default fn map_page<S: PageSize>(
		&mut self,
		page: Page<S>,
		physical_address: usize,
		flags: PageTableEntryFlags,
	) -> bool {
		self.map_page_in_this_table::<S>(page, physical_address, flags)
	}
/// Maps a single page to the given physical address.
/// Returns whether an existing entry was updated. You can use this return value to flush TLBs.
///
/// This is the default implementation that just calls the map_page_in_this_table method.
/// It is overridden by a specialized implementation for all tables with sub tables (all except PT).
Maps a single page to the given physical address.
Returns whether an existing entry was updated. You can use this return value to flush TLBs.

This is the default implementation that just calls the map_page_in_this_table method.
It is overridden by a specialized implementation for all tables with sub tables (all except PT).
Maps a single page to the given physical address . Returns whether an existing entry was updated . You can use this return value to flush TLBs . This is the default implementation that just calls the map_page_in_this_table method . It is overridden by a specialized implementation for all tables with sub tables ( all except PT ) .
default fn map_page<S: PageSize>(
		&mut self,
		page: Page<S>,
		physical_address: usize,
		flags: PageTableEntryFlags,
	) -> bool {
		self.map_page_in_this_table::<S>(page, physical_address, flags)
	}
default fn map_page < S : PageSize > ( & mut self , page : Page < S > , physical_address : usize , flags : PageTableEntryFlags , ) -> bool { self . map_page_in_this_table :: < S > ( page , physical_address , flags ) }
Maps a single page to the given physical address.
Maps a single page to the given physical address .
&mut self
page
Page<S>
physical_address
usize
flags
PageTableEntryFlags
&mut self
page
Page<S>
physical_address
usize
flags
PageTableEntryFlags