cue/testdata/disjunctions/operands.txtar

# This file tests disjunctions used as operands.

-- in.cue --

list: *[1] | [2]
condition: *true | false
num: *1 | 2
object: *{ a: 1 } | { a: 2 }

forLoop: [
  for e in list {
    "count: \(e)"
  }
]

conditional: {
    if condition {
        a: 3
    }
    if num < 5 {
        b: 3
    }
}

selector: {
    a: object.a
}

index: {
    a: list[0]
}

binOp: {
    a: num + 4
}

unaryOp: {
    a: -num
}

-- out/eval --
(struct){
  list: (list){ |(*(#list){
      0: (int){ 1 }
    }, (#list){
      0: (int){ 2 }
    }) }
  condition: (bool){ |(*(bool){ true }, (bool){ false }) }
  num: (int){ |(*(int){ 1 }, (int){ 2 }) }
  object: (struct){ |(*(struct){
      a: (int){ 1 }
    }, (struct){
      a: (int){ 2 }
    }) }
  forLoop: (#list){
    0: (string){ "count: 1" }
  }
  conditional: (struct){
    a: (int){ 3 }
    b: (int){ 3 }
  }
  selector: (struct){
    a: (int){ 1 }
  }
  index: (struct){
    a: (int){ 1 }
  }
  binOp: (struct){
    a: (int){ 5 }
  }
  unaryOp: (struct){
    a: (int){ -1 }
  }
}
-- out/compile --
--- in.cue
{
  list: (*[
    1,
  ]|[
    2,
  ])
  condition: (*true|false)
  num: (*1|2)
  object: (*{
    a: 1
  }|{
    a: 2
  })
  forLoop: [
    for _, e in 〈0;list〉 {
      "count: \(〈1;e〉)"
    },
  ]
  conditional: {
    if 〈1;condition〉 {
      a: 3
    }
    if (〈1;num〉 < 5) {
      b: 3
    }
  }
  selector: {
    a: 〈1;object〉.a
  }
  index: {
    a: 〈1;list〉[0]
  }
  binOp: {
    a: (〈1;num〉 + 4)
  }
  unaryOp: {
    a: -〈1;num〉
  }
}