Value name_to_char(AbstractString * s)
{
AbstractString * lower = s->downcase();
if (lower->equal("null"))
return make_character(0);
if (lower->equal("bell"))
return make_character(7);
if (lower->equal("backspace"))
return make_character('\b');
if (lower->equal("tab"))
return make_character('\t');
if (lower->equal("linefeed"))
return make_character('\n');
if (lower->equal("newline"))
return make_character('\n');
if (lower->equal("page"))
return make_character('\f');
if (lower->equal("return"))
return make_character('\r');
if (lower->equal("space"))
return make_character(' ');
if (lower->equal("rubout"))
return make_character(127);
// Unknown.
return NIL;
}
LogicalPathname::LogicalPathname(AbstractString * host, AbstractString * rest)
: Pathname(WIDETAG_LOGICAL_PATHNAME)
{
// final int limit = rest.length();
// for (int i = 0; i < limit; i++) {
// char c = rest.charAt(i);
// if (LOGICAL_PATHNAME_CHARS.indexOf(c) < 0) {
// error(new ParseError("The character #\\" + c + " is not valid in a logical pathname."));
// return;
// }
// }
// this.host = new SimpleString(host);
_host = make_value(host);
// "The device component of a logical pathname is always :UNSPECIFIC; no
// other component of a logical pathname can be :UNSPECIFIC."
_device = K_unspecific;
long semi = rest->last_index_of(';');
if (semi >= 0)
{
// directory
AbstractString * d = rest->substring(0, semi);
_directory = parse_logical_pathname_directory(d);
rest = rest->substring(semi + 1);
}
else
{
// "If a relative-directory-marker precedes the directories, the
// directory component is parsed as relative; otherwise, the directory
// component is parsed as absolute."
_directory = make_cons(K_absolute);
}
long dot = rest->index_of('.');
if (dot >= 0)
{
AbstractString * n = rest->substring(0, dot);
if (n->equal("*"))
_name = K_wild;
else
_name = make_value(n->upcase());
rest = rest->substring(dot + 1);
dot = rest->index_of('.');
if (dot >= 0)
{
AbstractString * t = rest->substring(0, dot);
if (t->equal("*"))
_type = K_wild;
else
// _type = new SimpleString(t.toUpperCase());
_type = make_value(t->upcase());
// What's left is the version.
AbstractString * v = rest->substring(dot + 1);
if (v->equal("*"))
_version = K_wild;
else if (v->equal("NEWEST") || v->equal("newest"))
_version = K_newest;
else
// _version = PACKAGE_CL.intern("PARSE-INTEGER").execute(new SimpleString(v));
printf("FIXME!! LogicalPathname constructor\n");
}
else
{
AbstractString * t = rest;
if (t->equal("*"))
_type = K_wild;
else
// type = new SimpleString(t.toUpperCase());
_type = make_value(t->upcase());
}
}
else
{
AbstractString * n = rest;
if (n->equal("*"))
_name = K_wild;
else if (n->length() > 0)
// name = new SimpleString(n.toUpperCase());
_name = make_value(n->upcase());
}
}
