/// <summary>
/// Draw a header button that toggles specific sort types
/// </summary>
void DrawRoomListHeaderButton(float x, float width, string text, SortRoomList ascType, SortRoomList descType)
{
if (GUI.Button(new Rect(x, 94, width, 40),
new GUIContent(text, GetArrowTexture(ascType, descType)),
Styles.ButtonServerHeader))
{
ToggleSortRoomListType(ascType, descType);
}
}
/// <summary>
/// Toggles the type of the sort room list between ascType and descType
/// </summary>
void ToggleSortRoomListType(SortRoomList ascType, SortRoomList descType)
{
if (m_SortRoomList == ascType)
{
m_SortRoomList = descType;
}
else
{
m_SortRoomList = ascType;
}
}
/// <summary>
/// Gets the appropriate arrow texture for the sorting types, depending on which one is active
/// </summary>
Texture2D GetArrowTexture(SortRoomList ascType, SortRoomList descType)
{
if (m_SortRoomList == ascType)
{
return(AscArrowTexture);
}
if (m_SortRoomList == descType)
{
return(DescArrowTexture);
}
return(NoArrowTexture);
}
/// <summary>
/// Sort the room info list with the selected sorting type
/// </summary>
void SortRoomInfoList(ref List <RoomInfo> list, SortRoomList sortType)
{
switch (sortType)
{
case SortRoomList.NameAsc:
list.Sort(delegate(RoomInfo room1, RoomInfo room2)
{
return(room1.Name.CompareTo(room2.Name));
});
break;
case SortRoomList.NameDesc:
list.Sort(delegate(RoomInfo room1, RoomInfo room2)
{
return(room2.Name.CompareTo(room1.Name));
});
break;
case SortRoomList.PlayersAsc:
list.Sort(delegate(RoomInfo room1, RoomInfo room2)
{
if (room1.PlayerCount == room2.PlayerCount)
{
return(room1.MaxPlayers.CompareTo(room2.MaxPlayers));
}
return(room1.PlayerCount.CompareTo(room2.PlayerCount));
});
break;
case SortRoomList.PlayersDesc:
list.Sort(delegate(RoomInfo room1, RoomInfo room2)
{
if (room1.PlayerCount == room2.PlayerCount)
{
return(room2.MaxPlayers.CompareTo(room1.MaxPlayers));
}
return(room2.PlayerCount.CompareTo(room1.PlayerCount));
});
break;
case SortRoomList.MapAsc:
list.Sort(delegate(RoomInfo room1, RoomInfo room2)
{
string map1 = (string)room1.CustomProperties[RoomProperty.Map];
string map2 = (string)room2.CustomProperties[RoomProperty.Map];
return(map1.CompareTo(map2));
});
break;
case SortRoomList.MapDesc:
list.Sort(delegate(RoomInfo room1, RoomInfo room2)
{
string map1 = (string)room1.CustomProperties[RoomProperty.Map];
string map2 = (string)room2.CustomProperties[RoomProperty.Map];
return(map2.CompareTo(map1));
});
break;
case SortRoomList.ModeAsc:
list.Sort(delegate(RoomInfo room1, RoomInfo room2)
{
int mode1 = (int)room1.CustomProperties[RoomProperty.Mode];
int mode2 = (int)room2.CustomProperties[RoomProperty.Mode];
return(mode1.CompareTo(mode2));
});
break;
case SortRoomList.ModeDesc:
list.Sort(delegate(RoomInfo room1, RoomInfo room2)
{
int mode1 = (int)room1.CustomProperties[RoomProperty.Mode];
int mode2 = (int)room2.CustomProperties[RoomProperty.Mode];
return(mode2.CompareTo(mode1));
});
break;
}
}
/// <summary>
/// Sort the room info list with the selected sorting type
/// </summary>
void SortRoomInfoList( ref List<RoomInfo> list, SortRoomList sortType )
{
switch( sortType )
{
case SortRoomList.NameAsc:
list.Sort( delegate( RoomInfo room1, RoomInfo room2 )
{
return room1.name.CompareTo( room2.name );
} );
break;
case SortRoomList.NameDesc:
list.Sort( delegate( RoomInfo room1, RoomInfo room2 )
{
return room2.name.CompareTo( room1.name );
} );
break;
case SortRoomList.PlayersAsc:
list.Sort( delegate( RoomInfo room1, RoomInfo room2 )
{
if( room1.playerCount == room2.playerCount )
{
return room1.maxPlayers.CompareTo( room2.maxPlayers );
}
return room1.playerCount.CompareTo( room2.playerCount );
} );
break;
case SortRoomList.PlayersDesc:
list.Sort( delegate( RoomInfo room1, RoomInfo room2 )
{
if( room1.playerCount == room2.playerCount )
{
return room2.maxPlayers.CompareTo( room1.maxPlayers );
}
return room2.playerCount.CompareTo( room1.playerCount );
} );
break;
case SortRoomList.MapAsc:
list.Sort( delegate( RoomInfo room1, RoomInfo room2 )
{
string map1 = (string)room1.customProperties[ RoomProperty.Map ];
string map2 = (string)room2.customProperties[ RoomProperty.Map ];
return map1.CompareTo( map2 );
} );
break;
case SortRoomList.MapDesc:
list.Sort( delegate( RoomInfo room1, RoomInfo room2 )
{
string map1 = (string)room1.customProperties[ RoomProperty.Map ];
string map2 = (string)room2.customProperties[ RoomProperty.Map ];
return map2.CompareTo( map1 );
} );
break;
case SortRoomList.ModeAsc:
list.Sort( delegate( RoomInfo room1, RoomInfo room2 )
{
int mode1 = (int)room1.customProperties[ RoomProperty.Mode ];
int mode2 = (int)room2.customProperties[ RoomProperty.Mode ];
return mode1.CompareTo( mode2 );
} );
break;
case SortRoomList.ModeDesc:
list.Sort( delegate( RoomInfo room1, RoomInfo room2 )
{
int mode1 = (int)room1.customProperties[ RoomProperty.Mode ];
int mode2 = (int)room2.customProperties[ RoomProperty.Mode ];
return mode2.CompareTo( mode1 );
} );
break;
}
}
/// <summary>
/// Gets the appropriate arrow texture for the sorting types, depending on which one is active
/// </summary>
Texture2D GetArrowTexture( SortRoomList ascType, SortRoomList descType )
{
if( m_SortRoomList == ascType )
{
return AscArrowTexture;
}
if( m_SortRoomList == descType )
{
return DescArrowTexture;
}
return NoArrowTexture;
}
/// <summary>
/// Toggles the type of the sort room list between ascType and descType
/// </summary>
void ToggleSortRoomListType( SortRoomList ascType, SortRoomList descType )
{
if( m_SortRoomList == ascType )
{
m_SortRoomList = descType;
}
else
{
m_SortRoomList = ascType;
}
}
/// <summary>
/// Draw a header button that toggles specific sort types
/// </summary>
void DrawRoomListHeaderButton( float x, float width, string text, SortRoomList ascType, SortRoomList descType )
{
if( GUI.Button( new Rect( x, 94, width, 40 ),
new GUIContent( text, GetArrowTexture( ascType, descType ) ),
Styles.ButtonServerHeader ) )
{
ToggleSortRoomListType( ascType, descType );
}
}
