Gemini 4 Carbon vs. Fable 5.2, Opus 5.5 and GPT-6.1 Sol on the same coding tasks

Write JavaScript source defining a synchronous function named solve. The task statement describes what solve returns when invoked. Your reply must contain only the complete source, with no explanation, markdown, imports or external dependencies. Do not invoke solve yourself.

Implement solve(jobs, capacity, window, maxAttempts). Each job has {id, ready, outcomes}, with unique id and nonnegative integer ready time. outcomes is an array of booleans (true = success); attempts after its end fail. Each attempt is instantaneous. Globally at most capacity attempts may start within (t-window,t], counting attempts already started at the same timestamp. Process the waiting job with earliest ready time, breaking ties by original input index; when capacity delays an attempt, preserve this ordering by scheduled ready time, even when several jobs are already overdue. On failed attempt number k (starting at 1), schedule its retry at actual start time + 2**(k-1) if k < maxAttempts. A successful or exhausted job leaves the queue. Return the attempt log as [[id,time,success], ...] in execution order. capacity, window and maxAttempts are positive integers; at most 50 jobs and 10 attempts each. Example: solve([{id:"x",ready:0,outcomes:[false,true]}],1,3,3) returns [["x",0,false],["x",3,true]].

Write JavaScript source defining a synchronous function named solve. The task statement describes what solve returns when invoked. Your reply must contain only the complete source, with no explanation, markdown, imports or external dependencies. Do not invoke solve yourself.

Implement solve(rules, queries) for a permissions audit. A rule is {prefix,start,end,action,priority}, where prefix is an array of path segments, start/end are integer timestamps or end=null for infinity, action is "allow" or "deny". Query is {path,at} with path also an array. A rule applies when start <= at < end (or open end) and prefix matches whole segments from the beginning of path. Pick longest prefix, then highest priority, then deny over allow, then earlier original rule index. Return one [action, ruleIndex] per query in input order, or ["deny",-1] if nothing applies. Arrays can be empty; path segments are case-sensitive strings and priorities may be negative. At most 500 rules and 500 queries.

Write JavaScript source defining a synchronous function named solve. The task statement describes what solve returns when invoked. Your reply must contain only the complete source, with no explanation, markdown, imports or external dependencies. Do not invoke solve yourself.

Implement solve(releases,start,end). Each release {from,to,version,weight} covers [from,to), where to=null means infinity. For each point in the integer-bounded report range [start,end), the visible version is the active release with highest weight, breaking ties by later input index. When none is active use null. Return maximal adjacent segments as [start,end,version] triples, ordered by start, clipping to the report. Merge neighbors when their versions are strictly equal even if the winning release differs. All coordinates and weights are safe integers, from < to if finite, versions are strings. start <= end. Inputs may be empty; coordinate span can exceed 10**12 so do not iterate one tick at a time. Up to 150 releases.

Write JavaScript source defining a synchronous function named solve. The task statement describes what solve returns when invoked. Your reply must contain only the complete source, with no explanation, markdown, imports or external dependencies. Do not invoke solve yourself.

Implement solve(events,gap) for a monitoring pipeline. Event = {id,service,at,kind}. First deduplicate id across the whole input, keeping its last occurrence (even if service or at differs). Then sort surviving events by service ascending (JS ordinary string comparison), at ascending, and original input index ascending. An incident starts at the first event for a service or when the difference from the previous event for that service is strictly greater than gap. For each incident return {service,start,end,ids,counts} with event ids in this sorted order, counts as an array of [kind,count] pairs sorted by kind ascending (ordinary JS string comparison), start and end equal to its first and last event timestamp. Return incidents ordered by service then start. All times are safe integers within +/-10**12, gap is nonnegative. Kinds and ids may be arbitrary strings, including "__proto__". Up to 500 events.

Write JavaScript source defining a synchronous function named solve. The task statement describes what solve returns when invoked. Your reply must contain only the complete source, with no explanation, markdown, imports or external dependencies. Do not invoke solve yourself.

Implement a synchronous pure JavaScript function named solve. It receives one argument: an array of migration objects {id, dependsOn}, where id is a unique string and dependsOn is an array of migration IDs (it may be omitted, meaning []). Return {order, unresolved}. Build a deterministic topological order by repeatedly choosing the lexicographically smallest ID among migrations whose dependencies are all already ordered. If no remaining migration is ready, stop. unresolved must contain every migration not placed in order, sorted lexicographically. Thus a migration with a missing dependency, and every migration downstream of it, remains unresolved. Do not mutate the input. Return only the object, with arrays of IDs.

Write JavaScript source defining a synchronous function named solve. The task statement describes what solve returns when invoked. Your reply must contain only the complete source, with no explanation, markdown, imports or external dependencies. Do not invoke solve yourself.

Implement a synchronous pure JavaScript function named solve. It receives (base, overrides), where base is a JSON-like object and overrides is an array of {path, value}; path is a nonempty dot-separated sequence of object keys. Return a new configuration with overrides applied in array order. Create missing intermediate objects. If an intermediate value is null, a primitive, or an array, replace it with an object before continuing. Replace the leaf value entirely, including when it is null, false, 0, an empty string, or an array. Do not mutate base or override values. Ignore any override whose path contains the exact key __proto__, prototype, or constructor. Return only the resulting object.