1.1 --- /dev/null	Thu Jan 01 00:00:00 1970 +0000
     1.2 +++ b/os/security/crypto/weakcrypto/test/tbigint/scripts/tperformancetests.txt	Fri Jun 15 03:10:57 2012 +0200
     1.3 @@ -0,0 +1,230 @@
     1.4 +// <iterations> is for how long time the test will be run measured in seconds.
     1.5 +
     1.6 +<action>
     1.7 +	<actionname>Montgomery Performance Tests 1 512 bit random exponentiation</actionname>
     1.8 +	<actiontype>MontgomeryPerformance</actiontype>
     1.9 +	<actionbody>
    1.10 +		<bits>512</bits>
    1.11 +		<iterations>10</iterations>
    1.12 +	</actionbody>
    1.13 +	<actionresult>
    1.14 +		<return>KErrNone</return>
    1.15 +	</actionresult>
    1.16 +</action>
    1.17 +<action>
    1.18 +	<actionname>Montgomery Performance Tests 2 1024 bit random exponentiation</actionname>
    1.19 +	<actiontype>MontgomeryPerformance</actiontype>
    1.20 +	<actionbody>
    1.21 +		<bits>1024</bits>
    1.22 +		<iterations>20</iterations>
    1.23 +	</actionbody>
    1.24 +	<actionresult>
    1.25 +		<return>KErrNone</return>
    1.26 +	</actionresult>
    1.27 +</action>
    1.28 +<action>
    1.29 +	<actionname>Montgomery Performance Tests 3 2048 bit random exponentiation</actionname>
    1.30 +	<actiontype>MontgomeryPerformance</actiontype>
    1.31 +	<actionbody>
    1.32 +		<bits>2048</bits>
    1.33 +		<iterations>60</iterations>
    1.34 +	</actionbody>
    1.35 +	<actionresult>
    1.36 +		<return>KErrNone</return>
    1.37 +	</actionresult>
    1.38 +</action>
    1.39 +<action>
    1.40 +	<actionname>Prime Vector Performance Test (#356 -- from http://www.cl.cam.ac.uk/users/jeh1004/research/miller/primes)</actionname>
    1.41 +	<actiontype>PrimeVectorPerformance</actiontype>
    1.42 +	<actionbody>
    1.43 +		<prime>039F9BCF09A995</prime>
    1.44 +		<iterations>10</iterations>
    1.45 +	</actionbody>
    1.46 +	<actionresult><result>ETrue</result></actionresult>
    1.47 +</action>
    1.48 +<action>
    1.49 +	<actionname>Prime Vector Performance Test (#357 -- from http://www.cl.cam.ac.uk/users/jeh1004/research/miller/primes)</actionname>
    1.50 +	<actiontype>PrimeVectorPerformance</actiontype>
    1.51 +	<actionbody>
    1.52 +		<prime>0341D0E82B3E81</prime>
    1.53 +		<iterations>10</iterations>
    1.54 +	</actionbody>
    1.55 +	<actionresult><result>ETrue</result></actionresult>
    1.56 +</action>
    1.57 +<action>
    1.58 +	<actionname>Prime Vector Performance Test (#358 -- from http://www.cl.cam.ac.uk/users/jeh1004/research/miller/primes)</actionname>
    1.59 +	<actiontype>PrimeVectorPerformance</actiontype>
    1.60 +	<actionbody>
    1.61 +		<prime>02D94A8735D113</prime>
    1.62 +		<iterations>10</iterations>
    1.63 +	</actionbody>
    1.64 +	<actionresult><result>ETrue</result></actionresult>
    1.65 +</action>
    1.66 +<action>
    1.67 +	<actionname>Prime Vector Performance Test (#694 -- from http://www.cl.cam.ac.uk/users/jeh1004/research/miller/primes)</actionname>
    1.68 +	<actiontype>PrimeVectorPerformance</actiontype>
    1.69 +	<actionbody>
    1.70 +		<prime>C172218B482F5E66982A0A4283F6A26795AEFB32C1A0659733</prime>
    1.71 +		<iterations>10</iterations>
    1.72 +	</actionbody>
    1.73 +	<actionresult><result>ETrue</result></actionresult>
    1.74 +</action>
    1.75 +<action>
    1.76 +	<actionname>Prime Vector Performance Test (#695 -- from http://www.cl.cam.ac.uk/users/jeh1004/research/miller/primes)</actionname>
    1.77 +	<actiontype>PrimeVectorPerformance</actiontype>
    1.78 +	<actionbody>
    1.79 +		<prime>DC9F6AE82E1957F7126743AA9940F6CA8CE25C1C4180000ED3</prime>
    1.80 +		<iterations>10</iterations>
    1.81 +	</actionbody>
    1.82 +	<actionresult><result>ETrue</result></actionresult>
    1.83 +</action>
    1.84 +<action>
    1.85 +	<actionname>Prime Vector Performance Test (#696 -- from http://www.cl.cam.ac.uk/users/jeh1004/research/miller/primes)</actionname>
    1.86 +	<actiontype>PrimeVectorPerformance</actiontype>
    1.87 +	<actionbody>
    1.88 +		<prime>A222E4A8E9BED3EF5F16096AC7C2508BC4CFE43EE771F1C8A5</prime>
    1.89 +		<iterations>10</iterations>
    1.90 +	</actionbody>
    1.91 +	<actionresult><result>ETrue</result></actionresult>
    1.92 +</action>
    1.93 +<action>
    1.94 +	<actionname>Prime Vector Performance Test (#798 -- from http://www.cl.cam.ac.uk/users/jeh1004/research/miller/primes)</actionname>
    1.95 +	<actiontype>PrimeVectorPerformance</actiontype>
    1.96 +	<actionbody>
    1.97 +		<prime>0F62D50FDE3EF31518A6FEE0E560D9799D58F38B667D3D8F316CFEE90DADD93ECD29B19DA468798FEA2A28EB3C31F21BC26E33B8D428AD151D4F1C57B0A745</prime>
    1.98 +		<iterations>20</iterations>
    1.99 +	</actionbody>
   1.100 +	<actionresult><result>ETrue</result></actionresult>
   1.101 +</action>
   1.102 +<action>
   1.103 +	<actionname>Prime Vector Performance Test (#799 -- from http://www.cl.cam.ac.uk/users/jeh1004/research/miller/primes)</actionname>
   1.104 +	<actiontype>PrimeVectorPerformance</actiontype>
   1.105 +	<actionbody>
   1.106 +		<prime>09BE697DAC5815D1D09026750D168A690A88812239BEC1133213220E875D01489B1B837317705B9656CAF1C3A14037058746057E033117FA275718DB2558DD</prime>
   1.107 +		<iterations>20</iterations>
   1.108 +	</actionbody>
   1.109 +	<actionresult><result>ETrue</result></actionresult>
   1.110 +</action>
   1.111 +<action>
   1.112 +	<actionname>Prime Vector Performance Test (#800 -- from http://www.cl.cam.ac.uk/users/jeh1004/research/miller/primes)</actionname>
   1.113 +	<actiontype>PrimeVectorPerformance</actiontype>
   1.114 +	<actionbody>
   1.115 +		<prime>08BC68DD8CDDE87509160E05EFEEF2BD27CE45D7774AA41AAC61950AED0597DD0BED7AE305904536197DAC0AAE62BC484E4927354495760222B38B096A7BDD</prime>
   1.116 +		<iterations>20</iterations>
   1.117 +	</actionbody>
   1.118 +	<actionresult><result>ETrue</result></actionresult>
   1.119 +</action>
   1.120 +<action>
   1.121 +	<actionname>Prime Vector Performance Test (#807 -- from http://www.cl.cam.ac.uk/users/jeh1004/research/miller/primes)</actionname>
   1.122 +	<actiontype>PrimeVectorPerformance</actiontype>
   1.123 +	<actionbody>
   1.124 +		<prime>A720FEC20FB6518AABED0EDBCD0221E2A5AEF3B5B729D879EEBD0BD35F577B42D15B0BD6AC39F355BE1FD55242E0DD9173CFEA1ACD36A733FE368F79B87EBAC7090F5977DC4B6772FF96B0771D85297175D4157E0D1B9EDA3225DCDE8D730DAB3B83DDE26B97B7352554A57FAAA9BD03304550C833D61210B99BE53D89</prime>
   1.125 +		<iterations>30</iterations>
   1.126 +	</actionbody>
   1.127 +	<actionresult><result>ETrue</result></actionresult>
   1.128 +</action>
   1.129 +<action>
   1.130 +	<actionname>Prime Vector Performance Test (#808 -- from http://www.cl.cam.ac.uk/users/jeh1004/research/miller/primes)</actionname>
   1.131 +	<actiontype>PrimeVectorPerformance</actiontype>
   1.132 +	<actionbody>
   1.133 +		<prime>9A4E1EA85C063BA17DC02CCB82F17C537291C79DB60F5C79D5A24616D415773F5D3BE3D40B754D17ADCF0A432C17447C6722C1D61863D348100AC9A493F63B3971F98544CD5798CB0859607EEF3B98023C4AF20DFA093E85090CCA683D61549D498597B3E8BE1BA02561864A89AD9AE9BA15CC9798A56CAAC29F4CE1D7</prime>
   1.134 +		<iterations>30</iterations>
   1.135 +	</actionbody>
   1.136 +	<actionresult><result>ETrue</result></actionresult>
   1.137 +</action>
   1.138 +<action>
   1.139 +	<actionname>Prime Vector Performance Test (#809 -- from http://www.cl.cam.ac.uk/users/jeh1004/research/miller/primes)</actionname>
   1.140 +	<actiontype>PrimeVectorPerformance</actiontype>
   1.141 +	<actionbody>
   1.142 +		<prime>A139CBCAA6C325842507755069043ED17818BA3694568385505D03E448D72F363DE0C36BA9B717E213975E3FC94872253C51B66A0AF18D59B736D024DF9B2ABF4D400E7177CF21295F433B7DE074391B14FAFDB9241FC773B8F42390EE37455FC81490D033AAD4646C67CFD303F57CB5D983807E41C0B081C050CDAAB3</prime>
   1.143 +		<iterations>30</iterations>
   1.144 +	</actionbody>
   1.145 +	<actionresult><result>ETrue</result></actionresult>
   1.146 +</action>
   1.147 +<action>
   1.148 +	<actionname>Prime Vector Performance Test (#904 -- from http://www.cl.cam.ac.uk/users/jeh1004/research/miller/primes)</actionname>
   1.149 +	<actiontype>PrimeVectorPerformance</actiontype>
   1.150 +	<actionbody>
   1.151 +		<prime>0A91B01C98D4F99C6D86C4F2C159224940371B1E1B59EB377EA0537BA737B0DF543C53D231E20C34A5E17107FFE68ABEF9BFB1836D66F6C6DC28E2A8A13E1AB2657DB7D8F21E988EC5A332B3637D423CCF94081B0AD5C019269D6A043DAAC57C5BC25BE8B581C1FFA42FB45B229127CC42C76DDAEE59E24A5E51B4502CB2FFD0FB9952ADB5B1B981494D9432B15918915B3C4B4FF5D0DF3E05FA71AE1D8990F27C109A8F49DB254B149E9F53503B55FA774B68D946BA757F204F747B</prime>
   1.152 +		<iterations>60</iterations>
   1.153 +	</actionbody>
   1.154 +	<actionresult><result>ETrue</result></actionresult>
   1.155 +</action>
   1.156 +<action>
   1.157 +	<actionname>Prime Vector Performance Test (#905 -- from http://www.cl.cam.ac.uk/users/jeh1004/research/miller/primes)</actionname>
   1.158 +	<actiontype>PrimeVectorPerformance</actiontype>
   1.159 +	<actionbody>
   1.160 +		<prime>0E02BBF4CF2BFE980FDAABB51C092521747883DD9DFC35958039DB60CB2C244C93E9AC70C011D0C95A8FA70769D0450F0133FDCE0C207083796B6C149244FD3475EB5D6AD6EAA3C341525707C095C1DEEEDE88F0FD6AEF378B9077E653C40C8EB617F257D5C607CCAC0FABB6E331BAAB3C7E4EBFDC42D7311D1A9D38AE222BB0AE62DA76B8259D09F43917250455CF625F8DBA3380B39C2E95BD16D03A00A4A3E414EB9098BC4F203FBF646553A560BB06DBF720B5DDCCE8367DBB0B</prime>
   1.161 +		<iterations>60</iterations>
   1.162 +	</actionbody>
   1.163 +	<actionresult><result>ETrue</result></actionresult>
   1.164 +</action>
   1.165 +<action>
   1.166 +	<actionname>Prime Vector Performance Test (#906 -- from http://www.cl.cam.ac.uk/users/jeh1004/research/miller/primes)</actionname>
   1.167 +	<actiontype>PrimeVectorPerformance</actiontype>
   1.168 +	<actionbody>
   1.169 +		<prime>0D2D2F7D8D824F224A2B12A96C813188F90B60FABB5F39A8FEC326FBC3683D94B34CE5C2D396A39FB850C90DC817C6933B0A935B74030CF9112D3BB19D07519A05C37A08B44AC6F47140F2FC6ED2F4D5D4D0D569578ABDC79639AC4C152B85B2BCD680858C327F0D1B0116F97BFEF8130A20FF9AB2959EEB3EE31A49D715E4357A15E78EA799B020F8A9F7A59B92F0014F002B4F50FCE5EEB9BAEC52663A8A0B171B44EF982449337FDCC75CA5150266D06351B3B637A9DA91367A2B</prime>
   1.170 +		<iterations>60</iterations>
   1.171 +	</actionbody>
   1.172 +	<actionresult><result>ETrue</result></actionresult>
   1.173 +</action>
   1.174 +<action>
   1.175 +	<actionname>Prime Vector Performance Test (#1101 -- from http://www.cl.cam.ac.uk/users/jeh1004/research/miller/primes)</actionname>
   1.176 +	<actiontype>PrimeVectorPerformance</actiontype>
   1.177 +	<actionbody>
   1.178 +		<prime>9E3994BA839691BC3C5F1FEA48D712E64F99DA22974D358C5E6CF5DD9ED3C89B598868D9D6096C7B1C80F1B7DFA8F5FB4E1F5C445FF8A58848B8F11FF35FCBA40985A98FA9F25335B6C0FF725439887B5F6A8F43D3B66F31EE7A18F21B9FDC81D19377559ACE30DA3BB236028BA8E197FE8E3B753467DA5A82CA989CE6763BD42B81ECBB326F9DFE9ACF28DCF234A45CF5A3282384A82E16A06F8B8AC75964BD84DD62F2A2DB03114B1A346F684480BF315DCDD65049A350AA07B696AD41A5410460D5406A9117B2012A7BA0130897B81AF98CA281056B9E09F2AE58318B176047C8539741ED154B20F14B713B3189453CD4A2C101C6C918BEC5</prime>
   1.179 +		<iterations>10</iterations>
   1.180 +	</actionbody>
   1.181 +	<actionresult><result>ETrue</result></actionresult>
   1.182 +</action>
   1.183 +<action>
   1.184 +	<actionname>Prime Vector Performance Test (#1102 -- from http://www.cl.cam.ac.uk/users/jeh1004/research/miller/primes)</actionname>
   1.185 +	<actiontype>PrimeVectorPerformance</actiontype>
   1.186 +	<actionbody>
   1.187 +		<prime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prime>
   1.188 +		<iterations>10</iterations>
   1.189 +	</actionbody>
   1.190 +	<actionresult><result>ETrue</result></actionresult>
   1.191 +</action>
   1.192 +<action>
   1.193 +	<actionname>Prime Vector Performance Test (#1103 -- from http://www.cl.cam.ac.uk/users/jeh1004/research/miller/primes)</actionname>
   1.194 +	<actiontype>PrimeVectorPerformance</actiontype>
   1.195 +	<actionbody>
   1.196 +		<prime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prime>
   1.197 +		<iterations>10</iterations>
   1.198 +	</actionbody>
   1.199 +	<actionresult><result>ETrue</result></actionresult>
   1.200 +</action>
   1.201 +<action>
   1.202 +	<actionname>Prime Generation Performance Tests (512 bit)</actionname>
   1.203 +	<actiontype>PrimeGenPerformance</actiontype>
   1.204 +	<actionbody>
   1.205 +		<bits>512</bits>
   1.206 +		<iterations>60</iterations>
   1.207 +	</actionbody>
   1.208 +	<actionresult>
   1.209 +		<return>KErrNone</return>
   1.210 +	</actionresult>
   1.211 +</action>
   1.212 +<action>
   1.213 +	<actionname>Prime Generation Performance Tests (1024 bit)</actionname>
   1.214 +	<actiontype>PrimeGenPerformance</actiontype>
   1.215 +	<actionbody>
   1.216 +		<bits>1024</bits>
   1.217 +		<iterations>30</iterations>
   1.218 +	</actionbody>
   1.219 +	<actionresult>
   1.220 +		<return>KErrNone</return>
   1.221 +	</actionresult>
   1.222 +</action>
   1.223 +<action>
   1.224 +	<actionname>Prime Generation Performance Tests (2048 bit)</actionname>
   1.225 +	<actiontype>PrimeGenPerformance</actiontype>
   1.226 +	<actionbody>
   1.227 +		<bits>2048</bits>
   1.228 +		<iterations>60</iterations>
   1.229 +	</actionbody>
   1.230 +	<actionresult>
   1.231 +		<return>KErrNone</return>
   1.232 +	</actionresult>
   1.233 +</action>