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<instructions xsi:schemaLocation="https://www.opal-project.de/bi/JVMInstructions JVMInstructions.xsd"
xmlns="https://www.opal-project.de/bi/JVMInstructions" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
xmlns:xhtml="http://www.w3.org/1999/xhtml">
<documentation>
<xhtml:div id="title">
List of all Java bytecode instructions as defined in the Java Virtual Machine Specification
4th Edition (Java 1.1 … Java 7).
</xhtml:div>
This list is compiled by Michael Eichberg ([email protected])
<xhtml:div>
Created October 2009<xhtml:br />
Updated September 2011 - Java 7<xhtml:br />
</xhtml:div>
</documentation>
<instruction name="aaload" opcode="50">
<operation>Load reference from array</operation>
<parameterized base="arrayload">
<type name="reference" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException" />
<exception type="java.lang.ArrayIndexOutOfBoundsException" />
</exceptions>
</instruction>
<instruction name="aastore" opcode="83">
<operation>Store into reference array</operation>
<parameterized base="arraystore">
<type name="reference" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException" />
<exception type="java.lang.ArrayIndexOutOfBoundsException" />
<exception type="java.lang.ArrayStoreException" />
</exceptions>
</instruction>
<instruction name="aconst_null" opcode="1">
<operation>Push null</operation>
<parameterized base="push">
<type name="reference" value="null" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="aload" opcode="25">
<operation>Load reference from local variable</operation>
<parameterized base="load">
<type name="reference" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
<el type="ubyte" id="lvIndex" />
</std>
<wide>
<el type="mnemonic" />
<el type="ushort" id="lvIndex" />
</wide>
</format>
</instruction>
<instruction name="aload_0" opcode="42">
<operation>Load reference from local variable with index 0</operation>
<specialized base="aload">
<parameter id="lvIndex" value="0" />
</specialized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="aload_1" opcode="43">
<operation>Load reference from local variable with index 1</operation>
<specialized base="aload">
<parameter id="lvIndex" value="1" />
</specialized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="aload_2" opcode="44">
<operation>Load reference from local variable with index 2</operation>
<specialized base="aload">
<parameter id="lvIndex" value="2" />
</specialized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="aload_3" opcode="45">
<operation>Load reference from local variable with index 3</operation>
<specialized base="aload">
<parameter id="lvIndex" value="3" />
</specialized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="anewarray" opcode="189">
<operation>Create new array of reference</operation>
<parameterized base="newarray">
<type name="reference" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
<el type="ushort_cp_index→referenceType" id="componentType" />
</std>
</format>
<exceptions>
<exception type="java.lang.NegativeArraySizeException" />
</exceptions>
</instruction>
<instruction name="areturn" opcode="176">
<operation>Return reference from method</operation>
<parameterized base="return">
<type name="reference" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="arraylength" opcode="190">
<operation>Get length of array</operation>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException" />
</exceptions>
</instruction>
<instruction name="astore" opcode="58">
<operation>Store reference into local variable</operation>
<parameterized base="store">
<type name="reference_or_return_address" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
<el type="ubyte" id="lvIndex" />
</std>
<wide>
<el type="mnemonic" />
<el type="ushort" id="lvIndex" />
</wide>
</format>
</instruction>
<instruction name="astore_0" opcode="75">
<operation>Store reference into local variable with index 0</operation>
<specialized base="astore">
<parameter id="lvIndex" value="0" />
</specialized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="astore_1" opcode="76">
<operation>Store reference into local variable with index 1</operation>
<specialized base="astore">
<parameter id="lvIndex" value="1" />
</specialized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="astore_2" opcode="77">
<operation>Store reference into local variable with index 2</operation>
<specialized base="astore">
<parameter id="lvIndex" value="2" />
</specialized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="astore_3" opcode="78">
<operation>Store reference into local variable with index 3</operation>
<specialized base="astore">
<parameter id="lvIndex" value="3" />
</specialized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="athrow" opcode="191">
<operation>Throw exception or error</operation>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException" />
<exception type="java.lang.IllegalMonitorStateException" />
</exceptions>
</instruction>
<instruction name="baload" opcode="51">
<operation>Load byte or boolean from array</operation>
<parameterized base="arrayload">
<type name="byte_or_boolean" /><!-- The type is either byte or boolean... -->
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException" />
<exception type="java.lang.ArrayIndexOutOfBoundsException" />
</exceptions>
</instruction>
<instruction name="bastore" opcode="84">
<operation>Store into byte or boolean array</operation>
<parameterized base="arraystore">
<type name="byte_or_boolean" /><!-- The type is either byte or boolean... -->
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException" />
<exception type="java.lang.ArrayIndexOutOfBoundsException" />
</exceptions>
</instruction>
<instruction name="bipush" opcode="16">
<operation>Push byte</operation>
<parameterized base="push">
<type name="byte" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
<el type="byte" id="value" />
</std>
</format>
</instruction>
<instruction name="caload" opcode="52">
<operation>Load char from array</operation>
<parameterized base="arrayload">
<type name="char" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException" />
<exception type="java.lang.ArrayIndexOutOfBoundsException" />
</exceptions>
</instruction>
<instruction name="castore" opcode="85">
<operation>Store into char array</operation>
<parameterized base="arraystore">
<type name="char" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException" />
<exception type="java.lang.ArrayIndexOutOfBoundsException" />
</exceptions>
</instruction>
<instruction name="checkcast" opcode="192">
<operation>Check whether object is of given type</operation>
<format>
<std>
<el type="mnemonic" />
<el type="ushort_cp_index→referenceType" id="referenceType" />
</std>
</format>
<exceptions>
<exception type="java.lang.ClassCastException" />
</exceptions>
</instruction>
<instruction name="d2f" opcode="144">
<operation>Convert double to float</operation>
<parameterized base="cast">
<type name="double" />
<type name="float" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="d2i" opcode="142">
<operation>Convert double to int</operation>
<parameterized base="cast">
<type name="double" />
<type name="int" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="d2l" opcode="143">
<operation>Convert double to long</operation>
<parameterized base="cast">
<type name="double" />
<type name="long" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="dadd" opcode="99">
<operation>Add double</operation>
<parameterized base="add">
<type name="double" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="daload" opcode="49">
<operation>Load double from array</operation>
<parameterized base="arrayload">
<type name="double" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException" />
<exception type="java.lang.ArrayIndexOutOfBoundsException" />
</exceptions>
</instruction>
<instruction name="dastore" opcode="82">
<operation>Store into double array</operation>
<parameterized base="arraystore">
<type name="double" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException" />
<exception type="java.lang.ArrayIndexOutOfBoundsException" />
</exceptions>
</instruction>
<instruction name="dcmpg" opcode="152">
<operation>Compare double</operation>
<parameterized base="cmp">
<type name="double" />
<classifier name="g" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="dcmpl" opcode="151">
<operation>Compare double</operation>
<parameterized base="cmp">
<type name="double" />
<classifier name="l" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="dconst_0" opcode="14">
<operation>Push the double constant 0.0 onto the operand stack</operation>
<parameterized base="push">
<type name="double" value="0" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="dconst_1" opcode="15">
<operation>Push the double constant 1.0 onto the operand stack</operation>
<parameterized base="push">
<type name="double" value="1" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="ddiv" opcode="111">
<operation>Divide double</operation>
<parameterized base="div">
<type name="double" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="dload" opcode="24">
<operation>Load double from local variable</operation>
<parameterized base="load">
<type name="double" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
<el type="ubyte" id="lvIndex" />
</std>
<wide>
<el type="mnemonic" />
<el type="ushort" id="lvIndex" />
</wide>
</format>
</instruction>
<instruction name="dload_0" opcode="38">
<operation>Load double from local variable with index 0</operation>
<specialized base="dload">
<parameter id="lvIndex" value="0" />
</specialized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="dload_1" opcode="39">
<operation>Load double from local variable with index 1</operation>
<specialized base="dload">
<parameter id="lvIndex" value="1" />
</specialized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="dload_2" opcode="40">
<operation>Load double from local variable with index 2</operation>
<specialized base="dload">
<parameter id="lvIndex" value="2" />
</specialized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="dload_3" opcode="41">
<operation>Load double from local variable with index 3</operation>
<specialized base="dload">
<parameter id="lvIndex" value="3" />
</specialized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="dmul" opcode="107">
<operation>Multiply double</operation>
<parameterized base="mul">
<type name="double" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="dneg" opcode="119">
<operation>Negate double</operation>
<parameterized base="neg">
<type name="double" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="drem" opcode="115">
<operation>Remainder double</operation>
<parameterized base="rem">
<type name="double" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="dreturn" opcode="175">
<operation>Return double from method</operation>
<parameterized base="return">
<type name="double" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
<exceptions>
<exception type="java.lang.IllegalMonitorStateException" />
</exceptions>
</instruction>
<instruction name="dstore" opcode="57">
<operation>Store double into local variable</operation>
<parameterized base="store">
<type name="double" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
<el type="ubyte" id="lvIndex" />
</std>
<wide>
<el type="mnemonic" />
<el type="ushort" id="lvIndex" />
</wide>
</format>
</instruction>
<instruction name="dstore_0" opcode="71">
<operation>Store double into local variable with index 0</operation>
<specialized base="dstore">
<parameter id="lvIndex" value="0" />
</specialized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="dstore_1" opcode="72">
<operation>Store double into local variable with index 1</operation>
<specialized base="dstore">
<parameter id="lvIndex" value="1" />
</specialized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="dstore_2" opcode="73">
<operation>Store double into local variable with index 2</operation>
<specialized base="dstore">
<parameter id="lvIndex" value="2" />
</specialized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="dstore_3" opcode="74">
<operation>Store double into local variable with index 3</operation>
<specialized base="dstore">
<parameter id="lvIndex" value="3" />
</specialized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="dsub" opcode="103">
<operation>Subtract double</operation>
<parameterized base="sub">
<type name="double" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="dup" opcode="89">
<operation>Duplicate the top operand stack value</operation>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="dup_x1" opcode="90">
<operation>Duplicate the top operand stack value and insert two values down.</operation>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="dup_x2" opcode="91">
<operation>Duplicate the top operand stack value and insert two or three values
down</operation>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="dup2" opcode="92">
<operation>Duplicate the top one or two operand stack values</operation>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="dup2_x1" opcode="93">
<operation>Duplicate the top one or two operand stack values and insert two or
three values down</operation>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="dup2_x2" opcode="94">
<operation>Duplicate the top one or two operand stack values and insert two,
three, or four values down</operation>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="f2d" opcode="141">
<operation>Convert float to double</operation>
<parameterized base="cast">
<type name="float" />
<type name="double" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="f2i" opcode="139">
<operation>Convert float to int</operation>
<parameterized base="cast">
<type name="float" />
<type name="int" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="f2l" opcode="140">
<operation>Convert float to long</operation>
<parameterized base="cast">
<type name="float" />
<type name="long" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="fadd" opcode="98">
<operation>Add float</operation>
<parameterized base="add">
<type name="float" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="faload" opcode="48">
<operation>Load float from array</operation>
<parameterized base="arrayload">
<type name="float" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException" />
<exception type="java.lang.ArrayIndexOutOfBoundsException" />
</exceptions>
</instruction>
<instruction name="fastore" opcode="81">
<operation>Store into float array</operation>
<parameterized base="arraystore">
<type name="float" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException" />
<exception type="java.lang.ArrayIndexOutOfBoundsException" />
</exceptions>
</instruction>
<instruction name="fcmpg" opcode="150">
<operation>Compare float</operation>
<parameterized base="cmp">
<type name="float" />
<classifier name="g" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="fcmpl" opcode="149">
<operation>Compare float</operation>
<parameterized base="cmp">
<type name="float" />
<classifier name="l" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="fconst_0" opcode="11">
<operation>Push the float constant 0.0 onto the operand stack</operation>
<parameterized base="push">
<type name="float" value="0" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="fconst_1" opcode="12">
<operation>Push the float constant 1.0 onto the operand stack</operation>
<parameterized base="push">
<type name="float" value="1" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="fconst_2" opcode="13">
<operation>Push the float constant 2.0 onto the operand stack</operation>
<parameterized base="push">
<type name="float" value="2" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="fdiv" opcode="110">
<operation>Divide float</operation>
<parameterized base="div">
<type name="float" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="fload" opcode="23">
<operation>Load float from local variable</operation>
<parameterized base="load">
<type name="float" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
<el type="ubyte" id="lvIndex" />
</std>
<wide>
<el type="mnemonic" />
<el type="ushort" id="lvIndex" />
</wide>
</format>
</instruction>
<instruction name="fload_0" opcode="34">
<operation>Load float from local variable with index 0</operation>
<specialized base="fload">
<parameter id="lvIndex" value="0" />
</specialized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="fload_1" opcode="35">
<operation>Load float from local variable with index 1</operation>
<specialized base="fload">
<parameter id="lvIndex" value="1" />
</specialized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="fload_2" opcode="36">
<operation>Load float from local variable with index 2</operation>
<specialized base="fload">
<parameter id="lvIndex" value="2" />
</specialized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="fload_3" opcode="37">
<operation>Load float from local variable with index 3</operation>
<specialized base="fload">
<parameter id="lvIndex" value="3" />
</specialized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="fmul" opcode="106">
<operation>Multiply float</operation>
<parameterized base="mul">
<type name="float" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="fneg" opcode="118">
<operation>Negate float</operation>
<parameterized base="neg">
<type name="float" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="frem" opcode="114">
<operation>Remainder float</operation>
<parameterized base="rem">
<type name="float" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="freturn" opcode="174">
<operation>Return float from method</operation>
<parameterized base="return">
<type name="float" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
<exceptions>
<exception type="java.lang.IllegalMonitorStateException" />
</exceptions>
</instruction>
<instruction name="fstore" opcode="56">
<operation>Store float into local variable</operation>
<parameterized base="store">
<type name="float" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
<el type="ubyte" id="lvIndex" />
</std>
<wide>
<el type="mnemonic" />
<el type="ushort" id="lvIndex" />
</wide>
</format>
</instruction>
<instruction name="fstore_0" opcode="67">
<operation>Store float into local variable with index 0</operation>
<specialized base="fstore">
<parameter id="lvIndex" value="0" />
</specialized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="fstore_1" opcode="68">
<operation>Store float into local variable with index 1</operation>
<specialized base="fstore">
<parameter id="lvIndex" value="1" />
</specialized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="fstore_2" opcode="69">
<operation>Store float into local variable with index 2</operation>
<specialized base="fstore">
<parameter id="lvIndex" value="2" />
</specialized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="fstore_3" opcode="70">
<operation>Store float into local variable with index 3</operation>
<specialized base="fstore">
<parameter id="lvIndex" value="3" />
</specialized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="fsub" opcode="102">
<operation>Subtract float</operation>
<parameterized base="sub">
<type name="float" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="getfield" opcode="180">
<operation>Fetch field from object</operation>
<parameterized base="get">
<classifier name="field" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
<el type="ushort_cp_index→fieldref" id="fieldref" />
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException" />
</exceptions>
</instruction>
<instruction name="getstatic" opcode="178">
<operation>Getstatic field from class</operation>
<parameterized base="get">
<classifier name="static" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
<el type="ushort_cp_index→fieldref" id="fieldref" />
</std>
</format>
<exceptions>
<exception type="java.lang.ExceptionInInitializerError" />
</exceptions>
</instruction>
<instruction name="goto" opcode="167">
<operation>Branch always</operation>
<specialized base="goto_w"><!-- goto_w can represent goto, but not the other way round! -->
<parameter id="branchoffset" value="$branchoffset" />
</specialized>
<format>
<std>
<el type="mnemonic" />
<el type="branchoffset" id="branchoffset" />
</std>
</format>
</instruction>
<instruction name="goto_w" opcode="200">
<operation>Branch always</operation>
<format>
<std>
<el type="mnemonic" />
<el type="branchoffset_wide" id="branchoffset" />
</std>
</format>
</instruction>
<instruction name="i2b" opcode="145">
<operation>Convert int to byte</operation>
<parameterized base="cast">
<type name="int" />
<type name="byte" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="i2c" opcode="146">
<operation>Convert int to char</operation>
<parameterized base="cast">
<type name="int" />
<type name="char" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="i2d" opcode="135">
<operation>Convert int to double</operation>
<parameterized base="cast">
<type name="int" />
<type name="double" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="i2f" opcode="134">
<operation>Convert int to float</operation>
<parameterized base="cast">
<type name="int" />
<type name="float" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="i2l" opcode="133">
<operation>Convert int to long</operation>
<parameterized base="cast">
<type name="int" />
<type name="long" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="i2s" opcode="147">
<operation>Convert int to short</operation>
<parameterized base="cast">
<type name="int" />
<type name="short" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="iadd" opcode="96">
<operation>Add int</operation>
<parameterized base="add">
<type name="int" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="iaload" opcode="46">
<operation>Load int from array</operation>
<parameterized base="arrayload">
<type name="int" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException" />
<exception type="java.lang.ArrayIndexOutOfBoundsException" />
</exceptions>
</instruction>
<instruction name="iand" opcode="126">
<operation>Boolean AND int</operation>
<parameterized base="and">
<type name="int" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="iastore" opcode="79">
<operation>Store into int array</operation>
<parameterized base="arraystore">
<type name="int" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException" />
<exception type="java.lang.ArrayIndexOutOfBoundsException" />
</exceptions>
</instruction>
<instruction name="iconst_m1" opcode="2">
<operation>Push int constant</operation>
<parameterized base="push">
<type name="int" value="-1" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="iconst_0" opcode="3">
<operation>Push int constant</operation>
<parameterized base="push">
<type name="int" value="0" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="iconst_1" opcode="4">
<operation>Push int constant</operation>
<parameterized base="push">
<type name="int" value="1" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="iconst_2" opcode="5">
<operation>Push int constant</operation>
<parameterized base="push">
<type name="int" value="2" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="iconst_3" opcode="6">
<operation>Push int constant</operation>
<parameterized base="push">
<type name="int" value="3" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="iconst_4" opcode="7">
<operation>Push int constant</operation>
<parameterized base="push">
<type name="int" value="4" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="iconst_5" opcode="8">
<operation>Push int constant</operation>
<parameterized base="push">
<type name="int" value="5" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
</instruction>
<instruction name="idiv" opcode="108">
<operation>Divide int</operation>
<parameterized base="div">
<type name="int" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
</std>
</format>
<exceptions>
<exception type="java.lang.ArithmeticException" />
</exceptions>
</instruction>
<instruction name="if_acmpeq" opcode="165">
<operation>Branch if reference comparison succeeds; succeeds if and only if value1 = value2</operation>
<parameterized base="if_cmp">
<type name="reference" />
<operator name="eq" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
<el type="branchoffset" id="branchoffset" />
</std>
</format>
</instruction>
<instruction name="if_acmpne" opcode="166">
<operation>Branch if reference comparison succeeds; succeeds if and only if value1 ≠ value2</operation>
<parameterized base="if_cmp">
<type name="reference" />
<operator name="ne" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
<el type="branchoffset" id="branchoffset" />
</std>
</format>
</instruction>
<instruction name="if_icmpeq" opcode="159">
<operation>Branch if int comparison succeeds; succeeds if and only if value1 = value2</operation>
<parameterized base="if_cmp">
<type name="int" />
<operator name="eq" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
<el type="branchoffset" id="branchoffset" />
</std>
</format>
</instruction>
<instruction name="if_icmpne" opcode="160">
<operation>Branch if int comparison succeeds; succeeds if and only if value1 ≠ value2</operation>
<parameterized base="if_cmp">
<type name="int" />
<operator name="ne" />
</parameterized>
<format>
<std>
<el type="mnemonic" />
<el type="branchoffset" id="branchoffset" />
</std>
</format>
</instruction>
<instruction name="if_icmplt" opcode="161">
<operation>Branch if int comparison succeeds; succeeds if and only if value1 < value2</operation>
<parameterized base="if_cmp">
<type name="int"/>
<operator name="lt"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
<el type="branchoffset" id="branchoffset"/>
</std>
</format>
</instruction>
<instruction name="if_icmpge" opcode="162">
<operation>Branch if int comparison succeeds; succeeds if and only if value1 ≥ value2</operation>
<parameterized base="if_cmp">
<type name="int"/>
<operator name="ge"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
<el type="branchoffset" id="branchoffset"/>
</std>
</format>
</instruction>
<instruction name="if_icmpgt" opcode="163">
<operation>Branch if int comparison succeeds; succeeds if and only if value1 > value2</operation>
<parameterized base="if_cmp">
<type name="int"/>
<operator name="gt"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
<el type="branchoffset" id="branchoffset"/>
</std>
</format>
</instruction>
<instruction name="if_icmple" opcode="164">
<operation>Branch if int comparison succeeds; succeeds if and only if value1 ≤ value2</operation>
<parameterized base="if_cmp">
<type name="int"/>
<operator name="le"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
<el type="branchoffset" id="branchoffset"/>
</std>
</format>
</instruction>
<instruction name="ifeq" opcode="153">
<operation>Branch if int comparison with zero succeeds; succeeds if and only if value = 0</operation>
<parameterized base="if">
<operator name="eq"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
<el type="branchoffset" id="branchoffset"/>
</std>
</format>
</instruction>
<instruction name="ifne" opcode="154">
<operation>Branch if int comparison with zero succeeds; succeeds if and only if value ≠ 0</operation>
<parameterized base="if">
<operator name="ne"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
<el type="branchoffset" id="branchoffset"/>
</std>
</format>
</instruction>
<instruction name="iflt" opcode="155">
<operation>Branch if int comparison with zero succeeds; succeeds if and only if value < 0</operation>
<parameterized base="if">
<operator name="lt"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
<el type="branchoffset" id="branchoffset"/>
</std>
</format>
</instruction>
<instruction name="ifge" opcode="156">
<operation>Branch if int comparison with zero succeeds; succeeds if and only if value ≥ 0</operation>
<parameterized base="if">
<operator name="ge"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
<el type="branchoffset" id="branchoffset"/>
</std>
</format>
</instruction>
<instruction name="ifgt" opcode="157">
<operation>Branch if int comparison with zero succeeds; succeeds if and only if value > 0</operation>
<parameterized base="if">
<operator name="gt"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
<el type="branchoffset" id="branchoffset"/>
</std>
</format>
</instruction>
<instruction name="ifle" opcode="158">
<operation>Branch if int comparison with zero succeeds; succeeds if and only if value ≤ 0</operation>
<parameterized base="if">
<operator name="le"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
<el type="branchoffset" id="branchoffset"/>
</std>
</format>
</instruction>
<instruction name="ifnonnull" opcode="199">
<operation>Branch if reference is not null</operation>
<parameterized base="if">
<classifier name="nonnull"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
<el type="branchoffset" id="branchoffset"/>
</std>
</format>
</instruction>
<instruction name="ifnull" opcode="198">
<operation>Branch if reference is null</operation>
<parameterized base="if">
<classifier name="null"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
<el type="branchoffset" id="branchoffset"/>
</std>
</format>
</instruction>
<instruction name="iinc" opcode="132">
<operation>Increment local variable by constant</operation>
<format>
<std>
<el type="mnemonic"/>
<el type="ubyte" id="lvIndex"/>
<el type="byte" id="constValue"/>
</std>
<wide>
<el type="mnemonic"/>
<el type="ushort" id="lvIndex"/>
<el type="short" id="constValue"/>
</wide>
</format>
</instruction>
<instruction name="iload" opcode="21">
<operation>Load int from local variable</operation>
<parameterized base="load">
<type name="int"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
<el type="ubyte" id="lvIndex"/>
</std>
<wide>
<el type="mnemonic"/>
<el type="ushort" id="lvIndex"/>
</wide>
</format>
</instruction>
<instruction name="iload_0" opcode="26">
<operation>Load int from local variable with index 0</operation>
<specialized base="iload">
<parameter id="lvIndex" value="0"/>
</specialized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="iload_1" opcode="27">
<operation>Load int from local variable with index 1</operation>
<specialized base="iload">
<parameter id="lvIndex" value="1"/>
</specialized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="iload_2" opcode="28">
<operation>Load int from local variable with index 2</operation>
<specialized base="iload">
<parameter id="lvIndex" value="2"/>
</specialized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="iload_3" opcode="29">
<operation>Load int from local variable with index 3</operation>
<specialized base="iload">
<parameter id="lvIndex" value="3"/>
</specialized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="imul" opcode="104">
<operation>Multiply int</operation>
<parameterized base="mul">
<type name="int"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="ineg" opcode="116">
<operation>Negate int</operation>
<parameterized base="neg">
<type name="int"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="instanceof" opcode="193">
<operation>Determine if object is of given type</operation>
<format>
<std>
<el type="mnemonic"/>
<el type="ushort_cp_index→referenceType" id="referenceType"/>
</std>
</format>
</instruction>
<instruction name="invokedynamic" opcode="186">
<operation>Invoke instance method; resolve and dispatch based on class</operation>
<parameterized base="invoke">
<classifier name="dynamic"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
<el type="ushort_cp_index→call_site_specifier" id="callSiteSpecifier"/>
<el type="IGNORE"/><!-- is always zero... -->
<el type="IGNORE"/><!-- is always zero... -->
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException"/>
</exceptions>
</instruction>
<instruction name="invokeinterface" opcode="185">
<operation>Invoke interface method</operation>
<parameterized base="invoke">
<classifier name="interface"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
<el type="ushort_cp_index→interface_methodref" id="methodRef"/>
<el type="IGNORE" id="count"/><!--<el type="ubyte" id="count"/>--> <!-- The value can be ignored, it does not affect the runtime. -->
<el type="IGNORE"/><!-- is always zero... -->
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException"/>
</exceptions>
</instruction>
<instruction name="invokespecial" opcode="183">
<operation>Invoke instance method; special handling for superclass, private,
and instance initialization method invocations</operation>
<parameterized base="invoke">
<classifier name="special"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
<el type="ushort_cp_index→methodref" id="methodRef"/>
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException"/>
</exceptions>
</instruction>
<instruction name="invokestatic" opcode="184">
<operation>Invoke a class (static) method</operation>
<parameterized base="invoke">
<classifier name="static"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
<el type="ushort_cp_index→methodref" id="methodRef"/>
</std>
</format>
</instruction>
<instruction name="invokevirtual" opcode="182">
<operation>Invoke instance method; dispatch based on class</operation>
<parameterized base="invoke">
<classifier name="virtual"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
<el type="ushort_cp_index→methodref" id="methodRef"/>
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException"/>
</exceptions>
</instruction>
<instruction name="ior" opcode="128">
<operation>Boolean OR int</operation>
<parameterized base="or">
<type name="int"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="irem" opcode="112">
<operation>Remainder int</operation>
<parameterized base="rem">
<type name="int"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
<exceptions>
<exception type="java.lang.ArithmeticException"/>
</exceptions>
</instruction>
<instruction name="ireturn" opcode="172">
<operation>Return int from method</operation>
<parameterized base="return">
<type name="int"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
<exceptions>
<exception type="java.lang.IllegalMonitorStateException"/>
</exceptions>
</instruction>
<instruction name="ishl" opcode="120">
<operation>Shift left int</operation>
<parameterized base="shl">
<type name="int"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="ishr" opcode="122">
<operation>Arithmetic shift right int</operation>
<parameterized base="shr">
<type name="int"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="istore" opcode="54">
<operation>Store int into local variable</operation>
<parameterized base="store">
<type name="int"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
<el type="ubyte" id="lvIndex"/>
</std>
<wide>
<el type="mnemonic"/>
<el type="ushort" id="lvIndex"/>
</wide>
</format>
</instruction>
<instruction name="istore_0" opcode="59">
<operation>Store int into local variable with index 0</operation>
<specialized base="istore">
<parameter id="lvIndex" value="0"/>
</specialized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="istore_1" opcode="60">
<operation>Store int into local variable with index 1</operation>
<specialized base="istore">
<parameter id="lvIndex" value="1"/>
</specialized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="istore_2" opcode="61">
<operation>Store int into local variable with index 2</operation>
<specialized base="istore">
<parameter id="lvIndex" value="2"/>
</specialized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="istore_3" opcode="62">
<operation>Store int into local variable with index 3</operation>
<specialized base="istore">
<parameter id="lvIndex" value="3"/>
</specialized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="isub" opcode="100">
<operation>Subtract int</operation>
<parameterized base="sub">
<type name="int"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="iushr" opcode="124">
<operation>Logical shift right int</operation>
<parameterized base="ushr">
<type name="int"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="ixor" opcode="130">
<operation>Boolean XOR int</operation>
<parameterized base="xor">
<type name="int"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="jsr" opcode="168" deprecated="1.6">
<operation>Jump subroutine</operation>
<specialized base="jsr_w">
<parameter id="branchoffset" value="$branchoffset"/>
</specialized>
<format>
<std>
<el type="mnemonic"/>
<el type="branchoffset" id="branchoffset"/>
</std>
</format>
</instruction>
<instruction name="jsr_w" opcode="201" deprecated="1.6">
<operation>Jump subroutine</operation>
<format>
<std>
<el type="mnemonic"/>
<el type="branchoffset_wide" id="branchoffset"/>
</std>
</format>
</instruction>
<instruction name="l2d" opcode="138">
<operation>Convert long to double</operation>
<parameterized base="cast">
<type name="long"/>
<type name="double"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="l2f" opcode="137">
<operation>Convert long to float</operation>
<parameterized base="cast">
<type name="long"/>
<type name="float"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="l2i" opcode="136">
<operation>Convert long to int</operation>
<parameterized base="cast">
<type name="long"/>
<type name="int"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="ladd" opcode="97">
<operation>Add long</operation>
<parameterized base="add">
<type name="long"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="laload" opcode="47">
<operation>Load long from array</operation>
<parameterized base="arrayload">
<type name="long"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException"/>
<exception type="java.lang.ArrayIndexOutOfBoundsException"/>
</exceptions>
</instruction>
<instruction name="land" opcode="127">
<operation>Boolean AND long</operation>
<parameterized base="and">
<type name="long"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="lastore" opcode="80">
<operation>Store into long array</operation>
<parameterized base="arraystore">
<type name="long"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException"/>
<exception type="java.lang.ArrayIndexOutOfBoundsException"/>
</exceptions>
</instruction>
<instruction name="lcmp" opcode="148">
<operation>Compare long</operation>
<parameterized base="cmp">
<type name="long"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="lconst_0" opcode="9">
<operation>Push the long constant 0 onto the operand stack</operation>
<parameterized base="push">
<type name="long" value="0"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="lconst_1" opcode="10">
<operation>Push the long constant 1 onto the operand stack</operation>
<parameterized base="push">
<type name="long" value="1"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="ldc" opcode="18">
<operation>Push item from runtime constant pool</operation>
<specialized base="ldc_w">
<parameter id="constantValue" value="$constantValue"/>
</specialized>
<format>
<std>
<el type="mnemonic"/>
<el type="ubyte_cp_index→constant_value" id="constantValue"><!--
The index must be a valid index into the runtime constant pool of the current
class. The runtime constant pool entry at the index either must be a runtime
constant of type int or float, or must be a symbolic reference to a class
(§5.4.3.1) or a string literal (§5.1) or a method type or method handle
($5.4.3.5) or a dynamically computed constant ($5.4.3.6) whose field descriptor
is neither J (long) or D (double).
--></el>
</std>
</format>
</instruction>
<instruction name="ldc_w" opcode="19">
<operation>Push item from runtime constant pool</operation>
<parameterized base="push" />
<format>
<std>
<el type="mnemonic"/>
<el type="ushort_cp_index→constant_value" id="constantValue"><!--
The index must be a valid index into the runtime constant pool of the current
class. The runtime constant pool entry at the index either must be a runtime
constant of type int or float, or must be a symbolic reference to a class
(§5.4.3.1) or a string literal (§5.1) or a method type or method handle
($5.4.3.5) or a dynamically computed constant ($5.4.3.6) whose field descriptor
is neither J (long) or D (double).
--></el>
</std>
</format>
</instruction>
<instruction name="ldc2_w" opcode="20">
<operation>Push long or double from runtime constant pool</operation>
<parameterized base="push" />
<format>
<std>
<el type="mnemonic"/>
<el type="ushort_cp_index→constant_value" id="constantValue"><!--
The runtime constant pool entry at the index must be a runtime constant of type
long or double (§5.1) or a dynamically computed constant ($5.4.3.6) whose field
descriptor is either J (long) or D (doubler). The numeric value of that runtime
constant is pushed onto the operand stack as a long or double, respectively.
--></el>
</std>
</format>
</instruction>
<instruction name="ldiv" opcode="109">
<operation>Divide long</operation>
<parameterized base="div">
<type name="long"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
<exceptions>
<exception type="java.lang.ArithmeticException"/>
</exceptions>
</instruction>
<instruction name="lload" opcode="22">
<operation>Load long from local variable</operation>
<parameterized base="load">
<type name="long"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
<el type="ubyte" id="lvIndex"/>
</std>
<wide>
<el type="mnemonic"/>
<el type="ushort" id="lvIndex"/>
</wide>
</format>
</instruction>
<instruction name="lload_0" opcode="30">
<operation>Load long from local variable with index 0</operation>
<specialized base="lload">
<parameter id="lvIndex" value="0"/>
</specialized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="lload_1" opcode="31">
<operation>Load long from local variable with index 1</operation>
<specialized base="lload">
<parameter id="lvIndex" value="1"/>
</specialized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="lload_2" opcode="32">
<operation>Load long from local variable with index 2</operation>
<specialized base="lload">
<parameter id="lvIndex" value="2"/>
</specialized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="lload_3" opcode="33">
<operation>Load long from local variable with index 3</operation>
<specialized base="lload">
<parameter id="lvIndex" value="3"/>
</specialized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="lmul" opcode="105">
<operation>Multiply long</operation>
<parameterized base="mul">
<type name="long"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="lneg" opcode="117">
<operation>Negate long</operation>
<parameterized base="neg">
<type name="long"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="lookupswitch" opcode="171">
<operation>Access jump table by key match and jump</operation>
<format>
<std>
<el type="mnemonic"/>
<el type="padding_bytes"/>
<el type="branchoffset_wide" id="defaultOffset"/>
<el type="int" id="npairsCount"/>
<list count="$npairsCount" id="npairs">
<el type="int" id="matchValue"/>
<el type="branchoffset_wide" id="branchoffset"/>
</list>
</std>
</format>
</instruction>
<instruction name="lor" opcode="129">
<operation>Boolean OR long</operation>
<parameterized base="or">
<type name="long"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="lrem" opcode="113">
<operation>Remainder long</operation>
<parameterized base="rem">
<type name="long"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
<exceptions>
<exception type="java.lang.ArithmeticException"/>
</exceptions>
</instruction>
<instruction name="lreturn" opcode="173">
<operation>Return long from method</operation>
<parameterized base="return">
<type name="long"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
<exceptions>
<exception type="java.lang.IllegalMonitorStateException"/>
</exceptions>
</instruction>
<instruction name="lshl" opcode="121">
<operation>Shift left long</operation>
<parameterized base="shl">
<type name="long"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="lshr" opcode="123">
<operation>Arithmetic shift right long</operation>
<parameterized base="shr">
<type name="long"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="lstore" opcode="55">
<operation>Store long into local variable</operation>
<parameterized base="store">
<type name="long"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
<el type="ubyte" id="lvIndex"/>
</std>
<wide>
<el type="mnemonic"/>
<el type="ushort" id="lvIndex"/>
</wide>
</format>
</instruction>
<instruction name="lstore_0" opcode="63">
<operation>Store long into local variable with index 0</operation>
<specialized base="lstore">
<parameter id="lvIndex" value="0"/>
</specialized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="lstore_1" opcode="64">
<operation>Store long into local variable with index 1</operation>
<specialized base="lstore">
<parameter id="lvIndex" value="1"/>
</specialized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="lstore_2" opcode="65">
<operation>Store long into local variable with index 2</operation>
<specialized base="lstore">
<parameter id="lvIndex" value="2"/>
</specialized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="lstore_3" opcode="66">
<operation>Store long into local variable with index 3</operation>
<specialized base="lstore">
<parameter id="lvIndex" value="3"/>
</specialized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="lsub" opcode="101">
<operation>Subtract long</operation>
<parameterized base="sub">
<type name="long"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="lushr" opcode="125">
<operation>Logical shift right long</operation>
<parameterized base="ushr">
<type name="long"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="lxor" opcode="131">
<operation>Boolean XOR long</operation>
<parameterized base="xor">
<type name="long"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="monitorenter" opcode="194">
<operation>Enter monitor for object</operation>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException"/>
</exceptions>
</instruction>
<instruction name="monitorexit" opcode="195">
<operation>Exit monitor for object</operation>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException"/>
<exception type="java.lang.IllegalMonitorStateException"/>
</exceptions>
</instruction>
<instruction name="multianewarray" opcode="197">
<operation>Create new multidimensional array</operation>
<parameterized base="newarray">
<type name="arrayref"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
<el type="ushort_cp_index→referenceType" id="componentType"/>
<el type="ubyte" id="dimensions"/>
</std>
</format>
<exceptions>
<exception type="java.lang.NegativeArraySizeException"/>
</exceptions>
</instruction>
<instruction name="new" opcode="187">
<operation>Create new object</operation>
<format>
<std>
<el type="mnemonic"/>
<!-- The spec states that "new" is never to be used to create arrays. -->
<el type="ushort_cp_index→objectType" id="objectType"/>
</std>
</format>
</instruction>
<instruction name="newarray" opcode="188">
<operation>Create new arrayhandler</operation>
<format>
<std>
<el type="mnemonic"/>
<el type="atype" id="atype"/>
</std>
</format>
<exceptions>
<exception type="java.lang.NegativeArraySizeException"/>
</exceptions>
</instruction>
<instruction name="nop" opcode="0">
<operation>Do nothing</operation>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="pop" opcode="87">
<operation>Pop the top operand stack value</operation>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="pop2" opcode="88">
<operation>Pop the top one or two operand stack values</operation>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="putfield" opcode="181">
<operation>Set field in object</operation>
<parameterized base="put">
<classifier name="field"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
<el type="ushort_cp_index→fieldref" id="fieldref"/>
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException"/>
</exceptions>
</instruction>
<instruction name="putstatic" opcode="179">
<operation>Set static field in class</operation>
<parameterized base="put">
<classifier name="static"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
<el type="ushort_cp_index→fieldref" id="fieldref"/>
</std>
</format>
</instruction>
<instruction name="ret" opcode="169" deprecated="1.6">
<operation>Return from subroutine</operation>
<format>
<std>
<el type="mnemonic"/>
<el type="ubyte" id="lvIndex"/>
</std>
<wide>
<el type="mnemonic"/>
<el type="ushort" id="lvIndex"/>
</wide>
</format>
</instruction>
<instruction name="return" opcode="177">
<operation>Return void from method</operation>
<parameterized base="return">
<type name="void" />
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
<exceptions>
<exception type="java.lang.IllegalMonitorStateException"/>
</exceptions>
</instruction>
<instruction name="saload" opcode="53">
<operation>Load short from array</operation>
<parameterized base="arrayload">
<type name="short"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException"/>
<exception type="java.lang.ArrayIndexOutOfBoundsException"/>
</exceptions>
</instruction>
<instruction name="sastore" opcode="86">
<operation>Store into short array</operation>
<parameterized base="arraystore">
<type name="short"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
<exceptions>
<exception type="java.lang.NullPointerException"/>
<exception type="java.lang.ArrayIndexOutOfBoundsException"/>
</exceptions>
</instruction>
<instruction name="sipush" opcode="17">
<operation>Push short</operation>
<parameterized base="push">
<type name="short"/>
</parameterized>
<format>
<std>
<el type="mnemonic"/>
<el type="short" id="value"/>
</std>
</format>
</instruction>
<instruction name="swap" opcode="95">
<operation>Swap the top two operand stack values</operation>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
<instruction name="tableswitch" opcode="170">
<operation>Access jump table by index and jump</operation>
<format>
<std>
<el type="mnemonic"/>
<el type="padding_bytes"/>
<el type="branchoffset_wide" id="defaultOffset"/>
<el type="int" id="low"/>
<el type="int" id="high"/>
<list count="$high - $low + 1" id="jumpOffsets">
<el type="branchoffset_wide" id="jumpOffset"/>
</list>
</std>
</format>
</instruction>
<instruction name="wide" opcode="196">
<operation>Extend local variable index by additional bytes</operation>
<format>
<std>
<el type="mnemonic"/>
</std>
</format>
</instruction>
</instructions>
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