If anyone needs another reason why not to use #golang:
> When you write 0.1 + 0.2 in Go, that expression gets evaluated to 0.3 at compile time with no precision loss. If you evaluate 0.1 + 0.2 == 0.3, you'll get true. However, if you use variables instead of constants—that is, set a := 0.1 and b := 0.2 and print a + b—you'll once again see 0.30000000000000004.
https://rtfeldman.com/0.1-plus-0.2#compile-time-vs-runtime
I can't even...
musicmatze :rust: :nixos: /
npub1ja…mjwly
2024-12-27 11:02:58
Author Public Key
npub1ja605u7e86q8n5ptvyyh5z4wy0ucjre4a7vsgzhvjhgdauhjfcns6mjwlyPublished at
2024-12-27 11:02:58Event JSON
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"content": "If anyone needs another reason why not to use #golang:\n\n\u003e When you write 0.1 + 0.2 in Go, that expression gets evaluated to 0.3 at compile time with no precision loss. If you evaluate 0.1 + 0.2 == 0.3, you'll get true. However, if you use variables instead of constants—that is, set a := 0.1 and b := 0.2 and print a + b—you'll once again see 0.30000000000000004.\n\nhttps://rtfeldman.com/0.1-plus-0.2#compile-time-vs-runtime\n\nI can't even...",
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