const (
nByte = 64;
- nPows10 = 160;
ldigits = "0123456789abcdef";
udigits = "0123456789ABCDEF";
}
}
-/*
- Fmt is the raw formatter used by Printf etc. Not meant for normal use.
- It prints into a bytes.Buffer that must be set up externally.
- See print.go for a more palatable interface.
-*/
-type Fmt struct {
+// A fmt is the raw formatter used by Printf etc.
+// It prints into a bytes.Buffer that must be set up externally.
+type fmt struct {
intbuf [nByte]byte;
buf *bytes.Buffer;
wid int;
zero bool;
}
-func (f *Fmt) ClearFlags() {
+func (f *fmt) clearflags() {
f.wid = 0;
f.widPresent = false;
f.prec = 0;
f.zero = false;
}
-func (f *Fmt) Init(buf *bytes.Buffer) {
+func (f *fmt) init(buf *bytes.Buffer) {
f.buf = buf;
- f.ClearFlags();
-}
-
-func (f *Fmt) Reset() { f.ClearFlags() }
-
-// Wp sets the width and precision for formatting the next item.
-func (f *Fmt) Wp(w, p int) {
- f.widPresent = true;
- f.wid = w;
- f.precPresent = true;
- f.prec = p;
-}
-
-// P sets the precision for formatting the next item.
-func (f *Fmt) P(p int) {
- f.precPresent = true;
- f.prec = p;
-}
-
-// W sets the width for formatting the next item.
-func (f *Fmt) W(x int) {
- f.widPresent = true;
- f.wid = x;
+ f.clearflags();
}
// Compute left and right padding widths (only one will be non-zero).
-func (f *Fmt) computePadding(width int) (padding []byte, leftWidth, rightWidth int) {
+func (f *fmt) computePadding(width int) (padding []byte, leftWidth, rightWidth int) {
left := !f.minus;
w := f.wid;
if w < 0 {
}
// Generate n bytes of padding.
-func (f *Fmt) writePadding(n int, padding []byte) {
+func (f *fmt) writePadding(n int, padding []byte) {
for n > 0 {
m := n;
if m > nByte {
}
// Append b to f.buf, padded on left (w > 0) or right (w < 0 or f.minus)
-func (f *Fmt) padBytes(b []byte) {
+func (f *fmt) padBytes(b []byte) {
var padding []byte;
var left, right int;
if f.widPresent && f.wid != 0 {
}
// append s to buf, padded on left (w > 0) or right (w < 0 or f.minus)
-func (f *Fmt) pad(s string) {
+func (f *fmt) pad(s string) {
var padding []byte;
var left, right int;
if f.widPresent && f.wid != 0 {
return i - 1;
}
-// Fmt_boolean formats a boolean.
-func (f *Fmt) Fmt_boolean(v bool) {
+// fmt_boolean formats a boolean.
+func (f *fmt) fmt_boolean(v bool) {
if v {
f.pad("true")
} else {
f.pad("false")
}
- f.ClearFlags();
+ f.clearflags();
}
// integer; interprets prec but not wid.
-func (f *Fmt) integer(a int64, base uint, is_signed bool, digits string) []byte {
+func (f *fmt) integer(a int64, base uint, is_signed bool, digits string) []byte {
var buf []byte = &f.intbuf;
negative := is_signed && a < 0;
if negative {
return buf[i+1 : nByte];
}
-// Fmt_d64 formats an int64 in decimal.
-func (f *Fmt) Fmt_d64(v int64) {
+// fmt_d64 formats an int64 in decimal.
+func (f *fmt) fmt_d64(v int64) {
f.padBytes(f.integer(v, 10, true, ldigits));
- f.ClearFlags();
+ f.clearflags();
}
-// Fmt_d32 formats an int32 in decimal.
-func (f *Fmt) Fmt_d32(v int32) { f.Fmt_d64(int64(v)) }
+// fmt_d32 formats an int32 in decimal.
+func (f *fmt) fmt_d32(v int32) { f.fmt_d64(int64(v)) }
-// Fmt_d formats an int in decimal.
-func (f *Fmt) Fmt_d(v int) { f.Fmt_d64(int64(v)) }
+// fmt_d formats an int in decimal.
+func (f *fmt) fmt_d(v int) { f.fmt_d64(int64(v)) }
-// Fmt_ud64 formats a uint64 in decimal.
-func (f *Fmt) Fmt_ud64(v uint64) *Fmt {
+// fmt_ud64 formats a uint64 in decimal.
+func (f *fmt) fmt_ud64(v uint64) *fmt {
f.padBytes(f.integer(int64(v), 10, false, ldigits));
- f.ClearFlags();
+ f.clearflags();
return f;
}
-// Fmt_ud32 formats a uint32 in decimal.
-func (f *Fmt) Fmt_ud32(v uint32) { f.Fmt_ud64(uint64(v)) }
+// fmt_ud32 formats a uint32 in decimal.
+func (f *fmt) fmt_ud32(v uint32) { f.fmt_ud64(uint64(v)) }
-// Fmt_ud formats a uint in decimal.
-func (f *Fmt) Fmt_ud(v uint) { f.Fmt_ud64(uint64(v)) }
+// fmt_ud formats a uint in decimal.
+func (f *fmt) fmt_ud(v uint) { f.fmt_ud64(uint64(v)) }
-// Fmt_x64 formats an int64 in hexadecimal.
-func (f *Fmt) Fmt_x64(v int64) {
+// fmt_x64 formats an int64 in hexadecimal.
+func (f *fmt) fmt_x64(v int64) {
f.padBytes(f.integer(v, 16, true, ldigits));
- f.ClearFlags();
+ f.clearflags();
}
-// Fmt_x32 formats an int32 in hexadecimal.
-func (f *Fmt) Fmt_x32(v int32) { f.Fmt_x64(int64(v)) }
+// fmt_x32 formats an int32 in hexadecimal.
+func (f *fmt) fmt_x32(v int32) { f.fmt_x64(int64(v)) }
-// Fmt_x formats an int in hexadecimal.
-func (f *Fmt) Fmt_x(v int) { f.Fmt_x64(int64(v)) }
+// fmt_x formats an int in hexadecimal.
+func (f *fmt) fmt_x(v int) { f.fmt_x64(int64(v)) }
-// Fmt_ux64 formats a uint64 in hexadecimal.
-func (f *Fmt) Fmt_ux64(v uint64) {
+// fmt_ux64 formats a uint64 in hexadecimal.
+func (f *fmt) fmt_ux64(v uint64) {
f.padBytes(f.integer(int64(v), 16, false, ldigits));
- f.ClearFlags();
+ f.clearflags();
}
-// Fmt_ux32 formats a uint32 in hexadecimal.
-func (f *Fmt) Fmt_ux32(v uint32) { f.Fmt_ux64(uint64(v)) }
+// fmt_ux32 formats a uint32 in hexadecimal.
+func (f *fmt) fmt_ux32(v uint32) { f.fmt_ux64(uint64(v)) }
-// Fmt_ux formats a uint in hexadecimal.
-func (f *Fmt) Fmt_ux(v uint) { f.Fmt_ux64(uint64(v)) }
+// fmt_ux formats a uint in hexadecimal.
+func (f *fmt) fmt_ux(v uint) { f.fmt_ux64(uint64(v)) }
-// Fmt_X64 formats an int64 in upper case hexadecimal.
-func (f *Fmt) Fmt_X64(v int64) {
+// fmt_X64 formats an int64 in upper case hexadecimal.
+func (f *fmt) fmt_X64(v int64) {
f.padBytes(f.integer(v, 16, true, udigits));
- f.ClearFlags();
+ f.clearflags();
}
-// Fmt_X32 formats an int32 in upper case hexadecimal.
-func (f *Fmt) Fmt_X32(v int32) { f.Fmt_X64(int64(v)) }
+// fmt_X32 formats an int32 in upper case hexadecimal.
+func (f *fmt) fmt_X32(v int32) { f.fmt_X64(int64(v)) }
-// Fmt_X formats an int in upper case hexadecimal.
-func (f *Fmt) Fmt_X(v int) { f.Fmt_X64(int64(v)) }
+// fmt_X formats an int in upper case hexadecimal.
+func (f *fmt) fmt_X(v int) { f.fmt_X64(int64(v)) }
-// Fmt_uX64 formats a uint64 in upper case hexadecimal.
-func (f *Fmt) Fmt_uX64(v uint64) {
+// fmt_uX64 formats a uint64 in upper case hexadecimal.
+func (f *fmt) fmt_uX64(v uint64) {
f.padBytes(f.integer(int64(v), 16, false, udigits));
- f.ClearFlags();
+ f.clearflags();
}
-// Fmt_uX32 formats a uint32 in upper case hexadecimal.
-func (f *Fmt) Fmt_uX32(v uint32) { f.Fmt_uX64(uint64(v)) }
+// fmt_uX32 formats a uint32 in upper case hexadecimal.
+func (f *fmt) fmt_uX32(v uint32) { f.fmt_uX64(uint64(v)) }
-// Fmt_uX formats a uint in upper case hexadecimal.
-func (f *Fmt) Fmt_uX(v uint) { f.Fmt_uX64(uint64(v)) }
+// fmt_uX formats a uint in upper case hexadecimal.
+func (f *fmt) fmt_uX(v uint) { f.fmt_uX64(uint64(v)) }
-// Fmt_o64 formats an int64 in octal.
-func (f *Fmt) Fmt_o64(v int64) {
+// fmt_o64 formats an int64 in octal.
+func (f *fmt) fmt_o64(v int64) {
f.padBytes(f.integer(v, 8, true, ldigits));
- f.ClearFlags();
+ f.clearflags();
}
-// Fmt_o32 formats an int32 in octal.
-func (f *Fmt) Fmt_o32(v int32) { f.Fmt_o64(int64(v)) }
+// fmt_o32 formats an int32 in octal.
+func (f *fmt) fmt_o32(v int32) { f.fmt_o64(int64(v)) }
-// Fmt_o formats an int in octal.
-func (f *Fmt) Fmt_o(v int) { f.Fmt_o64(int64(v)) }
+// fmt_o formats an int in octal.
+func (f *fmt) fmt_o(v int) { f.fmt_o64(int64(v)) }
-// Fmt_uo64 formats a uint64 in octal.
-func (f *Fmt) Fmt_uo64(v uint64) {
+// fmt_uo64 formats a uint64 in octal.
+func (f *fmt) fmt_uo64(v uint64) {
f.padBytes(f.integer(int64(v), 8, false, ldigits));
- f.ClearFlags();
+ f.clearflags();
}
-// Fmt_uo32 formats a uint32 in octal.
-func (f *Fmt) Fmt_uo32(v uint32) { f.Fmt_uo64(uint64(v)) }
+// fmt_uo32 formats a uint32 in octal.
+func (f *fmt) fmt_uo32(v uint32) { f.fmt_uo64(uint64(v)) }
-// Fmt_uo formats a uint in octal.
-func (f *Fmt) Fmt_uo(v uint) { f.Fmt_uo64(uint64(v)) }
+// fmt_uo formats a uint in octal.
+func (f *fmt) fmt_uo(v uint) { f.fmt_uo64(uint64(v)) }
-// Fmt_b64 formats a uint64 in binary.
-func (f *Fmt) Fmt_b64(v uint64) {
+// fmt_b64 formats a uint64 in binary.
+func (f *fmt) fmt_b64(v uint64) {
f.padBytes(f.integer(int64(v), 2, false, ldigits));
- f.ClearFlags();
+ f.clearflags();
}
-// Fmt_b32 formats a uint32 in binary.
-func (f *Fmt) Fmt_b32(v uint32) { f.Fmt_b64(uint64(v)) }
+// fmt_b32 formats a uint32 in binary.
+func (f *fmt) fmt_b32(v uint32) { f.fmt_b64(uint64(v)) }
-// Fmt_b formats a uint in binary.
-func (f *Fmt) Fmt_b(v uint) { f.Fmt_b64(uint64(v)) }
+// fmt_b formats a uint in binary.
+func (f *fmt) fmt_b(v uint) { f.fmt_b64(uint64(v)) }
-// Fmt_c formats a Unicode character.
-func (f *Fmt) Fmt_c(v int) {
+// fmt_c formats a Unicode character.
+func (f *fmt) fmt_c(v int) {
f.pad(string(v));
- f.ClearFlags();
+ f.clearflags();
}
-// Fmt_s formats a string.
-func (f *Fmt) Fmt_s(s string) {
+// fmt_s formats a string.
+func (f *fmt) fmt_s(s string) {
if f.precPresent {
if f.prec < len(s) {
s = s[0:f.prec]
}
}
f.pad(s);
- f.ClearFlags();
+ f.clearflags();
}
-// Fmt_sx formats a string as a hexadecimal encoding of its bytes.
-func (f *Fmt) Fmt_sx(s string) {
+// fmt_sx formats a string as a hexadecimal encoding of its bytes.
+func (f *fmt) fmt_sx(s string) {
t := "";
for i := 0; i < len(s); i++ {
if i > 0 && f.space {
t += string(ldigits[v&0xF]);
}
f.pad(t);
- f.ClearFlags();
+ f.clearflags();
}
-// Fmt_sX formats a string as an uppercase hexadecimal encoding of its bytes.
-func (f *Fmt) Fmt_sX(s string) {
+// fmt_sX formats a string as an uppercase hexadecimal encoding of its bytes.
+func (f *fmt) fmt_sX(s string) {
t := "";
for i := 0; i < len(s); i++ {
v := s[i];
t += string(udigits[v&0xF]);
}
f.pad(t);
- f.ClearFlags();
+ f.clearflags();
}
-// Fmt_q formats a string as a double-quoted, escaped Go string constant.
-func (f *Fmt) Fmt_q(s string) {
+// fmt_q formats a string as a double-quoted, escaped Go string constant.
+func (f *fmt) fmt_q(s string) {
var quoted string;
if f.sharp && strconv.CanBackquote(s) {
quoted = "`" + s + "`"
quoted = strconv.Quote(s)
}
f.pad(quoted);
- f.ClearFlags();
+ f.clearflags();
}
// floating-point
-func doPrec(f *Fmt, def int) int {
+func doPrec(f *fmt, def int) int {
if f.precPresent {
return f.prec
}
return def;
}
-func fmtString(f *Fmt, s string) {
+func fmtString(f *fmt, s string) {
f.pad(s);
- f.ClearFlags();
+ f.clearflags();
}
// Add a plus sign or space to the string if missing and required.
-func (f *Fmt) plusSpace(s string) {
+func (f *fmt) plusSpace(s string) {
if s[0] != '-' {
if f.plus {
s = "+" + s
fmtString(f, s);
}
-// Fmt_e64 formats a float64 in the form -1.23e+12.
-func (f *Fmt) Fmt_e64(v float64) { f.plusSpace(strconv.Ftoa64(v, 'e', doPrec(f, 6))) }
+// fmt_e64 formats a float64 in the form -1.23e+12.
+func (f *fmt) fmt_e64(v float64) { f.plusSpace(strconv.Ftoa64(v, 'e', doPrec(f, 6))) }
-// Fmt_E64 formats a float64 in the form -1.23E+12.
-func (f *Fmt) Fmt_E64(v float64) { f.plusSpace(strconv.Ftoa64(v, 'E', doPrec(f, 6))) }
+// fmt_E64 formats a float64 in the form -1.23E+12.
+func (f *fmt) fmt_E64(v float64) { f.plusSpace(strconv.Ftoa64(v, 'E', doPrec(f, 6))) }
-// Fmt_f64 formats a float64 in the form -1.23.
-func (f *Fmt) Fmt_f64(v float64) { f.plusSpace(strconv.Ftoa64(v, 'f', doPrec(f, 6))) }
+// fmt_f64 formats a float64 in the form -1.23.
+func (f *fmt) fmt_f64(v float64) { f.plusSpace(strconv.Ftoa64(v, 'f', doPrec(f, 6))) }
-// Fmt_g64 formats a float64 in the 'f' or 'e' form according to size.
-func (f *Fmt) Fmt_g64(v float64) { f.plusSpace(strconv.Ftoa64(v, 'g', doPrec(f, -1))) }
+// fmt_g64 formats a float64 in the 'f' or 'e' form according to size.
+func (f *fmt) fmt_g64(v float64) { f.plusSpace(strconv.Ftoa64(v, 'g', doPrec(f, -1))) }
-// Fmt_g64 formats a float64 in the 'f' or 'E' form according to size.
-func (f *Fmt) Fmt_G64(v float64) { f.plusSpace(strconv.Ftoa64(v, 'G', doPrec(f, -1))) }
+// fmt_g64 formats a float64 in the 'f' or 'E' form according to size.
+func (f *fmt) fmt_G64(v float64) { f.plusSpace(strconv.Ftoa64(v, 'G', doPrec(f, -1))) }
-// Fmt_fb64 formats a float64 in the form -123p3 (exponent is power of 2).
-func (f *Fmt) Fmt_fb64(v float64) { f.plusSpace(strconv.Ftoa64(v, 'b', 0)) }
+// fmt_fb64 formats a float64 in the form -123p3 (exponent is power of 2).
+func (f *fmt) fmt_fb64(v float64) { f.plusSpace(strconv.Ftoa64(v, 'b', 0)) }
// float32
// cannot defer to float64 versions
// because it will get rounding wrong in corner cases.
-// Fmt_e32 formats a float32 in the form -1.23e+12.
-func (f *Fmt) Fmt_e32(v float32) { f.plusSpace(strconv.Ftoa32(v, 'e', doPrec(f, 6))) }
+// fmt_e32 formats a float32 in the form -1.23e+12.
+func (f *fmt) fmt_e32(v float32) { f.plusSpace(strconv.Ftoa32(v, 'e', doPrec(f, 6))) }
-// Fmt_E32 formats a float32 in the form -1.23E+12.
-func (f *Fmt) Fmt_E32(v float32) { f.plusSpace(strconv.Ftoa32(v, 'E', doPrec(f, 6))) }
+// fmt_E32 formats a float32 in the form -1.23E+12.
+func (f *fmt) fmt_E32(v float32) { f.plusSpace(strconv.Ftoa32(v, 'E', doPrec(f, 6))) }
-// Fmt_f32 formats a float32 in the form -1.23.
-func (f *Fmt) Fmt_f32(v float32) { f.plusSpace(strconv.Ftoa32(v, 'f', doPrec(f, 6))) }
+// fmt_f32 formats a float32 in the form -1.23.
+func (f *fmt) fmt_f32(v float32) { f.plusSpace(strconv.Ftoa32(v, 'f', doPrec(f, 6))) }
-// Fmt_g32 formats a float32 in the 'f' or 'e' form according to size.
-func (f *Fmt) Fmt_g32(v float32) { f.plusSpace(strconv.Ftoa32(v, 'g', doPrec(f, -1))) }
+// fmt_g32 formats a float32 in the 'f' or 'e' form according to size.
+func (f *fmt) fmt_g32(v float32) { f.plusSpace(strconv.Ftoa32(v, 'g', doPrec(f, -1))) }
-// Fmt_G32 formats a float32 in the 'f' or 'E' form according to size.
-func (f *Fmt) Fmt_G32(v float32) { f.plusSpace(strconv.Ftoa32(v, 'G', doPrec(f, -1))) }
+// fmt_G32 formats a float32 in the 'f' or 'E' form according to size.
+func (f *fmt) fmt_G32(v float32) { f.plusSpace(strconv.Ftoa32(v, 'G', doPrec(f, -1))) }
-// Fmt_fb32 formats a float32 in the form -123p3 (exponent is power of 2).
-func (f *Fmt) Fmt_fb32(v float32) { fmtString(f, strconv.Ftoa32(v, 'b', 0)) }
+// fmt_fb32 formats a float32 in the form -123p3 (exponent is power of 2).
+func (f *fmt) fmt_fb32(v float32) { fmtString(f, strconv.Ftoa32(v, 'b', 0)) }
// float
-func (x *Fmt) f(a float) {
+func (x *fmt) f(a float) {
if strconv.FloatSize == 32 {
- x.Fmt_f32(float32(a))
+ x.fmt_f32(float32(a))
} else {
- x.Fmt_f64(float64(a))
+ x.fmt_f64(float64(a))
}
}
-func (x *Fmt) e(a float) {
+func (x *fmt) e(a float) {
if strconv.FloatSize == 32 {
- x.Fmt_e32(float32(a))
+ x.fmt_e32(float32(a))
} else {
- x.Fmt_e64(float64(a))
+ x.fmt_e64(float64(a))
}
}
-func (x *Fmt) g(a float) {
+func (x *fmt) g(a float) {
if strconv.FloatSize == 32 {
- x.Fmt_g32(float32(a))
+ x.fmt_g32(float32(a))
} else {
- x.Fmt_g64(float64(a))
+ x.fmt_g64(float64(a))
}
}
-func (x *Fmt) fb(a float) {
+func (x *fmt) fb(a float) {
if strconv.FloatSize == 32 {
- x.Fmt_fb32(float32(a))
+ x.fmt_fb32(float32(a))
} else {
- x.Fmt_fb64(float64(a))
+ x.fmt_fb64(float64(a))
}
}
n int;
buf bytes.Buffer;
runeBuf [utf8.UTFMax]byte;
- fmt Fmt;
+ fmt fmt;
}
// A leaky bucket of reusable pp structures.
p = new(pp)
}
p.buf.Reset();
- p.fmt.Init(&p.buf);
+ p.fmt.init(&p.buf);
return p;
}
BigSwitch:
switch f := field.(type) {
case *reflect.BoolValue:
- p.fmt.Fmt_boolean(f.Get())
+ p.fmt.fmt_boolean(f.Get())
case *reflect.Float32Value:
- p.fmt.Fmt_g32(f.Get())
+ p.fmt.fmt_g32(f.Get())
case *reflect.Float64Value:
- p.fmt.Fmt_g64(f.Get())
+ p.fmt.fmt_g64(f.Get())
case *reflect.FloatValue:
if field.Type().Size()*8 == 32 {
- p.fmt.Fmt_g32(float32(f.Get()))
+ p.fmt.fmt_g32(float32(f.Get()))
} else {
- p.fmt.Fmt_g64(float64(f.Get()))
+ p.fmt.fmt_g64(float64(f.Get()))
}
case *reflect.StringValue:
if sharp {
- p.fmt.Fmt_q(f.Get())
+ p.fmt.fmt_q(f.Get())
} else {
- p.fmt.Fmt_s(f.Get());
+ p.fmt.fmt_s(f.Get());
was_string = true;
}
case *reflect.MapValue:
p.add('{');
v := f;
t := v.Type().(*reflect.StructType);
- p.fmt.ClearFlags(); // clear flags for p.printField
+ p.fmt.clearflags(); // clear flags for p.printField
for i := 0; i < v.NumField(); i++ {
if i > 0 {
if sharp {
p.buf.Write(nilBytes)
} else {
p.fmt.sharp = true;
- p.fmt.Fmt_ux64(uint64(v));
+ p.fmt.fmt_ux64(uint64(v));
}
p.buf.WriteByte(')');
break;
break;
}
p.fmt.sharp = true; // turn 0x on
- p.fmt.Fmt_ux64(uint64(v));
+ p.fmt.fmt_ux64(uint64(v));
case uintptrGetter:
v := f.Get();
if sharp {
p.buf.Write(nilBytes)
} else {
p.fmt.sharp = true;
- p.fmt.Fmt_ux64(uint64(v));
+ p.fmt.fmt_ux64(uint64(v));
}
p.buf.WriteByte(')');
} else {
p.fmt.sharp = true; // turn 0x on
- p.fmt.Fmt_ux64(uint64(f.Get()));
+ p.fmt.fmt_ux64(uint64(f.Get()));
}
default:
v, signed, ok := getInt(field);
if ok {
if signed {
- p.fmt.Fmt_d64(v)
+ p.fmt.fmt_d64(v)
} else {
if sharp {
p.fmt.sharp = true; // turn on 0x
- p.fmt.Fmt_ux64(uint64(v));
+ p.fmt.fmt_ux64(uint64(v));
} else {
- p.fmt.Fmt_ud64(uint64(v))
+ p.fmt.fmt_ud64(uint64(v))
}
}
break;
}
i++;
// flags and widths
- p.fmt.ClearFlags();
+ p.fmt.clearflags();
F: for ; i < end; i++ {
switch format[i] {
case '#':
// int
case 'b':
if v, _, ok := getInt(field); ok {
- p.fmt.Fmt_b64(uint64(v)) // always unsigned
+ p.fmt.fmt_b64(uint64(v)) // always unsigned
} else if v, ok := getFloat32(field); ok {
- p.fmt.Fmt_fb32(v)
+ p.fmt.fmt_fb32(v)
} else if v, ok := getFloat64(field); ok {
- p.fmt.Fmt_fb64(v)
+ p.fmt.fmt_fb64(v)
} else {
goto badtype
}
case 'c':
if v, _, ok := getInt(field); ok {
- p.fmt.Fmt_c(int(v))
+ p.fmt.fmt_c(int(v))
} else {
goto badtype
}
case 'd':
if v, signed, ok := getInt(field); ok {
if signed {
- p.fmt.Fmt_d64(v)
+ p.fmt.fmt_d64(v)
} else {
- p.fmt.Fmt_ud64(uint64(v))
+ p.fmt.fmt_ud64(uint64(v))
}
} else {
goto badtype
case 'o':
if v, signed, ok := getInt(field); ok {
if signed {
- p.fmt.Fmt_o64(v)
+ p.fmt.fmt_o64(v)
} else {
- p.fmt.Fmt_uo64(uint64(v))
+ p.fmt.fmt_uo64(uint64(v))
}
} else {
goto badtype
case 'x':
if v, signed, ok := getInt(field); ok {
if signed {
- p.fmt.Fmt_x64(v)
+ p.fmt.fmt_x64(v)
} else {
- p.fmt.Fmt_ux64(uint64(v))
+ p.fmt.fmt_ux64(uint64(v))
}
} else if v, ok := getString(field); ok {
- p.fmt.Fmt_sx(v)
+ p.fmt.fmt_sx(v)
} else {
goto badtype
}
case 'X':
if v, signed, ok := getInt(field); ok {
if signed {
- p.fmt.Fmt_X64(v)
+ p.fmt.fmt_X64(v)
} else {
- p.fmt.Fmt_uX64(uint64(v))
+ p.fmt.fmt_uX64(uint64(v))
}
} else if v, ok := getString(field); ok {
- p.fmt.Fmt_sX(v)
+ p.fmt.fmt_sX(v)
} else {
goto badtype
}
// float
case 'e':
if v, ok := getFloat32(field); ok {
- p.fmt.Fmt_e32(v)
+ p.fmt.fmt_e32(v)
} else if v, ok := getFloat64(field); ok {
- p.fmt.Fmt_e64(v)
+ p.fmt.fmt_e64(v)
} else {
goto badtype
}
case 'E':
if v, ok := getFloat32(field); ok {
- p.fmt.Fmt_E32(v)
+ p.fmt.fmt_E32(v)
} else if v, ok := getFloat64(field); ok {
- p.fmt.Fmt_E64(v)
+ p.fmt.fmt_E64(v)
} else {
goto badtype
}
case 'f':
if v, ok := getFloat32(field); ok {
- p.fmt.Fmt_f32(v)
+ p.fmt.fmt_f32(v)
} else if v, ok := getFloat64(field); ok {
- p.fmt.Fmt_f64(v)
+ p.fmt.fmt_f64(v)
} else {
goto badtype
}
case 'g':
if v, ok := getFloat32(field); ok {
- p.fmt.Fmt_g32(v)
+ p.fmt.fmt_g32(v)
} else if v, ok := getFloat64(field); ok {
- p.fmt.Fmt_g64(v)
+ p.fmt.fmt_g64(v)
} else {
goto badtype
}
case 'G':
if v, ok := getFloat32(field); ok {
- p.fmt.Fmt_G32(v)
+ p.fmt.fmt_G32(v)
} else if v, ok := getFloat64(field); ok {
- p.fmt.Fmt_G64(v)
+ p.fmt.fmt_G64(v)
} else {
goto badtype
}
if inter != nil {
// if object implements String, use the result.
if stringer, ok := inter.(Stringer); ok {
- p.fmt.Fmt_s(stringer.String());
+ p.fmt.fmt_s(stringer.String());
break;
}
}
if v, ok := getString(field); ok {
- p.fmt.Fmt_s(v)
+ p.fmt.fmt_s(v)
} else {
goto badtype
}
case 'q':
if v, ok := getString(field); ok {
- p.fmt.Fmt_q(v)
+ p.fmt.fmt_q(v)
} else {
goto badtype
}
if v == 0 {
p.buf.Write(nilAngleBytes)
} else {
- p.fmt.Fmt_s("0x");
- p.fmt.Fmt_uX64(uint64(v));
+ p.fmt.fmt_s("0x");
+ p.fmt.fmt_uX64(uint64(v));
}
} else {
goto badtype