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I suggest rewriting Bython in Bython itself, making it a self-hosting compiler. Self-hosting is a key milestone in compiler theory, demonstrating the language's maturity and robustness. This approach would:
Improve Reliability: Writing Bython in its own language would help catch bugs and edge cases, enhancing the tool's quality.
Boost Community Engagement: Self-hosting often attracts more contributors, fostering a more vibrant community.
Prove Viability: It would show that Bython is not just a preprocessor but a fully capable language.
This would solidify Bython as a powerful tool, proving its potential as a standalone language.
The text was updated successfully, but these errors were encountered:
I suggest rewriting Bython in Bython itself, making it a self-hosting compiler. Self-hosting is a key milestone in compiler theory, demonstrating the language's maturity and robustness. This approach would:
Improve Reliability: Writing Bython in its own language would help catch bugs and edge cases, enhancing the tool's quality.
Boost Community Engagement: Self-hosting often attracts more contributors, fostering a more vibrant community.
Prove Viability: It would show that Bython is not just a preprocessor but a fully capable language.
This would solidify Bython as a powerful tool, proving its potential as a standalone language.
Hi Bython team,
I suggest rewriting Bython in Bython itself, making it a self-hosting compiler. Self-hosting is a key milestone in compiler theory, demonstrating the language's maturity and robustness. This approach would:
This would solidify Bython as a powerful tool, proving its potential as a standalone language.
The text was updated successfully, but these errors were encountered: