fn continue_incremental(&mut self, conn: &XCBConnection) -> Result<bool, ConnectionError> {
        let remaining = &self.data[self.data_offset..];
        let next_length = remaining.len().min(maximum_property_length(conn));
        conn.change_property8(
            PropMode::REPLACE,
            self.requestor,
            self.property,
            self.target,
            &remaining[..next_length],
        )?;
        self.data_offset += next_length;
        Ok(remaining.is_empty())
    }
/// Continue an incremental transfer, returning true if the transfer is finished
Continue an incremental transfer, returning true if the transfer is finished
Continue an incremental transfer returning true if the transfer is finished
fn continue_incremental(&mut self, conn: &XCBConnection) -> Result<bool, ConnectionError> {
        let remaining = &self.data[self.data_offset..];
        let next_length = remaining.len().min(maximum_property_length(conn));
        conn.change_property8(
            PropMode::REPLACE,
            self.requestor,
            self.property,
            self.target,
            &remaining[..next_length],
        )?;
        self.data_offset += next_length;
        Ok(remaining.is_empty())
    }
fn continue_incremental ( & mut self , conn : & XCBConnection ) -> Result < bool , ConnectionError > { let remaining = & self . data [ self . data_offset .. ] ; let next_length = remaining . len ( ) . min ( maximum_property_length ( conn ) ) ; conn . change_property8 ( PropMode :: REPLACE , self . requestor , self . property , self . target , & remaining [ .. next_length ] , ) ? ; self . data_offset += next_length ; Ok ( remaining . is_empty ( ) ) }
Continue an incremental transfer, returning true if the transfer is finished
Continue an incremental transfer returning true if the transfer is finished
&mut self
conn
&XCBConnection
&mut self
conn
&XCBConnection