koa*_*a73 6 xml-validation xml-signature xml-dsig
I'm try to verify signature like this (it's PARes from Mastercard) and receive false every time, but xml from VISA work ok
Mastercard
<?xml version="1.0" encoding="UTF-8"?>
<ThreeDSecure><Message id="89e8bafa-755d-4ae9-a357-8641f13f057f"><PARes id="PARes-3cz1Jjfc"><version>1.0.2</version><Merchant><acqBIN>521324</acqBIN><merID>100000000000020</merID></Merchant><Purchase><xid>Z0FSSEFabjE1MTU2NTg2MTAzODY=</xid><date>20180111 08:16:50</date><purchAmount>1000</purchAmount><currency>643</currency><exponent>2</exponent></Purchase><pan>0000000000002290</pan><TX><time>20180111 08:17:00</time><status>Y</status><cavv>jNsniZHx4MT1DxEhZAITCFAAAAA=</cavv><eci>02</eci><cavvAlgorithm>3</cavvAlgorithm></TX></PARes><Signature xmlns="http://www.w3.org/2000/09/xmldsig#"><SignedInfo><CanonicalizationMethod Algorithm="http://www.w3.org/TR/2001/REC-xml-c14n-20010315"></CanonicalizationMethod><SignatureMethod Algorithm="http://www.w3.org/2000/09/xmldsig#rsa-sha1"></SignatureMethod><Reference URI="#PARes-3cz1Jjfc"><DigestMethod Algorithm="http://www.w3.org/2000/09/xmldsig#sha1"></DigestMethod><DigestValue>8I/izdCJcp7wABf2YfFQbd4Ktxg=</DigestValue></Reference></SignedInfo><SignatureValue>IQuLAtGT8rEFp/a5bV9Wu8qiSXpTGtvkJaJCuPTrflwPFFwiSLuivfcInX8pzirmObPV9ue4Kn8YFu+ltiYg8g2sHMa6S9RfC330+/ntBL2XxNp6IO+s7anGsM5WOmd3Pt176Ft5DRDOpeJg8N9PtbhYPQ//TzzehApb9/EMnpFZKEnJbYYl5Wpa7gPV+iIJJryAdZF3CW3c6/ns/XzwQZ9Tfm9t24SRbF2U/Hkn7aD6MUug772hqNiOHQJ0gtdtDxR9KkQfh3aNq5EmS2MEgfoCkm8mUOO/fQEOMBy2fbgE4/JnDZ/7n2x/hDKZZn9oUv7BLvoM1IcjfYKRiEve7g==</SignatureValue><KeyInfo><X509Data><X509Certificate>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</X509Certificate><X509Certificate>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</X509Certificate><X509Certificate>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</X509Certificate></X509Data></KeyInfo></Signature></Message></ThreeDSecure>
My validation code
DocumentBuilderFactory dbf = DocumentBuilderFactory.newInstance();
dbf.setNamespaceAware(true);
DocumentBuilder builder = dbf.newDocumentBuilder();
final InputStream stream = new ByteArrayInputStream(xmlDoc.getBytes(StandardCharsets.UTF_8));
Document doc = builder.parse(stream);
NodeList nl = doc.getElementsByTagNameNS(XMLSignature.XMLNS, "Signature");
if (nl.getLength() == 0) {
throw new XMLSignatureException("Cannot find Signature element");
}
DOMValidateContext valContext = new DOMValidateContext(new X509KeySelector(keysFile, keyPassword), nl.item(0));
Element PARes = (Element) doc.getElementsByTagName("PARes").item(0);
valContext.setIdAttributeNS(PARes, null, "id");
XMLSignatureFactory factory = XMLSignatureFactory.getInstance("DOM");
// Unmarshal the XMLSignature.
XMLSignature signature = factory.unmarshalXMLSignature(valContext);
// Validate the XMLSignature.
boolean coreValidity = signature.validate(valContext);
I've add additional code for get reason of failure
// Check core validation status
if (coreValidity == false) {
System.err.println("Signature failed core validation");
boolean sv = signature.getSignatureValue().validate(valContext);
System.out.println("signature validation status: " + sv);
// check the validation status of each Reference
Iterator<?> i = signature.getSignedInfo().getReferences().iterator();
for (int j = 0; i.hasNext(); j++) {
boolean refValid = ((Reference) i.next()).validate(valContext);
System.out.println("ref[" + j + "] validity status: "
+ refValid);
}
} else {
System.out.println("Signature passed core validation");
}
and have got this result
Signature failed core validation
signature validation status: false
ref[0] validity status: true
How to avoid signature validation false or how to debug the reason. at standard page there is information
Note, there may be valid signatures that some signature applications are unable to validate. Reasons for this include failure to implement optional parts of this specification, inability or unwillingness to execute specified algorithms, or inability or unwillingness to dereference specified URIs (some URI schemes may cause undesirable side effects), etc.
但是如何避免这个问题.我知道签名是有效的但是......好的和错误的一个区别验证了xml它的格式参考id在没有的好的xml中 - 只是数字或字母
RAW传入数据
//签证
String PaRes = "eJzNWWnPo1aW/itR+qNVYTcmcl7psi8GA2b1lxH7DsZgg/n1g+2qypukeqY7Go3akmU4nHuWe5bnHry38muSsKckul2Tj72aDEOQJT8V8W8/hwmFIhSBf4FxHP6CEyT6JYgD6gtO7eJgi6VpEKY/f+x1YCbDa4Fbl2JFK+1VxtLZ+694lk1RASvLPbkORdd+IL/Av6B76Nvtqu0a5UE7fuyDqKcl7QPHSHKH7aGvt/smuUrsBwJ/+qDwHnqT99Dv6/Xb82pYPZiL+COyZ9UWZt8oOUS1bEwrI/RoqYvKVr/toSfHPg7G5AOFkR2MIOhPCP4rhv9KrJpf9P3lKQ403W2V/dS+hz5T9uteXZM2enxs8XXJ97t9Ml+6Nlk5Vie/X++h3427BO3HH5whSHKVvVL3lvexH4vmT0YRv+Kr8hd9P4zBeBs+/D309WofBff7BwCAps1ICk6y6+N2ZU75Bbw/q7Mvln0SFR8wsRq1/r5WgTrrrsWYN09T/0jYQ09ToFdYP/anImtXZdfkp7mp2+G3n/NxvPwKQdM0/TJhv3TXDEJXRyCYglaGeCiyf/z8XpXEUpt2/9YyJmi7toiCuliCcc0QNRnzLv7pu20/EmOZT0kIZHLMl1XUlwjB2y9PCowhxCoT+rHQT579K1r+bOx1CL4MeYA8FfxJ0MfeTNLkmRHJT7Yp/fbzP/5pXbBFlgzj39H/TfdnCd/kOUF9Sz6ceQm9boux8kaNQnr0kN0WBhol+M+0+My5h74b/NWbd+g+bdGbsZMudqV08aCiCnTXS+BZ+RlU8Q4eJU91azQJbzaPjogjzAFzeBinYcEj6TFFEG9SFt0JM4sXXIxmxayiR7zoqRFfyzQcfQLNVoEzEZxandxqCK9nvsX7m37G7LEnEFtkBrhX11r0Ym2yQoXBUEUiOP/EUnaP1hyxGUKu2UTnKYTqrup9khNufJBmriDD2yJWRX5H2caWpaaIg4R7IDCVNV8R8y5GvpLFI1DvHERDDpRnaMNc+oyoFoO61aVGWtD1vu2KMqJJ0Lo8hTf8+YZidA+UCVOuacvSASaiJtMIRFpcqRvfPxA0Pd4EOnF3OyGZbZjczAPPxVCEmGSxC3qyso6Er+EY+O23Tyn0NSJK8nhHwCNgig3G4H3FJNexSNdcXnuUKkn8aWEYmj1mYJJokEkmUJjerA+dzB0tzIGNHbWhjGw3sYYvK91Zyu+RBgzuQBtgiizuoIJKAIjN0bnKOI46sxY40Jnm0KCzaP4s2zA3HxYwvmmDJdfnS4Ry2ckl4LMn33zPvIQokYcMba33aOBqtcTxS4RSZeDycOBSN/UkTRLwWccwWG6u3cDTcklw2BBFxnVNeT7RcoRpSOASrcRptErjHmtx6NqrH+rCwaplLJrTPWn4n2hTynK6CuC3D7MqWC61+CiFqcbL56dOiZvOWrgiQIhFM7MA+e2Lb4FadlTTn/i3bQo3Ia7DSZlaGpnC04oNqxfV7Cbh/fzAzbzsrH4mngafXTizMWeKBOoRs5yn0vbLBjCrR6dxHoF7vpxds0ic135NWcYVTzuZUy+cpBBjDY4Ghg0ALtHsBJ7PFdCtMTSYhva4mxlvso6Kk4e4rWg+yEzthLqXPPXO26vTK4MnC/xW24Z21hlWvUavwZpjRrB2o+822hH3I8CohVRYl3YgoGWLBf3uEHEiW6UsmOGOpk86E480nDblw8YR3KzNzYarVZU4sFu/BlVWcIwx0FUiiZJWwKTrZIaVpb0ppeiBjpNOaHz4RpheJZuH4DybIg1m3rFbNOU2bImzXSmeO4Ns7blpoygVrlF1z6ViM1IzgU/+g5yjUh3y7rKDD5IyVV7woEgpMsUKcOlxdopxXK4bDq+sRuEgMuemSo9HTOXvDcLxF05uaLVDqzFiNZcNnaUehuvumhmKPCVhQDPCripBVDsozDYhyFRAJk2ZZaK51g29WHRNZ9mVzjieNqJ1382zykeTbPirLT5NG7aoAkEQ3ByORbA9PKi7j2nToX3F87bm2HhYczzCwHTIPq9RBKn5vqYOW/keCtMtburFd7X80Gj38ETVz/XhiSjPnjSJ05pfJlzSdDbxHbCxndo7J/xulJetIaOnTo/FJE70HO8mFrx4LWCIEA2kCbAM/chetJSWREaVBEhlikzuQZUXcheL5nQsdnfTJR4hOg9v+/nSX3WHKHw/26s9LnzzMXlY1546SdDXr5p3ghwKZh6x3f0AO7eooYaQIdBn7fpf/T+WKn48UWVYIv9rTR8ElVr7yxBiNuU892J9HrZmHTVEHgv1PWz4QeK1Olrt81E7MzxtCVHt8u4v+BAuiHtyNFpHnzzm5dzU5fqsthsHXfneMqr5EmHGxL73Q3/vkcGCLAEq/eoRMZsZ7pr7JqMLN5+WIU9M71Ns6GevPVPmfDcsQDz7g3gCnFqCSWVwgXYTGkwcrTL2JE2/xxpknMuj32ONxVj0jvPXvY2E8fLnmmemd82vdX5s5OFaDxuhvwwW/Jih6i5kmh3zZnSISVnUAkxru97dWgfWETYcMhLotNUG2KrUfMeNZX0liSzLtWNyaqi4g8movt1P6oDy0lGEVXI3dAzv0ibmnJxjEi3k4kDxJduoZGBoxS1NF/PGDRcUJe2471kdQbLjMrDERr44S660mZ1a51iSmaOkQbYlHgz0wft0omuFsdvMShsNEIKSRW7q7IbsZc/sKc275DLnHvoH6XWQrsAhn1ZuziK74mpf13AReVcJcnusRrlvqJR3qLNb+zhJGUBEs16GfWXDIPWd9HshOxAVBRtGVbkIez0jBzYN7J6fu4zjar92k+lYHbukFjgb5m/9NU+4PfRnlPwhbApP2ASfYFPLYd+iaYidue6wCJ47oTsT/BA2g+X/CTbNaRKyb7Cp/ajETiFKwV/hElFZ/6Gx628ZTVr9hEvp8aS90tjyJw3p/nMhf23JUgk0Oqv6vCoEaoLXEuF4AI4MMHbg+ZzJlPWaA9eqYQjY2AhVYzzOKFUp8wWJN62MY/Lk5cKZDHge0QuVONUMdzJQtHegmgbYJPq+visQEhIMw9fogsdu+HVb3jxJ5KdyuisPXuW3VUP73j0ygp0ekwTPIO066ErXnCs3dRw26+y4KHCup/7D4849exHz6tY2d5bsF4TmXIUjNdt3eJNLu4tTpLVSOOfIv4oFycggoTWfjB/ZvZHUVrQTEddG9kT0KdRSrGGkqfNoiVx2C0JP6B3ZWvX42C1xWaBjSbYA3fiYflBM2cYeiBRGeS/UrdfPQaCklXXQhuLcU7o1KcH1IW5uDTZ6KXHDm1u9mMLRzVF7Y1f4oR0blWdC6NDLldvaTrKZJBYYgO7W1jSUDAMC/C+wxFsFyy67QcfAIg6IAGWJKh1ZbyKjics+w1I2rbBKQ8/aYv+P2+kzD6ZvcLfKLxkaWgDasadM7fwpEE34f4KsA/KCP9ZwP+Wis0I0ZrwhkH1kxx7geXn+Dp3xasmhqW/xX2G8jJrp/oIzW6PfUIqskKatfY66xwzxfD5lfpBl/nH9MkLazJXvvfzjf3g0sLrlyFZ3H8W/wWRtPI8KrvN4wuJb7nzXnVed/l04hXzUeax8zVq7K79zOnvnVee7di2hXmIWHF9xM3Y0SHfrWVVda8+fROO190ea9jleg1iltm8HWNomFRNXPYuZWOuVeKL8c9ijKX/DU9SYi+CYz+sBMbIoJmS61mHGsMFyt07RlpbbW2AkXTrGR8UdS9g/WiWp24FydNMpCs8nkd5iV7U5FE5DnnvJaWN3vtO0eUCsKAunIGPbQwauhqqIrY/eBCPVS27tfKBt3cSX03gTmbLTbRXMxOnQEBb+JAZogQbXLdR5i6Q9ghl4cSfAOLOgOqw3WwRbG+al5B9+UZ8gfO2ACWJV0F0crJaf+Lqi1hAddk5OB9sSh9Mg4G/QNi1acqd0l4raZmIMJA0ZQ4CgmtZcydBALvYAt4qYL4bQmV5282PS9o9UgQ6awyAMATB+F3eXabijhoJuMKyHiSMK4WzW8nhD3Iat6VA4+6/B3nokX0u767/BnsHhPmKZMETfD/TGtXnkDCL/L23Y5gFLX1VjmJj3RCVwk+zYC6epYHhBCZOrnFPVlmFxd5V5T2PMrDZ/IzVnkQXBG3rUFdTe0PO5tCT+Va6TmEeaykqTVkrrpCjNR1ZF3SetfNFgdZ1ztJJ7uOV/nu3/xjR4dyjCFZttjjbMXDPpgacGUccZ3toV0TiycAhDehOXObqTJY/th6OliyLaH+QSvmqpIw3ndTCrcK6+8OTA6tNgmkfO3SCGsgvNwFFIbItedSUTkQziqnOmS2iOi5juLPgi3kdxF3ROPcXOuXeRw4n0M755XCYUM29T7kM7pN/azPK4wpZOkNTZjHMO7XYNo6MTXusytUTRxsbga49S1OMoLUt9xWaeXE63cuTdIWipwfeKSYghuumUTnVv7EWCKnzTKYMgJLW1w4FFb+DxvuwUnbez42kagFDDtd3vpINySRLbL85Ch9GzRpLjRpvGGCqbuuDXLiQsgyDO9D0NDrGXbH0Z5QgIH9dpkAZAKI1yjRTYvSYDbnpClsGr66ywtrwfTBGc8McpwnCOkqrrjwmKWDVZ7HBD41OGayk7Lj+ooddRhgMexNOpN0fMobrimnsyoUvrKbY1TWrePEa1sEPdtTEZ6h0wNrqGeVxXu5G5MKcBhs0hCnBaEga263b++Ki2aWK7Pq/husrceV/HSkRa5ANSVUR6K6A0FJR8jEIdO9CpETPOhYKIqy6fNpY90iVHFhHFlhUjL8YOW8jNZVkqVxmUswzBM9V6gjSLflzxQ0zeMZXakJSvuHOSn2fYDI0Vg3eh0HjolkiP58t0mOydYPtccwIoLNA33whIvlLUSI+mzYYNz70KQIg1B603vS0tFDDStyxMYYYjQG0AdaDbEYBtZDKFcgZLboXU1jk9bx+HEaN2S6tC5TXYHhGJbCxEuPOXQ+bpvshOz1dof2mB0O/vzqDv79N+f9P2+vvg9WfH84335z9B/humaThN";
//万事达
String PaRes = "eJzVWEmzo0qu3ndE/4eK6qWjLjO2b7hORzIacIIZDeyYzAw2YDP8+uacU1PUreroeJsX1xsnQlJKKemTyMO/p7r68Ey6Pm+bzx+xP9CPH5ImauO8ST9/tC3h0+7jv1/++Y+DlXVJwplJ9OiSlwNM+j5Ikw95/PljkGBbnNruPsX0df+J3OLhp2BLRp/w+HrdxxgWUAn+8eVwBkbSvwm8rT5lxVAWC9Wur75s/7Lu/gd+QL4+rrt0URY0w8shiO6MpL5QOEbg5AH58niok07iXjD0hx+OHpB38gH5Ln9+vK761fIpj19C8eb6mFEaBY9ByybURVrUBRLQSj8fkFeOQxwMyQuOYjsUw/APGPUnhf9JEQfkjX64vaoDdftYdb/ufkB+pBzWM+rWQ5xfaHIV+fZ0SKZb2yQrx+rkt/UB+W7cLWhefnRmt8fpVfdKPVjuy2HI65+MIv7EsQPyRj/0QzA8+hfvgHxZHaLg+Xwp1L7J/eNEQgvjJp7xKtNjZBusv9XZN5ZDEuUv6KtR6/+bFKjStsuHrH4h3nm+Ew7IqynIWxBfDmaeNutmXfJhzaOm//wxG4bbnwgyjuMfI/FH26UIvjqCoHtkZYj7PP3Xx3epJJaaa/tyYIOmbfIoqPIlGNaww2TI2vjDtw1/pdIyXrViiMGzn1a1nyKMbD69UlACo1b9yK+V/mDu/7LLz4Z3ffCpzwLsdYOfFL0cjOSavIY5+WAb0ueP//pLknN5mvTD/2Xfr3v+qOGrPieoHslLQKAa8JJeGbTdyVP6pT+fkxY/Ru3u81e5d84D8s3QL158jcM3j94ZpeGaJb5e8/tk2VQ3DaGrzjvGEgvzS3mLlRjLh4v7xAa6D4RToV69iFSzNn8s7kIPfKYyTYiTIazP8e6Jh7ddukE3U0dbe4rDjkSTpeoxWMg5n1qYK0dZmIkLHeGNJnE3Ukl6NF+GHpKJwVZsPpZCa+6YTd1xp1EYiHy/mv7c2yfqOA9RLLndFpqRTF46GvEpGqvBDe85X0lmLOwQ2Ccbp5F9Hh/Ox3FWhKeWKek5vLGmSLCDw+kZdyZnWCvM8KTQPheijcNf4lkpRrfXEnqSsWsELwCOiNOI887XVG8fMg95kVg9QR7XrQTG4OHflecx6LAxLmS60hm1lh3kuGkZDLNjbWQHA3z+/EPqfInIauV7BFwK3XPBELyv2KQb8uuawyvgQEniloVlQZekYJQYkEoG0OisvNMuiJUnoCQICoLfU3DkdE9WWl/KnpEKdF5gdDCmHpjYBchMqjoM8CxQORY00FEcPc7RdYWfDNVzVdR3Zc5z5VIS4mdUT2WMV6Vv8Q/IjiLAbJ6dYGVdhCUWnVnHhdlnGTck5N4/xjdftFMbd4rYlSsd35e+yRz9C5nCgs8hC97kwQR9W5B5icc4SVArj3Bm31afb7L1/hmzDKdbIBFGdIIFwGEhjZoFSLgwwUqbVetHmhBASQRQ70dWf/ND5EfZsRc+hkz/bm8G7f9i73QqQP9+Jr0l21gWEUYVlWoW1Xrq4Ps5FA0iuBjVz7YauPOQOGmSCpC+y0NLdBjTYBlVnxnLv6hYVDtciL/Kys+Q0FMd5cc0Xc8CoCJr3kVTCglO5xmgr1hMSgw3gtf3CmjX+OrcbWDrng4kHLf2pkWjJbnbmv4ZpS0ltJlbW299jGl3ka4DHhkgZWsDYR1h3GXWBg+ksthb6A0QlDSrkFVFbtgkRTZvh2M8Yh2dcC6iuN4xJIUqqT2U4EajK3XziJw2/iMxqZi9niBR48EyMe7QOS4Xq0l4zYbdEF2Mk4JrD/pZcEssLY/mcTF8ujQ4nW4j7GQ6Gs5MuaChltKO8hmB2/vFsBC5r0PaElP0Wde6uNf5W+3Umi8lkzM9vJnomm3Khw42PImSDETUNuENd++Im5D3ZCN12164GxQtkrOSLKZzshc9kBgkThK23F9s3ELdOo8A73GM3iZRa9KYQTYFpXH1MtbiPHUVSCEDgFjoxRoxsHvNkZgf9bV4PAZcd+xaLyOXrrlkoGegH5HXQICUFyGDvvFyqX5hGP0uWNHkcBrymCQsuwkC4ZimJUDxUQCVSct7VubifkRfYysAoL3qBRmn6dRiu/jIzM4TZe9lQCRhUyP0ZCy6Hl6SamkSzladOBoarMnkAT8r2EN0tgYjAvFRpjF4hOPYMBmHC3GYMUfLCW+nszcxYQzBnLC7ZAlcMe9cDYAn6oVidq4waAs5V9/NKg+ejGD3ZMQ/GCnoScZufUpYUBKPORNcrtcwvhIVuXQ2dVraak/M7rSm+D2VeovQpU1vQCJNETEe2x3K2Tp+Na7XXoyBfcRZZHfaIeNxw++P/a2AXOlWfpudJQmdBiWLpfNlCTWG5jT7VOHnMhaPtRyRjjtdtZHHVRnoU90GZ4PzxFQTnGe5eMM8OeXkJi44q8PONgyiuF6eXseIR5yjAEmCIX0F1J/R8lfwyUfWCp9Y/R0+4X2kqFO1obcnmgWhFVR8j/4OPr3/T/hsIet9hc/r7+DTdNUlvjjzSse8/DuMqgtAYWFPK2QuKue/wSi0Xmn6K21dZwEU25/8kx1orKXw1b8xMw0MpnotPILluz2rP1do8bPGQdrmb5Y+gzpynWfMDd/5Z3+KL3tUW/gEMuNXP5zoi6/em6/U7BNq7l2o7tTI2BovRvpLKfFfSmkHXt+zqfJWVuXm4k37ctxK+hA0lHzpwMBTCzCQyRNNbKmQTdACg879230nYtHzCZ+BN5rmVSBwdPSB4NTOhbgbWhSVu5GUtblUw5QLosZXPQv3Z/l5CfWllMKcuPfHM3wekXpsqgSW2JYoL6iay+ddpKKRNgdiHEt77J7MJ4WLaw0h9jYhWh1DVyG09jmx9YvgNIr1w+dOmRMd20HqXaFeHZ8uyHY0e1v2N0PXzm1obLZuOk83GRksThut3ndHySXZJLtMWtFoNBsN3baFA20z0R4kszAMmPFgPSUxW9fJnn19LFvoN0u/3LZFyHip+nTM2ImSvYATglwJDqNsIY/6ioUyC7q5qKW7fSSGhI4SB3TAtOQRhdJxWtts/ZobRxPyqU+Oqf/IUi8oUw/+vUYLT9J1gmeuXLscM+VG3OolOna0/8X+owF5UIC1NZDvcD/yDDKuSTZKx5QD3TsP4GUO5CnYzZDjCcjp61jCU5CDqFrdGW6RxnV0GVVOQqFVjnDR8ct/aQsXUPC1T48FGu5lgyQ2vl1atiEkNJ4Sg9JOXRZHIRvU5UYZS20fCKIoMX2GFL6u8SeekqVr1o2JORZcy2FjYh8NVGWm+qLcmWPjPI37U9l4nEDR2nJNtCKlVPmeYWiCMYoj6CR+j7WbR5fyE3ozW992tBd4/q6PdB/pFKYOb74U3xk+ku8lKlLW5mGb67f/dguDqUrvPlUwe/kalxTnZ0NI3hbg0sdVD0Hbe6DMwzTRGV9eJGo/5wlW36b5RlEKunlIXQ1hKbW9H/Pa8dZdxDlxtPDa+xu263f3KBpajePaK1JVE/9QyDvN65wy8H3MKuN8vvabU305rRlC7HG32EUPhCusx3hCgv+9LaTc2hbw/Gtb+F16/DV8HMukHH+CoHxLPyaDrOPA6WiB8L0UWkvgfz9RQpMcT+CtRE787Py+RMyfpkk+rsJ8hW1TGqV3eY6fKt0u9dSy4c9lYob4HpV4lYEM6XIrVEPOm9f0pNYpelKFdqVJ2BvN+kJz2r9pu1vjuJ7JT+17HdYAt07VZ/AaZ71l1zUD1CBh0mthKZJQ9SviQWuR8MYbQdhGx7HU7/GO6aVZDv24xDF+85zvez5zMVVqc5Cdt9dqMyNZ27s0HXfFtQvn/uafgqpzRDr1wpjBC9zsdgtj6A30FaV6rJ30ieA03TQGk8yidyGEcXYeuxMGWE+PUBKwZbJBt6qEAH+nubrZJmHL86KtUTiKbOkWi3iD0sr90cjRQuZ2PE0Wu5gfCBpGKSoHip5zhZlVszWSgPHmxcecqUKRnOuuY9hOKq9pbcuiXSSqDXuTTBdeGlyt/SOmr8P6gBeSv9MXgUCWDSRyrwvibP/wg0eVqHd5fzorHRIIAhcmKPNEz6fw6WqNcBu16Slr3MUu1ul55AEINGZrsQxdgPNXSGW5FaLXaXqdpH8FrQxTgPiNVyd5IdXt0QJdYxCZgW2kAntMcLi3Z6bGi20/pkH0Ji+NJtMsLNMoIpPdTSZd/l71mGY82K4fgd0tYtD7jivTkT1HFlH+Cmu+tAqikh+eE+czhvEn+8pcT488JNOzFZZc7JwYXmn7CZ1tLloSt7VsrVhRe49eKcUowltC3vJKWwPRnFVbvOWEz1bmBp17i7nRRuwtWHJVT+YjsOThJt9aVisxpBnpy6aR+cvMuXbEIrNz7wc/jyNNpAG8KjbJs9TCqPzJZ8UrNjcQrzbp+Cwjzn6SHp4MSIOod0lhlnkUTa0c2sKqA7Q8hiVI6FtB5zRl3UY+5W/z6FQU2sJaVZ4up8Kl6YBIm/tHv9GOXNE2WlXX86XWJze2MbiMsbKci+N1rDbr1yezWtg9jgUfqf20PeOdbdUIMxDm5YIp5M65qmrmBMglGixflNnOIfyiosH+160C+X4Xg3y7n/l+c/N2t/x2A/56Hfrjzfg///EfRHiyaQ\\u003d\\u003d";
解码代码
String pares = new String(decompress(response), Charset.forName("UTF-8"));
private byte[] decompress(String PARes) throws IOException, DataFormatException
{
BASE64Decoder decoder = new BASE64Decoder();
final byte[] compressedData = decoder.decodeBuffer(PARes);
// Create the decompressor and give it the data to compress
Inflater decompressor = new Inflater();
decompressor.setInput(compressedData);
// Create an expandable byte array to hold the decompressed data
ByteArrayOutputStream bos = new ByteArrayOutputStream(compressedData.length);
// Decompress the data
byte[] buf = new byte[1024];
while (!decompressor.finished())
{
int count = decompressor.inflate(buf);
bos.write(buf, 0, count);
}
bos.close();
// Get the decompressed data
return bos.toByteArray();
}