme_draw("img.selection", c,0,p->y+agdp(),d->clientWidth,p->h-(agdp()*2))){
dword hl1 = ag_calchighlight(acfg()->selectbg,acfg()->selectbg_g);
ag_roundgrad(c,0,p->y+agdp(),d->clientWidth,p->h-(agdp()*2),acfg()->selectbg,acfg()->selectbg_g,(agdp()*acfg()->roundsz));
ag_roundgrad(c,0,p->y+agdp(),d->clientWidth,(p->h-(agdp()*2))/2,LOWORD(hl1),HIWORD(hl1),(agdp()*acfg()->roundsz));
}
graycolor = txtcolor = acfg()->selectfg;
isselectcolor=1;
}
if (index<d->itemn-1){
//-- Not Last... Add Separator
color sepcl = ag_calculatealpha(acfg()->textbg,acfg()->textfg_gray,80);
ag_rect(c,0,p->y+p->h-1,d->clientWidth,1,sepcl);
}
//-- Now Draw The Text
if (isselectcolor){
ag_textf(c,d->clientTextW,d->clientTextX,p->y+p->ty,p->title,acfg()->selectbg_g,0);
ag_textf(c,d->clientTextW,d->clientTextX,p->y+p->dy,p->desc,acfg()->selectbg_g,0);
}
ag_text(c,d->clientTextW,d->clientTextX-1,p->y+p->ty-1,p->title,txtcolor,0);
ag_text(c,d->clientTextW,d->clientTextX-1,p->y+p->dy-1,p->desc,graycolor,0);
//-- Now Draw The Checkbox
int halfdp = ceil(((float) agdp())/2);
int halfdp2 = halfdp*2;
int chkbox_s = (agdp()*10);
int chkbox_x = round((d->clientTextX/2)- ((chkbox_s+2)/2));
int chkbox_y = p->y + round((p->h/2) - (chkbox_s/2));
byte drawed = 0;
int minpad = 3*agdp();
int addpad = 6*agdp();
if (p->checked){
if (index==d->touchedItem)
drawed=atheme_draw("img.checkbox.on.push", c,chkbox_x-minpad,chkbox_y-minpad,chkbox_s+addpad,chkbox_s+addpad);
else if ((index==d->focusedItem)&&(d->focused))
drawed=atheme_draw("img.checkbox.on.focus", c,chkbox_x-minpad,chkbox_y-minpad,chkbox_s+addpad,chkbox_s+addpad);
else
drawed=atheme_draw("img.checkbox.on", c,chkbox_x-minpad,chkbox_y-minpad,chkbox_s+addpad,chkbox_s+addpad);
}
else{
if (index==d->touchedItem)
drawed=atheme_draw("img.checkbox.push", c,chkbox_x-minpad,chkbox_y-minpad,chkbox_s+addpad,chkbox_s+addpad);
else if ((index==d->focusedItem)&&(d->focused))
drawed=atheme_draw("img.checkbox.focus", c,chkbox_x-minpad,chkbox_y-minpad,chkbox_s+addpad,chkbox_s+addpad);
else
drawed=atheme_draw("img.checkbox", c,chkbox_x-minpad,chkbox_y-minpad,chkbox_s+addpad,chkbox_s+addpad);
}
if (!drawed){
ag_roundgrad(c,
chkbox_x,
chkbox_y,
chkbox_s,
chkbox_s,
acfg()->controlbg_g,
acfg()->controlbg,
0);
ag_roundgrad(c,
chkbox_x+halfdp,
chkbox_y+halfdp,
chkbox_s-halfdp2,
chkbox_s-halfdp2,
acfg()->textbg,
acfg()->textbg,
0);
if (p->checked){
ag_roundgrad(c,
chkbox_x+halfdp2,
chkbox_y+halfdp2,
chkbox_s-(halfdp2*2),
chkbox_s-(halfdp2*2),
acfg()->selectbg,
acfg()->selectbg_g,
0);
}
}
}
}
struct _menuUnit *mount_ui_init()
{
struct _menuUnit* p = common_ui_init();
return_null_if_fail(p != NULL);
strncpy(p->name, "<~mount.name>", MENU_LEN);
menuUnit_set_title(p, "<~mount.title>");
menuUnit_set_icon(p, "@mount");
menuUnit_set_show(p, &mount_menu_show);
return_null_if_fail(menuNode_init(p) != NULL);
//mount cache?
struct _menuUnit* temp = common_ui_init();
assert_if_fail(menuNode_add(p, temp) == RET_OK);
return_null_if_fail(menuUnit_set_name(temp, "<~mount.cache.name>") == RET_OK);
return_null_if_fail(menuUnit_set_icon(temp, ICON_DISABLE) == RET_OK);
return_null_if_fail(menuUnit_set_result(temp, MOUNT_CACHE) == RET_OK);
return_null_if_fail(menuUnit_set_desc(temp, MOUNT_DESC_UNMOUNT) == RET_OK);
return_null_if_fail(RET_OK == menuUnit_set_show(temp, &mount_child_show));
mount_cache_node = temp;
//mount data
temp = common_ui_init();
assert_if_fail(menuNode_add(p, temp) == RET_OK);
return_null_if_fail(menuUnit_set_name(temp, "<~mount.data.name>") == RET_OK);
return_null_if_fail(menuUnit_set_result(temp, MOUNT_DATA) == RET_OK);
return_null_if_fail(menuUnit_set_icon(temp, ICON_DISABLE) == RET_OK);
return_null_if_fail(menuUnit_set_desc(temp, MOUNT_DESC_UNMOUNT) == RET_OK);
return_null_if_fail(RET_OK == menuUnit_set_show(temp, &mount_child_show));
mount_data_node = temp;
//mount system
temp = common_ui_init();
assert_if_fail(menuNode_add(p, temp) == RET_OK);
return_null_if_fail(menuUnit_set_name(temp, "<~mount.system.name>") == RET_OK);
return_null_if_fail(menuUnit_set_result(temp, MOUNT_SYSTEM) == RET_OK);
return_null_if_fail(menuUnit_set_icon(temp, ICON_DISABLE) == RET_OK);
return_null_if_fail(menuUnit_set_desc(temp, MOUNT_DESC_UNMOUNT) == RET_OK);
return_null_if_fail(RET_OK == menuUnit_set_show(temp, &mount_child_show));
mount_system_node = temp;
//mount sdcard
temp = common_ui_init();
assert_if_fail(menuNode_add(p, temp) == RET_OK);
return_null_if_fail(menuUnit_set_name(temp, "<~mount.sdcard.name>") == RET_OK);
return_null_if_fail(menuUnit_set_result(temp, MOUNT_SDCARD) == RET_OK);
return_null_if_fail(menuUnit_set_icon(temp, ICON_DISABLE) == RET_OK);
return_null_if_fail(menuUnit_set_desc(temp, MOUNT_DESC_UNMOUNT) == RET_OK);
return_null_if_fail(RET_OK == menuUnit_set_show(temp, &mount_child_show));
mount_sd_node = temp;
if (acfg()->sd_ext == 1)
{
//mount internal_sd
temp = common_ui_init();
assert_if_fail(menuNode_add(p, temp) == RET_OK);
return_null_if_fail(menuUnit_set_name(temp, "<~mount.sdext.name>") == RET_OK);
return_null_if_fail(menuUnit_set_result(temp, MOUNT_SDEXT) == RET_OK);
return_null_if_fail(menuUnit_set_icon(temp, ICON_DISABLE) == RET_OK);
return_null_if_fail(menuUnit_set_desc(temp, MOUNT_DESC_UNMOUNT) == RET_OK);
return_null_if_fail(RET_OK == menuUnit_set_show(temp, &mount_child_show));
mount_sd_ext_node = temp;
}
//toggle usb stroage
if (acfg()->lun_file[0] != 0)
{
temp = common_ui_init();
assert_if_fail(menuNode_add(p, temp) == RET_OK);
return_null_if_fail(menuUnit_set_name(temp, "<~mount.toggle.name>") == RET_OK);
return_null_if_fail(menuUnit_set_result(temp, MOUNT_TOGGLE) == RET_OK);
return_null_if_fail(menuUnit_set_icon(temp, ICON_DISABLE) == RET_OK);
return_null_if_fail(menuUnit_set_desc(temp, MOUNT_DESC_UNMOUNT) == RET_OK);
return_null_if_fail(RET_OK == menuUnit_set_show(temp, &mount_child_show));
}
mount_node = p;
return p;
}
static STATUS mount_menu_show(menuUnit *p)
{
//traverse all mount files
//ensure cache
miuiIntent_send(INTENT_ISMOUNT, 1, "/cache");
if (miuiIntent_result_get_int() == 1)
{
menuUnit_set_icon(mount_cache_node, ICON_ENABLE);
menuUnit_set_desc(mount_cache_node, MOUNT_DESC_MOUNT);
}
else
{
menuUnit_set_icon(mount_cache_node, ICON_DISABLE);
menuUnit_set_desc(mount_cache_node, MOUNT_DESC_UNMOUNT);
}
//ensure data
miuiIntent_send(INTENT_ISMOUNT, 1, "/data");
if (miuiIntent_result_get_int() == 1)
{
menuUnit_set_icon(mount_data_node, ICON_ENABLE);
menuUnit_set_desc(mount_data_node, MOUNT_DESC_MOUNT);
}
else
{
menuUnit_set_icon(mount_data_node, ICON_DISABLE);
menuUnit_set_desc(mount_data_node, MOUNT_DESC_UNMOUNT);
}
//ensure system
miuiIntent_send(INTENT_ISMOUNT, 1, "/system");
if (miuiIntent_result_get_int() == 1)
{
menuUnit_set_icon(mount_system_node, ICON_ENABLE);
menuUnit_set_desc(mount_system_node, MOUNT_DESC_MOUNT);
}
else
{
menuUnit_set_icon(mount_system_node, ICON_DISABLE);
menuUnit_set_desc(mount_system_node, MOUNT_DESC_UNMOUNT);
}
//ensure sdcard
miuiIntent_send(INTENT_ISMOUNT, 1, "/sdcard");
if (miuiIntent_result_get_int() == 1)
{
menuUnit_set_icon(mount_sd_node, ICON_ENABLE);
menuUnit_set_desc(mount_sd_node, MOUNT_DESC_MOUNT);
}
else
{
menuUnit_set_icon(mount_sd_node, ICON_DISABLE);
menuUnit_set_desc(mount_sd_node, MOUNT_DESC_UNMOUNT);
}
if (acfg()->sd_ext == 1)
{
//ensure sd-ext
miuiIntent_send(INTENT_ISMOUNT, 1, "/internal_sd");
if (miuiIntent_result_get_int() == 1)
{
menuUnit_set_icon(mount_sd_ext_node, ICON_ENABLE);
menuUnit_set_desc(mount_sd_ext_node, MOUNT_DESC_MOUNT);
}
else
{
menuUnit_set_icon(mount_sd_ext_node, ICON_DISABLE);
menuUnit_set_desc(mount_sd_ext_node, MOUNT_DESC_UNMOUNT);
}
}
//show menu
return_val_if_fail(p != NULL, RET_FAIL);
int n = p->get_child_count(p);
return_val_if_fail(n > 0, RET_FAIL);
int selindex = 0;
return_val_if_fail(n >= 1, RET_FAIL);
return_val_if_fail(n < ITEM_COUNT, RET_FAIL);
struct _menuUnit *temp = p->child;
return_val_if_fail(temp != NULL, RET_FAIL);
char **menu_item = malloc(n * sizeof(char *));
assert_if_fail(menu_item != NULL);
char **icon_item=malloc(n * sizeof(char *));
assert_if_fail(icon_item != NULL);
char **title_item= malloc(n * sizeof(char *));
assert_if_fail(title_item != NULL);
int i = 0;
for (i = 0; i < n; i++)
{
menu_item[i] = temp->name;
title_item[i] = temp->title_name;
icon_item[i] = temp->icon;
temp = temp->nextSilbing;
}
selindex = miui_mainmenu(p->name, menu_item, NULL, icon_item, n);
p->result = selindex;
if (menu_item != NULL) free(menu_item);
if (title_item != NULL) free(title_item);
if (icon_item != NULL) free(icon_item);
return p->result;
}
static int mount_usb()
{
int ret = 0;
int fd;
char value[PROPERTY_VALUE_MAX];
Volume *vol = volume_for_path("/sdcard");
Volume *vol_ext = volume_for_path("/external_sd");
char lunfilename[PATH_MAX];
property_get("sys.usb.state", value, "");
value[PROPERTY_VALUE_MAX - 1] = '\0';
LOGE("%s: sys.usb.state=%s\n", __func__, value);
if (strncmp("mass_storage,adb", value, 16))
property_set("sys.usb.config", "mass_storage,adb");
sprintf(lunfilename, "%s%d/file", acfg()->lun_file, 0);
if ((fd = open(lunfilename, O_WRONLY)) < 0)
{
LOGE("Unable to open ums lunfile 0 (%s)", strerror(errno));
ret = -1;
goto next;
}
if ((write(fd, vol->device, strlen(vol->device)) < 0) && (!vol->device2 || (write(fd, vol->device2, strlen(vol->device2)) < 0)))
{
LOGE("Unable to write to ums lunfile 0 (%s)", strerror(errno));
ret = -1;
}
close(fd);
next:
sprintf(lunfilename, "%s%d/file", acfg()->lun_file, 1);
if ((fd = open(lunfilename, O_WRONLY)) < 0)
{
LOGE("Unable to open ums lunfile 1 (%s)", strerror(errno));
ret = -1;
goto next2;
}
if ((write(fd, vol_ext->device, strlen(vol_ext->device)) < 0) && (!vol_ext->device2 || (write(fd, vol_ext->device2, strlen(vol_ext->device2)) < 0)))
{
LOGE("Unable to write to ums lunfile 1 (%s)", strerror(errno));
ret = -1;
}
close(fd);
next2:
sprintf(lunfilename, "%s/file", acfg()->lun_file);
if ((fd = open(lunfilename, O_WRONLY)) < 0)
{
LOGE("Unable to open ums lunfile (%s)", strerror(errno));
ret = -1;
goto out;
}
if ((write(fd, vol_ext->device, strlen(vol_ext->device)) < 0) && (!vol_ext->device2 || (write(fd, vol_ext->device2, strlen(vol_ext->device2)) < 0)))
{
LOGE("Unable to write to ums lunfile (%s)", strerror(errno));
ret = -1;
}
close(fd);
out:
return ret;
}
ACONTROLP accheck(
AWINDOWP win,
int x,
int y,
int w,
int h
){
//-- Validate Minimum Size
if (h<agdp()*16) h=agdp()*16;
if (w<agdp()*20) w=agdp()*20;
//-- Initializing Text Data
ACCHECKDP d = (ACCHECKDP) malloc(sizeof(ACCHECKD));
memset(d,0,sizeof(ACCHECKD));
//-- Set Signature
d->acheck_signature = 133;
//-- Initializing Canvas
ag_canvas(&d->control,w,h);
ag_canvas(&d->control_focused,w,h);
int minpadding = max(acfg()->roundsz,4);
//-- Initializing Client Size
d->clientWidth = w - (agdp()*minpadding*2);
d->clientTextW = d->clientWidth - (agdp()*18) - (agdp()*acfg()->btnroundsz*2);
d->clientTextX = (agdp()*18) + (agdp()*acfg()->btnroundsz*2);
d->client.data=NULL;
//-- Draw Control
ag_draw_ex(&d->control,&win->c,0,0,x,y,w,h);
ag_roundgrad(&d->control,0,0,w,h,acfg()->border,acfg()->border_g,(agdp()*acfg()->roundsz));
ag_roundgrad(&d->control,1,1,w-2,h-2,acfg()->textbg,acfg()->textbg,(agdp()*acfg()->roundsz)-1);
//-- Draw Focused Control
ag_draw_ex(&d->control_focused,&win->c,0,0,x,y,w,h);
ag_roundgrad(&d->control_focused,0,0,w,h,acfg()->selectbg,acfg()->selectbg_g,(agdp()*acfg()->roundsz));
ag_roundgrad(&d->control_focused,agdp(),agdp(),w-(agdp()*2),h-(agdp()*2),acfg()->textbg,acfg()->textbg,(agdp()*(acfg()->roundsz-1)));
//-- Set Scroll Value
d->scrollY = 0;
d->maxScrollY = 0;
d->prevTouchY =-50;
d->invalidDrawItem = -1;
//-- Set Data Values
d->items = NULL;
d->itemn = 0;
d->touchedItem = -1;
d->focusedItem = -1;
d->nextY = agdp()*minpadding;
d->draweditemn = 0;
d->groupCounts = 0;
d->groupCurrId = -1;
ACONTROLP ctl = malloc(sizeof(ACONTROL));
ctl->ondestroy= &accheck_ondestroy;
ctl->oninput = &accheck_oninput;
ctl->ondraw = &accheck_ondraw;
ctl->onblur = &accheck_onblur;
ctl->onfocus = &accheck_onfocus;
ctl->win = win;
ctl->x = x;
ctl->y = y;
ctl->w = w;
ctl->h = h;
ctl->forceNS = 0;
ctl->d = (void *) d;
aw_add(win,ctl);
return ctl;
}
void actext_ondraw(void * x){
ACONTROLP ctl= (ACONTROLP) x;
ACTEXTDP d = (ACTEXTDP) ctl->d;
CANVAS * pc = &ctl->win->c;
//-- Init Device Pixel Size
int minpadding = max(acfg()->roundsz,4);
int agdp3 = (agdp()*minpadding);
int agdp6 = (agdp()*(minpadding*2));
int agdpX = agdp6;
if ((d->focused)&&(!d->isFixedText)){
ag_draw(pc,&d->control_focused,ctl->x,ctl->y);
ag_draw_ex(pc,&d->client,ctl->x+agdp3,ctl->y+agdp(),0,d->scrollY+agdp(),ctl->w-agdp6,ctl->h-(agdp()*2));
}
else{
ag_draw(pc,&d->control,ctl->x,ctl->y);
ag_draw_ex(pc,&d->client,ctl->x+agdp3,ctl->y+1,0,d->scrollY+1,ctl->w-agdp6,ctl->h-2);
}
if ((d->maxScrollY>0)||(d->forceGlowTop)){
//-- Glow
int i;
byte isST=(d->scrollY>=agdp3)?1:0;
byte isSB=(d->scrollY<=d->maxScrollY-agdp3)?1:0;
if (d->forceGlowTop) isST=1;
int add_t_y = 1;
if (d->focused)
add_t_y = agdp();
for (i=0;i<agdpX;i++){
byte alph = 255-round((((float) (i+1))/ ((float) agdpX))*230);
if (isST)
ag_rectopa(pc,ctl->x+agdp3,ctl->y+i+add_t_y,ctl->w-agdpX,1,acfg()->textbg,alph);
if (isSB)
ag_rectopa(pc,ctl->x+agdp3,(ctl->y+ctl->h)-(i+1)-add_t_y,ctl->w-agdpX,1,acfg()->textbg,alph);
}
if (d->maxScrollY>0){
//-- Scrollbar
int newh = ctl->h - agdp6;
float scrdif = ((float) newh) / ((float) d->client.h);
int scrollbarH = round(scrdif * newh);
int scrollbarY = round(scrdif * d->scrollY) + agdp3;
if (d->scrollY<0){
scrollbarY = agdp3;
int alp = (1.0 - (((float) abs(d->scrollY)) / (((float) ctl->h)/4))) * 255;
if (alp<0) alp = 0;
ag_rectopa(pc,(ctl->w-agdp()-2)+ctl->x,scrollbarY+ctl->y,agdp(),scrollbarH,acfg()->scrollbar, alp);
}
else if (d->scrollY>d->maxScrollY){
scrollbarY = round(scrdif * d->maxScrollY) + agdp3;
int alp = (1.0 - (((float) abs(d->scrollY-d->maxScrollY)) / (((float) ctl->h)/4))) * 255;
if (alp<0) alp = 0;
ag_rectopa(pc,(ctl->w-agdp()-2)+ctl->x,scrollbarY+ctl->y,agdp(),scrollbarH,acfg()->scrollbar, alp);
}
else{
ag_rect(pc,(ctl->w-agdp()-2)+ctl->x,scrollbarY+ctl->y,agdp(),scrollbarH,acfg()->scrollbar);
}
}
}
}
