def test_parse_int(self) -> None:
"""Test parseInt function."""
self.assertEqual(qs2py('var value = parseInt("21");'),
'value = qsa.parseInt("21")\n')
self.assertEqual(qs2py("var value = parseInt(2000.21 , 10);"),
"value = qsa.parseInt(2000.21, 10)\n")
self.assertEqual(qs2py('var value = parseInt("0xA0", 16);'),
'value = qsa.parseInt("0xA0", 16)\n')
def test_mid(self) -> None:
"""Test str.mid(5, 2)."""
value_1 = 'var cadena:String = "abcdefg";\ncadena.mid(5, 2);'
self.assertEqual(qs2py(value_1),
'cadena = "abcdefg"\ncadena[5 : 5 + 2]\n')
value_2 = 'var cadena:String = "abcdefg";\ncadena.mid(5);'
self.assertEqual(qs2py(value_2),
'cadena = "abcdefg"\ncadena[0 + 5 :]\n')
def test_args_str_int(self) -> None:
"""Test argStr and argInt."""
one = """var res= util.translate("scripts", "Hola %1").argStr("Uno");"""
result_one = """res = qsa.util.translate("scripts", "Hola %s") % (str("Uno"))\n"""
self.assertEqual(qs2py(one), result_one)
two = """var res= util.translate("scripts", "Hola %1").argInt("Dos");"""
result_two = """res = qsa.util.translate("scripts", "Hola %s") % (str("Dos"))\n"""
self.assertEqual(qs2py(two), result_two)
def test_number_min_value_and_max_value(self) -> None:
"""Test number min and max value."""
qsa_one = "var min : Number = Number.MIN_VALUE;"
result_one = "min = qsa.Number.MIN_VALUE\n"
self.assertEqual(qs2py(qsa_one), result_one)
qsa_two = "var max : Number = Number.MAX_VALUE;"
result_two = "max = qsa.Number.MAX_VALUE\n"
self.assertEqual(qs2py(qsa_two), result_two)
from pineboolib.qsa import qsa
self.assertTrue(qsa.Number.MIN_VALUE < 0)
self.assertTrue(qsa.Number.MAX_VALUE > 0)
def test_sort_1(self) -> None:
"""Test replace."""
self.assertEqual(
qs2py("var listaOutlet:Array = new Array();listaOutlet.sort();"),
"listaOutlet = qsa.Array()\nqsa.Sort().sort_(listaOutlet)\n",
)
def test_aqsignalmapper(self) -> None:
"""Test AQSignalmapper."""
self.assertEqual(
qs2py("var sigMap = new AQSignalMapper(this);"),
"sigMap: Any = qsa.AQSignalMapper(self)\n",
)
def test_array_functions(self) -> None:
"""Test functions array conversion."""
one = """var cacheFunsEdi = [];
cacheFunsEdi["uno"]("dos");"""
result_one = """cacheFunsEdi = qsa.Array()\ncacheFunsEdi["uno"]("dos")\n"""
self.assertEqual(qs2py(one), result_one)
def test_index_of(self) -> None:
"""Check indexOf translation."""
value = """var text_:String = "*****@*****.**";\nif (text_.indexOf("@") == -1){\ndebug("ok");}"""
self.assertEqual(
qs2py(value),
"""text_ = "*****@*****.**"\nif text_.index("@") == -1:\n qsa.debug("ok")\n""",
)
def test_qdir(self) -> None:
"""Test QDir translation."""
self.assertEqual(
qs2py(
'var rutaImp:String = "."; var impDir = new QDir(rutaImp, "c*.csv C*.csv c*.CSV C*.CSV");'
),
'rutaImp = "."\nimpDir = qsa.QDir(rutaImp, "c*.csv C*.csv c*.CSV C*.CSV")\n',
)
def test_replace(self) -> None:
"""Test replace."""
self.assertEqual(
qs2py(
'var listaOutlet:Array = new Array();flfactppal.iface.replace(listaOutlet, ", ", " "," ");'
),
"""listaOutlet = qsa.Array()
qsa.from_project("flfactppal").iface.replace(listaOutlet, ", ", " ", " ")\n""",
)
self.assertEqual(
qs2py(
"function pub_replace(cadena, searchValue, newValue) {\nreturn this.replace(cadena, searchValue, newValue);\n}"
),
"""def pub_replace(self, cadena=None, searchValue=None, newValue=None):
return self.replace(cadena, searchValue, newValue)\n""",
)
def test_sort_2(self) -> None:
"""Test replace."""
self.assertEqual(
qs2py("""
var aLista:Array = new Array()
aLista.sort(parseString);
"""),
"aLista = qsa.Array()\nqsa.Sort(qsa.parseString).sort_(aLista)\n",
)
def test_splice(self) -> None:
"""Test splice."""
self.assertEqual(
qs2py("""
var aLista = new Array();
aLista.splice(10,1);
"""),
"aLista = qsa.Array()\nqsa.splice(aLista, 10, 1)\n",
)
def test_reg_exp(self) -> None:
"""Test regExp parser."""
value = """var reg_exp:RegExp = new RegExp( "''" );\nreg_exp.global = true;"""
self.assertEqual(
qs2py(value),
"""reg_exp = qsa.RegExp("''")\nreg_exp.global_ = True\n""")
value2 = """var reg_exp:RegExp = new RegExp( " " );\nreg_exp.global = true;\nvar texto:String = "UNO DOS".replace(reg_exp, "_");"""
self.assertEqual(
qs2py(value2),
"""reg_exp = qsa.RegExp(" ")\nreg_exp.global_ = True\ntexto = qsa.replace("UNO DOS", reg_exp, "_")\n""",
)
value3 = """var reg_exp:RegExp = new RegExp( " " );\nreg_exp.global = true;\n
var texto:String = "UNO DOS".replace(reg_exp, "_").lower();"""
self.assertEqual(
qs2py(value3),
"""reg_exp = qsa.RegExp(" ")\nreg_exp.global_ = True\ntexto = qsa.replace("UNO DOS", reg_exp, "_").lower()\n""",
)
def test_from_project(self) -> None:
"""Test from_project parser."""
value_1 = (
'qsa.sys.AQTimer.singleShot(0, qsa.from_project("formescarrosproveedor").reject)\n'
)
self.assertEqual(
qs2py("sys.AQTimer.singleShot(0, formescarrosproveedor.reject);"),
value_1)
value_2 = (
'qsa.sys.AQTimer.singleShot(0, qsa.from_project("formRecordflmodules").iface.prueba)\n'
)
self.assertEqual(
qs2py(
"sys.AQTimer.singleShot(0, formRecordflmodules.iface.prueba);"
), value_2)
value_3 = 'qsa.sys.AQTimer.singleShot(0, qsa.from_project("flfactppal").iface.test)\n'
self.assertEqual(
qs2py("sys.AQTimer.singleShot(0, flfactppal.iface.test);"),
value_3)
value_4 = '_fP = qsa.from_project("flfactppal").iface\n'
self.assertEqual(qs2py("var _fP = flfactppal.iface;"), value_4)
def test_while(self) -> None:
"""Test while class."""
value = "with (this.iface.curFactura)"
value += (
'setValueBuffer("neto", formfacturascli.iface.pub_commonCalculateField("neto", this));'
)
result_value = "# WITH_START\n"
result_value += "self.iface.curFactura.setValueBuffer(\n"
result_value += ' "neto", qsa.from_project("formfacturascli").iface.pub_commonCalculateField("neto", self.iface.curFactura)\n'
result_value += ")\n"
result_value += "# WITH_END\n"
self.assertEqual(qs2py(value), result_value)
def test_args(self) -> None:
"""Test translate with args parse."""
self.maxDiff = None
cadena = qs2py("""var qryRecargo: FLSqlQuery = new FLSqlQuery;
var res = util.translate("scripts", "Uno %1 para %2. ¿Desea continuar?")
.arg(qryRecargo.value("f.codigo"))
.arg(qryRecargo.value("f.nombrecliente"))""")
cadena_result = """qryRecargo = qsa.FLSqlQuery()
res = qsa.util.translate("scripts", "Uno %s para %s. ¿Desea continuar?") % (
str(qryRecargo.value("f.codigo")),
str(qryRecargo.value("f.nombrecliente")),\n)\n"""
self.assertEqual(cadena, cadena_result)
def test_flfacturac(self) -> None:
"""Test conveting fixture flfacturac."""
flfacturac_qs = fixture_read("flfacturac.qs")
flfacturac_py = fixture_read("flfacturac.python")
flfacturac_qs_py = qs2py(flfacturac_qs,
parser_template="file_template")
# Delete version translator tag.
pos_ini = flfacturac_qs_py.find("# Translated with pineboolib v")
pos_fin = flfacturac_qs_py[pos_ini:].find("\n")
flfacturac_qs_py = flfacturac_qs_py.replace(
flfacturac_qs_py[pos_ini:pos_ini + pos_fin + 1], "")
# Write onto git so we have an example.
with open(fixture_path("flfacturac.qs.python"), "w") as file_:
file_.write(flfacturac_qs_py)
self.assertEqual(flfacturac_qs_py, flfacturac_py)
def test_file_class(self) -> None:
"""Test parsing the file class."""
self.assertEqual(qs2py('x = File.read("test")'), 'x = qsa.FileStatic.read("test")\n')
self.assertEqual(
qs2py('x = File.write("test", "contents")'),
'x = qsa.FileStatic.write("test", "contents")\n',
)
self.assertEqual(qs2py('x = File.remove("test")'), 'x = qsa.FileStatic.remove("test")\n')
self.assertEqual(qs2py('x = File("test").read()'), 'x = qsa.File("test").read()\n')
self.assertEqual(
qs2py('x = File("test").write("contents")'), 'x = qsa.File("test").write("contents")\n'
)
self.assertEqual(qs2py('x = File("test").remove()'), 'x = qsa.File("test").remove()\n')
def test_multiples_if(self) -> None:
"""Check stackoverflow when parsing."""
cadena = """var fN : String ="uno0";
if (fN == "uno0") {
debug(fN);
}
else if (fN == "dos0") {
debug(fN)
}
else if (fN == "tres0") {
debug(fN);
}
else if (fN == "cuatro0") {
debug(fN);
}
else if (fN == "cinco0") {
debug(fN);
}
else if (fN == "seis0") {
debug(fN);
}
else if (fN == "siete0") {
debug(fN);
}
else if (fN == "ocho0") {
debug(fN);
}
else if (fN == "nueve0") {
debug(fN);
}
else if (fN == "diez0") {
debug(fN);
}
else if (fN == "uno0") {
debug(fN);
}
else if (fN == "dos0") {
debug(fN);
}
else if (fN == "tres0") {
debug(fN);
}
else if (fN == "cuatro0") {
debug(fN);
}
else if (fN == "cinco0") {
debug(fN);
}
else if (fN == "seis0") {
debug(fN);
}
else if (fN == "siete0") {
debug(fN);
}
else if (fN == "ocho0") {
debug(fN);
}
else if (fN == "nueve0") {
debug(fN);
}
else if (fN == "diez0") {
debug(fN);
}
else if (fN == "dos0") {
debug(fN);
}
else if (fN == "tres0") {
debug(fN);
}
else if (fN == "cuatro0") {
debug(fN);
}
else if (fN == "cinco0") {
debug(fN);
}
else if (fN == "seis0") {
debug(fN);
}
else if (fN == "siete0") {
debug(fN);
}
else if (fN == "ocho0") {
debug(fN);
}
else if (fN == "nueve0") {
debug(fN);
}
else if (fN == "diez0") {
debug(fN);
}
else if (fN == "uno0") {
debug(fN);
}
else if (fN == "dos0") {
debug(fN);
}
else if (fN == "tres0") {
debug(fN);
}
else if (fN == "cuatro0") {
debug(fN);
}
else if (fN == "cinco0") {
debug(fN);
}
else if (fN == "seis0") {
debug(fN);
}
else if (fN == "siete0") {
debug(fN);
}
else if (fN == "ocho0" || fN == "once0") {
debug(fN);
}
else if (fN == "nueve0") {
debug(fN);
}
else if (fN == "diez0") {
debug(fN);
}
return fN;"""
cadena_result = qs2py(cadena)
self.assertFalse(cadena_result.find("not-known-seq") > -1)
def test_array(self) -> None:
"""Test array."""
self.assertEqual(qs2py("var a = new Array();"), "a = qsa.Array()\n")
self.assertEqual(qs2py("var b = new Array(0);"), "b = []\n")
def test_process_class(self) -> None:
"""Test parsing the process class."""
self.assertEqual(
qs2py('x = Process.execute(["ls", "*"])'),
'x = qsa.ProcessStatic.execute(qsa.Array(["ls", "*"]))\n',
)
def test_aqssproject(self) -> None:
"""Test aqssproject parse."""
self.assertEqual(qs2py("QSProject.entryFunction"),
"qsa.QSProject.entryFunction\n")
def test_list_arrays(self) -> None:
"""Test parsing iterable classes."""
self.assertEqual(qs2py("var value = Array().shift()"),
"value = qsa.Array().pop(0)\n")
self.assertEqual(qs2py("var value = [].shift()"),
"value = [].pop(0)\n")
def test_basic(self) -> None:
"""Test basic stuff."""
self.assertEqual(qs2py("x = 0"), "x = 0\n")
def test_form(self) -> None:
"""Test converting form"""
self.assertEqual(qs2py("form = this;"), "form = self\n")
def test_all_any(self) -> None:
"""Test variable parse."""
self.assertEqual(qs2py('var prueba = "hola";'), 'prueba: Any = "hola"\n')
def test_qobject(self) -> None:
"""Test QObject translation."""
self.assertEqual(qs2py("var prueba = new QObject;"),
"prueba = qsa.QObject()\n")
def test_inicialize_float(self) -> None:
"""Test float inicialization."""
self.assertEqual(qs2py("var num:Number = 0.0;"), "num = 0.0\n")
