void StartInside()
{
cur_inside = new InsideInfo();
insides.Add(cur_inside);
cur_nlc = cur_inside.Context;
}
internal WrenchProvider (GraphBuilder gb, string basis, short id)
: base (gb, basis)
{
namecontext = new NameLookupContext ();
this.id = id;
}
internal WrenchProvider(GraphBuilder gb, string basis, short id)
: base(gb, basis)
{
namecontext = new NameLookupContext();
this.id = id;
}
public BuildfileParser(StreamReader reader, string topsrc, string resource_subdir,
string location_base, WrenchProvider wp, IWarningLogger log)
{
lexer = new BuildfileTokenizer(reader);
this.topsrc = topsrc;
this.resource_subdir = resource_subdir;
this.location_base = location_base;
this.wp = wp;
this.log = log;
cur_nlc = wp.NameContext;
}
public BuildfileParser (StreamReader reader, string topsrc, string resource_subdir,
string location_base, WrenchProvider wp, IWarningLogger log)
{
lexer = new BuildfileTokenizer (reader);
this.topsrc = topsrc;
this.resource_subdir = resource_subdir;
this.location_base = location_base;
this.wp = wp;
this.log = log;
cur_nlc = wp.NameContext;
}
// blah
public object Clone()
{
if (this.bm != null)
{
throw new InvalidOperationException();
}
NameLookupContext clone = new NameLookupContext();
clone.nsqueue = new Dictionary <string, string> (nsqueue);
clone.known_structs = new Dictionary <Type, StructureTemplate> (known_structs);
clone.namespaces = new List <string> (namespaces);
return(clone);
}
internal bool DoFixup(NameLookupContext nlc, IWarningLogger log)
{
log.PushLocation(FullName);
try {
if (ResolveTemplate(nlc, log))
{
return(true);
}
ApplyWaitTags();
// Now register our tags with the GraphBuilder
GraphBuilder gb = (GraphBuilder)Owner.Owner;
foreach (string tag in TagsWithValues)
{
if (gb.GetTagId(tag) < 0)
{
return(true);
}
}
// Now make sure that all of our argument names are valid.
Rule rinst = (Rule)Activator.CreateInstance(Rule);
Dictionary <string, int> argmap = rinst.MakeArgNameMap();
foreach (string arg in ArgsWithDeps)
{
if (argmap.ContainsKey(arg))
{
continue;
}
string s = String.Format("Argument `{0}' does not exist in rule " +
"`{1}'", arg, Rule);
log.Error(2024, s, null);
return(true);
}
} finally {
log.PopLocation();
}
return(false);
}
public InsideProviderLoader (string basis, NameLookupContext tmpl)
: base (basis, null)
{
this.nlc = (NameLookupContext) tmpl.Clone ();
}
public InsideProviderLoader(string basis, NameLookupContext tmpl)
: base(basis, null)
{
this.nlc = (NameLookupContext)tmpl.Clone();
}
// blah
public object Clone ()
{
if (this.bm != null)
throw new InvalidOperationException ();
NameLookupContext clone = new NameLookupContext ();
clone.nsqueue = new Dictionary<string,string> (nsqueue);
clone.known_structs = new Dictionary<Type,StructureTemplate> (known_structs);
clone.namespaces = new List<string> (namespaces);
return clone;
}
void FinishInside()
{
cur_nlc = wp.NameContext;
}
public InsideInfo()
{
nlc = new NameLookupContext();
bases = new List <string> ();
}
internal bool DoFixup (NameLookupContext nlc, IWarningLogger log)
{
log.PushLocation (FullName);
try {
if (ResolveTemplate (nlc, log))
return true;
ApplyWaitTags ();
// Now register our tags with the GraphBuilder
GraphBuilder gb = (GraphBuilder) Owner.Owner;
foreach (string tag in TagsWithValues) {
if (gb.GetTagId (tag) < 0)
return true;
}
// Now make sure that all of our argument names are valid.
Rule rinst = (Rule) Activator.CreateInstance (Rule);
Dictionary<string,int> argmap = rinst.MakeArgNameMap ();
foreach (string arg in ArgsWithDeps) {
if (argmap.ContainsKey (arg))
continue;
string s = String.Format ("Argument `{0}' does not exist in rule " +
"`{1}'", arg, Rule);
log.Error (2024, s, null);
return true;
}
} finally {
log.PopLocation ();
}
return false;
}
void FinishInside ()
{
cur_nlc = wp.NameContext;
}
void StartInside ()
{
cur_inside = new InsideInfo ();
insides.Add (cur_inside);
cur_nlc = cur_inside.Context;
}
public InsideInfo ()
{
nlc = new NameLookupContext ();
bases = new List<string> ();
}
