php-parser/test/code/parser/stmt/generator/yieldPrecedence.test
Nikita Popov a6846e3b71 Always use Identifier nodes
The parser will now always generate Identifier nodes (for
non-namespaced identifiers). This obsoletes the useIdentifierNodes
parser option.

Node constructors still accepts strings and will implicitly create
an Identifier wrapper. Identifier implement __toString(), so that
outside of strict-mode many things continue to work without changes.
2017-04-28 20:57:32 +02:00

250 lines
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Yield operator precedence
-----
<?php
function gen() {
yield "a" . "b";
yield "a" or die;
yield "k" => "a" . "b";
yield "k" => "a" or die;
var_dump([yield "k" => "a" . "b"]);
yield yield "k1" => yield "k2" => "a" . "b";
yield yield "k1" => (yield "k2") => "a" . "b";
var_dump([yield "k1" => yield "k2" => "a" . "b"]);
var_dump([yield "k1" => (yield "k2") => "a" . "b"]);
}
-----
!!php7
array(
0: Stmt_Function(
byRef: false
name: Identifier(
name: gen
)
params: array(
)
returnType: null
stmts: array(
0: Stmt_Expression(
expr: Expr_Yield(
key: null
value: Expr_BinaryOp_Concat(
left: Scalar_String(
value: a
)
right: Scalar_String(
value: b
)
)
)
)
1: Stmt_Expression(
expr: Expr_BinaryOp_LogicalOr(
left: Expr_Yield(
key: null
value: Scalar_String(
value: a
)
)
right: Expr_Exit(
expr: null
)
)
)
2: Stmt_Expression(
expr: Expr_Yield(
key: Scalar_String(
value: k
)
value: Expr_BinaryOp_Concat(
left: Scalar_String(
value: a
)
right: Scalar_String(
value: b
)
)
)
)
3: Stmt_Expression(
expr: Expr_BinaryOp_LogicalOr(
left: Expr_Yield(
key: Scalar_String(
value: k
)
value: Scalar_String(
value: a
)
)
right: Expr_Exit(
expr: null
)
)
)
4: Stmt_Expression(
expr: Expr_FuncCall(
name: Name(
parts: array(
0: var_dump
)
)
args: array(
0: Arg(
value: Expr_Array(
items: array(
0: Expr_ArrayItem(
key: null
value: Expr_Yield(
key: Scalar_String(
value: k
)
value: Expr_BinaryOp_Concat(
left: Scalar_String(
value: a
)
right: Scalar_String(
value: b
)
)
)
byRef: false
)
)
)
byRef: false
unpack: false
)
)
)
)
5: Stmt_Expression(
expr: Expr_Yield(
key: null
value: Expr_Yield(
key: Scalar_String(
value: k1
)
value: Expr_Yield(
key: Scalar_String(
value: k2
)
value: Expr_BinaryOp_Concat(
left: Scalar_String(
value: a
)
right: Scalar_String(
value: b
)
)
)
)
)
)
6: Stmt_Expression(
expr: Expr_Yield(
key: Expr_Yield(
key: Scalar_String(
value: k1
)
value: Expr_Yield(
key: null
value: Scalar_String(
value: k2
)
)
)
value: Expr_BinaryOp_Concat(
left: Scalar_String(
value: a
)
right: Scalar_String(
value: b
)
)
)
)
7: Stmt_Expression(
expr: Expr_FuncCall(
name: Name(
parts: array(
0: var_dump
)
)
args: array(
0: Arg(
value: Expr_Array(
items: array(
0: Expr_ArrayItem(
key: null
value: Expr_Yield(
key: Scalar_String(
value: k1
)
value: Expr_Yield(
key: Scalar_String(
value: k2
)
value: Expr_BinaryOp_Concat(
left: Scalar_String(
value: a
)
right: Scalar_String(
value: b
)
)
)
)
byRef: false
)
)
)
byRef: false
unpack: false
)
)
)
)
8: Stmt_Expression(
expr: Expr_FuncCall(
name: Name(
parts: array(
0: var_dump
)
)
args: array(
0: Arg(
value: Expr_Array(
items: array(
0: Expr_ArrayItem(
key: Expr_Yield(
key: Scalar_String(
value: k1
)
value: Expr_Yield(
key: null
value: Scalar_String(
value: k2
)
)
)
value: Expr_BinaryOp_Concat(
left: Scalar_String(
value: a
)
right: Scalar_String(
value: b
)
)
byRef: false
)
)
)
byRef: false
unpack: false
)
)
)
)
)
)
)