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//@noUnusedLocals:true
//@noUnusedParameters:true
export { };
function defered<T>(a: () => T): T {
return a();
}
// function declaration paramter
function f(a) {
defered(() => {
a;
});
}
f(0);
// function expression paramter
var fexp = function (a) {
defered(() => {
a;
});
};
fexp(1);
// arrow function paramter
var farrow = (a) => {
defered(() => {
a;
});
};
farrow(2);
let prop1;
class C {
// Method declaration paramter
method(a) {
defered(() => {
a;
});
}
// Accessor declaration paramter
set x(v: number) {
defered(() => {
v;
});
}
// in a property initalizer
p = defered(() => {
prop1;
});
}
new C();
let prop2;
var E = class {
// Method declaration paramter
method(a) {
defered(() => {
a;
});
}
// Accessor declaration paramter
set x(v: number) {
defered(() => {
v;
});
}
// in a property initalizer
p = defered(() => {
prop2;
});
}
new E();
var o = {
// Object literal method declaration paramter
method(a) {
defered(() => {
a;
});
},
// Accessor declaration paramter
set x(v: number) {
defered(() => {
v;
});
},
// in a property initalizer
p: defered(() => {
prop1;
})
};
o;
// in a for..in statment
for (let i in o) {
defered(() => {
i;
});
}
// in a for..of statment
for (let i of [1,2,3]) {
defered(() => {
i;
});
}
// in a for. statment
for (let i = 0; i < 10; i++) {
defered(() => {
i;
});
}
// in a block
const condition = false;
if (condition) {
const c = 0;
defered(() => {
c;
});
}
// in try/catch/finally
try {
const a = 0;
defered(() => {
a;
});
}
catch (e) {
const c = 1;
defered(() => {
c;
});
}
finally {
const c = 0;
defered(() => {
c;
});
}
// in a namespace
namespace N {
var x;
defered(() => {
x;
});
}
N;
|
