indent

README.org

@@ -86,7 +86,7 @@
     #+BEGIN_SRC c
       char* buffer = alloca(length+1);
       assert(khash_do(&ctx, input_data, strlen(input_data), buffer, length) == KHASH_SUCCESS, "khash_do() failed.");
-      buffer[length] = 0; // Ensure we have a NUL terminator.
+      buffer[length+1] = 0; // Ensure we have a NUL terminator.
 
       setlocale(LC_ALL, ""); //Ensure we can print UTF-8.
       printf("Kana hash: %s\n", buffer);
@@ -239,9 +239,9 @@
       3. The first index is calculated as the unsigned first byte modulo the size (exclusive) of /range/. Store this as /index/.
       4. Compute the value of the first byte bitwise ~XOR~ the second byte, store this as /index1/.
       5. The swap table is checked to see if /index/ + start of /range/ has an entry. Then each following step is checked in order:
-	 + If the swap entry exists and /index1/ bitwise ~AND~ =0x2= is =0=, set the first character of the output to the value found in the swap table.
- + If the swap entry exists and /index1/ bitwise ~AND~ =0x8= is =0= and /index/ + start of /range/ has an entry in the 2nd swap table, set the first character of the output to the value found in the 2nd swap table.
-	 + In any other case, set the first character of the output to the value found in the /kana/ slice at /index/.
+         + If the swap entry exists and /index1/ bitwise ~AND~ =0x2= is =0=, set the first character of the output to the value found in the swap table.
+         + If the swap entry exists and /index1/ bitwise ~AND~ =0x8= is =0= and /index/ + start of /range/ has an entry in the 2nd swap table, set the first character of the output to the value found in the 2nd swap table.
+         + In any other case, set the first character of the output to the value found in the /kana/ slice at /index/.
     - Stage 1:
       1. Compute a sub table for /index/ plus the start of /range/ using the ranges defined in ~KANA_SUB_VALID_FOR~ and store it in /sub/. If there is no sub table possible, skip to step 3.
       2. If there is an entry in /sub/ for the index of the 2nd byte modulo the size of ~KANA_SUB~, set the second output character to be that character.

src/mnemonic.rs

@@ -42,8 +42,7 @@ impl Digest {
 		    return d;
 		}
 	    }
-	    let from = [from[1]];
-	    d.1 = Self::new(&from[..]).0;
+	    d.1 = Self::new(&from[1..]).0;
 	}
 	d
     }