-NewFunction of method_: op=0x40; stack=1; method_=Some arg0; args=fun ctx->[u30 @@ RevList.index arg0 ctx#methods];
-NewClass of class_:op=0x58; class_=Some arg0; args=fun ctx -> [u30 @@ RevList.index arg0 ctx#classes];
-# Conversion
-Coerce: op=0x80
-Coerce_a: op=0x82
-Coerce_s: op=0x85
-Convert_i: op=0x73
-Convert_s: op=0x74
-Convert_d: op=0x75
-Convert_b: op=0x76
-Convert_u: op=0x77
-# Arith
-Add_i: op=0xc5; stack= ~-1
-Subtract_i: op=0xc6; stack= ~-1
-Multiply_i: op=0xc7; stack= ~-1
-Add: op=0xa0; stack= ~-1
-Subtract: op=0xa1; stack= ~-1
-Multiply: op=0xa2; stack= ~-1
-Divide: op=0xa3; stack= ~-1
-Modulo: op=0xa4; stack= ~-1
-# Predicator
-Equals: op=0xab; stack= ~-1
-StrictEquals: op=0xac; stack= ~-1
-LessThan: op=0xad; stack= ~-1
-LessEquals: op=0xae; stack= ~-1
-GreaterThan: op=0xaf; stack= ~-1
-GreaterEquals: op=0xb0; stack= ~-1
-# Jump/Conditonal Jump
-Label of Label.t: op=0x09; prefix=const [label arg0]
-IfNlt of Label.t: op=0x0c; stack= ~-1; args=const [label_ref arg0]
-IfNle of Label.t: op=0x0d; stack= ~-1; args=const [label_ref arg0]
-IfNgt of Label.t: op=0x0e; stack= ~-1; args=const [label_ref arg0]
-IfNge of Label.t: op=0x0f; stack= ~-1; args=const [label_ref arg0]
-Jump of Label.t: op=0x10; args=const [label_ref arg0]
-IfTrue of Label.t: op=0x11; stack= ~-1; args=const [label_ref arg0]
-IfFalse of Label.t: op=0x12; stack= ~-1; args=const [label_ref arg0]
-IfEq of Label.t: op=0x13; stack= ~-1; args=const [label_ref arg0]
-IfNe of Label.t: op=0x14; stack= ~-1; args=const [label_ref arg0]
-IfLt of Label.t: op=0x15; stack= ~-1; args=const [label_ref arg0]
-IfLe of Label.t: op=0x16; stack= ~-1; args=const [label_ref arg0]
-IfGt of Label.t: op=0x17; stack= ~-1; args=const [label_ref arg0]
-IfGe of Label.t: op=0x18; stack= ~-1; args=const [label_ref arg0]
-IfStrictEq of Label.t: op=0x19; stack= ~-1; args=const [label_ref arg0]
-IfStrictNe of Label.t: op=0x1a; stack= ~-1; args=const [label_ref arg0]
-# Literal
-PushNull: op=0x20; stack=1
-PushUndefined: op=0x21; stack=1
-PushByte of int: op=0x24; stack=1; args=const [u8 arg0]
-PushShort of int: op=0x25; stack=1; args=const [u30 arg0]
-PushTrue: op=0x26; stack=1
-PushFalse: op=0x27; stack=1
-PushNaN: op=0x28; stack=1
-PushString of string: op=0x2C; stack=1; const=[`String arg0]; args=fun ctx -> [cindex (`String arg0) ctx]
-PushInt of int: op=0x2D; stack=1; const=[`Int arg0]; args=fun ctx -> [cindex (`Int arg0) ctx]
-PushUInt of int: op=0x2E; stack=1; const=[`UInt arg0]; args=fun ctx -> [cindex (`UInt arg0) ctx]
-PushDouble of float: op=0x2F; stack=1; const=[`Double arg0]; args=fun ctx -> [cindex (`Double arg0) ctx]
-PushNamespace of Cpool.namespace: op=0x31; stack=1; const=[entry arg0]; args=fun ctx -> [cindex arg0 ctx]
-# Scope
-PushScope: op=0x30; stack= ~-1; scope=1
-PushWith: op=0x1c; stack= ~-1; scope=1
-GetGlobalScope:op=0x64; stack=1
-GetScopeObject of int:op=0x65; stack=1; args=const[u8 arg0]
-
-# Register
-GetLocal_0: op=0xD0; stack=1;count=1
-GetLocal_1: op=0xD1; stack=1;count=2
-GetLocal_2: op=0xD2; stack=1;count=3
-GetLocal_3: op=0xD3; stack=1;count=4
-GetLocal of int: op=0x62; stack=1; args=const [u30 arg0];count=(arg0+1)
-SetLocal_0: op=0xD4; stack=1
-SetLocal_1: op=0xD5; stack=1
-SetLocal_2: op=0xD6; stack=1
-SetLocal_3: op=0xD7; stack=1
-SetLocal of int: op=0x63; stack=1; args=const [u30 arg0]
-GetSlot of int: op=0x6c; args=const [u30 arg0]
-SetSlot of int: op=0x6d; args=const [u30 arg0]; stack= ~-2
-GetGlobalSlot of int: op=0x6e; stack=1; args=const [u30 arg0]
-SetGlobalSlot of int: op=0x6f; stack= ~-1; args=const [u30 arg0]
-GetLex of Cpool.multiname: op=0x60; stack=1; const=[entry arg0]; args=fun ctx ->[cindex arg0 ctx]
-GetProperty of Cpool.multiname: op=0x66; const=[entry arg0]; args=fun ctx ->[cindex arg0 ctx]
-SetProperty of Cpool.multiname: op=0x61; stack= ~-2; const=[entry arg0]; args=fun ctx ->[cindex arg0 ctx]
-InitProperty of Cpool.multiname: op=0x68; stack= ~-2; const=[entry arg0]; args=fun ctx ->[cindex arg0 ctx]
-# FunctionCall
-ReturnVoid: op=0x47
-ReturnValue: op=0x48; stack= ~-1
-FindPropStrict of Cpool.multiname: op=0x5D; stack=1; const=[entry arg0]; args=fun ctx -> [cindex arg0 ctx]
-CallProperty of Cpool.multiname * int: op=0x46; stack= 1-arg1; const=[entry arg0]; args=fun ctx ->[cindex arg0 ctx; u30 arg1]
-CallPropLex of Cpool.multiname * int: op=0x4c; stack= 1-arg1; const=[entry arg0]; args=fun ctx ->[cindex arg0 ctx; u30 arg1]
-Call of int: op=0x41; stack= 1-(2+arg0); args=const [u30 arg0];
-Pop: op=0x29; stack= ~-1
-Swap:op=0x2b
-PopScope:op=0x1d; scope= ~-1
-NewObject of int:op=0x55; args=const [u30 arg0]; stack=1-arg0
-NewArray of int:op=0x56; args=const [u30 arg0]
-NewActivation:op=0x57; stack=1
-Dup: op=0x2a; stack= 2
+# Arith
# Class
-
-ConstructSuper of int: op=0x49; args=const [u30 arg0]; stack= ~-(arg0+1)
-ConstructProp of Cpool.multiname*int: op=0x4a; stack= ~-arg1; args=(fun ctx -> [u30 @@ Cpool.index arg0 ctx#cpool;u30 arg1]);
+# Conversion
+# Debug
+# FunctionCall
+# Jump/Conditonal Jump
+# Literal
+# Predicator
+# Register
+# Scope
+# Slot
+Add(0xA0) -> stack= ~-1
+Add_i(0xC5) -> stack= ~-1
+Call of u30(0x41) -> stack= 1-(2+_0)
+CallPropLex of multiname * u30(0x4c) -> stack= 1-_1
+CallProperty of multiname * u30(0x46) -> stack= 1-_1
+Coerce(0x80)
+Coerce_a(0x82)
+Coerce_s(0x85)
+ConstructProp of multiname*u30(0x4a) -> stack= ~-_1
+ConstructSuper of u30(0x49) -> stack= ~-(_0+1)
+Convert_b(0x76)
+Convert_d(0x75)
+Convert_i(0x73)
+Convert_s(0x74)
+Convert_u(0x77)
+DebugFile of c_string(0xf1)
+DebugLine of u30(0xf0)
+Divide(0xA3) -> stack= ~-1
+Dup(0x2a) -> stack= 2
+Equals(0xAB)-> stack= ~-1
+FindPropStrict of multiname(0x5D) -> stack=1
+GetGlobalScope(0x64) -> stack=1
+GetGlobalSlot of u30(0x6e) -> stack=1
+GetLex of multiname(0x60) -> stack=1
+GetLocal of u30(0x62) -> stack=1;count=(_0+1)
+GetLocal_0(0xD0) -> stack=1;count=1
+GetLocal_1(0xD1) -> stack=1;count=2
+GetLocal_2(0xD2) -> stack=1;count=3
+GetLocal_3(0xD3) -> stack=1;count=4
+GetProperty of multiname(0x66)
+GetScopeObject of u8(0x65) -> stack=1
+GetSlot of u30(0x6c)
+GreaterEquals(0xb0) -> stack= ~-1
+GreaterThan(0xaf) -> stack= ~-1
+IfEq of label(0x13) -> stack= ~-1
+IfFalse of label(0x12) -> stack= ~-1
+IfGe of label(0x18) -> stack= ~-1
+IfGt of label(0x17) -> stack= ~-1
+IfLe of label(0x16) -> stack= ~-1
+IfLt of label(0x15) -> stack= ~-1
+IfNe of label(0x14) -> stack= ~-1
+IfNge of label(0x0f) -> stack= ~-1
+IfNgt of label(0x0e) -> stack= ~-1
+IfNle of label(0x0d) -> stack= ~-1
+IfNlt of label(0x0c) -> stack= ~-1
+IfStrictEq of label(0x19) -> stack= ~-1
+IfStrictNe of label(0x1a) -> stack= ~-1
+IfTrue of label(0x11) -> stack= ~-1
+InitProperty of multiname(0x68) -> stack= ~-2
+Jump of label(0x10) ->
+Label of label_def(0x09) -> prefix=true
+LessEquals(0xae) -> stack= ~-1
+LessThan(0xad) -> stack= ~-1
+Modulo(0xA4) -> stack= ~-1
+Multiply(0xA2) -> stack= ~-1
+Multiply_i(0xC7)-> stack= ~-1
+NewActivation(0x57) -> stack=1
+NewArray of u30(0x56)
+NewClass of class_(0x58)
+NewFunction of method_(0x40) -> stack=1
+NewObject of u30(0x55) -> stack=1-_0
+Nop(0x02)
+Pop(0x29) -> stack= ~-1
+PopScope(0x1d) -> scope= ~-1
+PushByte of u8(0x24) -> stack=1
+PushDouble of c_float(0x2F) -> stack=1
+PushFalse(0x27) -> stack=1
+PushInt of c_int(0x2D) -> stack=1
+PushNaN(0x28) -> stack=1
+PushNamespace of namespace(0x31) -> stack=1
+PushNull(0x20) -> stack=1
+PushScope(0x30) -> stack= ~-1; scope=1
+PushShort of u30(0x25) -> stack=1
+PushString of c_string(0x2C) -> stack=10
+PushTrue(0x26) -> stack=1
+PushUInt of c_uint(0x2E) -> stack=1
+PushUndefined(0x21) -> stack=1
+PushWith(0x1c) -> stack= ~-1; scope=1
+ReturnValue(0x48) -> stack= ~-1
+ReturnVoid(0x47)
+SetGlobalSlot of u30(0x6f) -> stack= ~-1
+SetLocal of u30(0x63) -> stack=1
+SetLocal_0(0xD4) -> stack=1
+SetLocal_1(0xD5) -> stack=1
+SetLocal_2(0xD6) -> stack=1
+SetLocal_3(0xD7) -> stack=1
+SetProperty of multiname(0x61) -> stack= ~-2
+SetSlot of u30(0x6d) ->stack= ~-2
+StrictEquals(0xAC)-> stack= ~-1
+Subtract(0xA1)-> stack= ~-1
+Subtract_i(0xC6) -> stack= ~-1
+Swap(0x2b)
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