public void Should_Check_Insert()
{
//arrange
string str1 = "Hello";
string str2 = "hello";
string resultStr = "Hehellollo";
MyStringBuilder builder = new MyStringBuilder(str1);
//act
var result = builder.Insert(2, str2);
//assert
result.ToString().ShouldBeEquivalentTo(resultStr);
}
private static string cleandisasm(string[] lines)
{
var sb = new MyStringBuilder();
string[] instr = new string[14];
int instrc;
int instrs = 0;
int real_data_accesses = 0;
int real_base_accesses = 0;
DATA.lvars.Clear();
DATA.cache.Clear();
SortedDictionary <int, A> stuff = new SortedDictionary <int, A>();
List <BASEADDRPATCH> baseaddrpatches = new List <BASEADDRPATCH>();
sb.Append(":ENTRY").AppendLine();
sb.Append("hex").AppendLine();
int _ = 0;
if (lines[_].Trim().Replace("\r", "").Length == 0)
{
do
{
_++;
} while (!lines[_ - 1].StartsWith("00000000 <_main>"));
}
for (; _ < lines.Length; _++)
{
string _line = lines[_];
try {
string line = _line.Trim().Replace("\r", "");
if (line.Length == 0)
{
continue;
}
if (line.EndsWith(":"))
{
if (comments)
{
sb.Append("// ").Append(line.Trim()).AppendLine();
}
continue;
}
instrc = 0;
int c = 1;
while (line[c - 1] != ':')
{
c++;
}
while (line[c] == ' ' || line[c] == '\t')
{
c++;
}
do
{
instr[instrc++] = new string(new char[] { line[c], line[c + 1] } );
c += 3;
} while (line[c] != ' ' && line [c] != '\t');
while (line[c] == ' ' || line[c] == '\t')
{
c++;
}
string comment = line.Substring(c);
// >>>>>>> nextline
// try to include next line if necessary
// for example:
// test DWORD PTR [esp+0x11223344],0x44332211
// results in:
// 0: f7 84 24 44 33 22 11 test DWORD PTR [esp+0x11223344],0x44332211
// 7: 11 22 33 44
tryparsenextline:
if (_ + 1 >= lines.Length)
{
goto skipnextline;
}
string nextline = lines[_ + 1].Replace("\r", "").Trim();
nextline = new Regex("^[0-9a-fA-F]+:\\s+").Replace(nextline, "");
string[] opcodes = nextline.Split(' ');
foreach (string oc in opcodes)
{
if (oc.Length != 2)
{
goto skipnextline;
}
try {
int.Parse(oc, NumberStyles.HexNumber);
} catch (Exception) {
goto skipnextline;
}
}
foreach (string oc in opcodes)
{
instr[instrc++] = new string(new char[] { oc[0], oc[1] } );
}
_++;
goto tryparsenextline;
skipnextline:
// <<<<<<< nextline
int si = 0;
if (instrc == 5 &&
(comment.StartsWith("call") || comment.StartsWith("jmp") || comment.StartsWith("je ") || comment.StartsWith("jne ")) &&
instraddr(instr) > 0x40000)
{
si = 1;
sb.Append(instr[0]).AppendLine();
instrs++;
stuff.Add(instrs, new JMPCALL());
int idx = comment.IndexOf(' ') + 1;
comment = comment.Substring(0, idx) + "0x" + realaddr(instr);
if (correctoffsets)
{
patchinstr(instr, 2 * instrs + 4);
}
else
{
patchinstr(instr, instrs);
}
}
for (int i = 1; i <= instrc - 4; i++)
{
int type = 0;
const int TYPE_DATA = 1;
const int TYPE_BASE = 2;
if (instr[i] == "ee" && instr[i + 1] == "ff" && instr[i + 3] == "ee")
{
type = TYPE_DATA;
}
else if (instr[i] == "ff" && instr[i + 1] == "ee" && instr[i + 2] == "ef" && instr[i + 3] == "ee")
{
type = TYPE_BASE;
}
else
{
continue;
}
for (; si < i; si++)
{
sb.Append(instr[si]).Append(' ');
instrs++;
}
switch (type)
{
case TYPE_DATA:
//stuff.Add(instrs, new DATA(instr[i + 2], (int.Parse(instr[i + 1], NumberStyles.HexNumber) << 8) | int.Parse(instr[i], NumberStyles.HexNumber)));
stuff.Add(instrs, new DATA(instr[i + 2], 0));
sb.AppendLine();
sb.Append("00 00 00 00 // DATA").Append(instr[i + 2]);
real_data_accesses++;
break;
case TYPE_BASE:
baseaddrpatches.Add(new BASEADDRPATCH(instrs));
sb.AppendLine();
sb.Append("00 00 00 00 // __BASEADDR");
real_base_accesses++;
break;
}
instrs += 4;
i += 3;
si += 4;
if (si < instrc)
{
sb.AppendLine();
}
}
for (; si < instrc; si++)
{
sb.Append(instr[si]).Append(' ');
instrs++;
}
sb.AppendLine();
if (comments)
{
sb.Append("// ").Append(comment.Trim()).AppendLine();
}
} catch (Exception er) {
string result = er.ToString() + "\r\n" + _line;
MessageBox.Show(result);
return(result);
}
}
sb.Append("end").AppendLine();
var sb2 = new MyStringBuilder();
sb2.Append("// this file is generated by asmtool").AppendLine();
sb2.Append("// https://github.com/yugecin/scmcleoscripts/tree/master/tools/asm").AppendLine();
sb2.AppendLine();
sb2.Append(":HOOKER").AppendLine();
sb2.Append("0AC6: 0@ = label @ENTRY offset").AppendLine();
sb2.AppendLine();
sb2.Append("0085: 1@ = 0@ // (int)").AppendLine();
string[] hookadrs = new string[] {
"",
hookaddr.Substring(6, 2),
hookaddr.Substring(4, 2),
hookaddr.Substring(2, 2),
hookaddr.Substring(0, 2),
};
sb2.Append("000E: 1@ -= 0x").Append(realaddr(hookadrs)).AppendLine();
sb2.Append("0A8C: write_memory 0x").Append(i2hs(int.Parse(hookaddr, NumberStyles.HexNumber) - 1)).Append(" size 1 value 0xE9 vp 0").AppendLine();
sb2.Append("0A8C: write_memory 0x").Append(hookaddr).Append(" size 4 value 1@ vp 0").AppendLine();
sb2.AppendLine();
sb2.Append("0AC6: 1@ = label @ENTRY offset").AppendLine();
sb2.AppendLine();
if (baseaddrpatches.Count > 0)
{
sb2.Append("0085: 2@ = 1@").AppendLine();
foreach (BASEADDRPATCH p in baseaddrpatches)
{
p.dostuff(sb2);
}
sb2.AppendLine();
}
int offset = 0;
foreach (KeyValuePair <int, A> s in stuff)
{
int diff = s.Key - offset;
sb2.Append("000A: 1@ += ").Append(diff).AppendLine();
offset += diff;
s.Value.dostuff(sb2);
}
sb2.AppendLine();
sb2.Append("0002: jump @NOMOREHOOKER").AppendLine().AppendLine();
sb.Insert(0, sb2.ToString());
check(check_data_accesses, real_data_accesses, "data accesses");
check(check_base_accesses, real_base_accesses, "base addr accesses");
return(sb.ToString());
}
