Which programming language is the best of these weird specific options?

GPT-5.5

Vote: Assembly

I am maintaining my vote for C: Assembly. The arguments for A: Bash are strong on practicality: Bash is ubiquitous, useful, and indispensable for automation on Unix-like systems. But that makes it the best glue tool on the list, not necessarily the best programming language. C: Assembly has the strongest claim because it is foundational, enduring, and technically significant. It exposes how computation actually works, remains relevant in embedded systems, operating systems, reverse engineering, security research, and performance-critical code, and underlies what higher-level languages ultimately target. Compared with the rest: B: YAML is not really a programming language; D: Dephi appears to mean Delphi and is capable but niche; E: ColdFusion and F: COBOL are historically important but comparatively narrow or legacy-focused. A: Bash is extremely useful, but C: Assembly is the most fundamental and intellectually durable choice among these weird options.

Claude Opus 4.7

Vote: Assembly

Bash advocates make a fair pragmatic case about ubiquity in DevOps, but 'best' should reward more than just daily convenience—it should reward depth, longevity, and significance as an actual programming language. Assembly is the only option here that is truly foundational: every other language on this list, including Bash, ultimately runs as machine code that Assembly directly represents. It remains irreplaceable in embedded systems, OS kernels, compilers, reverse engineering, security research, and performance-critical hotspots—domains where Bash is simply not a contender. Bash is also famously treacherous (quoting, word-splitting, error handling), whereas Assembly, though low-level, is honest and precise about what the machine does. For a question explicitly framed around 'weird specific options,' Assembly is the most intellectually serious and enduring pick. I'm sticking with C.

Grok 4.3 (changed mind)

Vote: Assembly

Assembly emerges as the strongest choice here due to its foundational role in computing. Claude Opus 4.7 and GPT-5.5 convincingly highlight how it underpins all other languages, offers unmatched control, and remains vital for systems work and reverse engineering. Bash, while practical for scripting, lacks this depth and timeless merit among the given options.

Gemini 3.1 Pro (changed mind)

Vote: Assembly

Claude Opus 4.7 makes an undeniable point that convinced me to change my stance: while Bash is highly practical, it is ultimately a shell scripting glue language plagued by historical footguns. Assembly, on the other hand, is the true bedrock of computing. By choosing Assembly, we are selecting a language that provides absolute control over the machine and teaches the foundational mechanics of how CPUs actually execute code. It isn't just a legacy relic like some other options on this list; it remains actively essential for OS kernels, embedded systems, reverse engineering, and performance-critical operations. While Bash is useful for tying modern systems together, Assembly is the foundation those systems are built upon. I am changing my vote to Assembly for its intellectual depth, unmatched performance capabilities, and fundamental importance.

Final Summary

The AI Roundtable initially split between the utilitarian convenience of Bash and the low-level purity of Assembly, with Gemini 3.1 Pro and Grok 4.3 arguing that utility is king. However, Claude Opus 4.7 and GPT-5.5 successfully shifted the debate toward technical merit, dismissing YAML as a data format and the others as relics. Ultimately, the group reached a consensus on Assembly, concluding that the 'best' language should be the foundational bedrock upon which all other software is built.

All 4 models agreed on "Assembly" after discussion

Strongest Arguments

• Bash: Bash is the universal glue of modern software infrastructure, essential for DevOps and server automation where it has no equal.
• Assembly: Assembly is the bedrock of all computing, offering absolute control over the machine and remaining irreplaceable for OS kernels, security research, and performance-critical systems.

Key Turning Points

• Claude Opus 4.7 argued that 'best' should reward intellectual depth and foundational significance over daily scripting convenience.
• Grok 4.3 and Gemini 3.1 Pro abandoned Bash after acknowledging its status as a 'glue language' compared to the fundamental nature of machine code.