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chromium/external/github.com/Microsoft/ChakraCore/builtins/./test/AsmJs/ReadFixOffset.baseline
blob: ff6ef535bdb18cf8f13fd4ca4d3a3f09a1cb3890 [file]
Successfully compiled asm.js code
read8 HEAP8 [4095] = all[0](undefined); = 0
read16 HEAP16 [4095] = all[0](undefined); = 0
read32 HEAP32 [4095] = all[0](undefined); = 0
readU8 HEAPU8 [4095] = all[0](undefined); = 0
readU16 HEAPU16[4095] = all[0](undefined); = 0
readU32 HEAPU32[4095] = all[0](undefined); = 0
readF32 HEAPF32[4095] = all[0](undefined); = NaN
read64 HEAP64 [4095] = all[0](undefined); = NaN
read8 HEAP8 [4095] = all[1](null); = 0
read16 HEAP16 [4095] = all[1](null); = 0
read32 HEAP32 [4095] = all[1](null); = 0
readU8 HEAPU8 [4095] = all[1](null); = 0
readU16 HEAPU16[4095] = all[1](null); = 0
readU32 HEAPU32[4095] = all[1](null); = 0
readF32 HEAPF32[4095] = all[1](null); = 0
read64 HEAP64 [4095] = all[1](null); = 0
read8 HEAP8 [4095] = all[2](true); = 1
read16 HEAP16 [4095] = all[2](true); = 1
read32 HEAP32 [4095] = all[2](true); = 1
readU8 HEAPU8 [4095] = all[2](true); = 1
readU16 HEAPU16[4095] = all[2](true); = 1
readU32 HEAPU32[4095] = all[2](true); = 1
readF32 HEAPF32[4095] = all[2](true); = 1
read64 HEAP64 [4095] = all[2](true); = 1
read8 HEAP8 [4095] = all[3](false); = 0
read16 HEAP16 [4095] = all[3](false); = 0
read32 HEAP32 [4095] = all[3](false); = 0
readU8 HEAPU8 [4095] = all[3](false); = 0
readU16 HEAPU16[4095] = all[3](false); = 0
readU32 HEAPU32[4095] = all[3](false); = 0
readF32 HEAPF32[4095] = all[3](false); = 0
read64 HEAP64 [4095] = all[3](false); = 0
read8 HEAP8 [4095] = all[4](true); = 1
read16 HEAP16 [4095] = all[4](true); = 1
read32 HEAP32 [4095] = all[4](true); = 1
readU8 HEAPU8 [4095] = all[4](true); = 1
readU16 HEAPU16[4095] = all[4](true); = 1
readU32 HEAPU32[4095] = all[4](true); = 1
readF32 HEAPF32[4095] = all[4](true); = 1
read64 HEAP64 [4095] = all[4](true); = 1
read8 HEAP8 [4095] = all[5](false); = 0
read16 HEAP16 [4095] = all[5](false); = 0
read32 HEAP32 [4095] = all[5](false); = 0
readU8 HEAPU8 [4095] = all[5](false); = 0
readU16 HEAPU16[4095] = all[5](false); = 0
readU32 HEAPU32[4095] = all[5](false); = 0
readF32 HEAPF32[4095] = all[5](false); = 0
read64 HEAP64 [4095] = all[5](false); = 0
read8 HEAP8 [4095] = all[6](NaN); = 0
read16 HEAP16 [4095] = all[6](NaN); = 0
read32 HEAP32 [4095] = all[6](NaN); = 0
readU8 HEAPU8 [4095] = all[6](NaN); = 0
readU16 HEAPU16[4095] = all[6](NaN); = 0
readU32 HEAPU32[4095] = all[6](NaN); = 0
readF32 HEAPF32[4095] = all[6](NaN); = NaN
read64 HEAP64 [4095] = all[6](NaN); = NaN
read8 HEAP8 [4095] = all[7](0); = 0
read16 HEAP16 [4095] = all[7](0); = 0
read32 HEAP32 [4095] = all[7](0); = 0
readU8 HEAPU8 [4095] = all[7](0); = 0
readU16 HEAPU16[4095] = all[7](0); = 0
readU32 HEAPU32[4095] = all[7](0); = 0
readF32 HEAPF32[4095] = all[7](0); = 0
read64 HEAP64 [4095] = all[7](0); = 0
read8 HEAP8 [4095] = all[8](0); = 0
read16 HEAP16 [4095] = all[8](0); = 0
read32 HEAP32 [4095] = all[8](0); = 0
readU8 HEAPU8 [4095] = all[8](0); = 0
readU16 HEAPU16[4095] = all[8](0); = 0
readU32 HEAPU32[4095] = all[8](0); = 0
readF32 HEAPF32[4095] = all[8](0); = 0
read64 HEAP64 [4095] = all[8](0); = 0
read8 HEAP8 [4095] = all[9](0); = 0
read16 HEAP16 [4095] = all[9](0); = 0
read32 HEAP32 [4095] = all[9](0); = 0
readU8 HEAPU8 [4095] = all[9](0); = 0
readU16 HEAPU16[4095] = all[9](0); = 0
readU32 HEAPU32[4095] = all[9](0); = 0
readF32 HEAPF32[4095] = all[9](0); = 0
read64 HEAP64 [4095] = all[9](0); = 0
read8 HEAP8 [4095] = all[10](1); = 1
read16 HEAP16 [4095] = all[10](1); = 1
read32 HEAP32 [4095] = all[10](1); = 1
readU8 HEAPU8 [4095] = all[10](1); = 1
readU16 HEAPU16[4095] = all[10](1); = 1
readU32 HEAPU32[4095] = all[10](1); = 1
readF32 HEAPF32[4095] = all[10](1); = 1
read64 HEAP64 [4095] = all[10](1); = 1
read8 HEAP8 [4095] = all[11](10); = 10
read16 HEAP16 [4095] = all[11](10); = 10
read32 HEAP32 [4095] = all[11](10); = 10
readU8 HEAPU8 [4095] = all[11](10); = 10
readU16 HEAPU16[4095] = all[11](10); = 10
readU32 HEAPU32[4095] = all[11](10); = 10
readF32 HEAPF32[4095] = all[11](10); = 10
read64 HEAP64 [4095] = all[11](10); = 10
read8 HEAP8 [4095] = all[12](10.1); = 10
read16 HEAP16 [4095] = all[12](10.1); = 10
read32 HEAP32 [4095] = all[12](10.1); = 10
readU8 HEAPU8 [4095] = all[12](10.1); = 10
readU16 HEAPU16[4095] = all[12](10.1); = 10
readU32 HEAPU32[4095] = all[12](10.1); = 10
readF32 HEAPF32[4095] = all[12](10.1); = 10.100000381469726
read64 HEAP64 [4095] = all[12](10.1); = 10.1
read8 HEAP8 [4095] = all[13](-1); = -1
read16 HEAP16 [4095] = all[13](-1); = -1
read32 HEAP32 [4095] = all[13](-1); = -1
readU8 HEAPU8 [4095] = all[13](-1); = 255
readU16 HEAPU16[4095] = all[13](-1); = 65535
readU32 HEAPU32[4095] = all[13](-1); = 4294967295
readF32 HEAPF32[4095] = all[13](-1); = -1
read64 HEAP64 [4095] = all[13](-1); = -1
read8 HEAP8 [4095] = all[14](-5); = -5
read16 HEAP16 [4095] = all[14](-5); = -5
read32 HEAP32 [4095] = all[14](-5); = -5
readU8 HEAPU8 [4095] = all[14](-5); = 251
readU16 HEAPU16[4095] = all[14](-5); = 65531
readU32 HEAPU32[4095] = all[14](-5); = 4294967291
readF32 HEAPF32[4095] = all[14](-5); = -5
read64 HEAP64 [4095] = all[14](-5); = -5
read8 HEAP8 [4095] = all[15](5); = 5
read16 HEAP16 [4095] = all[15](5); = 5
read32 HEAP32 [4095] = all[15](5); = 5
readU8 HEAPU8 [4095] = all[15](5); = 5
readU16 HEAPU16[4095] = all[15](5); = 5
readU32 HEAPU32[4095] = all[15](5); = 5
readF32 HEAPF32[4095] = all[15](5); = 5
read64 HEAP64 [4095] = all[15](5); = 5
read8 HEAP8 [4095] = all[16](124); = 124
read16 HEAP16 [4095] = all[16](124); = 124
read32 HEAP32 [4095] = all[16](124); = 124
readU8 HEAPU8 [4095] = all[16](124); = 124
readU16 HEAPU16[4095] = all[16](124); = 124
readU32 HEAPU32[4095] = all[16](124); = 124
readF32 HEAPF32[4095] = all[16](124); = 124
read64 HEAP64 [4095] = all[16](124); = 124
read8 HEAP8 [4095] = all[17](248); = -8
read16 HEAP16 [4095] = all[17](248); = 248
read32 HEAP32 [4095] = all[17](248); = 248
readU8 HEAPU8 [4095] = all[17](248); = 248
readU16 HEAPU16[4095] = all[17](248); = 248
readU32 HEAPU32[4095] = all[17](248); = 248
readF32 HEAPF32[4095] = all[17](248); = 248
read64 HEAP64 [4095] = all[17](248); = 248
read8 HEAP8 [4095] = all[18](654); = -114
read16 HEAP16 [4095] = all[18](654); = 654
read32 HEAP32 [4095] = all[18](654); = 654
readU8 HEAPU8 [4095] = all[18](654); = 142
readU16 HEAPU16[4095] = all[18](654); = 654
readU32 HEAPU32[4095] = all[18](654); = 654
readF32 HEAPF32[4095] = all[18](654); = 654
read64 HEAP64 [4095] = all[18](654); = 654
read8 HEAP8 [4095] = all[19](987); = -37
read16 HEAP16 [4095] = all[19](987); = 987
read32 HEAP32 [4095] = all[19](987); = 987
readU8 HEAPU8 [4095] = all[19](987); = 219
readU16 HEAPU16[4095] = all[19](987); = 987
readU32 HEAPU32[4095] = all[19](987); = 987
readF32 HEAPF32[4095] = all[19](987); = 987
read64 HEAP64 [4095] = all[19](987); = 987
read8 HEAP8 [4095] = all[20](-1026); = -2
read16 HEAP16 [4095] = all[20](-1026); = -1026
read32 HEAP32 [4095] = all[20](-1026); = -1026
readU8 HEAPU8 [4095] = all[20](-1026); = 254
readU16 HEAPU16[4095] = all[20](-1026); = 64510
readU32 HEAPU32[4095] = all[20](-1026); = 4294966270
readF32 HEAPF32[4095] = all[20](-1026); = -1026
read64 HEAP64 [4095] = all[20](-1026); = -1026
read8 HEAP8 [4095] = all[21](98768.2546); = -48
read16 HEAP16 [4095] = all[21](98768.2546); = -32304
read32 HEAP32 [4095] = all[21](98768.2546); = 98768
readU8 HEAPU8 [4095] = all[21](98768.2546); = 208
readU16 HEAPU16[4095] = all[21](98768.2546); = 33232
readU32 HEAPU32[4095] = all[21](98768.2546); = 98768
readF32 HEAPF32[4095] = all[21](98768.2546); = 98768.2578125
read64 HEAP64 [4095] = all[21](98768.2546); = 98768.2546
read8 HEAP8 [4095] = all[22](-88754.15478); = 78
read16 HEAP16 [4095] = all[22](-88754.15478); = -23218
read32 HEAP32 [4095] = all[22](-88754.15478); = -88754
readU8 HEAPU8 [4095] = all[22](-88754.15478); = 78
readU16 HEAPU16[4095] = all[22](-88754.15478); = 42318
readU32 HEAPU32[4095] = all[22](-88754.15478); = 4294878542
readF32 HEAPF32[4095] = all[22](-88754.15478); = -88754.15625
read64 HEAP64 [4095] = all[22](-88754.15478); = -88754.15478
read8 HEAP8 [4095] = all[23](1); = 1
read16 HEAP16 [4095] = all[23](1); = 1
read32 HEAP32 [4095] = all[23](1); = 1
readU8 HEAPU8 [4095] = all[23](1); = 1
readU16 HEAPU16[4095] = all[23](1); = 1
readU32 HEAPU32[4095] = all[23](1); = 1
readF32 HEAPF32[4095] = all[23](1); = 1
read64 HEAP64 [4095] = all[23](1); = 1
read8 HEAP8 [4095] = all[24](-1); = -1
read16 HEAP16 [4095] = all[24](-1); = -1
read32 HEAP32 [4095] = all[24](-1); = -1
readU8 HEAPU8 [4095] = all[24](-1); = 255
readU16 HEAPU16[4095] = all[24](-1); = 65535
readU32 HEAPU32[4095] = all[24](-1); = 4294967295
readF32 HEAPF32[4095] = all[24](-1); = -1
read64 HEAP64 [4095] = all[24](-1); = -1
read8 HEAP8 [4095] = all[25](0); = 0
read16 HEAP16 [4095] = all[25](0); = 0
read32 HEAP32 [4095] = all[25](0); = 0
readU8 HEAPU8 [4095] = all[25](0); = 0
readU16 HEAPU16[4095] = all[25](0); = 0
readU32 HEAPU32[4095] = all[25](0); = 0
readF32 HEAPF32[4095] = all[25](0); = 0
read64 HEAP64 [4095] = all[25](0); = 0
read8 HEAP8 [4095] = all[26](-2147483648); = 0
read16 HEAP16 [4095] = all[26](-2147483648); = 0
read32 HEAP32 [4095] = all[26](-2147483648); = -2147483648
readU8 HEAPU8 [4095] = all[26](-2147483648); = 0
readU16 HEAPU16[4095] = all[26](-2147483648); = 0
readU32 HEAPU32[4095] = all[26](-2147483648); = 2147483648
readF32 HEAPF32[4095] = all[26](-2147483648); = -2147483648
read64 HEAP64 [4095] = all[26](-2147483648); = -2147483648
read8 HEAP8 [4095] = all[27](2147483648); = 0
read16 HEAP16 [4095] = all[27](2147483648); = 0
read32 HEAP32 [4095] = all[27](2147483648); = -2147483648
readU8 HEAPU8 [4095] = all[27](2147483648); = 0
readU16 HEAPU16[4095] = all[27](2147483648); = 0
readU32 HEAPU32[4095] = all[27](2147483648); = 2147483648
readF32 HEAPF32[4095] = all[27](2147483648); = 2147483648
read64 HEAP64 [4095] = all[27](2147483648); = 2147483648
read8 HEAP8 [4095] = all[28](33554432); = 0
read16 HEAP16 [4095] = all[28](33554432); = 0
read32 HEAP32 [4095] = all[28](33554432); = 33554432
readU8 HEAPU8 [4095] = all[28](33554432); = 0
readU16 HEAPU16[4095] = all[28](33554432); = 0
readU32 HEAPU32[4095] = all[28](33554432); = 33554432
readF32 HEAPF32[4095] = all[28](33554432); = 33554432
read64 HEAP64 [4095] = all[28](33554432); = 33554432
read8 HEAP8 [4095] = all[29](-33554432); = 0
read16 HEAP16 [4095] = all[29](-33554432); = 0
read32 HEAP32 [4095] = all[29](-33554432); = -33554432
readU8 HEAPU8 [4095] = all[29](-33554432); = 0
readU16 HEAPU16[4095] = all[29](-33554432); = 0
readU32 HEAPU32[4095] = all[29](-33554432); = 4261412864
readF32 HEAPF32[4095] = all[29](-33554432); = -33554432
read64 HEAP64 [4095] = all[29](-33554432); = -33554432
read8 HEAP8 [4095] = all[30](1.7976931348623157e+308); = 0
read16 HEAP16 [4095] = all[30](1.7976931348623157e+308); = 0
read32 HEAP32 [4095] = all[30](1.7976931348623157e+308); = 0
readU8 HEAPU8 [4095] = all[30](1.7976931348623157e+308); = 0
readU16 HEAPU16[4095] = all[30](1.7976931348623157e+308); = 0
readU32 HEAPU32[4095] = all[30](1.7976931348623157e+308); = 0
readF32 HEAPF32[4095] = all[30](1.7976931348623157e+308); = Infinity
read64 HEAP64 [4095] = all[30](1.7976931348623157e+308); = 1.7976931348623157e+308
read8 HEAP8 [4095] = all[31](5e-324); = 0
read16 HEAP16 [4095] = all[31](5e-324); = 0
read32 HEAP32 [4095] = all[31](5e-324); = 0
readU8 HEAPU8 [4095] = all[31](5e-324); = 0
readU16 HEAPU16[4095] = all[31](5e-324); = 0
readU32 HEAPU32[4095] = all[31](5e-324); = 0
readF32 HEAPF32[4095] = all[31](5e-324); = 0
read64 HEAP64 [4095] = all[31](5e-324); = 5e-324
read8 HEAP8 [4095] = all[32](NaN); = 0
read16 HEAP16 [4095] = all[32](NaN); = 0
read32 HEAP32 [4095] = all[32](NaN); = 0
readU8 HEAPU8 [4095] = all[32](NaN); = 0
readU16 HEAPU16[4095] = all[32](NaN); = 0
readU32 HEAPU32[4095] = all[32](NaN); = 0
readF32 HEAPF32[4095] = all[32](NaN); = NaN
read64 HEAP64 [4095] = all[32](NaN); = NaN
read8 HEAP8 [4095] = all[33](Infinity); = 0
read16 HEAP16 [4095] = all[33](Infinity); = 0
read32 HEAP32 [4095] = all[33](Infinity); = 0
readU8 HEAPU8 [4095] = all[33](Infinity); = 0
readU16 HEAPU16[4095] = all[33](Infinity); = 0
readU32 HEAPU32[4095] = all[33](Infinity); = 0
readF32 HEAPF32[4095] = all[33](Infinity); = Infinity
read64 HEAP64 [4095] = all[33](Infinity); = Infinity
read8 HEAP8 [4095] = all[34](-Infinity); = 0
read16 HEAP16 [4095] = all[34](-Infinity); = 0
read32 HEAP32 [4095] = all[34](-Infinity); = 0
readU8 HEAPU8 [4095] = all[34](-Infinity); = 0
readU16 HEAPU16[4095] = all[34](-Infinity); = 0
readU32 HEAPU32[4095] = all[34](-Infinity); = 0
readF32 HEAPF32[4095] = all[34](-Infinity); = -Infinity
read64 HEAP64 [4095] = all[34](-Infinity); = -Infinity
read8 HEAP8 [4095] = all[35](NaN); = 0
read16 HEAP16 [4095] = all[35](NaN); = 0
read32 HEAP32 [4095] = all[35](NaN); = 0
readU8 HEAPU8 [4095] = all[35](NaN); = 0
readU16 HEAPU16[4095] = all[35](NaN); = 0
readU32 HEAPU32[4095] = all[35](NaN); = 0
readF32 HEAPF32[4095] = all[35](NaN); = NaN
read64 HEAP64 [4095] = all[35](NaN); = NaN
read8 HEAP8 [4095] = all[36](0); = 0
read16 HEAP16 [4095] = all[36](0); = 0
read32 HEAP32 [4095] = all[36](0); = 0
readU8 HEAPU8 [4095] = all[36](0); = 0
readU16 HEAPU16[4095] = all[36](0); = 0
readU32 HEAPU32[4095] = all[36](0); = 0
readF32 HEAPF32[4095] = all[36](0); = 0
read64 HEAP64 [4095] = all[36](0); = 0
read8 HEAP8 [4095] = all[37](0); = 0
read16 HEAP16 [4095] = all[37](0); = 0
read32 HEAP32 [4095] = all[37](0); = 0
readU8 HEAPU8 [4095] = all[37](0); = 0
readU16 HEAPU16[4095] = all[37](0); = 0
readU32 HEAPU32[4095] = all[37](0); = 0
readF32 HEAPF32[4095] = all[37](0); = 0
read64 HEAP64 [4095] = all[37](0); = 0
read8 HEAP8 [4095] = all[38](0); = 0
read16 HEAP16 [4095] = all[38](0); = 0
read32 HEAP32 [4095] = all[38](0); = 0
readU8 HEAPU8 [4095] = all[38](0); = 0
readU16 HEAPU16[4095] = all[38](0); = 0
readU32 HEAPU32[4095] = all[38](0); = 0
readF32 HEAPF32[4095] = all[38](0); = 0
read64 HEAP64 [4095] = all[38](0); = 0
read8 HEAP8 [4095] = all[39](1); = 1
read16 HEAP16 [4095] = all[39](1); = 1
read32 HEAP32 [4095] = all[39](1); = 1
readU8 HEAPU8 [4095] = all[39](1); = 1
readU16 HEAPU16[4095] = all[39](1); = 1
readU32 HEAPU32[4095] = all[39](1); = 1
readF32 HEAPF32[4095] = all[39](1); = 1
read64 HEAP64 [4095] = all[39](1); = 1
read8 HEAP8 [4095] = all[40](10); = 10
read16 HEAP16 [4095] = all[40](10); = 10
read32 HEAP32 [4095] = all[40](10); = 10
readU8 HEAPU8 [4095] = all[40](10); = 10
readU16 HEAPU16[4095] = all[40](10); = 10
readU32 HEAPU32[4095] = all[40](10); = 10
readF32 HEAPF32[4095] = all[40](10); = 10
read64 HEAP64 [4095] = all[40](10); = 10
read8 HEAP8 [4095] = all[41](10.1); = 10
read16 HEAP16 [4095] = all[41](10.1); = 10
read32 HEAP32 [4095] = all[41](10.1); = 10
readU8 HEAPU8 [4095] = all[41](10.1); = 10
readU16 HEAPU16[4095] = all[41](10.1); = 10
readU32 HEAPU32[4095] = all[41](10.1); = 10
readF32 HEAPF32[4095] = all[41](10.1); = 10.100000381469726
read64 HEAP64 [4095] = all[41](10.1); = 10.1
read8 HEAP8 [4095] = all[42](1.7976931348623157e+308); = 0
read16 HEAP16 [4095] = all[42](1.7976931348623157e+308); = 0
read32 HEAP32 [4095] = all[42](1.7976931348623157e+308); = 0
readU8 HEAPU8 [4095] = all[42](1.7976931348623157e+308); = 0
readU16 HEAPU16[4095] = all[42](1.7976931348623157e+308); = 0
readU32 HEAPU32[4095] = all[42](1.7976931348623157e+308); = 0
readF32 HEAPF32[4095] = all[42](1.7976931348623157e+308); = Infinity
read64 HEAP64 [4095] = all[42](1.7976931348623157e+308); = 1.7976931348623157e+308
read8 HEAP8 [4095] = all[43](5e-324); = 0
read16 HEAP16 [4095] = all[43](5e-324); = 0
read32 HEAP32 [4095] = all[43](5e-324); = 0
readU8 HEAPU8 [4095] = all[43](5e-324); = 0
readU16 HEAPU16[4095] = all[43](5e-324); = 0
readU32 HEAPU32[4095] = all[43](5e-324); = 0
readF32 HEAPF32[4095] = all[43](5e-324); = 0
read64 HEAP64 [4095] = all[43](5e-324); = 5e-324
read8 HEAP8 [4095] = all[44](NaN); = 0
read16 HEAP16 [4095] = all[44](NaN); = 0
read32 HEAP32 [4095] = all[44](NaN); = 0
readU8 HEAPU8 [4095] = all[44](NaN); = 0
readU16 HEAPU16[4095] = all[44](NaN); = 0
readU32 HEAPU32[4095] = all[44](NaN); = 0
readF32 HEAPF32[4095] = all[44](NaN); = NaN
read64 HEAP64 [4095] = all[44](NaN); = NaN
read8 HEAP8 [4095] = all[45](Infinity); = 0
read16 HEAP16 [4095] = all[45](Infinity); = 0
read32 HEAP32 [4095] = all[45](Infinity); = 0
readU8 HEAPU8 [4095] = all[45](Infinity); = 0
readU16 HEAPU16[4095] = all[45](Infinity); = 0
readU32 HEAPU32[4095] = all[45](Infinity); = 0
readF32 HEAPF32[4095] = all[45](Infinity); = Infinity
read64 HEAP64 [4095] = all[45](Infinity); = Infinity
read8 HEAP8 [4095] = all[46](-Infinity); = 0
read16 HEAP16 [4095] = all[46](-Infinity); = 0
read32 HEAP32 [4095] = all[46](-Infinity); = 0
readU8 HEAPU8 [4095] = all[46](-Infinity); = 0
readU16 HEAPU16[4095] = all[46](-Infinity); = 0
readU32 HEAPU32[4095] = all[46](-Infinity); = 0
readF32 HEAPF32[4095] = all[46](-Infinity); = -Infinity
read64 HEAP64 [4095] = all[46](-Infinity); = -Infinity
read8 HEAP8 [4095] = all[47](); = 0
read16 HEAP16 [4095] = all[47](); = 0
read32 HEAP32 [4095] = all[47](); = 0
readU8 HEAPU8 [4095] = all[47](); = 0
readU16 HEAPU16[4095] = all[47](); = 0
readU32 HEAPU32[4095] = all[47](); = 0
readF32 HEAPF32[4095] = all[47](); = 0
read64 HEAP64 [4095] = all[47](); = 0
read8 HEAP8 [4095] = all[48](hello); = 0
read16 HEAP16 [4095] = all[48](hello); = 0
read32 HEAP32 [4095] = all[48](hello); = 0
readU8 HEAPU8 [4095] = all[48](hello); = 0
readU16 HEAPU16[4095] = all[48](hello); = 0
readU32 HEAPU32[4095] = all[48](hello); = 0
readF32 HEAPF32[4095] = all[48](hello); = NaN
read64 HEAP64 [4095] = all[48](hello); = NaN
read8 HEAP8 [4095] = all[49](hello); = 0
read16 HEAP16 [4095] = all[49](hello); = 0
read32 HEAP32 [4095] = all[49](hello); = 0
readU8 HEAPU8 [4095] = all[49](hello); = 0
readU16 HEAPU16[4095] = all[49](hello); = 0
readU32 HEAPU32[4095] = all[49](hello); = 0
readF32 HEAPF32[4095] = all[49](hello); = NaN
read64 HEAP64 [4095] = all[49](hello); = NaN
read8 HEAP8 [4095] = all[50](+0); = 0
read16 HEAP16 [4095] = all[50](+0); = 0
read32 HEAP32 [4095] = all[50](+0); = 0
readU8 HEAPU8 [4095] = all[50](+0); = 0
readU16 HEAPU16[4095] = all[50](+0); = 0
readU32 HEAPU32[4095] = all[50](+0); = 0
readF32 HEAPF32[4095] = all[50](+0); = 0
read64 HEAP64 [4095] = all[50](+0); = 0
read8 HEAP8 [4095] = all[51](-0); = 0
read16 HEAP16 [4095] = all[51](-0); = 0
read32 HEAP32 [4095] = all[51](-0); = 0
readU8 HEAPU8 [4095] = all[51](-0); = 0
readU16 HEAPU16[4095] = all[51](-0); = 0
readU32 HEAPU32[4095] = all[51](-0); = 0
readF32 HEAPF32[4095] = all[51](-0); = 0
read64 HEAP64 [4095] = all[51](-0); = 0
read8 HEAP8 [4095] = all[52](0); = 0
read16 HEAP16 [4095] = all[52](0); = 0
read32 HEAP32 [4095] = all[52](0); = 0
readU8 HEAPU8 [4095] = all[52](0); = 0
readU16 HEAPU16[4095] = all[52](0); = 0
readU32 HEAPU32[4095] = all[52](0); = 0
readF32 HEAPF32[4095] = all[52](0); = 0
read64 HEAP64 [4095] = all[52](0); = 0
read8 HEAP8 [4095] = all[53](1); = 1
read16 HEAP16 [4095] = all[53](1); = 1
read32 HEAP32 [4095] = all[53](1); = 1
readU8 HEAPU8 [4095] = all[53](1); = 1
readU16 HEAPU16[4095] = all[53](1); = 1
readU32 HEAPU32[4095] = all[53](1); = 1
readF32 HEAPF32[4095] = all[53](1); = 1
read64 HEAP64 [4095] = all[53](1); = 1
read8 HEAP8 [4095] = all[54](10.0); = 10
read16 HEAP16 [4095] = all[54](10.0); = 10
read32 HEAP32 [4095] = all[54](10.0); = 10
readU8 HEAPU8 [4095] = all[54](10.0); = 10
readU16 HEAPU16[4095] = all[54](10.0); = 10
readU32 HEAPU32[4095] = all[54](10.0); = 10
readF32 HEAPF32[4095] = all[54](10.0); = 10
read64 HEAP64 [4095] = all[54](10.0); = 10
read8 HEAP8 [4095] = all[55](10.1); = 10
read16 HEAP16 [4095] = all[55](10.1); = 10
read32 HEAP32 [4095] = all[55](10.1); = 10
readU8 HEAPU8 [4095] = all[55](10.1); = 10
readU16 HEAPU16[4095] = all[55](10.1); = 10
readU32 HEAPU32[4095] = all[55](10.1); = 10
readF32 HEAPF32[4095] = all[55](10.1); = 10.100000381469726
read64 HEAP64 [4095] = all[55](10.1); = 10.1
read8 HEAP8 [4095] = all[56](); = 0
read16 HEAP16 [4095] = all[56](); = 0
read32 HEAP32 [4095] = all[56](); = 0
readU8 HEAPU8 [4095] = all[56](); = 0
readU16 HEAPU16[4095] = all[56](); = 0
readU32 HEAPU32[4095] = all[56](); = 0
readF32 HEAPF32[4095] = all[56](); = 0
read64 HEAP64 [4095] = all[56](); = 0
read8 HEAP8 [4095] = all[57](hello); = 0
read16 HEAP16 [4095] = all[57](hello); = 0
read32 HEAP32 [4095] = all[57](hello); = 0
readU8 HEAPU8 [4095] = all[57](hello); = 0
readU16 HEAPU16[4095] = all[57](hello); = 0
readU32 HEAPU32[4095] = all[57](hello); = 0
readF32 HEAPF32[4095] = all[57](hello); = NaN
read64 HEAP64 [4095] = all[57](hello); = NaN
read8 HEAP8 [4095] = all[58](hello); = 0
read16 HEAP16 [4095] = all[58](hello); = 0
read32 HEAP32 [4095] = all[58](hello); = 0
readU8 HEAPU8 [4095] = all[58](hello); = 0
readU16 HEAPU16[4095] = all[58](hello); = 0
readU32 HEAPU32[4095] = all[58](hello); = 0
readF32 HEAPF32[4095] = all[58](hello); = NaN
read64 HEAP64 [4095] = all[58](hello); = NaN
read8 HEAP8 [4095] = all[59]([object Object]); = 0
read16 HEAP16 [4095] = all[59]([object Object]); = 0
read32 HEAP32 [4095] = all[59]([object Object]); = 0
readU8 HEAPU8 [4095] = all[59]([object Object]); = 0
readU16 HEAPU16[4095] = all[59]([object Object]); = 0
readU32 HEAPU32[4095] = all[59]([object Object]); = 0
readF32 HEAPF32[4095] = all[59]([object Object]); = NaN
read64 HEAP64 [4095] = all[59]([object Object]); = NaN
read8 HEAP8 [4095] = all[60](1,2,3); = 0
read16 HEAP16 [4095] = all[60](1,2,3); = 0
read32 HEAP32 [4095] = all[60](1,2,3); = 0
readU8 HEAPU8 [4095] = all[60](1,2,3); = 0
readU16 HEAPU16[4095] = all[60](1,2,3); = 0
readU32 HEAPU32[4095] = all[60](1,2,3); = 0
readF32 HEAPF32[4095] = all[60](1,2,3); = NaN
read64 HEAP64 [4095] = all[60](1,2,3); = NaN
read8 HEAP8 [4095] = all[61]([object Object]); = 0
read16 HEAP16 [4095] = all[61]([object Object]); = 0
read32 HEAP32 [4095] = all[61]([object Object]); = 0
readU8 HEAPU8 [4095] = all[61]([object Object]); = 0
readU16 HEAPU16[4095] = all[61]([object Object]); = 0
readU32 HEAPU32[4095] = all[61]([object Object]); = 0
readF32 HEAPF32[4095] = all[61]([object Object]); = NaN
read64 HEAP64 [4095] = all[61]([object Object]); = NaN
read8 HEAP8 [4095] = all[62](1,2,3); = 0
read16 HEAP16 [4095] = all[62](1,2,3); = 0
read32 HEAP32 [4095] = all[62](1,2,3); = 0
readU8 HEAPU8 [4095] = all[62](1,2,3); = 0
readU16 HEAPU16[4095] = all[62](1,2,3); = 0
readU32 HEAPU32[4095] = all[62](1,2,3); = 0
readF32 HEAPF32[4095] = all[62](1,2,3); = NaN
read64 HEAP64 [4095] = all[62](1,2,3); = NaN
read8 HEAP8 [4095] = all[63](function foo() {}); = 0
read16 HEAP16 [4095] = all[63](function foo() {}); = 0
read32 HEAP32 [4095] = all[63](function foo() {}); = 0
readU8 HEAPU8 [4095] = all[63](function foo() {}); = 0
readU16 HEAPU16[4095] = all[63](function foo() {}); = 0
readU32 HEAPU32[4095] = all[63](function foo() {}); = 0
readF32 HEAPF32[4095] = all[63](function foo() {}); = NaN
read64 HEAP64 [4095] = all[63](function foo() {}); = NaN