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c16500
t.Visitors { v.Leave(n) } }
c16501
:= NewTree(bytes.NewReader([]byte(input))) return t, t.Parse() }
c16502
break } t.root.Append(n) } t.traverse(t.root) return nil }
c16503
err != nil { return nil, err } _, err = t.expect(tokenCommentClose) if err != nil { return nil, err } return NewCommentNode(tok.value, tok.Pos), nil case tokenEOF: // expected end of input return nil, nil } return nil, newUnexpectedTokenError(tok) }
c16504
range v.SafeFor() { safeFor[k] = true } return safeValue{safeFor, v.Value()} } return safeValue{safeFor, val} }
c16505
vc > 0 case int: return vc > 0 case int8: return vc > 0 case int16: return vc > 0 case int32: return vc > 0 case int64: return vc > 0 case float32: return vc > 0 case float64: return vc > 0 case string: return len(vc) > 0 case decimal.Decimal: return vc.GreaterThan(decimal.Zero) case String...
c16506
uint16, uint32, uint64: return fmt.Sprintf("%v", vc) case Number: return fmt.Sprintf("%v", vc.Number()) case Boolean: if vc.Boolean() == true { return "1" // Twig compatibility (aka PHP compatibility) } case bool: if vc == true { return "1" // Twig compatibility (aka PHP compatibility) } } retu...
c16507
return values unsupported, called method \"%s\" on \"%v\"", attr, v) } rargs := make([]reflect.Value, len(args)) for k, v := range args { rargs[k] = reflect.ValueOf(v) } if t.NumIn() != len(rargs) { return nil, fmt.Errorf("getattr: method \"%s\" on \"%v\" expects %d parameter(s), %d given", attr, v, t....
c16508
case reflect.Slice, reflect.Array: return true } return false }
c16509
return r.Kind() == reflect.Map }
c16510
case reflect.Slice, reflect.Array, reflect.Map: return true } return false }
c16511
v := r.MapIndex(k) brk, err := it(k.Interface(), v.Interface(), l) if brk || err != nil { return i + 1, err } l.Index++ l.Index0++ l.Last = ln == l.Index } return ln, nil default: return 0, fmt.Errorf(`stick: unable to iterate over %s "%v"`, r.Kind(), val) } }
c16512
return r.Len(), nil } return 0, fmt.Errorf(`stick: could not get length of %s "%v"`, r.Kind(), val) }
c16513
return CoerceString(left) == CoerceString(right) }
c16514
return true, nil // break } return false, nil }) if err != nil { return false, err } return res, nil }
c16515
return fmt.Sprintf("%d:%d", p.Line, p.Offset) }
c16516
{ return &ModuleNode{NewBodyNode(Pos{1, 0}, nodes...), nil, name} }
c16517
= append(l.Nodes, n) }
c16518
{ return &CommentNode{NewTextNode(data, p), TrimmableNode{}} }
c16519
{ return &PrintNode{p, TrimmableNode{}, exp} }
c16520
&BlockNode{p, TrimmableNode{}, name, body, ""} }
c16521
fmt.Sprintf("Block(%s: %s)", t.Name, t.Body) }
c16522
return &IfNode{p, TrimmableNode{}, cond, body, els} }
c16523
fmt.Sprintf("If(%s: %s Else: %s)", t.Cond, t.Body, t.Else) }
c16524
{ return []Node{t.Cond, t.Body, t.Else} }
c16525
{ return &ExtendsNode{p, TrimmableNode{}, tplRef} }
c16526
p Pos) *ForNode { return &ForNode{p, TrimmableNode{}, k, v, expr, body, els} }
c16527
else %s)", t.Key, t.Val, t.X, t.Body, t.Else) }
c16528
{ return []Node{t.X, t.Body, t.Else} }
c16529
return &IncludeNode{pos, TrimmableNode{}, tmpl, with, only} }
c16530
%s %v)", t.Tpl, t.With, t.Only) }
c16531
return &EmbedNode{NewIncludeNode(tmpl, with, only, pos), blocks} }
c16532
with %s %v: %v)", t.Tpl, t.With, t.Only, t.Blocks) }
c16533
:= range t.Blocks { r = append(r, blk) } return r }
c16534
return &UseNode{pos, TrimmableNode{}, tpl, aliases} }
c16535
} sort.Strings(keys) res := make([]string, l) for i, orig := range keys { res[i] = orig + ": " + t.Aliases[orig] } return fmt.Sprintf("Use(%s with %s)", t.Tpl, strings.Join(res, ", ")) } return fmt.Sprintf("Use(%s)", t.Tpl) }
c16536
&SetNode{pos, TrimmableNode{}, varName, expr} }
c16537
fmt.Sprintf("Set(%s = %v)", t.Name, t.X) }
c16538
{ return &DoNode{pos, TrimmableNode{}, expr} }
c16539
&FilterNode{p, TrimmableNode{}, filters, body} }
c16540
fmt.Sprintf("Filter (%s): %s", strings.Join(t.Filters, "|"), t.Body) }
c16541
return &MacroNode{p, TrimmableNode{}, name, args, body, ""} }
c16542
%s(%s): %s", t.Name, strings.Join(t.Args, ", "), t.Body) }
c16543
&ImportNode{p, TrimmableNode{}, tpl, alias} }
c16544
return fmt.Sprintf("Import (%s as %s)", t.Tpl, t.Alias) }
c16545
return &FromNode{p, TrimmableNode{}, tpl, imports} }
c16546
res[i] = orig } else { res[i] = orig + " as " + t.Imports[orig] } } return fmt.Sprintf("From %s import %s", t.Tpl, strings.Join(res, ", ")) }
c16547
len(exp.Args)) for i, n := range exp.Args { res[i] = n } return res }
c16548
return &FuncExpr{pos, name, args} }
c16549
fmt.Sprintf("FuncExpr(%s, %s)", exp.Name, exp.Args) }
c16550
return fmt.Sprintf("FilterExpr(%s, %s)", exp.Name, exp.Args) }
c16551
return &FilterExpr{NewFuncExpr(name, args, pos)} }
c16552
fmt.Sprintf("TestExpr(%s, %s)", exp.Name, exp.Args) }
c16553
return &BinaryExpr{pos, left, op, right} }
c16554
%s)", exp.Left, exp.Op, exp.Right) }
c16555
return &UnaryExpr{pos, op, expr} }
c16556
fmt.Sprintf("UnaryExpr(%s %s)", exp.Op, exp.X) }
c16557
return &GetAttrExpr{pos, cont, attr, args} }
c16558
exp.Attr} for _, v := range exp.Args { res = append(res, v) } return res }
c16559
return fmt.Sprintf("GetAttrExpr(%s -> %s)", exp.Cont, exp.Attr) }
c16560
return &TernaryIfExpr{pos, cond, tx, fx} }
c16561
{ return []Node{exp.Cond, exp.TrueX, exp.FalseX} }
c16562
%v", exp.Cond, exp.TrueX, exp.FalseX) }
c16563
*KeyValueExpr { return &KeyValueExpr{pos, k, v} }
c16564
{ return fmt.Sprintf("%s: %s", exp.Key, exp.Value) }
c16565
len(exp.Elements)) for i, v := range exp.Elements { all[i] = v } return all }
c16566
return &Env{loader, make(map[string]Func), make(map[string]Filter), make(map[string]Test), make([]parse.NodeVisitor, 0)} }
c16567
return execute(tpl, out, ctx, env) }
c16568
(*parse.Tree, error) { return env.load(name) }
c16569
&stringTemplate{name, name}, nil }
c16570
os.ErrNotExist } return &stringTemplate{name, v}, nil }
c16571
!= nil { return nil, err } return &fileTemplate{name, f}, nil }
c16572
&UnexpectedTokenError{newBaseError(actual.Pos), actual, expected} }
c16573
return &UnclosedTagError{newBaseError(start), tagName} }
c16574
&UnexpectedValueError{newBaseError(tok.Pos), tok, expected} }
c16575
filterKeys, "last": filterLast, "length": filterLength, "lower": filterLower, "merge": filterMerge, "nl2br": filterNL2BR, "number_format": filterNumberFormat, "raw": filterRaw, "replace": filterReplace, "reverse":...
c16576
:= stick.CoerceNumber(val) if 0 == n { return n } return math.Abs(n) }
c16577
:= stick.CoerceString(val) return strings.ToUpper(s[:1]) + s[1:] }
c16578
if stick.CoerceString(val) == "" { return d } return val }
c16579
return utf8.RuneCountInString(v) } l, _ := stick.Len(val) // TODO: Report error return l }
c16580
return strings.ToLower(stick.CoerceString(val)) }
c16581
return strings.Title(stick.CoerceString(val)) }
c16582
return strings.TrimSpace(stick.CoerceString(val)) }
c16583
return strings.ToUpper(stick.CoerceString(val)) }
c16584
:= <-l.tokens; ok; { l.last = v return v } return l.last }
c16585
nil; { l.state = l.state(l) } }
c16586
1, 0, string(i), make(chan token), nil, modeNormal, token{}, 0} }
c16587
l.offset = len(val[lpos+1:]) } else { l.offset += len(val) } l.tokens <- tok l.start = l.pos if tok.tokenType == tokenEOF { close(l.tokens) l.mode = modeClosed } }
c16588
l.input[l.pos+2:l.pos+3] != " " { return false } } else if op == delimTrimWhitespace { switch l.input[l.pos+1 : l.pos+3] { case delimClosePrint, delimCloseTag: return false } } l.pos += len(op) l.emit(tokenOperator) return true }
c16589
nil, err } return t.parseOuterExpr(expr) }
c16590
case tokenPunctuation: if tok.value != "," { return nil, newUnexpectedValueError(tok, ",") } case tokenParensClose: return NewFuncExpr(name.Name, args, name.Pos), nil default: return nil, newUnexpectedTokenError(tok, tokenPunctuation, tokenParensClose) } } }
c16591
Tests: make(map[string]stick.Test), Visitors: make([]parse.NodeVisitor, 0), } env.Register(NewAutoEscapeExtension()) return env }
c16592
const char *path, int attrnamespace, const char *attrname, void *data, size_t nbytes); */ r0, _, err := syscall.Syscall6(syscallNum, uintptr(unsafe.Pointer(syscall.StringBytePtr(path))), EXTATTR_NAMESPACE_USER, uintptr(unsafe.Pointer(syscall.StringBytePtr(name))), uintptr(unsafe.Pointer(ptr)), uintp...
c16593
_, _, err := syscall.Syscall(syscallNum, uintptr(unsafe.Pointer(syscall.StringBytePtr(path))), EXTATTR_NAMESPACE_USER, uintptr(unsafe.Pointer(syscall.StringBytePtr(name))), ) if err != syscall.Errno(0) { return err } return nil }
c16594
[]byte) (int, error) { return getxattr(path, name, data) }) }
c16595
[]byte) (int, error) { return lgetxattr(path, name, data) }) }
c16596
[]byte) (int, error) { return fgetxattr(f, name, data) }) }
c16597
Contrary to documentation, // MacOS never seems to return ERANGE! // To keep the code simple, we always check both conditions, and sometimes // double the buffer size without it being strictly neccessary. if err == syscall.ERANGE || read == size { // The buffer was too small. Try again. size <<= 1 i...
c16598
return &Error{"xattr.Set", path, name, err} } return nil }
c16599
return &Error{"xattr.LSet", path, name, err} } return nil }