Printf("hi", "guys"):      hi%!(EXTRA string=guys)
	Too few arguments: %!verb(MISSING)
		Printf("hi%d"):            hi%!d(MISSING)
	Non-int for width or precision: %!(BADWIDTH) or %!(BADPREC)
		Printf("%*s", 4.5, "hi"):  %!(BADWIDTH)hi
		Printf("%.*s", 4.5, "hi"): %!(BADPREC)hi
	Invalid or invalid use of argument index: %!(BADINDEX)
		Printf("%*[2]d", 7):       %!d(BADINDEX)
		Printf("%.[2]d", 7):       %!d(BADINDEX)

		if dostrcmp > 1 {
			// Already in the process of diagnosing an error.
			return f1
		}
		if f2 != nil {
			base.Errorf("%v is both field and method", n.Sel)
		}
		if f1.Offset == types.BADWIDTH {
			base.Fatalf("Lookdot badwidth t=%v, f1=%v@%p", t, f1, f1)
		}
		n.Selection = f1
		n.SetType(f1.Type)
		if t.IsInterface() {
			if n.X.Type().IsPtr() {
				star := ir.NewStarExpr(base.Pos, n.X)

		if tmp, ok := l.(*ir.Name); !ok || !tmp.AutoTemp() || !types.Identical(tmp.Type(), r.Type) {
			base.FatalfAt(l.Pos(), "assigning %v to %+v", r.Type, l)
		}

		res := ir.NewResultExpr(base.Pos, nil, types.BADWIDTH)
		res.Index = int64(i)
		res.SetType(r.Type)
		res.SetTypecheck(1)

		nn.Append(ir.NewAssignStmt(base.Pos, l, res))
	}
	return nn
}

// check assign expression list to

		}
		k := tf.Type.Kind()
		if reflect.Bool <= k && k <= reflect.Complex128 {
			name := strings.TrimSuffix(tf.Name, "_")
			vf := v.Field(i)
			vfi := vf.Interface()
			if name == "Offset" && vfi == types.BADWIDTH || name != "Offset" && vf.IsZero() {
				continue
			}
			if vfi == true {
				fmt.Fprintf(w, " %s", name)
			} else {
				fmt.Fprintf(w, " %s:%+v", name, vf.Interface())
			}
		}
	}

	mapString         = "map["
	percentBangString = "%!"
	missingString     = "(MISSING)"
	badIndexString    = "(BADINDEX)"
	panicString       = "(PANIC="
	extraString       = "%!(EXTRA "
	badWidthString    = "%!(BADWIDTH)"
	badPrecString     = "%!(BADPREC)"
	noVerbString      = "%!(NOVERB)"
	invReflectString  = "<invalid reflect.Value>"
)

// State represents the printer state passed to custom formatters.

		// padding is done with tabs
		if b.tabwidth == 0 {
			return // tabs have no width - can't do any padding
		}
		// make cellw the smallest multiple of b.tabwidth
		cellw = (cellw + b.tabwidth - 1) / b.tabwidth * b.tabwidth
		n := cellw - textw // amount of padding
		if n < 0 {
			panic("internal error")
		}
		b.writeN(tabs, (n+b.tabwidth-1)/b.tabwidth)
		return
	}

  // type.
  const int bitwidth = storage_type.getIntOrFloatBitWidth();
  const bool is_weight_buffer = is_constant && (bitwidth == 8);

  int64_t storage_min =
      QuantizedType::getDefaultMinimumForInteger(is_signed, bitwidth) +
      static_cast<int>(is_weight_buffer);
  int64_t storage_max =
      QuantizedType::getDefaultMaximumForInteger(is_signed, bitwidth);
  uint32_t flags =

        if (content == null) {
            return StringUtil.EMPTY; // empty
        }

        String subContent;
        if (content.length() < maxWidth * 2) {
            subContent = content;
        } else {
            subContent = content.substring(0, maxWidth * 2);
        }

        final int[] spaceChars = getSpaceChars();

				t.SetNotInHeap(true)
			}
		}

		offset += f.Type.width

		maxwidth := MaxWidth
		// On 32-bit systems, reflect tables impose an additional constraint
		// that each field start offset must fit in 31 bits.
		if maxwidth < 1<<32 {
			maxwidth = 1<<31 - 1
		}
		if offset >= maxwidth {
			base.ErrorfAt(typePos(t), 0, "type %L too large", t)
			offset = 8 // small but nonzero
		}
	}

		peersLogOnceIf(ctx, err, sys.peerClients[index].host.String())
	}
	reports = append(reports, globalBucketMonitor.GetReport(bandwidth.SelectBuckets(buckets...)))
	consolidatedReport := bandwidth.BucketBandwidthReport{
		BucketStats: make(map[bandwidth.BucketOptions]bandwidth.Details),
	}
	for _, report := range reports {
		if report == nil || report.BucketStats == nil {
			continue
		}