compiler/testData/cfg/basic/Basic.instructions

== f ==
fun f(a : Boolean) : Unit {
    1
    a
    2.toLong()
    foo(a, 3)
    genfun<Any>()
    flfun {1}
    3.equals(4)

    3 equals 4

    1 + 2

    a && true
    a || false

}
---------------------
L0:
  1 <START>
    v(a : Boolean)
    magic[FAKE_INITIALIZER](a : Boolean) -> <v0>
    w(a|<v0>)
  2 mark({ 1 a 2.toLong() foo(a, 3) genfun<Any>() flfun {1} 3.equals(4) 3 equals 4 1 + 2 a && true a || false })
    r(1) -> <v1>
    r(a) -> <v2>
    mark(2.toLong())
    r(2) -> <v3>
    mark(toLong())
    call(toLong(), toLong|<v3>) -> <v4>
    r(a) -> <v5>
    r(3) -> <v6>
    mark(foo(a, 3))
    call(foo(a, 3), foo|<v5>, <v6>) -> <v7>
    mark(genfun<Any>())
    call(genfun<Any>(), genfun) -> <v8>
    mark({1})
    jmp?(L2)                                                                                                        NEXT:[r({1}) -> <v9>, d({1})]
    d({1})                                                                                                          NEXT:[<SINK>]
L2 [after local declaration]:
    r({1}) -> <v9>                                                                                                  PREV:[jmp?(L2)]
    mark(flfun {1})
    call(flfun {1}, flfun|<v9>) -> <v10>
    mark(3.equals(4))
    r(3) -> <v11>
    r(4) -> <v12>
    mark(equals(4))
    call(equals(4), equals|<v11>, <v12>) -> <v13>
    r(3) -> <v14>
    r(4) -> <v15>
    mark(3 equals 4)
    call(3 equals 4, equals|<v14>, <v15>) -> <v16>
    r(1) -> <v17>
    r(2) -> <v18>
    mark(1 + 2)
    call(1 + 2, plus|<v17>, <v18>) -> <v19>
    r(a) -> <v20>
    jf(L5|<v20>)                                                                                                    NEXT:[magic[AND](a && true|<v20>, <v21>) -> <v22>, r(true) -> <v21>]
    r(true) -> <v21>
L5 [result of boolean operation]:
    magic[AND](a && true|<v20>, <v21>) -> <v22>                                                                     PREV:[jf(L5|<v20>), r(true) -> <v21>]
    r(a) -> <v23>
    jt(L6|<v23>)                                                                                                    NEXT:[r(false) -> <v24>, magic[OR](a || false|<v23>, <v24>) -> <v25>]
    r(false) -> <v24>
L6 [result of boolean operation]:
    magic[OR](a || false|<v23>, <v24>) -> <v25>                                                                     PREV:[jt(L6|<v23>), r(false) -> <v24>]
L1:
  1 <END>                                                                                                           NEXT:[<SINK>]
error:
    <ERROR>                                                                                                         PREV:[]
sink:
    <SINK>                                                                                                          PREV:[<ERROR>, <END>, d({1})]
=====================
== anonymous_0 ==
{1}
---------------------
L3:
  3 <START>
  4 mark(1)
    r(1) -> <v0>
  3 ret(*|<v0>) L4
L4:
    <END>             NEXT:[<SINK>]
error:
    <ERROR>           PREV:[]
sink:
    <SINK>            PREV:[<ERROR>, <END>]
=====================
== foo ==
fun foo(a : Boolean, b : Int) : Unit {}
---------------------
L0:
  1 <START>
    v(a : Boolean)
    magic[FAKE_INITIALIZER](a : Boolean) -> <v0>
    w(a|<v0>)
    v(b : Int)
    magic[FAKE_INITIALIZER](b : Int) -> <v1>
    w(b|<v1>)
  2 mark({})
    read (Unit)
L1:
  1 <END>                                           NEXT:[<SINK>]
error:
    <ERROR>                                         PREV:[]
sink:
    <SINK>                                          PREV:[<ERROR>, <END>]
=====================
== genfun ==
fun <T> genfun() : Unit {}
---------------------
L0:
  1 <START>
  2 mark({})
    read (Unit)
L1:
  1 <END>          NEXT:[<SINK>]
error:
    <ERROR>        PREV:[]
sink:
    <SINK>         PREV:[<ERROR>, <END>]
=====================
== flfun ==
fun flfun(f : () -> Any) : Unit {}
---------------------
L0:
  1 <START>
    v(f : () -> Any)
    magic[FAKE_INITIALIZER](f : () -> Any) -> <v0>
    w(f|<v0>)
  2 mark({})
    read (Unit)
L1:
  1 <END>                                             NEXT:[<SINK>]
error:
    <ERROR>                                           PREV:[]
sink:
    <SINK>                                            PREV:[<ERROR>, <END>]
=====================