void write_file_info(u8 cmd)
{
u16 id;
u8 i;
// u8 encode_cnt;
// u8 mem_addr;
if(0 == cmd)
{
id = 0;
}
else
{
id = read_file_id(&fat_ptr1);
}
write_info(MEM_ACTIVE_DEV, device_active);
get_rec_mem_info();
if ((device_active & (~VIRTUAL_DEVICE)) == DEVICE_SDMMC0)
{
disk_mus_point[0+encode_cnt].id0 = id;
disk_mus_point[0+encode_cnt].id1 = 0;
disk_mus_point[0+encode_cnt].id2 = 0;
for (i = 9;i != (-1);i--)
{
write_info(MEM_SD_PLAYPOINT_ID0+i+mem_addr,((u8 *)(&(disk_mus_point[0+encode_cnt].id0)))[i]);
}
}
else if ((device_active & (~VIRTUAL_DEVICE)) == DEVICE_UDISK)
{
disk_mus_point[1 + encode_cnt].id0 = id;
disk_mus_point[1 + encode_cnt].id1 = 0;
disk_mus_point[1 + encode_cnt].id2 = 0;
for (i = 9;i != (-1);i--)
{
write_info(MEM_USB_PLAYPOINT_ID0+i+mem_addr,((u8 *)(&(disk_mus_point[1 + encode_cnt].id0)))[i]);
}
}
}
void write_file_info(u8 cmd)
{
u16 id;
//u8 i;
// u8 encode_cnt;
// u8 mem_addr;
if(0 == cmd)
{
id = 0;
}
else
{
id = read_file_id(&fat_ptr1);
}
write_info(MEM_ACTIVE_DEV, device_active);
// get_rec_mem_info();
if ((device_active & (~VIRTUAL_DEVICE)) == DEVICE_SDMMC0)
{
#if 1
write_info(MEM_SD_PLAYPOINT_ID0+1 , (u8)(id&(0x00FF)));
write_info(MEM_SD_PLAYPOINT_ID0, (u8)((id>>8)&(0x00FF)));
//sd_music_bp = id;
//write_info(MEM_SD_PLAYPOINT_ID0,(((u8 *)(&sd_music_bp))[0]));
//write_info(MEM_SD_PLAYPOINT_ID0+1,(((u8 *)(&sd_music_bp))[1]));
#else
disk_mus_point[0+encode_cnt].id0 = id;
disk_mus_point[0+encode_cnt].id1 = 0;
disk_mus_point[0+encode_cnt].id2 = 0;
for (i = 9;i != (-1);i--)
{
write_info(MEM_SD_PLAYPOINT_ID0+i+mem_addr,((u8 *)(&(disk_mus_point[0+encode_cnt].id0)))[i]);
}
#endif
}
// -------------------------------------------------------------------------
// get properties for a given artifact image
// -------------------------------------------------------------------------
static t_artifact_properties const& get_properties( t_artifact_type artifact )
{
assert( artifact >= 0 && artifact < k_artifact_type_count );
static t_artifact_properties artifact_properties[k_artifact_type_count];
static bool initialized = false;
if (!initialized)
{
t_table_cache skill_table( "artifacts" );
t_table_ptr table = skill_table.get();
t_artifact_type type;
initialized = true;
for (type = t_artifact_type(0); type < k_artifact_type_count; enum_incr(type))
{
t_artifact_properties& properties = artifact_properties[type];
properties.file_id = k_artifact_file_none;
properties.level = k_artifact_level_count;
properties.cost = 0;
properties.slot = k_artifact_slot_none;
properties.cut = false;
}
static t_artifact_type const k_cut_artifacts[] =
{
k_artifact_holy_crown,
k_artifact_crown,
k_artifact_ruby,
k_artifact_sapphire,
k_artifact_vampiric_amulet,
k_artifact_chain,
k_artifact_setting,
k_artifact_left_onyx,
k_artifact_right_onyx,
k_artifact_dark_ruby,
k_artifact_book_of_enchantment,
k_artifact_chapter_one,
k_artifact_chapter_two,
k_artifact_chapter_three,
k_artifact_chapter_four,
k_artifact_binding,
k_artifact_rod_of_chaos,
k_artifact_rams_horn,
k_artifact_crown_of_dragon_teeth,
k_artifact_infant_dragon_wings,
k_artifact_vial_of_sulfur,
k_artifact_fire_snake,
k_artifact_orb_of_summoning,
k_artifact_sandalwood_key,
k_artifact_ebony_key,
k_artifact_ivory_key,
k_artifact_mahogany_key,
k_artifact_shield_of_resistance,
k_artifact_blank_shield,
k_artifact_left_elephant_tusk,
k_artifact_right_elephant_tusk,
k_artifact_rhino_horn,
k_artifact_rising_sun,
k_artifact_arms_of_legion,
k_artifact_head_of_legion,
k_artifact_legs_of_legion,
k_artifact_statue_of_legion,
k_artifact_torso_of_legion,
k_artifact_victory_banner,
k_artifact_boots_of_levitation,
};
int i;
for ( i = 0; i < ELEMENTS_OF( k_cut_artifacts ); ++i )
artifact_properties[ k_cut_artifacts[ i ] ].cut = true;
std::string keyword;
t_table::iterator line;
// skip header
line = table->begin();
line++;
line++;
for (; line != table->end(); line++)
{
if (line->size() == 0)
continue;
keyword = (*line)[k_keyword_column];
if (keyword.empty())
continue;
type = get_artifact_type( keyword );
if (type == k_artifact_none)
continue;
t_artifact_properties& properties = artifact_properties[type];
if ( properties.cut )
continue;
properties.file_id = read_file_id( (*line)[k_file_column] );
properties.name = (*line)[k_name_column];
properties.name_with_article = (*line)[k_name_with_article_column];
properties.slot = get_artifact_slot( (*line)[k_slot_column] );
properties.cost = atoi((*line)[k_cost_column].c_str() );
properties.level = get_artifact_level( (*line)[k_level_column] );
properties.help = (*line)[k_help_column];
properties.pickup_text = (*line)[k_pickup_text_column];
properties.history_text = (*line)[k_history_text_column];
std::string allowed_by_default = (*line)[k_allowed_by_default_column];
int i;
for ( i = 0; i < (int)allowed_by_default.size() && isspace(allowed_by_default[i]); i++ )
;
properties.allowed_by_default = (i < (int)allowed_by_default.size());
}
#if !defined( NDEBUG )
for (type = t_artifact_type(0); type < k_artifact_type_count; enum_incr(type))
assert( artifact_properties[ type ].cut || artifact_properties[type].file_id != k_artifact_file_none );
#endif
}
return artifact_properties[artifact];
}
