![]() ![]() ![]() Message: java.io.FileNotFoundException: /tmp/RPTTEMP.A1E4CC464D3DD067DĢ) The trace-robotic log includes messages like the following: Violated Value: occurred in IBM Registration. Strong Encryption adds 256-bit ciphers.ġ) The Playback Status workspace shows that playbacks are complete, but the Verification Failures workspace shows: If the script uses TLS as the protocol in the test, then the cipher is a TLS cipher.Ĭheck whether your script playbacks indicate that the RRT JRE needs to be patched to support Strong Encryption. In RPT workbench, the cipher name always begins with "SSL" to simplify naming conventions. The presence of 256 in the cipher name means that the cipher supports 256-bit encryption. ![]() For example, SSL_DHE_RSA_WITH_AES_ 256_CBC_SHA is a 256-bit cipher. The name identifies the encryption level. If the list contains 256-bit ciphers, you need to support Strong Encryption in RPT and the RRT agent. ![]() In the right panel, examine the available ciphers that display. In the left panel, drill down through the Server Access Configurations. In RPT workbench, open the script in Test Editor mode. To verify whether certain cipher suites are supported, visit the IBM Java Knowledge Center:įirst, determine whether your script uses 256-bit ciphers. However, when a script uses TLS 1.2/1,2, some ciphers may not be supported. In comparison, RRT 7.4 with IF21 or IF24 (7.4.0.0-TIV-CAMRT-IF0021 or 7.4.0.0-TIV-CAMRT-IF0024) can support RPT 8.3 and RPT 8.6 since RPT 8.6 supports TLS1.1 /1.2, and the IBM Java 7 included with RRT 7.4 also supports TLS 1.1/1.2. Consequently, RRT 7.3 FP01 also does not support TLS 1.1/1.2. The JRE that supports the RRT agent and the JRE that supports RPT workbench must both support the same version of TLS and the same ciphers.įor example, RRT 7.3 FP01 supports RPT 8.3.0.3, but RPT 8.3.0.3 does not support TLS1.1/1.2. Whether the RRT agent supports TLS1.1/1.2 depends on whether the underlying JRE supports TLS 1.1/1.2. Each new version adds new features and modifies internal details. Currently, TLS versions include TLS 1.1 and 1.2. Ciphers implement security by providing the encryption mechanism. SSL (Secure Sockets Layer) and TLS (Transport Layer Security) are transport layer protocols. ![]()
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