public ENFA_GroupingEnd(ENFA_Controller controller, bool recording, string groupName, ENFA_GroupingEnd parent, StateType stateType) : base(controller, stateType)
{
_parent = parent;
_recording = recording;
if (string.IsNullOrEmpty(groupName))
{
groupName = Guid.NewGuid().ToString();
}
_groupName = groupName;
if (_recording)
{
RegisterGroupName(_groupName);
}
}
private void Kill()
{
if (Node.List.Count > 1)
{
Node.List.Remove(this);
// TODO remove matches from matchTree until split
_controller = null;
_node = null;
_patternLocation = null;
}
else
{
// TODO Insert Error token for one char and go back
}
}
public ENFA_Tokenizer(ENFA_Controller controller)
{
_controller = controller;
}
public ENFA_GroupStart(ENFA_Controller controller, ENFA_GroupingStart parent) : base(controller, parent)
{
}
public ENFA_Parser(ENFA_Controller controller)
{
_controller = controller;
}
public ENFA_Regex_MatchPath(ENFA_Regex_MatchPath cloneThis)
{
_controller = cloneThis.Controller;
_node = cloneThis.Node;
_patternLocation = cloneThis.PatternLocation;
}
//A state can be a pattern end
public ENFA_PatternEnd(ENFA_PatternStart patternStart, ENFA_Controller controller, string terminalName, StateType stateType) : base(controller, true, terminalName, null, stateType)
{
_patternStart = patternStart;
_terminalName = terminalName;
}
//A state can be a lookbehind end
public ENFA_LookbehindEnd(ENFA_Controller controller, ENFA_LookbehindStart lookbehindStart, ENFA_GroupingEnd parent) : base(controller, false, null, parent)
{
_lookbehindStart = lookbehindStart;
}
public ENFA_Grammar_Parser(ENFA_Controller controller) : base(controller)
{
}
public ENFA_GroupingStart(ENFA_Controller controller, ENFA_GroupingStart parent) : base(controller, StateType.NotApplicable)
{
_parent = parent;
}
//A state can be a group end
public ENFA_GroupEnd(ENFA_Controller controller, ENFA_GroupStart groupStart, bool recording, string groupName, ENFA_GroupingEnd parent) : base(controller, recording, groupName, parent)
{
_groupStart = groupStart;
}
public ENFA_Grammar_Factory(ENFA_Controller controller) : base(controller)
{
_grammarTokenizer = new ENFA_Grammar_Tokenizer(controller);
_grammarParser = new ENFA_Grammar_Parser(controller);
}
//A state* can be a placeholder for a recorded group
public ENFA_PlaceHolder(ENFA_Controller controller, string groupName) : base(controller, StateType.NotApplicable)
{
_groupName = groupName;
}
public ENFA_State(ENFA_Controller controller, ENFA_Base prevoiusState, string stateName, StateType stateType) : base(controller, stateType)
{
_stateName = stateName;
_prevoiusState = prevoiusState;
}
public ENFA_Factory(ENFA_Controller controller)
{
_controller = controller;
}
public ENFA_Regex_Parser(ENFA_Controller controller) : base(controller)
{
}
//A state# can be a context switch to another grammar
public ENFA_ContextSwitch(ENFA_Controller controller, StateType stateType) : base(controller, stateType)
{
}
//A state can be a pattern start (always recording)
public ENFA_PatternStart(ENFA_Controller controller) : base(controller, null)
{
}
public ENFA_Grammar_Tokenizer(ENFA_Controller controller) : base(controller)
{
}
public ENFA_GroupingEnd(ENFA_Controller controller, bool recording, string groupName, ENFA_GroupingEnd parent) : this(controller, recording, groupName, parent, StateType.NotApplicable)
{
}
//A state# can be a scope end (pops scope off scope stack)
public ENFA_ScopeEnd(ENFA_Controller controller, StateType stateType) : base(controller, stateType)
{
}
public ENFA_Regex_Tokenizer(ENFA_Controller controller) : base(controller)
{
}
//A state can be a lookbehind start
public ENFA_LookbehindStart(ENFA_Controller controller, AssertionType assertionType, ENFA_GroupingStart parent) : base(controller, parent)
{
_assertionType = assertionType;
}
public ENFA_Regex_Factory(ENFA_Controller controller) : base(controller)
{
_regexTokenizer = new ENFA_Regex_Tokenizer(controller);
_regexParser = new ENFA_Regex_Parser(controller);
}