test/lit/wasm-split/multi-split.wast

;; NOTE: Assertions have been generated by update_lit_checks.py --all-items and should not be edited.

;; RUN: wasm-split -all -g --multi-split %s --manifest %s.manifest --out-prefix=%t -o %t.wasm
;; RUN: wasm-dis %t.wasm | filecheck %s --check-prefix=PRIMARY
;; RUN: wasm-dis %t1.wasm | filecheck %s --check-prefix=MOD1
;; RUN: wasm-dis %t2.wasm | filecheck %s --check-prefix=MOD2
;; RUN: wasm-dis %t3.wasm | filecheck %s --check-prefix=MOD3

(module
 ;; PRIMARY:      (type $ret-i64 (func (result i64)))

 ;; PRIMARY:      (type $ret-f32 (func (result f32)))

 ;; PRIMARY:      (type $ret-i32 (func (result i32)))
 (type $ret-i32 (func (result i32)))
 (type $ret-i64 (func (result i64)))
 (type $ret-f32 (func (result f32)))

 ;; MOD1:      (type $0 (func (result i64)))

 ;; MOD1:      (type $1 (func (result f32)))

 ;; MOD1:      (type $2 (func (result i32)))

 ;; MOD1:      (import "primary" "table" (table $timport$0 3 funcref))

 ;; MOD1:      (import "primary" "trampoline_B" (func $trampoline_B (exact (result i64))))

 ;; MOD1:      (import "primary" "trampoline_C" (func $trampoline_C (exact (result f32))))

 ;; MOD1:      (elem $0 (i32.const 2) $A)

 ;; MOD1:      (func $A (result i32)
 ;; MOD1-NEXT:  (drop
 ;; MOD1-NEXT:   (call_ref $2
 ;; MOD1-NEXT:    (ref.func $A)
 ;; MOD1-NEXT:   )
 ;; MOD1-NEXT:  )
 ;; MOD1-NEXT:  (drop
 ;; MOD1-NEXT:   (call_ref $0
 ;; MOD1-NEXT:    (ref.func $trampoline_B)
 ;; MOD1-NEXT:   )
 ;; MOD1-NEXT:  )
 ;; MOD1-NEXT:  (drop
 ;; MOD1-NEXT:   (call_ref $1
 ;; MOD1-NEXT:    (ref.func $trampoline_C)
 ;; MOD1-NEXT:   )
 ;; MOD1-NEXT:  )
 ;; MOD1-NEXT:  (i32.const 0)
 ;; MOD1-NEXT: )
 (func $A (type $ret-i32) (result i32)
  (drop
   (call_ref $ret-i32
    (ref.func $A)
   )
  )
  (drop
   (call_ref $ret-i64
    (ref.func $B)
   )
  )
  (drop
   (call_ref $ret-f32
    (ref.func $C)
   )
  )
  (i32.const 0)
 )

 ;; MOD2:      (type $0 (func (result i32)))

 ;; MOD2:      (type $1 (func (result f32)))

 ;; MOD2:      (type $2 (func (result i64)))

 ;; MOD2:      (import "primary" "table" (table $timport$0 3 funcref))

 ;; MOD2:      (import "primary" "trampoline_A" (func $trampoline_A (exact (result i32))))

 ;; MOD2:      (import "primary" "trampoline_C" (func $trampoline_C (exact (result f32))))

 ;; MOD2:      (elem $0 (i32.const 0) $B)

 ;; MOD2:      (func $B (result i64)
 ;; MOD2-NEXT:  (drop
 ;; MOD2-NEXT:   (call_ref $0
 ;; MOD2-NEXT:    (ref.func $trampoline_A)
 ;; MOD2-NEXT:   )
 ;; MOD2-NEXT:  )
 ;; MOD2-NEXT:  (drop
 ;; MOD2-NEXT:   (call_ref $2
 ;; MOD2-NEXT:    (ref.func $B)
 ;; MOD2-NEXT:   )
 ;; MOD2-NEXT:  )
 ;; MOD2-NEXT:  (drop
 ;; MOD2-NEXT:   (call_ref $1
 ;; MOD2-NEXT:    (ref.func $trampoline_C)
 ;; MOD2-NEXT:   )
 ;; MOD2-NEXT:  )
 ;; MOD2-NEXT:  (i64.const 0)
 ;; MOD2-NEXT: )
 (func $B (type $ret-i64) (result i64)
  (drop
   (call_ref $ret-i32
    (ref.func $A)
   )
  )
  (drop
   (call_ref $ret-i64
    (ref.func $B)
   )
  )
  (drop
   (call_ref $ret-f32
    (ref.func $C)
   )
  )
  (i64.const 0)
 )

 ;; MOD3:      (type $0 (func (result i32)))

 ;; MOD3:      (type $1 (func (result i64)))

 ;; MOD3:      (type $2 (func (result f32)))

 ;; MOD3:      (import "primary" "table" (table $timport$0 3 funcref))

 ;; MOD3:      (import "primary" "trampoline_A" (func $trampoline_A (exact (result i32))))

 ;; MOD3:      (import "primary" "trampoline_B" (func $trampoline_B (exact (result i64))))

 ;; MOD3:      (elem $0 (i32.const 1) $C)

 ;; MOD3:      (func $C (result f32)
 ;; MOD3-NEXT:  (drop
 ;; MOD3-NEXT:   (call_ref $0
 ;; MOD3-NEXT:    (ref.func $trampoline_A)
 ;; MOD3-NEXT:   )
 ;; MOD3-NEXT:  )
 ;; MOD3-NEXT:  (drop
 ;; MOD3-NEXT:   (call_ref $1
 ;; MOD3-NEXT:    (ref.func $trampoline_B)
 ;; MOD3-NEXT:   )
 ;; MOD3-NEXT:  )
 ;; MOD3-NEXT:  (drop
 ;; MOD3-NEXT:   (call_ref $2
 ;; MOD3-NEXT:    (ref.func $C)
 ;; MOD3-NEXT:   )
 ;; MOD3-NEXT:  )
 ;; MOD3-NEXT:  (f32.const 0)
 ;; MOD3-NEXT: )
 (func $C (type $ret-f32) (result f32)
  (drop
   (call_ref $ret-i32
    (ref.func $A)
   )
  )
  (drop
   (call_ref $ret-i64
    (ref.func $B)
   )
  )
  (drop
   (call_ref $ret-f32
    (ref.func $C)
   )
  )
  (f32.const 0)
 )
)
;; PRIMARY:      (import "placeholder.2" "0" (func $placeholder_0 (result i64)))

;; PRIMARY:      (import "placeholder.3" "1" (func $placeholder_1 (result f32)))

;; PRIMARY:      (import "placeholder.1" "2" (func $placeholder_2 (result i32)))

;; PRIMARY:      (table $0 3 funcref)

;; PRIMARY:      (elem $0 (i32.const 0) $placeholder_0 $placeholder_1 $placeholder_2)

;; PRIMARY:      (export "trampoline_B" (func $trampoline_B))

;; PRIMARY:      (export "trampoline_C" (func $trampoline_C))

;; PRIMARY:      (export "trampoline_A" (func $trampoline_A))

;; PRIMARY:      (export "table" (table $0))

;; PRIMARY:      (func $trampoline_B (result i64)
;; PRIMARY-NEXT:  (call_indirect (type $ret-i64)
;; PRIMARY-NEXT:   (i32.const 0)
;; PRIMARY-NEXT:  )
;; PRIMARY-NEXT: )

;; PRIMARY:      (func $trampoline_C (result f32)
;; PRIMARY-NEXT:  (call_indirect (type $ret-f32)
;; PRIMARY-NEXT:   (i32.const 1)
;; PRIMARY-NEXT:  )
;; PRIMARY-NEXT: )

;; PRIMARY:      (func $trampoline_A (result i32)
;; PRIMARY-NEXT:  (call_indirect (type $ret-i32)
;; PRIMARY-NEXT:   (i32.const 2)
;; PRIMARY-NEXT:  )
;; PRIMARY-NEXT: )