Buni majina ya kipekee na ya ubunifu ya miradi kwa watengenezaji kwa kuunganisha vivumishi na nomino za nasibu. Ina kipengele rahisi chenye kitufe cha 'Buni' na kitufe cha 'Nakili' kwa urahisi wa ufikiaji wa ubao wa kunakili.
Jenereta ya Majina ya Mradi ya Nasibu ni chombo rahisi lakini chenye nguvu kilichoundwa kusaidia wabunifu kuunda majina ya kipekee na ya ubunifu kwa miradi yao haraka. Kwa kuunganisha vivumishi na nomino vilivyochaguliwa kwa nasibu, jenereta hii inatoa majina ya miradi ambayo ni ya maelezo na yanakumbukwa.
Jenereta inatumia orodha mbili zilizotengwa: moja ikiwa na vivumishi na nyingine ikiwa na nomino. Wakati kitufe cha "Zalisha" kinapobonyezwa, programu inafanya hatua zifuatazo:
Njia hii inahakikisha kwamba majina yaliyoundwa yanahusiana na maendeleo ya programu na yanabaki na kiwango cha kitaaluma huku bado yakiwa na ubunifu. Mchakato wa nasibu hutumia usambazaji wa kawaida, maana yake kila neno katika kila orodha lina uwezekano sawa wa kuchaguliwa.
Matumizi ya usambazaji wa kawaida yana hakika kwamba kila mchanganyiko una uwezekano sawa wa kuzalishwa. Mbinu hii ina athari kadhaa:
Vikwazo vya mbinu hii ni pamoja na:
Ili kupunguza vikwazo hivi, inapendekezwa kusasisha na kupanua orodha za maneno mara kwa mara, na kutumia jenereta kama hatua ya mwanzo kwa ajili ya kuboresha zaidi badala ya suluhisho la mwisho la kutaja majina.
Mchakato wa nasibu umeanzishwa kwa kutumia jenereta ya nambari isiyo ya nasibu (PRNG) inayotolewa na lugha ya programu au jenereta ya nambari ya nasibu ya kisasa kwa ajili ya kuongeza kutokuwa na uhakika. Hii inahakikisha kwamba kila neno lina uwezekano sawa wa kuchaguliwa, ikiepuka upendeleo kuelekea majina fulani.
Ili kuelewa mchakato, fikiria mchoro ufuatao:
Jenereta ya Majina ya Mradi ya Nasibu inaweza kuwa na thamani katika hali mbalimbali:
Ingawa jenereta za majina za nasibu zinaweza kuwa na manufaa, kuna mbinu kadhaa mbadala za kutaja miradi:
Kutaja kwa mada: Chagua majina kulingana na mada maalum inayohusiana na mradi wako au shirika. Kwa mfano, kutaja miradi baada ya sayari kwa kampuni inayohusiana na anga.
Akronimu: Unda akronimu zenye maana zinazowrepresenta kusudi au malengo ya mradi wako. Hii inaweza kuwa na manufaa hasa kwa miradi ya ndani au juhudi za kiufundi.
Mchanganyiko wa maneno: Unganisha maneno mawili ili kuunda neno jipya, la kipekee. Hii inaweza kusababisha majina ya kuvutia na yanayokumbukwa, kama "Instagram" (instant + telegram).
Kutafuta mawazo kutoka kwa umma: Washirikishe timu yako au jamii katika mashindano ya kutaja majina. Hii inaweza kuleta mawazo anuwai na kuunda hisia ya umiliki kati ya washiriki.
Gridi ya majina: Unda gridi ya maneno yanayohusiana na kuyachanganya kwa mfumo. Hii inaruhusu njia yenye muundo zaidi ya kuzalisha majina huku ikitoa anuwai.
Kila moja ya mbadala haya inaweza kuwa na manufaa katika hali tofauti:
Fikiria muktadha wa mradi wako, hadhira unayolenga, na malengo ya muda mrefu unapochagua kati ya jenereta ya nasibu ya majina na mbadala hizi.
Hapa kuna mifano ya jinsi ya kutekeleza jenereta ya majina ya mradi ya nasibu katika lugha mbalimbali za programu:
1' Excel VBA Kazi ya Jenereta ya Majina ya Mradi ya Nasibu
2Function GenerateProjectName() As String
3 Dim adjectives As Variant
4 Dim nouns As Variant
5 adjectives = Array("Agile", "Dynamic", "Efficient", "Innovative", "Scalable")
6 nouns = Array("Framework", "Platform", "Solution", "System", "Toolkit")
7 GenerateProjectName = adjectives(Int(Rnd() * UBound(adjectives) + 1)) & " " & _
8 nouns(Int(Rnd() * UBound(nouns) + 1))
9End Function
10
11' Mfano wa matumizi katika seli:
12' =GenerateProjectName()
131# Kazi ya R ya Jenereta ya Majina ya Mradi ya Nasibu
2generate_project_name <- function() {
3 adjectives <- c("Agile", "Dynamic", "Efficient", "Innovative", "Scalable")
4 nouns <- c("Framework", "Platform", "Solution", "System", "Toolkit")
5 paste(sample(adjectives, 1), sample(nouns, 1))
6}
7
8# Mfano wa matumizi
9print(generate_project_name())
101% Kazi ya MATLAB ya Jenereta ya Majina ya Mradi ya Nasibu
2function projectName = generateProjectName()
3 adjectives = {'Agile', 'Dynamic', 'Efficient', 'Innovative', 'Scalable'};
4 nouns = {'Framework', 'Platform', 'Solution', 'System', 'Toolkit'};
5 projectName = sprintf('%s %s', adjectives{randi(length(adjectives))}, nouns{randi(length(nouns))});
6end
7
8% Mfano wa matumizi
9disp(generateProjectName());
101import random
2
3adjectives = ["Agile", "Dynamic", "Efficient", "Innovative", "Scalable"]
4nouns = ["Framework", "Platform", "Solution", "System", "Toolkit"]
5
6def generate_project_name():
7 return f"{random.choice(adjectives)} {random.choice(nouns)}"
8
9# Mfano wa matumizi
10print(generate_project_name())
111const adjectives = ["Agile", "Dynamic", "Efficient", "Innovative", "Scalable"];
2const nouns = ["Framework", "Platform", "Solution", "System", "Toolkit"];
3
4function generateProjectName() {
5 const randomAdjective = adjectives[Math.floor(Math.random() * adjectives.length)];
6 const randomNoun = nouns[Math.floor(Math.random() * nouns.length)];
7 return `${randomAdjective} ${randomNoun}`;
8}
9
10// Mfano wa matumizi
11console.log(generateProjectName());
121import java.util.Random;
2
3public class ProjectNameGenerator {
4 private static final String[] ADJECTIVES = {"Agile", "Dynamic", "Efficient", "Innovative", "Scalable"};
5 private static final String[] NOUNS = {"Framework", "Platform", "Solution", "System", "Toolkit"};
6 private static final Random RANDOM = new Random();
7
8 public static String generateProjectName() {
9 String adjective = ADJECTIVES[RANDOM.nextInt(ADJECTIVES.length)];
10 String noun = NOUNS[RANDOM.nextInt(NOUNS.length)];
11 return adjective + " " + noun;
12 }
13
14 public static void main(String[] args) {
15 System.out.println(generateProjectName());
16 }
17}
181#include <iostream>
2#include <vector>
3#include <string>
4#include <random>
5#include <chrono>
6
7std::string generateProjectName() {
8 std::vector<std::string> adjectives = {"Agile", "Dynamic", "Efficient", "Innovative", "Scalable"};
9 std::vector<std::string> nouns = {"Framework", "Platform", "Solution", "System", "Toolkit"};
10
11 unsigned seed = std::chrono::system_clock::now().time_since_epoch().count();
12 std::default_random_engine generator(seed);
13
14 std::uniform_int_distribution<int> adjDist(0, adjectives.size() - 1);
15 std::uniform_int_distribution<int> nounDist(0, nouns.size() - 1);
16
17 return adjectives[adjDist(generator)] + " " + nouns[nounDist(generator)];
18}
19
20int main() {
21 std::cout << generateProjectName() << std::endl;
22 return 0;
23}
241using System;
2
3class ProjectNameGenerator
4{
5 static readonly string[] Adjectives = { "Agile", "Dynamic", "Efficient", "Innovative", "Scalable" };
6 static readonly string[] Nouns = { "Framework", "Platform", "Solution", "System", "Toolkit" };
7 static readonly Random Random = new Random();
8
9 static string GenerateProjectName()
10 {
11 string adjective = Adjectives[Random.Next(Adjectives.Length)];
12 string noun = Nouns[Random.Next(Nouns.Length)];
13 return $"{adjective} {noun}";
14 }
15
16 static void Main()
17 {
18 Console.WriteLine(GenerateProjectName());
19 }
20}
211class ProjectNameGenerator
2 ADJECTIVES = %w[Agile Dynamic Efficient Innovative Scalable]
3 NOUNS = %w[Framework Platform Solution System Toolkit]
4
5 def self.generate
6 "#{ADJECTIVES.sample} #{NOUNS.sample}"
7 end
8end
9
10# Mfano wa matumizi
11puts ProjectNameGenerator.generate
121package main
2
3import (
4 "fmt"
5 "math/rand"
6 "time"
7)
8
9var adjectives = []string{"Agile", "Dynamic", "Efficient", "Innovative", "Scalable"}
10var nouns = []string{"Framework", "Platform", "Solution", "System", "Toolkit"}
11
12func generateProjectName() string {
13 rand.Seed(time.Now().UnixNano())
14 return adjectives[rand.Intn(len(adjectives))] + " " + nouns[rand.Intn(len(nouns))]
15}
16
17func main() {
18 fmt.Println(generateProjectName())
19}
201import Foundation
2
3struct ProjectNameGenerator {
4 static let adjectives = ["Agile", "Dynamic", "Efficient", "Innovative", "Scalable"]
5 static let nouns = ["Framework", "Platform", "Solution", "System", "Toolkit"]
6
7 static func generate() -> String {
8 guard let adjective = adjectives.randomElement(),
9 let noun = nouns.randomElement() else {
10 return "Mradi Usio na Jina"
11 }
12 return "\(adjective) \(noun)"
13 }
14}
15
16// Mfano wa matumizi
17print(ProjectNameGenerator.generate())
181use rand::seq::SliceRandom;
2
3fn generate_project_name() -> String {
4 let adjectives = vec!["Agile", "Dynamic", "Efficient", "Innovative", "Scalable"];
5 let nouns = vec!["Framework", "Platform", "Solution", "System", "Toolkit"];
6 let mut rng = rand::thread_rng();
7
8 format!(
9 "{} {}",
10 adjectives.choose(&mut rng).unwrap_or(&"Usio na Jina"),
11 nouns.choose(&mut rng).unwrap_or(&"Mradi")
12 )
13}
14
15fn main() {
16 println!("{}", generate_project_name());
17}
181<?php
2
3class ProjectNameGenerator {
4 private static $adjectives = ['Agile', 'Dynamic', 'Efficient', 'Innovative', 'Scalable'];
5 private static $nouns = ['Framework', 'Platform', 'Solution', 'System', 'Toolkit'];
6
7 public static function generate() {
8 $adjective = self::$adjectives[array_rand(self::$adjectives)];
9 $noun = self::$nouns[array_rand(self::$nouns)];
10 return "$adjective $noun";
11 }
12}
13
14// Mfano wa matumizi
15echo ProjectNameGenerator::generate();
16Mifano hii inaonyesha jinsi ya kutekeleza jenereta ya majina ya mradi ya nasibu katika lugha mbalimbali za programu. Kila utekelezaji unafuata kanuni ile ile ya kuchagua kwa nasibu kivumishi na nomino kutoka orodha zilizotengwa na kuziunganisha ili kuunda jina la mradi.
Dhana ya jenereta za majina za nasibu ina mizizi katika nyanja mbalimbali, ikiwa ni pamoja na lugha, sayansi ya kompyuta, na uandishi wa ubunifu. Ingawa chanzo halisi cha jenereta za majina ya miradi ni vigumu kubaini, zimekuwa maarufu zaidi katika jamii ya maendeleo ya programu katika miongo kadhaa iliyopita.
Maandishi ya mapema yaliyoundwa na kompyuta (1960s): Majaribio na maandiko yaliyoundwa na kompyuta, kama vile programu ya ELIZA iliyoandikwa na Joseph Weizenbaum mwaka 1966, yaliweka msingi wa uzalishaji wa maandiko kwa kutumia algoritimu.
Mikataba ya kutaja katika maendeleo ya programu (1970s-1980s): Kadri miradi ya programu ilivyokuwa ngumu zaidi, wabunifu walianza kupitisha mikataba ya kutaja, ambayo baadaye ilihamasisha zana za kutaja kiotomatiki.
Kuongezeka kwa programu za wazi (1990s-2000s): Kuongezeka kwa miradi ya wazi kulisababisha haja ya majina ya kipekee, yanayokumbukwa ya miradi, na kusababisha mbinu za ubunifu za kutaja.
Mtindo wa wavuti 2.0 na utamaduni wa kuanzisha (2000s-2010s): Kuongezeka kwa mahitaji ya majina ya kuvutia, ya kipekee kwa bidhaa na huduma, kulihamasisha mbinu na zana mbalimbali za kutaja.
Maendeleo ya kujifunza kwa mashine na NLP (2010s-hadi sasa): Maendeleo ya hivi karibuni katika usindikaji wa lugha ya asili na kujifunza kwa mashine yamewezesha algoritimu za kutaja majina kuwa za kisasa zaidi, ikiwa ni pamoja na zile zinazoweza kuunda majina yanayohusiana na muktadha na maeneo maalum.
Leo, jenereta za majina ya miradi ya nasibu zinatoa huduma muhimu katika mzunguko wa maisha ya maendeleo ya programu, zikitoa msukumo wa haraka na majina ya muda kwa miradi katika hatua mbalimbali za maendeleo.
Kohavi, R., & Longbotham, R. (2017). Online Controlled Experiments and A/B Testing. In Encyclopedia of Machine Learning and Data Mining (pp. 922-929). Springer, Boston, MA. https://link.springer.com/referenceworkentry/10.1007/978-1-4899-7687-1_891
Dhar, V. (2013). Data science and prediction. Communications of the ACM, 56(12), 64-73. https://dl.acm.org/doi/10.1145/2500499
Goth, G. (2016). Deep or shallow, NLP is breaking out. Communications of the ACM, 59(3), 13-16. https://dl.acm.org/doi/10.1145/2874915
Raymond, E. S. (1999). The cathedral and the bazaar. Knowledge, Technology & Policy, 12(3), 23-49. https://link.springer.com/article/10.1007/s12130-999-1026-0
Patel, N. (2015). 5 Psychological Studies on Pricing That You Absolutely MUST Read. Neil Patel Blog. https://neilpatel.com/blog/5-psychological-studies/
Gundua zana zaidi ambazo zinaweza kuwa na manufaa kwa mtiririko wako wa kazi