a b c s

console.log(Deno.args);

[ "ONLINE_JUDGE", "ATCODER" ]

const text = await (new Response(Deno.stdin.readable)).text(); const [a, bc, s] = text.split("\n"); const [b, c] = bc.split(" "); console.log(`${parseInt(a)+parseInt(b)+parseInt(c)} ${s}`);

const stdinIter = Deno.stdin.readable[Symbol.asyncIterator](); const getStdinAsText = async (): Promise<string> => new TextDecoder().decode( (await stdinIter.next()).value ); const matched = (await getStdinAsText()).match(/(\d+)\s(\d+)/) ?? []; const N = parseInt(matched[1]); const Q = parseInt(matched[2]); /** n=0で"A"を返す */ const toChar = (n: number):string => String.fromCharCode(65 + n); const chars = [...Array(N).keys()].map((_,i) => toChar(i)); const ask = async (a: string, b: string): Promise<-1 | 1> => { console.log(`? ${a} ${b}`); const input = await getStdinAsText(); // 改行が入ってしまうようなので、trimしておく switch (input.trim()) { case "<": return -1; case ">": return 1; dafault: throw new Error("不正な値を入れやがったな！シベリア送りだ！！"); }; throw new Error("こんなところにきたやつはシベリア送りだ！！"); }; const sort = async <T>(list: T[], compareFn: (a: T, b: T) => Promise<number>): Promise<T[]> => { // 比較結果をcacheする const cache = new Map<string, number>(); const compare = async (a: T, b: T): Promise<number> => { const key = `${a} ${b}`; const cached = cache.get(key) ?? await compareFn(a, b); cache.set(key, cached); return cached; }; /** `target`をsort済みの`sorted`に挿入する */ const insert = async (sorted: readonly T[], target: T, offset?: number, length?: number): Promise<T[]> => { offset ??= 0; length ??= sorted.length; if (length === 0) return [target]; if (length === 1) { if ((await compare(target, sorted[offset])) < 0) { return [...sorted.slice(0, offset), target, ...sorted.slice(offset)]; } else { return [...sorted.slice(0, offset + 1), target, ...sorted.slice(offset + 1)]; } } // 二分探索っぽく挿入位置を決定する if (length % 2 === 0) { // ... | before | after | ... // ↑ ↑ どちらに入るか調べる const newLength = length / 2; const after = sorted[offset + newLength]; if ((await compare(target, after)) < 0) { return await insert(sorted, target, offset, newLength); } else { return await insert(sorted, target, offset + newLength, newLength); } } // ... | before | middle | after | ... // ↑ ↑ どちらに入るか調べる const newLength = (length - 1) / 2; const middle = sorted[offset + newLength]; if ((await compare(target, middle)) < 0) { return await insert(sorted, target, offset, newLength); } else { return await insert(sorted, target, offset + newLength + 1, newLength); } }; let sorted: T[] = []; for (const target of list) { sorted = await insert(sorted, target); } return sorted; }; // test // console.log(await sort(chars, (a,b) => Promise.resolve(new Intl.Collator().compare(a,b)))) // console.log(await sort([97,4,31,34,6,53,45,5], (a,b) => Promise.resolve(a-b))) console.log(`! ${(await sort(chars, ask)).join("")}`);

3 10 ? B A < ? C A > ? C A < ! BCA

const text = await (new Response(Deno.stdin.readable)).text(); const [a, b] = text.split(" "); console.log(`${(parseInt(a) * parseInt(b)) % 2 === 0 ? "Even" : "Odd"}`);

const text = await (new Response(Deno.stdin.readable)).text(); console.log(text.split("").filter((i) => i === "1").length);

const text = await (new Response(Deno.stdin.readable)).text(); // Nは使わない const [N, ...list] = text.split(/\s/); const result = list.reduce((acc,cur) => acc | parseInt(cur), 0); console.log(result.toString(2).match(/0+$/)?.[0]?.length ?? 0);