def test_free_parser():
"""
HelloWorld.cbl and HelloWorldFree.cbl must have the same ast.
"""
with open('test/testfiles/HelloWorld.cbl') as f:
content = f.read()
non_free_ast, non_free_vars, non_free_procs = parser.defined_names(content)
with open('test/testfiles/HelloWorldFree.cbl') as f:
content = f.read()
free_ast, free_vars, free_procs = parser.defined_names(content,
free_format=True)
result = parser.cmp_name(non_free_ast, free_ast)
assert result
def test_free_parser():
"""
HelloWorld.cbl and HelloWorldFree.cbl must have the same ast.
"""
with open('test/testfiles/HelloWorld.cbl') as f:
content = f.read()
non_free_ast, non_free_vars, non_free_procs = parser.defined_names(content)
with open('test/testfiles/HelloWorldFree.cbl') as f:
content = f.read()
free_ast, free_vars, free_procs = parser.defined_names(
content, free_format=True)
result = parser.cmp_name(non_free_ast, free_ast)
assert result
def test_copy_book():
with open('test/testfiles/test.cpy') as f:
content = f.read()
ast, vars, procs = parser.defined_names(content)
# 8 variables
assert len(vars) == 21
assert vars[0].name == 'txt-lower'
def complete(self, code, *_):
global free_format, lower_case_keywords
completions = []
try:
root, vars, functions = defined_names(
code, free_format=free_format)
except AttributeError:
vars = []
functions = []
for var in vars:
completions.append({
'name': var.name,
'icon': icons.ICON_VAR,
'tooltip': var.description
})
for func in functions:
completions.append({
'name': func.name,
'icon': icons.ICON_FUNC
})
if lower_case_keywords:
completions += [{'name': k['name'].lower(), 'icon': k['icon']}
for k in self._kwds]
else:
completions += self._kwds
return completions
def complete(self, code, *_):
global free_format, lower_case_keywords
completions = []
try:
root, vars, functions = defined_names(
code, free_format=free_format)
except AttributeError:
vars = []
functions = []
for var in vars:
completions.append({
'name': var.name,
'icon': icons.ICON_VAR,
'tooltip': var.description
})
for func in functions:
completions.append({
'name': func.name,
'icon': icons.ICON_FUNC
})
if lower_case_keywords:
completions += [{'name': k['name'].lower(), 'icon': k['icon']}
for k in self._kwds]
else:
completions += self._kwds
return completions
def test_copy_book():
with open('test/testfiles/test.cpy') as f:
content = f.read()
ast, vars, procs = parser.defined_names(content)
# 8 variables
assert len(vars) == 21
assert vars[0].name == 'txt-lower'
def test_lvl88():
"""
See OpenCobolIDE/OpenCobolIDE#95, first comment
"""
with open('test/testfiles/TEST_LVL_88.cbl') as f:
content = f.read()
ast, vars, procs = parser.defined_names(content)
assert len(vars) == 10
def test_lvl88():
"""
See OpenCobolIDE/OpenCobolIDE#95, first comment
"""
with open('test/testfiles/TEST_LVL_88.cbl') as f:
content = f.read()
ast, vars, procs = parser.defined_names(content)
assert len(vars) == 10
def test_structure():
# see OpenCobolIDE/OpenCobolIDE#336
with open('test/testfiles/structure.cbl') as f:
content = f.read()
ast, vars, procs = parser.defined_names(content)
l5_1_node = ast.children[0].children[0].children[0].children[0].children[1]
assert len(l5_1_node.children) == 2
def test_variables():
"""
Virtual printer must have 8 vars
"""
with open('test/testfiles/VIRTUAL-PRINTER.cbl') as f:
content = f.read()
ast, vars, procs = parser.defined_names(content)
# 8 variables
assert len(vars) == 8
def test_paragraphes():
"""
Test printer must have 2 procedures
"""
with open('test/testfiles/TEST-PRINTER.cbl') as f:
content = f.read()
ast, vars, procs = parser.defined_names(content)
# 1 procedure
assert len(procs) == 2
def test_variables():
"""
Virtual printer must have 8 vars
"""
with open('test/testfiles/VIRTUAL-PRINTER.cbl') as f:
content = f.read()
ast, vars, procs = parser.defined_names(content)
# 8 variables
assert len(vars) == 8
def test_paragraphes():
"""
Test printer must have 2 procedures
"""
with open('test/testfiles/TEST-PRINTER.cbl') as f:
content = f.read()
ast, vars, procs = parser.defined_names(content)
# 1 procedure
assert len(procs) == 2
def test_malformed():
"""
Parses the hello world example
"""
with open('test/testfiles/MALFORMED.cbl') as f:
content = f.read()
ast, vars, procs = parser.defined_names(content)
# 4 divs
assert len(ast.children) == 4
# 2 sections in env div
assert len(ast.children[0].children) == 2
# 2 sections in data div
assert len(ast.children[1].children) == 3
assert len(vars) == 3
assert len(procs) == 1
def test_parse_names():
"""
Parses the hello world example
"""
with open('test/testfiles/HelloWorld.cbl') as f:
content = f.read()
ast, vars, procs = parser.defined_names(content)
# 4 divs
assert len(ast.children) == 4
# 2 sections in env div
assert len(ast.children[1].children) == 2
# 2 sections in data div
assert len(ast.children[2].children) == 2
assert len(vars) == 0
assert len(procs) == 1
def test_parse_pco():
"""
Parses a pco file, which contains characters in column 1-6 (see bug #23)
"""
with open('test/testfiles/HelloWorld.pco') as f:
content = f.read()
ast, vars, procs = parser.defined_names(content)
# 4 divs
assert len(ast.children) == 4
# 2 sections in env div
assert len(ast.children[1].children) == 2
# 2 sections in data div
assert len(ast.children[2].children) == 2
assert len(vars) == 0
assert len(procs) == 1
def test_parse_pco():
"""
Parses a pco file, which contains characters in column 1-6 (see bug #23)
"""
with open('test/testfiles/HelloWorld.pco') as f:
content = f.read()
ast, vars, procs = parser.defined_names(content)
# 4 divs
assert len(ast.children) == 4
# 2 sections in env div
assert len(ast.children[1].children) == 2
# 2 sections in data div
assert len(ast.children[2].children) == 2
assert len(vars) == 0
assert len(procs) == 1
def test_malformed():
"""
Parses the hello world example
"""
with open('test/testfiles/MALFORMED.cbl') as f:
content = f.read()
ast, vars, procs = parser.defined_names(content)
# 4 divs
assert len(ast.children) == 4
# 2 sections in env div
assert len(ast.children[0].children) == 2
# 2 sections in data div
assert len(ast.children[1].children) == 3
assert len(vars) == 3
assert len(procs) == 1
def test_parse_names():
"""
Parses the hello world example
"""
with open('test/testfiles/HelloWorld.cbl') as f:
content = f.read()
ast, vars, procs = parser.defined_names(content)
# 4 divs
assert len(ast.children) == 4
# 2 sections in env div
assert len(ast.children[1].children) == 2
# 2 sections in data div
assert len(ast.children[2].children) == 2
assert len(vars) == 0
assert len(procs) == 1
def complete(self, code, line, column, completionPrefix,
file_path, file_encoding):
global free_format
completions = []
try:
root, vars, functions = defined_names(
code, free_format=free_format)
except AttributeError:
vars = []
functions = []
for var in vars:
completions.append({
'name': var.name,
'icon': icons.ICON_VAR,
'tooltip': var.description
})
for func in functions:
completions.append({
'name': func.name,
'icon': icons.ICON_FUNC
})
completions += self.__keywordsCompletions
return completions
def get_outline(data):
if free_format is None:
return None
else:
root_node, _, _ = defined_names(data['code'], free_format)
return [ch.to_definition().to_dict() for ch in root_node.children]
def get_outline(data):
root_node, _, _ = defined_names(data['code'], free_format)
return [ch.to_definition().to_dict() for ch in root_node.children]
