func TestParseEox(test *testing.T) {
const input = `
`
parser := NewParserForText(input)
Assert(test, parser.ParseEOX(), "Could not parse EOX")
tree.Display(parser.Ast)
}
func TestParseProgram(test *testing.T) {
const input = `val + 10 * z. open door.
`
parser := NewParserForText(input)
Assert(test, parser.ParseProgram(), "Could not parse program.")
tree.Display(parser.Ast)
}
func TestParseStatements(test *testing.T) {
const input = `val + 10 * z. open door.
`
parser := NewParserForText(input)
Assert(test, parser.ParseStatements(), "Could not parse statements with only a parse word expression with operators")
tree.Display(parser.Ast)
}
func TestParseWordExpression2(test *testing.T) {
const input = `val + 10 * z
`
parser := NewParserForText(input)
Assert(test, parser.ParseWordExpression(), "Could not parse word expression with operators")
tree.Display(parser.Ast)
}
func TestParseWordExpression(test *testing.T) {
const input = `say "hello world" three times
`
parser := NewParserForText(input)
Assert(test, parser.ParseWordExpression(), "Could not parse word expression")
tree.Display(parser.Ast)
}
func TestParseParenthesis(test *testing.T) {
// monolog.Setup("raku_test.log", true, false)
const input = `(3 + 4 * 5)`
parser := NewParserForText(input)
Assert(test, parser.ParseParenthesis(), "Could not parse parenthesis.")
tree.Display(parser.Ast)
parser.Ast.Dotty()
}
func TestParseProgram3(test *testing.T) {
// monolog.Setup("raku_test.log", true, false)
const input = `set foo to (3 + 4)
`
parser := NewParserForText(input)
Assert(test, parser.ParseProgram(), "Could not parse program.")
tree.Display(parser.Ast)
parser.Ast.Dotty()
}
func TestParseblock(test *testing.T) {
// monolog.Setup("raku_test.log", true, false)
const input = `{
say "hello"
say "world"
let i be 3 + 4
let j be 7 + 5
let ij be i * j
return ij
}
`
parser := NewParserForText(input)
Assert(test, parser.ParseBlock(), "Could not parse block.")
tree.Display(parser.Ast)
// parser.Ast.Dotty()
}
func TestParseProgram2(test *testing.T) {
const input = `to greet someone {
say "hello" someone
}
greet bob
if mp < cost do
say "Not enough mana!"
end else do
say "Zap!"
end
`
parser := NewParserForText(input)
Assert(test, parser.ParseProgram(), "Could not parse program.")
tree.Display(parser.Ast)
}
func TestParseValue3(test *testing.T) {
const input = `$sym`
parser := NewParserForText(input)
Assert(test, parser.ParseValue(), "Could not parse value")
tree.Display(parser.Ast)
}
func TestParseValue(test *testing.T) {
const input = `"hello \"world\\"`
parser := NewParserForText(input)
Assert(test, parser.ParseValue(), "Could not parse value")
tree.Display(parser.Ast)
}
func TestParseWord(test *testing.T) {
const input = `say`
parser := NewParserForText(input)
Assert(test, parser.ParseWord(), "Could not parse word")
tree.Display(parser.Ast)
}
