public PushSubpatternTask(
PushAndPopSubpatternTaskTypes type,
string subpatternName,
string subpatternElementName,
string[] connectionName,
string[] argumentExpressions,
string negativeIndependentNamePrefix,
string searchPatternpath,
string matchOfNestingPattern,
string lastMatchAtPreviousNestingLevel,
bool parallel)
{
Debug.Assert(connectionName.Length == argumentExpressions.Length);
Debug.Assert(type == PushAndPopSubpatternTaskTypes.Subpattern);
Type = type;
SubpatternName = subpatternName;
SubpatternElementName = subpatternElementName;
ConnectionName = connectionName;
ArgumentExpressions = argumentExpressions;
NegativeIndependentNamePrefix = negativeIndependentNamePrefix;
SearchPatternpath = searchPatternpath;
MatchOfNestingPattern = matchOfNestingPattern;
LastMatchAtPreviousNestingLevel = lastMatchAtPreviousNestingLevel;
Parallel = parallel;
}
public PopSubpatternTask(string negativeIndependentNamePrefix,
PushAndPopSubpatternTaskTypes type,
string subpatternOrAlternativeOrIteratedName,
string subpatternElementNameOrPathPrefix,
bool parallel)
{
NegativeIndependentNamePrefix = negativeIndependentNamePrefix;
Type = type;
if (type == PushAndPopSubpatternTaskTypes.Subpattern)
{
SubpatternName = subpatternOrAlternativeOrIteratedName;
SubpatternElementName = subpatternElementNameOrPathPrefix;
}
else if (type == PushAndPopSubpatternTaskTypes.Alternative)
{
AlternativeOrIteratedName = subpatternOrAlternativeOrIteratedName;
PathPrefix = subpatternElementNameOrPathPrefix;
}
else // if(type == PushAndPopSubpatternTaskTypes.Iterated)
{
AlternativeOrIteratedName = subpatternOrAlternativeOrIteratedName;
PathPrefix = subpatternElementNameOrPathPrefix;
}
Parallel = parallel;
}
public PushSubpatternTask(
PushAndPopSubpatternTaskTypes type,
string pathPrefix,
string alternativeOrIteratedName,
string rulePatternClassName,
string pathPrefixInRulePatternClass,
string alternativeNameInRulePatternClass,
string[] connectionName,
string[] argumentExpressions,
string negativeIndependentNamePrefix,
string searchPatternpath,
string matchOfNestingPattern,
string lastMatchAtPreviousNestingLevel,
bool parallel)
{
Debug.Assert(connectionName.Length == argumentExpressions.Length);
Debug.Assert(type == PushAndPopSubpatternTaskTypes.Alternative ||
type == PushAndPopSubpatternTaskTypes.Iterated);
Type = type;
PathPrefix = pathPrefix;
AlternativeOrIteratedName = alternativeOrIteratedName;
RulePatternClassName = rulePatternClassName;
PathPrefixInRulePatternClass = pathPrefixInRulePatternClass;
AlternativeNameInRulePatternClass = alternativeNameInRulePatternClass;
ConnectionName = connectionName;
ArgumentExpressions = argumentExpressions;
NegativeIndependentNamePrefix = negativeIndependentNamePrefix;
SearchPatternpath = searchPatternpath;
MatchOfNestingPattern = matchOfNestingPattern;
LastMatchAtPreviousNestingLevel = lastMatchAtPreviousNestingLevel;
Parallel = parallel;
}
public PopSubpatternTask(string negativeIndependentNamePrefix,
PushAndPopSubpatternTaskTypes type,
string subpatternOrAlternativeOrIteratedName,
string subpatternElementNameOrPathPrefix,
bool parallel)
{
NegativeIndependentNamePrefix = negativeIndependentNamePrefix;
Type = type;
if (type == PushAndPopSubpatternTaskTypes.Subpattern) {
SubpatternName = subpatternOrAlternativeOrIteratedName;
SubpatternElementName = subpatternElementNameOrPathPrefix;
} else if (type == PushAndPopSubpatternTaskTypes.Alternative) {
AlternativeOrIteratedName = subpatternOrAlternativeOrIteratedName;
PathPrefix = subpatternElementNameOrPathPrefix;
} else { // if (type == PushAndPopSubpatternTaskTypes.Iterated)
AlternativeOrIteratedName = subpatternOrAlternativeOrIteratedName;
PathPrefix = subpatternElementNameOrPathPrefix;
}
Parallel = parallel;
}
public PushSubpatternTask(
PushAndPopSubpatternTaskTypes type,
string pathPrefix,
string alternativeOrIteratedName,
string rulePatternClassName,
string pathPrefixInRulePatternClass,
string alternativeNameInRulePatternClass,
string[] connectionName,
string[] argumentExpressions,
string negativeIndependentNamePrefix,
string searchPatternpath,
string matchOfNestingPattern,
string lastMatchAtPreviousNestingLevel,
bool parallel)
{
Debug.Assert(connectionName.Length == argumentExpressions.Length);
Debug.Assert(type == PushAndPopSubpatternTaskTypes.Alternative
|| type == PushAndPopSubpatternTaskTypes.Iterated);
Type = type;
PathPrefix = pathPrefix;
AlternativeOrIteratedName = alternativeOrIteratedName;
RulePatternClassName = rulePatternClassName;
PathPrefixInRulePatternClass = pathPrefixInRulePatternClass;
AlternativeNameInRulePatternClass = alternativeNameInRulePatternClass;
ConnectionName = connectionName;
ArgumentExpressions = argumentExpressions;
NegativeIndependentNamePrefix = negativeIndependentNamePrefix;
SearchPatternpath = searchPatternpath;
MatchOfNestingPattern = matchOfNestingPattern;
LastMatchAtPreviousNestingLevel = lastMatchAtPreviousNestingLevel;
Parallel = parallel;
}
public PushSubpatternTask(
PushAndPopSubpatternTaskTypes type,
string subpatternName,
string subpatternElementName,
string[] connectionName,
string[] argumentExpressions,
string negativeIndependentNamePrefix,
string searchPatternpath,
string matchOfNestingPattern,
string lastMatchAtPreviousNestingLevel,
bool parallel)
{
Debug.Assert(connectionName.Length == argumentExpressions.Length);
Debug.Assert(type == PushAndPopSubpatternTaskTypes.Subpattern);
Type = type;
SubpatternName = subpatternName;
SubpatternElementName = subpatternElementName;
ConnectionName = connectionName;
ArgumentExpressions = argumentExpressions;
NegativeIndependentNamePrefix = negativeIndependentNamePrefix;
SearchPatternpath = searchPatternpath;
MatchOfNestingPattern = matchOfNestingPattern;
LastMatchAtPreviousNestingLevel = lastMatchAtPreviousNestingLevel;
Parallel = parallel;
}
