Added useful debug instruction output
Now the debug output will log all instructions written, their current offset, and their arguments
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arookas
parent
2438e00383
commit
ca7057bf02
1 changed files with 134 additions and 0 deletions
134
ssc/binary.cs
134
ssc/binary.cs
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@ -1,4 +1,5 @@
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using System;
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using System.Diagnostics;
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using System.IO;
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using System.Collections.Generic;
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using System.Text;
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@ -75,159 +76,292 @@ namespace arookas {
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case 0: WriteINT0(); return;
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case 1: WriteINT1(); return;
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}
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#if DEBUG
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TraceInstruction("int {0} # ${0:X}", value);
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#endif
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mText.Writer.Write8(0x00);
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mText.Writer.WriteS32(value);
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}
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public void WriteFLT(float value) {
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#if DEBUG
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TraceInstruction("flt {0}", value);
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#endif
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mText.Writer.Write8(0x01);
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mText.Writer.WriteF32(value);
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}
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public void WriteSTR(int index) {
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#if DEBUG
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TraceInstruction("str {0}", index);
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#endif
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mText.Writer.Write8(0x02);
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mText.Writer.WriteS32(index);
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}
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public void WriteADR(uint value) {
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#if DEBUG
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TraceInstruction("adr ${0:X8}", value);
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#endif
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mText.Writer.Write8(0x03);
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mText.Writer.Write32(value);
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}
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public void WriteVAR(int display, int index) {
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#if DEBUG
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TraceInstruction("var {0} {1}", display, index);
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#endif
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mText.Writer.Write8(0x04);
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mText.Writer.WriteS32(display);
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mText.Writer.WriteS32(index);
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}
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public void WriteNOP() {
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#if DEBUG
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TraceInstruction("nop");
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#endif
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mText.Writer.Write8(0x05);
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}
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public void WriteINC(int display, int index) {
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#if DEBUG
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TraceInstruction("inc {0} {1}", display, index);
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#endif
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mText.Writer.Write8(0x06);
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mText.Writer.WriteS32(display);
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mText.Writer.WriteS32(index);
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}
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public void WriteDEC(int display, int index) {
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#if DEBUG
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TraceInstruction("dec {0} {1}", display, index);
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#endif
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mText.Writer.Write8(0x07);
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mText.Writer.WriteS32(display);
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mText.Writer.WriteS32(index);
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}
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public void WriteADD() {
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#if DEBUG
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TraceInstruction("add");
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#endif
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mText.Writer.Write8(0x08);
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}
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public void WriteSUB() {
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#if DEBUG
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TraceInstruction("sub");
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#endif
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mText.Writer.Write8(0x09);
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}
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public void WriteMUL() {
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#if DEBUG
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TraceInstruction("mul");
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#endif
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mText.Writer.Write8(0x0A);
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}
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public void WriteDIV() {
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#if DEBUG
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TraceInstruction("div");
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#endif
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mText.Writer.Write8(0x0B);
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}
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public void WriteMOD() {
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#if DEBUG
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TraceInstruction("mod");
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#endif
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mText.Writer.Write8(0x0C);
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}
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public void WriteASS(int display, int index) {
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#if DEBUG
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TraceInstruction("ass {0} {1}", display, index);
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#endif
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mText.Writer.Write8(0x0D);
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mText.Writer.Write8(0x04); // unused (skipped over by TSpcInterp)
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mText.Writer.WriteS32(display);
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mText.Writer.WriteS32(index);
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}
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public void WriteEQ() {
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#if DEBUG
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TraceInstruction("eq");
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#endif
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mText.Writer.Write8(0x0E);
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}
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public void WriteNE() {
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#if DEBUG
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TraceInstruction("ne");
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#endif
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mText.Writer.Write8(0x0F);
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}
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public void WriteGT() {
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#if DEBUG
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TraceInstruction("gt");
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#endif
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mText.Writer.Write8(0x10);
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}
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public void WriteLT() {
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#if DEBUG
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TraceInstruction("lt");
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#endif
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mText.Writer.Write8(0x11);
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}
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public void WriteGE() {
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#if DEBUG
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TraceInstruction("ge");
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#endif
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mText.Writer.Write8(0x12);
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}
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public void WriteLE() {
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#if DEBUG
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TraceInstruction("le");
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#endif
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mText.Writer.Write8(0x13);
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}
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public void WriteNEG() {
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#if DEBUG
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TraceInstruction("neg");
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#endif
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mText.Writer.Write8(0x14);
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}
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public void WriteNOT() {
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#if DEBUG
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TraceInstruction("not");
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#endif
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mText.Writer.Write8(0x15);
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}
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public void WriteAND() {
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#if DEBUG
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TraceInstruction("and");
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#endif
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mText.Writer.Write8(0x16);
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}
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public void WriteOR() {
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#if DEBUG
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TraceInstruction("or");
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#endif
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mText.Writer.Write8(0x17);
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}
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public void WriteBAND() {
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#if DEBUG
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TraceInstruction("band");
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#endif
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mText.Writer.Write8(0x18);
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}
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public void WriteBOR() {
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#if DEBUG
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TraceInstruction("bor");
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#endif
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mText.Writer.Write8(0x19);
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}
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public void WriteSHL() {
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#if DEBUG
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TraceInstruction("shl");
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#endif
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mText.Writer.Write8(0x1A);
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}
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public void WriteSHR() {
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#if DEBUG
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TraceInstruction("shr");
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#endif
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mText.Writer.Write8(0x1B);
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}
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public void WriteCALL(uint offset, int count) {
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#if DEBUG
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TraceInstruction("call ${0:X8} {1}", offset, count);
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#endif
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mText.Writer.Write8(0x1C);
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mText.Writer.Write32(offset);
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mText.Writer.WriteS32(count);
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}
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public void WriteFUNC(int index, int count) {
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#if DEBUG
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TraceInstruction("func {0} {1}", index, count);
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#endif
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mText.Writer.Write8(0x1D);
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mText.Writer.WriteS32(index);
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mText.Writer.WriteS32(count);
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}
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public void WriteMKFR(int count) {
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#if DEBUG
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TraceInstruction("mkfr {0}", count);
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#endif
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mText.Writer.Write8(0x1E);
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mText.Writer.WriteS32(count);
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}
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public void WriteMKDS(int display) {
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#if DEBUG
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TraceInstruction("mkds {0}", display);
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#endif
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mText.Writer.Write8(0x1F);
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mText.Writer.WriteS32(display);
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}
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public void WriteRET() {
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#if DEBUG
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TraceInstruction("ret");
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#endif
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mText.Writer.Write8(0x20);
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}
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public void WriteRET0() {
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#if DEBUG
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TraceInstruction("ret0");
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#endif
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mText.Writer.Write8(0x21);
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}
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public sunPoint WriteJNE() {
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#if DEBUG
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TraceInstruction("jne # UNFINISHED");
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#endif
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mText.Writer.Write8(0x22);
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sunPoint point = OpenPoint();
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mText.Writer.Write32(0); // dummy
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return point;
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}
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public void WriteJNE(sunPoint point) {
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#if DEBUG
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TraceInstruction("jne {0:X8}", point.Offset);
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#endif
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mText.Writer.Write8(0x22);
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mText.Writer.Write32(point.Offset);
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}
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public sunPoint WriteJMP() {
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#if DEBUG
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TraceInstruction("jmp # UNFINISHED");
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#endif
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mText.Writer.Write8(0x23);
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sunPoint point = OpenPoint();
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mText.Writer.Write32(0); // dummy
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return point;
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}
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public void WriteJMP(sunPoint point) {
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#if DEBUG
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TraceInstruction("jmp {0:X8}", point.Offset);
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#endif
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mText.Writer.Write8(0x23);
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mText.Writer.Write32(point.Offset);
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}
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public void WritePOP() {
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#if DEBUG
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TraceInstruction("pop");
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#endif
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mText.Writer.Write8(0x24);
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}
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public void WriteINT0() {
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#if DEBUG
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TraceInstruction("int0");
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#endif
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mText.Writer.Write8(0x25);
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}
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public void WriteINT1() {
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#if DEBUG
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TraceInstruction("int1");
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#endif
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mText.Writer.Write8(0x26);
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}
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public void WriteEND() {
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#if DEBUG
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TraceInstruction("end");
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#endif
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mText.Writer.Write8(0x27);
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}
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#if DEBUG
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void TraceInstruction(string format, params object[] args) {
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var instruction = String.Format(format, args);
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Debug.WriteLine("{0:X8} {1}", mText.Size, instruction);
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}
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#endif
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// data
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public void WriteData(string data) {
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if (data == null) {
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