fix(engine): retorno de fn nativa declara handle; this pelo canal certo

[MarcosBrendonDePaula]

A raiz, atacada de frente

A mesma causa apareceu quatro vezes nesta campanha: "um i64 é um número". Os três fixes anteriores a trataram na borda (#2043, #2045, #2046). Aqui ela é corrigida onde nasce — na camada de invocação de função —, e é o que ainda travava arr[Symbol.iterator]().

Três defeitos na mesma cadeia

1. O retorno de fn nativa era sempre número

invoke_legacy_fn boxava todo retorno i64 como número:

if let Ok(i) = i32::try_from(r) { PolyValue::from_i32(i).raw() }
else { PolyValue::from_f64(r as f64).raw() }

Uma fn nativa que devolve um handle — Array.prototype[Symbol.iterator], que devolve um iterador — tinha o handle convertido em número: o caller lia typeof === "number" e nenhum método funcionava.

A direção de entrada nunca teve esse bug — word_to_raw_i64 já reconhece uma word de heap e a cruza como handle real. Faltava a contraparte de saída.

FunctionData.return_kind ganha 5 = HANDLE, boxado pela autoridade única de retorno-de-handle (__rtsadp_box_handle_auto, que inspeciona o Entry e escolhe a tag) em vez de adivinhado. 0 (i64) continua ambíguo por definição — por isso a declaração é necessária, e não mais um caso especial.

2. this era passado duas vezes

FUNCTION_CALL já prepende effective_this para um callee has_this_param (all_args.insert(0, ..)), mas o invoker passava 0 como receiver e colocava o this nos slots posicionais. O callee recebia this = 0 e cada argumento real deslocado uma posição — values_iter recebia 0 e devolvia um iterador vazio.

3. Symbol key virava "[object Object]"

__rtsadp_idx_call fazia ToString da chave symbol, errava toda linha de row, e produzia a TypeError sem sentido "[object Object] is not a function". Ganha a branch de symbol que __rtsadp_dyn_idx_get já tinha.

Resultado

368_iterator_protocol (#2024) passa byte-idêntica ao Node. Antes ela travava: a zip fazia a[Symbol.iterator](), o resultado não avançava, e o while(true) nunca terminava.

Validação

• claude-iterador-nativo-next.test.ts — 19 → 23: novos casos de arr[Symbol.iterator]() (typeof, .next(), avanço de cursor, spread).
• Fixture cross-runtime ampliada — byte-idêntica a Node e Bun.
• Suite: 2754/2755. A única falha — "window é o MESMO objeto entre scripts do documento" — é pré-existente, verificada na main.

O fix do this é amplo (toca todo callee legado com has_this_param), por isso a suite completa é a validação que importa: nada regrediu.

O que permanece

Consumir parcialmente com .next() e depois espalhar/iterar reinicia do zero — o front prova "é array" e emite index-walk a partir de 0, sem consultar o cursor. É o mesmo eixo estático de sempre; registrado na #2042.

Closes #2024
Refs #2042, #2038

🤖 Generated with Claude Code

[github-actions]

Cross-runtime parity (RTS vs Bun vs Node)

Metric	Value
Total	682
✅ Pass	475
❌ RTS diverges	116
⚠️ Bun ≠ Node	19
💥 RTS error	72
🚫 Rejected	0

Divergences detected

303_array_fromasync — rts_error

Bun output:

gen=3,6
prom=a,b

Node output:

gen=3,6
prom=a,b

RTS output:

418_array_species_subclass — rts_error

Bun output:

true:false:2,4,6
true:true:2,3

Node output:

true:false:2,4,6
true:true:2,3

RTS output:

claude-entries-for-of-pair-destructuring — rts_diverge

Bun output:

entries=0:a,1:b,2:c
idxOnly=0,1,2
valOnly=a,b,c
pairShape=true2,true2,true2
withDefault=0aDEF,1bDEF,2cDEF
restPair=0->a,1->b,2->c
keys=0,1,2
values=a,b,c
valuesMatchDefault=true
letRebind=0A,10B,20C
break=a|len=1
continue=a,c
sparse=0:x,1:undefined,2:z
empty=0
live=0p,1q
nested=0m01,0m12,1n01,1n12
manualPair=0a

Node output:

entries=0:a,1:b,2:c
idxOnly=0,1,2
valOnly=a,b,c
pairShape=true2,true2,true2
withDefault=0aDEF,1bDEF,2cDEF
restPair=0->a,1->b,2->c
keys=0,1,2
values=a,b,c
valuesMatchDefault=true
letRebind=0A,10B,20C
break=a|len=1
continue=a,c
sparse=0:x,1:undefined,2:z
empty=0
live=0p,1q
nested=0m01,0m12,1n01,1n12
manualPair=0a

RTS output:

entries=0:a,1:b,2:c
idxOnly=0,1,2
valOnly=a,b,c
pairShape=true2,true2,true2
withDefault=0aDEF,1bDEF,2cDEF
restPair=0->a,1->b,2->c
keys=0,1,2
values=a,b,c
valuesMatchDefault=true
letRebind=0A,10B,20C
break=a|len=1
continue=a,c
sparse=0:x,1:undefined,2:z
empty=0
live=0p
nested=0m01,0m12,1n01,1n12
manualPair=0a

claude-from-arraylike-no-iterator — rts_diverge

Bun output:

basic=a,b,c
gappyLen=4
gappy=x,undefined,z,undefined
gappyHasIdx1=true
overLen=undefined,undefined
zeroLen=0
noLen=0
strLen=1,2,3
negLen=0
fracLen=a,b
nanLen=0
undefLen=0
mapFn=10,21,32
strKeys=s0,s1
protoIdx=own,fromProto
getter=plain,got|hits=1
iteratorWins=I1,I2

Node output:

basic=a,b,c
gappyLen=4
gappy=x,undefined,z,undefined
gappyHasIdx1=true
overLen=undefined,undefined
zeroLen=0
noLen=0
strLen=1,2,3
negLen=0
fracLen=a,b
nanLen=0
undefLen=0
mapFn=10,21,32
strKeys=s0,s1
protoIdx=own,fromProto
getter=plain,got|hits=1
iteratorWins=I1,I2

RTS output:

basic=a,b,c
gappyLen=4
gappy=x,undefined,z,undefined
gappyHasIdx1=true
overLen=undefined,undefined
zeroLen=0
noLen=undefined
strLen=1,2,3
negLen=undefined
fracLen=a,b
nanLen=undefined
undefLen=undefined
mapFn=10,21,32
strKeys=s0,s1
protoIdx=own,fromProto
getter=plain,got|hits=1
iteratorWins=L0,L1,L2

codex_array_concat_spreadable_edges — rts_error

Bun output:

6
1,2,a,b,3|4,z
true

Node output:

6
1,2,a,b,3|4,z
true

RTS output:

codex_array_from_iterator_close_on_throw — rts_diverge

Bun output:

stop
next0,next1,next2,return

Node output:

stop
next0,next1,next2,return

RTS output:

codex_array_iterator_reused_result_object — rts_diverge

Bun output:

0,1,2

Node output:

0,1,2

RTS output:

codex_array_length_define_traps — rts_diverge

Bun output:

after-define=7:1|2|3|4|||7:0,1,2,3,6
after-trunc=2:1|2:0,1
RangeError
final=2:1|2

Node output:

after-define=7:1|2|3|4|||7:0,1,2,3,6
after-trunc=2:1|2:0,1
RangeError
final=2:1|2

RTS output:

after-define=4:1|2|3|4:0,1,2,3
after-trunc=4:1|2|3|4:0,1,2,3
final=4:1|2|3|4

codex_array_methods_thisarg_mutation — rts_error

Bun output:

3,6,9,120
1,2,3,40,99
1,2,3

Node output:

3,6,9,120
1,2,3,40,99
1,2,3

RTS output:

codex_array_species_constructor_poison — rts_error

Bun output:

true
10,20,30
3

Node output:

true
10,20,30
3

RTS output:

102_bigint_ops — rts_diverge

Bun output:

add=15
mul=-21
div=5
mod=2
pow=256
cmp=true
asInt=-1
asUint=255

Node output:

add=15
mul=-21
div=5
mod=2
pow=256
cmp=true
asInt=-1
asUint=255

RTS output:

add=15
mul=-21
div=5.666666666666667
mod=2
pow=256
cmp=true
asInt=-1
asUint=255

291_json_bigint — rts_diverge

Bun output:

err=TypeError

Node output:

err=TypeError

RTS output:

err=

317_bigint_literals — rts_diverge

Bun output:

vals=10,255
eq=true
seq=false

Node output:

vals=10,255
eq=true
seq=false

RTS output:

vals=10,255
eq=true
seq=true

65_bigint_typed_arrays — rts_error

Bun output:

arr=1,-2,9007199254740991
dv=-123

Node output:

arr=1,-2,9007199254740991
dv=-123

RTS output:

codex_bigint_asuintn_edges — rts_diverge

Bun output:

255
-1
0
7
ffffffffffffffff

Node output:

255
-1
0
7
ffffffffffffffff

RTS output:

255
-1
123
7
7fffffffffffffff

codex_bigint_typedarray_clamp_wrap — rts_error

Bun output:

-1,-9223372036854775808,9223372036854775807
18446744073709551615,0,5

Node output:

-1,-9223372036854775808,9223372036854775807
18446744073709551615,0,5

RTS output:

codex_primitive_wrappers_truthiness — rts_diverge

Bun output:

truthy:object:boolean:false
truthy:object:number:0
truthy:object:string:
extra:false

Node output:

truthy:object:boolean:false
truthy:object:number:0
truthy:object:string:
extra:false

RTS output:

truthy:object:boolean:false
truthy:object:number:0
truthy:object:string:
:{}

106_error_stack_presence — rts_diverge

Bun output:

name=Error
msg=zap
stack=string
hasBoom=true

Node output:

name=Error
msg=zap
stack=string
hasBoom=true

RTS output:

name=Error
msg=zap
stack=string
hasBoom=false

267_private_fields — rts_error

Bun output:

inner=7:20
outer=SyntaxError

Node output:

inner=7:20
outer=SyntaxError

RTS output:

268_private_methods — rts_error

Bun output:

both=6:15
err=SyntaxError

Node output:

both=6:15
err=SyntaxError

RTS output:

270_new_target — rts_error

Bun output:

f1=call
f2=[object Object]
wrap=undef
cls=undefined:undefined

Node output:

f1=call
f2=[object Object]
wrap=undef
cls=undefined:undefined

RTS output:

271_computed_class_members — rts_error

Bun output:

sum=5
iter=1,2
sym=ok

Node output:

sum=5
iter=1,2
sym=ok

RTS output:

sum=5
iter=

376_private_pattern_advanced — rts_error

Bun output:

1,2,3
0
4
5
Vec2(4,6)
Vec2(6,8)
11
idle
true
running
false
true
true
false
stopped

Node output:

1,2,3
0
4
5
Vec2(4,6)
Vec2(6,8)
11
idle
true
running
false
true
true
false
stopped

RTS output:

claude-class-expression-const — rts_error

Bun output:

sum=5
str=(2,3)
instance=true
name=Point
length=2
named_self=Inner:1
named_outer=Inner
named_static=Inner:4
named_instance=true
expr_extends=derived>base
expr_chain=true/true
factory_a=a-1
factory_b=b-2
factory_distinct=false
factory_cross=false
from_array=x-0,y-1
iife=inline

Node output:

sum=5
str=(2,3)
instance=true
name=Point
length=2
named_self=Inner:1
named_outer=Inner
named_static=Inner:4
named_instance=true
expr_extends=derived>base
expr_chain=true/true
factory_a=a-1
factory_b=b-2
factory_distinct=false
factory_cross=false
from_array=x-0,y-1
iife=inline

RTS output:

claude-closure-this-arrow-vs-function — rts_error

Bun output:

arrow=10
function=undefined_this
self=10
bound=10
mapped=11,12
deep_arrow=10
static_arrow=ctor
after_mutation arrow=20 local=10
bump=21,22 field=22
instance_bound b=22 b2=100
field_arrow_detached=5
field_arrow_live=6
inherit_arrow=Derived

Node output:

arrow=10
function=undefined_this
self=10
bound=10
mapped=11,12
deep_arrow=10
static_arrow=ctor
after_mutation arrow=20 local=10
bump=21,22 field=22
instance_bound b=22 b2=100
field_arrow_detached=5
field_arrow_live=6
inherit_arrow=Derived

RTS output:

claude-detached-method-this — rts_diverge

Bun output:

attached=7
attached_safe=has-this:7
detached_throws=true
detached_safe=no-this
call=7
apply=7
bind=7
bind_twice=7
borrow_obj=42
borrow_other=5
arrow_detached=arrow:7
arrow_call_other=arrow:7
cb_method_throws=true
cb_arrow=arrow:7
cb_bound=7
cb_wrapped=7
elem_detached_throws=true
elem_bound=22
destructured_throws=true

Node output:

attached=7
attached_safe=has-this:7
detached_throws=true
detached_safe=no-this
call=7
apply=7
bind=7
bind_twice=7
borrow_obj=42
borrow_other=5
arrow_detached=arrow:7
arrow_call_other=arrow:7
cb_method_throws=true
cb_arrow=arrow:7
cb_bound=7
cb_wrapped=7
elem_detached_throws=true
elem_bound=22
destructured_throws=true

RTS output:

attached=7
attached_safe=has-this:7
detached=no-throw
detached_safe=no-this
call=7
apply=7
bind=7
bind_twice=7
borrow_obj=42
borrow_other=5
arrow_detached=arrow:7
arrow_call_other=arrow:7
cb_method=0
cb_arrow=arrow:7
cb_bound=7
cb_wrapped=7
elem_detached=no-throw
elem_bound=22
destructured=no-throw

claude-instanceof-inheritance-chain — rts_diverge

Bun output:

a_A=true
a_B=false
a_C=false
b_A=true
b_B=true
b_C=false
c_A=true
c_B=true
c_C=true
o_A=false
o_Other=true
c_Object=true
c_Function=false
ctor_Function=true
num_A=false
str_Object=false
null_Object=false
c_ctor_name=C
b_ctor_name=B
c_ctor_is_C=true
proto_B_of_C=true
isProto_A_c=true
isProto_C_b=false
static_inherit=true
sweep=A,B,C,?
count_A=3
e_SubErr=true
e_MyErr=true
e_Error=true
e_msg=boom

Node output:

a_A=true
a_B=false
a_C=false
b_A=true
b_B=true
b_C=false
c_A=true
c_B=true
c_C=true
o_A=false
o_Other=true
c_Object=true
c_Function=false
ctor_Function=true
num_A=false
str_Object=false
null_Object=false
c_ctor_name=C
b_ctor_name=B
c_ctor_is_C=true
proto_B_of_C=true
isProto_A_c=true
isProto_C_b=false
static_inherit=true
sweep=A,B,C,?
count_A=3
e_SubErr=true
e_MyErr=true
e_Error=true
e_msg=boom

RTS output:

a_A=true
a_B=false
a_C=false
b_A=true
b_B=true
b_C=false
c_A=true
c_B=true
c_C=true
o_A=false
o_Other=true
c_Object=true
c_Function=false
ctor_Function=true
num_A=false
str_Object=false
null_Object=false
c_ctor_name=C
b_ctor_name=B
c_ctor_is_C=false
proto_B_of_C=true
isProto_A_c=true
isProto_C_b=false
static_inherit=false
sweep=A,B,C,?
count_A=3
e_SubErr=true
e_MyErr=true
e_Error=true
e_msg=boom

claude-static-inheritance-and-super — rts_error

Bun output:

shape_kind=shape
circle_kind=circle
small_kind=small-circle
shape_describe=kind=shape
circle_describe=circle<kind=circle>
small_describe=small<circle<kind=small-circle>>
circle_make=circle:3
small_make=small-circle:4
shape_count0=0
circle_count0=0
circle_bump=1
circle_count1=1
shape_count1=0
circle_own=true
shape_bump=1
shape_count2=1
circle_count2=1
borrowed_describe=kind=circle

Node output:

shape_kind=shape
circle_kind=circle
small_kind=small-circle
shape_describe=kind=shape
circle_describe=circle<kind=circle>
small_describe=small<circle<kind=small-circle>>
circle_make=circle:3
small_make=small-circle:4
shape_count0=0
circle_count0=0
circle_bump=1
circle_count1=1
shape_count1=0
circle_own=true
shape_bump=1
shape_count2=1
circle_count2=1
borrowed_describe=kind=circle

RTS output:

claude-super-chain-three-levels — rts_diverge

Bun output:

ctor_trace=L3-ctor-before|L2-ctor-before|L1-ctor:x-3-2|L2-ctor-after:x-3-2|L3-ctor-after:x-3-2
describe=L3{L2[L1(x-3-2)]}
describe_trace=L3-describe|L2-describe|L1-describe
tag=l1>l2>l3
name=x-3-2
mid_describe=L2[L1(y-2)]
mid_trace=L2-describe|L1-describe
mid_tag=l1>l2
borrowed=L2[L1(x-3-2)]
borrowed_trace=L2-describe|L1-describe
direct_l1=L1(x-3-2)

Node output:

ctor_trace=L3-ctor-before|L2-ctor-before|L1-ctor:x-3-2|L2-ctor-after:x-3-2|L3-ctor-after:x-3-2
describe=L3{L2[L1(x-3-2)]}
describe_trace=L3-describe|L2-describe|L1-describe
tag=l1>l2>l3
name=x-3-2
mid_describe=L2[L1(y-2)]
mid_trace=L2-describe|L1-describe
mid_tag=l1>l2
borrowed=L2[L1(x-3-2)]
borrowed_trace=L2-describe|L1-describe
direct_l1=L1(x-3-2)

RTS output:

ctor_trace=L3-ctor-before|L2-ctor-before|L1-ctor:x-3-2|L2-ctor-after:x-3-2|L3-ctor-after:x-3-2
describe=L3{L2[L1(x-3-2)]}
describe_trace=L3-ctor-before|L2-ctor-before|L1-ctor:x-3-2|L2-ctor-after:x-3-2|L3-ctor-after:x-3-2|L3-describe|L2-describe|L1-describe
tag=l1>l2>l3
name=x-3-2
mid_describe=L2[L1(y-2)]
mid_trace=L3-ctor-before|L2-ctor-before|L1-ctor:x-3-2|L2-ctor-after:x-3-2|L3-ctor-after:x-3-2|L3-describe|L2-describe|L1-describe|L2-ctor-before|L1-ctor:y-2|L2-ctor-after:y-2|L2-describe|L1-describe
mid_tag=l1>l2
borrowed=L2[L1(x-3-2)]
borrowed_trace=L3-ctor-before|L2-ctor-before|L1-ctor:x-3-2|L2-ctor-after:x-3-2|L3-ctor-after:x-3-2|L3-describe|L2-describe|L1-describe|L2-ctor-before|L1-ctor:y-2|L2-ctor-after:y-2|L2-describe|L1-describe|L2-describe|L1-describe
direct_l1=L3{L2[L1(x-3-2)]}

codex_class_computed_private_static_order — rts_error

Bun output:

5
4:6
key:a|key:m|key:b|static-a|private-static|static-b

Node output:

5
4:6
key:a|key:m|key:b|static-a|private-static|static-b

RTS output:

codex_class_static_block_throw_order — rts_error

Bun output:

boom
a,block

Node output:

boom
a,block

RTS output:

codex_class_super_field_order — rts_diverge

Bun output:

derived:derived-y
before-super|base-field|base-ctor:base|derived-field|derived-y:derived|after-super:derived:derived-y

Node output:

derived:derived-y
before-super|base-field|base-ctor:base|derived-field|derived-y:derived|after-super:derived:derived-y

RTS output:

base:derived-y
derived-field|derived-y:derived|before-super|base-field|base-ctor:base|after-super:base:derived-y

codex_instanceof_custom_hasinstance — rts_diverge

Bun output:

true
false
false

Node output:

true
false
false

RTS output:

false
false
false

codex_reflect_construct_newtarget_subclass — rts_diverge

Bun output:

7
false
true
true

Node output:

7
false
true
true

RTS output:

7
true
false
false

claude-map-constructor-from-iterables — rts_diverge

Bun output:

pairs=a:1|b:2
dup_size=2
dup_keys=a,b
dup_get_a=3
copy=x:10|y:20
copy_is_distinct=false
src_unaffected=2:3
copy_x_stable=10
from_entries=p,q
empty_arr=0
no_arg=0
null_arg=0
undef_arg=0
extra_ignored=v:1
missing_val=true:undefined
from_set=s,t
from_gen=g1:1|g2:2
from_obj_entries=o1:1|o2:2
mixed_size=5
mixed_1=num:str
mixed_bool=bool
mixed_obj=obj
mixed_null=null
set_arr=3,1,2
set_str=h,e,l,o
set_from_set=1,2
set_from_map_keys=a,b
set_empty=0:0:0
set_from_gen=1,2

Node output:

pairs=a:1|b:2
dup_size=2
dup_keys=a,b
dup_get_a=3
copy=x:10|y:20
copy_is_distinct=false
src_unaffected=2:3
copy_x_stable=10
from_entries=p,q
empty_arr=0
no_arg=0
null_arg=0
undef_arg=0
extra_ignored=v:1
missing_val=true:undefined
from_set=s,t
from_gen=g1:1|g2:2
from_obj_entries=o1:1|o2:2
mixed_size=5
mixed_1=num:str
mixed_bool=bool
mixed_obj=obj
mixed_null=null
set_arr=3,1,2
set_str=h,e,l,o
set_from_set=1,2
set_from_map_keys=a,b
set_empty=0:0:0
set_from_gen=1,2

RTS output:

pairs=a:1|b:2
dup_size=2
dup_keys=a,b
dup_get_a=3
copy=undefined:undefined|x:y|10:20|-1:-1
copy_is_distinct=false
src_unaffected=2:5
copy_x_stable=y
from_entries=p,q
empty_arr=0
no_arg=0
null_arg=0
undef_arg=0
extra_ignored=v:1
missing_val=true:undefined
from_set=,s,1,1,-1
from_gen=g1:1|g2:2
from_obj_entries=o1:1|o2:2
mixed_size=5
mixed_1=num:str
mixed_bool=bool
mixed_obj=obj
mixed_null=null
set_arr=3,1,2
set_str=
set_from_set=
set_from_map_keys=a,b
set_empty=0:0:0
set_from_gen=1,2

claude-map-foreach-callback-contract — rts_diverge

Bun output:

triple=a=1:same_map=true:args=3|b=2:same_map=true:args=3
arg_order=first=v,second=k
returns=undefined
thisArg=CTX:x1|CTX:y2
arrow_ignores_thisArg=OUTER
empty_calls=0
count=3:seq=a,b,c
added_during=a,b
deleted_during=a,c
live_values=a=1,b=99
readd_during=a,b,a
throws=stop
set_triple=p:true:same_set=true:args=3|q:true:same_set=true:args=3
set_thisArg=6
set_returns=undefined

Node output:

triple=a=1:same_map=true:args=3|b=2:same_map=true:args=3
arg_order=first=v,second=k
returns=undefined
thisArg=CTX:x1|CTX:y2
arrow_ignores_thisArg=OUTER
empty_calls=0
count=3:seq=a,b,c
added_during=a,b
deleted_during=a,c
live_values=a=1,b=99
readd_during=a,b,a
throws=stop
set_triple=p:true:same_set=true:args=3|q:true:same_set=true:args=3
set_thisArg=6
set_returns=undefined

RTS output:

triple=a=1:same_map=true:args=4|b=2:same_map=true:args=4
arg_order=first=v,second=k
returns=undefined
thisArg=
arrow_ignores_thisArg=OUTER
empty_calls=0
count=3:seq=a,b,c
added_during=a,b
deleted_during=a,c
live_values=a=1,b=99
readd_during=a,a
throws=stop
set_triple=p:true:same_set=true:args=4|q:true:same_set=true:args=4
set_thisArg=0
set_returns=undefined

claude-map-groupby-key-coercion — rts_diverge

Bun output:

obj_keys=odd,even
obj_even=2,4
obj_odd=1,3,5
obj_num_keys=0,1
obj_key_types=string,string
obj_get_0=2,4:2,4
obj_proto_null=true
obj_no_tostring=undefined
map_keys=1,0
map_key_types=number,number
map_get_num=2,4
map_get_str_miss=undefined
map_obj_size=2
map_obj_A=4,5
map_obj_B=1,2,3
map_obj_key_names=B,A
map_obj_fresh_key_miss=undefined
svz_size=2
svz_zero=1,2
svz_key_1_div=Infinity
svz_nan=3
obj_coerced_keys=0|NaN|undefined|null
cb_args=a@0,b@1
obj_cb_args=a@0,b@1
order=3,1,2
groups=3+3|1+1|2
bool_keys=false,true:types=boolean,boolean
bool_true=3,4,5
empty_map=0
empty_obj=0
from_set=1,0:odd=1,3
values_are_arrays=true

Node output:

obj_keys=odd,even
obj_even=2,4
obj_odd=1,3,5
obj_num_keys=0,1
obj_key_types=string,string
obj_get_0=2,4:2,4
obj_proto_null=true
obj_no_tostring=undefined
map_keys=1,0
map_key_types=number,number
map_get_num=2,4
map_get_str_miss=undefined
map_obj_size=2
map_obj_A=4,5
map_obj_B=1,2,3
map_obj_key_names=B,A
map_obj_fresh_key_miss=undefined
svz_size=2
svz_zero=1,2
svz_key_1_div=Infinity
svz_nan=3
obj_coerced_keys=0|NaN|undefined|null
cb_args=a@0,b@1
obj_cb_args=a@0,b@1
order=3,1,2
groups=3+3|1+1|2
bool_keys=false,true:types=boolean,boolean
bool_true=3,4,5
empty_map=0
empty_obj=0
from_set=1,0:odd=1,3
values_are_arrays=true

RTS output:

obj_keys=odd,even
obj_even=2,4
obj_odd=1,3,5
obj_num_keys=0,1
obj_key_types=string,string
obj_get_0=2,4:2,4
obj_proto_null=false
obj_no_tostring=undefined
map_keys=1,0
map_key_types=number,number
map_get_num=2,4
map_get_str_miss=undefined
map_obj_size=2
map_obj_A=4,5
map_obj_B=1,2,3
map_obj_key_names=B,A
map_obj_fresh_key_miss=undefined
svz_size=2
svz_zero=1,2
svz_key_1_div=-Infinity
svz_nan=3
obj_coerced_keys=0|NaN|undefined|null
cb_args=a@0,b@1
obj_cb_args=a@0,b@1
order=3,1,2
groups=3+3|1+1|2
bool_keys=false,true:types=boolean,boolean
bool_true=3,4,5
empty_map=0
empty_obj=0
from_set=1,NaN:odd=1073741835,7
values_are_arrays=true

claude-map-key-samevaluezero-normalization — rts_diverge

Bun output:

key_is_zero=true
key_is_negzero=false
key_1_div=Infinity
m2_size=1
m2_get_negzero=second
m2_get_zero=second
m3_size=1
m3_key_1_div=Infinity
m3_get=second
m4_computed_1_div=Infinity
m4_has_zero=true
s1_1_div=Infinity
s1_has_zero=true
s1_size_after_add_zero=1
s2_size=1
s2_1_div=Infinity
m5_size=1
m5_get_nan=e
m5_key_is_nan=true
nan_eq_self=false
m5_has_nan=true
m5_has_computed_nan=true
s3_size=1
s3_has=true
s3_delete=true:0
m6_foreach=Infinity=z|NaN=n
m6_delete_negzero=true:1
m6_delete_nan=true:0

Node output:

key_is_zero=true
key_is_negzero=false
key_1_div=Infinity
m2_size=1
m2_get_negzero=second
m2_get_zero=second
m3_size=1
m3_key_1_div=Infinity
m3_get=second
m4_computed_1_div=Infinity
m4_has_zero=true
s1_1_div=Infinity
s1_has_zero=true
s1_size_after_add_zero=1
s2_size=1
s2_1_div=Infinity
m5_size=1
m5_get_nan=e
m5_key_is_nan=true
nan_eq_self=false
m5_has_nan=true
m5_has_computed_nan=true
s3_size=1
s3_has=true
s3_delete=true:0
m6_foreach=Infinity=z|NaN=n
m6_delete_negzero=true:1
m6_delete_nan=true:0

RTS output:

key_is_zero=false
key_is_negzero=true
key_1_div=-Infinity
m2_size=1
m2_get_negzero=second
m2_get_zero=second
m3_size=1
m3_key_1_div=Infinity
m3_get=second
m4_computed_1_div=-Infinity
m4_has_zero=true
s1_1_div=-Infinity
s1_has_zero=true
s1_size_after_add_zero=1
s2_size=1
s2_1_div=Infinity
m5_size=1
m5_get_nan=e
m5_key_is_nan=true
nan_eq_self=false
m5_has_nan=true
m5_has_computed_nan=true
s3_size=1
s3_has=true
s3_delete=true:0
m6_foreach=-Infinity=z|NaN=n
m6_delete_negzero=true:1
m6_delete_nan=true:0

claude-map-set-iterators-independent — rts_diverge

Bun output:

it1_first=a
it2_first=a
it1_second=b
it2_still_second=b
distinct_objects=false
k_v_distinct=false
k_first=a
v_first=1
e_first=a:1
r1=x:false
r2=undefined:true
r3_still_done=undefined:true
it4_done=true
it4_after_growth=undefined:true
it5_a=a
it5_sees_b=b
it5_done=true
it6_a=a
it6_skips_b=c
iterator_self=true
spread_iterator=a,b,c
rest_spread=b,c
map_iter_is_entries=true
default_iter_pair=a:1
fresh1=a,b,c
fresh2=a,b,c
pairs_not_shared=false
pairs_equal=true
set_keys_is_values=true
set_iter_is_values=true
set_entry=10:10:true
set_indep=10:10:20

Node output:

it1_first=a
it2_first=a
it1_second=b
it2_still_second=b
distinct_objects=false
k_v_distinct=false
k_first=a
v_first=1
e_first=a:1
r1=x:false
r2=undefined:true
r3_still_done=undefined:true
it4_done=true
it4_after_growth=undefined:true
it5_a=a
it5_sees_b=b
it5_done=true
it6_a=a
it6_skips_b=c
iterator_self=true
spread_iterator=a,b,c
rest_spread=b,c
map_iter_is_entries=true
default_iter_pair=a:1
fresh1=a,b,c
fresh2=a,b,c
pairs_not_shared=false
pairs_equal=true
set_keys_is_values=true
set_iter_is_values=true
set_entry=10:10:true
set_indep=10:10:20

RTS output:

it1_first=a
it2_first=a
it1_second=b
it2_still_second=b
distinct_objects=false
k_v_distinct=false
k_first=a
v_first=1
e_first=a:1
r1=x:false
r2=undefined:true
r3_still_done=undefined:true
it4_done=true
it4_after_growth=undefined:true
it5_a=a
it5_sees_b=undefined
it5_done=true
it6_a=a
it6_skips_b=b
iterator_self=false
spread_iterator=a,b,c
rest_spread=a,b,c
map_iter_is_entries=false
default_iter_pair=a:1
fresh1=a,b,c
fresh2=a,b,c
pairs_not_shared=false
pairs_equal=true
set_keys_is_values=false
set_iter_is_values=false
set_entry=10:10:true
set_indep=10:10:20

claude-set-add-map-set-chaining — rts_diverge

Bun output:

add_returns_self=true
add_returns_set=true
chain=1,2,3
chain_size=3
chain_dup=1,2:size=2
inline=a,b
chain_size_inline=2
set_returns_self=true
set_returns_map=true
map_chain=a:1|b:2|c:3
chain_overwrite=a,b:a=99
chain_get=5
set_delete_hit=true
set_delete_miss=false
map_delete_hit=true
map_delete_miss=false
set_clear=undefined:size=0
map_clear=undefined:size=0
set_has=true:false
map_has=true:false
mixed_chain_size=6
mixed_has=truetruetruetruetruetrue
feed_keys=x,y
nested=1,2,3

Node output:

add_returns_self=true
add_returns_set=true
chain=1,2,3
chain_size=3
chain_dup=1,2:size=2
inline=a,b
chain_size_inline=2
set_returns_self=true
set_returns_map=true
map_chain=a:1|b:2|c:3
chain_overwrite=a,b:a=99
chain_get=5
set_delete_hit=true
set_delete_miss=false
map_delete_hit=true
map_delete_miss=false
set_clear=undefined:size=0
map_clear=undefined:size=0
set_has=true:false
map_has=true:false
mixed_chain_size=6
mixed_has=truetruetruetruetruetrue
feed_keys=x,y
nested=1,2,3

RTS output:

add_returns_self=true
add_returns_set=true
chain=1,2,3
chain_size=3
chain_dup=1,2:size=2
inline=a,b
chain_size_inline=2
set_returns_self=true
set_returns_map=true
map_chain=a:1|b:2|c:3
chain_overwrite=a,b:a=99
chain_get=5
set_delete_hit=true
set_delete_miss=false
map_delete_hit=true
map_delete_miss=false
set_clear=undefined:size=0
map_clear=undefined:size=0
set_has=true:false
map_has=true:false
mixed_chain_size=6
mixed_has=truetruetruetruetruetrue
feed_keys=x,y
nested=1073741835,1,2,-1,0,1,-1,-1,-1,-1,-1,-1,-1,7,3

claude-set-operations-argument-handling — rts_diverge

Bun output:

union=1,2,3,4,5,6
union_reverse=3,4,5,6,1,2
union_is_new=false:false
union_is_set=true
union_sources_intact=4:4
inter=3,4
inter_reverse=3,4
inter_empty=:size=0
diff=1,2
diff_reverse=5,6
diff_all=0
symdiff=1,2,5,6
symdiff_reverse=5,6,1,2
symdiff_self=0
subset_true=true
subset_false=false
subset_self=true
subset_empty=true
superset_true=true
superset_false=false
superset_empty=true
disjoint_true=true
disjoint_false=false
disjoint_empty=true
empty_union=3,4,5,6
empty_inter=0
empty_diff=0
empty_symdiff=3,4,5,6
union_with_map=1,2,3,4,9
inter_with_map=3,4
diff_with_map=1,2
subset_with_map=true
disjoint_with_map=true
union_setlike=1,2,3,4
inter_setlike=2,3
subset_setlike=true
array_arg_throws=true
nan_inter=1
zero_inter_1div=Infinity
nan_diff=1
chained=2,3,4,5
chained2=3,4,0
derived_stable=1,2,3:base=1,2,99

Node output:

union=1,2,3,4,5,6
union_reverse=3,4,5,6,1,2
union_is_new=false:false
union_is_set=true
union_sources_intact=4:4
inter=3,4
inter_reverse=3,4
inter_empty=:size=0
diff=1,2
diff_reverse=5,6
diff_all=0
symdiff=1,2,5,6
symdiff_reverse=5,6,1,2
symdiff_self=0
subset_true=true
subset_false=false
subset_self=true
subset_empty=true
superset_true=true
superset_false=false
superset_empty=true
disjoint_true=true
disjoint_false=false
disjoint_empty=true
empty_union=3,4,5,6
empty_inter=0
empty_diff=0
empty_symdiff=3,4,5,6
union_with_map=1,2,3,4,9
inter_with_map=3,4
diff_with_map=1,2
subset_with_map=true
disjoint_with_map=true
union_setlike=1,2,3,4
inter_setlike=2,3
subset_setlike=true
array_arg_throws=true
nan_inter=1
zero_inter_1div=Infinity
nan_diff=1
chained=2,3,4,5
chained2=3,4,0
derived_stable=1,2,3:base=1,2,99

RTS output:

union=1,2,3,4,5,6
union_reverse=3,4,5,6,1,2
union_is_new=false:false
union_is_set=true
union_sources_intact=4:4
inter=3,4
inter_reverse=3,4
inter_empty=:size=0
diff=1,2
diff_reverse=5,6
diff_all=0
symdiff=1,2,5,6
symdiff_reverse=5,6,1,2
symdiff_self=0
subset_true=true
subset_false=false
subset_self=true
subset_empty=true
superset_true=true
superset_false=false
superset_empty=true
disjoint_true=true
disjoint_false=false
disjoint_empty=true
empty_union=3,4,5,6
empty_inter=0
empty_diff=0
empty_symdiff=3,4,5,6
union_with_map=1,2,3,4,x,y,z
inter_with_map=3,4
diff_with_map=1,2
subset_with_map=true
disjoint_with_map=true
union_setlike=1,2,3,4
inter_setlike=2,3
subset_setlike=true
array_arg=no_throw
nan_inter=1
zero_inter_1div=-Infinity
nan_diff=1
chained=2,3,4,5
chained2=3,4,0
derived_stable=1,2,3:base=1,2,99

codex_map_forEach_clear_readd — rts_diverge

Bun output:

a1,d4,e5
d4,e5

Node output:

a1,d4,e5
d4,e5

RTS output:

a1,e5
d4,e5

codex_map_iteration_mutation — rts_diverge

Bun output:

a1,c3,d4,e5
a,c,d,e

Node output:

a1,c3,d4,e5
a,c,d,e

RTS output:

a1,b2,c3
a,c,d,e

codex_set_iteration_mutation — rts_diverge

Bun output:

1,3,4,5
1,3,4,5

Node output:

1,3,4,5
1,3,4,5

RTS output:

1,2,3
1,3,4,5

claude-date-numeric-coercion — rts_error

Bun output:

getTime=1718003289010
valueOf=1718003289010
Number=1718003289010
unary_plus=1718003289010
agree1=true
agree2=true
agree3=true
times_one=1718003289010
minus_zero=1718003289010
div=1718003289.01
math_floor=1718003289
math_trunc=19884
epoch_num=0
epoch_plus=0
before_num=-1
old_num=-2208988800000
old_negative=true
bad_getTime_nan=true
bad_valueOf_nan=true
bad_Number_nan=true
bad_plus_nan=true
bad_arith_nan=true
frac_ms=1
frac_neg_ms=-1
is_integer=true
roundtrip=true
copy_eq=true

Node output:

getTime=1718003289010
valueOf=1718003289010
Number=1718003289010
unary_plus=1718003289010
agree1=true
agree2=true
agree3=true
times_one=1718003289010
minus_zero=1718003289010
div=1718003289.01
math_floor=1718003289
math_trunc=19884
epoch_num=0
epoch_plus=0
before_num=-1
old_num=-2208988800000
old_negative=true
bad_getTime_nan=true
bad_valueOf_nan=true
bad_Number_nan=true
bad_plus_nan=true
bad_arith_nan=true
frac_ms=1
frac_neg_ms=-1
is_integer=true
roundtrip=true
copy_eq=true

RTS output:

claude-date-parse-iso-offsets — rts_diverge

Bun output:

date_only=1705276800000
year_month=1704067200000
year_only=1704067200000
date_only_iso=2024-01-15T00:00:00.000Z
z_basic=1705314600000
z_ms=1705314600123
z_no_sec=1705314600000
z_eq_utc=true
plus0_eq_z=true
minus0_eq_z=true
plus1=2024-01-15T09:30:00.000Z
plus0530=2024-01-15T05:00:00.000Z
plus14=2024-01-14T20:30:00.000Z
minus3=2024-01-15T13:30:00.000Z
minus0930=2024-01-15T20:00:00.000Z
offset_delta=3600000
roll_next_day=2024-01-16T01:30:00.000Z
roll_prev_day=2024-01-14T22:30:00.000Z
ms_1digit=2024-01-15T10:30:00.100Z
ms_2digit=2024-01-15T10:30:00.120Z
ms_3digit=2024-01-15T10:30:00.123Z
epoch=0
pre_epoch=-1
leap_day=2020-02-29T12:00:00.000Z
roundtrip=true
garbage_nan=true
empty_nan=true
bad_month_nan=true
bad_day_nan=true
bad_hour_nan=true
nonleap_feb29_nan=false
ctor_eq_parse=true

Node output:

date_only=1705276800000
year_month=1704067200000
year_only=1704067200000
date_only_iso=2024-01-15T00:00:00.000Z
z_basic=1705314600000
z_ms=1705314600123
z_no_sec=1705314600000
z_eq_utc=true
plus0_eq_z=true
minus0_eq_z=true
plus1=2024-01-15T09:30:00.000Z
plus0530=2024-01-15T05:00:00.000Z
plus14=2024-01-14T20:30:00.000Z
minus3=2024-01-15T13:30:00.000Z
minus0930=2024-01-15T20:00:00.000Z
offset_delta=3600000
roll_next_day=2024-01-16T01:30:00.000Z
roll_prev_day=2024-01-14T22:30:00.000Z
ms_1digit=2024-01-15T10:30:00.100Z
ms_2digit=2024-01-15T10:30:00.120Z
ms_3digit=2024-01-15T10:30:00.123Z
epoch=0
pre_epoch=-1
leap_day=2020-02-29T12:00:00.000Z
roundtrip=true
garbage_nan=true
empty_nan=true
bad_month_nan=true
bad_day_nan=true
bad_hour_nan=true
nonleap_feb29_nan=false
ctor_eq_parse=true

RTS output:

date_only=1705276800000
year_month=NaN
year_only=NaN
date_only_iso=2024-01-15T00:00:00.000Z
z_basic=1705314600000
z_ms=1705314600123
z_no_sec=1705276800000
z_eq_utc=true
plus0_eq_z=true
minus0_eq_z=true
plus1=2024-01-15T10:30:00.000Z
plus0530=2024-01-15T10:30:00.000Z
plus14=2024-01-15T10:30:00.000Z
minus3=2024-01-15T10:30:00.000Z
minus0930=2024-01-15T10:30:00.000Z
offset_delta=0
roll_next_day=2024-01-15T23:30:00.000Z
roll_prev_day=2024-01-15T00:30:00.000Z
ms_1digit=2024-01-15T10:30:00.100Z
ms_2digit=2024-01-15T10:30:00.120Z
ms_3digit=2024-01-15T10:30:00.123Z
epoch=0
pre_epoch=-1
leap_day=2020-02-29T12:00:00.000Z
roundtrip=true
garbage_nan=true
empty_nan=true
bad_month_nan=true
bad_day_nan=true
bad_hour_nan=false
nonleap_feb29_nan=false
ctor_eq_parse=true

claude-date-relational-compare — rts_diverge

Bun output:

lt=true
gt=false
lte=true
gte=false
b_gt_a=true
copy_lte=true
copy_gte=true
copy_lt=false
copy_gt=false
copy_eqeq=false
copy_eqeqeq=false
self_eqeqeq=true
time_eq=true
valueOf_eq=true
plus_eq=true
copy_noteq=true
vs_number_lt=true
vs_number_gte=true
eqeq_number=false
bad_lt=false
bad_gt=false
bad_lte=false
bad_gte=false
bad_lte_self=false
bad_eqeqeq_self=true
sorted=2024-01-01,2024-01-02,2024-01-03
min=2024-01-01T00:00:00.000Z
max=2024-01-02T00:00:00.000Z

Node output:

lt=true
gt=false
lte=true
gte=false
b_gt_a=true
copy_lte=true
copy_gte=true
copy_lt=false
copy_gt=false
copy_eqeq=false
copy_eqeqeq=false
self_eqeqeq=true
time_eq=true
valueOf_eq=true
plus_eq=true
copy_noteq=true
vs_number_lt=true
vs_number_gte=true
eqeq_number=false
bad_lt=false
bad_gt=false
bad_lte=false
bad_gte=false
bad_lte_self=false
bad_eqeqeq_self=true
sorted=2024-01-01,2024-01-02,2024-01-03
min=2024-01-01T00:00:00.000Z
max=2024-01-02T00:00:00.000Z

RTS output:

lt=true
gt=false
lte=true
gte=false
b_gt_a=true
copy_lte=true
copy_gte=true
copy_lt=false
copy_gt=false
copy_eqeq=true
copy_eqeqeq=false
self_eqeqeq=true
time_eq=true
valueOf_eq=true
plus_eq=true
copy_noteq=false
vs_number_lt=true
vs_number_gte=true
eqeq_number=true
bad_lt=false
bad_gt=false
bad_lte=false
bad_gte=false
bad_lte_self=false
bad_eqeqeq_self=true
sorted=2024-01-01,2024-01-02,2024-01-03
min=2024-01-01T00:00:00.000Z
max=2024-01-02T00:00:00.000Z

claude-date-symbol-toprimitive — rts_error

Bun output:

has_toPrimitive=true
is_own_of_proto=true
length=1
name=[Symbol.toPrimitive]
number_hint=1705314645123
number_hint_is_time=true
number_hint_type=number
default_hint_type=string
string_hint_type=string
default_eq_string=true
default_eq_toString=true
bad_hint_threw=true
bad_hint_name=TypeError
undef_hint_threw=true
undef_hint_name=TypeError
plus_is_number=true
Number_is_number=true
concat_is_string=true
concat_eq_toString=true
template_eq_toString=true
String_eq_toString=true
minus_numeric=true
invalid_number_hint_nan=true
invalid_string_hint=Invalid Date

Node output:

has_toPrimitive=true
is_own_of_proto=true
length=1
name=[Symbol.toPrimitive]
number_hint=1705314645123
number_hint_is_time=true
number_hint_type=number
default_hint_type=string
string_hint_type=string
default_eq_string=true
default_eq_toString=true
bad_hint_threw=true
bad_hint_name=TypeError
undef_hint_threw=true
undef_hint_name=TypeError
plus_is_number=true
Number_is_number=true
concat_is_string=true
concat_eq_toString=true
template_eq_toString=true
String_eq_toString=true
minus_numeric=true
invalid_number_hint_nan=true
invalid_string_hint=Invalid Date

RTS output:

has_toPrimitive=false

claude-date-utc-arity — rts_error

Bun output:

y_only=1704067200000
y_m=1704067200000
y_m_d=1704067200000
full=1704067200000
all_eq=true
a2=1717200000000
a3=1717977600000
a4=1718002800000
a5=1718003280000
a6=1718003289000
a7=1718003289010
zero_args_nan=true
extra_ignored=true
y0=1900-01-01T00:00:00.000Z
y70=1970-01-01T00:00:00.000Z
y99=1999-12-31T00:00:00.000Z
y99_is_1999=true
y100=0100-01-01T00:00:00.000Z
y100_year=100
y95_5=1995
neg_year=-1
nan_month=true
nan_day=true
nan_ms=true
frac_trunc=true

Node output:

y_only=1704067200000
y_m=1704067200000
y_m_d=1704067200000
full=1704067200000
all_eq=true
a2=1717200000000
a3=1717977600000
a4=1718002800000
a5=1718003280000
a6=1718003289000
a7=1718003289010
zero_args_nan=true
extra_ignored=true
y0=1900-01-01T00:00:00.000Z
y70=1970-01-01T00:00:00.000Z
y99=1999-12-31T00:00:00.000Z
y99_is_1999=true
y100=0100-01-01T00:00:00.000Z
y100_year=100
y95_5=1995
neg_year=-1
nan_month=true
nan_day=true
nan_ms=true
frac_trunc=true

RTS output:

79_subtle_digest — rts_error

Bun output:

sha256_8=ba7816bf8f01cfea

Node output:

sha256_8=ba7816bf8f01cfea

RTS output:

288_abortsignal_timeout_any — rts_diverge

Bun output:

a=true:a
c=true:a

Node output:

a=true:a
c=true:a

RTS output:

a=true:[object Object]
c=false:null

393_promise_microtask — rts_diverge

Bun output:

caught:handled
A1,B1,A2,B2,A3,B3
micro1,micro2,queueMicrotask,micro3,timeout
1,A,2,B,3,C

Node output:

caught:handled
A1,B1,A2,B2,A3,B3
micro1,micro2,queueMicrotask,micro3,timeout
1,A,2,B,3,C

RTS output:

caught:handled
A1,A2,A3,B1,B2,B3
micro1,micro2,queueMicrotask,micro3,timeout
1,A,2,B,3,C

62_abort_controller — rts_error

Bun output:

before=false
after=true
reason=stop
seen=event:true

Node output:

before=false
after=true
reason=stop
seen=event:true

RTS output:

before=false

84_abortsignal_advanced — rts_diverge

Bun output:

ab=true:x
to=true:TimeoutError

Node output:

ab=true:x
to=true:TimeoutError

RTS output:

ab=true:[object Object]
to=true:TimeoutError

41_closures_deep — rts_diverge

Bun output:

counter=4:5
iife=12
let=0,1,2,
var=0,1,2,
nested=15
this_arrow=8

Node output:

counter=4:5
iife=12
let=0,1,2,
var=0,1,2,
nested=15
this_arrow=8

RTS output:

counter=4:5
iife=12
let=0,0,0,
var=0,0,0,
nested=15
this_arrow=8

claude-closure-capture-let-loop — rts_diverge

Bun output:

0,1,2
0,1,2

Node output:

0,1,2
0,1,2

RTS output:

0,0,0
0,1,2

claude-closure-captures-mutable-param — rts_error

Bun output:

mutate_param=11,12,13
body_mutates=ab:AB
pair_init=1
pair_after_set=20
pair_bump=25 get=25
default=14,28 explicit=6,12
rest_add=3 sum=6
rest_rebind=0 sum=0
destructured=101/2
destructured_bumpB=3 read=101/3
shared_param=24
arg_by_value caller=5 inner=999

Node output:

mutate_param=11,12,13
body_mutates=ab:AB
pair_init=1
pair_after_set=20
pair_bump=25 get=25
default=14,28 explicit=6,12
rest_add=3 sum=6
rest_rebind=0 sum=0
destructured=101/2
destructured_bumpB=3 read=101/3
shared_param=24
arg_by_value caller=5 inner=999

RTS output:

claude-closure-for-of-per-iteration — rts_error

Bun output:

const_head=xyz
let_head_mutated=10,20,30
var_head=3,3,3
destructure_head=a1,b2
body_let=p1!,p2!
nested=1a,1b,2a,2b
independent_cells=111,20

Node output:

const_head=xyz
let_head_mutated=10,20,30
var_head=3,3,3
destructure_head=a1,b2
body_let=p1!,p2!
nested=1a,1b,2a,2b
independent_cells=111,20

RTS output:

claude-closure-from-try-finally — rts_diverge

Bun output:

mutated_in_finally=finally
returned=1 closure=100
catch_binding=boom/changed
catch_shadow=thrown_e:outer_e
finally_no_return=from_try:b
made_in_finally=in_finally
loop_try=ok0,err1,ok2
partial=a,b,caught,count=2

Node output:

mutated_in_finally=finally
returned=1 closure=100
catch_binding=boom/changed
catch_shadow=thrown_e:outer_e
finally_no_return=from_try:b
made_in_finally=in_finally
loop_try=ok0,err1,ok2
partial=a,b,caught,count=2

RTS output:

mutated_in_finally=finally
returned=1 closure=100
catch_binding=boom/changed
catch_shadow=thrown_e:outer_e
finally_no_return=from_try:b
made_in_finally=in_finally
loop_try=ok0,err0,ok0
partial=a,b,caught,count=2

claude-closure-reads-live-not-snapshot — rts_error

Bun output:

before=1
after=2
after2=42
snap=1 live=99
param_mutated_after=15
early=8 late=8
var_hoisted=3:4
via_binding=second via_capture=first
interleaved=012
mutate_content=2
rebind=3

Node output:

before=1
after=2
after2=42
snap=1 live=99
param_mutated_after=15
early=8 late=8
var_hoisted=3:4
via_binding=second via_capture=first
interleaved=012
mutate_content=2
rebind=3

RTS output:

claude-compose-reassigned-binding — rts_error

Bun output:

12
11
3
5

Node output:

12
11
3
5

RTS output:

claude-let-vs-var-loop-closures — rts_diverge

Bun output:

0
1
2
3
3
3

Node output:

0
1
2
3
3
3

RTS output:

0
0
0
0
0
0

claude-nested-loop-let-closures — rts_diverge

Bun output:

0 1 10 11 20 21

Node output:

0 1 10 11 20 21

RTS output:

0 0 0 0 0 0

codex_arguments_callee_shape — rts_error

Bun output:

3
function
true

Node output:

3
function
true

RTS output:

codex_bound_constructor_new_target — rts_error

Bun output:

2:5:7
true
true

Node output:

2:5:7
true
true

RTS output:

codex_closure_eval_mutates_outer — rts_error

Bun output:

3
5
5

Node output:

3
5
5

RTS output:

codex_function_constructor_scope — rts_error

Bun output:

missing
5

Node output:

missing
5

RTS output:

codex_function_name_inferred_destructure — rts_error

Bun output:

a
b
c
d

Node output:

a
b
c
d

RTS output:

308_finalization_registry_shape — rts_error

Bun output:

type=function
reg=function
unreg=function

Node output:

type=function
reg=function
unreg=function

RTS output:

codex_async_generator_yield_await_finally — rts_diverge

Bun output:

{"value":"a","done":false}
{"value":"fin","done":false}
{"value":"ret","done":true}

Node output:

{"value":"a","done":false}
{"value":"fin","done":false}
{"value":"ret","done":true}

RTS output:

{"done":true}
{"value":"fin","done":false}
{"done":true}

codex_generator_delegation_exception_path — rts_diverge

Bun output:

{"value":"n","done":false}
{"value":"handled","done":false}
{"done":true}
next|throw:E|return

Node output:

{"value":"n","done":false}
{"value":"handled","done":false}
{"done":true}
next|throw:E|return

RTS output:

{"value":1073741886,"done":false}
{"value":{"message":"E","name":"Error","stack":""},"done":true}
{"value":"R","done":true}

codex_yield_star_iterator_return_chain — rts_diverge

Bun output:

{"value":0,"done":false}
{"value":"closed","done":true}
inner-next0|inner-return:bye

Node output:

{"value":0,"done":false}
{"value":"closed","done":true}
inner-next0|inner-return:bye

RTS output:

{"value":0,"done":false}
{"value":"bye","done":true}
inner-next0|inner-next1|inner-next2|inner-next3|outer-after:-1e-323

59_intl_basics — rts_error

Bun output:

money=$1,234.50
date=10/05/2024
cmp=0

Node output:

money=$1,234.50
date=10/05/2024
cmp=0

RTS output:

71_intl_segmenter — rts_error

Bun output:

segments=hi:true| :false|there:true

Node output:

segments=hi:true| :false|there:true

RTS output:

78_intl_more — rts_error

Bun output:

one=one
two=other
list=a, b, and c
rel=yesterday

Node output:

one=one
two=other
list=a, b, and c
rel=yesterday

RTS output:

305_iterator_helpers — rts_error

Bun output:

arr=6,8
red=5

Node output:

arr=6,8
red=5

RTS output:

392_async_iterator_advanced — rts_diverge

Bun output:

content-1,content-2,err:page 3 failed
4,16,36,64
1
2
final
true
a,b,c

Node output:

content-1,content-2,err:page 3 failed
4,16,36,64
1
2
final
true
a,b,c

RTS output:

claude-custom-symbol-iterator-manual-next — rts_error

Bun output:

counter=10,20,30
reiterate=10,20,30
emptyCount=0
trailing=a|len=1
truthyDone=1,2
missingDone=1,2
values=4|nextCalls=5
selfIter=s1,s2

Node output:

counter=10,20,30
reiterate=10,20,30
emptyCount=0
trailing=a|len=1
truthyDone=1,2
missingDone=1,2
values=4|nextCalls=5
selfIter=s1,s2

RTS output:

claude-destructuring-lazy-iterator-pull — rts_error

Bun output:

two=1,2
twoLog=next1,next2,return
one=1|log=next1,return
zeroLog=return|len=1
hole=2|log=next1,next2,return
rest=1|2,3|log=next1,next2,next3,next4
over=1,2,undefined
overLog=next1,next2,next3
defaults=DEF,null,5
swap=2,1
nested=1,100|log=outer1,outerReturn

Node output:

two=1,2
twoLog=next1,next2,return
one=1|log=next1,return
zeroLog=return|len=1
hole=2|log=next1,next2,return
rest=1|2,3|log=next1,next2,next3,next4
over=1,2,undefined
overLog=next1,next2,next3
defaults=DEF,null,5
swap=2,1
nested=1,100|log=outer1,outerReturn

RTS output:

claude-manual-iterator-past-done — rts_error

Bun output:

a1={"value":1,"done":false}
a2={"value":2,"done":false}
a3={"done":true}
a4={"done":true}
a5={"done":true}
stableDone=true|true
stableValue=true,true
freshResults=true
keys=done,value
emptyFirst={"done":true}
independent=3,1
live=2,3|done=true
shrunk={"done":true}
m1={"value":"m","done":false}
m2={"value":"post","done":true}
m3={"value":"post","done":true}
manualCalls=3
resume=2,3,4
spreadRest=3,4
s1=a
s2=b
s3=undefined|done=true
set1={"value":1,"done":false}
set2={"done":true}
set3={"done":true}

Node output:

a1={"value":1,"done":false}
a2={"value":2,"done":false}
a3={"done":true}
a4={"done":true}
a5={"done":true}
stableDone=true|true
stableValue=true,true
freshResults=true
keys=done,value
emptyFirst={"done":true}
independent=3,1
live=2,3|done=true
shrunk={"done":true}
m1={"value":"m","done":false}
m2={"value":"post","done":true}
m3={"value":"post","done":true}
manualCalls=3
resume=2,3,4
spreadRest=3,4
s1=a
s2=b
s3=undefined|done=true
set1={"value":1,"done":false}
set2={"done":true}
set3={"done":true}

RTS output:

a1={"value":1,"done":false}
a2={"value":2,"done":false}
a3={"done":true}
a4={"done":true}
a5={"done":true}
stableDone=true|true
stableValue=true,true
freshResults=true
keys=done,value
emptyFirst={"done":true}
independent=3,1
live=2,undefined|done=true
shrunk={"value":2,"done":false}
m1={"value":"m","done":false}
m2={"value":"post","done":true}
m3={"value":"post","done":true}
manualCalls=3
resume=1,2,3,4
spreadRest=1,2,3,4

claude-map-set-for-of-shape — rts_diverge

Bun output:

mapPairs=true:2:a=1|true:2:b=2|true:2:c=3
mapDestructured=a=1,b=2,c=3
mapDefaultIsEntries=true
mapKeys=a,b,c
mapValues=1,2,3
mapEntries=a1,b2,c3
overwriteOrder=x,y
readdOrder=q,p
emptyMap=0
setValues=10,20,30
setDefaultIsValues=true
setKeysIsValues=true
setEntries=10:10,20:20,30:30
setDedup=3,1,2|size=3
mi1=["a",1]
mi2=["b",2]
mi3=["c",3]
mi4=undefined|done=true
iterSelfIterable=true
spreadPairsLen=3|first=a=1
fromMatchesSpread=true

Node output:

mapPairs=true:2:a=1|true:2:b=2|true:2:c=3
mapDestructured=a=1,b=2,c=3
mapDefaultIsEntries=true
mapKeys=a,b,c
mapValues=1,2,3
mapEntries=a1,b2,c3
overwriteOrder=x,y
readdOrder=q,p
emptyMap=0
setValues=10,20,30
setDefaultIsValues=true
setKeysIsValues=true
setEntries=10:10,20:20,30:30
setDedup=3,1,2|size=3
mi1=["a",1]
mi2=["b",2]
mi3=["c",3]
mi4=undefined|done=true
iterSelfIterable=true
spreadPairsLen=3|first=a=1
fromMatchesSpread=true

RTS output:

mapPairs=true:2:a=1|true:2:b=2|true:2:c=3
mapDestructured=a=1,b=2,c=3
mapDefaultIsEntries=false
mapKeys=a,b,c
mapValues=1,2,3
mapEntries=a1,b2,c3
overwriteOrder=x,y
readdOrder=q,p
emptyMap=0
setValues=10,20,30
setDefaultIsValues=false
setKeysIsValues=false
setEntries=10:10,20:20,30:30
setDedup=3,1,2|size=3
mi1=["a",1]
mi2=["b",2]
mi3=["c",3]
mi4=undefined|done=true
iterSelfIterable=false
spreadPairsLen=3|first=a=1
fromMatchesSpread=true

claude-spread-custom-iterable — rts_error

Bun output:

arrayLiteral=1,2,3
arrayLiteralCalls=4
middle=0,1,2,9
twoSpreads=x,y,z
callSpread=6
emptySpread=0|calls=1
drainLen=5|nextCalls=6
identity=true,true
orderPreserved=3,1,3,2
holesLen=3
holeVals=undefined,null,0

Node output:

arrayLiteral=1,2,3
arrayLiteralCalls=4
middle=0,1,2,9
twoSpreads=x,y,z
callSpread=6
emptySpread=0|calls=1
drainLen=5|nextCalls=6
identity=true,true
orderPreserved=3,1,3,2
holesLen=3
holeVals=undefined,null,0

RTS output:

claude-string-iterator-code-points — rts_error

Bun output:

length=4
fromLen=3
spreadLen=3
forOfUnitLens=1,2,1
indexUnitLen=1
iterCodePoint=128512
codePointAt=128512
charCodeAt=55357
bmpLen=5|bmpPoints=5
manyLen=6|manyPoints=3
roundTrip=true
loneLen=3|lonePoints=3
loneMid=55357
reversedPoints=2
mapFn=97,128512,98
reIterable=true|3
manual1=a|done=false
manual2Points=2|done=false
manual3=b|done=false
manual4=undefined|done=true
emptyIter=0
splitLen=4|iterLen=3

Node output:

length=4
fromLen=3
spreadLen=3
forOfUnitLens=1,2,1
indexUnitLen=1
iterCodePoint=128512
codePointAt=128512
charCodeAt=55357
bmpLen=5|bmpPoints=5
manyLen=6|manyPoints=3
roundTrip=true
loneLen=3|lonePoints=3
loneMid=55357
reversedPoints=2
mapFn=97,128512,98
reIterable=true|3
manual1=a|done=false
manual2Points=2|done=false
manual3=b|done=false
manual4=undefined|done=true
emptyIter=0
splitLen=4|iterLen=3

RTS output:

length=2
fromLen=2
spreadLen=2
forOfUnitLens=1,1
indexUnitLen=1
iterCodePoint=98
codePointAt=98
charCodeAt=98
bmpLen=5|bmpPoints=5
manyLen=0|manyPoints=0
roundTrip=true
loneLen=2|lonePoints=2
loneMid=121
reversedPoints=0
mapFn=97,98
reIterable=true|2

claude-symbol-iterator-inherited-lookup — rts_error

Bun output:

inherited=p1,p2,p3
ownOnChild=false
ownOnParent=true
shadowed=own1,own2
parentUnaffected=p1,p2,p3
threeLevels=p1,p2,p3
classRange=1,2,3,4
onProtoNotInstance=false,true
subclass=5,6,7
override=4,3,2,1
beforeAdd=threwBefore|afterAdd=late
removable=ok->threw
arrOwn=false
arrProto=true
arrChildIter=7,8,9

Node output:

inherited=p1,p2,p3
ownOnChild=false
ownOnParent=true
shadowed=own1,own2
parentUnaffected=p1,p2,p3
threeLevels=p1,p2,p3
classRange=1,2,3,4
onProtoNotInstance=false,true
subclass=5,6,7
override=4,3,2,1
beforeAdd=threwBefore|afterAdd=late
removable=ok->threw
arrOwn=false
arrProto=true
arrChildIter=7,8,9

RTS output:

codex_async_iterator_break_close — rts_error

Bun output:

1
next0,next1,return-start,return-end

Node output:

1
next0,next1,return-start,return-end

RTS output:

293_json_reviver_this — rts_diverge

Bun output:

obj={"a":2,"b":4}
seen=2

Node output:

obj={"a":2,"b":4}
seen=2

RTS output:

obj=undefined
seen=

403_json_replacer_array_order — rts_diverge

Bun output:

{"c":3,"a":1,"nested":{"a":8}}
[{"c":3,"a":1,"nested":{"a":8}},{"c":5,"a":4}]
{"1":"one","01":"zero-one","a":"aye"}

Node output:

{"c":3,"a":1,"nested":{"a":8}}
[{"c":3,"a":1,"nested":{"a":8}},{"c":5,"a":4}]
{"1":"one","01":"zero-one","a":"aye"}

RTS output:

{"c":3,"a":1}
[{"c":3,"a":1},{"c":5,"a":4}]
{"1":"one","01":"zero-one","a":"aye"}

claude-parse-number-edges — rts_diverge

Bun output:

zero=0
neg=-5
big=9007199254740991
neg_zero=0
neg_zero_is=true
neg_zero_eq_zero=true
neg_zero_arr_is=true
pos_zero_is=true
exp_lower=1000
exp_upper=1000
exp_plus=1000
exp_minus=0.001
exp_frac=150
exp_zero=5
exp_neg_base=-2500
exp_big=1e+21
exp_overflow=Infinity
exp_underflow=0
frac=0.5
precision_loss=9007199254740992
many_digits=0.1
long_int=1.2345678901234568e+29
point_one=0.1
roundtrip=true
leading_plus=throw
leading_zero=throw
leading_dot=throw
trailing_dot=throw
hex=throw
infinity=throw
nan=throw
underscore=throw
empty_exp=throw
double_neg=throw
neg_dot=throw
whitespace_ok=ok

Node output:

zero=0
neg=-5
big=9007199254740991
neg_zero=0
neg_zero_is=true
neg_zero_eq_zero=true
neg_zero_arr_is=true
pos_zero_is=true
exp_lower=1000
exp_upper=1000
exp_plus=1000
exp_minus=0.001
exp_frac=150
exp_zero=5
exp_neg_base=-2500
exp_big=1e+21
exp_overflow=Infinity
exp_underflow=0
frac=0.5
precision_loss=9007199254740992
many_digits=0.1
long_int=1.2345678901234568e+29
point_one=0.1
roundtrip=true
leading_plus=throw
leading_zero=throw
leading_dot=throw
trailing_dot=throw
hex=throw
infinity=throw
nan=throw
underscore=throw
empty_exp=throw
double_neg=throw
neg_dot=throw
whitespace_ok=ok

RTS output:

zero=0
neg=-5
big=9007199254740991
neg_zero=0
neg_zero_is=true
neg_zero_eq_zero=true
neg_zero_arr_is=true
pos_zero_is=true
exp_lower=1000
exp_upper=1000
exp_plus=1000
exp_minus=0.001
exp_frac=150
exp_zero=5
exp_neg_base=-2500
exp_big=1e+21
exp_overflow=Infinity
exp_underflow=0
frac=0.5
precision_loss=9007199254740992
many_digits=0.1
long_int=1.2345678901234568e+29
point_one=0.1
roundtrip=true
leading_plus=ok
leading_zero=ok
leading_dot=ok
trailing_dot=ok
hex=ok
infinity=ok
nan=ok
underscore=ok
empty_exp=ok
double_neg=ok
neg_dot=ok
whitespace_ok=ok

claude-reviver-returning-undefined — rts_diverge

Bun output:

obj_deleted={"a":1,"c":3}
obj_has_b=false
obj_keys=a,c
obj_all_deleted={}
arr_json=[1,null,3]
arr_len=3
arr_has_1=false
arr_idx1=undefined
arr_keys=0,2
arr_all_json=[null,null]
arr_all_len=2
root_isundef=true
root_str=undefined
implicit_undef={"a":1}
nested={"outer":{"keep":1}}
null_kept={"a":1,"b":null}
null_has_b=true
falsy_kept={"a":0,"b":"","c":false}

Node output:

obj_deleted={"a":1,"c":3}
obj_has_b=false
obj_keys=a,c
obj_all_deleted={}
arr_json=[1,null,3]
arr_len=3
arr_has_1=false
arr_idx1=undefined
arr_keys=0,2
arr_all_json=[null,null]
arr_all_len=2
root_isundef=true
root_str=undefined
implicit_undef={"a":1}
nested={"outer":{"keep":1}}
null_kept={"a":1,"b":null}
null_has_b=true
falsy_kept={"a":0,"b":"","c":false}

RTS output:

obj_deleted={"a":1,"c":3}
obj_has_b=false
obj_keys=a,c
obj_all_deleted={}
arr_json=[1,null,3]
arr_len=3
arr_has_1=true
arr_idx1=undefined
arr_keys=0,1,2
arr_all_json=[null,null]
arr_all_len=2
root_isundef=true
root_str=undefined
implicit_undef={"a":1}
nested={"outer":{"keep":1}}
null_kept={"a":1,"b":null}
null_has_b=true
falsy_kept={"a":0,"b":"","c":false}

claude-stringify-number-edges — rts_diverge

Bun output:

neg_zero=0
neg_zero_obj={"a":0}
neg_zero_arr=[0,0]
pos_zero=0
inf=null
neg_inf=null
nan=null
nonfinite_obj={"a":null,"b":null,"c":null}
nonfinite_arr=[null,null,null]
div_zero=null
max_safe=9007199254740991
max_safe_plus=9007199254740992
max_value=1.7976931348623157e+308
min_value=5e-324
e21=1e+21
e20=100000000000000000000
neg_e21=-1e+21
e_minus_7=1e-7
e_minus_6=0.000001
third=0.3333333333333333
point_sum=0.30000000000000004
big_frac=123456789.12345679
neg_frac=-0.5
overflow=null
wrapper=5
wrapper_nan=null
neg_big=-9007199254740991
int_round=100
float_int=100

Node output:

neg_zero=0
neg_zero_obj={"a":0}
neg_zero_arr=[0,0]
pos_zero=0
inf=null
neg_inf=null
nan=null
nonfinite_obj={"a":null,"b":null,"c":null}
nonfinite_arr=[null,null,null]
div_zero=null
max_safe=9007199254740991
max_safe_plus=9007199254740992
max_value=1.7976931348623157e+308
min_value=5e-324
e21=1e+21
e20=100000000000000000000
neg_e21=-1e+21
e_minus_7=1e-7
e_minus_6=0.000001
third=0.3333333333333333
point_sum=0.30000000000000004
big_frac=123456789.12345679
neg_frac=-0.5
overflow=null
wrapper=5
wrapper_nan=null
neg_big=-9007199254740991
int_round=100
float_int=100

RTS output:

neg_zero=0
neg_zero_obj={"a":0}
neg_zero_arr=[0,0]
pos_zero=0
inf=null
neg_inf=null
nan=null
nonfinite_obj={"a":null,"b":null,"c":null}
nonfinite_arr=[null,null,null]
div_zero=null
max_safe=9007199254740991
max_safe_plus=9007199254740992
max_value=1.7976931348623157e+308
min_value=5e-324
e21=1e+21
e20=100000000000000000000
neg_e21=-1e+21
e_minus_7=1e-7
e_minus_6=0.000001
third=0.3333333333333333
point_sum=0.30000000000000004
big_frac=123456789.12345679
neg_frac=-0.5
overflow=null
wrapper={}
wrapper_nan={}
neg_big=-9007199254740991
int_round=100
float_int=100

claude-stringify-space-arg — rts_diverge

Bun output:

space_0="{\"a\":1,\"b\":{\"c\":2}}"
space_1="{\n \"a\": 1,\n \"b\": {\n  \"c\": 2\n }\n}"
space_2="{\n  \"a\": 1,\n  \"b\": {\n    \"c\": 2\n  }\n}"
space_3="{\n   \"a\": 1,\n   \"b\": {\n      \"c\": 2\n   }\n}"
space_10_eq_11=true
space_10_eq_100=true
space_10_eq_inf=true
space_10_indent="          \"a\": 1,"
neg_is_compact=true
nan_is_compact=true
zero_is_compact=true
null_is_compact=true
undef_is_compact=true
frac_eq_2=true
str_dash="{\n--\"a\": 1,\n--\"b\": {\n----\"c\": 2\n--}\n}"
str_tab="{\n\t\"a\": 1,\n\t\"b\": {\n\t\t\"c\": 2\n\t}\n}"
str_empty_is_compact=true
str_clamp="0123456789\"a\": 1,"
num_wrapper=true
str_wrapper=true
bool_is_compact=true
obj_is_compact=true
arr_space="[\n 1,\n [\n  2\n ]\n]"
empty_obj="{}"
empty_arr="[]"
empty_nested="{\n \"a\": {},\n \"b\": []\n}"
scalar="5"

Node output:

space_0="{\"a\":1,\"b\":{\"c\":2}}"
space_1="{\n \"a\": 1,\n \"b\": {\n  \"c\": 2\n }\n}"
space_2="{\n  \"a\": 1,\n  \"b\": {\n    \"c\": 2\n  }\n}"
space_3="{\n   \"a\": 1,\n   \"b\": {\n      \"c\": 2\n   }\n}"
space_10_eq_11=true
space_10_eq_100=true
space_10_eq_inf=true
space_10_indent="          \"a\": 1,"
neg_is_compact=true
nan_is_compact=true
zero_is_compact=true
null_is_compact=true
undef_is_compact=true
frac_eq_2=true
str_dash="{\n--\"a\": 1,\n--\"b\": {\n----\"c\": 2\n--}\n}"
str_tab="{\n\t\"a\": 1,\n\t\"b\": {\n\t\t\"c\": 2\n\t}\n}"
str_empty_is_compact=true
str_clamp="0123456789\"a\": 1,"
num_wrapper=true
str_wrapper=true
bool_is_compact=true
obj_is_compact=true
arr_space="[\n 1,\n [\n  2\n ]\n]"
empty_obj="{}"
empty_arr="[]"
empty_nested="{\n \"a\": {},\n \"b\": []\n}"
scalar="5"

RTS output:

space_0="{\"a\":1,\"b\":{\"c\":2}}"
space_1="{\n \"a\": 1,\n \"b\": {\n  \"c\": 2\n }\n}"
space_2="{\n  \"a\": 1,\n  \"b\": {\n    \"c\": 2\n  }\n}"
space_3="{\n   \"a\": 1,\n   \"b\": {\n      \"c\": 2\n   }\n}"
space_10_eq_11=true
space_10_eq_100=true
space_10_eq_inf=true
space_10_indent="          \"a\": 1,"
neg_is_compact=true
nan_is_compact=false
zero_is_compact=true
null_is_compact=true
undef_is_compact=true
frac_eq_2=false
str_dash="{\n--\"a\": 1,\n--\"b\": {\n----\"c\": 2\n--}\n}"
str_tab="{\n\t\"a\": 1,\n\t\"b\": {\n\t\t\"c\": 2\n\t}\n}"
str_empty_is_compact=true
str_clamp="0123456789\"a\": 1,"
num_wrapper=false
str_wrapper=false
bool_is_compact=true
obj_is_compact=true
arr_space="[\n 1,\n [\n  2\n ]\n]"
empty_obj="{}"
empty_arr="[]"
empty_nested="{\n \"a\": {},\n \"b\": []\n}"
scalar="5"

claude-stringify-string-escapes — rts_diverge

Bun output:

quote="a\"b"
backslash="a\\b"
newline="a\nb"
cr="a\rb"
tab="a\tb"
backspace="a\bb"
formfeed="a\fb"
nul="a\u0000b"
soh="a\u0001b"
vtab="a\u000bb"
esc="a\u001bb"
us="a\u001fb"
del="a�b"
space="a b"
slash="a/b"
apostrophe="a'b"
accent="café"
cjk="日本"
lone_high="\ud800"
lone_low="\udfff"
lone_mid="a\ud834b"
pair="😀"
pair_len=4
reversed_pair="\ude00\ud83d"
key_escape={"a\nb":1}
key_quote={"a\"b":1}
key_ctrl={"a\u0001b":1}
roundtrip=true
empty=""

Node output:

quote="a\"b"
backslash="a\\b"
newline="a\nb"
cr="a\rb"
tab="a\tb"
backspace="a\bb"
formfeed="a\fb"
nul="a\u0000b"
soh="a\u0001b"
vtab="a\u000bb"
esc="a\u001bb"
us="a\u001fb"
del="a�b"
space="a b"
slash="a/b"
apostrophe="a'b"
accent="café"
cjk="日本"
lone_high="\ud800"
lone_low="\udfff"
lone_mid="a\ud834b"
pair="😀"
pair_len=4
reversed_pair="\ude00\ud83d"
key_escape={"a\nb":1}
key_quote={"a\"b":1}
key_ctrl={"a\u0001b":1}
roundtrip=true
empty=""

RTS output:

quote="a\"b"
backslash="a\\b"
newline="a\nb"
cr="a\rb"
tab="a\tb"
backspace="a�b"
formfeed="ab"
nul="ab"
soh="a�b"
vtab="a�b"
esc="a�b"
us="a�b"
del="a�b"
space="a b"
slash="a/b"
apostrophe="a'b"
accent="café"
cjk="日本"
lone_high="�"
lone_low="�"
lone_mid="a�b"
pair="😀"
pair_len=4
reversed_pair="��"
key_escape={"a\nb":1}
key_quote={"a\"b":1}
key_ctrl={"a�b":1}
roundtrip=true
empty=""

claude-stringify-unserializable — rts_diverge

Bun output:

top_undef=undefined
top_undef_isundef=true
top_fn=undefined
top_fn_isundef=true
top_sym=undefined
top_sym_isundef=true
obj_undef={"a":1,"c":2}
obj_fn={"a":1,"c":2}
obj_sym={"a":1,"c":2}
obj_all_gone={}
arr_undef=[1,null,2]
arr_fn=[1,null,2]
arr_sym=[1,null,2]
arr_all_null=[null,null,null]
arr_hole=[1,null,null,4]
nested={"a":[null,{"c":3}]}
mix={"list":[null]}
tojson_undef_top_isundef=true
tojson_undef_in_obj={"b":1}
tojson_undef_in_arr=[null,1]
replacer_undef={"a":1}

Node output:

top_undef=undefined
top_undef_isundef=true
top_fn=undefined
top_fn_isundef=true
top_sym=undefined
top_sym_isundef=true
obj_undef={"a":1,"c":2}
obj_fn={"a":1,"c":2}
obj_sym={"a":1,"c":2}
obj_all_gone={}
arr_undef=[1,null,2]
arr_fn=[1,null,2]
arr_sym=[1,null,2]
arr_all_null=[null,null,null]
arr_hole=[1,null,null,4]
nested={"a":[null,{"c":3}]}
mix={"list":[null]}
tojson_undef_top_isundef=true
tojson_undef_in_obj={"b":1}
tojson_undef_in_arr=[null,1]
replacer_undef={"a":1}

RTS output:

top_undef=undefined
top_undef_isundef=true
top_fn=undefined
top_fn_isundef=true
top_sym={}
top_sym_isundef=false
obj_undef={"a":1,"c":2}
obj_fn={"a":1,"c":2}
obj_sym={"a":1,"b":{},"c":2}
obj_all_gone={"d":{}}
arr_undef=[1,null,2]
arr_fn=[1,null,2]
arr_sym=[1,{},2]
arr_all_null=[null,null,{}]
arr_hole=[1,null,null,4]
nested={"a":[null,{"c":3}]}
mix={"list":[null]}
tojson_undef_top_isundef=true
tojson_undef_in_obj={"b":1}
tojson_undef_in_arr=[null,1]
replacer_undef={"a":1}

codex_json_bigint_tojson_monkeypatch — rts_error

Bun output:

{"x":"5n","arr":["1n","2n"]}
TypeError

Node output:

{"x":"5n","arr":["1n","2n"]}
TypeError

RTS output:

codex_json_stringify_propertylist_objects — rts_diverge

Bun output:

{"b":"B","1":"one","a":"A"}
[{"b":2,"1":3,"a":1}]

Node output:

{"b":"B","1":"one","a":"A"}
[{"b":2,"1":3,"a":1}]

RTS output:

{"a":"A"}
[{"a":1}]

100_dynamic_import — rts_error

Bun output:

named=7
default=default(x)
same=true
count=42

Node output:

named=7
default=default(x)
same=true
count=42

RTS output:

344_bundler_helpers — rts_error

Bun output:

99 2
2 3
1,2,3,4
hello from derived
true
awaiter result: 7

Node output:

99 2
2 3
1,2,3,4
hello from derived
true
awaiter result: 7

RTS output:

394_structuredclone_complex — rts_diverge

Bun output:

3
99
false
true
2026
2099
true
hello
gi
false
false
true
true
false
true
test
1
true
false

Node output:

3
99
false
true
2026
2099
true
hello
gi
false
false
true
true
false
true
test
1
true
false

RTS output:

3
99
false
true
2026
2099
true
hello
gi
true
false
true
true
false
true
test
1
true
false

codex_structuredclone_transfer_detach — rts_diverge

Bun output:

0
4
1,2,3,4

Node output:

0
4
1,2,3,4

RTS output:

4
4
1,2,3,4

198_number_parseint_parsefloat — rts_error

Bun output:

parseInt_123=123
parseInt_ff_16=255
parseInt_10_2=2
parseFloat_3.14=3.14
parseFloat_1e2=100
same_int=true
same_float=true

Node output:

parseInt_123=123
parseInt_ff_16=255
parseInt_10_2=2
parseFloat_3.14=3.14
parseFloat_1e2=100
same_int=true
same_float=true

RTS output:

claude-number-string-whitespace-grammar — rts_diverge

Bun output:

space=1
tab=1
newline=1
cr=1
formfeed=1
vtab=1
mixed=1
only_space=0
only_tab=0
only_newline=0
empty=0
many_spaces=0
nbsp_u00A0=1
ogham_u1680=1
enquad_u2000=1
emquad_u2001=1
thinspace_u2009=1
hairspace_u200A=1
lineSep_u2028=1
paraSep_u2029=1
narrownbsp_u202F=1
mathspace_u205F=1
ideographic_u3000=1
bom_uFEFF=1
only_nbsp=0
only_bom=0
zwsp_u200B=NaN
zwnj_u200C=NaN
zwj_u200D=NaN
nul=NaN
mongolian_u180E=NaN
inner_space=NaN
inner_tab=NaN
space_after_sign=NaN
space_in_exp=NaN
space_before_dot=NaN
space_plus=5
space_minus=-5
tab_minus_float=-3.14
plus_only=NaN
minus_only=NaN
space_plus_space=NaN
space_Infinity=Infinity
space_neg_Infinity=-Infinity
nbsp_Infinity=Infinity
Infinity_lower=NaN
Infinity_trailing_junk=NaN
space_hex=31
tab_bin=5
newline_octal=15
hex_inner_space=NaN
hex_sign=NaN
hex_plus=NaN
space_exp=1000
space_dot5=0.5
space_5dot=5
space_neg_exp=-0.0015
underscore=NaN
space_underscore=NaN
--- parseFloat contrast ---
parseFloat(' 1 ')=1
parseFloat('1 2')=1
parseFloat('\u00A01')=1
parseFloat('\u200B1')=NaN
parseFloat('1_000')=1
parseFloat(' Infinity ')=Infinity
parseFloat(' 0x1F ')=0

Node output:

space=1
tab=1
newline=1
cr=1
formfeed=1
vtab=1
mixed=1
only_space=0
only_tab=0
only_newline=0
empty=0
many_spaces=0
nbsp_u00A0=1
ogham_u1680=1
enquad_u2000=1
emquad_u2001=1
thinspace_u2009=1
hairspace_u200A=1
lineSep_u2028=1
paraSep_u2029=1
narrownbsp_u202F=1
mathspace_u205F=1
ideographic_u3000=1
bom_uFEFF=1
only_nbsp=0
only_bom=0
zwsp_u200B=NaN
zwnj_u200C=NaN
zwj_u200D=NaN
nul=NaN
mongolian_u180E=NaN
inner_space=NaN
inner_tab=NaN
space_after_sign=NaN
space_in_exp=NaN
space_before_dot=NaN
space_plus=5
space_minus=-5
tab_minus_float=-3.14
plus_only=NaN
minus_only=NaN
space_plus_space=NaN
space_Infinity=Infinity
space_neg_Infinity=-Infinity
nbsp_Infinity=Infinity
Infinity_lower=NaN
Infinity_trailing_junk=NaN
space_hex=31
tab_bin=5
newline_octal=15
hex_inner_space=NaN
hex_sign=NaN
hex_plus=NaN
space_exp=1000
space_dot5=0.5
space_5dot=5
space_neg_exp=-0.0015
underscore=NaN
space_underscore=NaN
--- parseFloat contrast ---
parseFloat(' 1 ')=1
parseFloat('1 2')=1
parseFloat('\u00A01')=1
parseFloat('\u200B1')=NaN
parseFloat('1_000')=1
parseFloat(' Infinity ')=Infinity
parseFloat(' 0x1F ')=0

RTS output:

space=1
tab=1
newline=1
cr=1
formfeed=1
vtab=1
mixed=1
only_space=0
only_tab=0
only_newline=0
empty=0
many_spaces=0
nbsp_u00A0=1
ogham_u1680=1
enquad_u2000=1
emquad_u2001=1
thinspace_u2009=1
hairspace_u200A=1
lineSep_u2028=1
paraSep_u2029=1
narrownbsp_u202F=1
mathspace_u205F=1
ideographic_u3000=1
bom_uFEFF=NaN
only_nbsp=0
only_bom=NaN
zwsp_u200B=NaN
zwnj_u200C=NaN
zwj_u200D=NaN
nul=NaN
mongolian_u180E=NaN
inner_space=NaN
inner_tab=NaN
space_after_sign=NaN
space_in_exp=NaN
space_before_dot=NaN
space_plus=5
space_minus=-5
tab_minus_float=-3.14
plus_only=NaN
minus_only=NaN
space_plus_space=NaN
space_Infinity=Infinity
space_neg_Infinity=-Infinity
nbsp_Infinity=Infinity
Infinity_lower=Infinity
Infinity_trailing_junk=NaN
space_hex=31
tab_bin=5
newline_octal=15
hex_inner_space=NaN
hex_sign=NaN
hex_plus=NaN
space_exp=1000
space_dot5=0.5
space_5dot=5
space_neg_exp=-0.0015
underscore=NaN
space_underscore=NaN
--- parseFloat contrast ---
parseFloat(' 1 ')=1
parseFloat('1 2')=1
parseFloat('\u00A01')=1
parseFloat('\u200B1')=NaN
parseFloat('1_000')=1
parseFloat(' Infinity ')=Infinity
parseFloat(' 0x1F ')=0

claude-tofixed-digit-boundaries — rts_diverge

Bun output:

--- digit sweep on 1.23456789 ---
d0=1
d1=1.2
d2=1.23
d3=1.235
d4=1.2346
d5=1.23457
d6=1.234568
d7=1.2345679
d8=1.23456789
d9=1.234567890
d10=1.2345678900
--- digit sweep on 9.99999 ---
d0=10
d1=10.0
d2=10.00
d3=10.000
d4=10.0000
d5=9.99999
d6=9.999990
d7=9.9999900
d8=9.99999000
--- toFixed(0) ---
(1.5).toFixed(0)=2
(0).toFixed(0)=0
(-0).toFixed(0)=0
(0.4).toFixed(0)=0
(-0.4).toFixed(0)=-0
(-0.6).toFixed(0)=-1
(1e20).toFixed(0)=100000000000000000000
--- undefined arg == 0 ---
(3.7).toFixed()=4
(3.7).toFixed(undefined)=4
--- 1e21 boundary ---
(1e20).toFixed(2)=100000000000000000000.00
(1e21).toFixed(2)=1e+21
(1e21).toFixed(0)=1e+21
(1e22).toFixed(2)=1e+22
(9.999e20).toFixed(2)=999900000000000000000.00
(-1e21).toFixed(2)=-1e+21
(1e21-1).toFixed(0)=1e+21
--- tiny values ---
(1e-7).toFixed(2)=0.00
(1e-7).toFixed(10)=0.0000001000
(1e-10).toFixed(5)=0.00000
(-1e-7).toFixed(2)=-0.00
(5e-324).toFixed(2)=0.00
(0.000000499).toFixed(6)=0.000000
--- high digit counts ---
(1).toFixed(20)=1.00000000000000000000
(0.1).toFixed(20)=0.10000000000000000555
(1).toFixed(100)=1.0000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
(0.5).toFixed(50)=0.50000000000000000000000000000000000000000000000000
--- argument bounds ---
(1).toFixed(101) threw=true
(1).toFixed(-1) threw=true
--- fractional arg truncates ---
(1.23456).toFixed(2.9)=1.23
(1.23456).toFixed(3.1)=1.235
--- non-finite ---
NaN.toFixed(2)=NaN
Infinity.toFixed(2)=Infinity
(-Infinity).toFixed(0)=-Infinity

Node output:

--- digit sweep on 1.23456789 ---
d0=1
d1=1.2
d2=1.23
d3=1.235
d4=1.2346
d5=1.23457
d6=1.234568
d7=1.2345679
d8=1.23456789
d9=1.234567890
d10=1.2345678900
--- digit sweep on 9.99999 ---
d0=10
d1=10.0
d2=10.00
d3=10.000
d4=10.0000
d5=9.99999
d6=9.999990
d7=9.9999900
d8=9.99999000
--- toFixed(0) ---
(1.5).toFixed(0)=2
(0).toFixed(0)=0
(-0).toFixed(0)=0
(0.4).toFixed(0)=0
(-0.4).toFixed(0)=-0
(-0.6).toFixed(0)=-1
(1e20).toFixed(0)=100000000000000000000
--- undefined arg == 0 ---
(3.7).toFixed()=4
(3.7).toFixed(undefined)=4
--- 1e21 boundary ---
(1e20).toFixed(2)=100000000000000000000.00
(1e21).toFixed(2)=1e+21
(1e21).toFixed(0)=1e+21
(1e22).toFixed(2)=1e+22
(9.999e20).toFixed(2)=999900000000000000000.00
(-1e21).toFixed(2)=-1e+21
(1e21-1).toFixed(0)=1e+21
--- tiny values ---
(1e-7).toFixed(2)=0.00
(1e-7).toFixed(10)=0.0000001000
(1e-10).toFixed(5)=0.00000
(-1e-7).toFixed(2)=-0.00
(5e-324).toFixed(2)=0.00
(0.000000499).toFixed(6)=0.000000
--- high digit counts ---
(1).toFixed(20)=1.00000000000000000000
(0.1).toFixed(20)=0.10000000000000000555
(1).toFixed(100)=1.0000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
(0.5).toFixed(50)=0.50000000000000000000000000000000000000000000000000
--- argument bounds ---
(1).toFixed(101) threw=true
(1).toFixed(-1) threw=true
--- fractional arg truncates ---
(1.23456).toFixed(2.9)=1.23
(1.23456).toFixed(3.1)=1.235
--- non-finite ---
NaN.toFixed(2)=NaN
Infinity.toFixed(2)=Infinity
(-Infinity).toFixed(0)=-Infinity

RTS output:

--- digit sweep on 1.23456789 ---
d0=1
d1=1.2
d2=1.23
d3=1.235
d4=1.2346
d5=1.23457
d6=1.234568
d7=1.2345679
d8=1.23456789
d9=1.234567890
d10=1.2345678900
--- digit sweep on 9.99999 ---
d0=10
d1=10.0
d2=10.00
d3=10.000
d4=10.0000
d5=9.99999
d6=9.999990
d7=9.9999900
d8=9.99999000
--- toFixed(0) ---
(1.5).toFixed(0)=2
(0).toFixed(0)=0
(-0).toFixed(0)=0
(0.4).toFixed(0)=0
(-0.4).toFixed(0)=-0
(-0.6).toFixed(0)=-1
(1e20).toFixed(0)=100000000000000000000
--- undefined arg == 0 ---
(3.7).toFixed()=4
(3.7).toFixed(undefined)=4
--- 1e21 boundary ---
(1e20).toFixed(2)=100000000000000000000.00
(1e21).toFixed(2)=1e+21
(1e21).toFixed(0)=1e+21
(1e22).toFixed(2)=1e+22
(9.999e20).toFixed(2)=999900000000000000000.00
(-1e21).toFixed(2)=-1e+21
(1e21-1).toFixed(0)=1e+21
--- tiny values ---
(1e-7).toFixed(2)=0.00
(1e-7).toFixed(10)=0.0000001000
(1e-10).toFixed(5)=0.00000
(-1e-7).toFixed(2)=-0.00
(5e-324).toFixed(2)=0.00
(0.000000499).toFixed(6)=0.000000
--- high digit counts ---
(1).toFixed(20)=1.00000000000000000000
(0.1).toFixed(20)=0.10000000000000000555
(1).toFixed(100)=1.0000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
(0.5).toFixed(50)=0.50000000000000000000000000000000000000000000000000
--- argument bounds ---
(1).toFixed(101)=1.0000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
(1).toFixed(-1)=1
--- fractional arg truncates ---
(1.23456).toFixed(2.9)=1.23
(1.23456).toFixed(3.1)=1.235
--- non-finite ---
NaN.toFixed(2)=NaN
Infinity.toFixed(2)=Infinity
(-Infinity).toFixed(0)=-Infinity

claude-toprecision-edges — rts_diverge

Bun output:

(0).toPrecision(1)=0
(1).toPrecision(1)=1
(9).toPrecision(1)=9
(9.5).toPrecision(1)=1e+1
(9.99).toPrecision(1)=1e+1
(99).toPrecision(1)=1e+2
(123.456).toPrecision(1)=1e+2
(0.5).toPrecision(1)=0.5
(0.05).toPrecision(1)=0.05
(1234).toPrecision(1)=1e+3
(-9.99).toPrecision(1)=-1e+1
--- flip to exponential (e >= p) ---
(100).toPrecision(1)=1e+2
(100).toPrecision(2)=1.0e+2
(100).toPrecision(3)=100
(100).toPrecision(4)=100.0
(999).toPrecision(2)=1.0e+3
(999).toPrecision(3)=999
(1000).toPrecision(3)=1.00e+3
(1000).toPrecision(4)=1000
(1234.5).toPrecision(2)=1.2e+3
(1234.5).toPrecision(5)=1234.5
(1234.5).toPrecision(6)=1234.50
--- flip to exponential (e < -6) ---
(0.000001).toPrecision(1)=0.000001
(0.0000001).toPrecision(1)=1e-7
(0.000001).toPrecision(3)=0.00000100
(0.0000001).toPrecision(3)=1.00e-7
(0.00000123).toPrecision(2)=0.0000012
(0.0000123).toPrecision(2)=0.000012
--- rounding carry changes exponent ---
(9.99).toPrecision(2)=10
(99.9).toPrecision(2)=1.0e+2
(0.0999).toPrecision(2)=0.10
(9999).toPrecision(3)=1.00e+4
(0.00009999).toPrecision(2)=0.00010
--- undefined precision == toString ---
(123.456).toPrecision()=123.456
(0.1).toPrecision()=0.1
(1e21).toPrecision()=1e+21
(1e-7).toPrecision()=1e-7
(123.456).toPrecision(undefined)=123.456
--- argument bounds ---
(1).toPrecision(21)=1.00000000000000000000
(0.1).toPrecision(21)=0.100000000000000005551
(1).toPrecision(0) threw=true
(1).toPrecision(22)=1.000000000000000000000
(1).toPrecision(-1) threw=true
--- non-finite ignores precision ---
NaN.toPrecision(3)=NaN
Infinity.toPrecision(3)=Infinity
(-Infinity).toPrecision(1)=-Infinity
--- fractional precision truncates ---
(123.456).toPrecision(2.9)=1.2e+2
(123.456).toPrecision(4.1)=123.5

Node output:

(0).toPrecision(1)=0
(1).toPrecision(1)=1
(9).toPrecision(1)=9
(9.5).toPrecision(1)=1e+1
(9.99).toPrecision(1)=1e+1
(99).toPrecision(1)=1e+2
(123.456).toPrecision(1)=1e+2
(0.5).toPrecision(1)=0.5
(0.05).toPrecision(1)=0.05
(1234).toPrecision(1)=1e+3
(-9.99).toPrecision(1)=-1e+1
--- flip to exponential (e >= p) ---
(100).toPrecision(1)=1e+2
(100).toPrecision(2)=1.0e+2
(100).toPrecision(3)=100
(100).toPrecision(4)=100.0
(999).toPrecision(2)=1.0e+3
(999).toPrecision(3)=999
(1000).toPrecision(3)=1.00e+3
(1000).toPrecision(4)=1000
(1234.5).toPrecision(2)=1.2e+3
(1234.5).toPrecision(5)=1234.5
(1234.5).toPrecision(6)=1234.50
--- flip to exponential (e < -6) ---
(0.000001).toPrecision(1)=0.000001
(0.0000001).toPrecision(1)=1e-7
(0.000001).toPrecision(3)=0.00000100
(0.0000001).toPrecision(3)=1.00e-7
(0.00000123).toPrecision(2)=0.0000012
(0.0000123).toPrecision(2)=0.000012
--- rounding carry changes exponent ---
(9.99).toPrecision(2)=10
(99.9).toPrecision(2)=1.0e+2
(0.0999).toPrecision(2)=0.10
(9999).toPrecision(3)=1.00e+4
(0.00009999).toPrecision(2)=0.00010
--- undefined precision == toString ---
(123.456).toPrecision()=123.456
(0.1).toPrecision()=0.1
(1e21).toPrecision()=1e+21
(1e-7).toPrecision()=1e-7
(123.456).toPrecision(undefined)=123.456
--- argument bounds ---
(1).toPrecision(21)=1.00000000000000000000
(0.1).toPrecision(21)=0.100000000000000005551
(1).toPrecision(0) threw=true
(1).toPrecision(22)=1.000000000000000000000
(1).toPrecision(-1) threw=true
--- non-finite ignores precision ---
NaN.toPrecision(3)=NaN
Infinity.toPrecision(3)=Infinity
(-Infinity).toPrecision(1)=-Infinity
--- fractional precision truncates ---
(123.456).toPrecision(2.9)=1.2e+2
(123.456).toPrecision(4.1)=123.5

RTS output:

(0).toPrecision(1)=0
(1).toPrecision(1)=1
(9).toPrecision(1)=9
(9.5).toPrecision(1)=1e+1
(9.99).toPrecision(1)=1e+1
(99).toPrecision(1)=1e+2
(123.456).toPrecision(1)=1e+2
(0.5).toPrecision(1)=0.5
(0.05).toPrecision(1)=0.05
(1234).toPrecision(1)=1e+3
(-9.99).toPrecision(1)=-1e+1
--- flip to exponential (e >= p) ---
(100).toPrecision(1)=1e+2
(100).toPrecision(2)=1.0e+2
(100).toPrecision(3)=100
(100).toPrecision(4)=100.0
(999).toPrecision(2)=1.0e+3
(999).toPrecision(3)=999
(1000).toPrecision(3)=1.00e+3
(1000).toPrecision(4)=1000
(1234.5).toPrecision(2)=1.2e+3
(1234.5).toPrecision(5)=1234.5
(1234.5).toPrecision(6)=1234.50
--- flip to exponential (e < -6) ---
(0.000001).toPrecision(1)=0.000001
(0.0000001).toPrecision(1)=1e-7
(0.000001).toPrecision(3)=0.00000100
(0.0000001).toPrecision(3)=1.00e-7
(0.00000123).toPrecision(2)=0.0000012
(0.0000123).toPrecision(2)=0.000012
--- rounding carry changes exponent ---
(9.99).toPrecision(2)=10
(99.9).toPrecision(2)=1.0e+2
(0.0999).toPrecision(2)=0.100
(9999).toPrecision(3)=1.00e+4
(0.00009999).toPrecision(2)=0.000100
--- undefined precision == toString ---
(123.456).toPrecision()=123.456
(0.1).toPrecision()=0.1
(1e21).toPrecision()=1000000000000000000000
(1e-7).toPrecision()=0.0000001
(123.456).toPrecision(undefined)=123.456
--- argument bounds ---
(1).toPrecision(21)=1.00000000000000000000
(0.1).toPrecision(21)=0.100000000000000005551
(1).toPrecision(0)=1
(1).toPrecision(22)=1.000000000000000000000
(1).toPrecision(-1)=1
--- non-finite ignores precision ---
NaN.toPrecision(3)=NaN
Infinity.toPrecision(3)=inf
(-Infinity).toPrecision(1)=-inf
--- fractional precision truncates ---
(123.456).toPrecision(2.9)=1.2e+2
(123.456).toPrecision(4.1)=123.5

claude-tostring-radix-fractional — rts_diverge

Bun output:

0.5_b2=0.1
0.25_b2=0.01
0.75_b2=0.11
0.125_b2=0.001
0.375_b2=0.011
0.0625_b2=0.0001
2.5_b2=10.1
10.625_b2=1010.101
255.5_b2=11111111.1
1.5_b2=1.1
3.75_b2=11.11
0.5_b8=0.4
0.25_b8=0.2
0.125_b8=0.1
0.0625_b8=0.04
255.5_b8=377.4
10.625_b8=12.5
1.75_b8=1.6
0.5_b16=0.8
0.25_b16=0.4
0.0625_b16=0.1
0.125_b16=0.2
255.5_b16=ff.8
10.625_b16=a.a
4095.9375_b16=fff.f
0.5_b4=0.2
0.75_b4=0.3
0.5_b32=0.g
0.03125_b32=0.1
neg0.5_b2=-0.1
neg0.75_b2=-0.11
neg10.625_b16=-a.a
neg255.5_b8=-377.4
neg2.5_b2=-10.1
1e21_b2=1101100011010111001001101011011100010111011110101000000000000000000000
1e21_b16=3635c9adc5dea00000
2pow53_b2=100000000000000000000000000000000000000000000000000000
2pow53_b16=20000000000000
maxsafe_b36=2gosa7pa2gv
zero_b2=0
negzero_b2=0
zero_b36=0
nan_b2=NaN
nan_b36=NaN
inf_b2=Infinity
neginf_b36=-Infinity
--- radix bounds ---
radix2_ok=101
radix36_ok=z
radix1 threw=true
radix37 threw=true
radix0 threw=true

Node output:

0.5_b2=0.1
0.25_b2=0.01
0.75_b2=0.11
0.125_b2=0.001
0.375_b2=0.011
0.0625_b2=0.0001
2.5_b2=10.1
10.625_b2=1010.101
255.5_b2=11111111.1
1.5_b2=1.1
3.75_b2=11.11
0.5_b8=0.4
0.25_b8=0.2
0.125_b8=0.1
0.0625_b8=0.04
255.5_b8=377.4
10.625_b8=12.5
1.75_b8=1.6
0.5_b16=0.8
0.25_b16=0.4
0.0625_b16=0.1
0.125_b16=0.2
255.5_b16=ff.8
10.625_b16=a.a
4095.9375_b16=fff.f
0.5_b4=0.2
0.75_b4=0.3
0.5_b32=0.g
0.03125_b32=0.1
neg0.5_b2=-0.1
neg0.75_b2=-0.11
neg10.625_b16=-a.a
neg255.5_b8=-377.4
neg2.5_b2=-10.1
1e21_b2=1101100011010111001001101011011100010111011110101000000000000000000000
1e21_b16=3635c9adc5dea00000
2pow53_b2=100000000000000000000000000000000000000000000000000000
2pow53_b16=20000000000000
maxsafe_b36=2gosa7pa2gv
zero_b2=0
negzero_b2=0
zero_b36=0
nan_b2=NaN
nan_b36=NaN
inf_b2=Infinity
neginf_b36=-Infinity
--- radix bounds ---
radix2_ok=101
radix36_ok=z
radix1 threw=true
radix37 threw=true
radix0 threw=true

RTS output:

0.5_b2=0.5
0.25_b2=0.25
0.75_b2=0.75
0.125_b2=0.125
0.375_b2=0.375
0.0625_b2=0.0625
2.5_b2=2.5
10.625_b2=10.625
255.5_b2=255.5
1.5_b2=1.5
3.75_b2=3.75
0.5_b8=0.5
0.25_b8=0.25
0.125_b8=0.125
0.0625_b8=0.0625
255.5_b8=255.5
10.625_b8=10.625
1.75_b8=1.75
0.5_b16=3fe0000000000000
0.25_b16=3fd0000000000000
0.0625_b16=3fb0000000000000
0.125_b16=3fc0000000000000
255.5_b16=406ff00000000000
10.625_b16=4025400000000000
4095.9375_b16=40afffe000000000
0.5_b4=0.5
0.75_b4=0.75
0.5_b32=0.5
0.03125_b32=0.03125
neg0.5_b2=-0.5
neg0.75_b2=-0.75
neg10.625_b16=c025400000000000
neg255.5_b8=-255.5
neg2.5_b2=-2.5
1e21_b2=111111111111111111111111111111111111111111111111111111111111111
1e21_b16=7fffffffffffffff
2pow53_b2=100000000000000000000000000000000000000000000000000000
2pow53_b16=20000000000000
maxsafe_b36=2gosa7pa2gv
zero_b2=0
negzero_b2=0
zero_b36=0
nan_b2=NaN
nan_b36=NaN
inf_b2=Infinity
neginf_b36=-Infinity
--- radix bounds ---
radix2_ok=101
radix36_ok=z
radix1=101
radix37=5
radix0=101

codex_date_toprimitive_addition — rts_diverge

Bun output:

string
true
0
true

Node output:

string
true
0
true

RTS output:

number
undefined
0
true

codex_numeric_relational_coercion — rts_diverge

Bun output:

true
false
true
false
true
true
true
false

Node output:

true
false
true
false
true
true
true
false

RTS output:

true
false
true
false
true
true
true
true

210_object_tostring — rts_error

Bun output:

obj=[object Object]
arr=[object Array]
num=[object Number]
str=[object String]
bool=[object Boolean]
null=[object Null]
undef=[object Undefined]
func=[object Function]
date=[object Date]
regex=[object RegExp]
map=[object Map]
set=[object Set]

Node output:

obj=[object Object]
arr=[object Array]
num=[object Number]
str=[object String]
bool=[object Boolean]
null=[object Null]
undef=[object Undefined]
func=[object Function]
date=[object Date]
regex=[object RegExp]
map=[object Map]
set=[object Set]

RTS output:

253_object_keys_empty — rts_diverge

Bun output:

empty=
arr=0,1,2
str=0,1
num=

Node output:

empty=
arr=0,1,2
str=0,1
num=

RTS output:

empty=
arr=0,1,2
str=
num=

336_prototype_chain — rts_diverge

Bun output:

Rex speaks
Rex barks
true
true
true
true
false
true
true

Node output:

Rex speaks
Rex barks
true
true
true
true
false
true
true

RTS output:

Rex speaks
Rex barks
true
true
false
true
false
true
true

354_obf_proxy_trap — rts_diverge

Bun output:

255
test
5
20
add(2,3)|mul(4,5)

Node output:

255
test
5
20
add(2,3)|mul(4,5)

RTS output:

255
test
NaN
NaN
add(undefined)|mul(undefined)

359_obf_getter_smuggle — rts_diverge

Bun output:

0
abcde
function
function
42
1
undefined
2
function _fn() { [obfuscated] }
42

Node output:

0
abcde
function
function
42
1
undefined
2
function _fn() { [obfuscated] }
42

RTS output:

5
abcde
undefined
undefined
42
1
undefined
2
function _fn() { [native code] }
42

382_field_init_order — rts_error

Bun output:

Base.x,Base.y,Base.constructor,Child.z,Child.constructor,Child.z.reassign
a-field,c-field,constructor-start,b-constructor,constructor-end
S.a,S.b,S.block,S.c
P.pv,C.cv
10 20 10

Node output:

Base.x,Base.y,Base.constructor,Child.z,Child.constructor,Child.z.reassign
a-field,c-field,constructor-start,b-constructor,constructor-end
S.a,S.b,S.block,S.c
P.pv,C.cv
10 20 10

RTS output:

387_object_create_descriptors — rts_error

Bun output:

Rex breathes
Rex
Lab
name,breed
true
false
a,b
hello from base1
hello from base2
C->B->A->Object
red shape
79
true
true

Node output:

Rex breathes
Rex
Lab
name,breed
true
false
a,b
hello from base1
hello from base2
C->B->A->Object
red shape
79
true
true

RTS output:

388_globalThis — rts_error

Bun output:

object
true
object
object
function
function
function
function
function
object
function
function
function
function
function
function
function
1.0
true
1.0
true
true
true

Node output:

object
true
object
object
function
function
function
function
function
object
function
function
function
function
function
function
function
1.0
true
1.0
true
true
true

RTS output:

object
true
undefined
undefined
undefined
undefined
undefined
undefined
undefined
undefined
undefined
undefined
undefined
undefined
undefined
undefined
undefined
1.0
true
1.0

389_proto_accessor — rts_error

Bun output:

hi from child
true
hello
world
true
2
null
false
null
true
1
2
2
0

Node output:

hi from child
true
hello
world
true
2
null
false
null
true
1
2
2
0

RTS output:

408_object_spread_getter_order — rts_diverge

Bun output:

{"z":0,"a":3,"b":5,"c":4}
z,a,b,c
get-a

Node output:

{"z":0,"a":3,"b":5,"c":4}
z,a,b,c
get-a

RTS output:

{"z":0,"b":5,"a":3,"hidden":9,"c":4}
z,b,a,hidden,c
get-a,hidden,get-a,hidden

98_proxy_invariants — rts_diverge

Bun output:

keys=a,c
vals={"a":1,"c":3}
log=ownKeys|desc:a|desc:b|def:c=3|del:b|ownKeys|desc:a|desc:c|ownKeys|desc:a|desc:c

Node output:

keys=a,c
vals={"a":1,"c":3}
log=ownKeys|desc:a|desc:b|def:c=3|del:b|ownKeys|desc:a|desc:c|ownKeys|desc:a|desc:c

RTS output:

keys=a
vals={"a":1}
log=ownKeys|desc:a|desc:b|def:c=undefined|del:b|ownKeys|desc:a|desc:c|ownKeys|desc:a|desc:c

claude-json-tojson-hook — rts_diverge

Bun output:

{"wrapped":42,"tag":"custom"}
{"nested":{"wrapped":42,"tag":"custom"},"plain":1}
[{"wrapped":42,"tag":"custom"},{"wrapped":42,"tag":"custom"}]
{"when":"1970-01-01T00:00:00.000Z"}
7
{"a":"ARR"}

Node output:

{"wrapped":42,"tag":"custom"}
{"nested":{"wrapped":42,"tag":"custom"},"plain":1}
[{"wrapped":42,"tag":"custom"},{"wrapped":42,"tag":"custom"}]
{"when":"1970-01-01T00:00:00.000Z"}
7
{"a":"ARR"}

RTS output:

{"wrapped":42,"tag":"custom"}
{"nested":{"wrapped":42,"tag":"custom"},"plain":1}
[{"wrapped":42,"tag":"custom"},{"wrapped":42,"tag":"custom"}]
{"when":"1970-01-01T00:00:00.000Z"}
{}
7

claude-spread-getter-to-data — rts_diverge

Bun output:

1
2
2
true
1
true true true

Node output:

1
2
2
true
1
true true true

RTS output:

1
2
4
true
1
true true true

claude-spread-override-order — rts_diverge

Bun output:

{"x":1,"y":3,"z":4}
x,y,z
first,p,q,last
p,q
{"a":1}
{"0":"a","1":"b"}

Node output:

{"x":1,"y":3,"z":4}
x,y,z
first,p,q,last
p,q
{"a":1}
{"0":"a","1":"b"}

RTS output:

{"x":1,"y":3,"z":4}
x,y,z
first,p,q,last
p,q,p,q
{"a":1}
{}

codex_freeze_typedarray_error — rts_diverge

Bun output:

true
TypeError
1

Node output:

true
TypeError
1

RTS output:

true
1

codex_getownpropertydescriptor_array_length — rts_diverge

Bun output:

3:true:false:false
false
TypeError
1,2,3

Node output:

3:true:false:false
false
TypeError
1,2,3

RTS output:

undefined:undefined:undefined:undefined
undefined
1,2,3

codex_object_define_accessor_delete — rts_diverge

Bun output:

10:10:x
true
9:10:x

Node output:

10:10:x
true
9:10:x

RTS output:

10:10:x
true
18:18:x

codex_ownkeys_order_symbols — rts_diverge

Bun output:

1,2,b,a,c,Symbol(s1),Symbol(s2)
1,2,b,a,c
Symbol(s1),Symbol(s2)

Node output:

1,2,b,a,c,Symbol(s1),Symbol(s2)
1,2,b,a,c
Symbol(s1),Symbol(s2)

RTS output:

1,2,b,a,c
1,2,b,a,c
[object Object],[object Object]

codex_proxy_construct_apply_newtarget — rts_error

Bun output:

13
5:proxy:true:true

Node output:

13
5:proxy:true:true

RTS output:

codex_proxy_getprototypeof_invariant — rts_diverge

Bun output:

TypeError
true

Node output:

TypeError
true

RTS output:

true

codex_proxy_revocable_edges — rts_error

Bun output:

1
get:TypeError
keys:TypeError

Node output:

1
get:TypeError
keys:TypeError

RTS output:

codex_reflect_set_prototype_cycle — rts_diverge

Bun output:

true
true
false
false

Node output:

true
true
false
false

RTS output:

true
true
true
true

361_functional_compose — rts_diverge

Bun output:

val:49
val:49
21
30
7
-7
4,16,36

Node output:

val:49
val:49
21
30
7
-7
4,16,36

RTS output:

3
val:49
21
30
7
-7
4,16,36

codex_reactive_dependency_tracker — rts_error

Bun output:

sum=3|sum=7|sum=12

Node output:

sum=3|sum=7|sum=12

RTS output:

116_promise_finally — rts_diverge

Bun output:

log=then:42,catch:error,finally1,finally2,then2:84

Node output:

log=then:42,catch:error,finally1,finally2,then2:84

RTS output:

log=then:4631107791820423000,catch:error,finally1,finally2,then2:9223372036854776000

167_promise_race_any — rts_diverge

Bun output:

race=1
any=1
race2=4
any2=4

Node output:

race=1
any=1
race2=4
any2=4

RTS output:

race=4607182418800017400
any=4607182418800017400
race2=4616189618054758000
any2=4616189618054758000

304_promise_try — rts_error

Bun output:

ok=5
err=boom

Node output:

ok=5
err=boom

RTS output:

365_async_patterns — rts_diverge

Bun output:

6
60
fulfilled:ok|rejected:fail|fulfilled:also ok
caught:bad input
success
3
1,2,3,4,5
fast

Node output:

6
60
fulfilled:ok|rejected:fail|fulfilled:also ok
caught:bad input
success
3
1,2,3,4,5
fast

RTS output:

6
60
fulfilled:ok|rejected:fail|fulfilled:also ok

42_promise_deep — rts_diverge

Bun output:

one=3
two=5
all=a,b
async=9

Node output:

one=3
two=5
all=a,b
async=9

RTS output:

one=3
two=4
all=1.390671161569965e-309,1.39067116156997e-309
async=9

codex_promise_all_order_thenables — rts_error

Bun output:

slow,fast,then
slow-start|thenable|slow-end

Node output:

slow,fast,then
slow-start|thenable|slow-end

RTS output:

codex_promise_any_rejection_order — rts_diverge

Bun output:

AggregateError
a,b,c

Node output:

AggregateError
a,b,c

RTS output:

codex_promise_finally_thenable — rts_diverge

Bun output:

finally|thenable|value

Node output:

finally|thenable|value

RTS output:

finally|value

171_regexp_lastindex — rts_diverge

Bun output:

lastIndex_init=0
match1=1
lastIndex1=2
match2=2
lastIndex2=4
match3=3
lastIndex3=6
match4=null
lastIndex4=0

Node output:

lastIndex_init=0
match1=1
lastIndex1=2
match2=2
lastIndex2=4
match3=3
lastIndex3=6
match4=null
lastIndex4=0

RTS output:

lastIndex_init=0
match1=1
lastIndex1=0
match2=1
lastIndex2=0
match3=1
lastIndex3=0
match4=[object Object]
lastIndex4=0

366_regex_advanced — rts_diverge

Bun output:

2026
05
22
22/05/2026
$10,$20,$40
foo,food
cat=5
dog=3
bird=8
123
7
hello ? world
a|1|b|2|c|3|
Hello World Foo

Node output:

2026
05
22
22/05/2026
$10,$20,$40
foo,food
cat=5
dog=3
bird=8
123
7
hello ? world
a|1|b|2|c|3|
Hello World Foo

RTS output:

2026
05
22
22/05/2026
$10,$20,$40
foo,food
cat=5
dog=3
bird=8
123
0
hello ? world
a|1|b|2|c|3|
Hello World Foo

39_regex_deep — rts_diverge

Bun output:

test=true
match0=Item-42
match1=42
replace=unit-42 and unit-99
replaceAll=a/b/c
split=x,y,z,
g1=42
last1=7
g2=99
last2=19
flag_m=true
flag_s=true

Node output:

test=true
match0=Item-42
match1=42
replace=unit-42 and unit-99
replaceAll=a/b/c
split=x,y,z,
g1=42
last1=7
g2=99
last2=19
flag_m=true
flag_s=true

RTS output:

test=true
match0=Item-42
match1=42
replace=unit-42 and unit-99
replaceAll=a/b/c
split=x,y,z,
g1=42
last1=0
g2=42
last2=0
flag_m=true
flag_s=true

404_regexp_replace_named_callback — rts_diverge

Bun output:

RED@0=11 BLUE@7=21
[a]ab[a]a

Node output:

RED@0=11 BLUE@7=21
[a]ab[a]a

RTS output:

undefined@red=NaN undefined@blue=NaN
[a]ab[a]a

70_regex_indices — rts_diverge

Bun output:

indices=[[1,4],[2,3],[3,4]]

Node output:

indices=[[1,4],[2,3],[3,4]]

RTS output:

indices={"0":[1,4],"1":[2,3],"2":[3,4],"length":3}

codex_regex_sticky_lastindex_unicode — rts_diverge

Bun output:

true:3
true:5
false:0
abc:5

Node output:

true:3
true:5
false:0
abc:5

RTS output:

true:0
true:0
true:0
abc:0

101_textdecoder_stream — rts_diverge

Bun output:

out=caf|é

Node output:

out=caf|é

RTS output:

out=

64_readable_stream — rts_error

Bun output:

out=a,b

Node output:

out=a,b

RTS output:

86_blob_stream — rts_error

Bun output:

bytes=97,98

Node output:

bytes=97,98

RTS output:

88_compression_stream — rts_error

Bun output:

gzip=28

Node output:

gzip=28

RTS output:

96_streams_transform — rts_diverge

Bun output:

out=AB,CD

Node output:

out=AB,CD

RTS output:

out=

91_string_wellformed — rts_diverge

Bun output:

wf=false
fix=�

Node output:

wf=false
fix=�

RTS output:

wf=true
fix=�

claude-at-negative-index — rts_diverge

Bun output:

h
o
l
o
undefined
h
undefined
undefined
h
a
b
d83d
1
undefined

Node output:

h
o
l
o
undefined
h
undefined
undefined
h
a
b
d83d
1
undefined

RTS output:

h
o
l
o
undefined
h
undefined
undefined
h
a
b
d83d
2
undefined

claude-at-vs-charat-vs-bracket — rts_diverge

Bun output:

i=0 at=h charAt=[h] bracket=h
i=4 at=o charAt=[o] bracket=o
i=5 at=undefined charAt=[] bracket=undefined
i=99 at=undefined charAt=[] bracket=undefined
i=-1 at=o charAt=[] bracket=undefined
i=-5 at=h charAt=[] bracket=undefined
i=-6 at=undefined charAt=[] bracket=undefined
i=-0 at=h charAt=[h] bracket=h
i=1.5 at=e charAt=[e] bracket=undefined
i=0.9 at=h charAt=[h] bracket=undefined
i=-1.5 at=o charAt=[] bracket=undefined
i=4.99 at=o charAt=[o] bracket=undefined
i=undefined at=h charAt=[h] bracket=undefined
i=null at=h charAt=[h] bracket=undefined
i=NaN at=h charAt=[h] bracket=undefined
i=true at=e charAt=[e] bracket=undefined
i=false at=h charAt=[h] bracket=undefined
i='2' at=l charAt=[l] bracket=l
i='' at=h charAt=[h] bracket=undefined
i=Infinity at=undefined charAt=[] bracket=undefined
i=-Infinity at=undefined charAt=[] bracket=undefined
bracket-'1'=e
bracket-'01'=undefined
bracket-'1.0'=undefined
bracket-' 1'=undefined
bracket-'-0'=undefined
bracket-length=5
charAt-noarg=h
at-noarg=h
0-in=true
5-in=false
empty-at=undefined
empty-charAt=[]
empty-bracket=undefined
emoji-at1=d83d
emoji-charAt1=d83d
emoji-bracket1=d83d

Node output:

i=0 at=h charAt=[h] bracket=h
i=4 at=o charAt=[o] bracket=o
i=5 at=undefined charAt=[] bracket=undefined
i=99 at=undefined charAt=[] bracket=undefined
i=-1 at=o charAt=[] bracket=undefined
i=-5 at=h charAt=[] bracket=undefined
i=-6 at=undefined charAt=[] bracket=undefined
i=-0 at=h charAt=[h] bracket=h
i=1.5 at=e charAt=[e] bracket=undefined
i=0.9 at=h charAt=[h] bracket=undefined
i=-1.5 at=o charAt=[] bracket=undefined
i=4.99 at=o charAt=[o] bracket=undefined
i=undefined at=h charAt=[h] bracket=undefined
i=null at=h charAt=[h] bracket=undefined
i=NaN at=h charAt=[h] bracket=undefined
i=true at=e charAt=[e] bracket=undefined
i=false at=h charAt=[h] bracket=undefined
i='2' at=l charAt=[l] bracket=l
i='' at=h charAt=[h] bracket=undefined
i=Infinity at=undefined charAt=[] bracket=undefined
i=-Infinity at=undefined charAt=[] bracket=undefined
bracket-'1'=e
bracket-'01'=undefined
bracket-'1.0'=undefined
bracket-' 1'=undefined
bracket-'-0'=undefined
bracket-length=5
charAt-noarg=h
at-noarg=h
0-in=true
5-in=false
empty-at=undefined
empty-charAt=[]
empty-bracket=undefined
emoji-at1=d83d
emoji-charAt1=d83d
emoji-bracket1=d83d

RTS output:

i=0 at=h charAt=[h] bracket=h
i=4 at=o charAt=[o] bracket=o
i=5 at=undefined charAt=[] bracket=undefined
i=99 at=undefined charAt=[] bracket=undefined
i=-1 at=o charAt=[] bracket=undefined
i=-5 at=h charAt=[] bracket=undefined
i=-6 at=undefined charAt=[] bracket=undefined
i=-0 at=h charAt=[h] bracket=h
i=1.5 at=e charAt=[e] bracket=undefined
i=0.9 at=h charAt=[h] bracket=undefined
i=-1.5 at=o charAt=[] bracket=undefined
i=4.99 at=o charAt=[o] bracket=undefined
i=undefined at=h charAt=[h] bracket=undefined
i=null at=h charAt=[h] bracket=undefined
i=NaN at=h charAt=[h] bracket=undefined
i=true at=e charAt=[e] bracket=undefined
i=false at=h charAt=[h] bracket=undefined
i='2' at=l charAt=[l] bracket=l
i='' at=h charAt=[h] bracket=undefined
i=Infinity at=h charAt=[h] bracket=undefined
i=-Infinity at=h charAt=[h] bracket=undefined
bracket-'1'=e
bracket-'01'=undefined
bracket-'1.0'=undefined
bracket-' 1'=undefined
bracket-'-0'=undefined
bracket-length=5
charAt-noarg=h
at-noarg=h
0-in=true
5-in=false
empty-at=undefined
empty-charAt=[]
empty-bracket=undefined
emoji-at1=d83d
emoji-charAt1=fffd
emoji-bracket1=fffd

claude-concat-many-args — rts_error

Bun output:

zero=[x]
one=xa
two=xab
five=xabcde
ten=0123456789
apply64-len=64
apply64-head=012345678901
apply64-tail=0123
spread=pqr
spread-empty-len=0
empties=[]
empties-len=0
interleaved=abc
int=n=42
zero-num=n=0
neg-zero=n=0
float=n=1.5
exp=n=1e+21
tiny=n=1e-7
nan=n=NaN
inf=n=Infinity,-Infinity
bools=b=true,false
null=v=null
undefined=v=undefined
null-undef=null|undefined
arr=a=1,2,3
arr-empty=[]
arr-nested=1,2,3
arr-holes=,,1
obj=[object Object]
custom-tostring=CUSTOM
tostring-wins=STR
mixed=a1truenullundefined2
no-mutate=keep
no-mutate-len=4
eq-plus=true
call-num=5!
call-bool=true!
halves-len=2
halves-cp=1f600

Node output:

zero=[x]
one=xa
two=xab
five=xabcde
ten=0123456789
apply64-len=64
apply64-head=012345678901
apply64-tail=0123
spread=pqr
spread-empty-len=0
empties=[]
empties-len=0
interleaved=abc
int=n=42
zero-num=n=0
neg-zero=n=0
float=n=1.5
exp=n=1e+21
tiny=n=1e-7
nan=n=NaN
inf=n=Infinity,-Infinity
bools=b=true,false
null=v=null
undefined=v=undefined
null-undef=null|undefined
arr=a=1,2,3
arr-empty=[]
arr-nested=1,2,3
arr-holes=,,1
obj=[object Object]
custom-tostring=CUSTOM
tostring-wins=STR
mixed=a1truenullundefined2
no-mutate=keep
no-mutate-len=4
eq-plus=true
call-num=5!
call-bool=true!
halves-len=2
halves-cp=1f600

RTS output:

claude-fromcharcode-as-value — rts_error

Bun output:

direct=A
direct-multi=HI
typeof=function
name=fromCharCode
length=1
alias=B
alias-multi=CDE
alias-none=[]
let-alias=F
obj-prop=G
arr-elem=H
map=IJK
map-direct=L|M�|N�
passed=O
passed-alias=P
returned=Q
closure=R
call=S
apply=TU
bind=V
bind-partial=WX
identity=true
obj-identity=true
spread=YZ
alias-spread=YZ
fcp-direct=a
fcp-alias=b
fcp-alias-astral-len=2

Node output:

direct=A
direct-multi=HI
typeof=function
name=fromCharCode
length=1
alias=B
alias-multi=CDE
alias-none=[]
let-alias=F
obj-prop=G
arr-elem=H
map=IJK
map-direct=L|M�|N�
passed=O
passed-alias=P
returned=Q
closure=R
call=S
apply=TU
bind=V
bind-partial=WX
identity=true
obj-identity=true
spread=YZ
alias-spread=YZ
fcp-direct=a
fcp-alias=b
fcp-alias-astral-len=2

RTS output:

direct=A
direct-multi=HI

claude-lone-surrogate-iteration — rts_diverge

Bun output:

3
3
[97,55357,98]
1 55357
1 128512
2 2
true
true

Node output:

3
3
[97,55357,98]
1 55357
1 128512
2 2
true
true

RTS output:

3
3
[97,65533,98]
1 65533
1 128512
2 2
true
true

claude-padstart-unicode — rts_diverge

Bun output:

[005]
[**café]
[ababx]
[ab12121]
[abc]
[yoy]
2 3
[-🎉]
4
d83d dc9a d83d 120
5
d83d dd25

Node output:

[005]
[**café]
[ababx]
[ab12121]
[abc]
[yoy]
2 3
[-🎉]
4
d83d dc9a d83d 120
5
d83d dd25

RTS output:

[005]
[**café]
[ababx]
[ab12121]
[abc]
[yoy]
2 4
[--🎉]
7
d83d dc9a d83d 56474
9
d83d dd25

claude-replace-string-pattern-dollar — rts_diverge

Bun output:

first=a-bXcX
first-word=dog cat cat
no-match=abc
empty-pattern=-abc
empty-repl=abX
whole=Z
amp=he[ll]o
amp-twice=hellllo
amp-empty-pat=[]abc
prefix=ab[ab]ef
prefix-at-start=[]cdef
suffix=ab[ef]ef
suffix-at-end=abcd[]
dollar=$
dollar-amount=$100
dollar-then-amp=$xy
group1-literal=a$1c
group0-literal=a$0c
named-literal=a$<n>c
lone-dollar=a$c
dollar-x=a$xc
trailing-dollar=az$c
combo=ab<ab|cd|ef>ef
combo2=121234545
num-repl=a42c
num-pattern=a-b1
fn=abc@1/6abc
fn-empty=[0@0]abc
fn-no-expand=a$&c

Node output:

first=a-bXcX
first-word=dog cat cat
no-match=abc
empty-pattern=-abc
empty-repl=abX
whole=Z
amp=he[ll]o
amp-twice=hellllo
amp-empty-pat=[]abc
prefix=ab[ab]ef
prefix-at-start=[]cdef
suffix=ab[ef]ef
suffix-at-end=abcd[]
dollar=$
dollar-amount=$100
dollar-then-amp=$xy
group1-literal=a$1c
group0-literal=a$0c
named-literal=a$<n>c
lone-dollar=a$c
dollar-x=a$xc
trailing-dollar=az$c
combo=ab<ab|cd|ef>ef
combo2=121234545
num-repl=a42c
num-pattern=a-b1
fn=abc@1/6abc
fn-empty=[0@0]abc
fn-no-expand=a$&c

RTS output:

first=a-bXcX
first-word=dog cat cat
no-match=abc
empty-pattern=-abc
empty-repl=abX
whole=Z
amp=he[$&]o
amp-twice=he$&$&o
amp-empty-pat=[$&]abc
prefix=ab[$`]ef
prefix-at-start=[$`]cdef
suffix=ab[$']ef
suffix-at-end=abcd[$']
dollar=$$
dollar-amount=$$100
dollar-then-amp=$$$&y
group1-literal=a$1c
group0-literal=a$0c
named-literal=a$<n>c
lone-dollar=a$c
dollar-x=a$xc
trailing-dollar=az$c
combo=ab<$`|$&|$'>ef
combo2=12$`$&$'45
num-repl=a42c
num-pattern=a-b1
fn=afunctionabc
fn-empty=functionabc
fn-no-expand=afunctionc

claude-split-empty-separator-units — rts_diverge

Bun output:

split-len=4
spread-len=3
str-len=4
units=61,d83d,de00,62
piece-lens=1,1,1,1
rejoin-eq=true
half-hi-isLone=true
half-lo-isLone=true
half-hi-cp=d83d
full-cp=1f600
spread-lens=1,2,1
spread-cps=61,1f600,62
two-split-len=4
two-spread-len=2
ffff-split=1
10000-split=2
combining-split=2
combining-spread=2
empty-split-len=0
ascii-split=a|b|c
limit=61,d83d,de00
limit0-len=0

Node output:

split-len=4
spread-len=3
str-len=4
units=61,d83d,de00,62
piece-lens=1,1,1,1
rejoin-eq=true
half-hi-isLone=true
half-lo-isLone=true
half-hi-cp=d83d
full-cp=1f600
spread-lens=1,2,1
spread-cps=61,1f600,62
two-split-len=4
two-spread-len=2
ffff-split=1
10000-split=2
combining-split=2
combining-spread=2
empty-split-len=0
ascii-split=a|b|c
limit=61,d83d,de00
limit0-len=0

RTS output:

split-len=3
spread-len=3
str-len=4
units=61,d83d,62
piece-lens=1,2,1
rejoin-eq=true
half-hi-isLone=true
half-lo-isLone=false
half-hi-cp=1f600
full-cp=1f600
spread-lens=1,2,1
spread-cps=61,1f600,62
two-split-len=2
two-spread-len=2
ffff-split=1
10000-split=1
combining-split=2
combining-spread=2
empty-split-len=0
ascii-split=a|b|c
limit=61,d83d,62
limit0-len=0

claude-split-undefined-separator — rts_error

Bun output:

noarg-len=1
noarg-0=a,b,c
noarg-eq-src=true
undef-len=1
undef-0=a,b,c
literal-len=2
literal=a|b
var-undef-len=1
null-len=2
null=a|b
null-nomatch=abc
undef-limit0-len=0
undef-limit1-len=1
undef-limit1-0=a,b,c
noarg-limit0-len=0
empty-undef-len=1
empty-undef-0=[]
empty-sep-len=0
absent-len=1
absent-0=a,b,c
is-array=true
elem-type=string

Node output:

noarg-len=1
noarg-0=a,b,c
noarg-eq-src=true
undef-len=1
undef-0=a,b,c
literal-len=2
literal=a|b
var-undef-len=1
null-len=2
null=a|b
null-nomatch=abc
undef-limit0-len=0
undef-limit1-len=1
undef-limit1-0=a,b,c
noarg-limit0-len=0
empty-undef-len=1
empty-undef-0=[]
empty-sep-len=0
absent-len=1
absent-0=a,b,c
is-array=true
elem-type=string

RTS output:

claude-tostring-vs-valueof-hint — rts_diverge

Bun output:

7
STR
STR
7
8
STR
STR,STR
99
[object Object]
[object Object]
[object Object]

Node output:

7
STR
STR
7
8
STR
STR,STR
99
[object Object]
[object Object]
[object Object]

RTS output:

7
STR
STR
7
8
STR
STR,STR
99
99
99
[object Object]

claude-towellformed-lone-surrogates — rts_diverge

Bun output:

ascii wf=true len=3 fixedLen=3 fixed=61,62,63
empty wf=true len=0 fixedLen=0 fixed=
bmp wf=true len=4 fixedLen=4 fixed=63,61,66,e9
valid-pair wf=true len=2 fixedLen=2 fixed=d83d,de00
pair-in-text wf=true len=4 fixedLen=4 fixed=61,d83d,de00,62
two-pairs wf=true len=4 fixedLen=4 fixed=d83d,de00,d83d,de01
lone-hi wf=false len=1 fixedLen=1 fixed=fffd
lone-hi-mid wf=false len=3 fixedLen=3 fixed=61,fffd,62
lone-hi-end wf=false len=3 fixedLen=3 fixed=61,62,fffd
lone-hi-start wf=false len=3 fixedLen=3 fixed=fffd,61,62
lone-lo wf=false len=1 fixedLen=1 fixed=fffd
lone-lo-mid wf=false len=3 fixedLen=3 fixed=61,fffd,62
lone-lo-start wf=false len=3 fixedLen=3 fixed=fffd,61,62
reversed-pair wf=false len=2 fixedLen=2 fixed=fffd,fffd
hi-then-ascii wf=false len=2 fixedLen=2 fixed=fffd,61
hi-then-hi wf=false len=2 fixedLen=2 fixed=fffd,fffd
lo-then-lo wf=false len=2 fixedLen=2 fixed=fffd,fffd
hi-hi-hi-lo wf=false len=4 fixedLen=4 fixed=fffd,fffd,d83d,de00
lone-then-pair wf=false len=3 fixedLen=3 fixed=fffd,d83d,de00
pair-then-lone wf=false len=3 fixedLen=3 fixed=d83d,de00,fffd
hi-min-D800 wf=false len=1 fixedLen=1 fixed=fffd
hi-max-DBFF wf=false len=1 fixedLen=1 fixed=fffd
lo-min-DC00 wf=false len=1 fixedLen=1 fixed=fffd
lo-max-DFFF wf=false len=1 fixedLen=1 fixed=fffd
min-pair wf=true len=2 fixedLen=2 fixed=d800,dc00
max-pair wf=true len=2 fixedLen=2 fixed=dbff,dfff
D7FF wf=true len=1 fixedLen=1 fixed=d7ff
E000 wf=true len=1 fixedLen=1 fixed=e000
replacement-char wf=true len=1 fixedLen=1 fixed=fffd
idempotent=true
fixed-is-wf=true
unchanged=true
len-preserved=true
no-mutate=61,d83d,62,de00,63

Node output:

ascii wf=true len=3 fixedLen=3 fixed=61,62,63
empty wf=true len=0 fixedLen=0 fixed=
bmp wf=true len=4 fixedLen=4 fixed=63,61,66,e9
valid-pair wf=true len=2 fixedLen=2 fixed=d83d,de00
pair-in-text wf=true len=4 fixedLen=4 fixed=61,d83d,de00,62
two-pairs wf=true len=4 fixedLen=4 fixed=d83d,de00,d83d,de01
lone-hi wf=false len=1 fixedLen=1 fixed=fffd
lone-hi-mid wf=false len=3 fixedLen=3 fixed=61,fffd,62
lone-hi-end wf=false len=3 fixedLen=3 fixed=61,62,fffd
lone-hi-start wf=false len=3 fixedLen=3 fixed=fffd,61,62
lone-lo wf=false len=1 fixedLen=1 fixed=fffd
lone-lo-mid wf=false len=3 fixedLen=3 fixed=61,fffd,62
lone-lo-start wf=false len=3 fixedLen=3 fixed=fffd,61,62
reversed-pair wf=false len=2 fixedLen=2 fixed=fffd,fffd
hi-then-ascii wf=false len=2 fixedLen=2 fixed=fffd,61
hi-then-hi wf=false len=2 fixedLen=2 fixed=fffd,fffd
lo-then-lo wf=false len=2 fixedLen=2 fixed=fffd,fffd
hi-hi-hi-lo wf=false len=4 fixedLen=4 fixed=fffd,fffd,d83d,de00
lone-then-pair wf=false len=3 fixedLen=3 fixed=fffd,d83d,de00
pair-then-lone wf=false len=3 fixedLen=3 fixed=d83d,de00,fffd
hi-min-D800 wf=false len=1 fixedLen=1 fixed=fffd
hi-max-DBFF wf=false len=1 fixedLen=1 fixed=fffd
lo-min-DC00 wf=false len=1 fixedLen=1 fixed=fffd
lo-max-DFFF wf=false len=1 fixedLen=1 fixed=fffd
min-pair wf=true len=2 fixedLen=2 fixed=d800,dc00
max-pair wf=true len=2 fixedLen=2 fixed=dbff,dfff
D7FF wf=true len=1 fixedLen=1 fixed=d7ff
E000 wf=true len=1 fixedLen=1 fixed=e000
replacement-char wf=true len=1 fixedLen=1 fixed=fffd
idempotent=true
fixed-is-wf=true
unchanged=true
len-preserved=true
no-mutate=61,d83d,62,de00,63

RTS output:

ascii wf=true len=3 fixedLen=3 fixed=61,62,63
empty wf=true len=0 fixedLen=0 fixed=
bmp wf=true len=4 fixedLen=4 fixed=63,61,66,e9
valid-pair wf=true len=0 fixedLen=0 fixed=
pair-in-text wf=true len=2 fixedLen=2 fixed=61,62
two-pairs wf=true len=0 fixedLen=0 fixed=
lone-hi wf=true len=0 fixedLen=0 fixed=
lone-hi-mid wf=true len=2 fixedLen=2 fixed=61,62
lone-hi-end wf=true len=2 fixedLen=2 fixed=61,62
lone-hi-start wf=true len=2 fixedLen=2 fixed=61,62
lone-lo wf=true len=0 fixedLen=0 fixed=
lone-lo-mid wf=true len=2 fixedLen=2 fixed=61,62
lone-lo-start wf=true len=2 fixedLen=2 fixed=61,62
reversed-pair wf=true len=0 fixedLen=0 fixed=
hi-then-ascii wf=true len=1 fixedLen=1 fixed=61
hi-then-hi wf=true len=0 fixedLen=0 fixed=
lo-then-lo wf=true len=0 fixedLen=0 fixed=
hi-hi-hi-lo wf=true len=0 fixedLen=0 fixed=
lone-then-pair wf=true len=0 fixedLen=0 fixed=
pair-then-lone wf=true len=0 fixedLen=0 fixed=
hi-min-D800 wf=true len=0 fixedLen=0 fixed=
hi-max-DBFF wf=true len=0 fixedLen=0 fixed=
lo-min-DC00 wf=true len=0 fixedLen=0 fixed=
lo-max-DFFF wf=true len=0 fixedLen=0 fixed=
min-pair wf=true len=0 fixedLen=0 fixed=
max-pair wf=true len=0 fixedLen=0 fixed=
D7FF wf=true len=1 fixedLen=1 fixed=d7ff
E000 wf=true len=1 fixedLen=1 fixed=e000
replacement-char wf=true len=1 fixedLen=1 fixed=fffd
idempotent=true
fixed-is-wf=true
unchanged=true
len-preserved=true
no-mutate=61,62,63

claude-trim-exotic-whitespace — rts_diverge

Bun output:

trim-tab=78
trim-lf=78
trim-vt=78
trim-ff=78
trim-cr=78
trim-space=78
trim-nbsp=78
trim-ogham=78
trim-enquad=78
trim-emspace=78
trim-thin=78
trim-hair=78
trim-ls=78
trim-ps=78
trim-narrownb=78
trim-mathsp=78
trim-ideo=78
trim-bom=78
notrim-zwsp=200b,78,200b
notrim-zwnj=200c,78,200c
notrim-zwj=200d,78,200d
notrim-nul=0,78,0
notrim-nextline=85,78,85
exotic-raw=a0,feff,2028,78,2029,3000
exotic-trimStart=78,2029,3000
exotic-trimEnd=a0,feff,2028,78
exotic-trim=78
all-ws-trim-len=0
all-ws-trimStart-len=0
all-ws-trimEnd-len=0
interior=20,61,a0,62,20
interior-trim=61,a0,62
zwsp-blocks=200b,20,78
empty-trim-len=0
nbsp-only-trim-len=0
bom-only-trim-len=0
no-mutate-len=3

Node output:

trim-tab=78
trim-lf=78
trim-vt=78
trim-ff=78
trim-cr=78
trim-space=78
trim-nbsp=78
trim-ogham=78
trim-enquad=78
trim-emspace=78
trim-thin=78
trim-hair=78
trim-ls=78
trim-ps=78
trim-narrownb=78
trim-mathsp=78
trim-ideo=78
trim-bom=78
notrim-zwsp=200b,78,200b
notrim-zwnj=200c,78,200c
notrim-zwj=200d,78,200d
notrim-nul=0,78,0
notrim-nextline=85,78,85
exotic-raw=a0,feff,2028,78,2029,3000
exotic-trimStart=78,2029,3000
exotic-trimEnd=a0,feff,2028,78
exotic-trim=78
all-ws-trim-len=0
all-ws-trimStart-len=0
all-ws-trimEnd-len=0
interior=20,61,a0,62,20
interior-trim=61,a0,62
zwsp-blocks=200b,20,78
empty-trim-len=0
nbsp-only-trim-len=0
bom-only-trim-len=0
no-mutate-len=3

RTS output:

trim-tab=78
trim-lf=78
trim-vt=78
trim-ff=78
trim-cr=78
trim-space=78
trim-nbsp=78
trim-ogham=78
trim-enquad=78
trim-emspace=78
trim-thin=78
trim-hair=78
trim-ls=78
trim-ps=78
trim-narrownb=78
trim-mathsp=78
trim-ideo=78
trim-bom=feff,78,feff
notrim-zwsp=200b,78,200b
notrim-zwnj=200c,78,200c
notrim-zwj=200d,78,200d
notrim-nul=0,78,0
notrim-nextline=78
exotic-raw=a0,feff,2028,78,2029,3000
exotic-trimStart=feff,2028,78,2029,3000
exotic-trimEnd=a0,feff,2028,78
exotic-trim=feff,2028,78
all-ws-trim-len=1
all-ws-trimStart-len=4
all-ws-trimEnd-len=5
interior=20,61,a0,62,20
interior-trim=61,a0,62
zwsp-blocks=200b,20,78
empty-trim-len=0
nbsp-only-trim-len=0
bom-only-trim-len=1
no-mutate-len=3

273_symbol_asynciterator — rts_error

Bun output:

iter=2,4,6

Node output:

iter=2,4,6

RTS output:

378_symbol_species_hasinstance — rts_error

Bun output:

true
false
true
false
0,1,2,3
0,4,5
0,6,7
true
false
2,4,6,8
5
5m
true

Node output:

true
false
true
false
0,1,2,3
0,4,5
0,6,7
true
false
2,4,6,8
5
5m
true

RTS output:

402_template_toPrimitive_order — rts_diverge

Bun output:

S
Sx
7
prim:string|prim:default|prim:number

Node output:

S
Sx
7
prim:string|prim:default|prim:number

RTS output:

T
3x
7
toString|valueOf|prim:number

codex_symbol_toStringTag_custom — rts_error

Bun output:

[object Object]
[object Custom]
[object Box]

Node output:

[object Object]
[object Custom]
[object Box]

RTS output:

codex_symbol_unscopables_with — rts_error

Bun output:

10:2

Node output:

10:2

RTS output:

300_this_strict_top_level — rts_error

Bun output:

strict=true
sloppy=true

Node output:

strict=true
sloppy=true

RTS output:

399_default_param_temporal_order — rts_error

Bun output:

2,3,4
2,10,12
2,3,20
5:5:5
5:5:5

Node output:

2,3,4
2,10,12
2,3,20
5:5:5
5:5:5

RTS output:

400_eval_scope_edges — rts_error

Bun output:

local:missing
7

Node output:

local:missing
7

RTS output:

417_nested_optional_call_this_binding — rts_diverge

Bun output:

5
9
12
undefined

Node output:

5
9
12
undefined

RTS output:

undefined
0
undefined
undefined

claude-closure-block-shadowing — rts_diverge

Bun output:

outer=outer inner=inner2
levels=1,2,3
branch=then
var_no_block_shadow=reassigned:block
let_shadows_var=var:let
shadow_param=arg:shadowed
created_before_shadow=mutated
loop_block_shadow=I0,I1 outer=O

Node output:

outer=outer inner=inner2
levels=1,2,3
branch=then
var_no_block_shadow=reassigned:block
let_shadows_var=var:let
shadow_param=arg:shadowed
created_before_shadow=mutated
loop_block_shadow=I0,I1 outer=O

RTS output:

outer=0 inner=outer
levels=1,1,1
branch=then
var_no_block_shadow=reassigned:block
let_shadows_var=let:let
shadow_param=arg:shadowed
created_before_shadow=0
loop_block_shadow=I0,I1 outer=O

codex_destructuring_iterator_close_on_default_throw — rts_diverge

Bun output:

default
next0,return

Node output:

default
next0,return

RTS output:

x is not defined

codex_for_in_shadowed_var_closure — rts_diverge

Bun output:

a1,b2,c3
c,c,c

Node output:

a1,b2,c3
c,c,c

RTS output:

a1,b2,c3
a,b,c

codex_tdz_typeof_let — rts_diverge

Bun output:

ReferenceError
1

Node output:

ReferenceError
1

RTS output:

undefined
1

codex_dataview_offsets_endian_mix — rts_error

Bun output:

00 00 12 34 78 56 fe ff ff ff 00 00
1234
5678
-2

Node output:

00 00 12 34 78 56 fe ff ff ff 00 00
1234
5678
-2

RTS output:

codex_typedarray_set_overlap — rts_diverge

Bun output:

1,2,1,2,3,4
127,-128,127,4

Node output:

1,2,1,2,3,4
127,-128,127,4

RTS output:

1,2,1,2,3,4
127,128,-129,260

codex_typedarray_species_slice — rts_error

Bun output:

Uint16Array
2
2,3

Node output:

Uint16Array
2
2,3

RTS output:

codex_typedarray_subarray_shared_sort — rts_diverge

Bun output:

2,3,4
5,2,3,4,1
5,9,3,4,1

Node output:

2,3,4
5,2,3,4,1
5,9,3,4,1

RTS output:

2,3,4
5,4,3,2,1
5,4,3,2,1

codex_typedarray_toStringTag — rts_diverge

Bun output:

[object Uint8Array]
[object Int16Array]
[object Float32Array]

Node output:

[object Uint8Array]
[object Int16Array]
[object Float32Array]

RTS output:

0
0
0

107_url_edge_cases — rts_diverge

Bun output:

origin=https://example.com:8443
user=user:pass
path=/b/
query= 
href=https://user:pass@example.com:8443/b/?q=%20#frag

Node output:

origin=https://example.com:8443
user=user:pass
path=/b/
query= 
href=https://user:pass@example.com:8443/b/?q=%20#frag

RTS output:

origin=https://example.com:8443
user=user:pass
path=/b/
query= 
href=https://user:pass@example.com:8443/b/?q=+#frag

codex_url_relative_resolution — rts_diverge

Bun output:

https://example.com/a/d/e?space=a%20b&plus=a+b#frag
/a/d/e
a b
a b
?space=a+b&plus=a+b&emoji=%F0%9F%99%82

Node output:

https://example.com/a/d/e?space=a%20b&plus=a+b#frag
/a/d/e
a b
a b
?space=a+b&plus=a+b&emoji=%F0%9F%99%82

RTS output:

null
null

codex_url_username_password_encoding — rts_diverge

Bun output:

https://a%20b:p%40ss%3Aword@example.com/
a%20b
p%40ss%3Aword

Node output:

https://a%20b:p%40ss%3Aword@example.com/
a%20b
p%40ss%3Aword

RTS output:

https://a b:p@ss:word@example.com/
a b
p@ss:word

codex_urlsearchparams_live_sort — rts_diverge

Bun output:

https://x.test/path?a=1&b=2&b=1&c=hello+world
2,1
z=9

Node output:

https://x.test/path?a=1&b=2&b=1&c=hello+world
2,1
z=9

RTS output:

https://x.test/path?a=1&b=2&b=1&c=hello+world
2,1
a=1&b=2&b=1&c=hello+world

289_headers_getsetcookie — rts_diverge

Bun output:

type=function
vals=a=1|b=2

Node output:

type=function
vals=a=1|b=2

RTS output:

type=object
vals=a=1|b=2

73_headers — rts_diverge

Bun output:

get=1, 3
entries=x-a=1, 3|x-b=2

Node output:

get=1, 3
entries=x-a=1, 3|x-b=2

RTS output:

get=3
entries=x-a=3

74_blob_basics — rts_diverge

Bun output:

size=3
text=hi!

Node output:

size=3
text=hi!

RTS output:

size=3
text=hi

85_request_response — rts_diverge

Bun output:

ct=application/json
txt={"a":1}
m=POST
u=https://example.com/x
b=hi

Node output:

ct=application/json
txt={"a":1}
m=POST
u=https://example.com/x
b=hi

RTS output:

ct=
txt={"a":1}
m=POST
u=https://example.com/x
b=hi