def test_compile_symdef_name(self):
file = self.write_modsig(
r'\symdef[name=value]{argument will be ignored}')
obj = Compiler(self.root, self.source).compile(file)
sym, = obj.symbol_table.find((self.module_name, 'value'))
self.assertEqual(sym.name, 'value')
self.assertListEqual(obj.diagnostics.diagnostics, [])
def test_cant_infer_referenced_module(self):
file = self.write_text(r'\trefi{value}')
obj = Compiler(self.root, self.source).compile(file)
diag, = obj.diagnostics.diagnostics
self.assertEqual(
diag.code,
DiagnosticCodeName.CANT_INFER_REF_MODULE_OUTSIDE_MODULE.value)
def test_compile_Trefvs(self):
file = self.write_text(r'\Trefvs[target]{v}{a}{l}{u}{e}')
compiler = Compiler(self.root, self.source)
obj = compiler.compile(file)
self.assertEqual(obj.diagnostics.diagnostics, [])
self.assertTupleEqual(('target', ), obj.references[0].name)
self.assertTupleEqual(('target', 'v-a-l-u-e'), obj.references[1].name)
def test_mtref_question_mark(self):
file = self.write_binding(r'\mtrefi{questionmark missing}')
obj = Compiler(self.root, self.source).compile(file)
codes = set(diag.code for diag in obj.diagnostics.diagnostics)
self.assertEqual(len(codes), 2)
self.assertIn(DiagnosticCodeName.MTREF_DEPRECATION_CHECK.value, codes)
self.assertIn(DiagnosticCodeName.MTREF_QUESTIONMARK_CHECK.value, codes)
def test_module_file_mismatch(self):
file = self.write_text(
r'''\begin{modsig}{wrong module name}\end{modsig}''')
obj = Compiler(self.root, self.source).compile(file)
diag, = obj.diagnostics.diagnostics
self.assertEqual(diag.code,
DiagnosticCodeName.MODULE_FILE_NAME_MISMATCH.value)
def test_compile_defi_name_oarg(self):
file = self.write_binding(
r'\adefv[name=value]{ignored}{this}{value}{will}{be}{ignored}')
compiler = Compiler(self.root, self.source)
obj = compiler.compile(file)
self.assertEqual(len(obj.references), 2)
self.assertEqual(obj.references[0].name, (self.module_name, ))
self.assertEqual(obj.references[1].name, (self.module_name, 'value'))
def test_compile_trefi(self):
file = self.write_binding(r'\trefi{value}')
compiler = Compiler(self.root, self.source)
obj = compiler.compile(file)
self.assertEqual(obj.diagnostics.diagnostics, [])
self.assertEqual(len(obj.references), 2)
self.assertTupleEqual((self.module_name, ), obj.references[0].name)
self.assertTupleEqual((self.module_name, 'value'),
obj.references[1].name)
def test_compile_gimport(self):
file = self.write_modsig(r'\gimport{value}')
obj = Compiler(self.root, self.source).compile(file)
dep, = obj.dependencies
self.assertEqual(dep.file_hint, self.source / 'value.tex')
self.assertEqual(dep.module_name, 'value')
ref, = obj.references
self.assertTupleEqual(ref.name, ('value', ))
self.assertListEqual(obj.diagnostics.diagnostics, [])
def test_compile_duplicate_vardef(self):
file = self.write_modsig(r'''
\vardef{value}
\vardef{value}''')
obj = Compiler(self.root, self.source).compile(file)
sym1, sym2, = obj.symbol_table.find((self.module_name, 'value'))
self.assertEqual(sym1.name, 'value')
self.assertEqual(sym2.name, 'value')
self.assertListEqual(obj.diagnostics.diagnostics, [])
def test_compile_atrefiii(self):
file = self.write_text(
r'\atrefiii[target]{this value is ignored}{a}{referenced}{value}')
compiler = Compiler(self.root, self.source)
obj = compiler.compile(file)
self.assertEqual(len(obj.references), 2)
self.assertTupleEqual(('target', ), obj.references[0].name)
self.assertTupleEqual(('target', 'a-referenced-value'),
obj.references[1].name)
self.assertEqual(obj.diagnostics.diagnostics, [])
def test_compile_aDefiiis(self):
file = self.write_binding(
r'\aDefiiis{this value is ignored}{actual}{defi}{value}')
compiler = Compiler(self.root, self.source)
obj = compiler.compile(file)
self.assertEqual(len(obj.references), 2)
self.assertEqual(obj.references[0].name, (self.module_name, ))
self.assertEqual(obj.references[1].name,
(self.module_name, 'actual-defi-value'))
self.assertListEqual(obj.diagnostics.diagnostics, [])
def _link_binding(self):
compiler = Compiler(self.root, self.source)
module_obj = compiler.compile(self.module)
binding_obj = compiler.compile(self.binding)
linker = Linker(self.root)
linked_binding = linker.link(self.binding, {
self.binding: binding_obj,
self.module: module_obj,
}, compiler)
return linked_binding
def test_compile_mTrefiv(self):
file = self.write_text(
r'\mTrefiv[target?value]{ignored}{by}{optional}{arguments}')
compiler = Compiler(self.root, self.source)
obj = compiler.compile(file)
self.assertEqual(len(obj.references), 2)
self.assertTupleEqual(('target', ), obj.references[0].name)
self.assertTupleEqual(('target', 'value'), obj.references[1].name)
self.assertEqual(len(obj.diagnostics.diagnostics), 1)
self.assertEqual(obj.diagnostics.diagnostics[0].code,
DiagnosticCodeName.MTREF_DEPRECATION_CHECK.value)
def test_compile_mhmodnl(self):
file = self.write_binding('')
compiler = Compiler(self.root, self.source)
obj = compiler.compile(file)
self.assertEqual(obj.diagnostics.diagnostics, [])
self.assertEqual(len(obj.references), 1)
self.assertTupleEqual((self.module_name, ), obj.references[0].name)
self.assertEqual(len(obj.dependencies), 1)
self.assertEqual(obj.dependencies[0].module_name, self.module_name)
self.assertEqual(obj.dependencies[0].module_type_hint,
ModuleType.MODSIG)
self.assertEqual(len(obj.symbol_table.children), 1)
self.assertEqual(len(obj.symbol_table.children[self.module_name]), 1)
module = obj.symbol_table.children[self.module_name][0]
self.assertTupleEqual((self.module_name, ), module.qualified)
def test_compile_defi(self):
file = self.write_binding(r'\defi{value}')
compiler = Compiler(self.root, self.source)
obj = compiler.compile(file)
self.assertEqual(len(obj.references), 2)
self.assertEqual(obj.references[0].name, (self.module_name, ))
self.assertEqual(obj.references[1].name, (self.module_name, 'value'))
self.assertEqual(len(obj.dependencies), 1)
self.assertEqual(obj.dependencies[0].module_name, self.module_name)
self.assertEqual(obj.dependencies[0].module_type_hint,
ModuleType.MODSIG)
self.assertEqual(len(obj.symbol_table.children), 1)
self.assertEqual(obj.symbol_table.children[self.module_name][0].name,
self.module_name)
self.assertListEqual(obj.diagnostics.diagnostics, [])
def test_missing_dependency(self):
self.write_binding(r'''
Reference symi: \trefi{value}
Define symi: \defi{value}''')
compiler = Compiler(self.root, self.source)
binding_obj = compiler.compile(self.binding)
linker = Linker(self.root)
linked_binding = linker.link(
self.binding,
{
self.binding: binding_obj,
# self.module: module_obj, # Do not include module
},
compiler)
file_not_found, = linked_binding.diagnostics.diagnostics
self.assertEqual(DiagnosticCodeName.FILE_NOT_FOUND.value,
file_not_found.code)
self.assertIn(str(self.module), file_not_found.message)
def test_compile_symi(self):
file = self.write_modsig(r'\symi{value}')
obj = Compiler(self.root, self.source).compile(file)
sym, = obj.symbol_table.find((self.module_name, 'value'))
self.assertEqual(sym.name, 'value')
self.assertListEqual(obj.diagnostics.diagnostics, [])
def test_duplicate_symbol(self):
file = self.write_modsig(r'''\symi{value}
\symi{value}''')
obj = Compiler(self.root, self.source).compile(file)
diag, = obj.diagnostics.diagnostics
self.assertEqual(diag.code, DiagnosticCodeName.DUPLICATE_SYMBOL.value)
def test_parser_exception(self):
file = self.write_binding(r'\trefi{')
obj = Compiler(self.root, self.source).compile(file)
diag, = obj.diagnostics.diagnostics
self.assertEqual(diag.code, DiagnosticCodeName.PARSER_EXCEPTION.value)
def test_mtref_deprecation(self):
file = self.write_binding(r'\mtrefi[?value]{deprecated mtrefi}')
obj = Compiler(self.root, self.source).compile(file)
diag, = obj.diagnostics.diagnostics
self.assertEqual(diag.code,
DiagnosticCodeName.MTREF_DEPRECATION_CHECK.value)
def test_compile_modsig(self):
file = self.write_modsig()
obj = Compiler(self.root, self.source).compile(file)
sym, = obj.symbol_table.find((self.module_name, ))
self.assertEqual(sym.name, self.module_name)
self.assertEqual(len(obj.symbol_table.children), 1)