IndexOutput

Returns the current position in this file, where the next write will occur.

Just the name part from resourceDescription

Aligns the current file pointer to multiples of alignmentBytes bytes to improve reads with mmap. This will write between 0 and (alignmentBytes-1) zero bytes using .writeByte.

Closes this stream to further operations.

Copy numBytes bytes from input to ourself.

Returns the current checksum of bytes written so far

Writes a single byte.

Writes an array of bytes.

Encode integers using group-varint. It uses VInt to encode tail values that are not enough for a group.

Encode integers using group-varint. It uses VInt to encode tail values that are not enough for a group. we need a long[] because this is what postings are using, all longs are actually required to be integers.

Writes an int as four bytes (LE byte order).

Writes a long as eight bytes (LE byte order).

Writes a String map.

Writes a String set.

Writes a short as two bytes (LE byte order).

Writes a string.

Writes an int in a variable-length format. Writes between one and five bytes. Smaller values take fewer bytes. Negative numbers are supported, but should be avoided.

Writes an long in a variable-length format. Writes between one and nine bytes. Smaller values take fewer bytes. Negative numbers are not supported.

Write a zig-zag-encoded .writeVInt integer. This is typically useful to write small signed ints and is equivalent to calling writeVInt(BitUtil.zigZagEncode(i)).

Write a zig-zag-encoded .writeVLong long. Writes between one and ten bytes. This is typically useful to write small signed ints.