Tester of Eliptic curves support on smartcards with JavaCard platform https://git.neuromancer.sk/ECTester.git/atom/src/cz/crcs/ectester/reader/DirtyLogger.java?h=feature%2Fboring-ssl 2017-10-14T22:19:18Z 2017-10-14T22:19:18Z J08nY 2017-10-13T23:14:07Z urn:sha1:114c3378e323b954bfd8c0470e489c9615978d58 This is done to provide multiple output formats, one which logs tests to console in simple human readable format and others. 2017-01-22T02:17:36Z J08nY 2017-01-22T02:17:36Z urn:sha1:636306e09a84ac785d2711117640efe914ae020f - For easier testing - Command assembles the correct instruction from params in its constructor - Command.send() sends the command and obtains the Response with timing - Response parses the ResponseAPDU in its constructor and provides convenience methods to access its contents/SWs/success /failure/print data: Added more curves 2017-01-17T02:17:08Z J08nY 2017-01-17T01:55:31Z urn:sha1:4debe5adb4bb486f488878e348ee7bcf386c43f2 reader: ECTester, mostly rewritten SimpleAPDU - communication with applet now done through simpler instructions: allocate, set, generate, ecdh, ecdsa - moved to a valid Java package dir cz.crcs.ectester - SimpleAPDU: renamed to ECTester - CardMngr: seamlessly supports simulation vs real card - DirtyLogger: takes a nullable String and creates file - ECTester: currently only supports key generation, curve testing under way - supports external curve setting, example files in data package - tests can be done through files, to achieve a more modular approach - Util: static utility class - ParamReader: reads curve domain parameters and keys from simple csv-like human-readable files with hex strings applet: ECTesterApplet, rewrite of SimpleECCApplet - more granularity in instructions - moved complexity over to the reader side - ECKeyGenerator: now a class that takes KeyPair as param - ECKeyTester: now a class that takes KeyPair as param - EC_Consts: removed ecsp curves(now done externally), removed unused methods - ECTesterApplet: currently only tested instructions are: allocate, set, generate data: contains several curve and pubkey files in format supported by ParamReader - Prime field curves: p,a,b,gx,gy,r,k - Binary field curves: e1,a,b,gx,gy,r,k or e1,e2,e3,a,b,gx,gy,r,k - Public key: wx,wy - Private key: s - Key: wx,wy,s - all values are hex strings