public override bool ShowExecutionInfo(enumMessageLevel level)
{
//Stack
MessageManager.ShowLine("*Stack\r\nUsage of stack:" + (SetupData.MemoryContents[0].WordCapacity * 4 - StackPointerMin) + " bytes", level);
return(true);
}
public static bool TestLevel(enumMessageLevel level)
{
if ((MessageLevel & level) != level)
{
return(false);
}
return(true);
}
public static void ShowLine(string text, enumMessageLevel level = enumMessageLevel.ProgressLog)
{
if ((MessageLevel & level) != level)
{
return;
}
ShowText(text);
NeedToAppendLine = true;
}
public static void Show(string text, enumMessageLevel level = enumMessageLevel.ProgressLog)
{
if ((MessageLevel & level) != level)
{
return;
}
if (text.EndsWith("\r\n"))
{
ShowLine(text.Substring(0, text.Length - 2));
}
else
{
ShowText(text);
}
}
public static void SetLevel(string mode)
{
enumMessageLevel level = enumMessageLevel.None;
for (int i = 0; i < mode.Length; i++)
{
char c = mode[i];
switch (c)
{
case 'e':
level |= enumMessageLevel.ExecutionLog;
break;
case 'E':
level |= enumMessageLevel.ExecutionDetailLog;
break;
case 'i':
level |= enumMessageLevel.InfomationLog;
break;
case 'I':
level |= enumMessageLevel.InfomationDetailLog;
break;
case 'p':
level |= enumMessageLevel.ProgressLog;
break;
case 'P':
level |= enumMessageLevel.DetailProgressLog;
break;
}
}
MessageLevel = level;
}
public void ShowAnalyzeResult(enumMessageLevel level)
{
{
MessageManager.ShowLine("", level);
MessageManager.ShowLine("Constants Mapping:", level);
{
for (int i = 0; i < Readonlys.Count; i++)
{
var e = Readonlys[i];
int tailIdx = i;
for (int cursor = i + 1; cursor < Readonlys.Count; cursor++)
{
var tail = Readonlys[cursor];
if (e.GroupedVariables.Count > 1 ||
tail.GroupedVariables.Count > 1 ||
e.GroupedVariables[0] != tail.GroupedVariables[0])
{
break;
}
tailIdx = cursor;
}
if (i == tailIdx)
{
MessageManager.ShowLine($"{ e.Index.ToString() }:\t{ e.Content.ToString() } (0x{ e.Content.GetValue().ToString("X8") })", level);
foreach (var v in e.GroupedVariables)
{
MessageManager.ShowLine($" \t *{ Assemble.AssemblyCode.GetBlockPathPrefix(v.DefinedBlock) + v.Name } (defined at { v.AssemblePosition.GenerateLocationText() })", level);
}
}
else
{
var tail = Readonlys[tailIdx];
MessageManager.Show($"{ e.Index.ToString() }-{tail.Index.ToString()}:\t{{ { e.Content.ToString() }", level);
for (int cursor = i + 1; cursor <= tailIdx; cursor++)
{
var cur = Readonlys[cursor];
MessageManager.Show($",{ cur.Content.ToString() }", level);
}
MessageManager.ShowLine(" }", level);
foreach (var v in e.GroupedVariables)
{
MessageManager.ShowLine($" \t *{ Assemble.AssemblyCode.GetBlockPathPrefix(v.DefinedBlock) + v.Name } (defined at { v.AssemblePosition.GenerateLocationText() })", level);
}
}
i = tailIdx;
}
}
{
MessageManager.ShowLine("", level);
MessageManager.ShowLine("Variables Mapping:", level);
for (int i = 0; i < Readwrites.Count; i++)
{
var e = Readwrites[i];
int tailIdx = i;
for (int cursor = i + 1; cursor < Readwrites.Count; cursor++)
{
var tail = Readwrites[cursor];
if (e.GroupedVariables.Count > 1 ||
tail.GroupedVariables.Count > 1 ||
e.GroupedVariables[0] != tail.GroupedVariables[0])
{
break;
}
tailIdx = cursor;
}
if (i == tailIdx)
{
MessageManager.Show($"{ e.Index.ToString() }:\t", level);
if (e.NeedInitialization)
{
MessageManager.ShowLine($"{ e.InitialValue.ToString() } (0x{ e.InitialValue.GetValue().ToString("X8") })", level);
}
else
{
MessageManager.ShowLine("Any", level);
}
foreach (var v in e.GroupedVariables)
{
MessageManager.ShowLine($" \t *{ Assemble.AssemblyCode.GetBlockPathPrefix(v.DefinedBlock) + v.Name } (defined at { v.AssemblePosition.GenerateLocationText() })", level);
}
}
else
{
var tail = Readwrites[tailIdx];
MessageManager.Show($"{ e.Index.ToString() }-{tail.Index.ToString()}:\t{{ { e.InitialValue.ToString() }", level);
for (int cursor = i + 1; cursor <= tailIdx; cursor++)
{
var cur = Readwrites[cursor];
MessageManager.Show($",{ cur.InitialValue.ToString() }", level);
}
MessageManager.ShowLine(" }", level);
foreach (var v in e.GroupedVariables)
{
MessageManager.ShowLine($" \t *{ Assemble.AssemblyCode.GetBlockPathPrefix(v.DefinedBlock) + v.Name } (defined at { v.AssemblePosition.GenerateLocationText() })", level);
}
}
i = tailIdx;
}
}
}
MessageManager.ShowLine("", level);
}
protected bool ShowMemoryDumpByMessage(ExecuteSetupData.MemoryContent setupMemoryContent, CommonModule.RAM memory, bool codeInstr, bool codeVar, bool stack, enumMessageLevel level)
{
if (!codeInstr && !codeVar && !stack)
{
return(false);
}
{
var mem = setupMemoryContent;
const int contentTextWidth = 40;
MessageManager.ShowLine($"ByteAddress { "Raw".PadRight(contentTextWidth,' ') } Mean", level);
if (codeInstr || codeVar)
{
for (int memByteAddrHead = 0; memByteAddrHead < mem.CodeSize * 4; memByteAddrHead++)
{
int memByteAddrTail = memByteAddrHead;
for (int cursor = memByteAddrHead + 1; cursor < mem.CodeSize * 4; cursor++)
{
if (mem.GetDebugInfo(cursor / 4, 4, cursor % 4).Usage != MemoryContent.WordElement.enumUsage.FollowHead)
{
break;
}
memByteAddrTail = cursor;
}
//Statistics
string statisticsText = "";
//Content
string contentText = "";
var usageType = mem.GetDebugInfo(memByteAddrHead / 4, 4, memByteAddrHead % 4).Usage;
switch (usageType)
{
case MemoryContent.WordElement.enumUsage.Variable:
case MemoryContent.WordElement.enumUsage.VariableArray:
case MemoryContent.WordElement.enumUsage.FollowHead:
if (!codeVar)
{
memByteAddrHead = memByteAddrTail;
continue;
}
memByteAddrTail = memByteAddrHead + 3; //Disabling group display
contentText = $"0x{ memory[memByteAddrHead / 4].ToString("X8") } ({ (int)memory[memByteAddrHead / 4]})";
{
int wordReadTimes, wordWriteTimes, execTimes;
int[] wordReadTimesPerType;
memory.GetWordAccessStatistics((uint)memByteAddrHead / 4, 4, memByteAddrHead % 4, out execTimes, out wordReadTimes, out wordWriteTimes, out wordReadTimesPerType);
statisticsText = $"\r\n #Access: RI={wordReadTimesPerType[(int)CommonModule.EnumMemorymAccessType.Instruction]}, RD={wordReadTimesPerType[(int)CommonModule.EnumMemorymAccessType.Data]}; W={wordWriteTimes}";
statisticsText += "\r\n";
}
break;
case MemoryContent.WordElement.enumUsage.Unknown:
default:
if (memByteAddrHead >= setupMemoryContent.CodeSize)
{
contentText = $"0x{ memory[memByteAddrHead / 4].ToString("X8") } ({ (int)memory[memByteAddrHead / 4]})";
}
else
{
contentText = "(Alignment)";
}
statisticsText += "\r\n";
break;
case MemoryContent.WordElement.enumUsage.Instruction:
if (!codeInstr)
{
memByteAddrHead = memByteAddrTail;
continue;
}
contentText = "";
for (int i = 0; i < memByteAddrTail - memByteAddrHead + 1; i++)
{
if ((memByteAddrHead + i) % 4 == 0 || (mem[(memByteAddrHead + i) / 4].DebugInfoCount >= 2 && (memByteAddrHead + i) % 2 == 0))
{
contentText += " ";
}
contentText += "" + ApplyByteMask(memory[(memByteAddrHead + i) / 4], (memByteAddrHead + i) % 4).ToString("X2");
}
contentText = contentText.TrimStart(' ');
{
int wordReadTimes, wordWriteTimes, execTimes;
int[] wordReadTimesPerType;
memory.GetWordAccessStatistics((uint)memByteAddrHead / 4, 4, memByteAddrHead % 4, out execTimes, out wordReadTimes, out wordWriteTimes, out wordReadTimesPerType);
statisticsText = $"\r\n #Access: EX={execTimes}, RI={wordReadTimesPerType[(int)CommonModule.EnumMemorymAccessType.Instruction]}, RD={wordReadTimesPerType[(int)CommonModule.EnumMemorymAccessType.Data]}; W={wordWriteTimes}";
statisticsText += "\r\n";
}
break;
}
//Start address
if (memByteAddrHead == memByteAddrTail)
{
MessageManager.Show($"{ memByteAddrHead.ToString("X8") }: ", level);
}
else
{
MessageManager.Show($"{ memByteAddrHead.ToString("X8") }~[+{((memByteAddrTail - memByteAddrHead).ToString() + "]:").PadRight(5,' ') }", level);
}
//Contents
contentText = contentText.PadRight(contentTextWidth, ' ');
MessageManager.Show(
$"{ contentText } { mem.GetDebugInfo(memByteAddrHead / 4,4,memByteAddrHead % 4).DebugInfo?.PadRight(usageType == MemoryContent.WordElement.enumUsage.Instruction ? 70 : 0) }", level);
MessageManager.Show(statisticsText, level);
memByteAddrHead = memByteAddrTail;
}
}
if (stack)
{
for (int memByteAddrHead = mem.CodeSize * 4; memByteAddrHead < mem.WordCapacity * 4; memByteAddrHead++)
{
int memByteAddrTail = memByteAddrHead;
for (int cursor = memByteAddrHead + 1; cursor < mem.WordCapacity * 4; cursor++)
{
if (mem.GetDebugInfo(cursor / 4, 4, cursor % 4).Usage != MemoryContent.WordElement.enumUsage.FollowHead)
{
break;
}
memByteAddrTail = cursor;
}
//Content
string contentText;
switch (mem.GetDebugInfo(memByteAddrHead / 4, 4, memByteAddrHead % 4).Usage)
{
case MemoryContent.WordElement.enumUsage.Variable:
case MemoryContent.WordElement.enumUsage.VariableArray:
case MemoryContent.WordElement.enumUsage.FollowHead:
memByteAddrTail = memByteAddrHead + 3; //Disabling group display
contentText = $"0x{ memory[memByteAddrHead / 4].ToString("X8") } ({ (int)memory[memByteAddrHead / 4]})";
break;
case MemoryContent.WordElement.enumUsage.Unknown:
default:
if (memByteAddrHead >= setupMemoryContent.CodeSize)
{
contentText = $"0x{ memory[memByteAddrHead / 4].ToString("X8") } ({ (int)memory[memByteAddrHead / 4]})";
}
else
{
contentText = "(Alignment)";
}
break;
case MemoryContent.WordElement.enumUsage.Instruction:
contentText = "";
for (int i = 0; i < memByteAddrTail - memByteAddrHead + 1; i++)
{
if ((memByteAddrHead + i) % 4 == 0 || (mem[(memByteAddrHead + i) / 4].DebugInfoCount >= 2 && (memByteAddrHead + i) % 2 == 0))
{
contentText += " ";
}
contentText += "" + ApplyByteMask(memory[(memByteAddrHead + i) / 4], (memByteAddrHead + i) % 4).ToString("X2");
}
contentText = contentText.TrimStart(' ');
break;
}
//Start address
if (memByteAddrHead == memByteAddrTail)
{
MessageManager.Show($"{ memByteAddrHead.ToString("X8") }: ", level);
}
else
{
MessageManager.Show($"{ memByteAddrHead.ToString("X8") }~[+{((memByteAddrTail - memByteAddrHead).ToString() + "]:").PadRight(5,' ') }", level);
}
//Contents
contentText = contentText.PadRight(contentTextWidth, ' ');
MessageManager.ShowLine(
$"{ contentText } { mem.GetDebugInfo(memByteAddrHead / 4,4,memByteAddrHead % 4).DebugInfo }", level);
memByteAddrHead = memByteAddrTail;
}
}
MessageManager.ShowLine($"-----------------------------------------------------------------------", level);
MessageManager.ShowLine("", level);
}
return(true);
}
public abstract bool ShowExecutionInfo(enumMessageLevel level);
public abstract bool ShowMemoryDumpByMessage(bool codeInstr, bool codeVar, bool stack, enumMessageLevel level);
public override bool ShowExecutionInfo(enumMessageLevel level)
{
//Memory
MessageManager.ShowLine("*Memory\n" + CircuitGroup.SyncMemory.GetStatisticsInfo(), level);
return(true);
}
public void ShowByMessage(enumMessageLevel level)
{
if (!MessageManager.TestLevel(level))
{
return;
}
MessageManager.ShowLine($"Entry point: 0x{ StartupAddress.ToString("X8") }", level);
MessageManager.ShowLine($"Memory slots: Uses { MemoryContents.Length } memory slots", level);
MessageManager.ShowLine("", level);
MessageManager.ShowLine($"Memory initial contents:", level);
MessageManager.GoInnerTab();
foreach (var mem in MemoryContents)
{
const int contentTextWidth = 40;
MessageManager.ShowLine($"[Slot.{ mem.Slot }]:", level);
MessageManager.ShowLine($"Capacity = { mem.WordCapacity } words", level);
MessageManager.ShowLine($"ByteAddress { "Initial-value".PadRight(contentTextWidth,' ') } Mean", level);
for (int memByteAddrHead = 0; memByteAddrHead < mem.CodeSize * 4; memByteAddrHead++)
{
int memByteAddrTail = memByteAddrHead;
for (int cursor = memByteAddrHead + 1; cursor < mem.CodeSize * 4; cursor++)
{
if (mem.GetDebugInfo(cursor / 4, 4, cursor % 4).Usage != MemoryContent.WordElement.enumUsage.FollowHead)
{
break;
}
memByteAddrTail = cursor;
}
//Content
string contentText;
switch (mem.GetDebugInfo(memByteAddrHead / 4, 4, memByteAddrHead % 4).Usage)
{
case MemoryContent.WordElement.enumUsage.Variable:
case MemoryContent.WordElement.enumUsage.VariableArray:
case MemoryContent.WordElement.enumUsage.FollowHead:
memByteAddrTail = memByteAddrHead + 3; //Disabling group display
contentText = $"0x{ mem[memByteAddrHead / 4].InitialValue.ToString("X8") } ({ (int)mem[memByteAddrHead / 4].InitialValue})";
break;
case MemoryContent.WordElement.enumUsage.Unknown:
default:
contentText = "(Alignment)";
break;
case MemoryContent.WordElement.enumUsage.Instruction:
contentText = "";
for (int i = 0; i < memByteAddrTail - memByteAddrHead + 1; i++)
{
if ((memByteAddrHead + i) % 4 == 0 || (mem[(memByteAddrHead + i) / 4].DebugInfoCount >= 2 && (memByteAddrHead + i) % 2 == 0))
{
contentText += " ";
}
contentText += "" + ApplyByteMask(mem[(memByteAddrHead + i) / 4].InitialValue, (memByteAddrHead + i) % 4).ToString("X2");
}
contentText = contentText.TrimStart(' ');
break;
}
//Start address
if (memByteAddrHead == memByteAddrTail)
{
MessageManager.Show($"{ memByteAddrHead.ToString("X8") }: ", level);
}
else
{
MessageManager.Show($"{ memByteAddrHead.ToString("X8") }~[+{((memByteAddrTail - memByteAddrHead).ToString() + "]:").PadRight(5,' ') }", level);
}
//Contents
contentText = contentText.PadRight(contentTextWidth, ' ');
MessageManager.ShowLine(
$"{ contentText } { mem.GetDebugInfo(memByteAddrHead / 4,4,memByteAddrHead % 4).DebugInfo }", level);
memByteAddrHead = memByteAddrTail;
}
MessageManager.ShowLine($"-----------------------------------------------------------------------", level);
MessageManager.ShowLine("", level);
}
MessageManager.GoOuterTab();
MessageManager.ShowLine("", level);
}