Example #1
0
  public RubyRegexp loadPattern(Ruby runtime) {
    // FIXME: 1.9 should care about internal or external encoding and not kcode.
    if (pattern == null || runtime.getKCode() != pattern.getKCode()) {
      setPattern(RubyRegexp.newRegexp(runtime, value, options));
    }

    return pattern;
  }
Example #2
0
 public final RubyRegexp cacheRegexp(int index, RubyString pattern, int options) {
   RubyRegexp regexp = regexps[index];
   Ruby runtime = pattern.getRuntime();
   if (regexp == null || runtime.getKCode() != regexp.getKCode()) {
     regexp = RubyRegexp.newRegexp(runtime, pattern.getByteList(), options);
     regexps[index] = regexp;
   }
   return regexp;
 }
Example #3
0
 public final RubyRegexp getRegexp(Ruby runtime, int index, String pattern, int options) {
   RubyRegexp regexp = regexps[index];
   if (regexp == null || runtime.getKCode() != regexp.getKCode()) {
     regexp = RubyRegexp.newRegexp(runtime, pattern, options);
     regexp.setLiteral();
     regexps[index] = regexp;
   }
   return regexp;
 }
  @Override
  public IRubyObject each_charInternal(final ThreadContext context, final Block block) {
    checkReadable();

    Ruby runtime = context.runtime;
    ByteList bytes = data.internal.getByteList();
    int len = bytes.getRealSize();
    int end = bytes.getBegin() + len;
    Encoding enc = runtime.is1_9() ? bytes.getEncoding() : runtime.getKCode().getEncoding();
    while (data.pos < len) {
      int pos = (int) data.pos;
      int n = StringSupport.length(enc, bytes.getUnsafeBytes(), pos, end);

      if (len < pos + n) n = len - pos;

      data.pos += n;

      block.yield(context, data.internal.makeShared19(runtime, pos, n));
    }

    return this;
  }