Fix some typos (#192)

compare/readme.md

@@ -25,7 +25,7 @@ Even the fallback algorithm is in the top 5 in terms of throughput, beating out
 
 aHash is the fastest non-trivial hasher implementation in Rust. Below is a comparison with 10 other popular hashing algorithms. 
 
-![Hasher perfromance](https://docs.google.com/spreadsheets/d/e/2PACX-1vSK7Li2nS-Bur9arAYF9IfT37MP-ohAe1v19lZu5fd9MajI1fSveLAQZyEie4Ea9k5-SWHTff7nL2DW/pubchart?oid=1323618938&format=image)
+![Hasher performance](https://docs.google.com/spreadsheets/d/e/2PACX-1vSK7Li2nS-Bur9arAYF9IfT37MP-ohAe1v19lZu5fd9MajI1fSveLAQZyEie4Ea9k5-SWHTff7nL2DW/pubchart?oid=1323618938&format=image)
 
 ## DOS resistance
 
@@ -120,4 +120,4 @@ Similarly, wyHash is targeted at hashmaps. WyHash is quite fast, but is not DOS
 
 There are fixed strings which when encountered caused the internal state to reset. This makes wyHash trivial to attack.
 
-AHash outperforms wyHash across all input sizes, regardless of which CPU instructions are available. 
+AHash outperforms wyHash across all input sizes, regardless of which CPU instructions are available.

src/hash_quality_test.rs

@@ -108,40 +108,40 @@ fn test_keys_change_output<T: Hasher>(constructor: impl Fn(u128, u128) -> T) {
 fn test_input_affect_every_byte<T: Hasher>(constructor: impl Fn(u128, u128) -> T) {
  let base = hash_with(&0, constructor(0, 0));
  for shift in 0..16 {
- let mut alternitives = vec![];
+ let mut alternatives = vec![];
  for v in 0..256 {
  let input = (v as u128) << (shift * 8);
  let hasher = constructor(0, 0);
- alternitives.push(hash_with(&input, hasher));
+ alternatives.push(hash_with(&input, hasher));
  }
- assert_each_byte_differs(shift, base, alternitives);
+ assert_each_byte_differs(shift, base, alternatives);
  }
 }
 
 ///Ensures that for every bit in the output there is some value for each byte in the key that flips it.
 fn test_keys_affect_every_byte<H: Hash, T: Hasher>(item: H, constructor: impl Fn(u128, u128) -> T) {
  let base = hash_with(&item, constructor(0, 0));
  for shift in 0..16 {
- let mut alternitives1 = vec![];
- let mut alternitives2 = vec![];
+ let mut alternatives1 = vec![];
+ let mut alternatives2 = vec![];
  for v in 0..256 {
  let input = (v as u128) << (shift * 8);
  let hasher1 = constructor(input, 0);
  let hasher2 = constructor(0, input);
  let h1 = hash_with(&item, hasher1);
  let h2 = hash_with(&item, hasher2);
- alternitives1.push(h1);
- alternitives2.push(h2);
+ alternatives1.push(h1);
+ alternatives2.push(h2);
  }
- assert_each_byte_differs(shift, base, alternitives1);
- assert_each_byte_differs(shift, base, alternitives2);
+ assert_each_byte_differs(shift, base, alternatives1);
+ assert_each_byte_differs(shift, base, alternatives2);
  }
 }
 
-fn assert_each_byte_differs(num: u64, base: u64, alternitives: Vec<u64>) {
+fn assert_each_byte_differs(num: u64, base: u64, alternatives: Vec<u64>) {
  let mut changed_bits = 0_u64;
- for alternitive in alternitives {
- changed_bits |= base ^ alternitive
+ for alternative in alternatives {
+ changed_bits |= base ^ alternative
  }
  assert_eq!(
  core::u64::MAX,

src/lib.rs

@@ -77,7 +77,7 @@ use ahash::AHashMap;
 let mut map: AHashMap<i32, i32> = AHashMap::new();
 map.insert(12, 34);
 ```
-This avoids the need to type "RandomState". (For convience `From`, `Into`, and `Deref` are provided).
+This avoids the need to type "RandomState". (For convenience `From`, `Into`, and `Deref` are provided).
 
 # Aliases