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/dalvik/tools/dmtracedump/tests/filters/
testWaitingNestedOverlapSingleThreadDiffFilterDiffKeysExpected	60 Total cycles: 10 146 Total waiting cycles: 8 ( 80.00% of total) 149 Waiting cycles % of total waiting time execution time while waiting thread name 158 Total waiting cycles: 4 ( 40.00% of total) 161 Waiting cycles % of total waiting time execution time while waiting thread name 170 Total waiting cycles: 0 ( 0.00% of total) 186 <div class="header"><span class="parent"> </span>   Cycles %/total Cumul.%  Calls+Recur  Class</div> 221 <div class="header"><span class="parent"> </span>   Cycles %/total Cumul.%  Calls+Recur  Method</div>
testWaitingPartialOverlapCrossThreadDiffFilterDiffKeysExpected	60 Total cycles: 16 146 Total waiting cycles: 8 ( 50.00% of total) 149 Waiting cycles % of total waiting time execution time while waiting thread name 158 Total waiting cycles: 8 ( 50.00% of total) 161 Waiting cycles % of total waiting time execution time while waiting thread name 170 Total waiting cycles: 0 ( 0.00% of total) 186 <div class="header"><span class="parent"> </span>   Cycles %/total Cumul.%  Calls+Recur  Class</div> 221 <div class="header"><span class="parent"> </span>   Cycles %/total Cumul.%  Calls+Recur  Method</div>
testWaitingPartialOverlapCrossThreadSameFilterDiffKeysExpected	60 Total cycles: 16 146 Total waiting cycles: 12 ( 75.00% of total) 149 Waiting cycles % of total waiting time execution time while waiting thread name 158 Total waiting cycles: 0 ( 0.00% of total) 163 Total waiting cycles: 8 ( 50.00% of total) 166 Waiting cycles % of total waiting time execution time while waiting thread name 186 <div class="header"><span class="parent"> </span>   Cycles %/total Cumul.%  Calls+Recur  Class</div> 221 <div class="header"><span class="parent"> </span>   Cycles %/total Cumul.%  Calls+Recur  Method</div>
testWaitingPartialOverlapSingleThreadDiffFilterDiffKeysExpected	60 Total cycles: 10 146 Total waiting cycles: 6 ( 60.00% of total) 149 Waiting cycles % of total waiting time execution time while waiting thread name 158 Total waiting cycles: 6 ( 60.00% of total) 161 Waiting cycles % of total waiting time execution time while waiting thread name 170 Total waiting cycles: 0 ( 0.00% of total) 186 <div class="header"><span class="parent"> </span>   Cycles %/total Cumul.%  Calls+Recur  Class</div> 221 <div class="header"><span class="parent"> </span>   Cycles %/total Cumul.%  Calls+Recur  Method</div>
testWaitingDisjointSingleThreadSameFilterDiffKeysExpected	60 Total cycles: 16 142 Total waiting cycles: 12 ( 75.00% of total) 145 Waiting cycles % of total waiting time execution time while waiting thread name 154 Total waiting cycles: 0 ( 0.00% of total) 159 Total waiting cycles: 0 ( 0.00% of total) 175 <div class="header"><span class="parent"> </span>   Cycles %/total Cumul.%  Calls+Recur  Class</div> 206 <div class="header"><span class="parent"> </span>   Cycles %/total Cumul.%  Calls+Recur  Method</div>
testWaitingNestedOverlapSingleThreadSameFilterDiffKeysExpected	60 Total cycles: 8 140 Total waiting cycles: 6 ( 75.00% of total) 143 Waiting cycles % of total waiting time execution time while waiting thread name 152 Total waiting cycles: 0 ( 0.00% of total) 157 Total waiting cycles: 0 ( 0.00% of total) 173 <div class="header"><span class="parent"> </span>   Cycles %/total Cumul.%  Calls+Recur  Class</div> 204 <div class="header"><span class="parent"> </span>   Cycles %/total Cumul.%  Calls+Recur  Method</div>
testWaitingPartialOverlapSingleThreadSameFilterDiffKeysExpected	60 Total cycles: 10 140 Total waiting cycles: 8 ( 80.00% of total) 143 Waiting cycles % of total waiting time execution time while waiting thread name 152 Total waiting cycles: 0 ( 0.00% of total) 157 Total waiting cycles: 0 ( 0.00% of total) 173 <div class="header"><span class="parent"> </span>   Cycles %/total Cumul.%  Calls+Recur  Class</div> 204 <div class="header"><span class="parent"> </span>   Cycles %/total Cumul.%  Calls+Recur  Method</div>
/external/dropbear/libtomcrypt/notes/
tech0004.txt	`67 This PRNG is extremely fast [4 cycles/byte on a P4] and was designed by a well known cryptographer [Greg Rose]. 89 [by about 10 cycles/byte on a P4] I'd use Fortuna anyways...`
/external/opencore/doc/oscl_html/
classOsclTimer.html	26 <tr><td nowrap align=right valign=top>void </td><td valign=bottom><a class="el" href="classOsclTimer.html#a5">Request</a> (int32 timerID, int32 timeoutInfo, int32 cycles, <a class="el" href="classOsclTimerObserver.html">OsclTimerObserver</a> *obs=0, bool recurring=0)</td></tr> 113 The frequency of the timer in cycles/second. A value of 1 means the timer will cycle in 1 second intervals. </td></tr> 257 <td class="mdname" nowrap>  <em>cycles</em>, </td> 295 <tr><td valign=top><em>cycles</em> </td><td> 296 the number of cycles to wait before a timeout event. If the timer frequency is 1 and the cycles are set to 2, then the timeout event will occur in 2 seconds. </td></tr> 371 Set the frequency of the timer in cycles/second.<dl compact><dt><b>Parameters: </b></dt><dd>
/dalvik/vm/mterp/armv5te/
OP_CMP_LONG.S	`22 * 2 or 3 cycles + branch if the high word doesn't match, 6 + branch`
/external/kernel-headers/original/linux/
mca.h	`57 * register value to use for setup cycles */`
/external/v8/src/
conversions-inl.h	`56 // hundreds of clock cycles.`
/bionic/libc/netbsd/resolv/
res_random.c	`56 * yielding two different cycles by toggling the msb on and off. 171 * cycles of random numbers and thus avoiding reuse of ids.`
/external/zlib/examples/
gzappend.c	`124 unsigned cycles; local 151 /* otherwise do rotate as a set of cycles in place / 152 cycles = gcd(len, rot); / number of cycles / 154 start = from = list + cycles; / start index is arbitrary */ 164 } while (--cycles);`
/external/bluetooth/glib/docs/reference/gobject/
tut_gobject.xml	`370 explained in <xref linkend="gobject-memory-cycles"/>. 439 <sect2 id="gobject-memory-cycles"> 440 <title>Reference counts and cycles</title> 457 This two-step destruction process is very useful to break reference counting cycles. 458 While the detection of the cycles is up to the external code, once the cycles have been 460 will indeed break any existing cycles since it will run the dispose handler associated [all...]`
/external/openssl/crypto/sha/asm/
sha512-ia64.pl	12 # sha512_block runs in 1003 cycles on Itanium 2, which is almost 50% 18 # 924 cycles long sha256_block outperforms gcc by over factor of 2(!) 20 # this one big time). Note that "formally" 924 is about 100 cycles 22 # 64-bit ones and 100364/80 gives 802. Extra cycles, 2 per round, 39 # takes 2 extra cycles before the result of integer operation is 40 # available to* MMALU and 2() extra cycles before the result of MM 42 # MMALU itself has 2 cycles latency. However! I explicitly scheduled 46 # () 2 cycles on Itanium 1 and 1 cycle on Itanium 2. But I schedule 49 # pipeline flush, which takes 6 cycles:-(
sha512-x86_64.pl	`21 # sha256_block runs in ~1005 cycles on Opteron, which gives you 23 # frequency in GHz. sha512_block runs in ~1275 cycles, which results 27 # cycle and runs in 1003 cycles, 1275 is very good result for 3-way`
/external/oprofile/libop/
op_events.c	`953 /* A fixed value of CPU cycles; this should ensure good 999 descr->name = "CYCLES"; 1024 descr->name = "CYCLES"; 1028 descr->name = "CYCLES"; 1041 descr->name = "CYCLES";`
/hardware/ti/omap3/dspbridge/inc/
qosregistry.h	`230 attributes, and available processing cycles (MIPS). 238 UINT MaxMips; /* max cpu cycles required for component / 240 UINT TypicalMips; / typical cpu cycles required / 242 UINT MaxCycles; / max cpu cycles for single iteration / 244 UINT TypicalCycles; / typical cpu cycles for single iteration */`
/hardware/ti/omap3/dspbridge/libbridge/inc/
qosregistry.h	`224 attributes, and available processing cycles (MIPS). 232 UINT MaxMips; /* max cpu cycles required for component / 234 UINT TypicalMips; / typical cpu cycles required / 236 UINT MaxCycles; / max cpu cycles for single iteration / 238 UINT TypicalCycles; / typical cpu cycles for single iteration */`
/external/webkit/WebKitTools/DumpRenderTree/gtk/
LayoutTestControllerGtk.cpp	`243 void LayoutTestController::setTabKeyCyclesThroughElements(bool cycles) 247 g_object_set(G_OBJECT(settings), "tab-key-cycles-through-elements", cycles, NULL); local`
/external/webkit/WebKit/gtk/webkit/
webkitwebsettings.cpp	`678 * WebKitWebSettings:tab-key-cycles-through-elements: 680 * Whether the tab key cycles through elements on the page. 691 g_param_spec_boolean("tab-key-cycles-through-elements", 692 _("Tab key cycles through elements"), 693 _("Whether the tab key cycles through elements on the page."), [all...]`
/external/jpeg/
cjpeg.1	`239 cycles. Image quality loss will accumulate; after ten or so cycles the image`
/external/opencore/codecs_v2/video/avc_h264/dec/src/
itrans.cpp	`94 int i; /* to save the cycles. / 174 int i; / to save the cycles. */`
/external/openssl/crypto/0.9.9-dev/sha/
sha256-armv4.pl	`13 # lute" terms is ~2250 cycles per 64-byte block or ~35 cycles per`

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