novel.txt

NARCISSYSTEM
Nick Montfort
November 1, 2023 -- for NaNoGenMo

I've opened myself up and am ready to examine and describe myself.

Next up:

Describe what we have line by line.
And within each line, proceed token by token,
describing whatever sequences of non-whitespace characters
are found there, separated, of course, by whitespace.
And within each token, describe each ASCII character.
ASCII characters are represented by bytes: eight bits.
Describe what eight bits are each character's one-byte representation.

Here we go...

The shebang "#!/usr/bin/python3" ... consisting of the ASCII character '#' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally one, followed by the ASCII character '!' which is represented as a byte with the eight bits zero zero one zero zero zero zero and finally one, followed by the ASCII character '/' which is represented as a byte with the eight bits zero zero one zero one one one and finally one, followed by the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character '/' which is represented as a byte with the eight bits zero zero one zero one one one and finally one, followed by the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character '/' which is represented as a byte with the eight bits zero zero one zero one one one and finally one, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character '3' which is represented as a byte with the eight bits zero zero one one zero zero one and finally one. A linebreak.

A linebreak.

The word "import" ... consisting of the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'm' which is represented as a byte with the eight bits zero one one zero one one zero and finally one, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero. Some amount of whitespace. The punctuated word "string," ... consisting of the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'g' which is represented as a byte with the eight bits zero one one zero zero one one and finally one, followed by the ASCII character ',' which is represented as a byte with the eight bits zero zero one zero one one zero and finally zero. Some amount of whitespace. The word "re" ... consisting of the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. A linebreak.

A linebreak.

The word "def" ... consisting of the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero. Some amount of whitespace. The character sequence "each_bit(document):" ... consisting of the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character '_' which is represented as a byte with the eight bits zero one zero one one one one and finally one, followed by the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'm' which is represented as a byte with the eight bits zero one one zero one one zero and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero. A linebreak.

The entirely non-alphanumeric sequence """"" ... consisting of the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero, followed by the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero, followed by the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero. A linebreak.

The word "Describe" ... consisting of the ASCII character 'D' which is represented as a byte with the eight bits zero one zero zero zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The word "what" ... consisting of the ASCII character 'w' which is represented as a byte with the eight bits zero one one one zero one one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero. Some amount of whitespace. The word "we" ... consisting of the ASCII character 'w' which is represented as a byte with the eight bits zero one one one zero one one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The word "have" ... consisting of the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'v' which is represented as a byte with the eight bits zero one one one zero one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The word "line" ... consisting of the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The word "by" ... consisting of the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one. Some amount of whitespace. The punctuated word "line." ... consisting of the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero. A linebreak.

The word "And" ... consisting of the ASCII character 'A' which is represented as a byte with the eight bits zero one zero zero zero zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero. Some amount of whitespace. The word "within" ... consisting of the ASCII character 'w' which is represented as a byte with the eight bits zero one one one zero one one and finally one, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero. Some amount of whitespace. The word "each" ... consisting of the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero. Some amount of whitespace. The punctuated word "line," ... consisting of the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character ',' which is represented as a byte with the eight bits zero zero one zero one one zero and finally zero. Some amount of whitespace. The word "proceed" ... consisting of the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero. Some amount of whitespace. The word "token" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'k' which is represented as a byte with the eight bits zero one one zero one zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero. Some amount of whitespace. The word "by" ... consisting of the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one. Some amount of whitespace. The punctuated word "token," ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'k' which is represented as a byte with the eight bits zero one one zero one zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character ',' which is represented as a byte with the eight bits zero zero one zero one one zero and finally zero. A linebreak.

The word "describing" ... consisting of the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'g' which is represented as a byte with the eight bits zero one one zero zero one one and finally one. Some amount of whitespace. The word "whatever" ... consisting of the ASCII character 'w' which is represented as a byte with the eight bits zero one one one zero one one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'v' which is represented as a byte with the eight bits zero one one one zero one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero. Some amount of whitespace. The word "sequences" ... consisting of the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'q' which is represented as a byte with the eight bits zero one one one zero zero zero and finally one, followed by the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one. Some amount of whitespace. The word "of" ... consisting of the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero. Some amount of whitespace. The character sequence "non-whitespace" ... consisting of the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character '-' which is represented as a byte with the eight bits zero zero one zero one one zero and finally one, followed by the ASCII character 'w' which is represented as a byte with the eight bits zero one one one zero one one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The word "characters" ... consisting of the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one. A linebreak.

The word "are" ... consisting of the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The word "found" ... consisting of the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero. Some amount of whitespace. The punctuated word "there," ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character ',' which is represented as a byte with the eight bits zero zero one zero one one zero and finally zero. Some amount of whitespace. The punctuated word "separated," ... consisting of the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero, followed by the ASCII character ',' which is represented as a byte with the eight bits zero zero one zero one one zero and finally zero. Some amount of whitespace. The word "of" ... consisting of the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero. Some amount of whitespace. The punctuated word "course," ... consisting of the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character ',' which is represented as a byte with the eight bits zero zero one zero one one zero and finally zero. Some amount of whitespace. The word "by" ... consisting of the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one. Some amount of whitespace. The punctuated word "whitespace." ... consisting of the ASCII character 'w' which is represented as a byte with the eight bits zero one one one zero one one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero. A linebreak.

The word "And" ... consisting of the ASCII character 'A' which is represented as a byte with the eight bits zero one zero zero zero zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero. Some amount of whitespace. The word "within" ... consisting of the ASCII character 'w' which is represented as a byte with the eight bits zero one one one zero one one and finally one, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero. Some amount of whitespace. The word "each" ... consisting of the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero. Some amount of whitespace. The punctuated word "token," ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'k' which is represented as a byte with the eight bits zero one one zero one zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character ',' which is represented as a byte with the eight bits zero zero one zero one one zero and finally zero. Some amount of whitespace. The word "describe" ... consisting of the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The word "each" ... consisting of the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero. Some amount of whitespace. The word "ASCII" ... consisting of the ASCII character 'A' which is represented as a byte with the eight bits zero one zero zero zero zero zero and finally one, followed by the ASCII character 'S' which is represented as a byte with the eight bits zero one zero one zero zero one and finally one, followed by the ASCII character 'C' which is represented as a byte with the eight bits zero one zero zero zero zero one and finally one, followed by the ASCII character 'I' which is represented as a byte with the eight bits zero one zero zero one zero zero and finally one, followed by the ASCII character 'I' which is represented as a byte with the eight bits zero one zero zero one zero zero and finally one. Some amount of whitespace. The punctuated word "character." ... consisting of the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero. A linebreak.

The word "ASCII" ... consisting of the ASCII character 'A' which is represented as a byte with the eight bits zero one zero zero zero zero zero and finally one, followed by the ASCII character 'S' which is represented as a byte with the eight bits zero one zero one zero zero one and finally one, followed by the ASCII character 'C' which is represented as a byte with the eight bits zero one zero zero zero zero one and finally one, followed by the ASCII character 'I' which is represented as a byte with the eight bits zero one zero zero one zero zero and finally one, followed by the ASCII character 'I' which is represented as a byte with the eight bits zero one zero zero one zero zero and finally one. Some amount of whitespace. The word "characters" ... consisting of the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one. Some amount of whitespace. The word "are" ... consisting of the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The word "represented" ... consisting of the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero. Some amount of whitespace. The word "by" ... consisting of the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one. Some amount of whitespace. The punctuated word "bytes:" ... consisting of the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero. Some amount of whitespace. The word "eight" ... consisting of the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'g' which is represented as a byte with the eight bits zero one one zero zero one one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero. Some amount of whitespace. The punctuated word "bits." ... consisting of the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero. A linebreak.

The word "Describe" ... consisting of the ASCII character 'D' which is represented as a byte with the eight bits zero one zero zero zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The word "what" ... consisting of the ASCII character 'w' which is represented as a byte with the eight bits zero one one one zero one one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero. Some amount of whitespace. The word "eight" ... consisting of the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'g' which is represented as a byte with the eight bits zero one one zero zero one one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero. Some amount of whitespace. The word "bits" ... consisting of the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one. Some amount of whitespace. The word "are" ... consisting of the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The word "each" ... consisting of the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero. Some amount of whitespace. The character sequence "character's" ... consisting of the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one. Some amount of whitespace. The character sequence "one-byte" ... consisting of the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character '-' which is represented as a byte with the eight bits zero zero one zero one one zero and finally one, followed by the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The punctuated word "representation." ... consisting of the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero. A linebreak.

The entirely non-alphanumeric sequence """"" ... consisting of the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero, followed by the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero, followed by the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero. A linebreak.

The word "text" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'x' which is represented as a byte with the eight bits zero one one one one zero zero and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero. Some amount of whitespace. The single punctuation mark that is the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one. Some amount of whitespace. The entirely non-alphanumeric sequence "''" ... consisting of the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one. A linebreak.

The word "initial" ... consisting of the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero. Some amount of whitespace. The single punctuation mark that is the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one. Some amount of whitespace. The word "True" ... consisting of the ASCII character 'T' which is represented as a byte with the eight bits zero one zero one zero one zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. A linebreak.

The word "for" ... consisting of the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero. Some amount of whitespace. The word "line" ... consisting of the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The word "in" ... consisting of the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero. Some amount of whitespace. The punctuated word "document:" ... consisting of the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'm' which is represented as a byte with the eight bits zero one one zero one one zero and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero. A linebreak.

The word "for" ... consisting of the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero. Some amount of whitespace. The word "token" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'k' which is represented as a byte with the eight bits zero one one zero one zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero. Some amount of whitespace. The word "in" ... consisting of the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero. Some amount of whitespace. The character sequence "line.split(None):" ... consisting of the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character 'N' which is represented as a byte with the eight bits zero one zero zero one one one and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero. A linebreak.

The word "category" ... consisting of the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'g' which is represented as a byte with the eight bits zero one one zero zero one one and finally one, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one. Some amount of whitespace. The single punctuation mark that is the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one. Some amount of whitespace. The character sequence "'character" ... consisting of the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero. Some amount of whitespace. The punctuated word "sequence'" ... consisting of the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'q' which is represented as a byte with the eight bits zero one one one zero zero zero and finally one, followed by the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one. A linebreak.

The word "if" ... consisting of the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero. Some amount of whitespace. The word "initial" ... consisting of the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero. Some amount of whitespace. The word "and" ... consisting of the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero. Some amount of whitespace. The character sequence "token[:3]" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'k' which is represented as a byte with the eight bits zero one one zero one zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character '[' which is represented as a byte with the eight bits zero one zero one one zero one and finally one, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero, followed by the ASCII character '3' which is represented as a byte with the eight bits zero zero one one zero zero one and finally one, followed by the ASCII character ']' which is represented as a byte with the eight bits zero one zero one one one zero and finally one. Some amount of whitespace. The entirely non-alphanumeric sequence "==" ... consisting of the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one, followed by the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one. Some amount of whitespace. The entirely non-alphanumeric sequence "'#!/':" ... consisting of the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character '#' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally one, followed by the ASCII character '!' which is represented as a byte with the eight bits zero zero one zero zero zero zero and finally one, followed by the ASCII character '/' which is represented as a byte with the eight bits zero zero one zero one one one and finally one, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero. A linebreak.

The word "category" ... consisting of the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'g' which is represented as a byte with the eight bits zero one one zero zero one one and finally one, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one. Some amount of whitespace. The single punctuation mark that is the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one. Some amount of whitespace. The character sequence "'shebang'" ... consisting of the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'g' which is represented as a byte with the eight bits zero one one zero zero one one and finally one, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one. A linebreak.

The word "if" ... consisting of the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero. Some amount of whitespace. The character sequence "token[:-1].isalpha()" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'k' which is represented as a byte with the eight bits zero one one zero one zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character '[' which is represented as a byte with the eight bits zero one zero one one zero one and finally one, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero, followed by the ASCII character '-' which is represented as a byte with the eight bits zero zero one zero one one zero and finally one, followed by the ASCII character '1' which is represented as a byte with the eight bits zero zero one one zero zero zero and finally one, followed by the ASCII character ']' which is represented as a byte with the eight bits zero one zero one one one zero and finally one, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one. Some amount of whitespace. The word "and" ... consisting of the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero. Some amount of whitespace. The character sequence "token[-1]" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'k' which is represented as a byte with the eight bits zero one one zero one zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character '[' which is represented as a byte with the eight bits zero one zero one one zero one and finally one, followed by the ASCII character '-' which is represented as a byte with the eight bits zero zero one zero one one zero and finally one, followed by the ASCII character '1' which is represented as a byte with the eight bits zero zero one one zero zero zero and finally one, followed by the ASCII character ']' which is represented as a byte with the eight bits zero one zero one one one zero and finally one. Some amount of whitespace. The word "in" ... consisting of the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero. Some amount of whitespace. The character sequence "string.punctuation:" ... consisting of the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'g' which is represented as a byte with the eight bits zero one one zero zero one one and finally one, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero. A linebreak.

The word "category" ... consisting of the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'g' which is represented as a byte with the eight bits zero one one zero zero one one and finally one, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one. Some amount of whitespace. The single punctuation mark that is the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one. Some amount of whitespace. The character sequence "'punctuated" ... consisting of the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero. Some amount of whitespace. The punctuated word "word'" ... consisting of the ASCII character 'w' which is represented as a byte with the eight bits zero one one one zero one one and finally one, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one. A linebreak.

The punctuated word "else:" ... consisting of the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero. A linebreak.

The word "if" ... consisting of the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero. Some amount of whitespace. The character sequence "token.isalnum():" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'k' which is represented as a byte with the eight bits zero one one zero one zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'm' which is represented as a byte with the eight bits zero one one zero one one zero and finally one, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero. A linebreak.

The word "category" ... consisting of the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'g' which is represented as a byte with the eight bits zero one one zero zero one one and finally one, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one. Some amount of whitespace. The single punctuation mark that is the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one. Some amount of whitespace. The character sequence "'alphanumeric" ... consisting of the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'm' which is represented as a byte with the eight bits zero one one zero one one zero and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one. Some amount of whitespace. The punctuated word "sequence'" ... consisting of the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'q' which is represented as a byte with the eight bits zero one one one zero zero zero and finally one, followed by the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one. A linebreak.

The punctuated word "else:" ... consisting of the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero. A linebreak.

The word "check" ... consisting of the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'k' which is represented as a byte with the eight bits zero one one zero one zero one and finally one. Some amount of whitespace. The single punctuation mark that is the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one. Some amount of whitespace. The word "token" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'k' which is represented as a byte with the eight bits zero one one zero one zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero. A linebreak.

The word "if" ... consisting of the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero. Some amount of whitespace. The character sequence "len(re.sub(r'\W+'," ... consisting of the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character '\' which is represented as a byte with the eight bits zero one zero one one one zero and finally zero, followed by the ASCII character 'W' which is represented as a byte with the eight bits zero one zero one zero one one and finally one, followed by the ASCII character '+' which is represented as a byte with the eight bits zero zero one zero one zero one and finally one, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character ',' which is represented as a byte with the eight bits zero zero one zero one one zero and finally zero. Some amount of whitespace. The entirely non-alphanumeric sequence "''," ... consisting of the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character ',' which is represented as a byte with the eight bits zero zero one zero one one zero and finally zero. Some amount of whitespace. The character sequence "check))" ... consisting of the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'k' which is represented as a byte with the eight bits zero one one zero one zero one and finally one, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one. Some amount of whitespace. The entirely non-alphanumeric sequence "==" ... consisting of the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one, followed by the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one. Some amount of whitespace. The character sequence "0:" ... consisting of the ASCII character '0' which is represented as a byte with the eight bits zero zero one one zero zero zero and finally zero, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero. A linebreak.

The word "category" ... consisting of the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'g' which is represented as a byte with the eight bits zero one one zero zero one one and finally one, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one. Some amount of whitespace. The single punctuation mark that is the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one. Some amount of whitespace. The character sequence "'entirely" ... consisting of the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one. Some amount of whitespace. The character sequence "non-alphanumeric" ... consisting of the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character '-' which is represented as a byte with the eight bits zero zero one zero one one zero and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'm' which is represented as a byte with the eight bits zero one one zero one one zero and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one. Some amount of whitespace. The punctuated word "sequence'" ... consisting of the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'q' which is represented as a byte with the eight bits zero one one one zero zero zero and finally one, followed by the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one. A linebreak.

The word "if" ... consisting of the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero. Some amount of whitespace. The character sequence "token.isalpha():" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'k' which is represented as a byte with the eight bits zero one one zero one zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero. A linebreak.

The word "category" ... consisting of the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'g' which is represented as a byte with the eight bits zero one one zero zero one one and finally one, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one. Some amount of whitespace. The single punctuation mark that is the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one. Some amount of whitespace. The character sequence "'word'" ... consisting of the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character 'w' which is represented as a byte with the eight bits zero one one one zero one one and finally one, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one. A linebreak.

The word "if" ... consisting of the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero. Some amount of whitespace. The character sequence "token.isdigit():" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'k' which is represented as a byte with the eight bits zero one one zero one zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'g' which is represented as a byte with the eight bits zero one one zero zero one one and finally one, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero. A linebreak.

The word "category" ... consisting of the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'g' which is represented as a byte with the eight bits zero one one zero zero one one and finally one, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one. Some amount of whitespace. The single punctuation mark that is the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one. Some amount of whitespace. The character sequence "'number'" ... consisting of the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'm' which is represented as a byte with the eight bits zero one one zero one one zero and finally one, followed by the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one. A linebreak.

The word "if" ... consisting of the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero. Some amount of whitespace. The character sequence "len(token)" ... consisting of the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'k' which is represented as a byte with the eight bits zero one one zero one zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one. Some amount of whitespace. The entirely non-alphanumeric sequence "==" ... consisting of the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one, followed by the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one. Some amount of whitespace. The number "1" ... consisting of the ASCII character '1' which is represented as a byte with the eight bits zero zero one one zero zero zero and finally one. Some amount of whitespace. The word "and" ... consisting of the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero. Some amount of whitespace. The word "token" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'k' which is represented as a byte with the eight bits zero one one zero one zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero. Some amount of whitespace. The word "in" ... consisting of the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero. Some amount of whitespace. The character sequence "string.punctuation:" ... consisting of the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'g' which is represented as a byte with the eight bits zero one one zero zero one one and finally one, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero. A linebreak.

The word "text" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'x' which is represented as a byte with the eight bits zero one one one one zero zero and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero. Some amount of whitespace. The entirely non-alphanumeric sequence "+=" ... consisting of the ASCII character '+' which is represented as a byte with the eight bits zero zero one zero one zero one and finally one, followed by the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one. Some amount of whitespace. The character sequence "'The" ... consisting of the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character 'T' which is represented as a byte with the eight bits zero one zero one zero one zero and finally zero, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The word "single" ... consisting of the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'g' which is represented as a byte with the eight bits zero one one zero zero one one and finally one, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The word "punctuation" ... consisting of the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero. Some amount of whitespace. The word "mark" ... consisting of the ASCII character 'm' which is represented as a byte with the eight bits zero one one zero one one zero and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'k' which is represented as a byte with the eight bits zero one one zero one zero one and finally one. Some amount of whitespace. The word "that" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero. Some amount of whitespace. The word "is" ... consisting of the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one. Some amount of whitespace. The single punctuation mark that is the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one. A linebreak.

The punctuated word "else:" ... consisting of the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero. A linebreak.

The word "text" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'x' which is represented as a byte with the eight bits zero one one one one zero zero and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero. Some amount of whitespace. The entirely non-alphanumeric sequence "+=" ... consisting of the ASCII character '+' which is represented as a byte with the eight bits zero zero one zero one zero one and finally one, followed by the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one. Some amount of whitespace. The character sequence "'The" ... consisting of the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character 'T' which is represented as a byte with the eight bits zero one zero one zero one zero and finally zero, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The single punctuation mark that is the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one. Some amount of whitespace. The single punctuation mark that is the ASCII character '+' which is represented as a byte with the eight bits zero zero one zero one zero one and finally one. Some amount of whitespace. The word "category" ... consisting of the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'g' which is represented as a byte with the eight bits zero one one zero zero one one and finally one, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one. Some amount of whitespace. The single punctuation mark that is the ASCII character '+' which is represented as a byte with the eight bits zero zero one zero one zero one and finally one. Some amount of whitespace. The single punctuation mark that is the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one. Some amount of whitespace. The entirely non-alphanumeric sequence ""'" ... consisting of the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one. Some amount of whitespace. The single punctuation mark that is the ASCII character '+' which is represented as a byte with the eight bits zero zero one zero one zero one and finally one. Some amount of whitespace. The word "token" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'k' which is represented as a byte with the eight bits zero one one zero one zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero. Some amount of whitespace. The single punctuation mark that is the ASCII character '+' which is represented as a byte with the eight bits zero zero one zero one zero one and finally one. Some amount of whitespace. The entirely non-alphanumeric sequence "'"" ... consisting of the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero. Some amount of whitespace. The entirely non-alphanumeric sequence "..." ... consisting of the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero. Some amount of whitespace. The word "consisting" ... consisting of the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'g' which is represented as a byte with the eight bits zero one one zero zero one one and finally one. Some amount of whitespace. The word "of" ... consisting of the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero. Some amount of whitespace. The single punctuation mark that is the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one. A linebreak.

The word "for" ... consisting of the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero. Some amount of whitespace. The word "character" ... consisting of the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero. Some amount of whitespace. The word "in" ... consisting of the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero. Some amount of whitespace. The punctuated word "token:" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'k' which is represented as a byte with the eight bits zero one one zero one zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero. A linebreak.

The word "text" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'x' which is represented as a byte with the eight bits zero one one one one zero zero and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero. Some amount of whitespace. The entirely non-alphanumeric sequence "+=" ... consisting of the ASCII character '+' which is represented as a byte with the eight bits zero zero one zero one zero one and finally one, followed by the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one. Some amount of whitespace. The character sequence ""the" ... consisting of the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The word "ASCII" ... consisting of the ASCII character 'A' which is represented as a byte with the eight bits zero one zero zero zero zero zero and finally one, followed by the ASCII character 'S' which is represented as a byte with the eight bits zero one zero one zero zero one and finally one, followed by the ASCII character 'C' which is represented as a byte with the eight bits zero one zero zero zero zero one and finally one, followed by the ASCII character 'I' which is represented as a byte with the eight bits zero one zero zero one zero zero and finally one, followed by the ASCII character 'I' which is represented as a byte with the eight bits zero one zero zero one zero zero and finally one. Some amount of whitespace. The word "character" ... consisting of the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero. Some amount of whitespace. The entirely non-alphanumeric sequence "'"" ... consisting of the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero. Some amount of whitespace. The single punctuation mark that is the ASCII character '+' which is represented as a byte with the eight bits zero zero one zero one zero one and finally one. Some amount of whitespace. The word "character" ... consisting of the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero. Some amount of whitespace. The single punctuation mark that is the ASCII character '+' which is represented as a byte with the eight bits zero zero one zero one zero one and finally one. Some amount of whitespace. The entirely non-alphanumeric sequence ""'" ... consisting of the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one. Some amount of whitespace. The word "which" ... consisting of the ASCII character 'w' which is represented as a byte with the eight bits zero one one one zero one one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero. Some amount of whitespace. The word "is" ... consisting of the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one. Some amount of whitespace. The word "represented" ... consisting of the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero. Some amount of whitespace. The word "as" ... consisting of the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one. Some amount of whitespace. The word "a" ... consisting of the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one. Some amount of whitespace. The word "byte" ... consisting of the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The word "with" ... consisting of the ASCII character 'w' which is represented as a byte with the eight bits zero one one one zero one one and finally one, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero. Some amount of whitespace. The word "the" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The word "eight" ... consisting of the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'g' which is represented as a byte with the eight bits zero one one zero zero one one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero. Some amount of whitespace. The punctuated word "bits"" ... consisting of the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero. A linebreak.

The word "for" ... consisting of the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero. Some amount of whitespace. The word "bit" ... consisting of the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero. Some amount of whitespace. The word "in" ... consisting of the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero. Some amount of whitespace. The character sequence "format(ord(character)," ... consisting of the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'm' which is represented as a byte with the eight bits zero one one zero one one zero and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one, followed by the ASCII character ',' which is represented as a byte with the eight bits zero zero one zero one one zero and finally zero. Some amount of whitespace. The character sequence "'008b'):" ... consisting of the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character '0' which is represented as a byte with the eight bits zero zero one one zero zero zero and finally zero, followed by the ASCII character '0' which is represented as a byte with the eight bits zero zero one one zero zero zero and finally zero, followed by the ASCII character '8' which is represented as a byte with the eight bits zero zero one one one zero zero and finally zero, followed by the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero. A linebreak.

The word "text" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'x' which is represented as a byte with the eight bits zero one one one one zero zero and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero. Some amount of whitespace. The entirely non-alphanumeric sequence "+=" ... consisting of the ASCII character '+' which is represented as a byte with the eight bits zero zero one zero one zero one and finally one, followed by the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one. Some amount of whitespace. The single punctuation mark that is the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one. Some amount of whitespace. The punctuated word "zero'" ... consisting of the ASCII character 'z' which is represented as a byte with the eight bits zero one one one one zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one. Some amount of whitespace. The word "if" ... consisting of the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero. Some amount of whitespace. The word "bit" ... consisting of the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero. Some amount of whitespace. The entirely non-alphanumeric sequence "==" ... consisting of the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one, followed by the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one. Some amount of whitespace. The character sequence "'0'" ... consisting of the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character '0' which is represented as a byte with the eight bits zero zero one one zero zero zero and finally zero, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one. Some amount of whitespace. The word "else" ... consisting of the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The single punctuation mark that is the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one. Some amount of whitespace. The punctuated word "one'" ... consisting of the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one. A linebreak.

The word "text" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'x' which is represented as a byte with the eight bits zero one one one one zero zero and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero. Some amount of whitespace. The single punctuation mark that is the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one. Some amount of whitespace. The character sequence "text[:-4].rstrip()" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'x' which is represented as a byte with the eight bits zero one one one one zero zero and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character '[' which is represented as a byte with the eight bits zero one zero one one zero one and finally one, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero, followed by the ASCII character '-' which is represented as a byte with the eight bits zero zero one zero one one zero and finally one, followed by the ASCII character '4' which is represented as a byte with the eight bits zero zero one one zero one zero and finally zero, followed by the ASCII character ']' which is represented as a byte with the eight bits zero one zero one one one zero and finally one, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one. Some amount of whitespace. The single punctuation mark that is the ASCII character '+' which is represented as a byte with the eight bits zero zero one zero one zero one and finally one. Some amount of whitespace. The single punctuation mark that is the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one. Some amount of whitespace. The word "and" ... consisting of the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero. Some amount of whitespace. The word "finally" ... consisting of the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one. Some amount of whitespace. The single punctuation mark that is the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one. Some amount of whitespace. The single punctuation mark that is the ASCII character '+' which is represented as a byte with the eight bits zero zero one zero one zero one and finally one. Some amount of whitespace. The character sequence "text[-4:].lstrip()" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'x' which is represented as a byte with the eight bits zero one one one one zero zero and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character '[' which is represented as a byte with the eight bits zero one zero one one zero one and finally one, followed by the ASCII character '-' which is represented as a byte with the eight bits zero zero one zero one one zero and finally one, followed by the ASCII character '4' which is represented as a byte with the eight bits zero zero one one zero one zero and finally zero, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero, followed by the ASCII character ']' which is represented as a byte with the eight bits zero one zero one one one zero and finally one, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one. Some amount of whitespace. The single punctuation mark that is the ASCII character '+' which is represented as a byte with the eight bits zero zero one zero one zero one and finally one. Some amount of whitespace. The entirely non-alphanumeric sequence ""," ... consisting of the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero, followed by the ASCII character ',' which is represented as a byte with the eight bits zero zero one zero one one zero and finally zero. Some amount of whitespace. The word "followed" ... consisting of the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'w' which is represented as a byte with the eight bits zero one one one zero one one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero. Some amount of whitespace. The word "by" ... consisting of the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one. Some amount of whitespace. The single punctuation mark that is the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero. A linebreak.

The word "text" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'x' which is represented as a byte with the eight bits zero one one one one zero zero and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero. Some amount of whitespace. The single punctuation mark that is the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one. Some amount of whitespace. The character sequence "text[:-14]" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'x' which is represented as a byte with the eight bits zero one one one one zero zero and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character '[' which is represented as a byte with the eight bits zero one zero one one zero one and finally one, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero, followed by the ASCII character '-' which is represented as a byte with the eight bits zero zero one zero one one zero and finally one, followed by the ASCII character '1' which is represented as a byte with the eight bits zero zero one one zero zero zero and finally one, followed by the ASCII character '4' which is represented as a byte with the eight bits zero zero one one zero one zero and finally zero, followed by the ASCII character ']' which is represented as a byte with the eight bits zero one zero one one one zero and finally one. Some amount of whitespace. The single punctuation mark that is the ASCII character '+' which is represented as a byte with the eight bits zero zero one zero one zero one and finally one. Some amount of whitespace. The entirely non-alphanumeric sequence "'." ... consisting of the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero. Some amount of whitespace. The word "Some" ... consisting of the ASCII character 'S' which is represented as a byte with the eight bits zero one zero one zero zero one and finally one, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'm' which is represented as a byte with the eight bits zero one one zero one one zero and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The word "amount" ... consisting of the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'm' which is represented as a byte with the eight bits zero one one zero one one zero and finally one, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero. Some amount of whitespace. The word "of" ... consisting of the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero. Some amount of whitespace. The punctuated word "whitespace." ... consisting of the ASCII character 'w' which is represented as a byte with the eight bits zero one one one zero one one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero. Some amount of whitespace. The single punctuation mark that is the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one. A linebreak.

The word "initial" ... consisting of the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero. Some amount of whitespace. The single punctuation mark that is the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one. Some amount of whitespace. The word "False" ... consisting of the ASCII character 'F' which is represented as a byte with the eight bits zero one zero zero zero one one and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. A linebreak.

The word "if" ... consisting of the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero. Some amount of whitespace. The character sequence "len(line.split(None))" ... consisting of the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character 'N' which is represented as a byte with the eight bits zero one zero zero one one one and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one. Some amount of whitespace. The single punctuation mark that is the ASCII character '>' which is represented as a byte with the eight bits zero zero one one one one one and finally zero. Some amount of whitespace. The character sequence "0:" ... consisting of the ASCII character '0' which is represented as a byte with the eight bits zero zero one one zero zero zero and finally zero, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero. A linebreak.

The word "text" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'x' which is represented as a byte with the eight bits zero one one one one zero zero and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero. Some amount of whitespace. The single punctuation mark that is the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one. Some amount of whitespace. The character sequence "text[:-27]" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'x' which is represented as a byte with the eight bits zero one one one one zero zero and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character '[' which is represented as a byte with the eight bits zero one zero one one zero one and finally one, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero, followed by the ASCII character '-' which is represented as a byte with the eight bits zero zero one zero one one zero and finally one, followed by the ASCII character '2' which is represented as a byte with the eight bits zero zero one one zero zero one and finally zero, followed by the ASCII character '7' which is represented as a byte with the eight bits zero zero one one zero one one and finally one, followed by the ASCII character ']' which is represented as a byte with the eight bits zero one zero one one one zero and finally one. A linebreak.

The word "text" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'x' which is represented as a byte with the eight bits zero one one one one zero zero and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero. Some amount of whitespace. The entirely non-alphanumeric sequence "+=" ... consisting of the ASCII character '+' which is represented as a byte with the eight bits zero zero one zero one zero one and finally one, followed by the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one. Some amount of whitespace. The character sequence "'A" ... consisting of the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character 'A' which is represented as a byte with the eight bits zero one zero zero zero zero zero and finally one. Some amount of whitespace. The character sequence "linebreak.\n\n'" ... consisting of the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'k' which is represented as a byte with the eight bits zero one one zero one zero one and finally one, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero, followed by the ASCII character '\' which is represented as a byte with the eight bits zero one zero one one one zero and finally zero, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character '\' which is represented as a byte with the eight bits zero one zero one one one zero and finally zero, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one. A linebreak.

The word "return" ... consisting of the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero. Some amount of whitespace. The character sequence "text[:-2]" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'x' which is represented as a byte with the eight bits zero one one one one zero zero and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character '[' which is represented as a byte with the eight bits zero one zero one one zero one and finally one, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero, followed by the ASCII character '-' which is represented as a byte with the eight bits zero zero one zero one one zero and finally one, followed by the ASCII character '2' which is represented as a byte with the eight bits zero zero one one zero zero one and finally zero, followed by the ASCII character ']' which is represented as a byte with the eight bits zero one zero one one one zero and finally one. A linebreak.

A linebreak.

The character sequence "print()" ... consisting of the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one. A linebreak.

The character sequence "print('NARCISSYSTEM')" ... consisting of the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character 'N' which is represented as a byte with the eight bits zero one zero zero one one one and finally zero, followed by the ASCII character 'A' which is represented as a byte with the eight bits zero one zero zero zero zero zero and finally one, followed by the ASCII character 'R' which is represented as a byte with the eight bits zero one zero one zero zero one and finally zero, followed by the ASCII character 'C' which is represented as a byte with the eight bits zero one zero zero zero zero one and finally one, followed by the ASCII character 'I' which is represented as a byte with the eight bits zero one zero zero one zero zero and finally one, followed by the ASCII character 'S' which is represented as a byte with the eight bits zero one zero one zero zero one and finally one, followed by the ASCII character 'S' which is represented as a byte with the eight bits zero one zero one zero zero one and finally one, followed by the ASCII character 'Y' which is represented as a byte with the eight bits zero one zero one one zero zero and finally one, followed by the ASCII character 'S' which is represented as a byte with the eight bits zero one zero one zero zero one and finally one, followed by the ASCII character 'T' which is represented as a byte with the eight bits zero one zero one zero one zero and finally zero, followed by the ASCII character 'E' which is represented as a byte with the eight bits zero one zero zero zero one zero and finally one, followed by the ASCII character 'M' which is represented as a byte with the eight bits zero one zero zero one one zero and finally one, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one. A linebreak.

The character sequence "print('Nick" ... consisting of the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character 'N' which is represented as a byte with the eight bits zero one zero zero one one one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'k' which is represented as a byte with the eight bits zero one one zero one zero one and finally one. Some amount of whitespace. The character sequence "Montfort')" ... consisting of the ASCII character 'M' which is represented as a byte with the eight bits zero one zero zero one one zero and finally one, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one. A linebreak.

The character sequence "print('November" ... consisting of the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character 'N' which is represented as a byte with the eight bits zero one zero zero one one one and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'v' which is represented as a byte with the eight bits zero one one one zero one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'm' which is represented as a byte with the eight bits zero one one zero one one zero and finally one, followed by the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero. Some amount of whitespace. The character sequence "1," ... consisting of the ASCII character '1' which is represented as a byte with the eight bits zero zero one one zero zero zero and finally one, followed by the ASCII character ',' which is represented as a byte with the eight bits zero zero one zero one one zero and finally zero. Some amount of whitespace. The number "2023" ... consisting of the ASCII character '2' which is represented as a byte with the eight bits zero zero one one zero zero one and finally zero, followed by the ASCII character '0' which is represented as a byte with the eight bits zero zero one one zero zero zero and finally zero, followed by the ASCII character '2' which is represented as a byte with the eight bits zero zero one one zero zero one and finally zero, followed by the ASCII character '3' which is represented as a byte with the eight bits zero zero one one zero zero one and finally one. Some amount of whitespace. The entirely non-alphanumeric sequence "--" ... consisting of the ASCII character '-' which is represented as a byte with the eight bits zero zero one zero one one zero and finally one, followed by the ASCII character '-' which is represented as a byte with the eight bits zero zero one zero one one zero and finally one. Some amount of whitespace. The word "for" ... consisting of the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero. Some amount of whitespace. The character sequence "NaNoGenMo')" ... consisting of the ASCII character 'N' which is represented as a byte with the eight bits zero one zero zero one one one and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'N' which is represented as a byte with the eight bits zero one zero zero one one one and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'G' which is represented as a byte with the eight bits zero one zero zero zero one one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'M' which is represented as a byte with the eight bits zero one zero zero one one zero and finally one, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one. A linebreak.

The character sequence "print()" ... consisting of the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one. A linebreak.

A linebreak.

The punctuated word "try:" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero. A linebreak.

The word "with" ... consisting of the ASCII character 'w' which is represented as a byte with the eight bits zero one one one zero one one and finally one, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero. Some amount of whitespace. The character sequence "open("narcissystem.py")" ... consisting of the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'm' which is represented as a byte with the eight bits zero one one zero one one zero and finally one, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one, followed by the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one. Some amount of whitespace. The word "as" ... consisting of the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one. Some amount of whitespace. The punctuated word "file:" ... consisting of the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero. A linebreak.

The word "lines" ... consisting of the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one. Some amount of whitespace. The single punctuation mark that is the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one. Some amount of whitespace. The character sequence "file.readlines()" ... consisting of the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one. A linebreak.

The word "except" ... consisting of the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'x' which is represented as a byte with the eight bits zero one one one one zero zero and finally zero, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero. Some amount of whitespace. The punctuated word "OSError:" ... consisting of the ASCII character 'O' which is represented as a byte with the eight bits zero one zero zero one one one and finally one, followed by the ASCII character 'S' which is represented as a byte with the eight bits zero one zero one zero zero one and finally one, followed by the ASCII character 'E' which is represented as a byte with the eight bits zero one zero zero zero one zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero. A linebreak.

The word "raise" ... consisting of the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The character sequence "IOError("Can't" ... consisting of the ASCII character 'I' which is represented as a byte with the eight bits zero one zero zero one zero zero and finally one, followed by the ASCII character 'O' which is represented as a byte with the eight bits zero one zero zero one one one and finally one, followed by the ASCII character 'E' which is represented as a byte with the eight bits zero one zero zero zero one zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero, followed by the ASCII character 'C' which is represented as a byte with the eight bits zero one zero zero zero zero one and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero. Some amount of whitespace. The word "open" ... consisting of the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero. Some amount of whitespace. The punctuated word "myself!" ... consisting of the ASCII character 'm' which is represented as a byte with the eight bits zero one one zero one one zero and finally one, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero, followed by the ASCII character '!' which is represented as a byte with the eight bits zero zero one zero zero zero zero and finally one. Some amount of whitespace. The word "Where" ... consisting of the ASCII character 'W' which is represented as a byte with the eight bits zero one zero one zero one one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The word "am" ... consisting of the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'm' which is represented as a byte with the eight bits zero one one zero one one zero and finally one. Some amount of whitespace. The character sequence "I?!")" ... consisting of the ASCII character 'I' which is represented as a byte with the eight bits zero one zero zero one zero zero and finally one, followed by the ASCII character '?' which is represented as a byte with the eight bits zero zero one one one one one and finally one, followed by the ASCII character '!' which is represented as a byte with the eight bits zero zero one zero zero zero zero and finally one, followed by the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one. A linebreak.

A linebreak.

The word "if" ... consisting of the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero. Some amount of whitespace. The character sequence "len(''.join(lines))" ... consisting of the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero, followed by the ASCII character 'j' which is represented as a byte with the eight bits zero one one zero one zero one and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one. Some amount of whitespace. The entirely non-alphanumeric sequence "!=" ... consisting of the ASCII character '!' which is represented as a byte with the eight bits zero zero one zero zero zero zero and finally one, followed by the ASCII character '=' which is represented as a byte with the eight bits zero zero one one one one zero and finally one. Some amount of whitespace. The character sequence "len(''.join(lines).encode()):" ... consisting of the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero, followed by the ASCII character 'j' which is represented as a byte with the eight bits zero one one zero one zero one and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero. A linebreak.

The word "raise" ... consisting of the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The character sequence "IOError("Can't" ... consisting of the ASCII character 'I' which is represented as a byte with the eight bits zero one zero zero one zero zero and finally one, followed by the ASCII character 'O' which is represented as a byte with the eight bits zero one zero zero one one one and finally one, followed by the ASCII character 'E' which is represented as a byte with the eight bits zero one zero zero zero one zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero, followed by the ASCII character 'C' which is represented as a byte with the eight bits zero one zero zero zero zero one and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero. Some amount of whitespace. The word "proceed" ... consisting of the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero. Some amount of whitespace. The word "with" ... consisting of the ASCII character 'w' which is represented as a byte with the eight bits zero one one one zero one one and finally one, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero. Some amount of whitespace. The punctuated word "analysis:" ... consisting of the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero. Some amount of whitespace. The word "I" ... consisting of the ASCII character 'I' which is represented as a byte with the eight bits zero one zero zero one zero zero and finally one. Some amount of whitespace. The word "have" ... consisting of the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'v' which is represented as a byte with the eight bits zero one one one zero one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The character sequence "non-ASCII" ... consisting of the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character '-' which is represented as a byte with the eight bits zero zero one zero one one zero and finally one, followed by the ASCII character 'A' which is represented as a byte with the eight bits zero one zero zero zero zero zero and finally one, followed by the ASCII character 'S' which is represented as a byte with the eight bits zero one zero one zero zero one and finally one, followed by the ASCII character 'C' which is represented as a byte with the eight bits zero one zero zero zero zero one and finally one, followed by the ASCII character 'I' which is represented as a byte with the eight bits zero one zero zero one zero zero and finally one, followed by the ASCII character 'I' which is represented as a byte with the eight bits zero one zero zero one zero zero and finally one. Some amount of whitespace. The word "characters" ... consisting of the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one. Some amount of whitespace. The word "in" ... consisting of the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero. Some amount of whitespace. The punctuated word "me!" ... consisting of the ASCII character 'm' which is represented as a byte with the eight bits zero one one zero one one zero and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character '!' which is represented as a byte with the eight bits zero zero one zero zero zero zero and finally one. Some amount of whitespace. The word "Someone" ... consisting of the ASCII character 'S' which is represented as a byte with the eight bits zero one zero one zero zero one and finally one, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'm' which is represented as a byte with the eight bits zero one one zero one one zero and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The word "has" ... consisting of the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one. Some amount of whitespace. The word "been" ... consisting of the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero. Some amount of whitespace. The word "messing" ... consisting of the ASCII character 'm' which is represented as a byte with the eight bits zero one one zero one one zero and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'g' which is represented as a byte with the eight bits zero one one zero zero one one and finally one. Some amount of whitespace. The word "with" ... consisting of the ASCII character 'w' which is represented as a byte with the eight bits zero one one one zero one one and finally one, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero. Some amount of whitespace. The character sequence "me!")" ... consisting of the ASCII character 'm' which is represented as a byte with the eight bits zero one one zero one one zero and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character '!' which is represented as a byte with the eight bits zero zero one zero zero zero zero and finally one, followed by the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one. A linebreak.

A linebreak.

The character sequence "print("I've" ... consisting of the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero, followed by the ASCII character 'I' which is represented as a byte with the eight bits zero one zero zero one zero zero and finally one, followed by the ASCII character ''' which is represented as a byte with the eight bits zero zero one zero zero one one and finally one, followed by the ASCII character 'v' which is represented as a byte with the eight bits zero one one one zero one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The word "opened" ... consisting of the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero. Some amount of whitespace. The word "myself" ... consisting of the ASCII character 'm' which is represented as a byte with the eight bits zero one one zero one one zero and finally one, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero. Some amount of whitespace. The word "up" ... consisting of the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero. Some amount of whitespace. The word "am" ... consisting of the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'm' which is represented as a byte with the eight bits zero one one zero one one zero and finally one. Some amount of whitespace. The word "ready" ... consisting of the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one. Some amount of whitespace. The word "to" ... consisting of the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one. Some amount of whitespace. The word "examine" ... consisting of the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'x' which is represented as a byte with the eight bits zero one one one one zero zero and finally zero, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'm' which is represented as a byte with the eight bits zero one one zero one one zero and finally one, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The word "and" ... consisting of the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero. Some amount of whitespace. The word "describe" ... consisting of the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The character sequence "myself.")" ... consisting of the ASCII character 'm' which is represented as a byte with the eight bits zero one one zero one one zero and finally one, followed by the ASCII character 'y' which is represented as a byte with the eight bits zero one one one one zero zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'f' which is represented as a byte with the eight bits zero one one zero zero one one and finally zero, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero, followed by the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one. A linebreak.

The character sequence "print()" ... consisting of the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one. A linebreak.

The character sequence "print("Next" ... consisting of the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero, followed by the ASCII character 'N' which is represented as a byte with the eight bits zero one zero zero one one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'x' which is represented as a byte with the eight bits zero one one one one zero zero and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero. Some amount of whitespace. The character sequence "up:")" ... consisting of the ASCII character 'u' which is represented as a byte with the eight bits zero one one one zero one zero and finally one, followed by the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character ':' which is represented as a byte with the eight bits zero zero one one one zero one and finally zero, followed by the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one. A linebreak.

The character sequence "print(each_bit.__doc__)" ... consisting of the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character '_' which is represented as a byte with the eight bits zero one zero one one one one and finally one, followed by the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero, followed by the ASCII character '_' which is represented as a byte with the eight bits zero one zero one one one one and finally one, followed by the ASCII character '_' which is represented as a byte with the eight bits zero one zero one one one one and finally one, followed by the ASCII character 'd' which is represented as a byte with the eight bits zero one one zero zero one zero and finally zero, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character '_' which is represented as a byte with the eight bits zero one zero one one one one and finally one, followed by the ASCII character '_' which is represented as a byte with the eight bits zero one zero one one one one and finally one, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one. A linebreak.

The character sequence "print("Here" ... consisting of the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero, followed by the ASCII character 'H' which is represented as a byte with the eight bits zero one zero zero one zero zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The word "we" ... consisting of the ASCII character 'w' which is represented as a byte with the eight bits zero one one one zero one one and finally one, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one. Some amount of whitespace. The character sequence "go...")" ... consisting of the ASCII character 'g' which is represented as a byte with the eight bits zero one one zero zero one one and finally one, followed by the ASCII character 'o' which is represented as a byte with the eight bits zero one one zero one one one and finally one, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero, followed by the ASCII character '.' which is represented as a byte with the eight bits zero zero one zero one one one and finally zero, followed by the ASCII character '"' which is represented as a byte with the eight bits zero zero one zero zero zero one and finally zero, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one. A linebreak.

The character sequence "print()" ... consisting of the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one. A linebreak.

The character sequence "print(each_bit(lines))" ... consisting of the ASCII character 'p' which is represented as a byte with the eight bits zero one one one zero zero zero and finally zero, followed by the ASCII character 'r' which is represented as a byte with the eight bits zero one one one zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 'a' which is represented as a byte with the eight bits zero one one zero zero zero zero and finally one, followed by the ASCII character 'c' which is represented as a byte with the eight bits zero one one zero zero zero one and finally one, followed by the ASCII character 'h' which is represented as a byte with the eight bits zero one one zero one zero zero and finally zero, followed by the ASCII character '_' which is represented as a byte with the eight bits zero one zero one one one one and finally one, followed by the ASCII character 'b' which is represented as a byte with the eight bits zero one one zero zero zero one and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 't' which is represented as a byte with the eight bits zero one one one zero one zero and finally zero, followed by the ASCII character '(' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally zero, followed by the ASCII character 'l' which is represented as a byte with the eight bits zero one one zero one one zero and finally zero, followed by the ASCII character 'i' which is represented as a byte with the eight bits zero one one zero one zero zero and finally one, followed by the ASCII character 'n' which is represented as a byte with the eight bits zero one one zero one one one and finally zero, followed by the ASCII character 'e' which is represented as a byte with the eight bits zero one one zero zero one zero and finally one, followed by the ASCII character 's' which is represented as a byte with the eight bits zero one one one zero zero one and finally one, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one, followed by the ASCII character ')' which is represented as a byte with the eight bits zero zero one zero one zero zero and finally one. A linebreak.