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require 'spec_helper'
require 'puppet_spec/compiler'
require 'matchers/resource'
describe 'the break function' do
include PuppetSpec::Compiler
include Matchers::Resource
context do
it 'breaks iteration as if at end of input in a map for an array' do
expect(compile_to_catalog(<<-CODE)).to have_resource('Notify[[1, 2]]')
function please_break() {
[1,2,3].map |$x| { if $x == 3 { break() } $x }
}
notify { String(please_break()): }
CODE
end
it 'breaks iteration as if at end of input in a map for a hash' do
expect(compile_to_catalog(<<-CODE)).to have_resource('Notify[[1, 2]]')
function please_break() {
{'a' => 1, 'b' => 2, 'c' => 3}.map |$x, $y| { if $y == 3 { break() } $y }
}
notify { String(please_break()): }
CODE
end
it 'breaks iteration as if at end of input in a reduce for an array' do
expect(compile_to_catalog(<<-CODE)).to have_resource('Notify[6]')
function please_break() {
[1,2,3,4].reduce |$memo, $x| { if $x == 4 { break() } $memo + $x }
}
notify { String(please_break()): }
CODE
end
it 'breaks iteration as if at end of input in a reduce for a hash' do
expect(compile_to_catalog(<<-CODE)).to have_resource("Notify[['abc', 6]]")
function please_break() {
{'a' => 1, 'b' => 2, 'c' => 3, 'd' => 4}.reduce |$memo, $x| {
if $x[1] == 4 { break() }
$string = "${memo[0]}${x[0]}"
$number = $memo[1] + $x[1]
[$string, $number]
}
}
notify { String(please_break()): }
CODE
end
it 'breaks iteration as if at end of input in an each for an array' do
expect(compile_to_catalog(<<-CODE)).to_not have_resource('Notify[3]')
function please_break() {
[1,2,3].each |$x| { if $x == 3 { break() } notify { "$x": } }
}
please_break()
CODE
end
it 'breaks iteration as if at end of input in an each for a hash' do
expect(compile_to_catalog(<<-CODE)).to_not have_resource('Notify[3]')
function please_break() {
{'a' => 1, 'b' => 2, 'c' => 3}.each |$x, $y| { if $y == 3 { break() } notify { "$y": } }
}
please_break()
CODE
end
it 'breaks iteration as if at end of input in a reverse_each' do
expect(compile_to_catalog(<<-CODE)).to have_resource('Notify[2]')
function please_break() {
[1,2,3].reverse_each |$x| { if $x == 1 { break() } notify { "$x": } }
}
please_break()
CODE
end
it 'breaks iteration as if at end of input in a map for a hash' do
expect(compile_to_catalog(<<-CODE)).to have_resource('Notify[[1, 2]]')
function please_break() {
{'a' => 1, 'b' => 2, 'c' => 3}.map |$x, $y| { if $y == 3 { break() } $y }
}
notify { String(please_break()): }
CODE
end
it 'breaks iteration as if at end of input in a reduce for an array' do
expect(compile_to_catalog(<<-CODE)).to have_resource('Notify[6]')
function please_break() {
[1,2,3,4].reduce |$memo, $x| { if $x == 4 { break() } $memo + $x }
}
notify { String(please_break()): }
CODE
end
it 'breaks iteration as if at end of input in a reduce for a hash' do
expect(compile_to_catalog(<<-CODE)).to have_resource("Notify[['abc', 6]]")
function please_break() {
{'a' => 1, 'b' => 2, 'c' => 3, 'd' => 4}.reduce |$memo, $x| {
if $x[1] == 4 { break() }
$string = "${memo[0]}${x[0]}"
$number = $memo[1] + $x[1]
[$string, $number]
}
}
notify { String(please_break()): }
CODE
end
it 'breaks iteration as if at end of input in an each for an array' do
expect(compile_to_catalog(<<-CODE)).to_not have_resource('Notify[3]')
function please_break() {
[1,2,3].each |$x| { if $x == 3 { break() } notify { "$x": } }
}
please_break()
CODE
end
it 'breaks iteration as if at end of input in an each for a hash' do
expect(compile_to_catalog(<<-CODE)).to_not have_resource('Notify[3]')
function please_break() {
{'a' => 1, 'b' => 2, 'c' => 3}.each |$x, $y| { if $y == 3 { break() } notify { "$y": } }
}
please_break()
CODE
end
it 'breaks iteration as if at end of input in a reverse_each' do
expect(compile_to_catalog(<<-CODE)).to have_resource('Notify[2]')
function please_break() {
[1,2,3].reverse_each |$x| { if $x == 1 { break() } notify { "$x": } }
}
please_break()
CODE
end
it 'does not provide early exit from a class' do
# A break would semantically mean that the class should not be included - as if the
# iteration over class names should stop. That is too magic and should
# be done differently by the user.
#
expect do
compile_to_catalog(<<-CODE)
class does_break {
notice 'a'
if 1 == 1 { break() } # avoid making next line statically unreachable
notice 'b'
}
include(does_break)
CODE
end.to raise_error(/break\(\) from context where this is illegal \(file: unknown, line: 3\) on node.*/)
end
it 'does not provide early exit from a define' do
# A break would semantically mean that the resource should not be created - as if the
# iteration over resource titles should stop. That is too magic and should
# be done differently by the user.
#
expect do
compile_to_catalog(<<-CODE)
define does_break {
notice 'a'
if 1 == 1 { break() } # avoid making next line statically unreachable
notice 'b'
}
does_break { 'no_you_cannot': }
CODE
end.to raise_error(/break\(\) from context where this is illegal \(file: unknown, line: 3\) on node.*/)
end
it 'can be called when nested in a function to make that function behave as a break' do
# This allows functions like break_when(...) to be implemented by calling break() conditionally
#
expect(eval_and_collect_notices(<<-CODE)).to eql(['[100]'])
function nested_break($x) {
if $x == 2 { break() } else { $x * 100 }
}
function example() {
[1,2,3].map |$x| { nested_break($x) }
}
notice example()
CODE
end
it 'can not be called nested from top scope' do
expect do
compile_to_catalog(<<-CODE)
# line 1
# line 2
$result = with(1) |$x| { with($x) |$x| {break() }}
notice $result
CODE
end.to raise_error(/break\(\) from context where this is illegal \(file: unknown, line: 3\) on node.*/)
end
it 'can not be called from top scope' do
expect do
compile_to_catalog(<<-CODE)
# line 1
# line 2
break()
CODE
end.to raise_error(/break\(\) from context where this is illegal \(file: unknown, line: 3\) on node.*/)
end
end
end
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