98586 2012-10-05 23:33:26 -0700 Extend random precision to 53bits 2014-08-02 08:54:11 -0700 1 1 1 Unclassified WebKit JavaScriptCore 528+ (Nightly build) Unspecified Unspecified RESOLVED WONTFIX P2 Normal --- 0 ysuzuki ysuzuki abarth barraclough bfulgham eric fpizlo ggaren oliver syoichi oldest_to_newest 736191 0 ysuzuki 2012-10-05 23:33:26 -0700 Currently because of dividing uint32_t result, Math.random precision in JSC is 32bits. So I suggest combining 2 uint32_t random numbers and generating 53bits precision random numbers. 736195 1 167443 ysuzuki 2012-10-05 23:37:21 -0700 Created attachment 167443 Patch attached rev1 patch 736252 2 167443 oliver 2012-10-06 10:10:01 -0700 Comment on attachment 167443 Patch What's the performance impact of this? 736254 3 167443 ggaren 2012-10-06 10:36:22 -0700 Comment on attachment 167443 Patch View in context: https://bugs.webkit.org/attachment.cgi?id=167443&action=review > Source/JavaScriptCore/ChangeLog:3 > + Extend random precision to 53bits If this creates an observable benefit, you should be able to write a regression test for it. > Source/JavaScriptCore/runtime/WeakRandom.h:71 > + uint32_t a = static_cast<uint32_t>(getUint32()) >> 5; I think this would be clearer as a uint64_t. > Source/JavaScriptCore/runtime/WeakRandom.h:72 > + uint32_t b = static_cast<uint32_t>(getUint32()) >> 6; I think this would be clearer as a uint64_t. > Source/JavaScriptCore/runtime/WeakRandom.h:73 > + uint64_t combined = (static_cast<uint64_t>(a) << 26) | b; I think it would be clearer just to shift 'a' right by 21 and then left by 32. It's not clear what you're trying to accomplish by removing bits from both values. For example, maybe you think that increases the randomness. But if each bit is random, that's not the case. 736267 4 oliver 2012-10-06 11:44:40 -0700 > I think it would be clearer just to shift 'a' right by 21 and then left by 32. It's not clear what you're trying to accomplish by removing bits from both values. For example, maybe you think that increases the randomness. But if each bit is random, that's not the case. I you don't remove the overlapping bits then the likelihood of a bit in the overlapping region becomes much higher. Here's your probability table for the overlapping region: a b -> a | b 0 0 0 0 1 1 1 0 1 1 1 1 so probability of a given bit in the overlapping region being 1 is 0.75 rather than 0.5 as it should be 736268 5 oliver 2012-10-06 11:45:41 -0700 (In reply to comment #3) > (From update of attachment 167443 [details]) > View in context: https://bugs.webkit.org/attachment.cgi?id=167443&action=review > > > Source/JavaScriptCore/ChangeLog:3 > > + Extend random precision to 53bits > > If this creates an observable benefit, you should be able to write a regression test for it. > > > Source/JavaScriptCore/runtime/WeakRandom.h:71 > > + uint32_t a = static_cast<uint32_t>(getUint32()) >> 5; > > I think this would be clearer as a uint64_t. > > > Source/JavaScriptCore/runtime/WeakRandom.h:72 > > + uint32_t b = static_cast<uint32_t>(getUint32()) >> 6; > > I think this would be clearer as a uint64_t. > > > Source/JavaScriptCore/runtime/WeakRandom.h:73 > > + uint64_t combined = (static_cast<uint64_t>(a) << 26) | b; > > I think it would be clearer just to shift 'a' right by 21 and then left by 32. It's not clear what you're trying to accomplish by removing bits from both values. For example, maybe you think that increases the randomness. But if each bit is random, that's not the case. That said i'm more concerned about pert, as at one point I did generate 53 bits of randomness, but that got killed due to the pert cost. 736269 6 ggaren 2012-10-06 11:46:53 -0700 > I you don't remove the overlapping bits then the likelihood of a bit in the overlapping region becomes much higher. The algorithm I suggested attempts to remove the overlapping bits. Are you saying there's a case where it won't do so? 736342 7 167443 ysuzuki 2012-10-07 00:51:23 -0700 Comment on attachment 167443 Patch View in context: https://bugs.webkit.org/attachment.cgi?id=167443&action=review Thanks for your review. >>> Source/JavaScriptCore/ChangeLog:3 >>> + Extend random precision to 53bits >> >> If this creates an observable benefit, you should be able to write a regression test for it. > > That said i'm more concerned about pert, as at one point I did generate 53 bits of randomness, but that got killed due to the pert cost. We can observe Math.random().toString(2) result may become > 32 bits floating part. But because Math.random() result is random, so test may become erratic. I'll append test case to revised patch. >> Source/JavaScriptCore/runtime/WeakRandom.h:71 >> + uint32_t a = static_cast<uint32_t>(getUint32()) >> 5; > > I think this would be clearer as a uint64_t. I've got it. I'll create revised patch using uint64_t. >> Source/JavaScriptCore/runtime/WeakRandom.h:73 >> + uint64_t combined = (static_cast<uint64_t>(a) << 26) | b; > > I think it would be clearer just to shift 'a' right by 21 and then left by 32. It's not clear what you're trying to accomplish by removing bits from both values. For example, maybe you think that increases the randomness. But if each bit is random, that's not the case. I understand that a = v1 >> 15; b = v2; combined = (a << 32) | b; Is it right? 736346 8 ysuzuki 2012-10-07 01:51:40 -0700 (In reply to comment #7) > a = v1 >> 15; Oops, sorry it is typo. >> 11 is correct. 736347 9 167475 ysuzuki 2012-10-07 01:57:11 -0700 Created attachment 167475 Patch attached rev2 patch 736350 10 ysuzuki 2012-10-07 02:00:22 -0700 (In reply to comment #2) > (From update of attachment 167443 [details]) > What's the performance impact of this? I've run SunSpider. Before applying patch ============================================ RESULTS (means and 95% confidence intervals) -------------------------------------------- Total: 143.6ms +/- 2.7% -------------------------------------------- 3d: 25.5ms +/- 5.3% cube: 8.5ms +/- 4.4% morph: 6.2ms +/- 7.3% raytrace: 10.8ms +/- 6.8% access: 11.4ms +/- 4.4% binary-trees: 1.0ms +/- 0.0% fannkuch: 5.1ms +/- 4.4% nbody: 3.0ms +/- 0.0% nsieve: 2.3ms +/- 15.0% bitops: 7.1ms +/- 3.2% 3bit-bits-in-byte: 1.0ms +/- 0.0% bits-in-byte: 2.0ms +/- 0.0% bitwise-and: 1.1ms +/- 20.5% nsieve-bits: 3.0ms +/- 0.0% controlflow: 1.2ms +/- 25.1% recursive: 1.2ms +/- 25.1% crypto: 12.7ms +/- 2.7% aes: 7.7ms +/- 4.5% md5: 3.0ms +/- 0.0% sha1: 2.0ms +/- 0.0% date: 19.6ms +/- 2.5% format-tofte: 10.7ms +/- 3.2% format-xparb: 8.9ms +/- 2.5% math: 11.7ms +/- 5.8% cordic: 3.0ms +/- 0.0% partial-sums: 6.7ms +/- 10.1% spectral-norm: 2.0ms +/- 0.0% regexp: 9.0ms +/- 9.2% dna: 9.0ms +/- 9.2% string: 45.4ms +/- 3.3% base64: 4.0ms +/- 0.0% fasta: 5.8ms +/- 5.2% tagcloud: 10.9ms +/- 7.8% unpack-code: 19.6ms +/- 3.9% validate-input: 5.1ms +/- 4.4% After applying patch ============================================ RESULTS (means and 95% confidence intervals) -------------------------------------------- Total: 144.1ms +/- 1.7% -------------------------------------------- 3d: 26.7ms +/- 6.6% cube: 9.1ms +/- 5.8% morph: 6.4ms +/- 9.4% raytrace: 11.2ms +/- 7.2% access: 11.3ms +/- 4.3% binary-trees: 1.1ms +/- 20.5% fannkuch: 5.0ms +/- 0.0% nbody: 3.0ms +/- 0.0% nsieve: 2.2ms +/- 13.7% bitops: 7.4ms +/- 5.0% 3bit-bits-in-byte: 1.0ms +/- 0.0% bits-in-byte: 2.0ms +/- 0.0% bitwise-and: 1.4ms +/- 26.4% nsieve-bits: 3.0ms +/- 0.0% controlflow: 1.2ms +/- 25.1% recursive: 1.2ms +/- 25.1% crypto: 12.9ms +/- 1.8% aes: 7.9ms +/- 2.9% md5: 3.0ms +/- 0.0% sha1: 2.0ms +/- 0.0% date: 19.8ms +/- 1.5% format-tofte: 10.8ms +/- 2.8% format-xparb: 9.0ms +/- 0.0% math: 11.0ms +/- 0.0% cordic: 3.0ms +/- 0.0% partial-sums: 6.0ms +/- 0.0% spectral-norm: 2.0ms +/- 0.0% regexp: 8.9ms +/- 2.5% dna: 8.9ms +/- 2.5% string: 44.9ms +/- 2.2% base64: 4.0ms +/- 0.0% fasta: 5.8ms +/- 5.2% tagcloud: 10.6ms +/- 3.5% unpack-code: 19.4ms +/- 2.6% validate-input: 5.1ms +/- 4.4% I think the performance impact of this is small and acceptable. 736386 11 167475 ggaren 2012-10-07 11:44:48 -0700 Comment on attachment 167475 Patch View in context: https://bugs.webkit.org/attachment.cgi?id=167475&action=review Ollie, this patch looks good to me. What do you think? I believe the case where 53 bits of randomness was a performance regression was back when we used Windows super crypto random, which boils a pot of tea and measures the molecular temperature before returning. > LayoutTests/fast/js/script-tests/53bits-random.js:5 > +var MAX = 1000000; toString(2) will be 55 in length if the last bit is 1. The odds of that are 1/2. If we want the odds of test failure to be 1/1000000, we should only loop about 20 times. Looping 1000000 times will hide errors in the random distribution of the last bit. > LayoutTests/fast/js/script-tests/53bits-random.js:10 > + if (Math.random().toString(2).length === (53 + 2)) { > + found = true; You should look *both* for a case where the last bit is 1, *and* the case where the last bit is 0. Otherwise, putting all 1's in the non-random bits will pass this test. 736391 12 oliver 2012-10-07 12:06:43 -0700 Those are fairly giant error margins, can you run with --runs 30 and make sure you aren't doing anything else at all while running? (Have all other applications closed, etc) (In reply to comment #10) > (In reply to comment #2) > > (From update of attachment 167443 [details] [details]) > > What's the performance impact of this? > > I've run SunSpider. > > Before applying patch > ============================================ > RESULTS (means and 95% confidence intervals) > -------------------------------------------- > Total: 143.6ms +/- 2.7% > -------------------------------------------- > > 3d: 25.5ms +/- 5.3% > cube: 8.5ms +/- 4.4% > morph: 6.2ms +/- 7.3% > raytrace: 10.8ms +/- 6.8% > > access: 11.4ms +/- 4.4% > binary-trees: 1.0ms +/- 0.0% > fannkuch: 5.1ms +/- 4.4% > nbody: 3.0ms +/- 0.0% > nsieve: 2.3ms +/- 15.0% > > bitops: 7.1ms +/- 3.2% > 3bit-bits-in-byte: 1.0ms +/- 0.0% > bits-in-byte: 2.0ms +/- 0.0% > bitwise-and: 1.1ms +/- 20.5% > nsieve-bits: 3.0ms +/- 0.0% > > controlflow: 1.2ms +/- 25.1% > recursive: 1.2ms +/- 25.1% > > crypto: 12.7ms +/- 2.7% > aes: 7.7ms +/- 4.5% > md5: 3.0ms +/- 0.0% > sha1: 2.0ms +/- 0.0% > > date: 19.6ms +/- 2.5% > format-tofte: 10.7ms +/- 3.2% > format-xparb: 8.9ms +/- 2.5% > > math: 11.7ms +/- 5.8% > cordic: 3.0ms +/- 0.0% > partial-sums: 6.7ms +/- 10.1% > spectral-norm: 2.0ms +/- 0.0% > > regexp: 9.0ms +/- 9.2% > dna: 9.0ms +/- 9.2% > > string: 45.4ms +/- 3.3% > base64: 4.0ms +/- 0.0% > fasta: 5.8ms +/- 5.2% > tagcloud: 10.9ms +/- 7.8% > unpack-code: 19.6ms +/- 3.9% > validate-input: 5.1ms +/- 4.4% > > After applying patch > ============================================ > RESULTS (means and 95% confidence intervals) > -------------------------------------------- > Total: 144.1ms +/- 1.7% > -------------------------------------------- > > 3d: 26.7ms +/- 6.6% > cube: 9.1ms +/- 5.8% > morph: 6.4ms +/- 9.4% > raytrace: 11.2ms +/- 7.2% > > access: 11.3ms +/- 4.3% > binary-trees: 1.1ms +/- 20.5% > fannkuch: 5.0ms +/- 0.0% > nbody: 3.0ms +/- 0.0% > nsieve: 2.2ms +/- 13.7% > > bitops: 7.4ms +/- 5.0% > 3bit-bits-in-byte: 1.0ms +/- 0.0% > bits-in-byte: 2.0ms +/- 0.0% > bitwise-and: 1.4ms +/- 26.4% > nsieve-bits: 3.0ms +/- 0.0% > > controlflow: 1.2ms +/- 25.1% > recursive: 1.2ms +/- 25.1% > > crypto: 12.9ms +/- 1.8% > aes: 7.9ms +/- 2.9% > md5: 3.0ms +/- 0.0% > sha1: 2.0ms +/- 0.0% > > date: 19.8ms +/- 1.5% > format-tofte: 10.8ms +/- 2.8% > format-xparb: 9.0ms +/- 0.0% > > math: 11.0ms +/- 0.0% > cordic: 3.0ms +/- 0.0% > partial-sums: 6.0ms +/- 0.0% > spectral-norm: 2.0ms +/- 0.0% > > regexp: 8.9ms +/- 2.5% > dna: 8.9ms +/- 2.5% > > string: 44.9ms +/- 2.2% > base64: 4.0ms +/- 0.0% > fasta: 5.8ms +/- 5.2% > tagcloud: 10.6ms +/- 3.5% > unpack-code: 19.4ms +/- 2.6% > validate-input: 5.1ms +/- 4.4% > > I think the performance impact of this is small and acceptable. 736396 13 ysuzuki 2012-10-07 12:41:13 -0700 (In reply to comment #12) > Those are fairly giant error margins, can you run with --runs 30 and make sure you aren't doing anything else at all while running? (Have all other applications closed, etc) Sure. I closed all other applications and ran SunSpider with --runs=30. JSC is compiled as Release. Before applying patch ============================================ RESULTS (means and 95% confidence intervals) -------------------------------------------- Total: 132.7ms +/- 0.3% -------------------------------------------- 3d: 24.0ms +/- 0.0% cube: 8.0ms +/- 0.0% morph: 6.0ms +/- 0.0% raytrace: 10.0ms +/- 0.0% access: 10.8ms +/- 2.1% binary-trees: 1.1ms +/- 11.4% fannkuch: 5.0ms +/- 1.4% nbody: 2.6ms +/- 7.3% nsieve: 2.1ms +/- 4.6% bitops: 6.5ms +/- 3.3% 3bit-bits-in-byte: 1.0ms +/- 0.0% bits-in-byte: 2.0ms +/- 0.0% bitwise-and: 1.0ms +/- 6.6% nsieve-bits: 2.4ms +/- 7.8% controlflow: 1.0ms +/- 0.0% recursive: 1.0ms +/- 0.0% crypto: 11.2ms +/- 1.3% aes: 7.0ms +/- 0.0% md5: 2.2ms +/- 6.5% sha1: 2.0ms +/- 0.0% date: 18.5ms +/- 1.0% format-tofte: 10.0ms +/- 0.0% format-xparb: 8.5ms +/- 2.2% math: 10.8ms +/- 1.4% cordic: 2.8ms +/- 5.4% partial-sums: 6.0ms +/- 0.0% spectral-norm: 2.0ms +/- 0.0% regexp: 8.0ms +/- 0.0% dna: 8.0ms +/- 0.0% string: 42.0ms +/- 0.0% base64: 4.0ms +/- 0.0% fasta: 5.0ms +/- 0.0% tagcloud: 10.0ms +/- 0.0% unpack-code: 18.0ms +/- 0.0% validate-input: 5.0ms +/- 0.0% After applying patch ============================================ RESULTS (means and 95% confidence intervals) -------------------------------------------- Total: 133.0ms +/- 0.4% -------------------------------------------- 3d: 23.9ms +/- 0.4% cube: 8.0ms +/- 0.0% morph: 6.0ms +/- 1.1% raytrace: 10.0ms +/- 0.7% access: 10.9ms +/- 2.3% binary-trees: 1.0ms +/- 0.0% fannkuch: 5.1ms +/- 2.2% nbody: 2.6ms +/- 7.2% nsieve: 2.2ms +/- 6.5% bitops: 6.6ms +/- 3.6% 3bit-bits-in-byte: 1.0ms +/- 0.0% bits-in-byte: 2.0ms +/- 0.0% bitwise-and: 1.1ms +/- 8.9% nsieve-bits: 2.5ms +/- 7.6% controlflow: 1.0ms +/- 0.0% recursive: 1.0ms +/- 0.0% crypto: 11.3ms +/- 1.6% aes: 7.0ms +/- 0.0% md5: 2.3ms +/- 7.7% sha1: 2.0ms +/- 0.0% date: 18.6ms +/- 1.0% format-tofte: 10.0ms +/- 0.7% format-xparb: 8.5ms +/- 2.2% math: 10.5ms +/- 1.8% cordic: 2.5ms +/- 7.5% partial-sums: 6.0ms +/- 0.0% spectral-norm: 2.0ms +/- 0.0% regexp: 8.0ms +/- 0.0% dna: 8.0ms +/- 0.0% string: 42.2ms +/- 0.4% base64: 4.0ms +/- 0.0% fasta: 5.1ms +/- 2.5% tagcloud: 10.0ms +/- 0.0% unpack-code: 18.1ms +/- 0.5% validate-input: 5.0ms +/- 0.0% 736398 14 167475 ysuzuki 2012-10-07 12:49:17 -0700 Comment on attachment 167475 Patch View in context: https://bugs.webkit.org/attachment.cgi?id=167475&action=review Thanks for your review. I'll fix test and attach revised patch. >> LayoutTests/fast/js/script-tests/53bits-random.js:5 >> +var MAX = 1000000; > > toString(2) will be 55 in length if the last bit is 1. The odds of that are 1/2. If we want the odds of test failure to be 1/1000000, we should only loop about 20 times. Looping 1000000 times will hide errors in the random distribution of the last bit. Thanks for your pointing. Right. So I'll change it to 20. >> LayoutTests/fast/js/script-tests/53bits-random.js:10 >> + found = true; > > You should look *both* for a case where the last bit is 1, *and* the case where the last bit is 0. Otherwise, putting all 1's in the non-random bits will pass this test. You're right. I'll make sure that 53 + 1 length pattern comes (that is, last bit is 0). 736400 15 ysuzuki 2012-10-07 12:50:40 -0700 > You're right. I'll make sure that 53 + 1 length pattern comes (that is, last bit is 0). Ah, it is not good. I'll make sure that less than 55 length pattern comes. 736402 16 167484 ysuzuki 2012-10-07 12:59:08 -0700 Created attachment 167484 Patch attached rev3 patch 736425 17 barraclough 2012-10-07 14:45:23 -0700 > I believe the case where 53 bits of randomness was a performance regression was back when we used Windows super crypto random, which boils a pot of tea and measures the molecular temperature before returning. As an englishman I am offended by perfectly innocent pots of tea being unfairly defamed and slandered like this. ;-) 740979 18 ysuzuki 2012-10-12 09:42:59 -0700 (In reply to comment #12) Oliver, is it (https://bugs.webkit.org/show_bug.cgi?id=98586#c13 ) acceptable result for you? Personally I think this difference is errors and no performance regression is observed. 775194 19 bfulgham 2012-11-25 23:51:12 -0800 So, is this patch ready to land? 775445 20 ysuzuki 2012-11-26 06:53:26 -0800 (In reply to comment #19) > So, is this patch ready to land? Rev3 patch is not reviewed yet, but this patch fixes issues pointed at #11. And at #13, I made sure that this patch has no effect on performance regression. So I think this patch is ready to land. I would appreciate if anyone would review rev3 patch & land it :) 775638 21 bfulgham 2012-11-26 10:41:21 -0800 (In reply to comment #20) > (In reply to comment #19) > > So, is this patch ready to land? > > Rev3 patch is not reviewed yet, but this patch fixes issues pointed at #11. > And at #13, I made sure that this patch has no effect on performance regression. > So I think this patch is ready to land. > I would appreciate if anyone would review rev3 patch & land it :) Sorry :-) That message was aimed at barraclough, ggaren, or olliej. 775721 22 167484 oliver 2012-11-26 11:38:49 -0800 Comment on attachment 167484 Patch The more i look at this the less happy i am. In principle I am in favour of having more random bits in the double, but the reality is that this method of getting that randomness produces a result where the low 32 bits will be extremely highly correlated with the high 21 bits. I'd almost be tempted to pull double get() out of WeakRandom, and have a WeakRandomDouble class that has two separately initialized WeakRandom members, and use those two separate generators for the double. This will remove the interdependency between the two. As it is you've halved the period of the generator (something i may look at entirely independently later anyway), and you have not really gained an increase in the randomness of the low bits. 776708 23 ysuzuki 2012-11-27 06:36:31 -0800 (In reply to comment #22) Thanks for your review. > (From update of attachment 167484 [details]) > The more i look at this the less happy i am. In principle I am in favour of having more random bits in the double, but the reality is that this method of getting that randomness produces a result where the low 32 bits will be extremely highly correlated with the high 21 bits. > > I'd almost be tempted to pull double get() out of WeakRandom, and have a WeakRandomDouble class that has two separately initialized WeakRandom members, and use those two separate generators for the double. This will remove the interdependency between the two. As it is you've halved the period of the generator (something i may look at entirely independently later anyway), and you have not really gained an increase in the randomness of the low bits. Right, thanks. So I'll create new class WeakDoubleRandom and add it to JSGlobalObject members. WeakDoubleRandom has 2 WeakRandom object and generates random double number by using them. JSGlobalObject::weakRandomInteger needs uint32_t random value. But I think it is better to generate uint32_t random value by WeakRandom object instead of generating by WeakDoubleRandom object. If generate 32bit value by WeakDoubleRandom, we can take 3 ways, 1: generate 32bit value by using one WeakRandom object and return it. Another WeakRandom object is not used. 2: generate 32bit value by using one WeakRandom object and return it. Another WeakRandom object is used, but value is discarded. 3: generate two 32bit values by using two WeakRandom objects and discard 16bit and combine them to 32bit. I think 1 is not good for WeakDoubleRandom's randomness and 2 and 3 are not good for weakRandomInteger performance. So I suggest adding WeakDoubleRandom to JSGlobalObject in order to generate double numbers and leaving JSGlobalObject's WeakRandom object for 32bit random numbers. I'll create revised patch soon. 776747 24 176267 ysuzuki 2012-11-27 07:52:04 -0800 Created attachment 176267 Patch attached rev4 patch 776800 25 176277 ysuzuki 2012-11-27 08:44:33 -0800 Created attachment 176277 Patch Oops. Rebased the topic branch. 976901 26 176277 andersca 2014-02-05 11:04:24 -0800 Comment on attachment 176277 Patch Clearing review flag on patches from before 2014. If this patch is still relevant, please reset the r? flag. 977285 27 ysuzuki 2014-02-06 01:01:37 -0800 (In reply to comment #26) > (From update of attachment 176277 [details]) > Clearing review flag on patches from before 2014. If this patch is still relevant, please reset the r? flag. Thank you. I'll rebase this patch and reset r? flag. 1026239 28 235888 ysuzuki 2014-08-01 08:12:16 -0700 Created attachment 235888 Patch 1026240 29 235888 ysuzuki 2014-08-01 08:14:17 -0700 Comment on attachment 235888 Patch View in context: https://bugs.webkit.org/attachment.cgi?id=235888&action=review Added comments. > Source/JavaScriptCore/runtime/WeakDoubleRandom.h:61 > + m_high.getUint32(); In this patch, to generate 32bit value, discarded the value from the random generator for high bit. 1026241 30 235888 ysuzuki 2014-08-01 08:20:20 -0700 Comment on attachment 235888 Patch View in context: https://bugs.webkit.org/attachment.cgi?id=235888&action=review Added comment part 2 > Source/JavaScriptCore/runtime/JSGlobalObject.cpp:175 > + , m_weakDoubleRandom(generateSeed(), generateSeed()) One concern is that, when these 2 seed value becomes the same, the state of the used 2 random generator in WeakDoubleRandom becomes the same. If it is not preferable, I think there's 2 way to prevent it. 1. Generate 2 seed values from 1 seed value. Maybe initializing WeakRandom with the provided seed and generate 2 seeds from that. 2. Using 1 WeakRandom in WeakDoubleRandom and generate 2 values in WeakDoubleRandom::get. This is typical(I think) and old solution in the previous patch. But this has problems pointed at #22. Do you think about this? 1026245 31 235890 ysuzuki 2014-08-01 09:03:33 -0700 Created attachment 235890 Patch 1026261 32 oliver 2014-08-01 10:32:34 -0700 (In reply to comment #31) > Created an attachment (id=235890) [details] > Patch I would simply do: double WeakRandom::get() { uint64_t result = advance(); result <<= 32; result += advance(); result &= (1 << 53) - 1 return result / (double)(1 << 53); } Which should provide sufficient entropy for Math.random() That said i am unconvinced that Math.random() really requires this, it's not expected to be a foot source of entropy 1026273 33 235890 ysuzuki 2014-08-01 10:56:54 -0700 Comment on attachment 235890 Patch View in context: https://bugs.webkit.org/attachment.cgi?id=235890&action=review Moved comments to the latest patch. > Source/JavaScriptCore/runtime/JSGlobalObject.cpp:175 > + , m_weakDoubleRandom(generateSeed(), generateSeed()) One concern is that, when these 2 seed value becomes the same, the state of the used 2 random generator in WeakDoubleRandom becomes the same. If it is not preferable, I think there's 2 way to prevent it. 1. Generate 2 seed values from 1 seed value. Maybe initializing WeakRandom with the provided seed and generate 2 seeds from that. 2. Using 1 WeakRandom in WeakDoubleRandom and generate 2 values in WeakDoubleRandom::get. This is typical(I think) and old solution in the previous patch. But this has problems pointed at #22. Do you think about this? > Source/JavaScriptCore/runtime/WeakDoubleRandom.h:60 > + // Discard a generated value from the random generator for high bit. In this patch, to generate 32bit value, discarded the value from the random generator for high bit. 1026300 34 ysuzuki 2014-08-01 11:51:43 -0700 (In reply to comment #32) > (In reply to comment #31) > > Created an attachment (id=235890) [details] [details] > > Patch > > I would simply do: > > double WeakRandom::get() > { > uint64_t result = advance(); > result <<= 32; > result += advance(); > result &= (1 << 53) - 1 > return result / (double)(1 << 53); > } > > Which should provide sufficient entropy for Math.random() > > That said i am unconvinced that Math.random() really requires this, it's not expected to be a foot source of entropy Ah, OK. Investigating the other engines, SpiderMonkey has 53bit entropy, but V8 has 32bit entropy. So larger entropy is nice I think, but 32bit is acceptable. 1026323 35 ysuzuki 2014-08-01 13:24:44 -0700 Closing the bug. Thanks for your reviews :) 167443 2012-10-05 23:37:21 -0700 2012-10-07 01:57:02 -0700 Patch bug-98586-20121006153628.patch text/plain 1553 ysuzuki U3VidmVyc2lvbiBSZXZpc2lvbjogMTMwNTc0CmRpZmYgLS1naXQgYS9Tb3VyY2UvSmF2YVNjcmlw dENvcmUvQ2hhbmdlTG9nIGIvU291cmNlL0phdmFTY3JpcHRDb3JlL0NoYW5nZUxvZwppbmRleCBj MGViZTM3MDBlZDM3NDBmMDkwZDdiMDNiZTE4YWZiMzQ1NDdkMTEzLi5jMTRiNmQwZDU3ZGM4YWNl MTRhZjg4OGZiZmFkODFkYzkyZTFmZWU4IDEwMDY0NAotLS0gYS9Tb3VyY2UvSmF2YVNjcmlwdENv cmUvQ2hhbmdlTG9nCisrKyBiL1NvdXJjZS9KYXZhU2NyaXB0Q29yZS9DaGFuZ2VMb2cKQEAgLTEs MyArMSwxMyBAQAorMjAxMi0xMC0wNSAgWXVzdWtlIFN1enVraSAgPHV0YXRhbmUudGVhQGdtYWls LmNvbT4KKworICAgICAgICBFeHRlbmQgcmFuZG9tIHByZWNpc2lvbiB0byA1M2JpdHMKKyAgICAg ICAgaHR0cHM6Ly9idWdzLndlYmtpdC5vcmcvc2hvd19idWcuY2dpP2lkPTk4NTg2CisKKyAgICAg ICAgUmV2aWV3ZWQgYnkgTk9CT0RZIChPT1BTISkuCisKKyAgICAgICAgKiBydW50aW1lL1dlYWtS YW5kb20uaDoKKyAgICAgICAgKEpTQzo6V2Vha1JhbmRvbTo6Z2V0KToKKwogMjAxMi0xMC0wNSAg TWFyayBIYWhuZW5iZXJnICA8bWhhaG5lbmJlcmdAYXBwbGUuY29tPgogCiAgICAgICAgIEpTQyBz 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