/
MipsXRayOpcode.xml
1970 lines (1731 loc) · 57.2 KB
/
MipsXRayOpcode.xml
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<?xml version="1.0" encoding="UTF-8"?>
<!DOCTYPE mipsXray_data [
<!ELEMENT mipsXray_data (equivalence, function_equivalence, register_equivalence, datapath_map)>
<!ELEMENT equivalence (bits+, mnemonic+)>
<!ELEMENT bits (#PCDATA)>
<!ELEMENT mnemonic (#PCDATA)>
<!ELEMENT function_equivalence (bits+, mnemonic+)>
<!ELEMENT bits (#PCDATA)>
<!ELEMENT mnemonic (#PCDATA)>
<!ELEMENT register_equivalence (bits+, mnemonic+)>
<!ELEMENT bits (#PCDATA)>
<!ELEMENT mnemonic (#PCDATA)>
<!ELEMENT datapath_map (num_vertex+, name+, init+, end+, color_Itype+, color_Rtype+, color_Jtype+, color_LOADtype+, color_STOREtype, color_BRANCHtype, other_axis+, isMovingXaxis+, target_vertex+, is_text+)>
<!ELEMENT num_vertex (#PCDATA)>
<!ELEMENT init (#PCDATA)>
<!ELEMENT end (#PCDATA)>
<!ELEMENT color_Itype (#PCDATA)>
<!ELEMENT color_Rtype (#PCDATA)>
<!ELEMENT color_Jtype (#PCDATA)>
<!ELEMENT color_LOADtype (#PCDATA)>
<!ELEMENT color_STOREtype (#PCDATA)>
<!ELEMENT color_BRANCHtype (#PCDATA)>
<!ELEMENT other_axis (#PCDATA)>
<!ELEMENT isMovingXaxis (#PCDATA)>
<!ELEMENT target_vertex (#PCDATA)>
<!ELEMENT is_text (#PCDATA)>
]>
<mipsXray_data>
<equivalence>
<bits>001000</bits>
<mnemonic>addi</mnemonic>
<bits>001001</bits>
<mnemonic>addiu</mnemonic>
<bits>001010</bits>
<mnemonic>slti</mnemonic>
<bits>001011</bits>
<mnemonic>sltiu</mnemonic>
<bits>001100</bits>
<mnemonic>andi</mnemonic>
<bits>001101</bits>
<mnemonic>ori</mnemonic>
<bits>001110</bits>
<mnemonic>xori</mnemonic>
<bits>001111</bits>
<mnemonic>lui</mnemonic>
<bits>100000</bits>
<mnemonic>lb</mnemonic>
<bits>100001</bits>
<mnemonic>lh</mnemonic>
<bits>100010</bits>
<mnemonic>lwl</mnemonic>
<bits>100011</bits>
<mnemonic>lw</mnemonic>
<bits>100100</bits>
<mnemonic>lbu</mnemonic>
<bits>100101</bits>
<mnemonic>lhu</mnemonic>
<bits>100110</bits>
<mnemonic>lwr</mnemonic>
<bits>110001</bits>
<mnemonic>l1</mnemonic>
<bits>110001</bits>
<mnemonic>lwc1</mnemonic>
<bits>110010</bits>
<mnemonic>lwc2</mnemonic>
<bits>110011</bits>
<mnemonic>pref</mnemonic>
<bits>110101</bits>
<mnemonic>ldc1</mnemonic>
<bits>110110</bits>
<mnemonic>ldc2</mnemonic>
<bits>101111</bits>
<mnemonic>CACHE</mnemonic>
<bits>111000</bits>
<mnemonic>sc</mnemonic>
<bits>111001</bits>
<mnemonic>swc1</mnemonic>
<bits>111010</bits>
<mnemonic>swc2</mnemonic>
<bits>111101</bits>
<mnemonic>sdc1</mnemonic>
<bits>111110</bits>
<mnemonic>sdc2</mnemonic>
<bits>101000</bits>
<mnemonic>sb</mnemonic>
<bits>101001</bits>
<mnemonic>sh</mnemonic>
<bits>101010</bits>
<mnemonic>swl</mnemonic>
<bits>101011</bits>
<mnemonic>sw</mnemonic>
<bits>101110</bits>
<mnemonic>swr</mnemonic>
<bits>000100</bits>
<mnemonic>beq</mnemonic>
<bits>000110</bits>
<mnemonic>blez</mnemonic>
<bits>000111</bits>
<mnemonic>bgtz</mnemonic>
<bits>000101</bits>
<mnemonic>bne</mnemonic>
<bits>000010</bits>
<mnemonic>j</mnemonic>
<bits>000011</bits>
<mnemonic>jal</mnemonic>
<bits>010000</bits>
<mnemonic>-</mnemonic>
<bits>010001</bits>
<mnemonic>-</mnemonic>
<bits>010010</bits>
<mnemonic>-</mnemonic>
<bits>010011</bits>
<mnemonic>-</mnemonic>
<bits>000001</bits>
<mnemonic>SUB.F</mnemonic>
<bits>010100</bits>
<mnemonic>-</mnemonic>
<bits>010101</bits>
<mnemonic>-</mnemonic>
<bits>010110</bits>
<mnemonic>-</mnemonic>
<bits>010111</bits>
<mnemonic>-</mnemonic>
<bits>011000</bits>
<mnemonic>-</mnemonic>
<bits>011001</bits>
<mnemonic>-</mnemonic>
<bits>011010</bits>
<mnemonic>-</mnemonic>
<bits>011011</bits>
<mnemonic>-</mnemonic>
<bits>011100</bits>
<mnemonic>-</mnemonic>
<bits>011101</bits>
<mnemonic>-</mnemonic>
<bits>011110</bits>
<mnemonic>-</mnemonic>
<bits>011111</bits>
<mnemonic>-</mnemonic>
<bits>101100</bits>
<mnemonic>-</mnemonic>
<bits>101101</bits>
<mnemonic>-</mnemonic>
<bits>111100</bits>
<mnemonic>-</mnemonic>
<bits>111111</bits>
<mnemonic>-</mnemonic>
<bits>100111</bits>
<mnemonic>-</mnemonic>
<bits>110100</bits>
<mnemonic>-</mnemonic>
<bits>110111</bits>
<mnemonic>-</mnemonic>
<bits>110111</bits>
<mnemonic>-</mnemonic>
<bits>111011</bits>
<mnemonic>-</mnemonic>
<bits>000000</bits>
<mnemonic>r-type</mnemonic>
</equivalence>
<function_equivalence>
<bits>000000</bits>
<mnemonic>sll</mnemonic>
<bits>000010</bits>
<mnemonic>srl</mnemonic>
<bits>000011</bits>
<mnemonic>sra</mnemonic>
<bits>000100</bits>
<mnemonic>sllv</mnemonic>
<bits>000110</bits>
<mnemonic>srlv</mnemonic>
<bits>000111</bits>
<mnemonic>srav</mnemonic>
<bits>001000</bits>
<mnemonic>jr</mnemonic>
<bits>001001</bits>
<mnemonic>jalr</mnemonic>
<bits>001010</bits>
<mnemonic>movz</mnemonic>
<bits>001011</bits>
<mnemonic>movn</mnemonic>
<bits>001100</bits>
<mnemonic>SYSCALL</mnemonic>
<bits>001101</bits>
<mnemonic>BREAK</mnemonic>
<bits>010000</bits>
<mnemonic>mfhi</mnemonic>
<bits>010001</bits>
<mnemonic>mthi</mnemonic>
<bits>010010</bits>
<mnemonic>mflo</mnemonic>
<bits>010011</bits>
<mnemonic>mtlo</mnemonic>
<bits>011000</bits>
<mnemonic>mult</mnemonic>
<bits>011001</bits>
<mnemonic>multu</mnemonic>
<bits>011010</bits>
<mnemonic>div</mnemonic>
<bits>011011</bits>
<mnemonic>divu</mnemonic>
<bits>100000</bits>
<mnemonic>add</mnemonic>
<bits>100001</bits>
<mnemonic>addu</mnemonic>
<bits>100010</bits>
<mnemonic>sub</mnemonic>
<bits>100011</bits>
<mnemonic>subu</mnemonic>
<bits>100100</bits>
<mnemonic>and</mnemonic>
<bits>100101</bits>
<mnemonic>or</mnemonic>
<bits>100110</bits>
<mnemonic>xor</mnemonic>
<bits>100111</bits>
<mnemonic>nor</mnemonic>
<bits>101010</bits>
<mnemonic>slt</mnemonic>
<bits>101011</bits>
<mnemonic>sltu</mnemonic>
<bits>110000</bits>
<mnemonic>tge</mnemonic>
<bits>110001</bits>
<mnemonic>tgeu</mnemonic>
<bits>110010</bits>
<mnemonic>tlt</mnemonic>
<bits>110011</bits>
<mnemonic>tltu</mnemonic>
<bits>110100</bits>
<mnemonic>teq</mnemonic>
<bits>110110</bits>
<mnemonic>tne</mnemonic>
</function_equivalence>
<register_equivalence>
<bits>00000</bits>
<mnemonic>$zero</mnemonic>
<bits>00001</bits>
<mnemonic>at</mnemonic>
<bits>00010</bits>
<mnemonic>$v0</mnemonic>
<bits>00011</bits>
<mnemonic>$v1</mnemonic>
<bits>00100</bits>
<mnemonic>$a0</mnemonic>
<bits>00101</bits>
<mnemonic>$a1</mnemonic>
<bits>00110</bits>
<mnemonic>$a2</mnemonic>
<bits>00111</bits>
<mnemonic>$a3</mnemonic>
<bits>01000</bits>
<mnemonic>$t0</mnemonic>
<bits>01001</bits>
<mnemonic>$t1</mnemonic>
<bits>01010</bits>
<mnemonic>$t2</mnemonic>
<bits>01011</bits>
<mnemonic>$t3</mnemonic>
<bits>01100</bits>
<mnemonic>$t4</mnemonic>
<bits>01101</bits>
<mnemonic>$t5</mnemonic>
<bits>01110</bits>
<mnemonic>$t6</mnemonic>
<bits>01111</bits>
<mnemonic>$t7</mnemonic>
<bits>10000</bits>
<mnemonic>$s0</mnemonic>
<bits>10001</bits>
<mnemonic>$s1</mnemonic>
<bits>10010</bits>
<mnemonic>$s2</mnemonic>
<bits>10011</bits>
<mnemonic>$s3</mnemonic>
<bits>10100</bits>
<mnemonic>$s4</mnemonic>
<bits>10101</bits>
<mnemonic>$s5</mnemonic>
<bits>11000</bits>
<mnemonic>$s6</mnemonic>
<bits>10111</bits>
<mnemonic>$s7</mnemonic>
<bits>11000</bits>
<mnemonic>$t8</mnemonic>
<bits>11001</bits>
<mnemonic>$t9</mnemonic>
<bits>11010</bits>
<mnemonic>$k0</mnemonic>
<bits>11011</bits>
<mnemonic>$k1</mnemonic>
<bits>11100</bits>
<mnemonic>$gp</mnemonic>
<bits>11101</bits>
<mnemonic>$sp</mnemonic>
<bits>11110</bits>
<mnemonic>$fp</mnemonic>
<bits>11111</bits>
<mnemonic>$ra</mnemonic>
</register_equivalence>
<datapath_map>
<num_vertex>0</num_vertex>
<name>*Program_counter</name>
<init>161</init>
<end>188</end>
<color_Itype>255#255#0</color_Itype>
<color_Rtype>255#255#0</color_Rtype>
<color_Jtype>255#255#0</color_Jtype>
<color_LOADtype>255#255#0</color_LOADtype>
<color_STOREtype>255#255#0</color_STOREtype>
<color_BRANCHtype>255#255#0</color_BRANCHtype>
<other_axis>362</other_axis>
<isMovingXaxis>true</isMovingXaxis>
<target_vertex>1#6</target_vertex>
<is_text>false</is_text>
<num_vertex>1</num_vertex>
<name>*nodeADD1input1A</name>
<init>358</init>
<end>95</end>
<color_Itype>255#255#0</color_Itype>
<color_Rtype>255#255#0</color_Rtype>
<color_Jtype>255#255#0</color_Jtype>
<color_LOADtype>255#255#0</color_LOADtype>
<color_STOREtype>255#255#0</color_STOREtype>
<color_BRANCHtype>255#255#0</color_BRANCHtype>
<other_axis>192</other_axis>
<isMovingXaxis>false</isMovingXaxis>
<target_vertex>2#3</target_vertex>
<is_text>false</is_text>
<num_vertex>2</num_vertex>
<name>*ADD1input1B</name>
<init>192</init>
<end>253</end>
<color_Itype>255#255#0</color_Itype>
<color_Rtype>255#255#0</color_Rtype>
<color_Jtype>255#255#0</color_Jtype>
<color_LOADtype>255#255#0</color_LOADtype>
<color_STOREtype>255#255#0</color_STOREtype>
<color_BRANCHtype>255#255#0</color_BRANCHtype>
<other_axis>94</other_axis>
<isMovingXaxis>true</isMovingXaxis>
<target_vertex>0</target_vertex>
<is_text>false</is_text>
<num_vertex>3</num_vertex>
<name>*ADDA1input2</name>
<init>210</init>
<end>253</end>
<color_Itype>255#255#0</color_Itype>
<color_Rtype>255#255#0</color_Rtype>
<color_Jtype>255#255#0</color_Jtype>
<color_LOADtype>255#255#0</color_LOADtype>
<color_STOREtype>255#255#0</color_STOREtype>
<color_BRANCHtype>255#255#0</color_BRANCHtype>
<other_axis>144</other_axis>
<isMovingXaxis>true</isMovingXaxis>
<target_vertex>5</target_vertex>
<is_text>false</is_text>
<num_vertex>4</num_vertex>
<name>outputDATAMEM1</name>
<init>400</init>
<end>415</end>
<color_Itype>16#78#139</color_Itype>
<color_Rtype>16#78#139</color_Rtype>
<color_Jtype>100#100#100</color_Jtype>
<color_LOADtype>30#144#255</color_LOADtype>
<color_STOREtype>100#100#100</color_STOREtype>
<color_BRANCHtype>100#100#100</color_BRANCHtype>
<other_axis>414</other_axis>
<isMovingXaxis>true</isMovingXaxis>
<target_vertex>101</target_vertex>
<is_text>false</is_text>
<num_vertex>5</num_vertex>
<name>*node1ADD2</name>
<init>311</init>
<end>493</end>
<color_Itype>238#221#130</color_Itype>
<color_Rtype>238#221#130</color_Rtype>
<color_Jtype>238#221#130</color_Jtype>
<color_LOADtype>238#221#130</color_LOADtype>
<color_STOREtype>238#221#130</color_STOREtype>
<color_BRANCHtype>238#221#130</color_BRANCHtype>
<other_axis>119</other_axis>
<isMovingXaxis>true</isMovingXaxis>
<target_vertex>13#14</target_vertex>
<is_text>false</is_text>
<num_vertex>6</num_vertex>
<name>*instruction_Memory</name>
<init>198</init>
<end>215</end>
<color_Itype>255#255#0</color_Itype>
<color_Rtype>255#255#0</color_Rtype>
<color_Jtype>255#255#0</color_Jtype>
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