FreeCalypso > hg > fc-magnetite
view src/ui3/mfw/mfw_fm.h @ 442:83d924b6721f
src/ui3/bmi/mmiIcons.c: same !LSCREEN fix as in TCS211 version
author | Mychaela Falconia <falcon@freecalypso.org> |
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date | Mon, 22 Jan 2018 04:36:47 +0000 |
parents | e8ddbb0837ed |
children |
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/* ========================================================= * Texas Instruments OMAP(TM) Platform Software * (c) Copyright Texas Instruments, Incorporated. All Rights Reserved. * * Use of this software is controlled by the terms and conditions found * in the license agreement under which this software has been supplied. * ========================================================== */ /*========================================================== * @file mfw_FileManager.h * * This provides the functionality of File Manager Applications. * It supports file/folder related operations on FFS and MMC * * @path \bmi\condat\ms\src\mfw * * @rev 00.01 */ /* ========================================================== */ /*=========================================================== *! *! Revision History *! =================================== Apr 06, 2007 DRT: OMAPS00124874 x0039928 Description: MM: Renaming process of an Imy file is incorrect Solution: Seperate enum values for different audio files is added. Mar 28, 2007 ER: OMAPS00106188 x0039928 Description: Align Midi application menu choices and audio Player menu choices *! 10-Apr-2006 mf: Modified x0020906. Change required per SRxxxx *! to provide File Manager Functionality. *! *! *! 17-Jan-2006 mf: Revisions appear in reverse chronological order; *! that is, newest first. The date format is dd-Mon-yyyy. * =========================================================== */ #ifndef DEF_MFW_FILEMANAGER #define DEF_MFW_FILEMANAGER //Includes for Image Services #include "msl/inc/msl_imgthmb.h" #include "msl/inc/msl_imgview.h" //Includes for Audio Services #include "as/as_api.h" #include "as/as_message.h" /******************************************************************************* Interface constants *******************************************************************************/ #define FM_MAX_EXT_LENGTH 5 #define FM_MAX_OBJ_NAME_LENGTH 200// 45 #ifdef FF_MMI_UNICODE_SUPPORT /* x0083025 OMAPS00156759 * Changed from 250 to 100 because to much memory is being taken when unicode * is enabled (2 bytes per char) and system would eventually crash */ #define FM_MAX_DIR_PATH_LENGTH 100 #else #define FM_MAX_DIR_PATH_LENGTH 250 #endif #define FM_MAX_OBJ_DATE_LENGTH 15 #define FM_MAX_OBJ_TIME_LENGTH 15 #define FM_COPY_BUFFER_SIZE 1000 #define FM_MAX_OBJ 20 #define E_FM_THMB_INIT (T_MFW_EVENT)0x00000001 #define E_FM_THMB_DEINIT (T_MFW_EVENT)0x00000010 #define E_FM_THMB_GEN (T_MFW_EVENT)0x00000100 #define E_FM_IMG_INIT (T_MFW_EVENT)0x00001000 #define E_FM_IMG_DEINIT (T_MFW_EVENT)0x00010000 #define E_FM_IMG_DRAW (T_MFW_EVENT)0x00100000 #define E_FM_AUDIO_STOP (T_MFW_EVENT)0x01000000 #define E_FM_AUDIO_PROG (T_MFW_EVENT)0x10000000 #define E_FM_ALL_SERVICES (T_MFW_EVENT)0xFFFFFFFF //Image typedef enum { FM_UCP_ERROR_FATAL = -8, FM_UCP_ERROR_NONFATAL, FM_UCP_ERROR_UNKNOWN, FM_UCP_ERROR_INVALID_ARGUMENT, FM_UCP_ERROR_BAD_STREAM, FM_UCP_ERROR_NO_MEM, FM_UCP_ERROR_READ_FAILED, FM_UCP_ERROR, FM_UCP_NONE = 0, FM_UCP_NO_ERROR, FM_UCP_THMB_INIT, FM_UCP_THMB_GEN, FM_UCP_THMB_DEINIT, FM_UCP_THMBIMG_INIT, FM_UCP_THMBIMG_DRAW, FM_UCP_THMBIMG_DEINIT, FM_UCP_QCIFIMG_INIT, FM_UCP_QCIFIMG_DRAW, FM_UCP_QCIFIMG_DEINIT }T_FM_IMG_STATE; typedef struct { T_FM_IMG_STATE state; T_FM_IMG_STATE cmd; int ipMsl; }T_FM_IMG; typedef struct { BOOL thumbnail; }T_FM_OBJ_IMAGE; #define MFW_FM_ZOOM_LOW 1024 #define MFW_FM_ZOOM_MAX (8 * MFW_FM_ZOOM_LOW) typedef enum { MFW_FM_ROTATE_0 = 0, MFW_FM_ROTATE_90, MFW_FM_ROTATE_180, MFW_FM_ROTATE_270, MFW_FM_ROTATE_MAX }T_FM_IMG_ROTATE; //Audio typedef enum { FM_AUD_ERROR_NOTALLOWED = -12, FM_AUD_ERROR_AUDIO, FM_AUD_ERROR_DENIED, FM_AUD_ERROR_PLAYER, FM_AUD_ERROR_FFS, FM_AUD_ERROR_MSGING, FM_AUD_ERROR_NOTREADY, FM_AUD_ERROR_INVALIDPARAM, FM_AUD_ERROR_INTERNAL, FM_AUD_ERROR_MEM, FM_AUD_ERROR_NOTSUPPORTED, FM_AUD_ERROR = -1 , FM_AUD_NO_ERROR, FM_AUD_NONE, FM_AUD_PLAY, FM_AUD_FORWARD, FM_AUD_REWIND, FM_AUD_PAUSE, FM_AUD_STOP, }T_FM_AUD_STATE; #define FM_AUD_MIDI_CHANNEL_MONO 1 #define FM_AUD_MIDI_CHANNEL_STEREO 2 #define FM_AUD_MP3_CHANNEL_MONO 0 #define FM_AUD_MP3_CHANNEL_STEREO 1 #define FM_AUD_AAC_CHANNEL_MONO 0 #define FM_AUD_AAC_CHANNEL_STEREO 1 #define FM_MFW_QCIF_WIDTH 176 #define FM_MFW_QCIF_HEIGHT 144 #define FM_MFW_PREVIEW_WIDTH 48 #define FM_MFW_PREVIEW_HEIGHT 48 typedef struct { T_FM_AUD_STATE state; }T_FM_AUD; typedef struct { BOOL hidden; }T_FM_OBJ_AUDIO; typedef enum { FM_IMAGE=0, FM_AUDIO }T_FM_APP_TYPE; //Misc typedef enum { FM_INVALID=-1, FM_NOR_FLASH, FM_NORMS_FLASH, FM_NAND_FLASH, FM_T_FLASH }T_FM_DEVICE_TYPE; typedef enum { FM_NONE=-1, FM_OPEN, FM_BACK, FM_COPY, FM_MOVE, FM_OPTIONS_FILE, FM_OPTIONS_FOLDER, FM_IMGVIEW, FM_RENAME, FM_DELETE, FM_NEWDIR, FM_REMOVE }T_FM_OPERATION_TYPE; typedef enum { OBJECT_TYPE_NONE=-1, OBJECT_TYPE_FILE, OBJECT_TYPE_AUDIO, OBJECT_TYPE_AUDIO_MIDI, OBJECT_TYPE_AUDIO_MP3, OBJECT_TYPE_AUDIO_AAC, OBJECT_TYPE_IMAGE, OBJECT_TYPE_FOLDER, OBJECT_TYPE_IMAGE_FOLDER, OBJECT_TYPE_AUDIO_FOLDER, OBJECT_TYPE_AUDIO_XMF, /* Apr 06, 2007 DRT: OMAPS00124874 x0039928 */ OBJECT_TYPE_AUDIO_IMY, OBJECT_TYPE_AUDIO_MMF, OBJECT_TYPE_AUDIO_MXMF, OBJECT_TYPE_AUDIO_SMS, OBJECT_TYPE_AUDIO_WAV }T_FM_OBJ_TYPE; typedef enum { FM_COPY_ERROR = -1, FM_COPY_NONE, FM_COPY_START, FM_COPY_PROGRESS, FM_COPY_DONE }T_FM_COPY_STATE; typedef enum { FM_STATE_NONE=0, FM_STATE_ERROR }T_MFW_FM_STATE; typedef enum { FM_NO_ERROR=0, FM_DIR_DOESNOTEXISTS, FM_FILE_EXISTS, FM_FILE_DOESNOTEXISTS, FM_READDIR_ERROR, FM_RENAME_ERROR, FM_DELETE_ERROR, FM_DELETE_DIRNOTEMPTY, FM_DIR_EXISTS, FM_FORMAT_ERROR }T_MFW_FM_STATUS; typedef struct { UINT32 aud_tt; UINT16 aud_pt; }T_MFW_AUD_PARA; typedef union { T_FM_AUD aud; T_FM_IMG img; }T_FM_DIRTYPE_INFO; typedef union { T_FM_IMG_STATE img_state; T_FM_AUD_STATE aud_state; } T_MFW_FM_PARA; typedef union { T_FM_OBJ_AUDIO audio; T_FM_OBJ_IMAGE image; }T_FM_OBJ_DATA; typedef struct { char name[FM_MAX_OBJ_NAME_LENGTH]; #ifdef FF_MMI_UNICODE_SUPPORT T_WCHAR name_uc[FM_MAX_OBJ_NAME_LENGTH]; #endif T_FM_OBJ_TYPE type; }T_FM_OBJ; typedef struct { char name[15]; }T_FM_OBJ_ITEM; typedef struct { int size; char date[FM_MAX_OBJ_DATE_LENGTH]; char time[FM_MAX_OBJ_TIME_LENGTH]; }T_FM_OBJ_PROPERTIES; typedef struct { T_FM_OBJ *obj_list[FM_MAX_OBJ]; T_FM_OBJ_PROPERTIES *obj_properties[FM_MAX_OBJ]; T_FM_OBJ_DATA *obj_data[FM_MAX_OBJ]; UBYTE num_objs; char dir_name[FM_MAX_OBJ_NAME_LENGTH]; char dir_path[FM_MAX_DIR_PATH_LENGTH]; T_FM_OBJ_TYPE dir_type; int depth; int startIndex; int currentIndex; T_FM_DIRTYPE_INFO dirinfo; }T_FM_CURDIR; typedef struct { T_FM_OBJ *obj_list[FM_MAX_OBJ]; UBYTE num_objs; char dir_name[FM_MAX_OBJ_NAME_LENGTH]; char dir_path[FM_MAX_DIR_PATH_LENGTH]; T_FM_OBJ_TYPE dir_type; int currentIndex; int depth; }T_FM_DESTDIR; typedef struct { T_MFW_EVENT emask; /* events of interest */ T_MFW_EVENT event; /* current event */ T_MFW_CB handler; T_MFW_FM_PARA para; } T_MFW_FM; typedef struct { T_RFS_FD sourceFileID; // int sourceFileID; #ifdef FF_MMI_UNICODE_SUPPORT T_WCHAR *sourceFile; #else char *sourceFile; #endif T_FM_DEVICE_TYPE source_type; int sourceFileSize; T_RFS_FD destFileID; // int destFileID; #ifdef FF_MMI_UNICODE_SUPPORT T_WCHAR *destinationFile; #else char *destinationFile; #endif T_FM_DEVICE_TYPE destination_type; char *buf; T_RFS_SIZE buf_size; int bytesRead; T_FM_COPY_STATE state; }T_MFW_FM_COPYMOVE_STRUCT; #define THUMB "thumbnail" #define NORDIR "/mmi/" #define NORDIR_IMG "jpeg" #define NORDIR_AUD "tones" #define NORMSDIR "/" #define NORMSDIR_IMG "jpeg" #define NORMSDIR_AUD "tones" #define NANDDIR "/" #define NANDDIR_IMG "jpeg" #define NANDDIR_AUD "tones" #define TFLASHDIR "/" #define TFLASHDIR_IMG "jpeg" #define TFLASHDIR_AUD "tones" void mfw_fm_readProperties(char *dir_path, char *dir_name, UBYTE num_objs, T_FM_OBJ **obj_list, T_FM_OBJ_PROPERTIES **obj_properties,T_FM_DEVICE_TYPE source, T_FM_APP_TYPE app); void mfw_fm_readFileFolders(char *dir_path, char *dir_name, UBYTE num_objs, T_FM_OBJ **obj_list, T_FM_DEVICE_TYPE source); T_MFW_FM_STATUS mfw_fm_create_rootdir(T_FM_DEVICE_TYPE source); T_MFW_HND mfw_fm_create(T_MFW_HND hWin, T_MFW_EVENT event, T_MFW_CB cbfunc); T_MFW_RES mfw_fm_delete(T_MFW_HND hnd); T_MFW_FM_STATUS mfw_fm_format(T_FM_DEVICE_TYPE source) ; #ifdef FF_MMI_UNICODE_SUPPORT T_MFW_FM_STATUS mfw_fm_rename(T_WCHAR* old_filename, T_WCHAR* new_filename, T_FM_DEVICE_TYPE source); T_MFW_FM_STATUS mfw_fm_remove(T_WCHAR* objname,T_FM_DEVICE_TYPE source); #else T_MFW_FM_STATUS mfw_fm_rename(char* old_filename, char * new_filename, T_FM_DEVICE_TYPE source); T_MFW_FM_STATUS mfw_fm_remove(char* objname,T_FM_DEVICE_TYPE source); #endif T_MFW_FM_STATUS mfw_fm_rename_image(char * path, char * dirname, char* old_filename, char * new_filename,T_FM_DEVICE_TYPE source); T_MFW_FM_STATUS mfw_fm_remove_image(char * path, char * dirname, char* objname,T_FM_DEVICE_TYPE source) ; T_MFW_FM_STATUS mfw_fm_newdir(char *dirname, T_FM_DEVICE_TYPE source); T_MFW_FM_STATUS mfw_fm_createRootDir(T_FM_DEVICE_TYPE source); T_FM_COPY_STATE mfw_fm_copy_start(T_MFW_FM_COPYMOVE_STRUCT *data) ; T_FM_COPY_STATE mfw_fm_copy_continue(T_MFW_FM_COPYMOVE_STRUCT *data) ; void mfw_fm_getMemStat(int *nfree, int *nused,T_FM_DEVICE_TYPE source); //Image T_FM_IMG_STATE mfw_fm_imgThmb_create(void); T_FM_IMG_STATE mfw_fm_imgThmb_init(void); T_FM_IMG_STATE mfw_fm_imgThmb_destroy(void); T_FM_IMG_STATE mfw_fm_imgThmb_deinit(void); T_FM_IMG_STATE mfw_fm_imgThmb_pause(void); T_FM_IMG_STATE mfw_fm_imgThmb_generate(void); T_FM_IMG_STATE mfw_fm_imgThmb_setparams(char * inFilepath, char* inFilename, int width,int height,T_FM_DEVICE_TYPE source); T_FM_IMG_STATE mfw_fm_imgThmb_setcallback(void); T_FM_IMG_STATE mfw_fm_imgViewer_create(void); T_FM_IMG_STATE mfw_fm_imgViewer_init(void); T_FM_IMG_STATE mfw_fm_imgViewer_destroy(void); T_FM_IMG_STATE mfw_fm_imgViewer_deinit(void); T_FM_IMG_STATE mfw_fm_imgViewer_pause(void); T_FM_IMG_STATE mfw_fm_imgViewer_view(void); T_FM_IMG_STATE mfw_fm_imgViewer_setparams(char * inFilepath, char* inFilename, int width,int height); T_FM_IMG_STATE mfw_fm_imgViewer_setcallback(void); void mfw_fm_thmb_mslcb( U32 tCMd,U32 tStatus); void mfw_fm_view_mslcb( U32 tCMd,U32 tStatus); T_MFW_FM_STATUS mfw_fm_checkThumbnail( char * obj,T_FM_DEVICE_TYPE source); T_FM_IMG_STATE mfw_fm_imgViewer_setConfigs(char *filename,int width, int height,int xoffset, int yoffset,U32 zFactor,int rotation_degree, T_FM_DEVICE_TYPE source); T_FM_IMG_STATE mfw_fm_imgViewer_setImageProperty( char * filepath, char *filename, int width, int height,int xoffset, int yoffset,T_FM_DEVICE_TYPE source); void mfw_fm_thmb_mslcb( U32 tCMd,U32 tStatus); void mfw_fm_view_mslcb( U32 tCMd,U32 tStatus); //Audio T_FM_AUD_STATE mfw_fm_audStop(void); #ifdef FF_MMI_UNICODE_SUPPORT T_FM_AUD_STATE mfw_fm_audPlay(T_WCHAR * file_name, T_FM_OBJ_TYPE file_type, BOOL play_bar); #else T_FM_AUD_STATE mfw_fm_audPlay(char * file_name, T_FM_OBJ_TYPE file_type, BOOL play_bar); #endif T_FM_OBJ_TYPE mfw_fm_aud_get_type(char * file_name); T_FM_AUD_STATE mfw_fm_audPause(void); T_FM_AUD_STATE mfw_fm_audResume(void); T_MFW_FM_STATUS mfw_fm_readDir(char *dir_path, char *dir_name, UBYTE *num_objs, T_FM_OBJ **obj_list, T_FM_DEVICE_TYPE source, T_FM_APP_TYPE app); /* OMAPS00151698, x0056522 */ void mfw_fm_audPlay_cb(void *parameter); /*********************************/ #if 0 typedef UINT16 T_RFS_MODE; #define RFS_IXUSR 0x0100 // Execute permission for the user #define RFS_IWUSR 0x0200 // Write permission for the user #define RFS_IRUSR 0x0400 // Read permission for the user #define RFS_IRWXU 0x0700 // Read Write permission mask (default) for the user #define RFS_IXGRP 0x0010 // Execute permission for group #define RFS_IWGRP 0x0020 // Write permission for group #define RFS_IRGRP 0x0040 // Read permission for group #define RFS_IRWXG 0x0070 // Read Write permission mask (default) for group #define RFS_IXOTH 0x0001 // Execute permission for others #define RFS_IWOTH 0x0002 // Write permission for others #define RFS_IROTH 0x0004 // Read permission for others #define RFS_IRWXO 0x0007 // Read Write permission mask (default) for others typedef INT32 T_RFS_RET; #define RFS_EOK 0 #define RFS_ENODEVICE -1 #define RFS_EAGAIN -2 #define RFS_ENOSPACE -3 #define RFS_EFSFULL -4 #define RFS_EBADNAME -5 #define RFS_ENOENT -6 #define RFS_EEXISTS -7 #define RFS_EACCES -8 #define RFS_ENAMETOOLONG -9 #define RFS_EINVALID -10 #define RFS_ENOTEMPTY -11 #define RFS_EFBIG -12 #define RFS_ENOTAFILE -13 #define RFS_ENUMFD -14 #define RFS_EBADFD -15 #define RFS_EBADDIR -16 #define RFS_EBADOP -17 #define RFS_ELOCKED -18 #define RFS_EMOUNT -19 #define RFS_EDEVICE -20 #define RFS_EBUSY -21 #define RFS_ENOTADIR -22 #define RFS_EMAGIC -23 #define RFS_EMEMORY -24 #define RFS_EMSGSEND -25 #define RFS_ENOTALLOWED -26 #define RFS_ENOTSUPPORTED -27 #define RFS_EEMPTY -28 #define RFS_EINTERNALERROR -29 #define RFS_CORRUPT_LFN -30 #define RFS_E_FILETOOBIG -31 typedef union { T_RFS_FS_STAT file_system; T_RFS_MP_STAT mount_point; T_RFS_FILE_DIR_STAT file_dir; } T_RFS_STAT; /* Defines the DIR type. This represents a directory stream, which is an ordered * sequence of all the di-rectory entries (files) in a particular directory. */ typedef struct { UINT32 opendir_ino; // inode of directory that was opened UINT32 lastread_ino; // last inode of the read direcoty entry UINT8 mpt_idx; // mount point where the directory is located UINT8 fscore_nmb; // file system type } T_RFS_DIR; typedef enum { FFS_ATTRIB_READWRITE = FFS_ATTRIB_READWRITE_MASK, FFS_ATTRIB_READONLY = FFS_ATTRIB_READONLY_MASK, FFS_ATTRIB_HIDDEN = FFS_ATTRIB_HIDDEN_MASK, FFS_ATTRIB_SYSTEM = FFS_ATTRIB_SYSTEM_MASK, FFS_ATTRIB_SUBDIR = FFS_ATTRIB_SUBDIR_MASK, FFS_ATTRIB_ARCHIVE = FFS_ATTRIB_ARCHIVE_MASK, FFS_ATTRIB_INVALID }T_FFS_ATTRIB_TYPE; /**********************************/ #endif #endif