// Test SML writer processing.
func TestSMLWriterProcessing(t *testing.T) {
assert := asserts.NewTestingAsserts(t, true)
root := createSMLStructure()
bufA := bytes.NewBufferString("")
bufB := bytes.NewBufferString("")
markup.WriteSML(root, bufA, true)
markup.WriteSML(root, bufB, false)
println("===== WITH INDENT =====")
println(bufA.String())
println("===== WITHOUT INDENT =====")
println(bufB.String())
println("===== DONE =====")
assert.NotEmpty(bufA, "Buffer A should not be empty.")
assert.NotEmpty(bufB, "Buffer B should not be empty.")
}
// Test positive reading.
func TestSMLPositiveReading(t *testing.T) {
assert := asserts.NewTestingAsserts(t, true)
sml := "Before! {foo {bar:1:first Yadda ^{Test^} 1} {! Raw: }} { ! ^^^ !} {inbetween} {bar:2:last Yadda {Test ^^} 2}} After!"
builder := markup.NewNodeBuilder()
err := markup.ReadSML(strings.NewReader(sml), builder)
assert.Nil(err, "Expected no reader error.")
root := builder.Root()
assert.Equal(root.Tag(), "foo", "Root tag is 'foo'.")
assert.NotEmpty(root, "Root tag is not empty.")
buf := bytes.NewBufferString("")
markup.WriteSML(root, buf, true)
println("===== PARSED SML =====")
println(buf.String())
println("===== DONE =====")
}
