调用格式为cc_uncompress -s 0_80_91.txt -d 1.txt。1.txt可以是任意文件名。....*)/cc_uncompress -s \1 -d \1.txt/gp' #ls *.Z | sed -nr 's/(.*)/cc_uncompress -s -d .txt/gp' cc_uncompress...-s 0_80_91.Z -d 0_80_91.Z.txt cc_uncompress -s 0_80_92.Z -d 0_80_92.Z.txt cc_uncompress -s 0_80_93.Z...-d 0_80_93.Z.txt #ls *.Z | sed -nr 's/(.*)/cc_uncompress -s -d .txt/gp' | sh 实现命令2为:find ....-name "*.Z" -exec cc_uncompress -s {} -d {}.bak \; 以上就是本文的全部内容,希望对大家的学习有所帮助。
下面将介绍其中的三个工具:uncompress、gzip和zcat。uncompress命令uncompress是最简单、最常用的解压缩.Z文件的命令行工具。...使用uncompress命令解压缩.Z文件的方法非常简单,只需在终端中执行以下命令:uncompress file.Z其中,file.Z是要解压缩的.Z文件名。...gzip命令除了使用uncompress命令外,你还可以使用gzip命令解压缩.Z文件。尽管gzip主要用于处理.gz格式文件,但它也具备解压.Z文件的能力。...运行以下命令来解压缩.Z文件:gzip -d file.Z与uncompress命令相似,解压缩后将得到一个去除.Z扩展名的文件。zcat命令zcat命令用于将压缩文件的内容直接传输到标准输出。...示例1:使用uncompress解压缩.Z文件假设我们有一个名为file.Z的压缩文件,我们可以使用以下命令解压缩它:uncompress file.Z执行完毕后,将会生成一个名为file的解压缩文件。
在使用zlib进行内存压缩解压缩的的时候主要用到的函数就是两个compress/uncompress。为了在C++中使用更方便,做一些便利性封装是非常必要的。...sourceLen,size_t uncompress_bound=0){ throw_if(nullptr==source||0==sourceLen) //uncompress_bound...uncompress_bound) uncompress_bound = sourceLen << 3; for(;;){ std::vector... buffer(uncompress_bound); auto destLen=uLongf(buffer.size()); auto err=uncompress...(const std::string &source,size_t uncompress_bound=0){ auto un_data=zlib_mem_uncompress(source.data
| int | NO | | | | | uncompress_time | int | NO | | | | +-----------------+------+------+-----+-----...| int | NO | | | | | uncompress_time | int | NO | | | | +-----------------+--------------+------+---...: 0 uncompress_time: 0 1 row in set (0.00 sec) mysql> select * from innodb_cmp_per_index; Empty set...: 0 uncompress_time: 0 1 row in set (0.01 sec) mysql> select * from innodb_cmp_per_index\G *********...: 0 uncompress_time: 0 1 row in set (0.00 sec) 4.
| uncompress_time | +-----------+--------------+-----------------+---------------+----------------+-...| uncompress_time | +-----------+--------------+-----------------+---------------+----------------+-...此计数不应超过COMPRESS_OPS字段值 COMPRESS_TIME:尝试压缩大小为PAGE_SIZE字段值的BTREE页所花费的总时间(以秒为单位) UNCOMPRESS_OPS:表示PAGE_SIZE...| uncompress_time | +---------------+------------+------------+--------------+-----------------+----...| uncompress_time | +---------------+------------+------------+--------------+-----------------+----
基本实现 主要借助的就是Deflater, Inflater两个工具类,其使用姿势如下 public static String uncompress(byte[] input) throws IOException...(compres); System.out.println("uncompress!...\n" + text + "\n" + res); } 输出结果 1011 : 1974 uncompress!...简单来说,就是压缩时,如果nowrap为true,那么解压时也要为true;否则对不上时,就会抛异常 接下来简单对比下两种不同传参的情况,首先更新下工具类 public static String uncompress...), true); System.out.println(compres.length + " : " + text.getBytes().length); String res = uncompress
/UnRAR64.dll' from unrar import rarfile def zip_uncompress(file_name: str): if not zipfile.is_zipfile...save_zip_name) else: print('>> [%s]文件夹不存在' % os.path.abspath(to_zip)) def rar_uncompress...#rar_uncompress(r'C:\Users\SXF\Desktop\1.rar') #zip_compress(r'C:\Users\SXF\Desktop\build\demo') #zip_uncompress...rar_uncompress(file) elif file.endswith('zip'): print('>> zip格式!')...zip_uncompress(file) else: print('>> 输入非法!')
zipfile37 import zipfile37 as zf import itertools filename = 'test.zip' # password = '257' # 解压函数 def uncompress...itertools.permutations(chars, 3): # 假设是三位字符 password = ''.join(char) # print(password) # 调用前面uncompress...方法 result = uncompress(filename, password) if not result: print('解压失败!'
通过成员函数Compress和UnCompress,该类使得对目录的ZIP压缩和ZIP文件的解压变得相对容易。...ZIP解压函数 UnCompress UnCompress函数通过zlib库提供的ZIP解压功能,将ZIP文件解压到指定目录。...将如上的压缩与解压方法封装成MyZip类,调用zip.Compress()实现压缩目录,调用zip.UnCompress()则实现解压缩目录。...int main(int argc, char* argv[]) { MyZip zip; // 解压缩目录 std::string uncompress_src = "D:\\test.zip.../ 解压到 bool compress_flag = zip.UnCompress(uncompress_src, uncompress_dst); std::cout << "解压缩状态: "
bytes Gzip压缩的字节数组 * @return byte[] * @description 解压缩字节数组 */ public static byte[] unCompress..."SnappyUtil compress error", e); return null; } } public static byte[] unCompress...|| bytes.length == 0) { return null; } try { return Snappy.uncompress...(bytes); } catch (Exception e) { log.error("SnappyUtil uncompress error", e);...e.printStackTrace(); System.out.println(e.getMessage()); log.error("Lz4Util uncompress
压缩、解压缩及归档工具 file-roller compress/uncompress: .Z gzip/gunzip: .gz bzip2/bunzip2: .bz2 xz/unxz: .xz zip.../unzip tar cpio compress/uncompress compress [-dfvcVr] [-b maxbits] [file ...]...-d: 解压缩,相当于uncompress -c: 结果输出至标准输出,不删除原文件 -v: 显示详情 uncompress 解压缩 zcat file.Z >file gzip/gunzip
'success'); }) .on('error', () => { console.log('failure'); }); 解压文件到指定目录 compressing.zip.uncompress...console.log('success'); }) .catch(err => { console.log(err); }); 解压文件到指定目录 compressing.zip.uncompress
我们首先将解压缩的算法抽象成抽象策略接口 CompressStrategy, 提供压缩方法 compress 和解压缩方法 uncompress,分别接受源文件路径和目的文件路径。...; return true; } @Override public boolean uncompress(String source, String to) {...; return true; } @Override public boolean uncompress(String source, String to) {...source, String to) { return compressStrategy.compress(source, to); } public boolean uncompress...(String source, String to) { return compressStrategy.uncompress(source, to); } } 十分简单,只是传入一个具体算法
gunzip $filename;; *.bz2) bunzip2 $filename;; *.zip) unzip $filename;; *.Z) uncompress...gunzip $filename;; *.bz2) bunzip2 $filename;; *.zip) unzip $filename;; *.Z) uncompress...filename;; *.bz2) bunzip2 -v $filename;; *.zip) unzip -v $filename;; *.Z) uncompress
AssetManager 或 Resources classes方法来获取InputStream,将抛出java.io.IOException的异常如下 DEBUG/asset(1123): Data exceeds UNCOMPRESS_DATA_MAX...3.将你的资源文件分割成UNCOMPRESS_DATA_MAX(1M)以下的文件. 转自:http://webservices.ctocio.com.cn/429/12134429.shtml
org.apache.hadoop.io.compress.Lz4Codec"); // compress("org.apache.hadoop.io.compress.SnappyCodec"); // uncompress...("text"); // uncompress1("hdfs://master:9000/user/hadoop/text.gz"); } // 压缩文件 public...; } // 解压缩 public static void uncompress(String fileName) throws Exception { Class...; IOUtils.closeStream(in); } // 使用文件扩展名来推断二来的codec来对文件进行解压缩 public static void uncompress1
第三个封装,uncompress,用于解压缩。...(uncompress(c) == Some(d)); } #[test] fn invalid() { let d = vec!...(uncompress(&d).is_none()); } #[test] fn empty() { let d = vec!...(uncompress(&d).is_none()); let c = compress(&d); assert!...(uncompress(&c) == Some(d)); } } 好了,这个简单的库就搞定了!以后,要对自己写的 C 库进行封装,也是同样道理。
// 将响应体转换为String String bodyString = new String(uncompress...Flux.from(body).flatMapSequential(p -> p)); } }; } public static byte[] uncompress...out.write(buffer, 0, n); } } catch (IOException e) { log.error("gzip uncompress
open' => '压缩','close' => '关闭'), 'default' => 'open' ), 如果想要内容里面的pre不被压缩可使用以下函数: function unCompress...--em-compress-html-->'; } return $content; } unCompress($log_content);
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