def run_checks(self):
for file in self.files:
model = self.files[file][1]
found_issues = self.run_check(model, str(file))
issues_to_lsp_diagnostic(found_issues)
found_issues.sort()
for issue in found_issues:
self.report(issue)
if 'file_stats' in self.reports:
self.reports['file_stats'].files_count = len(self.files)
def run_checks(self):
for file in self.files:
if self.config.verbose:
print(f"Scanning file: {file}")
model = self.files[file][1]
found_issues = self.run_check(model, str(file))
issues_to_lsp_diagnostic(found_issues)
found_issues.sort()
for issue in found_issues:
self.report(issue)
if 'file_stats' in self.reports:
self.reports['file_stats'].files_count = len(self.files)
def test_robocop_api_no_trailing_blank_line_message(self):
""" Bug from #307 """
in_memory = "*** Test Cases ***\nTest\n Fail\n \nTest\n Fail\n"
issues = run_check_on_string(in_memory)
diag_issues = issues_to_lsp_diagnostic(issues)
assert all(
d["message"] != "Missing trailing blank line at the end of file"
for d in diag_issues)
def test_unicode_strings(self):
in_memory = (
"*** Variables ***\n${MY_VARIABLE} Liian pitkä rivi, jossa on ääkkösiä. "
"Pituuden tarkistuksen pitäisi laskea merkkejä, eikä tavuja.\n"
)
issues = run_check_on_string(in_memory)
diag_issues = issues_to_lsp_diagnostic(issues)
assert all(d["message"] != "Line is too long" for d in diag_issues)
def test_lsp_diagnostic(self, rule):
issues = [
Message(
rule=rule,
msg=rule.get_message(),
source=r"C:\directory\file.robot",
node=None,
lineno=10,
col=10,
end_lineno=11,
end_col=50,
),
Message(
rule=rule,
msg=rule.get_message(),
source=r"C:\directory\file.robot",
node=None,
lineno=1,
col=1,
end_lineno=None,
end_col=None,
),
]
expected_diagnostic = [
{
"range": {
"start": {"line": 9, "character": 9},
"end": {"line": 10, "character": 49},
},
"severity": 2,
"code": "0101",
"source": "robocop",
"message": "Some description",
"codeDescription": {
"href": f"https://robocop.readthedocs.io/en/{__version__}/rules.html#some-message",
},
},
{
"range": {
"start": {"line": 0, "character": 0},
"end": {"line": 0, "character": 0},
},
"severity": 2,
"code": "0101",
"source": "robocop",
"message": "Some description",
"codeDescription": {
"href": f"https://robocop.readthedocs.io/en/{__version__}/rules.html#some-message",
},
},
]
diagnostic = issues_to_lsp_diagnostic(issues)
assert diagnostic == expected_diagnostic
def test_lsp_diagnostic(self, rule):
issues = [
Message(rule=rule,
source=r'C:\directory\file.robot',
node=None,
lineno=10,
col=10,
end_lineno=11,
end_col=50),
Message(rule=rule,
source=r'C:\directory\file.robot',
node=None,
lineno=1,
col=1,
end_lineno=None,
end_col=None)
]
expected_diagnostic = [{
'range': {
'start': {
'line': 9,
'character': 10
},
'end': {
'line': 10,
'character': 50
}
},
'severity': 2,
'code': '0101',
'source': 'robocop',
'message': 'Some description'
}, {
'range': {
'start': {
'line': 0,
'character': 1
},
'end': {
'line': 0,
'character': 1
}
},
'severity': 2,
'code': '0101',
'source': 'robocop',
'message': 'Some description'
}]
diagnostic = issues_to_lsp_diagnostic(issues)
assert diagnostic == expected_diagnostic
def test_robocop_api_no_trailing_blank_line_message(self):
""" Bug from #307 """
source = "*** Test Cases ***\nTest\n Fail\n \nTest\n Fail\n"
ast = get_model(source)
config = robocop.Config()
robocop_runner = robocop.Robocop(config=config)
robocop_runner.reload_config()
issues = robocop_runner.run_check(ast, 'target.robot', source)
diag_issues = issues_to_lsp_diagnostic(issues)
assert all(
d["message"] != "Missing trailing blank line at the end of file"
for d in diag_issues)
def collect_robocop_diagnostics(project_root: Path, ast_model, filename: str,
source: str) -> List[Dict]:
_import_robocop()
import robocop
from robocop.config import Config
from robocop.utils import issues_to_lsp_diagnostic
filename_parent = Path(filename).parent
if filename_parent.exists():
config = Config(root=filename_parent)
else:
# Unsaved files.
config = Config(root=project_root)
robocop_runner = robocop.Robocop(config=config)
robocop_runner.reload_config()
issues = robocop_runner.run_check(ast_model, filename, source)
diag_issues = issues_to_lsp_diagnostic(issues)
return diag_issues