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learning deep-dive Reading Stanford CS107

Stanford CS107 Lecture 3: Integers, Bytes, and Two's Complement

Lecture 3 starts with 32/64-bit address spaces, derives the ranges of unsigned and two's-complement signed integers, inversion-plus-one, and shared addition hardware, then separates unsigned modular arithmetic from C signed overflow and tests the model against four failure cases.

#cs107#stanford#c-language#systems-programming#binary#integer-overflow
learning deep-dive Reading Stanford CS107

Stanford CS107 Lecture 2: A First C Program, Binary, and Hexadecimal

Lecture 2 puts C back into its Unix history and development environment: headers, main, printf, argc/argv, ssh, emacs, make, and executables. It then derives 8 bits = 1 byte, 256 byte patterns, and reliable conversion among decimal, binary, and hexadecimal.

#cs107#stanford#c-language#systems-programming#binary#hexadecimal