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decrypt_test.go
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decrypt_test.go
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package xmlsec
import (
"strings"
. "gopkg.in/check.v1"
)
type DecryptTest struct {
Key []byte
DocStr []byte
ExpectedPlaintext []byte
}
var _ = Suite(&DecryptTest{})
func (testSuite *DecryptTest) SetUpTest(c *C) {
testSuite.Key = []byte(`-----BEGIN RSA PRIVATE KEY-----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-----END RSA PRIVATE KEY-----
`)
// This is an actual encrypted SAML response we got from testshib.org
testSuite.DocStr = []byte(`<?xml version="1.0" encoding="UTF-8"?><saml2p:Response xmlns:saml2p="urn:oasis:names:tc:SAML:2.0:protocol" Destination="https://15661444.ngrok.io/saml2/acs" ID="_59c2431b4916af2018984213940ee675" InResponseTo="id-3d21faf29a101222d740735fa512f161" IssueInstant="2015-11-29T21:29:09.991Z" Version="2.0"><saml2:Issuer xmlns:saml2="urn:oasis:names:tc:SAML:2.0:assertion" Format="urn:oasis:names:tc:SAML:2.0:nameid-format:entity">https://idp.testshib.org/idp/shibboleth</saml2:Issuer><saml2p:Status><saml2p:StatusCode Value="urn:oasis:names:tc:SAML:2.0:status:Success"/></saml2p:Status><saml2:EncryptedAssertion xmlns:saml2="urn:oasis:names:tc:SAML:2.0:assertion"><xenc:EncryptedData xmlns:xenc="http://www.w3.org/2001/04/xmlenc#" Id="_62d64ca491a287a346272669fbe93191" Type="http://www.w3.org/2001/04/xmlenc#Element"><xenc:EncryptionMethod Algorithm="http://www.w3.org/2001/04/xmlenc#aes128-cbc" xmlns:xenc="http://www.w3.org/2001/04/xmlenc#"/><ds:KeyInfo xmlns:ds="http://www.w3.org/2000/09/xmldsig#"><xenc:EncryptedKey Id="_6d45c5b6b68d786f8322c0741f43a085" xmlns:xenc="http://www.w3.org/2001/04/xmlenc#"><xenc:EncryptionMethod Algorithm="http://www.w3.org/2001/04/xmlenc#rsa-oaep-mgf1p" xmlns:xenc="http://www.w3.org/2001/04/xmlenc#"><ds:DigestMethod Algorithm="http://www.w3.org/2000/09/xmldsig#sha1" xmlns:ds="http://www.w3.org/2000/09/xmldsig#"/></xenc:EncryptionMethod><ds:KeyInfo><ds:X509Data><ds:X509Certificate>MIIB7zCCAVgCCQDFzbKIp7b3MTANBgkqhkiG9w0BAQUFADA8MQswCQYDVQQGEwJVUzELMAkGA1UE
CAwCR0ExDDAKBgNVBAoMA2ZvbzESMBAGA1UEAwwJbG9jYWxob3N0MB4XDTEzMTAwMjAwMDg1MVoX
DTE0MTAwMjAwMDg1MVowPDELMAkGA1UEBhMCVVMxCzAJBgNVBAgMAkdBMQwwCgYDVQQKDANmb28x
EjAQBgNVBAMMCWxvY2FsaG9zdDCBnzANBgkqhkiG9w0BAQEFAAOBjQAwgYkCgYEA1PMHYmhZj308
kWLhZVT4vOulqx/9ibm5B86fPWwUKKQ2i12MYtz07tzukPymisTDhQaqyJ8Kqb/6JjhmeMnEOdTv
SPmHO8m1ZVveJU6NoKRn/mP/BD7FW52WhbrUXLSeHVSKfWkNk6S4hk9MV9TswTvyRIKvRsw0X/gf
nqkroJcCAwEAATANBgkqhkiG9w0BAQUFAAOBgQCMMlIO+GNcGekevKgkakpMdAqJfs24maGb90Dv
TLbRZRD7Xvn1MnVBBS9hzlXiFLYOInXACMW5gcoRFfeTQLSouMM8o57h0uKjfTmuoWHLQLi6hnF+
cvCsEFiJZ4AbF+DgmO6TarJ8O05t8zvnOwJlNCASPZRH/JmF8tX0hoHuAQ==</ds:X509Certificate></ds:X509Data></ds:KeyInfo><xenc:CipherData xmlns:xenc="http://www.w3.org/2001/04/xmlenc#"><xenc:CipherValue>0grSplyWOao1tEshQRtSsQqcl8lKTOqg/AR+U2Dh/1ACl0nZcv18De8U0iySrKSHQNaWcm2YpvBGUMddf4yKn40eVvmNoqElJVgOIhc5rPykua2AEyt2ShXOpFaCtXindqyax1IxxyJi+6o62swx+Q5pIy3YDaFN6/lNCgSdLak=</xenc:CipherValue></xenc:CipherData></xenc:EncryptedKey></ds:KeyInfo><xenc:CipherData xmlns:xenc="http://www.w3.org/2001/04/xmlenc#"><xenc:CipherValue>NzvGuzOFAnHD/6F2mzQggwQVFUbD1pB2zQrAvJZivV6nm5pTrBElwLL90qYpB2XJp+DdhGaxs42SGlT2RnFvlRc2GBApqH1DEecoJufibhRqbn684SAeLSdFZLIBU/PD/3+0QWjqb/7/XaycbSJTrBEkncsyNjXX/xCE6hiozXjp0rNAypqTe/v9V6hZwV69egCkewRfVCi9ghpJ6GxKFxP+7hUi8WeGSy45EwnmH8YZOmIzTZx+K8q/0DthAlwP/mf24IFE0vneykY7n7JYBktFwLac2dRscLgKdOD3PX7J7Z4f+wAPBwDC20ks+rRCUG7oTv2xR1rLhmwV7zrkejmQQJ8lMUU+9UN0OfCevZAOewd4o5NvKK+MZrc0jaZxuUmZq8d0of1G5meCf5QWGD/zu3IPVcaoqtSpooWF24MHjZDn+Rwzj84W+Px2eh8NXLMQl9RE235Yqa1D/5rdSo+yM5t5ftOqc6OsDISrtg5GXIMsGqLh9HGorm97jk7VjpfML3MQed6v/y50ALKHVeAyRmzU5ilwJxy/igKskcdHBjft51yYzmT8mAjD+J+1pjwg4EZL2+kOmVjOWjNucvG+YajkhPOwrkonhcmeJFLq2kIjr+6hsP+zr4snB8LSGQ8KTLkruUSHIQ5kuOHJGO60wIe6aTSHPv7JZ7nFbbhdPJ19v9PZ2j6rg//48RbqJRVccfpDa0ADAKSI+HN2raEWcJcvV++vOUCCWYm+RBShCmFR3SV/HTEKZ68C0hwq2CZEQX8Wg28ODtpx0Gtx0qSh+rieZLnzUB+jT6cFhvm/yV2vx/dNQqE5CXzw1PGTLdYKsauy3bOmwLL0bvxJW95DPEyVASYaAiVSgLmNBx8XvJsNWSz3mJ9zrqn8kr0YLZS6uCRvt7EaYDfdXGd0TSpZtJy4cfe7GRr4ygY01yLsC5I8TzTkugljdaG0akRDXDAOrhnOKT4Me9yft1PTUWo891lbeZCFc0hOgNfLTT25ICaTogJE9pGZZ+OE5KJjkNVjgrNkqO3Vm08SJaZAfG3C1HuW3Xov14qKsVG1unRmh6X/BxzykeV5G/vd34Wk8Ecnd5IklBnL0UeNgewM7IJm0GCWCQwrXTL8LwIkVAOJtpeyySowu5DNlkcRlX19JJz5uJMgi52IWWIU9pPLEGjBndKs/o6Ic9OdYZoj6KOBmEyXSVvrBIFrC92oavLPlDhSitKoh2nQNKqxNqZ5o6pg9aPqoeI8MW+U66RyzXQZlT+mJ9Y8tX6rTUgAix7FRduscL+YqjRq7T0o05PWQR/MIXrImZ8ylgmvJ9+ffYycU7FJkxCdlLaH+M2MejORktAnExbMCDMJbfKzDzxPMDoLF1XWKxX08i+3aONoEMZJF/fBlkSkdPNV0YHSo5j2dEN4+EVFphLGSCqRmEcEn5iUbWv5ITquBbn27hfPn6KAmhyjaBchvKIVqEAEUWBTvV4zGsv1oUgPagseZ6UPNh4pNKvy06BiIIpvlUCNER6aEjY1uLYIfkcxi7C41wboNLFnmpnsfLmBsxEcVpJEBRWnhV2cDjcgSc12VRJDNU1nNC+eYlt7JcM0ZlfFeyLujW5GV1WikN7eQUwn8IbKw20aYszrp+qeQfKIn1aO6euF0idLr6/zoSCWPayfjwdd2XK62xqG5McCVH/rNALNpIZyNh48jgop7097QmeQxcvGqMganWswSBmz7329Hwd1nIvUDYLCP66KOwyrpOhXXIQgd+AcbLwQnkitA3PK409+3l9+H9piEFLkwmNFq59wQJ20CUzsldZaRO/w1JllfE1APdNTYbi+7bRR+pB4qHdkKkuOLasGh9aQkqfEsser0DkBfh3q2QhqFTQg7UZOkIQczB7A4cEB1Q00lnYk4yFqC+2tHsQEOzaOtncQH+RI+NGC3lWbBRmMjmQIVBSWRPMPWf9sSru+ymp/87TIOPMpCjCy/Nu0twMJPC4IVt3KnmrOqEpILLMjZ+607e0B5iDZ0fpnufONB701kO8eSxUaTygsad5MQ1jY49R2Feo5rZAClhSSEgNV4L1oVo9P3IwzAkYWCwG5M/hYMTQZmJyt0QHeeX2eauvsyK7gLXyIPdIxuCsBjHfPyMho1TROTqFXAp7srPIwPEgfWoUWJQRU/bpyKJjwQief1pjssrFRN8GsewPi7ifl9okWRTM6E3m503c4OFlhyzQ7muhQfxZ8R5FByqNP2CvM8Un2LA2CfzrggYn9uo+klfjefvBfAICl4kT8t0kYr5tVLJUypmtRYsmzQsOqcLCOQ682p/MBhjgXof/fZJiRBDWzZ35ZSSpnOjtmDF6iFupDcMFcx2kYSYmBYcs3MJnPg7diRHynwiZ7EEnl2ocbDYSgw8mW9zjDHVsHDbHjSJRtPteisVe92/nTB5XLsxw7VxxxXLljreOFUM2FemffcHcc6V7ngVX4M7HHZDqaZlZvjKksBYp8H2hgHszNHrsGaTHA9+AKnK44D1t8O6KgM/rTac2hDbJ+Wavb8yXlLYvbpj/i6oEZZY7Xl2VjAr9TIN/HtGuzPORIriQ0WYTnYHvwoi+XN8/bZTrYDIktKPAHHfaw7GXS5piEUGX/4dEZ3hS7aY0DLRaI3ghTyrictIJU8/xIgADXdWUNZbJKUrh6P772rP+dUKEi8l0HOxlu5g+5S1XG/2D42tP3KEPVOGxYvgP+EGKQaJMrb2YZAtMyH4nSZLFXLVpHcQ6iLjZfjzCebLvZCvdONgQ8VHnTLe8+5A9kgFxe7VdiorCYwhfIJcuHFedzNaDon3aC3rzCrc99yYkCXj1XImueSmUiPH5nlh1LNugbA73hB/rTgf+0REJpOgAF7/lTWTnU1GJMwbha36pUL54yJtI2uV55nhbXcm7kx9SYz40DYz/JnhrDe8PrXx+UzSNURVnmlbA2h4N54m3xFifzet19BD7B53Dq8WtZi4EwTEJNdcSFgkmApQ8TYbrQF7GWUBXkgydyG8rhOZpn5J/c71NWbpd69FXdv5ZETEhSR+N52vkFcbdtiL1MXZPrtYfG2krB0F8VAAEHtCktTn6KX2MZ3+5WEiqUypLr7+HIOZG87D9L4c+gAO9UET3qXJzzoq0CdZxMU/jUT2Q8TPEZkMAeY0MM8Ttsc3tgLchjQAeBPNdsLwyMs4KGwFI7RTZRD4F+0eOfkxKFkIBX6NlptegX9amU3E1gUe4tQIVjR6XCQ5j4KP56Ie8erFGz5hIC5XiuGEMeTuEaKmq1yONxAY1OTSQatUtgKddWLKHpHS5gRaFetWOHeAFxF/9KJEMAGZQyYiLhB5kHCEDNiwOqyJlIMco1Be1niAtrzNgtlYuzGPzwI5CCfMTIqRUWFx4ao3yMEDsDR5bpizSlYhu1I3CphGTlcGSv5SzBshIovTIb52n48Hrr8iszZ1QLw45P80W8Cyv2UbPMBEUjeCgwSnwzHG4Ec3on4u+9HgyFq5LoeJ+Llk5ReuebHbgkX2thBnZfPdIZi9ln2QdPN+rvSB8T5REvhcBPFAKqM+tO17AwM9Z9KvfDHrkwH5OVDbZzjZUuKOzaftMtfmvX8NNBvwACRvBhVc4Bf3WLMn4M8GXy2d99bX2mcnQs6E4idaofILSNwoLlC1iVhmT9GdtP8dxYvelHvNwjsmjXkTnnzmXKcKKsb308iyIx9QSjO3y5HNWUjrUjf8eHHiP/fSCbn+KUehWqJlOQp0KLjqbXTiocOEkgAJC1eu1WVDdt9m1R0GySBouv5Hk7ca7IBG9APZYkos0tGUMOP8pBrYNKT97RfiK65pKiAUCC2nGr6rF1ET2YgcK6IwTh+Q/EJdWfPgNkHrtOWrEwYB/IX4yTCndz3eJ80oFuuvsxG9gVmebFl0eFHt3M1CNP1HYvU26o6Gp1zZ7K9O+2Nlr5tv5CbIzaWsRlnizS1YVOOlzKE/6nHmDYz+RWnb03IJF9y8st4E3AVC1WUNZMQTz1OQCmjrKKXqYliTxb+9oZUr5Hs0l7Ad030TdVC/Y+W+EQxVgX0m217ryXCiSsQaWbfS+LkZjgo94vMS1zlaaiK/yrFcadFmHiLli25tHSBxsv0QXTXsH4vmu6hpoCIbfuvcNogFK/XB+j3NCpa2W9Mmr3m6e+OwEJZUH0HI7SzPOskWLP4QA4SKGpL+EwChL4oawgm2wT9dRbRjL7sb2eDv6hT8KUb3BhnR4BxprnphUgJgw2YpfpK3hllt26FG9QyJ6+hyriU0ovDnw46fl0OdA/sbsaZclGHwvwDV7N/aKWaXAdp0A/ViF0nB0tTy9hW1crtHgYgUkuCMlP+mltfQ2/HphNrVt/AoVWqDEvbNgNU1SeEptobNbQ/UrMaJnngqE3r8imUnZtG8ne40QSLg0fADZSy9cMv3kzLn+xYa2SwNtvsF6KIwLQH9wkVokWBzjyQf0NH50VOhd6EdHKI4IutslzKVdetFtFHRUIb0Jw/+Ew6Tpcmr7gFi9DfP8xxyNg89udHrOzZo2n+XkSYK7ZVc6sBSFDZ9cFWoTH7kh2bKsDHlmYwsDpPwEaXaoXxCyewLyskBMvUiQAO5cG4agCC3NLllwHLd4zmdnArHOuANXmQdl0SewHyO9uj1Z67f1bUCybCF96uMgKtTnk7Eqe7gQSfo4lpTpQmBJfW9hLE6opD63ZfXTMpGoXLh2Fvmq68gCFQ4lWngQ2HBWkZILfG/AsHgep04j0tTxnnRNHyOf0MENsZ6/2l2HmujF3QjB1+zNfoNlVW3IVBRRY+QlNEDVNHa4RN8iPWCxelalsM+mOJJcHDIe8rB5oduGM3idfP0JC02KdkT/u/mQof86A9S6VtyoMD9594YERwClwS0Cof4ksnJe3RRkLkujVsODerpq7LW8dQkby88XsZ3RzsNDvUx9pjIIaviOEpZtG4WmILDioz8GEjW3JfY9asHwt7mRphI1dV9qiTGMNrjY1ktK0hya5VgR5PDAZJvCcBG6jOXCUi+J+n2yraftd85oun+WRuaKichMaOf4I1TBCr3QMuA+C74PcJWVQBqt9e0NOuyzpmvWsMPSwdNnuRIFB6SZdpy+6w4o5XMn1DRHaOHe46lY9k0KNkhz65QPe3sCnpFSOWkkXC5wqKsewTBqcIbR1xTM+xQ8A2iBg5lBwnI1De9b+yEER4ubja2apkYvBwiaSrnoDy5Ig7J9FNWUx/4n8d9d9R86BFC3rmF9ji/hJ2txrBaXwjApbjS8s0ojV1Gop8vA52Q1aqjIW9ab0N4cD9AQHM0b/TtJK9BP/h87gEiUfVKay8zp1uCK50fp8i+jgLsthP0w6d2lPb0Nu/Nxa/zsUEWOOgui4kM1vPhHaoE0+IYCuKQLggOfm6F6ZeewujKMUoZFh75VfIVBXlPt8t3KFvx6Uzda94q1cPDI2X5ABNesPP5fXXzpas0FjKW333Xwj+ywshd3hawdbDJqlCQ5cNCamSEhZTar3LCeXf90ew7E2283xIeqZoOjyCCVTpNHZEGBVpb2xze3kx2xxNA3jaGTWS61kWkB1xougJ/tXjlRG3ZbmOfTKh68wFs8v9Nq1u6n7blSdR0B1BCFw/67tgw4mhefzfr6JjXsFjdZJjqsucYLSTwKkTrRMAMJ8LSGk6HvUXtZyAgOwYxbu84q1PF0rHqDrHRuma4qEgLoui9FkgXrbUNZR9D+6IvquDkR2zNvYR8F8POQ7MEA4TF26UVLXqBg7p9TTV3TLKP2LtMCnOfaZ6rvIs+lq1zWVYoujxrkFazOexcVMS1EVh9UcRhh9LqqH73yBP/S4bHUSPlG/iBz+g4v5j7kwJhelVp/ELmvkjOE4J01i965rV9vlwnhmpFr3D/6+nlHeC8gYISp0mKm6+B/7cTjcHNuWxUEF0BGYJ8CD6efhscohe7W1zPNWj2smaCCF4wN9hCvstXr2KQwNlk5pFqCuak6g7e020aMtqm8ZP6VKigCI9vrKgdpCuatojvodQbCfEpLOXmTXCJIoLki0r3Mdo6+LGTJJVcuKW8NSBma4Fgw7EOjTLQ376ehYYXPhabsdnrjMnhqxv2S7ZZMpJWRbdxORdg4REKF+3ALfWbzXPg2Vw9hJSuTZpB5ITOaVTjokx7JeCputmLoq0wEuD7n69zgzlDiRQosJ+Yh/CIFx0qEeEphk67Qo4jy3dR8Xe0dvw3hH43Ei9Dd8D1m/RZ/rCzNKPNQClyrY0yDydOr3TiCfIedPeaegCl/mqWUmNsbToGDFcLrcfPy6ImP8pOFklhQYYIPv4n8TUSCE72Gx6q5l5vnYqaeEXIQ1YNUTR/Hs2pgnaIB+tSlx0U+cjIXfK4CVHq2qKrEIT/Z3rTKzZb9uDJh9t+QykWiyV6m3Q256QHsHu9wRd+E+gdM60Qpb0caedcN13IM32orzyUMISQLp7mRxnDr9+/1idwtIGXM/zvaIEwos/XgImOEyWJE0rqGo23F34AAxLDgcVA4TfxZCk18NirUZqRnrkK+UPWAJpvylCPOlPNuRxpMJwB4DrhPrC7TPmRgGk1JGZoi2QiAE40Vy+/iBD3g3ct48xgAwuz8S1V3IWery1aEuaoU9KJHR8D93TRqICklXyfc8cHOHDrGHbG1b2AeRDO5BRiaCWXu+u5QhJ2rsxqaG+SIpcIC/RXTH5uNRUAbXB/P4Rnp9vKSFgp+AbyNSJBkU8t+F4LVHcRwpRHM2owr/HEwxubIIuBnmsMRdmHjsjrGFij0cn79ARITszUkYqqiUcNFMwTuTYdZf9+DT118kxvj7KYMaxtTkBYBEytI9tc9cyXN43tqcbXj1fEhYROCdDb0hmyyS8BUtTrPipCvM8F0x98pe2vNRM2nRFasrJCHXy+LADUFjWtWagFDBMz/TUdF0373KmkI1WzbV2ya5DSd8rSJIp66KnFamepgHqKT7c+5DdqDHM3ZJWDVAIZzyzoRbe/4Abm5lhCJ841dXaQTre04YlszePzkIB7OT/zlbzItnav/CMnaDNQvUVBzHbKuleUxn3kESZ5tf0A+nba0f7pSjMwirf2GJSI8pTt6PBKEhhPuEnIjFTLoCOmHy3w5bC8dNj3/IgO/YgzGqjRLbZ2TGdVLWAeXul63OVYqLCTcM9eAA6SoHBtNKmYdG5NmhP7yuatLktOSiDyCDSILX7P16t8Wp5/WlZ51jcldTQx4TQjAnmj/u3dXg9pIuTH5kQa6BkJQmY/XwpdUx0JYCR0lWydGBf8bQTWHtdXABmB3J1Eq8PJyoegmsk11JGdA9iFJf2xAwDcOJPcn3hL+NfavISihMFbOus38NG8sAa/dN3zLhV2XOTnCX+NYlX5HgxnMfO4QjZ8zjzkQhoAWK6H9qFz662dXkXX47sz4SpjAZl6JU5KS930vaF1E7ugdkD2nXhhvpnyOkUMUGMYxGzz73MvoU9VdGb21eY8P+PTSy1D61mEzcMti89JjAuL5Ahd2MmuZ0U4TKsCg6cWbN2GIUDABkrEBtzoPhQ+t6tZx8xJlfksbKDjUnuGXvTqiT2JGf5Zfsx/7GboR2PKO/gPjXNtvyQbaQHBMVsK47qGPLLEPjP87GGyIbZEtuFQd7XlwWUU6Jjrt+ojKnTSVAgBVQa69yKP0ajZXmM+ZRfKxS83/4DOJjoX0Bjrv5GdvjBsCuN/oaO7hiJqZHq8ZjYFrtDEp2shweRxXaJSYC7YPcl0WvadD8M8R/cVgRco4u+yzZz5hFzDEi/C5ragcgrQngaZaL16kUMGpMkadIFFU8BKkhDIL08W+SDD5pSaVJ4ii1lWSEuIibSJk7+OQqpr9dH3zdPlhKc0jnuedmKMKbqEfD3FOGaTmrH9uFJnrU9NF9eoFEhokNhZLXiPHQ9aininPjLvdSxODm8nTX3KBTEUZLmu/kvCAm1xYKZW8icQYoLp+b8c+tAOCrFuNId8gfgHf4OeAMgPtmgpKAD1DbsPT+i1xwgxQoWkr8BciFUh0yuQNVmRAmmv6hQYLhWqITNAqTqmTpSZfpEbq+4Ed8bBfuB4u2aq+WuEontXWrOneMMCYsmRd/mlVVyksB3y/cKnXVI2W/OSFa1FssHcG+y3hyBRWNek0ed+tFlBn0Mr1JT0necmT5MyGXBGLJhkFJtREb2bXrYcP40/2A4ZQlueLwTnI7KfDcXNwRbIXY22jLHBTR9tY+NzsXQ4ikYqcBW9VjBiZlVt5l5KZs4DgchyeImn6M2UZ4arfmlf74RS0oVAC9oJdJ8gBl2bUz97kmEvJpJ1POZTeHBwU7pjzZkqTnFClFfugDeBOp4VOGZo75Fs6/xTrnzFW13yxGjtpXgEJ/1L9eJ+3ZPR26bFp7z2pGRPUdb8kxOifiytx/J7H9yZYpmkKbrOAebLocQoGclVRgpub0A3Ew/ObJgWUCDdvCAgliPOnF0UmzLEVczosDoXUZfnt86Q+P0dxhLfwSErNLbQii6ElVFITB1YQr2NF9u3a0pkTDC991Fy1LgHBekCxnkdsxn3mr/5kKXQD4No5hHVjnr9zEkgq6Jy+vp8OgkXoeggWuPPXzzpTWtjaS+QkH167AuvE5Gqk13UFis+SqnMxb2mTSBCuilrfj9jeMtY7HVVgJaO7avsIfRSdUel322Y3+FAPA0ZQLlAxjTDrjongBHO/FE8MKf7Q/Y/xmPks/L7zMACaKqNadL/9H/JJDjfELMkGbQ/rt5XOWveG3dn/mki9wqY1WThLwYS7D42vH2NIdtV8TeHxOsrFYGmMfvTr6zSnF12TmDwKUu1FMY/qJmqnskOigwvTs6zZMvEoFEjLCfWjKkGKdWuH60Gaqp6LFVKALECWGc2nFZTH1OuTgJ5ZRvogCXCb92lNjY/5fYDdN53Y0uESCE7BHliVH3IliDDk1Ija2GNNCYI/fH9P12ikslBxeABNswPF1cVBAGu5qOEDr8BcGI1HXg4Ug9mXzLXbstL/Vgbea7NpCkAFkLxlQBJrxhlVQ5JwrGKTmi6Ds60GQaO1AvXRRS/AE/t6WOo+nXti1fhvX8XVeikZ2lFDeRvOletjHSeqLCGoyMJHSwejLlqoyrO+P3ZGRGo9bxh6RqnPgvoBYBCrN5SJYBwj8DPXsrf3JQDRSiVPKuyIobCbaUcTylky/MEF6y6PvbtX1RRlGGb6yV2PBe9Wxbo1OA8zaWaJFVw78WkWMHUoyBCq0S4tMDO41SfuXNRfO2MpOtX85fElc/zvFnomqm9w9syVEcgNv75r08k462wTOrDhkQIhXO1SLPtJcc5ucY5TOgDpoLCPcsGdmUxAX/ONPXf51RwbZU1ERpXF1kB8UCMjmwcPyQOuchmdDbTOAIh675m2yIHeu90Q+FvMwXMxaYsO1Xm3yJlJ8NwAXDXpMBqEhcnX4yCj0Dqc2VQ/qnGKfBOhyr+WcQ0yrIhgDa3z+DXfSJo6jRCXb2gQ5YP1bSCRiq2ClDMaX3U7zpIpjJGyyZDrKLKPwFOgUie/3ceNgbVPMtbo3BRD87VkgeA8pB5aD9ilcGwzBQ3iAd+qB4B8/FtrqqnQlRu+S0XgPAAmRRYBTXxMPXdjGu4fMLkyVcNo5uMt9kMOr8n44t5UHYd3bLcG4ysIeoU7nMiiZNz1aggOiwihyj9zNaSVtA4b/rS6rLkc4EqfNaY3NazcgIh/mpTtpJzyr1jybClctKmQfHC1SowILDtZPLAxMML2hoWrltpH/WXI8GoG9Inc6BpBzWZltQszUM7qN9uQLkaEjfCl/Fya9pjP0K0ySVmR/2p4AGbTrJ+OMjdctNLEeqTumjTahMI6fI0e9jQvcMy1npMfoK3r8NDYCEbdDeLxZci/8YFXFMigSMzHIt/Qi7aD/9luksMLfC30wmVgId4yMvKlCRawz9dl33/w236WJlBwngmvrm1Dh3RosUc/d4oA8i+Kr3aJg3Yg+0NHdJeCQpBjZ+PPJjyUHxlcok1dKu1E03QfGGuesD2/cAbZNTCsJGsnnhaG57J9OGopvkYEcILsSRN4LsCDYCMUadkFyI3ZenEt4hFNKssztxOs81XFulgFXCY/DFjZzrzYsWuZTlVkEAQI74j1LEt0RuBtAUdOqfLzZODCXdcKf50pWCzl0/UUGGS0Qa5ImLZ5zXqy9tdeOgeW1wO8hKaMTR7luo55Aeb4I16YQoSBLpVUBU6vOpnWQnJxfn/S2bwvioCtnpLOtunHYz0zkJWaNaWslw9sU94JGrIPfiif6VYs0+aaQN+hLjtkVEr7rNW8I/WRgNjKuJ+rvz/ecJVXdry9eCf/E4yjbTRGeq9Z4ehrfQvI6</xenc:CipherValue></xenc:CipherData></xenc:EncryptedData></saml2:EncryptedAssertion></saml2p:Response>
`)
testSuite.ExpectedPlaintext = []byte(`<?xml version="1.0" encoding="UTF-8"?>
<saml2p:Response xmlns:saml2p="urn:oasis:names:tc:SAML:2.0:protocol" Destination="https://15661444.ngrok.io/saml2/acs" ID="_59c2431b4916af2018984213940ee675" InResponseTo="id-3d21faf29a101222d740735fa512f161" IssueInstant="2015-11-29T21:29:09.991Z" Version="2.0"><saml2:Issuer xmlns:saml2="urn:oasis:names:tc:SAML:2.0:assertion" Format="urn:oasis:names:tc:SAML:2.0:nameid-format:entity">https://idp.testshib.org/idp/shibboleth</saml2:Issuer><saml2p:Status><saml2p:StatusCode Value="urn:oasis:names:tc:SAML:2.0:status:Success"/></saml2p:Status><saml2:EncryptedAssertion xmlns:saml2="urn:oasis:names:tc:SAML:2.0:assertion"><saml2:Assertion xmlns:saml2="urn:oasis:names:tc:SAML:2.0:assertion" xmlns:xs="http://www.w3.org/2001/XMLSchema" ID="_f6f518e2c236c9c558f7a8bc6387b103" IssueInstant="2015-11-29T21:29:09.991Z" Version="2.0"><saml2:Issuer Format="urn:oasis:names:tc:SAML:2.0:nameid-format:entity">https://idp.testshib.org/idp/shibboleth</saml2:Issuer><ds:Signature xmlns:ds="http://www.w3.org/2000/09/xmldsig#"><ds:SignedInfo><ds:CanonicalizationMethod Algorithm="http://www.w3.org/2001/10/xml-exc-c14n#"/><ds:SignatureMethod Algorithm="http://www.w3.org/2001/04/xmldsig-more#rsa-sha256"/><ds:Reference URI="#_f6f518e2c236c9c558f7a8bc6387b103"><ds:Transforms><ds:Transform Algorithm="http://www.w3.org/2000/09/xmldsig#enveloped-signature"/><ds:Transform Algorithm="http://www.w3.org/2001/10/xml-exc-c14n#"><ec:InclusiveNamespaces xmlns:ec="http://www.w3.org/2001/10/xml-exc-c14n#" PrefixList="xs"/></ds:Transform></ds:Transforms><ds:DigestMethod Algorithm="http://www.w3.org/2001/04/xmlenc#sha256"/><ds:DigestValue>VwEKsGObmOM6y22Nstadwz1fq6dnQ2aDmERPMuEteds=</ds:DigestValue></ds:Reference></ds:SignedInfo><ds:SignatureValue>gcROTzJ7HgTu/LQprki8v9J5y4et2np48hYspgmygZRvRawzxfQDgB0MBvDIBG78J5XSd401g7E999JUEh4JtSMAig1THbeWhyITGHU1Vpl2xAR5Ma0vCMLjVIleeuFHhStFBNqKirNfulfhEa7Q5THVGKrVsNuIaP/yc10Gf8AyHfCIOf/ZQGiU3Srp/pKZLXPkSKTEZIq5tAOl+pA0maFBvb4+EkMPB6E66HiXknHL9KdNh8bPcq+EkqjhtHWOy341F8W9iy6MJYGuO9ksxdiY6FK5SqmPHlgoJqXx7Et2vYME6opIgFYB6m1KW6kWgVcF0VyIzJbkXq3yTi0b5g==</ds:SignatureValue><ds:KeyInfo><ds:X509Data><ds:X509Certificate>MIIEDjCCAvagAwIBAgIBADANBgkqhkiG9w0BAQUFADBnMQswCQYDVQQGEwJVUzEVMBMGA1UECBMM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</ds:X509Certificate></ds:X509Data></ds:KeyInfo></ds:Signature><saml2:Subject><saml2:NameID Format="urn:oasis:names:tc:SAML:2.0:nameid-format:transient" NameQualifier="https://idp.testshib.org/idp/shibboleth" SPNameQualifier="https://15661444.ngrok.io/saml2/metadata">_5c425656721b41a6cfa4a9c96225e082</saml2:NameID><saml2:SubjectConfirmation Method="urn:oasis:names:tc:SAML:2.0:cm:bearer"><saml2:SubjectConfirmationData Address="75.144.86.91" InResponseTo="id-3d21faf29a101222d740735fa512f161" NotOnOrAfter="2015-11-29T21:34:09.991Z" Recipient="https://15661444.ngrok.io/saml2/acs"/></saml2:SubjectConfirmation></saml2:Subject><saml2:Conditions NotBefore="2015-11-29T21:29:09.991Z" NotOnOrAfter="2015-11-29T21:34:09.991Z"><saml2:AudienceRestriction><saml2:Audience>https://15661444.ngrok.io/saml2/metadata</saml2:Audience></saml2:AudienceRestriction></saml2:Conditions><saml2:AuthnStatement AuthnInstant="2015-11-29T21:29:09.715Z" SessionIndex="_57adf921604642bd4e1dce7f308734f0"><saml2:SubjectLocality Address="75.144.86.91"/><saml2:AuthnContext><saml2:AuthnContextClassRef>urn:oasis:names:tc:SAML:2.0:ac:classes:PasswordProtectedTransport</saml2:AuthnContextClassRef></saml2:AuthnContext></saml2:AuthnStatement><saml2:AttributeStatement><saml2:Attribute FriendlyName="uid" Name="urn:oid:0.9.2342.19200300.100.1.1" NameFormat="urn:oasis:names:tc:SAML:2.0:attrname-format:uri"><saml2:AttributeValue xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:type="xs:string">myself</saml2:AttributeValue></saml2:Attribute><saml2:Attribute FriendlyName="eduPersonAffiliation" Name="urn:oid:1.3.6.1.4.1.5923.1.1.1.1" NameFormat="urn:oasis:names:tc:SAML:2.0:attrname-format:uri"><saml2:AttributeValue xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:type="xs:string">Member</saml2:AttributeValue><saml2:AttributeValue xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:type="xs:string">Staff</saml2:AttributeValue></saml2:Attribute><saml2:Attribute FriendlyName="eduPersonPrincipalName" Name="urn:oid:1.3.6.1.4.1.5923.1.1.1.6" NameFormat="urn:oasis:names:tc:SAML:2.0:attrname-format:uri"><saml2:AttributeValue xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:type="xs:string">myself@testshib.org</saml2:AttributeValue></saml2:Attribute><saml2:Attribute FriendlyName="sn" Name="urn:oid:2.5.4.4" NameFormat="urn:oasis:names:tc:SAML:2.0:attrname-format:uri"><saml2:AttributeValue xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:type="xs:string">And I</saml2:AttributeValue></saml2:Attribute><saml2:Attribute FriendlyName="eduPersonScopedAffiliation" Name="urn:oid:1.3.6.1.4.1.5923.1.1.1.9" NameFormat="urn:oasis:names:tc:SAML:2.0:attrname-format:uri"><saml2:AttributeValue xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:type="xs:string">Member@testshib.org</saml2:AttributeValue><saml2:AttributeValue xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:type="xs:string">Staff@testshib.org</saml2:AttributeValue></saml2:Attribute><saml2:Attribute FriendlyName="givenName" Name="urn:oid:2.5.4.42" NameFormat="urn:oasis:names:tc:SAML:2.0:attrname-format:uri"><saml2:AttributeValue xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:type="xs:string">Me Myself</saml2:AttributeValue></saml2:Attribute><saml2:Attribute FriendlyName="eduPersonEntitlement" Name="urn:oid:1.3.6.1.4.1.5923.1.1.1.7" NameFormat="urn:oasis:names:tc:SAML:2.0:attrname-format:uri"><saml2:AttributeValue xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:type="xs:string">urn:mace:dir:entitlement:common-lib-terms</saml2:AttributeValue></saml2:Attribute><saml2:Attribute FriendlyName="cn" Name="urn:oid:2.5.4.3" NameFormat="urn:oasis:names:tc:SAML:2.0:attrname-format:uri"><saml2:AttributeValue xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:type="xs:string">Me Myself And I</saml2:AttributeValue></saml2:Attribute><saml2:Attribute FriendlyName="eduPersonTargetedID" Name="urn:oid:1.3.6.1.4.1.5923.1.1.1.10" NameFormat="urn:oasis:names:tc:SAML:2.0:attrname-format:uri"><saml2:AttributeValue><saml2:NameID Format="urn:oasis:names:tc:SAML:2.0:nameid-format:persistent" NameQualifier="https://idp.testshib.org/idp/shibboleth" SPNameQualifier="https://15661444.ngrok.io/saml2/metadata">8F+M9ovyaYNwCId0pVkVsnZYRDo=</saml2:NameID></saml2:AttributeValue></saml2:Attribute><saml2:Attribute FriendlyName="telephoneNumber" Name="urn:oid:2.5.4.20" NameFormat="urn:oasis:names:tc:SAML:2.0:attrname-format:uri"><saml2:AttributeValue xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:type="xs:string">555-5555</saml2:AttributeValue></saml2:Attribute></saml2:AttributeStatement></saml2:Assertion></saml2:EncryptedAssertion></saml2p:Response>
`)
}
func (testSuite *DecryptTest) TestDecryptActualSAMLResponse(c *C) {
// this is an actual encrypted SAML response we got from testshib.
actualPlaintextString, err := Decrypt(testSuite.Key, testSuite.DocStr)
c.Assert(err, IsNil)
c.Assert(string(actualPlaintextString), Equals, string(testSuite.ExpectedPlaintext))
// make sure that the decryption didn't break our ability to
// verify that the signature is valid. (Note: if this part
// of the test fails despite the plaintext string matching
// expectations, it is probably something wrong with xmldsig,
// not decryption.
Cert := []byte(`-----BEGIN CERTIFICATE-----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-----END CERTIFICATE-----
`)
c.Assert(Cert, Not(IsNil))
err = Verify(Cert, actualPlaintextString, SignatureOptions{
XMLID: []XMLIDOption{{
ElementName: "Assertion",
ElementNamespace: "urn:oasis:names:tc:SAML:2.0:assertion",
AttributeName: "ID",
}}})
c.Assert(err, IsNil)
}
func (testSuite *DecryptTest) TestDecryptWithPadding(c *C) {
// This docStr has two bytes of padding, make sure they are removed off
docStr := []byte(`<?xml version="1.0" encoding="UTF-8"?><saml2p:Response xmlns:saml2p="urn:oasis:names:tc:SAML:2.0:protocol" Destination="https://15661444.ngrok.io/saml2/acs" ID="_acec7186b0d1edc511cecbcf41bbb4c2" InResponseTo="id-9bded48f3f655bd0bf11ff1a0196178f" IssueInstant="2015-11-30T23:26:32.109Z" Version="2.0"><saml2:Issuer xmlns:saml2="urn:oasis:names:tc:SAML:2.0:assertion" Format="urn:oasis:names:tc:SAML:2.0:nameid-format:entity">https://idp.testshib.org/idp/shibboleth</saml2:Issuer><saml2p:Status><saml2p:StatusCode Value="urn:oasis:names:tc:SAML:2.0:status:Success"/></saml2p:Status><saml2:EncryptedAssertion xmlns:saml2="urn:oasis:names:tc:SAML:2.0:assertion"><xenc:EncryptedData xmlns:xenc="http://www.w3.org/2001/04/xmlenc#" Id="_c4da89cb218abf2ec310217e60be5d25" Type="http://www.w3.org/2001/04/xmlenc#Element"><xenc:EncryptionMethod Algorithm="http://www.w3.org/2001/04/xmlenc#aes128-cbc" xmlns:xenc="http://www.w3.org/2001/04/xmlenc#"/><ds:KeyInfo xmlns:ds="http://www.w3.org/2000/09/xmldsig#"><xenc:EncryptedKey Id="_a34396dcca743a2e3c1c6c712f63daa0" xmlns:xenc="http://www.w3.org/2001/04/xmlenc#"><xenc:EncryptionMethod Algorithm="http://www.w3.org/2001/04/xmlenc#rsa-oaep-mgf1p" xmlns:xenc="http://www.w3.org/2001/04/xmlenc#"><ds:DigestMethod Algorithm="http://www.w3.org/2000/09/xmldsig#sha1" xmlns:ds="http://www.w3.org/2000/09/xmldsig#"/></xenc:EncryptionMethod><ds:KeyInfo><ds:X509Data><ds:X509Certificate>MIIB7zCCAVgCCQDFzbKIp7b3MTANBgkqhkiG9w0BAQUFADA8MQswCQYDVQQGEwJVUzELMAkGA1UE
CAwCR0ExDDAKBgNVBAoMA2ZvbzESMBAGA1UEAwwJbG9jYWxob3N0MB4XDTEzMTAwMjAwMDg1MVoX
DTE0MTAwMjAwMDg1MVowPDELMAkGA1UEBhMCVVMxCzAJBgNVBAgMAkdBMQwwCgYDVQQKDANmb28x
EjAQBgNVBAMMCWxvY2FsaG9zdDCBnzANBgkqhkiG9w0BAQEFAAOBjQAwgYkCgYEA1PMHYmhZj308
kWLhZVT4vOulqx/9ibm5B86fPWwUKKQ2i12MYtz07tzukPymisTDhQaqyJ8Kqb/6JjhmeMnEOdTv
SPmHO8m1ZVveJU6NoKRn/mP/BD7FW52WhbrUXLSeHVSKfWkNk6S4hk9MV9TswTvyRIKvRsw0X/gf
nqkroJcCAwEAATANBgkqhkiG9w0BAQUFAAOBgQCMMlIO+GNcGekevKgkakpMdAqJfs24maGb90Dv
TLbRZRD7Xvn1MnVBBS9hzlXiFLYOInXACMW5gcoRFfeTQLSouMM8o57h0uKjfTmuoWHLQLi6hnF+
cvCsEFiJZ4AbF+DgmO6TarJ8O05t8zvnOwJlNCASPZRH/JmF8tX0hoHuAQ==</ds:X509Certificate></ds:X509Data></ds:KeyInfo><xenc:CipherData xmlns:xenc="http://www.w3.org/2001/04/xmlenc#"><xenc:CipherValue>0VoGHMbjVpeEmc2Tq7qXdmunggsgpDUtkijewttoAG0eo8VCSZLEc/XL6Pp51fhmKLUVa9W6XzdipTzF4KBjmlMjRp2+VrWjqjx3QW+B5Qq0V+sd+s07mhrZK4Sokqq3oT7gwX+n2h0ZMpDgGdusQiVmBzfTLbALdOPkQsW7q0Y=</xenc:CipherValue></xenc:CipherData></xenc:EncryptedKey></ds:KeyInfo><xenc:CipherData xmlns:xenc="http://www.w3.org/2001/04/xmlenc#"><xenc:CipherValue>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</xenc:CipherValue></xenc:CipherData></xenc:EncryptedData></saml2:EncryptedAssertion></saml2p:Response>`)
actualPlaintextString, err := Decrypt(testSuite.Key, docStr)
c.Assert(err, IsNil)
c.Assert(strings.Contains(string(actualPlaintextString), "</saml2:Assertion></saml2:EncryptedAssertion>"), Equals, true)
}
func (testSuite *DecryptTest) TestInvalid(c *C) {
var docStr []byte
var err error
_, err = Decrypt(testSuite.Key, testSuite.DocStr)
c.Assert(err, IsNil)
_, err = Decrypt(testSuite.Key, []byte("<invalid xml"))
c.Assert(err, ErrorMatches, ".*Couldn't find end of Start Tag.*")
_, err = Decrypt(testSuite.Key, []byte("<invalid></invalid>"))
c.Assert(err, ErrorMatches, "xmlSecFindNode cannot find EncryptedData node")
_, err = Decrypt([]byte("XXX"), testSuite.DocStr)
c.Assert(err, ErrorMatches, "func=xmlSecOpenSSLAppKeyLoadBIO.*")
docStr = []byte(`<?xml version="1.0" encoding="UTF-8"?><saml2p:Response xmlns:saml2p="urn:oasis:names:tc:SAML:2.0:protocol" Destination="https://15661444.ngrok.io/saml2/acs" ID="_59c2431b4916af2018984213940ee675" InResponseTo="id-3d21faf29a101222d740735fa512f161" IssueInstant="2015-11-29T21:29:09.991Z" Version="2.0"><saml2:Issuer xmlns:saml2="urn:oasis:names:tc:SAML:2.0:assertion" Format="urn:oasis:names:tc:SAML:2.0:nameid-format:entity">https://idp.testshib.org/idp/shibboleth</saml2:Issuer><saml2p:Status><saml2p:StatusCode Value="urn:oasis:names:tc:SAML:2.0:status:Success"/></saml2p:Status><saml2:EncryptedAssertion xmlns:saml2="urn:oasis:names:tc:SAML:2.0:assertion"><xenc:EncryptedData xmlns:xenc="http://www.w3.org/2001/04/xmlenc#" Id="_62d64ca491a287a346272669fbe93191" Type="http://www.w3.org/2001/04/xmlenc#Element">invalid<`)
_, err = Decrypt(testSuite.Key, docStr)
c.Assert(err, ErrorMatches, ".*Premature end of data in tag.*")
docStr = []byte(`<?xml version="1.0" encoding="UTF-8"?>
<X>
<xenc:EncryptedData xmlns:xenc="http://www.w3.org/2001/04/xmlenc#" Id="_62d64ca491a287a346272669fbe93191" Type="http://www.w3.org/2001/04/xmlenc#Element">
<xenc:EncryptionMethod Algorithm="http://www.w3.org/2001/04/xmlenc#aes128-cbc" xmlns:xenc="http://www.w3.org/2001/04/xmlenc#"/>
<ds:KeyInfo xmlns:ds="http://www.w3.org/2000/09/xmldsig#">
<xenc:EncryptedKey xmlns:xenc="http://www.w3.org/2001/04/xmlenc#">
<xenc:EncryptionMethod Algorithm="http://www.w3.org/2001/04/xmlenc#rsa-oaep-mgf1p" xmlns:xenc="http://www.w3.org/2001/04/xmlenc#">
<ds:DigestMethod Algorithm="http://www.w3.org/2000/09/xmldsig#sha1" xmlns:ds="http://www.w3.org/2000/09/xmldsig#"/>
</xenc:EncryptionMethod>
<ds:KeyInfo>
<ds:X509Data>
<ds:X509Certificate>??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</ds:X509Certificate>
</ds:X509Data>
</ds:KeyInfo>
<xenc:CipherData xmlns:xenc="http://www.w3.org/2001/04/xmlenc#">
<xenc:CipherValue>0grSplyWOao1tEshQRtSsQqcl8lKTOqg/AR+U2Dh/1ACl0nZcv18De8U0iySrKSHQNaWcm2YpvBGUMddf4yKn40eVvmNoqElJVgOIhc5rPykua2AEyt2ShXOpFaCtXindqyax1IxxyJi+6o62swx+Q5pIy3YDaFN6/lNCgSdLak=</xenc:CipherValue>
</xenc:CipherData>
</xenc:EncryptedKey>
</ds:KeyInfo>
<xenc:CipherData xmlns:xenc="http://www.w3.org/2001/04/xmlenc#">
<xenc:CipherValue>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</xenc:CipherValue>
</xenc:CipherData>
</xenc:EncryptedData>
</X>
`)
_, err = Decrypt(testSuite.Key, docStr)
c.Assert(err, ErrorMatches, "func=xmlSecBase64CtxDecodeByte:file=base64.c:line=441:obj=:subj=:error=12:inByte=0x3f; func=xmlSecBase64CtxDecode:file=base64.c:line=612:obj=:subj=xmlSecBase64CtxDecodeByte:error=1:status=4; func=xmlSecBase64CtxUpdate:file=base64.c:line=268:obj=:subj=xmlSecBase64CtxDecode:error=1: ; func=xmlSecBase64Decode:file=base64.c:line=754:obj=:subj=xmlSecBase64CtxUpdate:error=1: ; func=xmlSecOpenSSLX509CertBase64DerRead:file=x509.c:line=\\d+:obj=:subj=xmlSecBase64Decode:error=1: ; func=xmlSecOpenSSLX509CertificateNodeRead:file=x509.c:line=\\d+:obj=x509:subj=xmlSecOpenSSLX509CertBase64DerRead:error=1: ; func=xmlSecOpenSSLX509DataNodeRead:file=x509.c:line=\\d+:obj=x509:subj=X509Certificate:error=1:read node failed; func=xmlSecOpenSSLKeyDataX509XmlRead:file=x509.c:line=\\d+:obj=x509:subj=xmlSecOpenSSLX509DataNodeRead:error=1: ; func=xmlSecKeyInfoNodeRead:file=keyinfo.c:line=114:obj=x509:subj=xmlSecKeyDataXmlRead:error=1:node=X509Data; func=xmlSecKeysMngrGetKey:file=keys.c:line=1349:obj=:subj=xmlSecKeyInfoNodeRead:error=1:node=KeyInfo; func=xmlSecEncCtxEncDataNodeRead:file=xmlenc.c:line=957:obj=:subj=:error=45: ; func=xmlSecEncCtxDecryptToBuffer:file=xmlenc.c:line=715:obj=:subj=xmlSecEncCtxEncDataNodeRead:error=1: ; func=xmlSecKeysMngrGetKey:file=keys.c:line=1370:obj=:subj=xmlSecKeysMngrFindKey:error=1: ; func=xmlSecEncCtxEncDataNodeRead:file=xmlenc.c:line=957:obj=:subj=:error=45: ; func=xmlSecEncCtxDecryptToBuffer:file=xmlenc.c:line=715:obj=:subj=xmlSecEncCtxEncDataNodeRead:error=1: ; func=xmlSecEncCtxDecrypt:file=xmlenc.c:line=623:obj=:subj=xmlSecEncCtxDecryptToBuffer:error=1: ")
docStr = []byte(`<?xml version="1.0" encoding="UTF-8"?>
<X>
<xenc:EncryptedData xmlns:xenc="http://www.w3.org/2001/04/xmlenc#" Id="_62d64ca491a287a346272669fbe93191" Type="http://www.w3.org/2001/04/xmlenc#Element">
<xenc:EncryptionMethod Algorithm="http://www.w3.org/2001/04/xmlenc#aes128-cbc" xmlns:xenc="http://www.w3.org/2001/04/xmlenc#"/>
<ds:KeyInfo xmlns:ds="http://www.w3.org/2000/09/xmldsig#">
<xenc:EncryptedKey Id="_6d45c5b6b68d786f8322c0741f43a085" xmlns:xenc="http://www.w3.org/2001/04/xmlenc#">
<xenc:EncryptionMethod Algorithm="http://www.w3.org/2001/04/xmlenc#rsa-oaep-mgf1p" xmlns:xenc="http://www.w3.org/2001/04/xmlenc#">
<ds:DigestMethod Algorithm="http://www.w3.org/2000/09/xmldsig#sha1" xmlns:ds="http://www.w3.org/2000/09/xmldsig#"/>
</xenc:EncryptionMethod>
<ds:KeyInfo>
<ds:X509Data>
<ds:X509Certificate>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</ds:X509Certificate>
</ds:X509Data>
</ds:KeyInfo>
<xenc:CipherData xmlns:xenc="http://www.w3.org/2001/04/xmlenc#">
<xenc:CipherValue>0g??rSplyWOao1tEshQRtSsQqcl8lKTOqg/AR+U2Dh/1ACl0nZcv18De8U0iySrKSHQNaWcm2YpvBGUMddf4yKn40eVvmNoqElJVgOIhc5rPykua2AEyt2ShXOpFaCtXindqyax1IxxyJi+6o62swx+Q5pIy3YDaFN6/lNCgSdLak=</xenc:CipherValue>
</xenc:CipherData>
</xenc:EncryptedKey>
</ds:KeyInfo>
<xenc:CipherData xmlns:xenc="http://www.w3.org/2001/04/xmlenc#">
<xenc:CipherValue>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</xenc:CipherValue>
</xenc:CipherData>
</xenc:EncryptedData>
</X>
`)
_, err = Decrypt(testSuite.Key, docStr)
c.Assert(err, ErrorMatches, "func=xmlSecOpenSSLX509StoreVerify.*")
docStr = []byte(`<?xml version="1.0" encoding="UTF-8"?>
<X>
<xenc:EncryptedData xmlns:xenc="http://www.w3.org/2001/04/xmlenc#" Id="_62d64ca491a287a346272669fbe93191" Type="http://www.w3.org/2001/04/xmlenc#Element">
<xenc:EncryptionMethod Algorithm="http://www.w3.org/2001/04/xmlenc#aes128-cbc" xmlns:xenc="http://www.w3.org/2001/04/xmlenc#"/>
<ds:KeyInfo xmlns:ds="http://www.w3.org/2000/09/xmldsig#">
<xenc:EncryptedKey Id="_6d45c5b6b68d786f8322c0741f43a085" xmlns:xenc="http://www.w3.org/2001/04/xmlenc#">
<xenc:EncryptionMethod Algorithm="http://www.w3.org/2001/04/xmlenc#rsa-oaep-mgf1p" xmlns:xenc="http://www.w3.org/2001/04/xmlenc#">
<ds:DigestMethod Algorithm="http://www.w3.org/2000/09/xmldsig#sha1" xmlns:ds="http://www.w3.org/2000/09/xmldsig#"/>
</xenc:EncryptionMethod>
<ds:KeyInfo>
<ds:X509Data>
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<xenc:CipherValue>NzvG??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</xenc:CipherValue>
</xenc:CipherData>
</xenc:EncryptedData>
</X>
`)
_, err = Decrypt(testSuite.Key, docStr)
c.Assert(err, ErrorMatches, "func=xmlSecOpenSSLX509StoreVerify.*")
docStr = []byte(`<?xml version="1.0" encoding="UTF-8"?>
<X>
<xenc:EncryptedData xmlns:xenc="http://www.w3.org/2001/04/xmlenc#" Id="_62d64ca491a287a346272669fbe93191" Type="http://www.w3.org/2001/04/xmlenc#Element">
<xenc:EncryptionMethod Algorithm="http://www.w3.org/2001/04/xmlenc#aes999-cbc" xmlns:xenc="http://www.w3.org/2001/04/xmlenc#"/>
<ds:KeyInfo xmlns:ds="http://www.w3.org/2000/09/xmldsig#">
<xenc:EncryptedKey Id="_6d45c5b6b68d786f8322c0741f43a085" xmlns:xenc="http://www.w3.org/2001/04/xmlenc#">
<xenc:EncryptionMethod Algorithm="http://www.w3.org/2001/04/xmlenc#rsa-oaep-mgf1p" xmlns:xenc="http://www.w3.org/2001/04/xmlenc#">
<ds:DigestMethod Algorithm="http://www.w3.org/2000/09/xmldsig#sha1" xmlns:ds="http://www.w3.org/2000/09/xmldsig#"/>
</xenc:EncryptionMethod>
<ds:KeyInfo>
<ds:X509Data>
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<xenc:CipherValue>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</xenc:CipherValue>
</xenc:CipherData>
</xenc:EncryptedData>
</X>
`)
_, err = Decrypt(testSuite.Key, docStr)
c.Assert(err, ErrorMatches, "func=xmlSecTransformNodeRead.*")
}