Example 46 with MemoryDasm
use of sw_emulator.software.MemoryDasm in project jc64 by ice00.
the class DataTableModelLabels method setData.
/**
* Set the memory data to use
*
* @param data the memory data
*/
public void setData(MemoryDasm[] data) {
this.data = data;
data2.clear();
for (MemoryDasm mem : data) {
if ((mem.dasmLocation != null && !"".equals(mem.dasmLocation)) || (mem.userLocation != null && !"".equals(mem.userLocation)))
data2.add(mem);
}
}
Also used :
MemoryDasm(sw_emulator.software.MemoryDasm)
Example 47 with MemoryDasm
use of sw_emulator.software.MemoryDasm in project jc64 by ice00.
the class CpuDasm method addConstants.
/**
* Add constants to the source
*
* @return the constants
*/
protected String addConstants() {
String label;
String tmp;
StringBuilder result = new StringBuilder();
for (MemoryDasm mem : memory) {
if (mem.isInside && !mem.isGarbage)
continue;
// for garbage inside, only if there is a user label makes it outs
if (mem.isGarbage && mem.userLocation != null && !"".equals(mem.userLocation)) {
// look for block comment
if (mem.userBlockComment != null && !"".equals(mem.userBlockComment)) {
assembler.setBlockComment(result, mem);
}
label = mem.userLocation;
if (option.assembler == Assembler.Name.KICK) {
if (mem.address <= 0xFF)
tmp = ".label " + label + " = $" + ByteToExe(mem.address);
else
tmp = ".label " + label + " = $" + ShortToExe(mem.address);
} else {
if (mem.address <= 0xFF)
tmp = label + " = $" + ByteToExe(mem.address);
else
tmp = label + " = $" + ShortToExe(mem.address);
}
result.append(tmp).append(getInstrCSpacesTabs(tmp.length()));
assembler.setComment(result, mem);
continue;
}
// look for block comment
if (mem.userBlockComment != null && !"".equals(mem.userBlockComment)) {
assembler.setBlockComment(result, mem);
}
// look for constant
label = null;
if (mem.userLocation != null && !"".equals(mem.userLocation))
label = mem.userLocation;
else if (mem.dasmLocation != null && !"".equals(mem.dasmLocation))
label = mem.dasmLocation;
if (label != null) {
if (option.assembler == Assembler.Name.KICK) {
if (mem.address <= 0xFF)
tmp = ".label " + label + " = $" + ByteToExe(mem.address);
else
tmp = ".label " + label + " = $" + ShortToExe(mem.address);
} else {
if (mem.address <= 0xFF)
tmp = label + " = $" + ByteToExe(mem.address);
else
tmp = label + " = $" + ShortToExe(mem.address);
}
result.append(tmp).append(getInstrCSpacesTabs(tmp.length()));
assembler.setComment(result, mem);
}
}
return result.append("\n").toString();
}
Also used :
MemoryDasm(sw_emulator.software.MemoryDasm)
Example 48 with MemoryDasm
use of sw_emulator.software.MemoryDasm in project jc64 by ice00.
the class M6510Dasm method cdasm.
/**
* Comment and Disassemble a region of the buffer
*
* @param buffer the buffer containing the code
* @param start the start position in buffer
* @param end the end position in buffer
* @param pc the programn counter for start position
* @return a string rapresentation of disassemble with comment
*/
public String cdasm(byte[] buffer, int start, int end, long pc) {
// local temp string
String tmp;
// local temp string
String tmp2;
// memory dasm
MemoryDasm mem;
// memory related
MemoryDasm memRel;
// memory related of second kind
MemoryDasm memRel2;
// actual position in buffer
int pos = start;
// true if we are decoding an instruction
boolean isCode = true;
// true if we were decoding garbage
boolean wasGarbage = false;
result.setLength(0);
result.append(addConstants());
this.pos = pos;
this.pc = pc;
while (pos <= end | pos < start) {
// verify also that don't circle in the buffer
mem = memory[(int) pc];
isCode = ((mem.isCode || (!mem.isData && option.useAsCode)) && !mem.isGarbage);
if (isCode) {
assembler.flush(result);
// must put the org if we start from an garbage area
if (wasGarbage) {
wasGarbage = false;
assembler.setOrg(result, (int) pc);
}
// add block if user declare it
if (mem.userBlockComment != null && !"".equals(mem.userBlockComment)) {
assembler.setBlockComment(result, mem);
}
// else if (mem.dasmLocation!=null && !"".equals(mem.dasmLocation)) result.append(mem.dasmLocation).append(":\n");
if ((mem.userLocation != null && !"".equals(mem.userLocation)) || (mem.dasmLocation != null && !"".equals(mem.dasmLocation))) {
assembler.setLabel(result, mem);
result.append("\n");
}
// this is an instruction
tmp = dasm(buffer);
tmp2 = ShortToExe((int) pc) + " " + ByteToExe(Unsigned.done(buffer[pos]));
if (this.pc - pc == 2) {
if (pos + 1 < buffer.length)
tmp2 += " " + ByteToExe(Unsigned.done(buffer[pos + 1]));
else
tmp2 += " ??";
}
if (this.pc - pc == 3) {
if (pos + 2 < buffer.length)
tmp2 += " " + ByteToExe(Unsigned.done(buffer[pos + 1])) + " " + ByteToExe(Unsigned.done(buffer[pos + 2]));
else
tmp2 += " ?????";
}
for (// insert spaces
int i = tmp2.length(); // insert spaces
i < 17; // insert spaces
i++) tmp2 += " ";
tmp = tmp2 + tmp;
tmp2 = "";
for (// insert spaces
int i = tmp.length(); // insert spaces
i < 43; // insert spaces
i++) tmp2 += " ";
result.append(tmp).append(tmp2);
tmp2 = dcom();
// if there is a user comment, then use it
if (mem.userComment != null)
result.append(" ").append(mem.userComment).append("\n");
else
result.append(" ").append(tmp2).append("\n");
// always add a carriage return after a RTS, RTI or JMP
if (iType == M_JMP || iType == M_RTS || iType == M_RTI)
result.append("\n");
if (pc >= 0) {
// rememeber this dasm automatic comment
if (!"".equals(tmp2))
mem.dasmComment = tmp2;
else
mem.dasmComment = null;
}
pos = this.pos;
pc = this.pc;
} else if (mem.isGarbage) {
assembler.flush(result);
wasGarbage = true;
pos++;
pc++;
this.pos = pos;
this.pc = pc;
} else {
// must put the org if we start from an garbage area
if (wasGarbage) {
wasGarbage = false;
assembler.setOrg(result, (int) pc);
}
memRel = mem.related != -1 ? memory[mem.related & 0xFFFF] : null;
if (memRel != null)
memRel2 = memRel.related != -1 ? memory[memRel.related & 0xFFFF] : null;
else
memRel2 = null;
assembler.putValue(result, mem, memRel, memRel2);
pos++;
pc++;
this.pos = pos;
this.pc = pc;
}
}
assembler.flush(result);
return result.toString();
}
Also used :
MemoryDasm(sw_emulator.software.MemoryDasm)
Example 49 with MemoryDasm
use of sw_emulator.software.MemoryDasm in project jc64 by ice00.
the class M6510Dasm method csdasm.
/**
* Comment and Disassemble a region of the buffer as source
*
* @param buffer the buffer containing the code
* @param start the start position in buffer
* @param end the end position in buffer
* @param pc the programn counter for start position
* @return a string rapresentation of disasemble with comment
*/
public String csdasm(byte[] buffer, int start, int end, long pc) {
// local temp string
String tmp;
// local temp string
String tmp2;
// memory dasm
MemoryDasm mem;
// memory related
MemoryDasm memRel;
// memory related of second kind
MemoryDasm memRel2;
// actual position in buffer
int pos = start;
// true if we are decoding an instruction
boolean isCode = true;
// true if we were decoding garbage
boolean wasGarbage = false;
result.setLength(0);
result.append(addConstants());
this.pos = pos;
this.pc = pc;
while (pos <= end | pos < start) {
// verify also that don't circle in the buffer
mem = memory[(int) pc];
isCode = ((mem.isCode || (!mem.isData && option.useAsCode)) && !mem.isGarbage);
if (isCode) {
assembler.flush(result);
// must put the org if we start from an garbage area
if (wasGarbage) {
wasGarbage = false;
assembler.setOrg(result, (int) pc);
}
// add block if user declare it
if (mem.userBlockComment != null && !"".equals(mem.userBlockComment)) {
assembler.setBlockComment(result, mem);
}
if ((mem.userLocation != null && !"".equals(mem.userLocation)) || (mem.dasmLocation != null && !"".equals(mem.dasmLocation))) {
assembler.setLabel(result, mem);
if (option.labelOnSepLine)
result.append("\n");
}
// this is an instruction
tmp = dasm(buffer);
result.append(getInstrSpacesTabs(mem)).append(tmp).append(getInstrCSpacesTabs(tmp.length()));
tmp2 = dcom();
// if there is a user comment, then use it
assembler.setComment(result, mem);
// always add a carriage return after a RTS, RTI or JMP
if (iType == M_JMP || iType == M_RTS || iType == M_RTI)
result.append("\n");
if (pc >= 0) {
// rememeber this dasm automatic comment
if (!"".equals(tmp2))
mem.dasmComment = tmp2;
else
mem.dasmComment = null;
}
pos = this.pos;
pc = this.pc;
} else if (mem.isGarbage) {
assembler.flush(result);
wasGarbage = true;
pos++;
pc++;
this.pos = pos;
this.pc = pc;
} else {
// must put the org if we start from an garbage area
if (wasGarbage) {
wasGarbage = false;
assembler.setOrg(result, (int) pc);
}
memRel = mem.related != -1 ? memory[mem.related & 0xFFFF] : null;
if (memRel != null)
memRel2 = memRel.related != -1 ? memory[memRel.related & 0xFFFF] : null;
else
memRel2 = null;
assembler.putValue(result, mem, memRel, memRel2);
pos++;
pc++;
this.pos = pos;
this.pc = pc;
}
}
assembler.flush(result);
return result.toString();
}
Also used :
MemoryDasm(sw_emulator.software.MemoryDasm)
Example 50 with MemoryDasm
use of sw_emulator.software.MemoryDasm in project jc64 by ice00.
the class Z80Dasm method cdasm.
/**
* Comment and Disassemble a region of the buffer
*
* @param buffer the buffer containing the code
* @param start the start position in buffer
* @param end the end position in buffer
* @param pc the programn counter for start position
* @return a string rapresentation of disassemble with comment
*/
@Override
public String cdasm(byte[] buffer, int start, int end, long pc) {
// local temp string
String tmp;
// local temp string
String tmp2;
// memory dasm
MemoryDasm mem;
// memory related
MemoryDasm memRel;
// memory related of second kind
MemoryDasm memRel2;
// actual position in buffer
int pos = start;
// true if we are decoding an instruction
boolean isCode = true;
// true if we were decoding garbage
boolean wasGarbage = false;
result.setLength(0);
result.append(addConstants());
this.pos = pos;
this.pc = pc;
while (pos <= end | pos < start) {
// verify also that don't circle in the buffer
mem = memory[(int) pc];
isCode = ((mem.isCode || (!mem.isData && option.useAsCode)) && !mem.isGarbage);
if (isCode) {
assembler.flush(result);
// must put the org if we start from an garbage area
if (wasGarbage) {
wasGarbage = false;
assembler.setOrg(result, (int) pc);
}
// add block if user declare it
if (mem.userBlockComment != null && !"".equals(mem.userBlockComment)) {
assembler.setBlockComment(result, mem);
}
// else if (mem.dasmLocation!=null && !"".equals(mem.dasmLocation)) result.append(mem.dasmLocation).append(":\n");
if ((mem.userLocation != null && !"".equals(mem.userLocation)) || (mem.dasmLocation != null && !"".equals(mem.dasmLocation))) {
assembler.setLabel(result, mem);
result.append("\n");
}
// this is an instruction
tmp = dasm(buffer);
tmp2 = ShortToExe((int) pc) + " " + ByteToExe(Unsigned.done(buffer[pos]));
if (this.pc - pc == 2) {
if (pos + 1 < buffer.length)
tmp2 += " " + ByteToExe(Unsigned.done(buffer[pos + 1]));
else
tmp2 += " ??";
}
if (this.pc - pc == 3) {
if (pos + 2 < buffer.length)
tmp2 += " " + ByteToExe(Unsigned.done(buffer[pos + 1])) + " " + ByteToExe(Unsigned.done(buffer[pos + 2]));
else
tmp2 += " ?????";
}
if (this.pc - pc == 4) {
if (pos + 3 < buffer.length)
tmp2 += " " + ByteToExe(Unsigned.done(buffer[pos + 1])) + " " + ByteToExe(Unsigned.done(buffer[pos + 2])) + " " + ByteToExe(Unsigned.done(buffer[pos + 3]));
else
tmp2 += " ???????";
}
for (// insert spaces
int i = tmp2.length(); // insert spaces
i < 21; // insert spaces
i++) tmp2 += " ";
tmp = tmp2 + tmp;
tmp2 = "";
for (// insert spaces
int i = tmp.length(); // insert spaces
i < 43; // insert spaces
i++) tmp2 += " ";
result.append(tmp).append(tmp2);
tmp2 = dcom();
// if there is a user comment, then use it
if (mem.userComment != null)
result.append(" ").append(mem.userComment).append("\n");
else
result.append(" ").append(tmp2).append("\n");
// always add a carriage return after a RTS, RTI or JMP
if (iType == M_RET || iType == M_RETI || iType == M_RETN)
result.append("\n");
if (pc >= 0) {
// rememeber this dasm automatic comment
if (!"".equals(tmp2))
mem.dasmComment = tmp2;
else
mem.dasmComment = null;
}
pos = this.pos;
pc = this.pc;
} else if (mem.isGarbage) {
assembler.flush(result);
wasGarbage = true;
pos++;
pc++;
this.pos = pos;
this.pc = pc;
} else {
// must put the org if we start from an garbage area
if (wasGarbage) {
wasGarbage = false;
assembler.setOrg(result, (int) pc);
}
memRel = mem.related != -1 ? memory[mem.related & 0xFFFF] : null;
if (memRel != null)
memRel2 = memRel.related != -1 ? memory[memRel.related & 0xFFFF] : null;
else
memRel2 = null;
assembler.putValue(result, mem, memRel, memRel2);
pos++;
pc++;
this.pos = pos;
this.pc = pc;
}
}
assembler.flush(result);
return result.toString();
}
Also used :
MemoryDasm(sw_emulator.software.MemoryDasm)
Aggregations
MemoryDasm (sw_emulator.software.MemoryDasm)50
IOException (java.io.IOException)7
AWTException (java.awt.AWTException)6
JScrollPane (javax.swing.JScrollPane)6
JTable (javax.swing.JTable)5
BadLocationException (javax.swing.text.BadLocationException)5
Vector (java.util.Vector)4
Font (java.awt.Font)2
ActionEvent (java.awt.event.ActionEvent)2
MouseEvent (java.awt.event.MouseEvent)2
File (java.io.File)2
FileNotFoundException (java.io.FileNotFoundException)2
AbstractAction (javax.swing.AbstractAction)2
ActionMap (javax.swing.ActionMap)2
InputMap (javax.swing.InputMap)2
JTableHeader (javax.swing.table.JTableHeader)2
TableModel (javax.swing.table.TableModel)2
Rectangle (java.awt.Rectangle)1
Robot (java.awt.Robot)1
Clipboard (java.awt.datatransfer.Clipboard)1
