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open OUnit2
let u = UTF8.from_utf8string
let _msg ~(expected:ScTypes.expression) ~(result:ScTypes.expression) =
let b1 = UTF8.Buffer.create 16
and b2 = UTF8.Buffer.create 16 in
ScTypes.show_expr b1 expected;
ScTypes.show_expr b2 result;
Printf.sprintf "Expected \n\t%s but got \n\t%s"
(UTF8.raw_encode @@ UTF8.Buffer.contents b1)
(UTF8.raw_encode @@ UTF8.Buffer.contents b2)
let build_num value = ScTypes.number (
DataType.Num.of_num @@ Num.num_of_int value
)
let test_formula ctx = begin
let test1 = "of:=CONCATENATE(SUM([.F16:.AJ16]);\"/\";8*NETWORKDAYS([.F6]; [.F6]+(ORG.OPENOFFICE.DAYSINMONTH([.F6])-1)))" in
let line = Lexing.from_string test1 in
let result = Odf_ExpressionParser.value Odf_ExpressionLexer.read line in
let expected = ScTypes.(
Call(u"CONCATENATE", [
Call (u"SUM", [
Ref (Range (((6, 16), (false, false)), (((36, 16), (false, false)))))]);
Value (string (u"/"));
Call(u"*", [
Value (build_num 8);
Call(u"NETWORKDAYS", [
Ref (Cell ((6, 6), (false, false)));
Call(u"+", [
Ref (Cell ((6, 6), (false, false)));
Expression (
Call( u"-", [
Call(u"ORG.OPENOFFICE.DAYSINMONTH", [
Ref (Cell ((6, 6), (false, false)))]);
Value (build_num 1);
]))])])])])) in
assert_equal
~msg:(_msg ~expected ~result)
expected
result
end
let test_formula2 ctx = begin
let value = "of:=+[.H51]*[.G52]" in
let line = Lexing.from_string value in
let result = Odf_ExpressionParser.value Odf_ExpressionLexer.read line in
let expected = ScTypes.(
Call (u"+", [
Call(u"*", [
Ref (Cell ((8, 51), (false, false)));
Ref (Cell ((7, 52), (false, false)))
])])) in
assert_equal
~msg:(_msg ~expected ~result)
expected
result
end
let tests = "odf_ExpressionParser_test">::: [
"test_formula" >:: test_formula;
"test_formula2" >:: test_formula2;
]
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