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fixed comments

This commit is contained in:
alessandrokonrad 2022-10-16 20:51:14 -04:00 committed by Lucas
parent a14dae5863
commit 4e8fd53e70
2 changed files with 4 additions and 4 deletions
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4
crates/flat/src/decode/decoder.rs
View File

@ -35,7 +35,7 @@ impl<'b> Decoder<'b> {
Ok(zigzag::to_isize(self.word()?)) Ok(zigzag::to_isize(self.word()?))
} }
/// Decode an integer of any size. /// Decode an integer of 128 bits size.
/// This is byte alignment agnostic. /// This is byte alignment agnostic.
/// First we decode the next 8 bits of the buffer. /// First we decode the next 8 bits of the buffer.
/// We take the 7 least significant bits as the 7 least significant bits of the current unsigned integer. /// We take the 7 least significant bits as the 7 least significant bits of the current unsigned integer.
@ -142,7 +142,7 @@ impl<'b> Decoder<'b> {
Ok(final_word) Ok(final_word)
} }
/// Decode a word of any size. /// Decode a word of 128 bits size.
/// This is byte alignment agnostic. /// This is byte alignment agnostic.
/// First we decode the next 8 bits of the buffer. /// First we decode the next 8 bits of the buffer.
/// We take the 7 least significant bits as the 7 least significant bits of the current unsigned integer. /// We take the 7 least significant bits as the 7 least significant bits of the current unsigned integer.

4
crates/flat/src/encode/encoder.rs
View File

@ -98,7 +98,7 @@ impl Encoder {
self self
} }
/// Encode an integer of any size. /// Encode an integer of 128 bits size.
/// This is byte alignment agnostic. /// This is byte alignment agnostic.
/// First we use zigzag once to double the number and encode the negative sign as the least significant bit. /// First we use zigzag once to double the number and encode the negative sign as the least significant bit.
/// Next we encode the 7 least significant bits of the unsigned integer. If the number is greater than /// Next we encode the 7 least significant bits of the unsigned integer. If the number is greater than
@ -165,7 +165,7 @@ impl Encoder {
self self
} }
/// Encode a unsigned integer of any size. /// Encode a unsigned integer of 128 bits size.
/// This is byte alignment agnostic. /// This is byte alignment agnostic.
/// We encode the 7 least significant bits of the unsigned byte. If the char value is greater than /// We encode the 7 least significant bits of the unsigned byte. If the char value is greater than
/// 127 we encode a leading 1 followed by repeating the above for the next 7 bits and so on. /// 127 we encode a leading 1 followed by repeating the above for the next 7 bits and so on.