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・systemMenu_RED内の各タイトルが使用しているmisc.h, misc.c

Browse Source 
を独立したフォルダ"misc"に配置して、皆がそれを組み込むよう変更。
・hyena.TWLコンポーネントでマイコンにセットするホットスタート判定を追加。
・systemMenuメモリマップのシステム領域クリア部分の変更。

git-svn-id: file:///Users/lillianskinner/Downloads/platinum/twl/TwlIPL/trunk@178 b08762b0-b915-fc4b-9d8c-17b2551a87ff
This commit is contained in:
yosiokat 2007-11-14 13:00:49 +00:00
parent 9f8a558f2c
commit 8d101b1842
15 changed files with 198 additions and 1078 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

15
build/components/hyena.TWL/src/main.c
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@ -33,8 +33,9 @@
#include <twl/os/ARM7/codecmode.h>
#include <twl/cdc.h>
#include <twl/aes.h>
#include "nvram_sp.h"
#include <twl/mcu.h>
#include <sysmenu/boot/common/boot.h>
#include <sysmenu/sysmenu_work.h>
/*---------------------------------------------------------------------------*
定数定義
@ -81,7 +82,17 @@ TwlSpMain(void)
// OS 初期化
OS_Init();
PrintDebugInfo();
// Cold/Hotスタート判定
if( *(vu32 *)HW_RESET_PARAMETER_BUF == 0 ) { // NANDファームが毎回このバッファにマイコンフリーレジスタ値をセットしてくれる
u32 data = 1;
MCU_SetFreeRegisters( 0, (u8 *)&data, 4 ); // マイコンフリーレジスタにホットスタートフラグをセット
SYSM_GetWork()->isHotStart = FALSE;
}else {
SYSM_GetWork()->isHotStart = TRUE;
}
SYSM_GetWork()->isARM9Start = TRUE; // ※HW_RED_RESERVEDはNANDファームでクリアしておいて欲しい
// ヒープ領域設定
{
void *wram = OS_GetWramSubPrivArenaHi();

2
build/libraries_sysmenu/boot/ARM7/src/bootAPI.c
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@ -80,6 +80,8 @@ static void BOOTi_ClearREG_RAM( void )
reg_SPI_SPICNT = 0;
reg_PXI_MAINP_FIFO_CNT = 0x4008;
*(vu32 *)HW_RESET_PARAMETER_BUF = 0; // リセットバッファをクリア
// クリアしていないレジスタは、VCOUNT, JOY, PIFCNT, MC-, EXMEMCNT, IME, PAUSE, POWLCDCNT, 他セキュリティ系です。
(void)OS_ResetRequestIrqMask((u16)~0);
}

30
build/systemMenu_RED/Launcher/ARM9/Makefile
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@ -16,9 +16,10 @@
# $Author: $
#----------------------------------------------------------------------------
SUBDIRS = ../../../libraries_sysmenu/sysmenu \
../../../libraries_sysmenu/boot \
../../../components/hyena.TWL
SUBDIRS = \
# ../../../libraries_sysmenu/sysmenu \
# ../../../libraries_sysmenu/boot \
# ../../../components/hyena.TWL
#----------------------------------------------------------------------------
@ -26,21 +27,24 @@ TARGET_FIRM = SYSTEMMENU
TARGET_PLATFORM = TWL
TWL_ARCHGEN = LIMITED
TITLEID_LO = LNCR
TARGET_WAD = $(BINDIR)/$(TITLEID_LO).wad
TARGET_BIN = main.srl
LCFILE_SPEC = ARM9-TS.lsf
ROM_SPEC = main.rsf
LOGO_DIR = Logo
MISC_DIR = ../../misc
SRCS_LOGO = logoDemo.c logoData.c
SRCS = main.c launcher.c misc.c $(addprefix $(LOGO_DIR)/, $(SRCS_LOGO))
#SRCS_OVERLAY =
SRCS = main.c launcher.c \
$(addprefix $(LOGO_DIR)/, $(SRCS_LOGO)) \
$(MISC_DIR)/src/misc.c
LINCLUDES = $(SRCDIR)/$(LOGO_DIR)
#LLIBRARY_DIRS =
#LLIBRARIES =
#LDEPENDS_NEF =
LINCLUDES = $(MISC_DIR)/include \
$(SRCDIR)/$(LOGO_DIR)
LLIBRARIES += libnam$(TWL_LIBSUFFIX).a \
libese$(TWL_LIBSUFFIX).a
@ -50,11 +54,15 @@ ADDRESS_DTCM = 0x0e000000
DEFAULT_COMP_ARM7 = hyena
DEFAULT_MAKEROM_ARM7_BASE = $(TWLIPL_ROOT)/components/$(DEFAULT_COMP_ARM7)/$(TWL_BUILDTYPE_ARM7)/$(DEFAULT_COMP_ARM7)
MAKEROM_FLAGS += -F
MAKEROM_FLAGS += -F
include $(TWLIPL_ROOT)/build/buildtools/commondefs
MAKELCF_FLAGS += -DADDRESS_BOOTCORE='0x02e7fc00'
MAKELCF_FLAGS += -DADDRESS_BOOTCORE='0x02e7fc00'
LDIRT_CLEAN = $(TARGET_WAD)
INSTALL_TARGETS = $(TARGET_WAD)
INSTALL_DIR = $(SDK_NMENU_DATADIR)
#----------------------------------------------------------------------------

11
build/systemMenu_RED/Launcher/ARM9/src/launcher.c
View File

@ -38,6 +38,9 @@ static void DrawBackLightSwitch(void);
static void DrawLauncher(u16 nowCsr, const MenuParam *pMenu);
// global variable -------------------------------------
RTCDrawProperty g_rtcDraw = {
TRUE, RTC_DATE_TOP_X, RTC_DATE_TOP_Y, RTC_TIME_TOP_X, RTC_TIME_TOP_Y
};
// static variable -------------------------------------
static int s_csr = 0; // メニューのカーソル位置
@ -267,7 +270,7 @@ void LauncherInit( TitleProperty *pTitleList )
SVC_CpuClear( 0x0000, &tpd, sizeof(TpWork), 16 );
InitGetAndDrawRtcData( RTC_DATE_TOP_X, RTC_DATE_TOP_Y, RTC_TIME_TOP_X, RTC_TIME_TOP_Y );
GetAndDrawRTCData( &g_rtcDraw, TRUE );
GX_SetVisiblePlane( GX_PLANEMASK_BG0 );
GX_DispOn();
@ -295,14 +298,14 @@ TitleProperty *LauncherMain( TitleProperty *pTitleList )
DrawBackLightSwitch();
// RTC情報の取得＆表示
GetAndDrawRtcData();
GetAndDrawRTCData( &g_rtcDraw, FALSE );
//--------------------------------------
// バックライトON,OFF制御
//--------------------------------------
if(tpd.disp.touch) {
BOOL range = InRangeTp( B_LIGHT_BUTTON_TOP_X*8, B_LIGHT_BUTTON_TOP_Y*8-4,
B_LIGHT_BUTTON_BOTTOM_X*8, B_LIGHT_BUTTON_BOTTOM_Y*8-4, &tpd.disp );
BOOL range = WithinRangeTP( B_LIGHT_BUTTON_TOP_X * 8, B_LIGHT_BUTTON_TOP_Y * 8 - 4,
B_LIGHT_BUTTON_BOTTOM_X * 8, B_LIGHT_BUTTON_BOTTOM_Y * 8 - 4, &tpd.disp );
if( range && !touch_bl ) {
touch_bl = TRUE;
tp_bl_on_off = TRUE;

42
build/systemMenu_RED/Launcher/ARM9/src/main.c
View File

@ -25,13 +25,10 @@
// define data-----------------------------------------------------------------
// function's prototype-------------------------------------------------------
static void InitAllocator( NNSFndAllocator* pAllocator );
static void InitAllocSystem( void );
static BOOL CheckBootStatus( void );
static void INTR_VBlank( void );
// global variable-------------------------------------------------------------
NNSFndAllocator g_allocator;
// static variable-------------------------------------------------------------
@ -74,12 +71,10 @@ void TwlMain( void )
(void)GX_VBlankIntr(TRUE);
// システムの初期化----------------
InitAllocator( &g_allocator );
CMN_InitFileSystem( &g_allocator );
InitAllocator();
// 各種パラメータの取得--------
SYSM_ReadParameters();
// リセットパラメータの取得--------
if( SYSM_GetResetParam()->flags.isLogoSkip ) {
if( SYSM_GetResetParam()->bootTitleID ) { // アプリ直接起動の指定があったらロゴデモを飛ばして指定アプリ起動
pBootTitle = (TitleProperty *)SYSM_GetResetParam();
@ -102,7 +97,7 @@ void TwlMain( void )
OS_WaitIrq(1, OS_IE_V_BLANK); // Vブランク割り込み待ち
ReadKeyPad(); // キー入力の取得
ReadTpData(); // TP入力の取得
ReadTP(); // TP入力の取得
(void)SYSM_GetCardTitleList( pTitleList ); // カードアプリリストの取得（スレッドで随時カード挿抜を通知されるものをメインループで取得）
@ -144,37 +139,6 @@ void TwlMain( void )
}
// アロケータの初期化
static void InitAllocator( NNSFndAllocator* pAllocator )
{
u32 arenaLow = MATH_ROUNDUP ((u32)OS_GetMainArenaLo(), 16);
u32 arenaHigh = MATH_ROUNDDOWN((u32)OS_GetMainArenaHi(), 16);
u32 heapSize = arenaHigh - arenaLow;
void* heapMemory = OS_AllocFromMainArenaLo(heapSize, 16);
NNSFndHeapHandle heapHandle;
SDK_NULL_ASSERT( pAllocator );
heapHandle = NNS_FndCreateExpHeap(heapMemory, heapSize);
SDK_ASSERT( heapHandle != NNS_FND_HEAP_INVALID_HANDLE );
NNS_FndInitAllocatorForExpHeap(pAllocator, heapHandle, 32);
}
// メモリ割り当て
void *Alloc( u32 size )
{
return NNS_FndAllocFromAllocator( &g_allocator, size );
}
// メモリ解放
void Free( void *pBuffer )
{
NNS_FndFreeToAllocator( &g_allocator, pBuffer );
}
// ブート状態を確認し、ロゴ表示有無を判断する-------
static BOOL CheckBootStatus(void)
{

156
build/systemMenu_RED/Launcher/ARM9/src/misc.h
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@ -1,156 +0,0 @@
/*---------------------------------------------------------------------------*
Project: TwlIPL
File: misc.h
Copyright 2007 Nintendo. All rights reserved.
These coded instructions, statements, and computer programs contain
proprietary information of Nintendo of America Inc. and/or Nintendo
Company Ltd., and are protected by Federal copyright law. They may
not be disclosed to third parties or copied or duplicated in any form,
in whole or in part, without the prior written consent of Nintendo.
$Date:: $
$Rev$
$Author$
*---------------------------------------------------------------------------*/
#ifndef __MISC_H__
#define __MISC_H__
#include <twl.h>
#include <sysmenu.h>
#define NNS_G2D_UNICODE
#include <nnsys.h>
#include <nnsys/g2d/g2d_Font.h>
#include <nnsys/g2d/g2d_CharCanvas.h>
#include <nnsys/g2d/g2d_TextCanvas.h>
#ifdef __cplusplus
extern "C" {
#endif
// define data----------------------------------------------------------
#define TP_CSR_TOUCH_COUNT 2 // TPカーソルのチャタリング吸収のためのカウント値
#define TP_CSR_DETACH_COUNT 2 // TPカーソルを「選択」と判定するTPデタッチからのカウント値
// DrawText での左上寄せ
#define TXT_DRAWTEXT_FLAG_DEFAULT (NNS_G2D_VERTICALORIGIN_TOP | NNS_G2D_HORIZONTALORIGIN_LEFT | NNS_G2D_HORIZONTALALIGN_LEFT)
// TXTColorPalette の色名 16色パレットへのロードを想定
enum
{
// パレット0 TXT_CPALETTE_MAIN
TXT_COLOR_NULL=0,
TXT_COLOR_WHITE,
TXT_COLOR_BLACK,
TXT_COLOR_RED,
TXT_COLOR_GREEN,
TXT_COLOR_BLUE,
TXT_COLOR_CYAN,
TXT_COLOR_MAGENTA,
TXT_COLOR_YELLOW,
// パレット1 TXT_CPALETTE_USERCOLOR
TXT_UCOLOR_NULL=0,
TXT_UCOLOR_GRAY,
TXT_UCOLOR_BROWN,
TXT_UCOLOR_RED,
TXT_UCOLOR_PINK,
TXT_UCOLOR_ORANGE,
TXT_UCOLOR_YELLOW,
TXT_UCOLOR_LIMEGREEN,
TXT_UCOLOR_DARKGREEN,
TXT_UCOLOR_SEAGREEN,
TXT_UCOLOR_TURQUOISE,
TXT_UCOLOR_BLUE,
TXT_UCOLOR_DARKBLUE,
TXT_UCOLOR_PURPLE,
TXT_UCOLOR_VIOLET,
TXT_UCOLOR_MAGENTA,
// パレット TXT_CPALETTE_4BPP
TXT_COLOR_4BPP_NULL=0,
TXT_COLOR_4BPP_BG=1,
TXT_COLOR_4BPP_TEXT=1
};
// 時計表示場所
#define RTC_DATE_TOP_X ( 9 * 8 )
#define RTC_DATE_TOP_Y ( 10 * 8 )
#define RTC_TIME_TOP_X ( 12 * 8 )
#define RTC_TIME_TOP_Y ( 12 * 8 )
// キーデータワーク
typedef struct {
u16 trg; // トリガ入力
u16 cont; // ベタ 入力
}KeyWork;
// タッチパネルワーク
typedef struct {
int detached; // 今回のデータ入力でタッチが離れたことを示す。
TPData disp; // 今回の入力値（LCD座標）
TPData raw; // 今回の入力値（TP 座標）
TPData last; // 前回の入力値（LCD座標）
}TpWork;
// メニュー要素座標
typedef struct MenuPos {
BOOL enable;
int x;
int y;
}MenuPos;
// メニュー構成パラメータ構造体
typedef struct MenuParam {
int num;
int normal_color;
int select_color;
int disable_color;
MenuPos *pos;
const u16 **str_elem;
}MenuParam;
// global variables--------------------------------------------------
extern TpWork tpd; // タッチパネルデータ
extern KeyWork pad; // キーパッド入力データ
extern const u8 *const g_strWeek[ 7 ]; // 曜日文字列
extern NNSFndAllocator g_allocator; // メモリアロケータ
extern NNSG2dFont gFont; // フォント
extern NNSG2dCharCanvas gCanvas; // CharCanvas
extern NNSG2dTextCanvas gTextCanvas; // TextCanvas
// function-------------------------------------------------------------
void *Alloc( u32 size );
void Free( void *pBuffer );
void InitBG( void );
void PutStringUTF16 ( int x, int y, int color, const u16 *strUTF16 );
void PutStringUTF16Sub( int x, int y, int color, const u16 *strUTF16 );
void PrintfSJIS ( int x, int y, int color, const char *fmt, ... );
void PrintfSJISSub( int x, int y, int color, const char *fmt, ... );
void ReadKeyPad( void );
void ReadTpData( void );
BOOL WaitDetachTP( void );
void StartDetachTP( void );
void DrawMenu( u16 nowCsr, const MenuParam *pMenu );
BOOL SelectMenuByTP( u16 *nowCsr, const MenuParam *pMenu );
BOOL InRangeTp( int top_x, int top_y, int bottom_x, int bottom_y, TPData *tgt );
void InitGetAndDrawRtcData( int drawDatePos_x, int drawDatePos_y, int drawTimePos_x, int drawTimePos_y );
void GetAndDrawRtcData( void );
void SetBannerIconOBJ( GXOamAttr *pDstOAM, BannerFileV1 *bannerp );
#ifdef __cplusplus
}
#endif
#endif // __MISC_H__

9
build/systemMenu_RED/MachineSettings/ARM9/Makefile
View File

@ -31,8 +31,13 @@ TARGET_BIN = main.srl
ROM_SPEC = main.rsf
SRCS = main.c misc.c \
MachineSetting.c setRTC.c selectLanguage.c calibrationTP.c setOwnerInfo.c
MISC_DIR = ../../misc
SRCS = main.c MachineSetting.c \
setRTC.c selectLanguage.c calibrationTP.c setOwnerInfo.c \
$(MISC_DIR)/src/misc.c
LINCLUDES = $(MISC_DIR)/include
include $(TWLIPL_ROOT)/build/buildtools/commondefs

4
build/systemMenu_RED/MachineSettings/ARM9/src/main.c
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@ -65,16 +65,16 @@ void TwlMain(void)
// システムの初期化------------------
InitAllocator();
SYSM_SetAllocFunc( Alloc, Free );
// ※本来ならランチャーからのパラメータチェックを行い、
// 初回起動シーケンスに入るパスがある
// TWL設定のリード
SYSM_SetAllocFunc( Alloc, Free ); // SYSM_ReadTWLSettingsFile()の実行に必要。
if( SYSM_ReadTWLSettingsFile() ) {
SYSM_CaribrateTP();
}
{
// ファイルシステム切り替え応急処置
FS_IdentifyTitle(0x4d534554);//MSET

770
build/systemMenu_RED/MachineSettings/ARM9/src/misc.c
View File

@ -1,770 +0,0 @@
/*---------------------------------------------------------------------------*
Project: TwlIPL
File: misc.c
Copyright 2007 Nintendo. All rights reserved.
These coded instructions, statements, and computer programs contain
proprietary information of Nintendo of America Inc. and/or Nintendo
Company Ltd., and are protected by Federal copyright law. They may
not be disclosed to third parties or copied or duplicated in any form,
in whole or in part, without the prior written consent of Nintendo.
$Date:: $
$Rev$
$Author$
*---------------------------------------------------------------------------*/
#include <twl.h>
#include "misc.h"
// define data-----------------------------------------------------------------
#define NTR_IPL_FONT_DATA "data/NTR_IPL_font_m.NFTR"
#define STRING_LENGTH_MAX 256
#define GRAY(x) GX_RGB(x, x, x)
enum
{
TXT_CPALETTE_MAIN,
TXT_CPALETTE_USERCOLOR,
TXT_CPALETTE_USERCOLORSAMPLE1,
TXT_CPALETTE_USERCOLORSAMPLE2,
TXT_CPALETTE_4BPP,
TXT_NUM_CPALEETE
};
// デモ共通のカラーパレット
GXRgb TXTColorPalette[TXT_NUM_CPALEETE * 16] =
{
GX_RGB(31, 31, 31), GX_RGB(31, 31, 31), GX_RGB( 0, 0, 0), GX_RGB(31, 0, 0),// 基本文字色
GX_RGB( 0, 31, 0), GX_RGB( 0, 0, 31), GX_RGB( 0, 31, 31), GX_RGB(31, 0, 31),
GX_RGB(31, 31, 0), GX_RGB( 0, 0, 0), GX_RGB( 0, 0, 0), GX_RGB( 0, 0, 0),
GX_RGB( 0, 0, 0), GX_RGB( 0, 0, 0), GX_RGB( 0, 0, 0), GX_RGB( 0, 0, 0),
GX_RGB( 0, 0, 0), GX_RGB(12, 16, 19), GX_RGB(23, 9, 0), GX_RGB(31, 0, 3),// ユーザーカラー領域
GX_RGB(31, 17, 31), GX_RGB(31, 18, 0), GX_RGB(30, 28, 0), GX_RGB(21, 31, 0),
GX_RGB( 0, 20, 7), GX_RGB( 9, 27, 17), GX_RGB( 6, 23, 30), GX_RGB( 0, 11, 30),
GX_RGB( 0, 0, 18), GX_RGB(17, 0, 26), GX_RGB(26, 0, 29), GX_RGB(31, 0, 18),
GX_RGB( 0, 0, 0), GX_RGB(12, 16, 19), GX_RGB(23, 9, 0), GX_RGB(31, 0, 3),// ユーザーカラーのサンプル領域２
GX_RGB(31, 17, 31), GX_RGB(31, 18, 0), GX_RGB(30, 28, 0), GX_RGB(21, 31, 0),
GX_RGB(12, 16, 19), GX_RGB(23, 9, 0), GX_RGB(31, 0, 3), GX_RGB(31, 17, 31),
GX_RGB(31, 18, 0), GX_RGB(30, 28, 0), GX_RGB(21, 31, 0), GX_RGB( 0, 31, 0),
GX_RGB( 0, 0, 0), GX_RGB(12, 16, 19), GX_RGB(23, 9, 0), GX_RGB(31, 0, 3),// ユーザーカラーのサンプル領域１
GX_RGB(31, 17, 31), GX_RGB(31, 18, 0), GX_RGB(30, 28, 0), GX_RGB(21, 31, 0),
GX_RGB( 0, 20, 7), GX_RGB( 9, 27, 17), GX_RGB( 6, 23, 30), GX_RGB( 0, 11, 30),
GX_RGB( 0, 0, 18), GX_RGB(17, 0, 26), GX_RGB(26, 0, 29), GX_RGB(31, 0, 18),
GRAY(31), GRAY(29), GRAY(27), GRAY(25),
GRAY(23), GRAY(21), GRAY(19), GRAY(17),
GRAY(15), GRAY(14), GRAY(12), GRAY(10),
GRAY( 8), GRAY( 6), GRAY( 3), GRAY( 0),
};
// グラデパレットを作るためのマクロ
#define MAKECOLOR(r,g,b) GX_RGB( 0, 0, 0), GX_RGB(r, g, b), MC(r,g,b,1), MC(r,g,b,2),\
MC(r,g,b,3), MC(r,g,b,4), MC(r,g,b,5), MC(r,g,b,6),\
MC(r,g,b,7), MC(r,g,b,8), MC(r,g,b,9), MC(r,g,b,10),\
MC(r,g,b,11), MC(r,g,b,12), MC(r,g,b,13), GX_RGB(31, 31, 31)
#define MC(r,g,b,i) GX_RGB(r+((31-r)*i)/14, g+((31-g)*i)/14, b+((31-b)*i)/14)
// ユーザーカラーパレット切り替え用
GXRgb TempPalette[16 * 16] =
{
MAKECOLOR(12, 16, 19),
MAKECOLOR(23, 9, 0),
MAKECOLOR(31, 0, 3),
MAKECOLOR(31, 17, 31),
MAKECOLOR(31, 18, 0),
MAKECOLOR(30, 28, 0),
MAKECOLOR(21, 31, 0),
MAKECOLOR( 0, 31, 0),
MAKECOLOR( 0, 20, 7),
MAKECOLOR( 9, 27, 17),
MAKECOLOR( 6, 23, 30),
MAKECOLOR( 0, 11, 30),
MAKECOLOR( 0, 0, 18),
MAKECOLOR(17, 0, 26),
MAKECOLOR(26, 0, 29),
MAKECOLOR(31, 0, 18),
};
// BGキャラクタ
const unsigned int bg_char_data[16 * 3] = {
0x00000000, 0x00000000, 0x00000000, 0x00000000,// 0000h
0x00000000, 0x00000000, 0x00000000, 0x00000000,
0x11111111, 0x44444444, 0x77777777, 0x99999999,// 0001h
0xaaaaaaaa, 0xbbbbbbbb, 0xcccccccc, 0xcccccccc,
0xdddddddd, 0xdddddddd, 0xdddddddd, 0xeeeeeeee,// 0002h
0xeeeeeeee, 0xeeeeeeee, 0xeeeeeeee, 0xeeeeeeee,
0xffffffff, 0xffffffff, 0xffffffff, 0xffffffff,// 0003h
0xffffffff, 0xffffffff, 0xffffffff, 0xffffffff,
};
// extern data-----------------------------------------------------------------
// define data-----------------------------------------------------------------
#define CANVAS_WIDTH 32 // 文字描画域の幅 (キャラクタ単位)
#define CANVAS_HEIGHT 24 // 文字描画域の高さ (キャラクタ単位)
#define CANVAS_LEFT 0 // 文字描画域の位置X (キャラクタ単位)
#define CANVAS_TOP 0 // 文字描画域の位置Y (キャラクタ単位)
#define TEXT_HSPACE 1 // 文字列描画時の文字間 (ピクセル単位)
#define TEXT_VSPACE 1 // 文字列描画時の行間 (ピクセル単位)
#define CHARACTER_OFFSET 0 // 使用するキャラクタ列の開始番号
// RTCデータ表示位置ワーク
typedef struct RtcDrawPos{
int date_x;
int date_y;
int time_x;
int time_y;
}RtcDrawPos;
// function's prototype-------------------------------------------------------
static BOOL WaitDetachTP( void );
static void StartDetachTP( void );
static void InitScreen( void );
static void InitCanvas( void );
// global variable-------------------------------------------------------------
KeyWork pad; // キーパッド入力データ
TpWork tpd; // タッチパネル入力データ
NNSFndAllocator g_allocator; // メモリアロケータ
NNSG2dFont gFont; // フォント
NNSG2dCharCanvas gCanvas; // CharCanvas
NNSG2dTextCanvas gTextCanvas; // TextCanvas
NNSG2dCharCanvas gCanvasSub; // CharCanvas
NNSG2dTextCanvas gTextCanvasSub; // TextCanvas
// static variable-------------------------------------------------------------
static int s_detach_count;
static RtcDrawPos s_rtcPos;
static RTCDate s_rtcDate;
static RTCTime s_rtcTime;
static u16 s_vcount;
static const u16 sScrnBuf[32 * 32]=
{
0x1001,0x1001,0x1001,0x1001,0x1001,0x1001,0x1001,0x1001,0x1001,0x1001,0x1001,0x1001,0x1001,0x1001,0x1001,0x1001,//0
0x1001,0x1001,0x1001,0x1001,0x1001,0x1001,0x1001,0x1001,0x1001,0x1001,0x1001,0x1001,0x1001,0x1001,0x1001,0x1001,
0x1002,0x1002,0x1002,0x1002,0x1002,0x1002,0x1002,0x1002,0x1002,0x1002,0x1002,0x1002,0x1002,0x1002,0x1002,0x1002,//1
0x1002,0x1002,0x1002,0x1002,0x1002,0x1002,0x1002,0x1002,0x1002,0x1002,0x1002,0x1002,0x1002,0x1002,0x1002,0x1002,
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,//2
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,//3
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,//4
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,//5
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,//6
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,//7
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,//8
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,//9
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,//10
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,//11
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,//12
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,//13
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,//14
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,//15
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,//16
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,//17
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,//18
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,//19
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,//20
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,//21
0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,0x1003,
0x1802,0x1802,0x1802,0x1802,0x1802,0x1802,0x1802,0x1802,0x1802,0x1802,0x1802,0x1802,0x1802,0x1802,0x1802,0x1802,//22
0x1802,0x1802,0x1802,0x1802,0x1802,0x1802,0x1802,0x1802,0x1802,0x1802,0x1802,0x1802,0x1802,0x1802,0x1802,0x1802,
0x1801,0x1801,0x1801,0x1801,0x1801,0x1801,0x1801,0x1801,0x1801,0x1801,0x1801,0x1801,0x1801,0x1801,0x1801,0x1801,//23
0x1801,0x1801,0x1801,0x1801,0x1801,0x1801,0x1801,0x1801,0x1801,0x1801,0x1801,0x1801,0x1801,0x1801,0x1801,0x1801,
};// Buffer for screen data(背景の枠)
static char s_strBuffer[ STRING_LENGTH_MAX * 2 ] ATTRIBUTE_ALIGN(2);
static u16 s_strBufferUTF16[ STRING_LENGTH_MAX ];
// const data------------------------------------------------------------------
// 曜日データ表示用文字コード
const u8 *const g_strWeek[] ATTRIBUTE_ALIGN(2) = {
(const u8 *)"SUN",
(const u8 *)"MON",
(const u8 *)"TUE",
(const u8 *)"WED",
(const u8 *)"THU",
(const u8 *)"FRI",
(const u8 *)"SAT",
};
// ============================================================================
// メモリ管理
// ============================================================================
// アロケータの初期化
void InitAllocator( void )
{
NNSFndAllocator *pAllocator = &g_allocator;
u32 arenaLow = MATH_ROUNDUP ( (u32)OS_GetMainArenaLo(), 16 );
u32 arenaHigh = MATH_ROUNDDOWN( (u32)OS_GetMainArenaHi(), 16 );
u32 heapSize = arenaHigh - arenaLow;
void* heapMemory = OS_AllocFromMainArenaLo( heapSize, 16 );
NNSFndHeapHandle heapHandle;
SDK_NULL_ASSERT( pAllocator );
heapHandle = NNS_FndCreateExpHeap( heapMemory, heapSize );
SDK_ASSERT( heapHandle != NNS_FND_HEAP_INVALID_HANDLE );
NNS_FndInitAllocatorForExpHeap( pAllocator, heapHandle, 32 );
}
// メモリ割り当て
void *Alloc( u32 size )
{
return NNS_FndAllocFromAllocator( &g_allocator, size );
}
// メモリ解放
void Free( void *pBuffer )
{
NNS_FndFreeToAllocator( &g_allocator, pBuffer );
}
// ============================================================================
// 画面設定
// ============================================================================
// BG初期化
void InitBG(void)
{
// 画面OFF
GX_DispOff();
GXS_DispOff();
// VRAMの割り当てを全て解除
GX_DisableBankForBG();
GX_DisableBankForOBJ();
GX_DisableBankForSubBG();
GX_DisableBankForSubOBJ();
// メイン2Dエンジンの出力を下画面に
GX_SetDispSelect( GX_DISP_SELECT_SUB_MAIN );
// メインLCD
{
// VRAM割り当て
GX_SetBankForBG ( GX_VRAM_BG_128_A );
GX_SetBankForOBJ( GX_VRAM_OBJ_128_B );
MI_CpuClearFast( (void *)HW_BG_VRAM, 0x20000 ); // BG -VRAM クリア
MI_CpuClearFast( (void *)HW_OBJ_VRAM, 0x20000 ); // OBJ-VRAM クリア
// カラーパレットを設定
GX_LoadBGPltt( TXTColorPalette, 0, sizeof(TXTColorPalette) );
// BGモード設定
GX_SetGraphicsMode( GX_DISPMODE_GRAPHICS, GX_BGMODE_0, GX_BG0_AS_2D );
GX_SetBGScrOffset ( GX_BGSCROFFSET_0x10000 );
GX_SetBGCharOffset( GX_BGCHAROFFSET_0x00000 );
}
// サブLCD
{
// VRAM割り当て
GX_SetBankForSubBG ( GX_VRAM_SUB_BG_128_C ); // VRAM-C for BGs
GX_SetBankForSubOBJ( GX_VRAM_SUB_OBJ_128_D ); // VRAM-D for BGs
MI_CpuClearFast( (void *)HW_DB_BG_VRAM, 0x20000 ); // BG -VRAM クリア
MI_CpuClearFast( (void *)HW_DB_OBJ_VRAM, 0x20000 ); // OBJ -VRAM クリア
// カラーパレットを設定
GXS_LoadBGPltt( TXTColorPalette, 0, sizeof(TXTColorPalette) );
// BGモード設定
GXS_SetGraphicsMode( GX_BGMODE_0 ); // BGMODE is 0
}
InitScreen();
InitCanvas();
}
// スクリーン初期化
static void InitScreen( void )
{
// メイン画面 BG 0 を設定
G2_SetBG0Control(
GX_BG_SCRSIZE_TEXT_256x256, // スクリーンサイズ 256x256
GX_BG_COLORMODE_256, // カラーモード 256色
GX_BG_SCRBASE_0xf800, // スクリーンベース
GX_BG_CHARBASE_0x00000, // キャラクタベース
GX_BG_EXTPLTT_01 // 拡張パレットスロット
);
G2_SetBG1Control(
GX_BG_SCRSIZE_TEXT_256x256, // 256pix x 256pix text
GX_BG_COLORMODE_16, // use 16 colors mode
GX_BG_SCRBASE_0xf000, // screen base offset + 0x0000 is the address for BG #1 screen
GX_BG_CHARBASE_0x10000, // character base offset + 0x04000 is the address for BG #0 characters
GX_BG_EXTPLTT_01 // use BGExtPltt slot #0 if BGExtPltt is enabled
);
GX_SetVisiblePlane( GX_PLANEMASK_BG0 | GX_PLANEMASK_BG1);
G2_SetBG0Priority(0);
G2_SetBG1Priority(1);
GX_LoadBG1Char(bg_char_data, 0, sizeof(bg_char_data));
GX_LoadBG1Scr(sScrnBuf, 0, sizeof(sScrnBuf));
// サブ画面 BG 0 を設定
G2S_SetBG0Control(
GX_BG_SCRSIZE_TEXT_256x256, // 256pix x 256pix text
GX_BG_COLORMODE_16, // use 16 colors mode
GX_BG_SCRBASE_0xf800, // screen base offset + 0x0000 is the address for BG #0 screen
GX_BG_CHARBASE_0x00000, // character base offset + 0x04000 is the address for BG #0 characters
GX_BG_EXTPLTT_01 // use BGExtPltt slot #0 if BGExtPltt is enabled
);
GXS_SetVisiblePlane( GX_PLANEMASK_BG0 ); // display only BG #0
}
// 文字列描画の初期化
static void InitCanvas( void )
{
CMN_InitFileSystem( &g_allocator );
// フォントを読み込みます
{
void* pFontFile;
u32 size = CMN_LoadFile( &pFontFile, NTR_IPL_FONT_DATA, &g_allocator);
NNS_G2D_ASSERT( size > 0 );
NNS_G2dFontInitUTF16(&gFont, pFontFile);
// NNS_G2dPrintFont(&gFont);
}
{
// CharCanvas の初期化
NNS_G2dCharCanvasInitForBG(
&gCanvas,
(GXCharFmt256*)G2_GetBG0CharPtr() + CHARACTER_OFFSET,
CANVAS_WIDTH,
CANVAS_HEIGHT,
NNS_G2D_CHARA_COLORMODE_256
);
// TextCanvasの初期化
NNS_G2dTextCanvasInit(
&gTextCanvas,
&gCanvas,
&gFont,
TEXT_HSPACE,
TEXT_VSPACE
);
// スクリーンを設定
NNS_G2dMapScrToCharText(
G2_GetBG0ScrPtr(),
CANVAS_WIDTH,
CANVAS_HEIGHT,
CANVAS_LEFT,
CANVAS_TOP,
NNS_G2D_TEXT_BG_WIDTH_256,
CHARACTER_OFFSET,
TXT_CPALETTE_MAIN
);
}
{
// CharCanvas の初期化
NNS_G2dCharCanvasInitForBG(
&gCanvasSub,
(GXCharFmt16*)G2S_GetBG0CharPtr() + CHARACTER_OFFSET,
CANVAS_WIDTH,
CANVAS_HEIGHT,
NNS_G2D_CHARA_COLORMODE_16
);
// TextCanvasの初期化
NNS_G2dTextCanvasInit(
&gTextCanvasSub,
&gCanvasSub,
&gFont,
TEXT_HSPACE,
TEXT_VSPACE
);
// スクリーンを設定
NNS_G2dMapScrToCharText(
G2S_GetBG0ScrPtr(),
CANVAS_WIDTH,
CANVAS_HEIGHT,
CANVAS_LEFT,
CANVAS_TOP,
NNS_G2D_TEXT_BG_WIDTH_256,
CHARACTER_OFFSET,
TXT_CPALETTE_MAIN
);
}
}
// UTF16での直接文字表示
void PutStringUTF16( int x, int y, int color, const u16 *strUTF16 )
{
NNS_G2dTextCanvasDrawText( &gTextCanvas, x, y, color, TXT_DRAWTEXT_FLAG_DEFAULT,
strUTF16 );
}
void PutStringUTF16Sub( int x, int y, int color, const u16 *strUTF16 )
{
NNS_G2dTextCanvasDrawText( &gTextCanvasSub, x, y, color, TXT_DRAWTEXT_FLAG_DEFAULT,
strUTF16 );
}
// 書式付きで作成した文字列を表示した場合の幅を取得する
int GetPrintfWidth( const NNSG2dTextCanvas *pCanvas, const char *fmt, ... )
{
int srcLen;
int dstLen = sizeof(s_strBufferUTF16);
va_list vlist;
va_start(vlist, fmt);
srcLen = STD_TVSNPrintf( s_strBuffer, sizeof(s_strBuffer), fmt, vlist);
va_end(vlist);
s_strBuffer[ srcLen ] = 0;
(void)STD_ConvertStringSjisToUnicode( s_strBufferUTF16, &dstLen, s_strBuffer, &srcLen, NULL );
s_strBufferUTF16[ dstLen ] = 0;
return NNS_G2dTextCanvasGetTextWidth( pCanvas, s_strBufferUTF16 );
}
// SJISでPrintf形式で文字表示（内部でUTF16に変換)
void PrintfSJIS( int x, int y, int color, const char *fmt, ... )
{
int srcLen;
int dstLen = sizeof(s_strBufferUTF16);
va_list vlist;
va_start(vlist, fmt);
srcLen = STD_TVSNPrintf( s_strBuffer, sizeof(s_strBuffer), fmt, vlist);
va_end(vlist);
s_strBuffer[ srcLen ] = 0;
(void)STD_ConvertStringSjisToUnicode( s_strBufferUTF16, &dstLen, s_strBuffer, &srcLen, NULL );
s_strBufferUTF16[ dstLen ] = 0;
NNS_G2dTextCanvasDrawText(&gTextCanvas, x, y, color, TXT_DRAWTEXT_FLAG_DEFAULT,
s_strBufferUTF16 );
}
void PrintfSJISSub( int x, int y, int color, const char *fmt, ... )
{
int srcLen;
int dstLen = sizeof(s_strBufferUTF16);
va_list vlist;
va_start(vlist, fmt);
srcLen = STD_TVSNPrintf( s_strBuffer, sizeof(s_strBuffer), fmt, vlist);
va_end(vlist);
s_strBuffer[ srcLen ] = 0;
(void)STD_ConvertStringSjisToUnicode( s_strBufferUTF16, &dstLen, s_strBuffer, &srcLen, NULL );
s_strBufferUTF16[ dstLen ] = 0;
NNS_G2dTextCanvasDrawText(&gTextCanvasSub, x, y, color, TXT_DRAWTEXT_FLAG_DEFAULT,
s_strBufferUTF16 );
}
// キー入力読み出し--------------------------------
void ReadKeyPad(void)
{
u16 readData = PAD_Read();
pad.trg = (u16)(readData & (readData ^ pad.cont)); // トリガ 入力
pad.cont = readData; // ベタ 入力
}
// タッチパネルデータの取得-----------------------
void ReadTP(void)
{
TP_GetCalibratedPoint( &tpd.last, &tpd.raw ); // 前回のTPデータを退避
if( TP_RequestRawSampling(&tpd.raw) ) { // タッチパネルのサンプリング
SVC_CpuClear(0x0000, &tpd.raw, sizeof(tpd.raw), 16); // SPI-busyでデータ取得に失敗した時は”データなし”でリターン。
return;
}
TP_GetCalibratedPoint( &tpd.disp, &tpd.raw ); // TP座標からLCD座標に変換。
if( !WaitDetachTP() ) { // TPデタッチ待ちを行う。
SVC_CpuClear(0x0000, &tpd.disp, sizeof(tpd.disp), 16); // SPI-busyでデータ取得に失敗した時は”データなし”でリターン。
return;
}
#if 1
if(tpd.disp.touch) { // 現在のTPデータを表示
switch ( tpd.disp.validity ) {
case TP_VALIDITY_VALID:
OS_Printf("( %3d, %3d ) -> ( %3d, %3d )\n", tpd.raw.x, tpd.raw.y, tpd.disp.x, tpd.disp.y);
break;
case TP_VALIDITY_INVALID_X:
OS_Printf("( *%3d, %3d ) -> ( *%3d, %3d )\n", tpd.raw.x, tpd.raw.y, tpd.disp.x, tpd.disp.y);
break;
case TP_VALIDITY_INVALID_Y:
OS_Printf("( %3d, *%3d ) -> ( %3d, *%3d )\n", tpd.raw.x, tpd.raw.y, tpd.disp.x, tpd.disp.y);
break;
case TP_VALIDITY_INVALID_XY:
OS_Printf("( *%3d, *%3d ) -> ( *%3d, *%3d )\n", tpd.raw.x, tpd.raw.y, tpd.disp.x, tpd.disp.y);
break;
}
}
#endif
}
// TPデタッチを待つ
static BOOL WaitDetachTP( void )
{
// s_detach_countが始動していたら、カウント判定。
if(s_detach_count > 0) {
if(tpd.disp.touch == 0) { // TPが押されていなければ、カウント進行し規定値で再入力を受け付ける。
s_detach_count--;
}else {
s_detach_count = TP_CSR_DETACH_COUNT;
}
return FALSE;
}
return TRUE;
}
// TPデタッチ待ちの開始
static void StartDetachTP( void )
{
s_detach_count = TP_CSR_DETACH_COUNT;
}
//======================================================
// メニュー制御
//======================================================
// メニュー描画
void DrawMenu( u16 nowCsr, const MenuParam *pMenu )
{
int i;
int color;
for( i = 0; i < pMenu->num; i++ ) {
if(i == nowCsr) {
if( !pMenu->pos[ i ].enable ) {
color = pMenu->disable_color;
}else {
color = pMenu->select_color;
}
}else {
color = pMenu->normal_color;
}
PutStringUTF16( pMenu->pos[ i ].x, pMenu->pos[ i ].y, color, (pMenu->str_elem)[ i ] );
}
}
// タッチパネルによるメニュー選択
BOOL SelectMenuByTP( u16 *nowCsr, const MenuParam *pMenu )
{
u16 i;
TPData *target;
static u16 detach_count = 0;
static u16 csr_old = 0xff;
static u16 same_csr_count = 0;
// detach_countが始動していたら、カウント判定。
if( detach_count > 0 ) {
if( tpd.disp.touch == 0 ) { // TPが押されていなければ、カウント進行し、１０カウントでメニュー選択
if( ++detach_count == TP_CSR_DETACH_COUNT ) {
detach_count = 0;
return TRUE;
}else {
return FALSE;
}
}
}
detach_count=0; // detachカウント値のクリア
// 通常は、TPデータがメニュー上にあるかどうかを判定。
if( tpd.disp.touch ) target = &tpd.disp;
else target = &tpd.last;
for( i = 0; i < pMenu->num; i++ ) {
if( tpd.disp.touch ) { // タッチパネルがメニューの要素上でタッチされているなら、
NNSG2dTextRect rect = NNS_G2dTextCanvasGetTextRect( &gTextCanvas, (pMenu->str_elem)[ i ] );
u16 top_x = (u16)( pMenu->pos[ i ].x ); // メニュー要素のLCD座標を算出
u16 top_y = (u16)( pMenu->pos[ i ].y );
u16 bottom_x = (u16)( top_x + rect.width );
u16 bottom_y = (u16)( top_y + rect.height );
OS_TPrintf( "MENU[ %d ] : top_x = %02d top_y = %02d bot_x = %02d bot_y = %02d : ",
i, top_x, top_y, bottom_x, bottom_y );
if( WithinRangeTP( top_x, top_y, bottom_x, bottom_y, target ) ) {
OS_TPrintf( "InRange\n" );
if( tpd.disp.validity == TP_VALIDITY_VALID ) { // カーソルをその要素に移動
if( csr_old == i ) {
if( same_csr_count < TP_CSR_TOUCH_COUNT ) {
same_csr_count++;
}else {
*nowCsr = i;
}
return FALSE;
}else {
csr_old = i;
}
break;
}
}else {
OS_TPrintf( "OutRange\n" );
}
}else { // touch==0
if( same_csr_count == TP_CSR_TOUCH_COUNT ) {
detach_count = 1;
break;
}
}
}
same_csr_count = 0;
return FALSE;
}
// 現在のタッチパネル座標が指定領域内にあるかどうかを返す。
BOOL WithinRangeTP( int top_x, int top_y, int bottom_x, int bottom_y, TPData *tgt )
{
if( ( tgt->x >= top_x ) &&
( tgt->x <= bottom_x ) &&
( tgt->y >= top_y ) &&
( tgt->y <= bottom_y ) ) {
OS_TPrintf( "\nRANGE : tx=%3d ty=%3d bx=%3d by=%3d : x=%3d y=%3d\n",
top_x, top_y, bottom_x, bottom_y, tgt->x, tgt->y );
return TRUE;
}else {
return FALSE;
}
}
// バナーアイコンOBJのロード
void SetBannerIconOBJ( GXOamAttr *pDstOAM, BannerFileV1 *bannerp )
{
GXS_LoadOBJPltt( bannerp->pltt, 15, BNR_PLTT_SIZE );
MI_CpuCopyFast( bannerp->image, (void *)(HW_DB_OBJ_VRAM + 0x20), BNR_IMAGE_SIZE );
G2_SetOBJAttr( pDstOAM, // OAM pointer
32, // X position
32, // Y position
0, // Priority
GX_OAM_MODE_NORMAL, // Bitmap mode
FALSE, // mosaic off
GX_OAM_EFFECT_NONE, // affine off
GX_OAM_SHAPE_32x32, // 16x16 size
GX_OAM_COLOR_16, // 16 color
1, // charactor
15, // palette
0); // affine
}
//===============================================
// RTCアクセスルーチン
//===============================================
// RTCデータの取得
BOOL GetRTCData( RTCDrawProperty *pRTCDraw, BOOL forceGetFlag )
{
if( forceGetFlag || ( pRTCDraw->vcount++ == 59 ) ) {
pRTCDraw->vcount = 0;
MI_CpuCopy16( &pRTCDraw->date, &pRTCDraw->date_old, sizeof(RTCDate) );
MI_CpuCopy16( &pRTCDraw->time, &pRTCDraw->time_old, sizeof(RTCTime) );
(void)RTC_GetDateTime( &pRTCDraw->date, &pRTCDraw->time );
return TRUE;
}
return FALSE;
}
// RTCデータの表示
void DrawRTCData( RTCDrawProperty *pRTCDraw )
{
void (*pPrintFunc)( int x, int y, int color, const char *fmt, ... ) =
( pRTCDraw->isTopLCD ) ? PrintfSJISSub : PrintfSJIS;
// 前RTC情報の消去
{
u32 year = pRTCDraw->date_old.year + 2000;
pPrintFunc( pRTCDraw->date_x, pRTCDraw->date_y, TXT_COLOR_WHITE, "%04d/%02d/%02d[%3s]",
year,
pRTCDraw->date_old.month,
pRTCDraw->date_old.day,
g_strWeek[ pRTCDraw->date_old.week ]
);
pPrintFunc( pRTCDraw->time_x, pRTCDraw->time_y, TXT_COLOR_WHITE, "%02d:%02d:%02d",
pRTCDraw->time_old.hour,
pRTCDraw->time_old.minute,
pRTCDraw->time_old.second
);
}
// RTC情報の表示
{
u32 year = pRTCDraw->date.year + 2000;
pPrintFunc( pRTCDraw->date_x, pRTCDraw->date_y, TXT_COLOR_BLACK, "%d/%02d/%02d[%3s]",
year,
pRTCDraw->date.month,
pRTCDraw->date.day,
g_strWeek[ pRTCDraw->date.week ]
);
pPrintFunc( pRTCDraw->time_x, pRTCDraw->time_y, TXT_COLOR_BLACK, "%02d:%02d:%02d",
pRTCDraw->time.hour,
pRTCDraw->time.minute,
pRTCDraw->time.second
);
}
}
// RTCデータの取得&表示
void GetAndDrawRTCData( RTCDrawProperty *pRTCDraw, BOOL forceGetFlag )
{
if( GetRTCData( pRTCDraw, forceGetFlag ) ) {
DrawRTCData( pRTCDraw );
}
}
// ユーザーカラー領域の切り替え
void ChangeUserColor( u8 col )
{
int l;
if(col > 15) return;
for(l=0;l<16;l++)
{
TXTColorPalette[16+l] = TempPalette[16 * col + l];
}
GX_LoadBGPltt( TXTColorPalette, 0, sizeof(TXTColorPalette) );
}

8
build/systemMenu_RED/PictoChat/ARM9/Makefile
View File

@ -31,11 +31,13 @@ TARGET_BIN = main.srl
ROM_SPEC = main.rsf
MISC_DIR = ../../MachineSettings/ARM9/src
MISC_DIR = ../../misc
SRCS = main.c PictoChat.c $(MISC_DIR)/misc.c
SRCS = main.c PictoChat.c \
$(MISC_DIR)/src/misc.c
LINCLUDES = $(MISC_DIR)/include
LINCLUDES = $(MISC_DIR)
include $(TWLIPL_ROOT)/build/buildtools/commondefs

1
build/systemMenu_RED/PictoChat/ARM9/src/main.c
View File

@ -60,7 +60,6 @@ void TwlMain(void)
// システムの初期化------------------
InitAllocator();
CMN_InitFileSystem( &g_allocator );
{
// ファイルシステム切り替え応急処置

2
build/systemMenu_RED/MachineSettings/ARM9/src/misc.h → build/systemMenu_RED/misc/include/misc.h
View File

@ -76,7 +76,6 @@ enum
TXT_COLOR_4BPP_TEXT=1
};
#define TXT_COLOR_USER 17
// ŽžŒv•\Ž¦<C5BD>ê<EFBFBD>Š
#define RTC_DATE_TOP_X ( 9 * 8 )
@ -164,7 +163,6 @@ void SetBannerIconOBJ( GXOamAttr *pDstOAM, BannerFileV1 *bannerp );
BOOL GetRTCData( RTCDrawProperty *pRTCDraw, BOOL forceGetFlag );
void DrawRTCData( RTCDrawProperty *pRTCDraw );
void GetAndDrawRTCData( RTCDrawProperty *pRTCDraw, BOOL forceGetFlag );
void ChangeUserColor( u8 col );
#ifdef __cplusplus
}

222
build/systemMenu_RED/Launcher/ARM9/src/misc.c → build/systemMenu_RED/misc/src/misc.c
View File

@ -74,14 +74,15 @@ typedef struct RtcDrawPos{
}RtcDrawPos;
// function's prototype-------------------------------------------------------
static BOOL WaitDetachTP( void );
static void StartDetachTP( void );
static void InitScreen( void );
static void InitCanvas( void );
static void GetAndDrawRtcDataCore( BOOL forceGetFlag );
// global variable-------------------------------------------------------------
KeyWork pad; // キーパッド入力データ
TpWork tpd; // タッチパネル入力データ
KeyWork pad; // キーパッド入力データ
TpWork tpd; // タッチパネル入力データ
NNSFndAllocator g_allocator; // メモリアロケータ
NNSG2dFont gFont; // フォント
NNSG2dCharCanvas gCanvas; // CharCanvas
NNSG2dTextCanvas gTextCanvas; // TextCanvas
@ -111,8 +112,45 @@ const u8 *const g_strWeek[] ATTRIBUTE_ALIGN(2) = {
(const u8 *)"SAT",
};
// ============================================================================
// function's description
// メモリ管理
// ============================================================================
// アロケータの初期化
void InitAllocator( void )
{
NNSFndAllocator *pAllocator = &g_allocator;
u32 arenaLow = MATH_ROUNDUP ( (u32)OS_GetMainArenaLo(), 16 );
u32 arenaHigh = MATH_ROUNDDOWN( (u32)OS_GetMainArenaHi(), 16 );
u32 heapSize = arenaHigh - arenaLow;
void* heapMemory = OS_AllocFromMainArenaLo( heapSize, 16 );
NNSFndHeapHandle heapHandle;
SDK_NULL_ASSERT( pAllocator );
heapHandle = NNS_FndCreateExpHeap( heapMemory, heapSize );
SDK_ASSERT( heapHandle != NNS_FND_HEAP_INVALID_HANDLE );
NNS_FndInitAllocatorForExpHeap( pAllocator, heapHandle, 32 );
}
// メモリ割り当て
void *Alloc( u32 size )
{
return NNS_FndAllocFromAllocator( &g_allocator, size );
}
// メモリ解放
void Free( void *pBuffer )
{
NNS_FndFreeToAllocator( &g_allocator, pBuffer );
}
// ============================================================================
// 画面設定
// ============================================================================
// BG初期化
@ -197,6 +235,8 @@ static void InitScreen( void )
// 文字列描画の初期化
static void InitCanvas( void )
{
CMN_InitFileSystem( &g_allocator );
// フォントを読み込みます
{
void* pFontFile;
@ -285,6 +325,24 @@ void PutStringUTF16Sub( int x, int y, int color, const u16 *strUTF16 )
}
// 書式付きで作成した文字列を表示した場合の幅を取得する
int GetPrintfWidth( const NNSG2dTextCanvas *pCanvas, const char *fmt, ... )
{
int srcLen;
int dstLen = sizeof(s_strBufferUTF16);
va_list vlist;
va_start(vlist, fmt);
srcLen = STD_TVSNPrintf( s_strBuffer, sizeof(s_strBuffer), fmt, vlist);
va_end(vlist);
s_strBuffer[ srcLen ] = 0;
(void)STD_ConvertStringSjisToUnicode( s_strBufferUTF16, &dstLen, s_strBuffer, &srcLen, NULL );
s_strBufferUTF16[ dstLen ] = 0;
return NNS_G2dTextCanvasGetTextWidth( pCanvas, s_strBufferUTF16 );
}
// SJISでPrintf形式で文字表示（内部でUTF16に変換)
void PrintfSJIS( int x, int y, int color, const char *fmt, ... )
{
@ -331,7 +389,7 @@ void ReadKeyPad(void)
// タッチパネルデータの取得-----------------------
void ReadTpData(void)
void ReadTP(void)
{
TP_GetCalibratedPoint( &tpd.last, &tpd.raw ); // 前回のTPデータを退避
@ -367,7 +425,7 @@ void ReadTpData(void)
// TPデタッチを待つ
BOOL WaitDetachTP( void )
static BOOL WaitDetachTP( void )
{
// s_detach_countが始動していたら、カウント判定。
if(s_detach_count > 0) {
@ -383,7 +441,7 @@ BOOL WaitDetachTP( void )
// TPデタッチ待ちの開始
void StartDetachTP( void )
static void StartDetachTP( void )
{
s_detach_count = TP_CSR_DETACH_COUNT;
}
@ -444,14 +502,14 @@ BOOL SelectMenuByTP( u16 *nowCsr, const MenuParam *pMenu )
if( tpd.disp.touch ) { // タッチパネルがメニューの要素上でタッチされているなら、
NNSG2dTextRect rect = NNS_G2dTextCanvasGetTextRect( &gTextCanvas, (pMenu->str_elem)[ i ] );
u16 top_x = (u16)( pMenu->pos[ i ].x ); // メニュー要素のLCD座標を算出
u16 top_y = (u16)( pMenu->pos[ i ].y - 4 );
u16 top_y = (u16)( pMenu->pos[ i ].y );
u16 bottom_x = (u16)( top_x + rect.width );
u16 bottom_y = (u16)( top_y + rect.height + 4 ); // ※Y座標は±4のマージン
u16 bottom_y = (u16)( top_y + rect.height );
OS_TPrintf( "MENU[ %d ] : top_x = %02d top_y = %02d bot_x = %02d bot_y = %02d : ",
i, top_x, top_y, bottom_x, bottom_y );
if( InRangeTp( top_x, top_y, bottom_x, bottom_y, target ) ) {
if( WithinRangeTP( top_x, top_y, bottom_x, bottom_y, target ) ) {
OS_TPrintf( "InRange\n" );
if( tpd.disp.validity == TP_VALIDITY_VALID ) { // カーソルをその要素に移動
if( csr_old == i ) {
@ -482,12 +540,14 @@ BOOL SelectMenuByTP( u16 *nowCsr, const MenuParam *pMenu )
// 現在のタッチパネル座標が指定領域内にあるかどうかを返す。
BOOL InRangeTp( int top_x, int top_y, int bottom_x, int bottom_y, TPData *tgt )
BOOL WithinRangeTP( int top_x, int top_y, int bottom_x, int bottom_y, TPData *tgt )
{
if( ( tgt->x >= top_x ) &&
( tgt->x <= bottom_x ) &&
( tgt->y >= top_y ) &&
( tgt->y <= bottom_y ) ) {
OS_TPrintf( "\nRANGE : tx=%3d ty=%3d bx=%3d by=%3d : x=%3d y=%3d\n",
top_x, top_y, bottom_x, bottom_y, tgt->x, tgt->y );
return TRUE;
}else {
return FALSE;
@ -495,79 +555,6 @@ BOOL InRangeTp( int top_x, int top_y, int bottom_x, int bottom_y, TPData *tgt )
}
//===============================================
// RTCアクセスルーチン
//===============================================
// RTCデータ取得＆表示の初期化
void InitGetAndDrawRtcData( int drawDatePos_x, int drawDatePos_y, int drawTimePos_x, int drawTimePos_y)
{
s_vcount = 0;
s_rtcPos.date_x = drawDatePos_x;
s_rtcPos.date_y = drawDatePos_y;
s_rtcPos.time_x = drawTimePos_x;
s_rtcPos.time_y = drawTimePos_y;
(void)RTC_GetDateTime( &s_rtcDate, &s_rtcTime);
GetAndDrawRtcDataCore( TRUE );
}
void GetAndDrawRtcData( void )
{
GetAndDrawRtcDataCore( FALSE );
}
// RTC情報の取得＆表示
static void GetAndDrawRtcDataCore( BOOL forceGetFlag )
{
u32 year;
RTCDate date_old;
RTCTime time_old;
// RTC情報の取得
if( forceGetFlag || ( s_vcount++ == 60 ) ) {
s_vcount = 0;
MI_CpuCopy16( &s_rtcDate, &date_old, sizeof(RTCDate) );
MI_CpuCopy16( &s_rtcTime, &time_old, sizeof(RTCTime) );
(void)RTC_GetDateTime( &s_rtcDate, &s_rtcTime );
// 前RTC情報の消去
{
year = s_rtcDate.year + 2000;
PrintfSJISSub( s_rtcPos.date_x, s_rtcPos.date_y, TXT_COLOR_WHITE, "%d/%02d/%02d[%3s]",
year,
date_old.month,
date_old.day,
g_strWeek[ date_old.week ]
);
PrintfSJISSub( s_rtcPos.time_x, s_rtcPos.time_y, TXT_COLOR_WHITE, "%02d:%02d:%02d",
time_old.hour,
time_old.minute,
time_old.second
);
}
// RTC情報の表示
{
year = s_rtcDate.year + 2000;
PrintfSJISSub( s_rtcPos.date_x, s_rtcPos.date_y, TXT_COLOR_BLACK, "%d/%02d/%02d[%3s]",
year,
s_rtcDate.month,
s_rtcDate.day,
g_strWeek[ s_rtcDate.week ]
);
PrintfSJISSub( s_rtcPos.time_x, s_rtcPos.time_y, TXT_COLOR_BLACK, "%02d:%02d:%02d",
s_rtcTime.hour,
s_rtcTime.minute,
s_rtcTime.second
);
}
}
}
// バナーアイコンOBJのロード
void SetBannerIconOBJ( GXOamAttr *pDstOAM, BannerFileV1 *bannerp )
{
@ -586,3 +573,68 @@ void SetBannerIconOBJ( GXOamAttr *pDstOAM, BannerFileV1 *bannerp )
15, // palette
0); // affine
}
//===============================================
// RTCアクセスルーチン
//===============================================
// RTCデータの取得
BOOL GetRTCData( RTCDrawProperty *pRTCDraw, BOOL forceGetFlag )
{
if( forceGetFlag || ( pRTCDraw->vcount++ == 59 ) ) {
pRTCDraw->vcount = 0;
MI_CpuCopy16( &pRTCDraw->date, &pRTCDraw->date_old, sizeof(RTCDate) );
MI_CpuCopy16( &pRTCDraw->time, &pRTCDraw->time_old, sizeof(RTCTime) );
(void)RTC_GetDateTime( &pRTCDraw->date, &pRTCDraw->time );
return TRUE;
}
return FALSE;
}
// RTCデータの表示
void DrawRTCData( RTCDrawProperty *pRTCDraw )
{
void (*pPrintFunc)( int x, int y, int color, const char *fmt, ... ) =
( pRTCDraw->isTopLCD ) ? PrintfSJISSub : PrintfSJIS;
// 前RTC情報の消去
{
u32 year = pRTCDraw->date_old.year + 2000;
pPrintFunc( pRTCDraw->date_x, pRTCDraw->date_y, TXT_COLOR_WHITE, "%04d/%02d/%02d[%3s]",
year,
pRTCDraw->date_old.month,
pRTCDraw->date_old.day,
g_strWeek[ pRTCDraw->date_old.week ]
);
pPrintFunc( pRTCDraw->time_x, pRTCDraw->time_y, TXT_COLOR_WHITE, "%02d:%02d:%02d",
pRTCDraw->time_old.hour,
pRTCDraw->time_old.minute,
pRTCDraw->time_old.second
);
}
// RTC情報の表示
{
u32 year = pRTCDraw->date.year + 2000;
pPrintFunc( pRTCDraw->date_x, pRTCDraw->date_y, TXT_COLOR_BLACK, "%d/%02d/%02d[%3s]",
year,
pRTCDraw->date.month,
pRTCDraw->date.day,
g_strWeek[ pRTCDraw->date.week ]
);
pPrintFunc( pRTCDraw->time_x, pRTCDraw->time_y, TXT_COLOR_BLACK, "%02d:%02d:%02d",
pRTCDraw->time.hour,
pRTCDraw->time.minute,
pRTCDraw->time.second
);
}
}
// RTCデータの取得&表示
void GetAndDrawRTCData( RTCDrawProperty *pRTCDraw, BOOL forceGetFlag )
{
if( GetRTCData( pRTCDraw, forceGetFlag ) ) {
DrawRTCData( pRTCDraw );
}
}

BIN
doc/TWL_SystemMenuメモリマップ.vsd
View File

Binary file not shown.

4
include/sysmenu/sysmenu_work.h
View File

@ -52,6 +52,8 @@ typedef struct SYSM_work {
BOOL isValidTSD; // NITRO設定データ無効フラグ
BOOL isOnDebugger; // デバッガ動作か？
BOOL isExistCard; // 有効なNTR/TWLカードが存在するか？
BOOL isHotStart; // Hot/Coldスタート判定
BOOL isARM9Start; // ARM9スタートフラグ
u16 cardHeaderCrc16; // システムメニューで計算したROMヘッダCRC16
int cloneBootMode;
@ -68,7 +70,7 @@ typedef struct SYSM_work {
#if 1
#define SYSM_GetResetParam() ( (ResetParam *)HW_RED_RESERVED )
#define SYSM_GetWork() ( (SYSM_work *)( HW_RED_RESERVED + sizeof(ResetParam) ) )
#define SYSM_GetWork() ( (SYSM_work *)( HW_RED_RESERVED + 0x40 ) )
#else
// SYSMリセットパラメータの取得
#define SYSM_GetResetParam() ( (ResetParam *)0x02000100 )