private static int[] newPC; // pc after recovery
public static void MiniCSynMethod(Utils.ModuleAction action, out String moduleName)
{
//-----------------------------------|----------------------------------------
moduleName = MODULENAME;
switch (action)
{
case Utils.ModuleAction.getModuleName:
return;
case Utils.ModuleAction.initModule:
Errors.InstallStopParsingMethod(StopParsing);
gt = new GrammarTable();
stk = new int[MAXSTACKLEN];
stkAtErr = new int[MAXSTACKLEN];
newSP = new int[LASTTERM + 1];
newPC = new int[LASTTERM + 1];
break;
case Utils.ModuleAction.resetModule:
break;
case Utils.ModuleAction.cleanupModule:
gt = null;
stk = null;
stkAtErr = null;
newSP = null;
newPC = null;
break;
} // switch
} // MiniCSynMethod
public GrammarDataSet()
{
_tableGrammar = new GrammarTable();
_tableTopics = new TopicsTable();
_tableRules = new RulesTable();
_tableExamples = new ExamplesTable();
this.Tables.AddRange(new DataTable[] {_tableGrammar, _tableTopics, _tableRules, _tableExamples} );
AddForeignKey(_tableTopics, _tableTopics, Strings.COL_TOPIC_ID, Strings.COL_PARENT_TOPIC_ID, Strings.FK_TOPICS_TOPICS, true, true);
AddForeignKey(_tableTopics, _tableRules, Strings.COL_TOPIC_ID, Strings.FK_RULES_TOPICS, true);
AddForeignKey(_tableRules, _tableExamples, Strings.COL_RULE_ID, Strings.FK_EXAMPLES_RULES, true);
_tableGrammar.DefaultView.Sort = Strings.COL_GRAMMAR_ID;
_tableTopics.DefaultView.Sort = "ParentTopicId, Position";
_tableRules.DefaultView.Sort = "TopicId, Position";
_tableExamples.DefaultView.Sort = "RuleId, Position";
this.EnforceConstraints = true;
}
private static int[] newPC; // pc after recovery
public static void GrammarTranslatorSynMethod(Utils.ModuleAction action, out String moduleName) {
//-----------------------------------|----------------------------------------
moduleName = MODULENAME;
switch (action) {
case Utils.ModuleAction.getModuleName:
return;
case Utils.ModuleAction.initModule:
Errors.InstallStopParsingMethod(StopParsing);
gt = new GrammarTable();
stk = new int[MAXSTACKLEN];
stkAtErr = new int[MAXSTACKLEN];
newSP = new int[LASTTERM + 1];
newPC = new int[LASTTERM + 1];
break;
case Utils.ModuleAction.resetModule:
break;
case Utils.ModuleAction.cleanupModule:
gt = null;
stk = null;
stkAtErr = null;
newSP = null;
newPC = null;
break;
} // switch
} // GrammarTranslatorSynMethod
