nonZeroRandInt returns an integer between zero and the max size for the integer at the specified size/width (ex. 8, 16, 32, 64). Please note this fun

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nonConstBoolTrue returns a boolean true value that is not a constant.

nonZeroString returns a string of random characters at the specified length.

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go:noinline

lem.escape1.name=pointer outlived its call stack lem.escape1.alloc=1 lem.escape1.bytes=4

lem.escape10.name=malloc bc storing value >255 in iface lem.escape10.alloc=1 lem.escape10.bytes=8

lem.escape11.name=malloc bc zero value trick only works when storing value in iface lem.escape11.alloc=1 lem.escape11.bytes=8

lem.escape12.name=five ref params to result w one malloc for stored return value lem.escape12.alloc=1 lem.escape12.bytes=4

lem.escape13.name=return value was captured & outlived stack frame lem.escape13.alloc=1 lem.escape13.bytes=4

lem.escape14.name=malloc w storing <256 in interface bc float32 lem.escape14.alloc=1 lem.escape14.bytes=4

lem.escape15.name=malloc w storing <256 in interface bc float64 lem.escape15.alloc=1 lem.escape15.bytes=8

lem.escape2.name=heap cannot point to stack lem.escape2.alloc=1 lem.escape2.bytes=4

lem.escape3.name=no malloc bc iface & zero value lem.escape3.alloc=0 lem.escape3.bytes=0

lem.escape4.name=no malloc bc storing byte value in iface lem.escape4.alloc=0 lem.escape4.bytes=0

lem.escape5.name=no malloc bc storing single byte-wide value in iface lem.escape5.alloc=0 lem.escape5.bytes=0

lem.escape6.name=no malloc bc storing struct w single byte-wide value in iface lem.escape6.alloc=0 lem.escape6.bytes=0

lem.escape7.name=malloc bc storing struct w field value >255 in iface lem.escape7.alloc=1 lem.escape7.bytes=4

lem.escape8.name=malloc bc storing values >255 in iface lem.escape8.alloc=2 lem.escape8.bytes=16

lem.escape9.name=malloc bc storing values >255 in iface; 16 bytes bc alignment lem.escape9.alloc=2 lem.escape9.bytes=16

lem.leak1.name=to sink lem.leak1.alloc=0 lem.leak1.bytes=0

lem.leak2.name=pointer to result lem.leak2.alloc=0 lem.leak2.bytes=0

lem.leak3.name=map to result lem.leak3.alloc=0 lem.leak3.bytes=0

lem.leak4.name=slice to result lem.leak4.alloc=0 lem.leak4.bytes=0

lem.leak5.name=chan to result lem.leak5.alloc=0 lem.leak5.bytes=0

lem.leak6.name=five ref params to result w zero mallocs lem.leak6.alloc=0 lem.leak6.bytes=0

lem.leak7.name=did not escape bc return value did not outlive stack frame lem.leak7.alloc=0 lem.leak7.bytes=0

go:noinline

go:noinline

go:noinline

go:noinline

go:noinline

lem.move1.name=pointing to stack from heap lem.move1.alloc=1 lem.move1.bytes=4

lem.move2.name=too large for stack lem.move2.alloc=1 lem.move2.bytes=15728640-15728700

lem.noescape1.name=pointer does not outlive its call stack lem.noescape1.alloc=0 lem.noescape1.bytes=0

lem.noescape2.name=value types do not escape lem.noescape2.alloc=0 lem.noescape2.bytes=0

lem.noescape3.name=value types do not leak lem.noescape3.alloc=0 lem.noescape3.bytes=0