Kumite (ko͞omiˌtā) is the practice of taking techniques learned from Kata and applying them through the act of freestyle sparring.
You can create a new kumite by providing some initial code and optionally some test cases. From there other warriors can spar with you, by enhancing, refactoring and translating your code. There is no limit to how many warriors you can spar with.
A great use for kumite is to begin an idea for a kata as one. You can collaborate with other code warriors until you have it right, then you can convert it to a kata.
- Less dependencies
#include <stdlib.h> char *strdup_to_upper(const char *input) { if (!input) return NULL; char *result = strdup(input); if (!result) return NULL; char *cursor = result; while (*cursor) *(cursor++) = (*cursor >= 97 && *cursor <= 122)? *cursor-32:*cursor; return result; }#include <string.h>- #include <stdlib.h>
- char *strdup_to_upper(const char *input) {
if (!input) // prevent strdup UBreturn NULL;- if (!input) return NULL;
- char *result = strdup(input);
if (!result)return NULL;- if (!result) return NULL;
- char *cursor = result;
while (*cursor) {*cursor = toupper(*cursor);cursor++;}- while (*cursor) *(cursor++) = (*cursor >= 97 && *cursor <= 122)? *cursor-32:*cursor;
- return result;
- }
def count_valid_usernames(usernames): return len([user for user in usernames if 4 <= len(user) <= 12 and user[0].isalpha() and user.isalnum() and user.islower()])- def count_valid_usernames(usernames):
count = 0for u in usernames:if (4 <= len(u) <= 12and u[0].isalpha()and u.isalnum()and u.islower()):count += 1return count- return len([user for user in usernames if 4 <= len(user) <= 12 and user[0].isalpha() and user.isalnum() and user.islower()])
export function findTheLongestWord(sentence?: string): string { if (!sentence || typeof sentence !== "string") throw new Error("The sentence must end up being a string"); const words = sentence.trim().split(/\s+/); const max = Math.max(...words.map(w => w.length)); const values = words.filter(w=>w.length === max) return values.length > 1 ? "no longest word found" : `${values[0]}: ${max} chars`; }- export function findTheLongestWord(sentence?: string): string {
if (typeof sentence !== "string") throw new Error("The sentence must end up being a string");- if (!sentence || typeof sentence !== "string") throw new Error("The sentence must end up being a string");
- const words = sentence.trim().split(/\s+/);
if (!words[0]) throw new Error("The sentence cannot be empty");let longest = "", tie = false;for (const w of words)if (w.length > longest.length) { longest = w; tie = false; }else if (w.length === longest.length) tie = true;- const max = Math.max(...words.map(w => w.length));
- const values = words.filter(w=>w.length === max)
return tie ? "no longest word found" : `${longest}: ${longest.length} chars`;- return values.length > 1 ? "no longest word found" : `${values[0]}: ${max} chars`;
- }
Very good job boys
well done
worlde
onb the way
pice of cake no probvlem
import random general_words = [ "about", "apple", "beach", "brain", "bread", # Everyday nouns "clear", "cloud", "dance", "dream", "early", # Verbs & adjectives "faith", "field", "glass", "heart", "house", # Common concepts "light", "money", "night", "ocean", "party", # Popular terms "quiet", "river", "smile", "table", "water" # Daily objects ] word_selected = "" wordarray = [] wordcolour = [] def choose_word(general_words): global word_selected length = len(general_words) word_selected = general_words[random.randint(0,length)] print(word_selected) def user_input(): #cancel it global word_selected, wordarray, wordcolour input_word = input("guess a word") input_word = input_word.lower() i_word_array = input_word.split() wordarray = word_selected.split() wordcolour = ["grey", "grey", "grey", "grey", "grey"] for i in range (0,4): for u in range (0,4): if i_word_array[i] == wordarray[u]: if i != u: wordcolour[u] = "yellow" else: wordcolour[u] = "green" #burgulary def parse(): slots = [][] def check(): choose_word(general_words) for i in range (0,6): print(wordarray) print(wordcolour) print()- import random
- general_words = [
- "about", "apple", "beach", "brain", "bread", # Everyday nouns
- "clear", "cloud", "dance", "dream", "early", # Verbs & adjectives
- "faith", "field", "glass", "heart", "house", # Common concepts
- "light", "money", "night", "ocean", "party", # Popular terms
- "quiet", "river", "smile", "table", "water" # Daily objects
- ]
- word_selected = ""
- wordarray = []
- wordcolour = []
- def choose_word(general_words):
- global word_selected
- length = len(general_words)
- word_selected = general_words[random.randint(0,length)]
- print(word_selected)
def user_input():- def user_input(): #cancel it
- global word_selected, wordarray, wordcolour
- input_word = input("guess a word")
- input_word = input_word.lower()
- i_word_array = input_word.split()
- wordarray = word_selected.split()
- wordcolour = ["grey", "grey", "grey", "grey", "grey"]
- for i in range (0,4):
- for u in range (0,4):
- if i_word_array[i] == wordarray[u]:
- if i != u:
- wordcolour[u] = "yellow"
- else:
- wordcolour[u] = "green"
- #burgulary
- def parse():
- slots = [][]
- def check():
- choose_word(general_words)
- for i in range (0,6):
- print(wordarray)
- print(wordcolour)
- print()