internal override void Detect(Lexer l)
{
if (!(l.Char == ' ' || (l.Char >= '0' && l.Char <= '9') || (l.Char >= 'a' && l.Char <= 'z') ||
(l.Char >= 'A' && l.Char <= 'Z') || l.Char == '\n' || l.Char == '\t' || l.Char == '\r' ||
l.Char == '{' || l.Char == '}' || l.Char == ':' || l.Char == '_' || l.Char == ';'))
{
l.ForceExclude(); // contains characters we can't accept.
return;
}
if (!(l.GetParent() is ClassDefinitionToken))
{
l.ForceExclude(); // not within a class.
return;
}
KeywordResult res = null;
if (l.Text.IndexOf('{') != -1)
{
res = Keywords.GetKeywords(l.Text.Substring(0, l.Text.IndexOf('{')));
}
else
{
res = Keywords.GetKeywords(l.Text);
}
if (res.Keywords.Count > 0 && res.PossibleKeyword == false && res.Keywords.Contains("property"))
{
// Now use regular expression checking against the substring starting
// at res.DeclIndex to determine whether it's a variable declaration.
string decl = l.Text.Substring(res.DeclIndex).Trim();
if (!decl.EndsWith("}"))
{
return; // Skip if we don't have a terminating character.
}
Regex r = new Regex("(?<PropertyName>[a-zA-Z_][a-zA-z0-9_]*)[ \t\r\n]*\\{(?<PropertyContents>[^\\}]*)\\}");
Match m = r.Match(decl);
if (m.Success)
{
// It's a property declaration.
l.TakeOwnership();
l.AddNode(new DirectNode("\n"));
l.AddNode(new ClassPropertyDeclarationNode(res.Keywords,
m.Groups["PropertyName"].Value, m.Groups["PropertyContents"].Value.Trim()));
l.EndOwnership();
}
else if (decl.IndexOf('{') != -1 && decl.IndexOf('}') != -1)
{
// We can only force exclude if there's an opening bracket
// and a closing bracket and we still don't match.
l.ForceExclude();
}
}
}
internal override void Detect(Lexer l)
{
if (!(l.Char == ' ' || (l.Char >= '0' && l.Char <= '9') || (l.Char >= 'a' && l.Char <= 'z') ||
(l.Char >= 'A' && l.Char <= 'Z') || l.Char == '\n' || l.Char == '\t' || l.Char == '\r' ||
l.Char == ';' || l.Char == '_' || l.Char == ':' || l.Char == '*' || l.Char == '<' ||
l.Char == '>') && !l.Text.Contains("="))
{
l.ForceExclude(); // contains characters we can't accept.
return;
}
if (!(l.GetParent() is ClassDefinitionToken))
{
l.ForceExclude(); // not within a class.
return;
}
KeywordResult res = Keywords.GetKeywords(l.Text);
if (res.Keywords.Count > 0 && res.PossibleKeyword == false)
{
// Now use regular expression checking against the substring starting
// at res.DeclIndex to determine whether it's a variable declaration.
string decl = l.Text.Substring(res.DeclIndex).Trim();
if (!decl.EndsWith(";") && !decl.EndsWith("{"))
{
return; // Skip if we don't have a terminating character.
}
Regex r = new Regex(
"(?<Type>[a-zA-Z][a-zA-z0-9_\\:\\<\\>]+[ \t\r\n\\*]+)?" +
"(?<Name>[a-zA-Z][a-zA-z0-9_]*[ \t\r\n]*)" +
"(?<Assign>\\=[ \t\r\n]*((\\\".*\\\")|([a-zA-Z][a-zA-z0-9_\\:\\<\\>]+)|([0-9_.]*)))?;"
);
Match m = r.Match(decl);
if (m.Success)
{
// It's a variable declaration.
l.TakeOwnership();
if (m.Groups["Assign"].Success)
{
l.AddNode(new ClassVariableDeclarationNode(res.Keywords, m.Groups["Type"].Value.Trim(), m.Groups["Name"].Value.Trim(), m.Groups["Assign"].Value.TrimStart('=').TrimStart()));
}
else
{
l.AddNode(new ClassVariableDeclarationNode(res.Keywords, m.Groups["Type"].Value.Trim(), m.Groups["Name"].Value.Trim(), ""));
}
l.EndOwnership();
}
else
{
// A different kind of declaration that we aren't handling...
l.ForceExclude();
}
}
}
internal override void Detect(Lexer l)
{
if (!(l.Char == ' ' || (l.Char >= '0' && l.Char <= '9') || (l.Char >= 'a' && l.Char <= 'z') ||
(l.Char >= 'A' && l.Char <= 'Z') || l.Char == '\n' || l.Char == '\t' || l.Char == '\r' ||
l.Char == ';' || l.Char == '_' || l.Char == ':' || l.Char == '*' || l.Char == '<' ||
l.Char == '>') && !l.Text.Contains("="))
{
l.ForceExclude(); // contains characters we can't accept.
return;
}
if (!(l.GetParent() is ClassDefinitionToken))
{
l.ForceExclude(); // not within a class.
return;
}
KeywordResult res = Keywords.GetKeywords(l.Text);
if (res.Keywords.Count > 0 && res.PossibleKeyword == false)
{
// Now use regular expression checking against the substring starting
// at res.DeclIndex to determine whether it's a variable declaration.
string decl = l.Text.Substring(res.DeclIndex).Trim();
if (!decl.EndsWith(";") && !decl.EndsWith("{")) return; // Skip if we don't have a terminating character.
Regex r = new Regex(
"(?<Type>[a-zA-Z][a-zA-z0-9_\\:\\<\\>]+[ \t\r\n\\*]+)?" +
"(?<Name>[a-zA-Z][a-zA-z0-9_]*[ \t\r\n]*)" +
"(?<Assign>\\=[ \t\r\n]*((\\\".*\\\")|([a-zA-Z][a-zA-z0-9_\\:\\<\\>]+)|([0-9_.]*)))?;"
);
Match m = r.Match(decl);
if (m.Success)
{
// It's a variable declaration.
l.TakeOwnership();
if (m.Groups["Assign"].Success)
l.AddNode(new ClassVariableDeclarationNode(res.Keywords, m.Groups["Type"].Value.Trim(), m.Groups["Name"].Value.Trim(), m.Groups["Assign"].Value.TrimStart('=').TrimStart()));
else
l.AddNode(new ClassVariableDeclarationNode(res.Keywords, m.Groups["Type"].Value.Trim(), m.Groups["Name"].Value.Trim(), ""));
l.EndOwnership();
}
else
{
// A different kind of declaration that we aren't handling...
l.ForceExclude();
}
}
}
internal override void Detect(Lexer l)
{
if (l.Text == "#import")
{
l.TakeOwnership();
}
else if (!l.Text.TrimStart().StartsWith("#"))
{
l.ForceExclude();
}
if (l.HasOwnership())
{
if (l.Char == '\\' && l.MatchNext("\n"))
{
this.m_KeepOwnership = true;
}
else if (l.Char == '\n' && !this.m_KeepOwnership)
{
l.AddNode(new ImportNode(l.Text.Substring("#import".Length).Trim()));
l.EndOwnership();
}
else if (this.m_KeepOwnership)
{
this.m_KeepOwnership = false;
}
}
}
internal override void Detect(Lexer l)
{
if (l.Text.TrimStart().StartsWith("#") &&
(l.MatchNext(" ") || l.MatchNext("\n")) &&
l.Text != "#import" &&
l.Text != "#include")
l.TakeOwnership();
else if (!l.Text.TrimStart().StartsWith("#") || l.Text == "#import" || l.Text == "#include")
l.ForceExclude();
if (l.HasOwnership())
{
if (l.Char == '\\' && l.MatchNext("\n"))
{
this.m_KeepOwnership = true;
}
else if (l.Char == '\n' && !this.m_KeepOwnership)
{
l.AddNode(new DirectNode(l.Text));
l.EndOwnership();
}
else if (this.m_KeepOwnership)
this.m_KeepOwnership = false;
}
}
internal override void Detect(Lexer l)
{
if (l.Text.TrimStart().StartsWith("#") &&
(l.MatchNext(" ") || l.MatchNext("\n")) &&
l.Text != "#import" &&
l.Text != "#include")
{
l.TakeOwnership();
}
else if (!l.Text.TrimStart().StartsWith("#") || l.Text == "#import" || l.Text == "#include")
{
l.ForceExclude();
}
if (l.HasOwnership())
{
if (l.Char == '\\' && l.MatchNext("\n"))
{
this.m_KeepOwnership = true;
}
else if (l.Char == '\n' && !this.m_KeepOwnership)
{
l.AddNode(new DirectNode(l.Text));
l.EndOwnership();
}
else if (this.m_KeepOwnership)
{
this.m_KeepOwnership = false;
}
}
}
internal override void Detect(Lexer l)
{
if (!(l.Char == ' ' || (l.Char >= '0' && l.Char <= '9') || (l.Char >= 'a' && l.Char <= 'z') ||
(l.Char >= 'A' && l.Char <= 'Z') || l.Char == '\n' || l.Char == '\t' || l.Char == '\r' ||
l.Char == '{' || l.Char == '}' || l.Char == ':' || l.Char == '_' || l.Char == ';'))
{
l.ForceExclude(); // contains characters we can't accept.
return;
}
if (!(l.GetParent() is ClassDefinitionToken))
{
l.ForceExclude(); // not within a class.
return;
}
KeywordResult res = null;
if (l.Text.IndexOf('{') != -1)
res = Keywords.GetKeywords(l.Text.Substring(0, l.Text.IndexOf('{')));
else
res = Keywords.GetKeywords(l.Text);
if (res.Keywords.Count > 0 && res.PossibleKeyword == false && res.Keywords.Contains("property"))
{
// Now use regular expression checking against the substring starting
// at res.DeclIndex to determine whether it's a variable declaration.
string decl = l.Text.Substring(res.DeclIndex).Trim();
if (!decl.EndsWith("}")) return; // Skip if we don't have a terminating character.
Regex r = new Regex("(?<PropertyName>[a-zA-Z_][a-zA-z0-9_]*)[ \t\r\n]*\\{(?<PropertyContents>[^\\}]*)\\}");
Match m = r.Match(decl);
if (m.Success)
{
// It's a property declaration.
l.TakeOwnership();
l.AddNode(new DirectNode("\n"));
l.AddNode(new ClassPropertyDeclarationNode(res.Keywords,
m.Groups["PropertyName"].Value, m.Groups["PropertyContents"].Value.Trim()));
l.EndOwnership();
}
else if (decl.IndexOf('{') != -1 && decl.IndexOf('}') != -1)
{
// We can only force exclude if there's an opening bracket
// and a closing bracket and we still don't match.
l.ForceExclude();
}
}
}
internal override void Detect(Lexer l)
{
if (l.Char == '{' && !(l.GetParent() is ClassDefinitionToken))
{
l.TakeOwnership();
l.AddNode(new DirectNode(l.Text));
l.AddParent();
l.EndOwnership();
}
}
internal override bool DetectEnd(Lexer l)
{
if (l.Char == '}')
{
l.AddNode(new DirectNode(l.Text));
return true;
}
return false;
}
internal override bool DetectEnd(Lexer l)
{
if (l.Char == '}')
{
l.AddNode(new DirectNode(l.Text));
return(true);
}
return(false);
}
internal override void Detect(Lexer l)
{
if (l.Char == '{' && !(l.GetParent() is ClassDefinitionToken))
{
l.TakeOwnership();
l.AddNode(new DirectNode(l.Text));
l.AddParent();
l.EndOwnership();
}
}
internal override void Detect(Lexer l)
{
if (l.Text.TrimStart().StartsWith("class ") && !l.HasOwnership())
{
l.TakeOwnership();
}
else if (!l.HasOwnership() && !"class ".StartsWith(l.Text.TrimStart()))
{
l.ForceExclude();
}
if (l.HasOwnership())
{
if (l.Char == '{')
{
string n = l.Text.TrimStart().Substring("class ".Length, l.Text.TrimStart().Length - "class ".Length - 1);
Regex r = new Regex("[ \n\r]as[ \n\r]", RegexOptions.Multiline);
Match m = r.Match(n);
if (m.Success)
{
l.AddNode(new ClassDefinitionNode(
n.Substring(0, m.Index),
n.Substring(m.Index + m.Length)
));
}
else
{
l.AddNode(new ClassDefinitionNode(
n,
""
));
}
l.AddParent();
l.EndOwnership();
}
else if (l.Char == ';')
{
l.AddNode(new DirectNode(l.Text.Substring(0, l.Text.Length - 1)));
l.EndOwnership();
}
}
}
internal override void Detect(Lexer l)
{
if (l.Text.TrimStart().StartsWith("using ") && !l.HasOwnership())
l.TakeOwnership();
else if (l.HasOwnership() && l.Char == ';')
{
l.AddNode(new UsingNode(l.Text.Substring("using ".Length, l.Text.Length - "using ".Length - 1)));
l.EndOwnership();
}
else if (!l.HasOwnership() && !"using ".StartsWith(l.Text.TrimStart()))
l.ForceExclude();
}
internal override void Detect(Lexer l)
{
if (l.Text.TrimStart().StartsWith("class ") && !l.HasOwnership())
l.TakeOwnership();
else if (!l.HasOwnership() && !"class ".StartsWith(l.Text.TrimStart()))
l.ForceExclude();
if (l.HasOwnership())
{
if (l.Char == '{')
{
string n = l.Text.TrimStart().Substring("class ".Length, l.Text.TrimStart().Length - "class ".Length - 1);
Regex r = new Regex("[ \n\r]as[ \n\r]", RegexOptions.Multiline);
Match m = r.Match(n);
if (m.Success)
{
l.AddNode(new ClassDefinitionNode(
n.Substring(0, m.Index),
n.Substring(m.Index + m.Length)
));
}
else
{
l.AddNode(new ClassDefinitionNode(
n,
""
));
}
l.AddParent();
l.EndOwnership();
}
else if (l.Char == ';')
{
l.AddNode(new DirectNode(l.Text.Substring(0, l.Text.Length - 1)));
l.EndOwnership();
}
}
}
internal override void Detect(Lexer l)
{
if (l.Text.TrimStart().StartsWith("using ") && !l.HasOwnership())
{
l.TakeOwnership();
}
else if (l.HasOwnership() && l.Char == ';')
{
l.AddNode(new UsingNode(l.Text.Substring("using ".Length, l.Text.Length - "using ".Length - 1)));
l.EndOwnership();
}
else if (!l.HasOwnership() && !"using ".StartsWith(l.Text.TrimStart()))
{
l.ForceExclude();
}
}
internal override void Detect(Lexer l)
{
if (l.Text == "#include")
l.TakeOwnership();
else if (!l.Text.TrimStart().StartsWith("#"))
l.ForceExclude();
if (l.HasOwnership())
{
if (l.Char == '\\' && l.MatchNext("\n"))
{
this.m_KeepOwnership = true;
}
else if (l.Char == '\n' && !this.m_KeepOwnership)
{
l.AddNode(new IncludeNode(l.Text.Substring("#include".Length).Trim()));
l.EndOwnership();
}
else if (this.m_KeepOwnership)
this.m_KeepOwnership = false;
}
}
internal override void Detect(Lexer l)
{
if (!(l.Char == ' ' || (l.Char >= '0' && l.Char <= '9') || (l.Char >= 'a' && l.Char <= 'z') ||
(l.Char >= 'A' && l.Char <= 'Z') || l.Char == '\n' || l.Char == '\t' || l.Char == '\r' ||
l.Char == '{' || l.Char == '_' || l.Char == ',' || l.Char == '(' || l.Char == ')' ||
l.Char == ':' || l.Char == ';' || l.Char == '*' || l.Char == '<' || l.Char == '>' ||
l.Char == '[' || l.Char == ']' || l.Char == '-' || l.Char == '.' || l.Char == '"' ||
l.Char == '&'))
{
l.ForceExclude(); // contains characters we can't accept.
return;
}
if (l.Text.Contains('='))
{
l.ForceExclude(); // contains characters we can't accept.
return;
}
if (!(l.GetParent() is ClassDefinitionToken))
{
l.ForceExclude(); // not within a class.
return;
}
KeywordResult res = Keywords.GetKeywords(l.Text);
if (res.Keywords.Count > 0 && res.PossibleKeyword == false)
{
// Now use regular expression checking against the substring starting
// at res.DeclIndex to determine whether it's a variable declaration.
string decl = l.Text.Substring(res.DeclIndex).Trim();
if (decl.EndsWith(";"))
{
// Show 'expected {' error.
Console.WriteLine("Error: expected '{', not ';' on line " + l.LineNumber + " within file " + l.FileName + ".\nError: Check the end of your function definitions.");
l.Abort();
return;
}
if (!decl.EndsWith("{"))
{
return; // Skip if we don't have a terminating character.
}
Regex r = new Regex(
"(?<Type>[a-zA-Z][a-zA-z0-9_\\:\\<\\>]+[ \t\r\n\\*]+)?" +
"(?<Name>[a-zA-Z][a-zA-z0-9_]*[ \t\r\n]*\\([ \t\r\na-zA-Z0-9_&,-\\.\\:\\*\\<\\>\\[\\]\\\"]*\\))[ \t\r\n]*\\{"
);
Match m = r.Match(decl);
if (m.Success)
{
// It's a function declaration.
l.TakeOwnership();
l.AddNode(new DirectNode("\n"));
l.AddNode(new ClassFunctionDeclarationNode(res.Keywords, m.Groups["Type"].Value.Trim(), m.Groups["Name"].Value.Trim()));
l.AddParent();
l.EndOwnership();
}
else
{
// A different kind of declaration that we aren't handling...
l.ForceExclude();
}
}
}