Java8中字符串处理库strman-java的使用示例

2024-03-12 10:17:03 309

介绍

Strmen-java是一个字符串处理工具，你可以通过maven将它引入到项目中。Strmen-java为我们提供了一个非常完整且强大的解决方案，使用它可以解决几乎所有字符串处理场景。

使用

为了能在你的Java应用程序中使用strman-java，可以把这个包下载下来添加到你项目的lib目录中，如果使用的是Maven做项目管理，则只需要在你的pom.xml中加入如下依赖即可：

<dependency>
<groupId>com.shekhargulati</groupId>
<artifactId>strman</artifactId>
<version>0.2.0</version>
<type>jar</type>
</dependency>

如果是Gradle用户则在build.gradle文件中添加如下代码：

compile(group:'com.shekhargulati',name:'strman',version:'0.2.0',ext:'jar'){
transitive=true
}

示例

下面便是Strman-java的使用示例：

importstrman.Strman;
importjava.util.Arrays;
importjava.util.Optional;

/**
*strman-java包的测试使用类
*Createdbyblinkfoxon16/7/17.
*/
publicclassStrmanTest{

publicstaticvoidmain(String[]args){
//append在一个字符串后追加任意个数的字符串
Strings1=Strman.append("f","o","o","b","a","r");
System.out.println("append:"+s1);//result=>"foobar"

//prepend在一个字符串前追加任意个数的字符串
Strings1pre=Strman.prepend("r","f","o","o","b","a");
System.out.println("prepend:"+s1pre);//result=>"foobar"

//appendArray在一个字符串后先后追加一个字符串数组中的元素
Strings2=Strman.appendArray("f",newString[]{"o","o","b","a","r"});
System.out.println("append:"+s2);//result=>"foobar"

//at根据字符串的索引获取到对应的字符。如果索引是负数,则逆向获取,超出则抛出异常
Optional<String>s3=Strman.at("foobar",3);
System.out.println("at:"+s3.get());//result=>"b"

//between得到一个字符串中,开始字符串和结束字符串之间的字符串的数组
String[]s4=Strman.between("[abc],[def]","[","]");
System.out.println("between:"+Arrays.toString(s4));//result=>"[abc,def]"

//chars得到一个字符串中所有字符构成的字符串数组
String[]s5=Strman.chars("title");
System.out.println("chars:"+Arrays.toString(s5));//result=>"[t,i,t,l,e]"

//collapseWhitespace替换掉连续的多个空格为一个空格
Strings6=Strman.collapseWhitespace("foobar");
System.out.println("chars:"+s6);//result=>"foobar"

//contains判断一个字符串是否包含另外一个字符串,第三个参数,表示字符串大小写是否敏感
booleans7=Strman.contains("foobar","foo");
booleans8=Strman.contains("foobar","FOO",false);
System.out.println("contains:"+s7+","+s8);//result=>"true,true"

//containsAll判断一个字符串是否包含某字符串数组中的所有元素
booleans9=Strman.containsAll("foobar",newString[]{"foo","bar"});
booleans10=Strman.containsAll("foobar",newString[]{"FOO","bar"},false);
System.out.println("containsAll:"+s9+","+s10);//result=>"true,true"

//containsAny判断一个字符串是否包含某字符串数组中的任意一个元素
booleans11=Strman.containsAny("foobar",newString[]{"FOO","BAR","Test"},false);
System.out.println("containsAny:"+s11);//result=>"true"

//countSubstr判断一个字符串包含某字符串的个数
longs12=Strman.countSubstr("aaaAAAaaa","aaa");
longs13=Strman.countSubstr("aaaAAAaaa","aaa",false,false);
System.out.println("countSubstr:"+s12+","+s13);//result=>"2,3"

//endsWith判断一个字符串是否以某个字符串结尾
booleans14=Strman.endsWith("foobar","bar");
booleans15=Strman.endsWith("foobar","BAR",false);
System.out.println("endsWith:"+s14+","+s15);//result=>"true,true"

//ensureLeft确保一个字符串以某个字符串开头,如果不是,则在前面追加该字符串,并将字符串结果返回
Strings16=Strman.ensureLeft("foobar","foo");
Strings17=Strman.ensureLeft("bar","foo");
Strings18=Strman.ensureLeft("foobar","FOO",false);
System.out.println("ensureLeft:"+s16+","+s17+","+s18);
//result=>"foobar,foobar,foobar"

//ensureRight确保一个字符串以某个字符串开头,如果不是,则在前面追加该字符串,并将字符串结果返回
Strings16r=Strman.ensureRight("foobar","bar");
Strings17r=Strman.ensureRight("foo","bar");
Strings18r=Strman.ensureRight("fooBAR","bar",false);
System.out.println("ensureRight:"+s16r+","+s17r+","+s18r);
//result=>"foobar,foobar,fooBAR"

//base64Encode将字符串转成Base64编码的字符串
Strings19=Strman.base64Encode("strman");
System.out.println("base64Encode:"+s19);//result=>"c3RybWFu"

//binDecode将二进制编码（16位）转成字符串字符
Strings20=Strman.binDecode("0000000001000001");
System.out.println("binDecode:"+s20);//result=>"A"

//binEncode将字符串字符转成二进制编码（16位）
Strings21=Strman.binEncode("A");
System.out.println("binEncode:"+s21);//result=>"0000000001000001"

//decDecode将十进制编码（5位）转成字符串字符
Strings22=Strman.decDecode("00065");
System.out.println("decDecode:"+s22);//result=>"A"

//decEncode将字符串转成十进制编码（5位）
Strings23=Strman.decEncode("A");
System.out.println("decEncode:"+s23);//result=>"00065"

//first得到从字符串开始到索引n的字符串
Strings24=Strman.first("foobar",3);
System.out.println("first:"+s24);//result=>"foo"

//last得到从字符串结尾倒数索引n的字符串
Strings24l=Strman.last("foobar",3);
System.out.println("last:"+s24l);//result=>"bar"

//head得到字符串的第一个字符
Strings25=Strman.head("foobar");
System.out.println("head:"+s25);//result=>"f"

//hexDecode将字符串字符转成十六进制编码（4位）
Strings26=Strman.hexDecode("0041");
System.out.println("hexDecode:"+s26);//result=>"A"

//hexEncode将十六进制编码（4位）转成字符串字符
Strings27=Strman.hexEncode("A");
System.out.println("hexEncode:"+s27);//result=>"0041"

//inequal测试两个字符串是否相等
booleans28=Strman.inequal("a","b");
System.out.println("inequal:"+s28);//result=>"true"

//insert将子字符串插入到字符串某索引位置处
Strings29=Strman.insert("fbar","oo",1);
System.out.println("insert:"+s29);//result=>"foobar"

//leftPad将字符串从左补齐直到总长度为n为止
Strings30=Strman.leftPad("1","0",5);
System.out.println("leftPad:"+s30);//result=>"00001"

//rightPad将字符串从右补齐直到总长度为n为止
Strings30r=Strman.rightPad("1","0",5);
System.out.println("rightPad:"+s30r);//result=>"10000"

//lastIndexOf此方法返回在指定值的最后一个发生的调用字符串对象中的索引，从偏移量中向后搜索
ints31=Strman.lastIndexOf("foobarfoobar","F",false);
System.out.println("lastIndexOf:"+s31);//result=>"6"

//leftTrim移除字符串最左边的所有空格
Strings32=Strman.leftTrim("strman");
System.out.println("leftTrim:"+s32);//result=>"strman"

//rightTrim移除字符串最右边的所有空格
Strings32r=Strman.rightTrim("strman");
System.out.println("rightTrim:"+s32r);//result=>"strman"

//removeEmptyStrings移除字符串数组中的空字符串
String[]s33=Strman.removeEmptyStrings(newString[]{"aa","","","bb","cc",null});
System.out.println("removeEmptyStrings:"+Arrays.toString(s33));
//result=>"[aa,bb,cc]"

//removeLeft得到去掉前缀（如果存在的话）后的新字符串
Strings34=Strman.removeLeft("foobar","foo");
System.out.println("removeLeft:"+s34);//result=>"bar"

//removeRight得到去掉后缀（如果存在的话）后的新字符串
Strings34r=Strman.removeRight("foobar","bar");
System.out.println("removeRight:"+s34r);//result=>"foo"

//removeNonWords得到去掉不是字符的字符串
Strings35=Strman.removeNonWords("foo&bar-");
System.out.println("removeNonWords:"+s35);//result=>"foobar"

//removeSpaces移除所有空格
Strings36=Strman.removeSpaces("strman");
System.out.println("removeSpaces:"+s36);//result=>"strman"

//repeat得到给定字符串和重复次数的新字符串
Strings37=Strman.repeat("1",3);
System.out.println("repeat:"+s37);//result=>"111"

//reverse得到反转后的字符串
Strings38=Strman.reverse("foobar");
System.out.println("reverse:"+s38);//result=>"raboof"

//safeTruncate安全的截断字符串，不切一个字的一半,它总是返回最后一个完整的单词
Strings39=Strman.safeTruncate("AJavascriptstringmanipulationlibrary.",19,"...");
System.out.println("safeTruncate:"+s39);//result=>"AJavascript..."

//truncate不太安全的截断字符串
Strings40=Strman.truncate("AJavascriptstringmanipulationlibrary.",19,"...");
System.out.println("truncate:"+s40);//result=>"AJavascriptstr..."

//htmlDecode将html字符反转义
Strings41=Strman.htmlDecode("&SHcy;");
System.out.println("htmlDecode:"+s41);//result=>"Ш"

//htmlEncode将html字符转义
Strings42=Strman.htmlEncode("Ш");
System.out.println("htmlEncode:"+s42);//result=>"&SHcy;"

//shuffle将给定字符串转成随机字符顺序的字符串
Strings43=Strman.shuffle("shekhar");
System.out.println("shuffle:"+s43);//result=>"rhsheak"

//slugify将字符串分段(用"-"分段)
Strings44=Strman.slugify("foobar");
System.out.println("slugify:"+s44);//result=>"foo-bar"

//transliterate删除所有非有效字符,如:á=>a
Strings45=Strman.transliterate("fóõbár");
System.out.println("transliterate:"+s45);//result=>"foobar"

//surround给定的“前缀”和“后缀”来包裹一个字符串
Strings46=Strman.surround("div","<",">");
System.out.println("surround:"+s46);//result=>"<div>"

//tail得到去掉第一个字符后的字符串
Strings47=Strman.tail("foobar");
System.out.println("tail:"+s47);//result=>"oobar"

//toCamelCase转成驼峰式的字符串
Strings48=Strman.toCamelCase("CamelCase");
Strings48_2=Strman.toCamelCase("camel-case");
System.out.println("tail:"+s48+","+s48_2);//result=>"camelCase,camelCase"

//toStudlyCase转成Studly式的字符串
Strings49=Strman.toStudlyCase("helloworld");
System.out.println("toStudlyCase:"+s49);//result=>"HelloWorld"

//toDecamelize转成Decamelize式的字符串
Strings50=Strman.toDecamelize("helloWorld",null);
System.out.println("toDecamelize:"+s50);//result=>"helloworld"

//toKebabCase转成Kebab式的字符串
Strings51=Strman.toKebabCase("helloWorld");
System.out.println("toKebabCase:"+s51);//result=>"hello-world"

//toSnakeCase转成Snake式的字符串
Strings52=Strman.toSnakeCase("helloworld");
System.out.println("toSnakeCase:"+s52);//result=>"hello_world"
}

}

总结

以上就是这篇文章的全部内容，希望能对大家的学习或者工作带来一定的帮助，如果有疑问大家可以留言交流。

Java8中字符串处理库strman-java的使用示例

热门推荐

随机推荐