Struct libparted::Alignment
[−]
[src]
pub struct Alignment<'a> { /* fields omitted */ }
Methods
impl<'a> Alignment<'a>[src]
fn from_raw(alignment: *mut PedAlignment) -> Alignment<'a>[src]
fn new(offset: i64, grain_size: i64) -> Result<Alignment<'a>>[src]
Return an alignment object representing all sectors that are of the form
offset + X * grain_size.
fn init(&mut self, offset: i64, grain_size: i64) -> Result<()>[src]
Initializes a preallocated piece of memory for an alignment object.
The object will represent all sectors for which the equation
S = offset + x * grain_size holds.
fn align_down(&self, geom: &Geometry, sector: i64) -> Option<u64>[src]
Returns the sector that is closest to sector, satifies the align constraint, and lies
lies inside geom.
fn align_nearest(&self, geom: &Geometry, sector: i64) -> Option<u64>[src]
Returns the sector that is closest to sector, satisfies the align constraint, and
lies inside of geom.
fn align_up(&self, geom: &Geometry, sector: i64) -> Option<u64>[src]
Returns the sector that is closest to sector, satifies the align constraint, and lies
lies inside geom.
fn duplicate<'b>(&self) -> Result<Alignment<'b>>[src]
Clones and returns a duplicate of the alignment, if possible.
fn grain_size(&self) -> i64[src]
fn intersect(&self, other: &Alignment) -> Option<Alignment<'a>>[src]
Returns a new Alignment object if an intersection can between
itself and a given other Alignment.
fn is_aligned(&self, geom: &Geometry, sector: i64) -> bool[src]
Returns the sector that is closest to sector, satifies the align constraint, and lies
lies inside geom.