Base64编码的图片在网页中的显示有关问题的解决
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Base64编码的图片在网页中的显示有关问题的解决Base64编码的图片在网页中的显示问题的解决
1.为什么要用到BASE64编码的图片信息&&& Base64是网络上最常见的用于传输8Bit字节代码的编码方式之一。Base64 主要不是加密，它主要的用途是把一些二进制数转成普通字符用于网络传输。由于一些二进制字符在传输协议中属于控制字符，不能直接传送需要转换一下。最常见的用途是作为电子邮件或WebService附件的传输编码.2.base64编码定义　　目前的internet e-mail标准--简单邮件传递协议(smtp)在rfc821中规定了两条重要但不难实现的限制：&&&&&&& 1)邮件的内容必须全部为7-比特的美国ascii码。&&&&&&& 2)每一行的长度不能超过1000的字符。&&& 因此为了通过smtp用e-mail进行传送,内存的序列化对象必须转化为和以上相容的格式。&&& rfc1521提供了一个可行的方案。它定义了邮件的内容部分,使之能包涵多种形式的数据。这种标准就是目前众所周知的mime。　　按照rfc1521编码过程为:输入是24个比特,输出是4个字节。24个比特输入组从左至右 由3个8比特的输入组形成。这24个比特被看成4个连续的6比特组,而每个6比特输入组被翻译为base64码表中的一个数字。依次反复不断进行，直到全部输入数据转换完成。&&& 如果最后剩下两个输入数据，在编码结果后加1个“=”；如果最后剩下一个输入数据，编码结果后加2个“=”；如果没有剩下任何数据，就什么都不要加，这样才可以保证资料还原的正确性。&&& 完整的base64定义可见 RFC1421和 RFC2045。编码后的数据比原始数据略长，为原来的4/3。在电子邮件中，根据RFC822规定，每76个字符，还需要加上一个回车换行。可以估算编码后数据长度大约为原长的135.1%。3.如何进行base64编码&& Base64 使用US-ASCII子集的65个字符, 每个字符用6位表示&& 对于文本串，编码过程如下。例如"men":&& 先转成US-ASCII值.&& "m"十进制 109&& "e"十进制 101&& "n"十进制 110&& 二进制 :&& m && e && n && 三个8位连起来是24位&& && 然后分成4个6位&& 110 110&& 现在得到4个值，十进制为&& 27 22 21 46对应的 Base64 字符是 : b W V u编码总是基于3个字符，从而产生4个Base64字符。如果只是2个字符的数据，使用特殊字符"="补齐Base64的4字。如，编码"me"011 1111111 (与，补足6位)110 010100b W Ub W U = ("=" 补足4字符)于是 "bWU=" 就是"me"的Base64值.如果只是2个字符的数据,如编码 "m"11 11 010000b Q = =于是 "bQ==" 就是"m"的Base64值.4.显示被存储为Base64编码字符串的图片的例子1)使用data: URI直接在网页中嵌入.data: URI定义于IETF标准的RFC 2397data: URI的基本使用格式如下：data:[&MIME-type&][;base64|charset=some_charset],&data&mime-type是嵌入数据的mime类型，比如png图片就是image/png。如果后面跟base64，说明后面的data是采用base64方式进行编码的 这种方法可以将任何文件嵌入到你的网页中，如HTM/HTML，主要代码：'data:text/base64,+你的编码'下面给出MIME-Type 列表（文件类型参照）：123 application/vnd.lotus-1-2-33gp video/3gppaab application/x-authoware-binaam application/x-authoware-mapaas application/x-authoware-segai application/postscriptaif audio/x-aiffaifc audio/x-aiffaiff audio/x-aiffals audio/X-Alpha5amc application/x-mpegani application/octet-streamasc text/plainasd application/astoundasf video/x-ms-asfasn application/astoundasp application/x-asapasx video/x-ms-asfau audio/basicavb application/octet-streamavi video/x-msvideoawb audio/amr-wbbcpio application/x-bcpiobin application/octet-streambld application/bldbld2 application/bld2bmp application/x-MS-bmpbpk application/octet-streambz2 application/x-bzip2cal image/x-calsccn application/x-cnccco application/x-cocoacdf application/x-netcdfcgi magnus-internal/cgichat application/x-chatclass application/octet-streamclp application/x-msclipcmx application/x-cmxco application/x-cult3d-objectcod image/cis-codcpio application/x-cpiocpt application/mac-compactprocrd application/x-mscardfilecsh application/x-cshcsm chemical/x-csmlcsml chemical/x-csmlcss text/csscur application/octet-streamdcm x-lml/x-evmdcr application/x-directordcx image/x-dcxdhtml text/htmldir application/x-directordll application/octet-streamdmg application/octet-streamdms application/octet-streamdoc application/msworddot application/x-dotdvi application/x-dvidwf drawing/x-dwfdwg application/x-autocaddxf application/x-autocaddxr application/x-directorebk application/x-expandedbookemb chemical/x-embl-dl-nucleotideembl chemical/x-embl-dl-nucleotideeps application/postscripteri image/x-eries audio/echospeechesl audio/echospeechetc application/x-earthtimeetx text/x-setextevm x-lml/x-evmevy application/x-envoyexe application/octet-streamfh4 image/x-freehandfh5 image/x-freehandfhc image/x-freehandfif image/fiffm application/x-makerfpx image/x-fpxfvi video/isivideogau chemical/x-gaussian-inputgca application/x-gca-compressedgdb x-lml/x-gdbgif image/gifgps application/x-gpsgtar application/x-gtargz application/x-gziphdf application/x-hdfhdm text/x-hdmlhdml text/x-hdmlhlp application/winhlphqx application/mac-binhex40htm text/htmlhtml text/htmlhts text/htmlice x-conference/x-cooltalkico application/octet-streamief image/iefifm image/gififs image/ifsimy audio/melodyins application/x-NET-Installips application/x-ipscriptipx application/x-ipixit audio/x-moditz audio/x-modivr i-world/i-vrmlj2k image/j2kjad text/vnd.sun.j2me.app-descriptorjam application/x-jamjar application/java-archivejnlp application/x-java-jnlp-filejpe image/jpegjpeg image/jpegjpg image/jpegjpz image/jpegjs application/x-javascriptjwc application/jwckjx application/x-kjxlak x-lml/x-laklatex application/x-latexlcc application/fastmanlcl application/x-digitallocalcr application/x-digitallocalgh application/lghlha application/octet-streamlml x-lml/x-lmllmlpack x-lml/x-lmlpacklsf video/x-ms-asflsx video/x-ms-asflzh application/x-lzhm13 application/x-msmediaviewm14 application/x-msmediaviewm15 audio/x-modm3u audio/x-mpegurlm3url audio/x-mpegurlma1 audio/ma1ma2 audio/ma2ma3 audio/ma3ma5 audio/ma5man application/x-troff-manmap magnus-internal/imagemapmbd application/mbedletmct application/x-mascotmdb application/x-msaccessmdz audio/x-modme application/x-troff-memel text/x-vmelmi application/x-mifmid audio/midimidi audio/midimif application/x-mifmil image/x-calsmio audio/x-miommf application/x-skt-lbsmng video/x-mngmny application/x-msmoneymoc application/x-mochamocha application/x-mochamod audio/x-modmof application/x-yumekaramol chemical/x-mdl-molfilemop chemical/x-mopac-inputmov video/quicktimemovie video/x-sgi-moviemp2 audio/x-mpegmp3 audio/x-mpegmp4 video/mp4mpc application/vnd.mpohun.certificatempe video/mpegmpeg video/mpegmpg video/mpegmpg4 video/mp4mpga audio/mpegmpn application/vnd.mophun.applicationmpp application/vnd.ms-projectmps application/x-mapservermrl text/x-mrmlmrm application/x-mrmms application/x-troff-msmts application/metastreammtx application/metastreammtz application/metastreammzv application/metastreamnar application/zipnbmp image/nbmpnc application/x-netcdfndb x-lml/x-ndbndwn application/ndwnnif application/x-nifnmz application/x-screamnokia-op-logo image/vnd.nok-oplogo-colornpx application/x-netfpxnsnd audio/nsndnva application/x-neva1oda application/odaoom application/x-AtlasMate-Pluginpac audio/x-pacpae audio/x-epacpan application/x-panpbm image/x-portable-bitmappcx image/x-pcxpda image/x-pdapdb chemical/x-pdbpdf application/pdfpfr application/font-tdpfrpgm image/x-portable-graymappict image/x-pictpm application/x-perlpmd application/x-pmdpng image/pngpnm image/x-portable-anymappnz image/pngpot application/vnd.ms-powerpointppm image/x-portable-pixmappps application/vnd.ms-powerpointppt application/vnd.ms-powerpointpqf application/x-cprplayerpqi application/cprplayerprc application/x-prcproxy application/x-ns-proxy-autoconfigps application/postscriptptlk application/listenuppub application/x-mspublisherpvx video/x-pv-pvxqcp audio/vnd.qcelpqt video/quicktimeqti image/x-quicktimeqtif image/x-quicktimer3t text/vnd.rn-realtext3dra audio/x-pn-realaudioram audio/x-pn-realaudiorar application/x-rar-compressedras image/x-cmu-rasterrdf application/rdf+xmlrf image/vnd.rn-realflashrgb image/x-rgbrlf application/x-richlinkrm audio/x-pn-realaudiormf audio/x-rmfrmm audio/x-pn-realaudiormvb audio/x-pn-realaudiornx application/vnd.rn-realplayerroff application/x-troffrp image/vnd.rn-realpixrpm audio/x-pn-realaudio-pluginrt text/vnd.rn-realtextrte x-lml/x-gpsrtf application/rtfrtg application/metastreamrtx text/richtextrv video/vnd.rn-realvideorwc application/x-rogerwilcos3m audio/x-mods3z audio/x-modsca application/x-supercardscd application/x-msschedulesdf application/e-scoresea application/x-stuffitsgm text/x-sgmlsgml text/x-sgmlsh application/x-shshar application/x-sharshtml magnus-internal/parsed-htmlshw application/presentationssi6 image/si6si7 image/vnd.stiwap.sissi9 image/vnd.lgtwap.sissis application/vnd.symbian.installsit application/x-stuffitskd application/x-Koanskm application/x-Koanskp application/x-Koanskt application/x-Koanslc application/x-salsasmd audio/x-smdsmi application/smilsmil application/smilsmp application/studiomsmz audio/x-smdsnd audio/basicspc text/x-speechspl application/futuresplashspr application/x-spritesprite application/x-spritespt application/x-sptsrc application/x-wais-sourcestk application/hyperstudiostm audio/x-modsv4cpio application/x-sv4cpiosv4crc application/x-sv4crcsvf image/vndsvg image/svg-xmlsvh image/svhsvr x-world/x-svrswf application/x-shockwave-flashswfl application/x-shockwave-flasht application/x-trofftad application/octet-streamtalk text/x-speechtar application/x-tartaz application/x-tartbp application/x-timbuktutbt application/x-timbuktutcl application/x-tcltex application/x-textexi application/x-texinfotexinfo application/x-texinfotgz application/x-tarthm application/vnd.eri.thmtif image/tifftiff image/tifftki application/x-tkinedtkined application/x-tkinedtoc application/toctoy image/toytr application/x-trofftrk x-lml/x-gpstrm application/x-msterminaltsi audio/tsplayertsp application/dsptypetsv text/tab-separated-valuestsv text/tab-separated-valuesttf application/octet-streamttz application/t-timetxt text/plainult audio/x-modustar application/x-ustaruu application/x-uuencodeuue application/x-uuencodevcd application/x-cdlinkvcf text/x-vcardvdo video/vdovib audio/vibviv video/vivovivo video/vivovmd application/vocaltec-media-descvmf application/vocaltec-media-filevmi application/x-dreamcast-vms-infovms application/x-dreamcast-vmsvox audio/voxwarevqe audio/x-twinvq-pluginvqf audio/x-twinvqvql audio/x-twinvqvre x-world/x-vreamvrml x-world/x-vrmlvrt x-world/x-vrtvrw x-world/x-vreamvts workbook/formulaonewav audio/x-wavwax audio/x-ms-waxwbmp image/vnd.wap.wbmpweb application/vnd.xarawi image/waveletwis application/x-InstallShieldwm video/x-ms-wmwma audio/x-ms-wmawmd application/x-ms-wmdwmf application/x-msmetafilewml text/vnd.wap.wmlwmlc application/vnd.wap.wmlcwmls text/vnd.wap.wmlscriptwmlsc application/vnd.wap.wmlscriptcwmlscript text/vnd.wap.wmlscriptwmv audio/x-ms-wmvwmx video/x-ms-wmxwmz application/x-ms-wmzwpng image/x-up-wpngwpt x-lml/x-gpswri application/x-mswritewrl x-world/x-vrmlwrz x-world/x-vrmlws text/vnd.wap.wmlscriptwsc application/vnd.wap.wmlscriptcwv video/waveletwvx video/x-ms-wvxwxl application/x-wxlx-gzip application/x-gzipxar application/vnd.xaraxbm image/x-xbitmapxdm application/x-xdmaxdma application/x-xdmaxdw application/vnd.fujixerox.docuworksxht application/xhtml+xmlxhtm application/xhtml+xmlxhtml application/xhtml+xmlxla application/vnd.ms-excelxlc application/vnd.ms-excelxll application/x-excelxlm application/vnd.ms-excelxls application/vnd.ms-excelxlt application/vnd.ms-excelxlw application/vnd.ms-excelxm audio/x-modxml text/xmlxmz audio/x-modxpi application/x-xpinstallxpm image/x-xpixmapxsit text/xmlxsl text/xmlxul text/xulxwd image/x-xwindowdumpxyz chemical/x-pdbyz1 application/x-yz1z application/x-compresszac application/x-zaurus-zaczip application/zip Base64编码的字符串与图片的转换 C# using Susing System.Collections.GponentMusing System.Dusing System.Dusing System.Tusing System.Windows.Fusing System.IO;using System.Drawing.Inamespace base64_img{&&& public partial class Form1 : Form&&& {&&&&&&& public Form1()&&&&&&& {&&&&&&&&&&& InitializeComponent();&&&&&&& }&&&&&&& //图片 转为&&& base64编码的文本&&&&&&& private void button1_Click(object sender, EventArgs e)&&&&&&& {&&&&&&&&&&& OpenFileDialog dlg = new OpenFileDialog();&&&&&&&&&&& dlg.Title = "选择要转换的图片";&&&&&&&&&&& dlg.Filter = "Image files (*.*.*.gif)|*.jpg*.*.*.bmp|AllFiles (*.*)|*.*";&&&&&&&&&&& if (DialogResult.OK == dlg.ShowDialog())&&&&&&&&&&& {&&&&&&&&&&&&&&& ImgToBase64String(dlg.FileName);&&&&&&&&&&& }&&&&&&& }&&&&&&& //图片 转为&&& base64编码的文本&&&&&&& private void ImgToBase64String(string Imagefilename)&&&&&&& {&&&&&&&&&&& try&&&&&&&&&&& {&&&&&&&&&&&&&&& Bitmap bmp = new Bitmap(Imagefilename);&&&&&&&&&&&&&&& this.pictureBox1.Image =&&&&&&&&&&&&&&& FileStream fs = new FileStream(Imagefilename + ".txt", FileMode.Create);&&&&&&&&&&&&&&& StreamWriter sw = new StreamWriter(fs);&&&&&&&&&&&&&&& MemoryStream ms = new MemoryStream();&&&&&&&&&&&&&&& bmp.Save(ms, System.Drawing.Imaging.ImageFormat.Jpeg);&&&&&&&&&&&&&&& byte[] arr = new byte[ms.Length];&&&&&&&&&&&&&&& ms.Position = 0;&&&&&&&&&&&&&&& ms.Read(arr, 0, (int)ms.Length);&&&&&&&&&&&&&&& ms.Close();&&&&&&&&&&&&&&& String strbaser64 = Convert.ToBase64String(arr);&&&&&&&&&&&&&&& sw.Write(strbaser64);&&&&&&&&&&&&&&& sw.Close();&&&&&&&&&&&&&&& fs.Close();&&&&&&&&&&&&&&& MessageBox.Show("转换成功!");&&&&&&&&&&& }&&&&&&&&&&& catch (Exception ex)&&&&&&&&&&& {&&&&&&&&&&&&&&& MessageBox.Show("ImgToBase64String 转换失败\nException:" + ex.Message);&&&&&&&&&&& }&&&&&&& }&&&&&&& //base64编码的文本 转为&&& 图片&&&&&&& private void button2_Click(object sender, EventArgs e)&&&&&&& {&&&&&&&&&&& OpenFileDialog dlg = new OpenFileDialog();&&&&&&&&&&& dlg.Title = "选择要转换的base64编码的文本";&&&&&&&&&&& dlg.Filter = "txt files|*.txt";&&&&&&&&&&& if (DialogResult.OK == dlg.ShowDialog())&&&&&&&&&&& {&&&&&&&&&&&&&&& Base64StringToImage(dlg.FileName);&&&&&&&&&&& }&&&&&&& }&&&&&&& //base64编码的文本 转为&&& 图片&&&&&&& private void Base64StringToImage(string txtFileName)&&&&&&& {&&&&&&&&&&& try&&&&&&&&&&& {&&&&&&&&&&&&&&& FileStream ifs = new FileStream(txtFileName, FileMode.Open, FileAccess.Read);&&&&&&&&&&&&&&& StreamReader sr = new StreamReader(ifs);&&&&&&&&&&&&&&& String inputStr = sr.ReadToEnd();&&&&&&&&&&&&&&& byte[] arr = Convert.FromBase64String(inputStr);&&&&&&&&&&&&&&& MemoryStream ms = new MemoryStream(arr);&&&&&&&&&&&&&&& Bitmap bmp = new Bitmap(ms);&&&&&&&&&&&&&&& bmp.Save(txtFileName + ".jpg", System.Drawing.Imaging.ImageFormat.Jpeg);&&&&&&&&&&&&&&& //bmp.Save(txtFileName + ".bmp", ImageFormat.Bmp);&&&&&&&&&&&&&&& //bmp.Save(txtFileName + ".gif", ImageFormat.Gif);&&&&&&&&&&&&&&& //bmp.Save(txtFileName + ".png", ImageFormat.Png);&&&&&&&&&&&&&&& ms.Close();&&&&&&&&&&&&&&& sr.Close();&&&&&&&&&&&&&&& ifs.Close();&&&&&&&&&&&&&&& this.pictureBox1.Image =&&&&&&&&&&&&&&& MessageBox.Show("转换成功！");&&&&&&&&&&& }&&&&&&&&&&& catch (Exception ex)&&&&&&&&&&& {&&&&&&&&&&&&&&& MessageBox.Show("Base64StringToImage 转换失败\nException："+ex.Message);&&&&&&&&&&& }&&&&&&& }&&& }}JS显示base64位编码的图片(2)&script type="text/javascript"&//&![CDATA[/** jsimgs: embedded images in web pages - decoder -
ddzoom.net/jsimgs** note: only one instance of this script need go (anywhere) in your web page**/// base64 decoder...var b64re = '', b2n = [], n2c = [];function b64init() {var b64 = 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz+/';for (var i = 0, a = b64.split(''); i & 64; i++) b2n[a[i]] =for (var i = 0; i & 256; i++) n2c[i] = String.fromCharCode(i);b64re = new RegExp('[^' + b64 + ']', 'g');}function b64decode(s) {if (!b64re) b64init();s = s.replace(b64re, '');if (window.atob) return atob(s); // use fast mozilla builtins = s.split('');var len = s.length, pad = len % 4;s.push('A','A','A');for (var i = 0, j = 0, a = []; i & ) {var n = (b2n[s[i++]] && 18) + (b2n[s[i++]] && 12) + (b2n[s[i++]] && 6) + b2n[s[i++]];a[j++] = n2c[(n && 16) & 0xff];a[j++] = n2c[(n && & 0xff];a[j++] = n2c[ n&&&&&&& & 0xff];}if&&&&& (pad == 2) a.length -= 2;else if (pad == 3) a.length -= 1;return a.join('');}// huffman decoder...var c2b = [], bs = '', bsptr = 0;function bsnum(len) { return parseInt(bs.slice(bsptr, (bsptr += len)), 2); }function hufinit() {for (var i = 0; i & 256; i++)c2b[String.fromCharCode(i)] = ('' + i.toString(2)).slice(-8);}function hufdecode(s) {if (!c2b.length) hufinit();var a = s.split('');var c = a.shift().charCodeAt(0);if (((c && 3) & 31) != (a.length & 31)) // fails checksumvar lastcharbits = c & 7;var len = (a.length * - (8 - lastcharbits);for (var i = 0, n = a.length, b = new Array(n); i & i++) b[i] = c2b[a[i]];bs = b.join(''), bsptr = 0;var num_paths = bsnum(16), code_size = bsnum(4) + 1, path_size = bsnum(4) + 1;var map = [], r = [];for (var i = 0; i & num_ i++) {var code = bsnum(bsnum(code_size) + 1);var psize = bsnum(path_size) + 1;var path = bs.slice(bsptr, (bsptr += psize));map[path] = String.fromCharCode(code);r[i] = '(' + path + ')';}var re = new RegExp(r.join('|'), 'g');var fn = function(m) { return map[m]; }return bs.slice(bsptr, len).replace(re, fn);}// run length encoded data to html table...function codes(s) { for (var i = 0, n = s.length, a = []; i & i++ ) a[i] = s.charCodeAt(i); } // DEBUGfunction d2h(n) { return '' + (n & 16 ? '0' : '') + n.toString(16); }function rle2table(data, title) {//timer = new Timer();var w = (data.charCodeAt(0) && + data.charCodeAt(1);var h = (data.charCodeAt(2) && + data.charCodeAt(3);var psize = data.charCodeAt(4), rlind =for (var i = 0, j = 5, pal = []; i & i++) {pal[i] = '#' + d2h(data.charCodeAt(j++)) + d2h(data.charCodeAt(j++)) + d2h(data.charCodeAt(j++));//if (i == tc) pal[i] = 'transparent'; // FIXME ie6 uses current color}var imgdata = data.slice(j);var re = new RegExp('\\x' + d2h(rlind) + '([\\x00-\\x' + d2h(psize - 1) + '])([\\x02-\\xff])', 'g');var fn = function(m, chr, count) {for (var i = 0, n = count.charCodeAt(0), s = ''; i & i++) s += '' +};data = imgdata.replace(re, fn); //alert([data.length, w, h, tc, j, '\n', pal, '\n', codes(data)])//data = data.split('');data = codes(data);// non-dom...var html = [], i = 0;html[i++] = '&table cellspacing="0" cellpadding="0" title="' + title + '" style="display:"&';for (var y = 0, c = 0, i = 1; y & y++) {html[i++] = '&tr style="height:1px"&';for (var x = 0; x & x++) { // TIGHT LOOP&& html[i++] = '&td style="width:1background:';&& html[i++] = pal[data[c++]];&& html[i++] = '"& &\/td&';}html[i++] = '&\/tr&';}html[i++] = '&\/table&';var span = document.createElement('span');if (window.opera) span.style.verticalAlign = h + 'px'; // FIXMEspan.innerHTML = html.join('');}//function Timer() {// this.t = new Date(); this.toString = function() { return (new Date()) - this.t; };//}function render_jsimgs() {//timer = new Timer();for (var i = 0, n = document.images.length, imgs = []; i & i++) {imgs[i] = document.images[i]; // saveimgs[i].title = imgs[i].getAttribute('alt') || imgs[i].title || 'embedded image';}for (var i = 0, i & i++)if ((!imgs[i].complete || !imgs[i].src) && (m = imgs[i].className.match(/^jsimg:(.+)/)) !== null)&& imgs[i].parentNode.replaceChild(rle2table(hufdecode(b64decode(m[1])), imgs[i].title), imgs[i]);// var e = document.getElementById('timer'); if (e) e.innerHTML =}window.addEventListener ? window.addEventListener('load', render_jsimgs, false) : window.attachEvent ? window.attachEvent('onload', render_jsimgs) ://]]&&/script&&noscript&to view this page, please use a javascript-enabled browser&/noscript&&!-- COPY + PASTE THIS SOURCE CODE INTO YOUR HTML FILE... --&&img width="330" height="171" alt="embedded 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"class="jsimg: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