XePog：XE编译 日志
通过ChatGPT使用Java实现Xepog 1.0.2基础版的功能
请帮我把这段python代码用java写出来：switch = True
xeN0 = '1'
xes = '1'
print('Welcome to use the Xunsky XE compiler!')
print('Xusnky XE/BinY 1.0.1')
print('Tip:请尽量按照标准书写方法键入单词或拼音\n避免y与x与其他双1数字阵列混淆导致解译困难')
#Gs = input
print('请选择编译格式：（XE_1.0/XE_2.0）')
zum = ['a','b','c','d','e','f','g','h','i','j','k','l','m','n','o','p','q','r',
's','t','u','v','w','x','y','z']
zummap = {'a':'#2','b':'#3','c':'#4','d':'#6','e':'#8','f':'#9','g':'#7','h':'#5',
'i':'*2','j':'*3','k':'*4','l':'*6','m':'*8','n':'*9','o':'*7','p':'*5',
'q':'#*2','r':'#*3','s':'#*4','t':'#*6','u':'#*8','v':'#*9','w':'#*7',
'x':'*#0','y':'*#1','z':'*#2'}
zumN0 = {'a':'/.././','b':'/../../','c':'/../.../','d':'/..//.','e':'/..//..','f':'/..//...','g':'/..///.','h':'/..///..',
'i':'/././','j':'/./../','k':'/./.../','l':'/.//.','m':'/.//..','n':'/.//...','o':'/.///.','p':'/.///..',
'q':'/..././','r':'/.../../','s':'/.../.../','t':'/...//.','u':'/...//..','v':'/...//...','w':'/...///.',
'x':'///.','y':'////','z':'///./'}
zum0 = {'/':'1','.':'0'}
try :
while switch == True:
keea = input("请输入英文\n").lower()
print('井星码:')
for i in keea.lower():
xes = zummap[i]
print(zummap[i],end="")
print('\n电码:')
for i in keea:
print(zumN0[i],end="")
out = input('\n***持续运行***\n若要关闭程序,请输入C,否之继续')
if out.lower() == 'c':
switch = False
else:
switch = True
except :
er = input('编译错误,请输入标准的英文字母！')
ChatGPT 3.5:
以下是使用Java语言将该Python代码转换而来的示例：
```java
import java.util.HashMap;
import java.util.Scanner;
public class XunskyCompiler {
public static void main(String[] args) {
boolean switchVar = true;
String xeN0 = "1";
String xes = "1";
System.out.println("Welcome to use the Xunsky XE compiler!");
System.out.println("Xusnky XE/BinY 1.0.1");
System.out.println("Tip:请尽量按照标准书写方法键入单词或拼音\n避免y与x与其他双1数字阵列混淆导致解译困难");
System.out.println("请选择编译格式：（XE_1.0/XE_2.0）");
String[] zum = {"a","b","c","d","e","f","g","h","i","j","k","l","m","n","o","p","q","r",
"s","t","u","v","w","x","y","z"};
HashMap<String, String> zummap = new HashMap<>();
zummap.put("a", "#2");
zummap.put("b", "#3");
zummap.put("c", "#4");
zummap.put("d", "#6");
zummap.put("e", "#8");
zummap.put("f", "#9");
zummap.put("g", "#7");
zummap.put("h", "#5");
zummap.put("i", "*2");
zummap.put("j", "*3");
zummap.put("k", "*4");
zummap.put("l", "*6");
zummap.put("m", "*8");
zummap.put("n", "*9");
zummap.put("o", "*7");
zummap.put("p", "*5");
zummap.put("q", "#*2");
zummap.put("r", "#*3");
zummap.put("s", "#*4");
zummap.put("t", "#*6");
zummap.put("u", "#*8");
zummap.put("v", "#*9");
zummap.put("w", "#*7");
zummap.put("x", "*#0");
zummap.put("y", "*#1");
zummap.put("z", "*#2");
HashMap<String, String> zumN0 = new HashMap<>();
zumN0.put("a", "//.././");
zumN0.put("b", "/../../");
zumN0.put("c", "//../.../");
zumN0.put("d", "/..//./");
zumN0.put("e", "/..//../");
zumN0.put("f", "/..//.../");
zumN0.put("g", "/..///./");
zumN0.put("h", "/..///../");
zumN0.put("i", "/././");
zumN0.put("j", "/./../");
zumN0.put("k", "/./.../");
zumN0.put("l", "/.//./");
zumN0.put("m", "/.//../");
zumN0.put("n", "/.//.../");
zumN0.put("o", "/.///./");
zumN0.put("p", "/.///../");
zumN0.put("q", "/..././");
zumN0.put("r", "/.../../");
zumN0.put("s", "/.../.../");
zumN0.put("t", "/...//./");
zumN0.put("u", "/...//../");
zumN0.put("v", "/...//.../");
zumN0.put("w", "/...///./");
zumN0.put("x", "///./");
zumN0.put("y", "////");
zumN0.put("z", "///./");
try {
Scanner scanner = new Scanner(System.in);
while (switchVar) {
System.out.print("请输入英文： ");
String input = scanner.nextLine().toLowerCase();
System.out.println("井星码:");
for (char ch : input.toCharArray()) {
String xesValue = zummap.get(String.valueOf(ch));
System.out.print(xesValue);
}
System.out.println("\n电码:");
for (char ch : input.toCharArray()) {
String zumN0Value = zumN0.get(String.valueOf(ch));
System.out.print(zumN0Value);
}
System.out.print("\nEnter 'C' to exit, otherwise continue: ");
String choice = scanner.nextLine();
if (choice.equalsIgnoreCase("C")) {
switchVar = false;
} else {
switchVar = true;
}
}
scanner.close();
} catch (Exception e) {
System.out.println("编译错误，请输入标准的英文字母！");
}
}
}
```
注意：在Java中，我们使用Scanner类来读取用户的输入。在这个示例中，我们使用了Scanner来读取用户输入的英文文本，并进行相应的转换和输出。
为了实现这些功能，需要使用一些Java的类和方法，这就导致了较多的代码量。但是，使用Java编写代码的好处是可以实现更复杂的功能，并且具有良好的可读性和可维护性。
如果你对Java编程不熟悉，可能会觉得这些代码量较多，但随着对Java的熟悉程度的提高，你会发现Java可以帮助你实现更多更复杂的功能。
优化1
ChatGPT 3.5:
当然可以对上述代码进行一些优化，以减少代码量并提高可读性。下面是优化后的代码示例：
```java
import java.util.HashMap;
import java.util.Scanner;
public class MorseCodeConverter {
public static void main(String[] args) {
HashMap<String, String> zummap = new HashMap<>();
zummap.put("a", "#2");
zummap.put("b", "#3");
zummap.put("c", "#4");
zummap.put("d", "#6");
zummap.put("e", "#8");
zummap.put("f", "#9");
zummap.put("g", "#7");
zummap.put("h", "#5");
zummap.put("i", "*2");
zummap.put("j", "*3");
zummap.put("k", "*4");
zummap.put("l", "*6");
zummap.put("m", "*8");
zummap.put("n", "*9");
zummap.put("o", "*7");
zummap.put("p", "*5");
zummap.put("q", "#*2");
zummap.put("r", "#*3");
zummap.put("s", "#*4");
zummap.put("t", "#*6");
zummap.put("u", "#*8");
zummap.put("v", "#*9");
zummap.put("w", "#*7");
zummap.put("x", "*#0");
zummap.put("y", "*#1");
zummap.put("z", "*#2");
HashMap<String, String> zumN0 = new HashMap<>();
zumN0.put("a", "//.././");
zumN0.put("b", "/../../");
zumN0.put("c", "//../.../");
zumN0.put("d", "/..//./");
zumN0.put("e", "/..//../");
zumN0.put("f", "/..//.../");
zumN0.put("g", "/..///./");
zumN0.put("h", "/..///../");
zumN0.put("i", "/././");
zumN0.put("j", "/./../");
zumN0.put("k", "/./.../");
zumN0.put("l", "/.//./");
zumN0.put("m", "/.//../");
zumN0.put("n", "/.//.../");
zumN0.put("o", "/.///./");
zumN0.put("p", "/.///../");
zumN0.put("q", "/..././");
zumN0.put("r", "/.../../");
zumN0.put("s", "/.../.../");
zumN0.put("t", "/...//./");
zumN0.put("u", "/...//../");
zumN0.put("v", "/...//.../");
zumN0.put("w", "/...///./");
zumN0.put("x", "///./");
zumN0.put("y", "////");
zumN0.put("z", "///./");
try (Scanner scanner = new Scanner(System.in)) {
while (true) {
System.out.print("请输入英文： ");
String input = scanner.nextLine().toLowerCase();
System.out.println("井星码:");
for (char ch : input.toCharArray()) {
String xesValue = zummap.getOrDefault(String.valueOf(ch), "");
System.out.print(xesValue);
}
System.out.println("\n电码:");
for (char ch : input.toCharArray()) {
String zumN0Value = zumN0.getOrDefault(String.valueOf(ch), "");
System.out.print(zumN0Value);
}
System.out.print("\nEnter 'C' to exit, otherwise continue: ");
String choice = scanner.nextLine();
if (choice.equalsIgnoreCase("C")) {
break;
}
}
} catch (Exception e) {
System.out.println("编译错误，请输入标准的英文字母！");
}
}
}
```
优化后的代码主要进行了以下几点改进：
1. 使用`getOrDefault`方法来获取HashMap中的值，这样可以避免在输入非英文字母时抛出异常。
2. 使用`try-with-resources`语句来自动关闭Scanner对象，这样可以避免手动关闭Scanner。
3. 简化了循环条件，使用`while (true)`来代替`switchVar`变量。
4. 使用`break`语句来退出循环，而不是设置`switchVar`变量为`false`。
5. 删除了不必要的注释和空行，使代码更加简洁。
这些优化主要是针对代码的简洁性和可读性进行的，以减少冗余代码并提高代码的可读性和可维护性。
优化2
ChatGPT 3.5:
当然可以！以下是进一步优化和精简后的代码：
```java
import java.util.HashMap;
import java.util.Scanner;
public class Main {
public static void main(String[] args) {
HashMap<String, String> zummap = new HashMap<>();
zummap.put("a", "#2");
zummap.put("b", "#3");
zummap.put("c", "#4");
zummap.put("d", "#6");
zummap.put("e", "#8");
zummap.put("f", "#9");
zummap.put("g", "#7");
zummap.put("h", "#5");
zummap.put("i", "*2");
zummap.put("j", "*3");
zummap.put("k", "*4");
zummap.put("l", "*6");
zummap.put("m", "*8");
zummap.put("n", "*9");
zummap.put("o", "*7");
zummap.put("p", "*5");
zummap.put("q", "#*2");
zummap.put("r", "#*3");
zummap.put("s", "#*4");
zummap.put("t", "#*6");
zummap.put("u", "#*8");
zummap.put("v", "#*9");
zummap.put("w", "#*7");
zummap.put("x", "*#0");
zummap.put("y", "*#1");
zummap.put("z", "*#2");
HashMap<String, String> zumN0 = new HashMap<>();
zumN0.put("a", "//.././");
zumN0.put("b", "/../../");
zumN0.put("c", "//../.../");
zumN0.put("d", "/..//./");
zumN0.put("e", "/..//../");
zumN0.put("f", "/..//.../");
zumN0.put("g", "/..///./");
zumN0.put("h", "/..///../");
zumN0.put("i", "/././");
zumN0.put("j", "/./../");
zumN0.put("k", "/./.../");
zumN0.put("l", "/.//./");
zumN0.put("m", "/.//../");
zumN0.put("n", "/.//.../");
zumN0.put("o", "/.///./");
zumN0.put("p", "/.///../");
zumN0.put("q", "/..././");
zumN0.put("r", "/.../../");
zumN0.put("s", "/.../.../");
zumN0.put("t", "/...//./");
zumN0.put("u", "/...//../");
zumN0.put("v", "/...//.../");
zumN0.put("w", "/...///./");
zumN0.put("x", "///./");
zumN0.put("y", "////");
zumN0.put("z", "///./");
try (Scanner scanner = new Scanner(System.in)) {
while (true) {
System.out.print("请输入英文： ");
String input = scanner.nextLine().toLowerCase();
System.out.println("井星码:");
for (char ch : input.toCharArray()) {
System.out.print(zummap.getOrDefault(String.valueOf(ch), ""));
}
System.out.println("\n电码:");
for (char ch : input.toCharArray()) {
System.out.print(zumN0.getOrDefault(String.valueOf(ch), ""));
}
System.out.print("\nEnter 'C' to exit, otherwise continue: ");
if (scanner.nextLine().equalsIgnoreCase("C")) {
break;
}
}
} catch (Exception e) {
System.out.println("编译错误，请输入标准的英文字母！");
}
}
}
```
在这个优化后的代码中，我进一步简化了循环体中的代码，将获取HashMap中的值和打印输出的逻辑放在了循环中，避免了重复的代码。此外，还简化了退出循环的判断条件，直接将用户输入与"C"进行比较，避免了使用额外的变量。这些优化使得代码更加简洁和清晰。
