public SimpleRule(NvdlRule rule, bool matchAttributes,
NvdlCompileContext ctx)
{
FillLocation(rule);
this.matchAttributes = matchAttributes;
NvdlNamespace nss = rule as NvdlNamespace;
if (nss == null)
{
this.isAny = true;
}
else
{
this.ns = nss.NS;
if (nss.Wildcard == null)
{
wildcard = "*";
}
else if (nss.Wildcard.Length > 1)
{
throw new NvdlCompileException("'wildCard' attribute can specify at most one character string.", rule);
}
else
{
wildcard = nss.Wildcard;
}
}
SimplifyPhase1(rule, ctx);
}
public SimpleMode(NvdlIncludedMode mode, NvdlCompileContext ctx)
{
FillLocation(mode);
// name doesn't matter here.
SimplifyPhase1(mode, ctx);
}
public SimpleRules(NvdlCompileContext context)
{
FillLocation(context.Rules);
SimplifyPhase1(context); // 6.4.1 - 10.
SimplifyPhase2(context); // 6.4.11 - 14.
ResolveModes(context); // 6.4.15.
}
private void SimplifyPhase2(NvdlCompileContext ctx)
{
foreach (SimpleMode mode in modes)
{
mode.SimplifyPhase2(ctx);
}
}
internal void ResolveModes(NvdlCompileContext ctx, SimpleMode current)
{
foreach (SimpleAction a in actions)
{
a.ResolveModes(ctx, current);
}
}
internal void ResolveModes(NvdlCompileContext ctx, SimpleMode current)
{
if (source.UseMode != null)
{
mode = ctx.GetCompiledMode(source.UseMode);
}
else if (source.NestedMode != null)
{
mode = ctx.GetCompiledMode(source);
}
else
{
mode = current;
}
for (int i = 0; i < contexts.Length; i++)
{
contexts [i].ResolveModes(ctx, mode);
}
// FIXME: get location by some way
if (mode == null)
{
throw new NvdlCompileException(
"mode does not contain either referenced modeUsage or nested mode.", null);
}
}
public SimpleRules (NvdlCompileContext context)
{
FillLocation (context.Rules);
SimplifyPhase1 (context); // 6.4.1 - 10.
SimplifyPhase2 (context); // 6.4.11 - 14.
ResolveModes (context); // 6.4.15.
}
private void ResolveModes(NvdlCompileContext ctx)
{
foreach (SimpleMode mode in modes)
{
mode.ResolveModes(ctx);
}
}
public SimpleMode(string name, NvdlNestedMode mode,
NvdlCompileContext ctx)
{
FillLocation(mode);
this.name = name;
SimplifyPhase1(mode, ctx);
}
public SimpleValidate(
NvdlValidate validate,
NvdlCompileContext ctx)
: base(validate)
{
// 6.4.7
generator = ctx.Config.GetGenerator(validate,
ctx.Rules.SchemaType);
}
private void ConsumeIncludes(ArrayList al,
NvdlCompileContext ctx)
{
// The reason why we limit the check to current count
// is to add invalid siblings (according to 6.4.12).
int checkMax = al.Count;
NvdlModeCompileContext mctx = ctx.GetModeContext(this);
foreach (SimpleRule rule in rules)
{
// Don't skip cancelled rules here. They are
// needed to filter overriden rules out
// (according to 6.4.10)
//if (ctx.CancelledRules [rule] != null)
// continue;
bool exclude = false;
for (int i = 0; i < checkMax; i++)
{
SimpleRule r = (SimpleRule)al [i];
if (rule.IsAny == r.IsAny &&
rule.MatchAttributes == r.MatchAttributes &&
rule.NS == r.NS &&
rule.Wildcard == r.Wildcard)
{
exclude = true;
break;
}
}
if (exclude)
{
break;
}
al.Add(rule);
}
foreach (SimpleMode mode in mctx.Included)
{
mode.ConsumeIncludes(al, ctx);
}
// remove cancelled rules at this stage.
for (int i = 0; i < al.Count;)
{
if (ctx.CancelledRules [(SimpleRule)al [i]] != null)
{
al.RemoveAt(i);
}
else
{
i++;
}
}
}
public SimpleMode(NvdlMode mode, NvdlCompileContext ctx)
{
FillLocation(mode);
if (mode.Name == null)
{
throw new NvdlCompileException(
"'mode' element must have a name.", mode);
}
this.name = mode.Name;
SimplifyPhase1(mode, ctx);
}
internal void ResolveModes(NvdlCompileContext ctx, SimpleMode current)
{
if (modeUsage != null)
{
modeUsage.ResolveModes(ctx, current);
mode = modeUsage.UseMode;
}
if (mode == null)
{
mode = current;
}
}
internal void SimplifyPhase2(NvdlCompileContext ctx)
{
ArrayList al = new ArrayList();
ConsumeIncludes(al, ctx);
SimpleRule anyElement = null;
SimpleRule anyAttribute = null;
// 6.4.12 + part of 6.4.13
CheckCollision(al, ref anyElement, ref anyAttribute);
// 6.4.13
if (anyElement == null)
{
NvdlAnyNamespace ann = new NvdlAnyNamespace();
ann.SourceUri = this.SourceUri;
ann.LineNumber = this.LineNumber;
ann.LinePosition = this.LinePosition;
NvdlReject reject = new NvdlReject();
reject.SourceUri = this.SourceUri;
reject.LineNumber = this.LineNumber;
reject.LinePosition = this.LinePosition;
ann.Actions.Add(reject);
ann.Match = NvdlRuleTarget.Elements;
al.Add(new SimpleRule(ann, false, ctx));
}
if (anyAttribute == null)
{
NvdlAnyNamespace ann = new NvdlAnyNamespace();
ann.SourceUri = this.SourceUri;
ann.LineNumber = this.LineNumber;
ann.LinePosition = this.LinePosition;
NvdlAttach attach = new NvdlAttach();
attach.SourceUri = this.SourceUri;
attach.LineNumber = this.LineNumber;
attach.LinePosition = this.LinePosition;
ann.Match = NvdlRuleTarget.Attributes;
ann.Actions.Add(attach);
al.Add(new SimpleRule(ann, true, ctx));
}
rules = (SimpleRule [])al.ToArray(typeof(SimpleRule));
}
private void SimplifyPhase1(NvdlRule r, NvdlCompileContext ctx)
{
ctx.AddRuleContext(this, r);
// 6.4.9
ArrayList al = new ArrayList();
foreach (NvdlAction a in r.Actions)
{
NvdlNoCancelAction nca =
a as NvdlNoCancelAction;
if (nca != null)
{
if (nca.ModeUsage != null)
{
SimplifyModeUsage(nca, ctx);
}
NvdlResultAction ra = nca as NvdlResultAction;
if (ra != null)
{
al.Add(new SimpleResultAction(ra, ctx));
}
else if (nca is NvdlValidate)
{
al.Add(new SimpleValidate(
(NvdlValidate)nca, ctx));
}
else if (nca is NvdlAllow)
{
al.Add(new SimpleValidate(
(NvdlAllow)nca, ctx));
}
else
{
al.Add(new SimpleValidate(
(NvdlReject)nca, ctx));
}
}
else if (nca == null)
{
ctx.CancelledRules.Add(this, this);
}
}
actions = (SimpleAction [])al.ToArray(
typeof(SimpleAction));
}
internal void ResolveModes(NvdlCompileContext ctx, SimpleMode current)
{
if (useModeName != null)
{
useMode = ctx.GetCompiledMode(useModeName);
}
else if (source.NestedMode != null)
{
useMode = ctx.GetCompiledMode(source);
}
else
{
useMode = current;
}
if (useMode == null)
{
throw new NvdlCompileException(String.Format("Specified mode '{0}' was not found.",
useModeName), this);
}
}
private void SimplifyModeUsage(
NvdlNoCancelAction nca, NvdlCompileContext ctx)
{
NvdlModeUsage usage = nca.ModeUsage;
if (usage.NestedMode != null && ctx.GetCompiledMode(usage) == null)
{
SimpleMode sm = new SimpleMode(String.Empty,
usage.NestedMode, ctx);
ctx.AddCompiledMode(usage, sm);
}
foreach (NvdlContext c in usage.Contexts)
{
if (c.NestedMode != null)
{
SimpleMode sm = new SimpleMode(
String.Empty, c.NestedMode, ctx);
ctx.AddCompiledMode(c, sm);
}
}
}
internal void ResolveModes(NvdlCompileContext ctx)
{
// Resolve moces and fill element/attributeRules.
var e = new List <SimpleRule> ();
var a = new List <SimpleRule> ();
foreach (SimpleRule rule in rules)
{
rule.ResolveModes(ctx, this);
if (rule.MatchAttributes)
{
a.Add(rule);
}
else
{
e.Add(rule);
}
}
elementRules = e.ToArray();
attributeRules = a.ToArray();
}
internal void ResolveModes(NvdlCompileContext ctx)
{
// Resolve moces and fill element/attributeRules.
ArrayList e = new ArrayList();
ArrayList a = new ArrayList();
foreach (SimpleRule rule in rules)
{
rule.ResolveModes(ctx, this);
if (rule.MatchAttributes)
{
a.Add(rule);
}
else
{
e.Add(rule);
}
}
elementRules = (SimpleRule [])e.ToArray(typeof(SimpleRule));
attributeRules = (SimpleRule [])a.ToArray(typeof(SimpleRule));
}
private void SimplifyPhase1(NvdlModeBase mode,
NvdlCompileContext ctx)
{
NvdlModeCompileContext mctx =
new NvdlModeCompileContext(mode);
ctx.AddModeContext(this, mctx);
ArrayList al = new ArrayList();
foreach (NvdlRule r in mode.Rules)
{
switch (r.Match)
{
case NvdlRuleTarget.Both:
al.Add(new SimpleRule(r, true, ctx));
al.Add(new SimpleRule(r, false, ctx));
break;
case NvdlRuleTarget.None:
case NvdlRuleTarget.Elements:
al.Add(new SimpleRule(r, false, ctx));
break;
case NvdlRuleTarget.Attributes:
al.Add(new SimpleRule(r, true, ctx));
break;
}
}
foreach (NvdlIncludedMode inc in mode.IncludedModes)
{
mctx.Included.Add(new SimpleMode(inc, ctx));
}
// The rule table is just a dummy store that might
// erase because of removal of inclusion.
rules = (SimpleRule [])al.ToArray(typeof(SimpleRule));
}
internal void ResolveModes (NvdlCompileContext ctx)
{
// Resolve moces and fill element/attributeRules.
ArrayList e = new ArrayList ();
ArrayList a = new ArrayList ();
foreach (SimpleRule rule in rules) {
rule.ResolveModes (ctx, this);
if (rule.MatchAttributes)
a.Add (rule);
else
e.Add (rule);
}
elementRules = (SimpleRule []) e.ToArray (typeof (SimpleRule));
attributeRules = (SimpleRule []) a.ToArray (typeof (SimpleRule));
}
private void ConsumeIncludes (ArrayList al,
NvdlCompileContext ctx)
{
// The reason why we limit the check to current count
// is to add invalid siblings (according to 6.4.12).
int checkMax = al.Count;
NvdlModeCompileContext mctx = ctx.GetModeContext (this);
foreach (SimpleRule rule in rules) {
// Don't skip cancelled rules here. They are
// needed to filter overriden rules out
// (according to 6.4.10)
//if (ctx.CancelledRules [rule] != null)
// continue;
bool exclude = false;
for (int i = 0; i < checkMax; i++) {
SimpleRule r = (SimpleRule) al [i];
if (rule.IsAny == r.IsAny &&
rule.MatchAttributes == r.MatchAttributes &&
rule.NS == r.NS &&
rule.Wildcard == r.Wildcard) {
exclude = true;
break;
}
}
if (exclude)
break;
al.Add (rule);
}
foreach (SimpleMode mode in mctx.Included)
mode.ConsumeIncludes (al, ctx);
// remove cancelled rules at this stage.
for (int i = 0; i < al.Count; ) {
if (ctx.CancelledRules [(SimpleRule) al [i]] != null)
al.RemoveAt (i);
else
i++;
}
}
internal void ResolveModes (NvdlCompileContext ctx, SimpleMode current)
{
if (source.UseMode != null) {
mode = ctx.GetCompiledMode (source.UseMode);
}
else if (source.NestedMode != null)
mode = ctx.GetCompiledMode (source);
else
mode = current;
for (int i = 0; i < contexts.Length; i++)
contexts [i].ResolveModes (ctx, mode);
// FIXME: get location by some way
if (mode == null)
throw new NvdlCompileException (
"mode does not contain either referenced modeUsage or nested mode.", null);
}
public SimpleRule (NvdlRule rule, bool matchAttributes,
NvdlCompileContext ctx)
{
FillLocation (rule);
this.matchAttributes = matchAttributes;
NvdlNamespace nss = rule as NvdlNamespace;
if (nss == null)
this.isAny = true;
else {
this.ns = nss.NS;
if (nss.Wildcard == null)
wildcard = "*";
else if (nss.Wildcard.Length > 1)
throw new NvdlCompileException ("'wildCard' attribute can specify at most one character string.", rule);
else
wildcard = nss.Wildcard;
}
SimplifyPhase1 (rule, ctx);
}
internal void ResolveModes (NvdlCompileContext ctx, SimpleMode current)
{
if (useModeName != null)
useMode = ctx.GetCompiledMode (useModeName);
else if (source.NestedMode != null)
useMode = ctx.GetCompiledMode (source);
else
useMode = current;
if (useMode == null)
throw new NvdlCompileException (String.Format ("Specified mode '{0}' was not found.",
useModeName), this);
}
public SimpleMode (NvdlMode mode, NvdlCompileContext ctx)
{
FillLocation (mode);
if (mode.Name == null)
throw new NvdlCompileException (
"'mode' element must have a name.", mode);
this.name = mode.Name;
SimplifyPhase1 (mode, ctx);
}
internal void ResolveModes (NvdlCompileContext ctx, SimpleMode current)
{
foreach (SimpleAction a in actions)
a.ResolveModes (ctx, current);
}
public SimpleMode (NvdlIncludedMode mode, NvdlCompileContext ctx)
{
FillLocation (mode);
// name doesn't matter here.
SimplifyPhase1 (mode, ctx);
}
// 6.4.14
public SimpleValidate (NvdlAllow allow, NvdlCompileContext ctx)
: this (CreateBuiltInValidate (allow), ctx)
{
}
internal void ResolveModes (NvdlCompileContext ctx, SimpleMode current)
{
if (modeUsage != null) {
modeUsage.ResolveModes (ctx, current);
mode = modeUsage.UseMode;
}
if (mode == null)
mode = current;
}
// 6.4.14
public SimpleValidate (NvdlReject reject, NvdlCompileContext ctx)
: this (CreateBuiltInValidate (reject), ctx)
{
}
public SimpleValidate (
NvdlValidate validate,
NvdlCompileContext ctx)
: base (validate)
{
// 6.4.7
generator = ctx.Config.GetGenerator (validate,
ctx.Rules.SchemaType);
}
private void ResolveModes (NvdlCompileContext ctx)
{
foreach (SimpleMode mode in modes)
mode.ResolveModes (ctx);
}
internal void SimplifyPhase2 (NvdlCompileContext ctx)
{
ArrayList al = new ArrayList ();
ConsumeIncludes (al, ctx);
SimpleRule anyElement = null;
SimpleRule anyAttribute = null;
// 6.4.12 + part of 6.4.13
CheckCollision (al, ref anyElement, ref anyAttribute);
// 6.4.13
if (anyElement == null) {
NvdlAnyNamespace ann = new NvdlAnyNamespace ();
ann.SourceUri = this.SourceUri;
ann.LineNumber = this.LineNumber;
ann.LinePosition = this.LinePosition;
NvdlReject reject = new NvdlReject ();
reject.SourceUri = this.SourceUri;
reject.LineNumber = this.LineNumber;
reject.LinePosition = this.LinePosition;
ann.Actions.Add (reject);
ann.Match = NvdlRuleTarget.Elements;
al.Add (new SimpleRule (ann, false, ctx));
}
if (anyAttribute == null) {
NvdlAnyNamespace ann = new NvdlAnyNamespace ();
ann.SourceUri = this.SourceUri;
ann.LineNumber = this.LineNumber;
ann.LinePosition = this.LinePosition;
NvdlAttach attach = new NvdlAttach ();
attach.SourceUri = this.SourceUri;
attach.LineNumber = this.LineNumber;
attach.LinePosition = this.LinePosition;
ann.Match = NvdlRuleTarget.Attributes;
ann.Actions.Add (attach);
al.Add (new SimpleRule (ann, true, ctx));
}
rules = (SimpleRule []) al.ToArray (typeof (SimpleRule));
}
// 6.4.14
public SimpleValidate(NvdlReject reject, NvdlCompileContext ctx)
: this(CreateBuiltInValidate(reject), ctx)
{
}
private void SimplifyPhase1 (NvdlModeBase mode,
NvdlCompileContext ctx)
{
NvdlModeCompileContext mctx =
new NvdlModeCompileContext (mode);
ctx.AddModeContext (this, mctx);
ArrayList al = new ArrayList ();
foreach (NvdlRule r in mode.Rules) {
switch (r.Match) {
case NvdlRuleTarget.Both:
al.Add (new SimpleRule (r, true, ctx));
al.Add (new SimpleRule (r, false, ctx));
break;
case NvdlRuleTarget.None:
case NvdlRuleTarget.Elements:
al.Add (new SimpleRule (r, false, ctx));
break;
case NvdlRuleTarget.Attributes:
al.Add (new SimpleRule (r, true, ctx));
break;
}
}
foreach (NvdlIncludedMode inc in mode.IncludedModes)
mctx.Included.Add (new SimpleMode (inc, ctx));
// The rule table is just a dummy store that might
// erase because of removal of inclusion.
rules = (SimpleRule []) al.ToArray (typeof (SimpleRule));
}
private void SimplifyPhase1(NvdlCompileContext ctx)
{
NvdlRules rules = ctx.Rules;
// 6.4.1 : just ignore "Foreign" property.
// 6.4.2 : already ignored on reading nvdl.
// 6.4.3 : done in SOM
// 6.4.4 : FIXME: must be done.
// 6.4.5 : FIXME: considered in compiler.
// 6.4.6 : FIXME: considered in compiler.
// 6.4.7 : FIXME: considered in compiler.
// 6.4.8 : here
NvdlModeList list = rules.Modes;
NvdlMode startMode = null;
if (rules.Modes.Count > 0)
{
if (rules.Rules.Count > 0)
{
throw new NvdlCompileException("Modes and rules cannot coexist in 'rules' element.", rules);
}
else if (rules.StartMode == null)
{
throw new NvdlCompileException("startMode is missing in 'rules' element when modes are specified.", rules);
}
foreach (NvdlMode m in rules.Modes)
{
if (m.Name == rules.StartMode)
{
startMode = m;
break;
}
}
if (startMode == null)
{
throw new NvdlCompileException("Matching 'mode' element specified by 'startMode' does not exist.", rules);
}
}
else
{
if (rules.Rules.Count == 0)
{
throw new NvdlCompileException("Neither modes nor rules exists in 'rules' element.", rules);
}
list = new NvdlModeList();
startMode = new NvdlMode();
startMode.SourceUri = rules.SourceUri;
startMode.LineNumber = rules.LineNumber;
startMode.LinePosition = rules.LinePosition;
startMode.Name = "(startMode)";
list.Add(startMode);
foreach (NvdlRule rule in rules.Rules)
{
startMode.Rules.Add(rule);
}
}
// 6.4.9 : done in SimpleMode.ctor() and
// SimpleRule.ctor(), using ctx.CompiledModes.
foreach (NvdlMode m in list)
{
SimpleMode sm = new SimpleMode(m, ctx);
ctx.AddCompiledMode(sm.Name, sm);
if (m == startMode)
{
this.startMode = sm;
}
}
// 6.4.10 : done in SimpleRule.Simplify
ArrayList tl = new ArrayList();
for (int i = 0; i < rules.Triggers.Count; i++)
{
tl.Add(new SimpleTrigger(rules.Triggers [i]));
}
triggers = (SimpleTrigger [])tl.ToArray(
typeof(SimpleTrigger));
modes = (SimpleMode [])
new ArrayList(ctx.GetCompiledModes())
.ToArray(typeof(SimpleMode));
}
// 6.4.14
public SimpleValidate(NvdlAllow allow, NvdlCompileContext ctx)
: this(CreateBuiltInValidate(allow), ctx)
{
}
private void SimplifyPhase1 (NvdlCompileContext ctx)
{
NvdlRules rules = ctx.Rules;
// 6.4.1 : just ignore "Foreign" property.
// 6.4.2 : already ignored on reading nvdl.
// 6.4.3 : done in SOM
// 6.4.4 : FIXME: must be done.
// 6.4.5 : FIXME: considered in compiler.
// 6.4.6 : FIXME: considered in compiler.
// 6.4.7 : FIXME: considered in compiler.
// 6.4.8 : here
NvdlModeList list = rules.Modes;
NvdlMode startMode = null;
if (rules.Modes.Count > 0) {
if (rules.Rules.Count > 0)
throw new NvdlCompileException ("Modes and rules cannot coexist in 'rules' element.", rules);
else if (rules.StartMode == null)
throw new NvdlCompileException ("startMode is missing in 'rules' element when modes are specified.", rules);
foreach (NvdlMode m in rules.Modes) {
if (m.Name == rules.StartMode) {
startMode = m;
break;
}
}
if (startMode == null)
throw new NvdlCompileException ("Matching 'mode' element specified by 'startMode' does not exist.", rules);
} else {
if (rules.Rules.Count == 0)
throw new NvdlCompileException ("Neither modes nor rules exists in 'rules' element.", rules);
list = new NvdlModeList ();
startMode = new NvdlMode ();
startMode.SourceUri = rules.SourceUri;
startMode.LineNumber = rules.LineNumber;
startMode.LinePosition = rules.LinePosition;
startMode.Name = "(startMode)";
list.Add (startMode);
foreach (NvdlRule rule in rules.Rules)
startMode.Rules.Add (rule);
}
// 6.4.9 : done in SimpleMode.ctor() and
// SimpleRule.ctor(), using ctx.CompiledModes.
foreach (NvdlMode m in list) {
SimpleMode sm = new SimpleMode (m, ctx);
ctx.AddCompiledMode (sm.Name, sm);
if (m == startMode)
this.startMode = sm;
}
// 6.4.10 : done in SimpleRule.Simplify
ArrayList tl = new ArrayList ();
for (int i = 0; i < rules.Triggers.Count; i++)
tl.Add (new SimpleTrigger (rules.Triggers [i]));
triggers = (SimpleTrigger []) tl.ToArray (
typeof (SimpleTrigger));
modes = (SimpleMode [])
new ArrayList (ctx.GetCompiledModes ())
.ToArray (typeof (SimpleMode));
}
public SimpleMode (string name, NvdlNestedMode mode,
NvdlCompileContext ctx)
{
FillLocation (mode);
this.name = name;
SimplifyPhase1 (mode, ctx);
}
private void SimplifyModeUsage (
NvdlNoCancelAction nca, NvdlCompileContext ctx)
{
NvdlModeUsage usage = nca.ModeUsage;
if (usage.NestedMode != null && ctx.GetCompiledMode (usage) == null) {
SimpleMode sm = new SimpleMode (String.Empty,
usage.NestedMode, ctx);
ctx.AddCompiledMode (usage, sm);
}
foreach (NvdlContext c in usage.Contexts) {
if (c.NestedMode != null) {
SimpleMode sm = new SimpleMode (
String.Empty, c.NestedMode, ctx);
ctx.AddCompiledMode (c, sm);
}
}
}
public SimpleResultAction(NvdlResultAction ra,
NvdlCompileContext ctx)
: base(ra)
{
this.resultType = ra.ResultType;
}
private void SimplifyPhase1 (NvdlRule r, NvdlCompileContext ctx)
{
ctx.AddRuleContext (this, r);
// 6.4.9
ArrayList al = new ArrayList ();
foreach (NvdlAction a in r.Actions) {
NvdlNoCancelAction nca =
a as NvdlNoCancelAction;
if (nca != null) {
if (nca.ModeUsage != null)
SimplifyModeUsage (nca, ctx);
NvdlResultAction ra = nca as NvdlResultAction;
if (ra != null)
al.Add (new SimpleResultAction (ra, ctx));
else if (nca is NvdlValidate)
al.Add (new SimpleValidate (
(NvdlValidate) nca, ctx));
else if (nca is NvdlAllow)
al.Add (new SimpleValidate (
(NvdlAllow) nca, ctx));
else
al.Add (new SimpleValidate (
(NvdlReject) nca, ctx));
}
else if (nca == null)
ctx.CancelledRules.Add (this, this);
}
actions = (SimpleAction []) al.ToArray (
typeof (SimpleAction));
}
private void SimplifyPhase2 (NvdlCompileContext ctx)
{
foreach (SimpleMode mode in modes)
mode.SimplifyPhase2 (ctx);
}
public SimpleResultAction (NvdlResultAction ra,
NvdlCompileContext ctx)
: base (ra)
{
this.resultType = ra.ResultType;
}
