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Run zig build test

Progress

• 01 - Convert hex to base64
• 02 - Fixed XOR
• 03 - Single-byte XOR cipher
• 04 - Detect single-character XOR
• 05 - Implement repeating-key XOR
• 06 - Break repeating-key XOR
• 07 - AES in ECB mode
• 08 - Detect AES in ECB mode
• 09 - Implement PKCS#7 padding
• 10 - Implement CBC mode
• 11 - An ECB/CBC detection oracle
• 12 - Byte-at-a-time ECB decryption (Simple)
• 13 - ECB cut-and-paste
• 14 - Byte-at-a-time ECB decryption (Harder)
• 15 - PKCS#7 padding validation
• 16 - CBC bitflipping attacks
• 17 - The CBC padding oracle
• 18 - Implement CTR, the stream cipher mode
• 19 - Break fixed-nonce CTR mode using substitutions
• 20 - Break fixed-nonce CTR statistically
• 21 - Implement the MT19937 Mersenne Twister RNG
• 22 - Crack an MT19937 seed
• 23 - Clone an MT19937 RNG from its output
• 24 - Create the MT19937 stream cipher and break it
• 25 - Break "random access read/write" AES CTR
• 26 - CTR bitflipping
• 27 - Recover the key from CBC with IV=Key
• 28 - Implement a SHA-1 keyed MAC
• 29 - Break a SHA-1 keyed MAC using length extension
• 30 - Break an MD4 keyed MAC using length extension
• 31 - Implement and break HMAC-SHA1 with an artificial timing leak
• 32 - Break HMAC-SHA1 with a slightly less artificial timing leak
• 33 - Implement Diffie-Hellman
• 34 - Implement a MITM key-fixing attack on Diffie-Hellman with parameter injection
• 35 - Implement DH with negotiated groups, and break with malicious "g" parameters
• 36 - Implement Secure Remote Password (SRP)
• 37 - Break SRP with a zero key
• 38 - Offline dictionary attack on simplified SRP
• 39 - Implement RSA
• 40 - Implement an E=3 RSA Broadcast attack
• 41 - Implement unpadded message recovery oracle
• 42 - Bleichenbacher's e=3 RSA Attack
• 43 - DSA key recovery from nonce
• 44 - DSA nonce recovery from repeated nonce
• 45 - DSA parameter tampering
• 46 - RSA parity oracle
• 47 - Bleichenbacher's PKCS 1.5 Padding Oracle (Simple Case)
• 48 - Bleichenbacher's PKCS 1.5 Padding Oracle (Complete Case)
• 49 - CBC-MAC Message Forgery
• 50 - Hashing with CBC-MAC
• 51 - Compression Ratio Side-Channel Attacks
• 52 - Iterated Hash Function Multicollisions
• 53 - Kelsey and Schneier's Expandable Messages
• 54 - Kelsey and Kohno's Nostradamus Attack
• 55 - MD4 Collisions
• 56 - RC4 Single-Byte Biases
• 57 - Diffie-Hellman Revisited: Small Subgroup Confinement
• 58 - Pollard's Method for Catching Kangaroos
• 59 - Elliptic Curve Diffie-Hellman and Invalid-Curve Attacks
• 60 - Single-Coordinate Ladders and Insecure Twists
• 61 - Duplicate-Signature Key Selection in ECDSA (and RSA)
• 62 - Key-Recovery Attacks on ECDSA with Biased Nonces
• 63 - Key-Recovery Attacks on GCM with Repeated Nonces
• 64 - Key-Recovery Attacks on GCM with a Truncated MAC
• 65 - Truncated-MAC GCM Revisited: Improving the Key-Recovery Attack via Ciphertext Length Extension
• 66 - Exploiting Implementation Errors in Diffie-Hellman