static void processConfigFile(const std::string &path)
{
oclint::option::ConfigFile config(path);
for (const oclint::option::RuleConfigurationPair &ruleConfig : config.ruleConfigurations())
{
oclint::RuleConfiguration::addConfiguration(ruleConfig.key(), ruleConfig.value());
}
for (const llvm::StringRef &rulePath : config.rulePaths())
{
argRulesPath.push_back(rulePath.str());
}
std::vector<std::string> enableRules;
for (auto rule : config.rules())
{
enableRules.push_back(rule.str());
}
filter.enableRules(enableRules.begin(), enableRules.end());
std::vector<std::string> disableRules;
for (auto rule : config.disableRules())
{
disableRules.push_back(rule.str());
}
filter.disableRules(disableRules.begin(), disableRules.end());
updateArgIfSet(argOutput, config.output());
updateArgIfSet(argReportType, config.reportType());
updateArgIfSet(argMaxP1, config.maxP1());
updateArgIfSet(argMaxP2, config.maxP2());
updateArgIfSet(argMaxP3, config.maxP3());
updateArgIfSet(argClangChecker, config.clangChecker());
updateArgIfSet(argDuplications, config.allowDuplicatedViolations());
}
void oclint::option::process(const char *argv)
{
preserveWorkingPath();
preserveExecutablePath(argv);
processConfigFiles();
for (unsigned i = 0; i < argRuleConfiguration.size(); ++i)
{
std::string configuration = argRuleConfiguration[i];
int indexOfSeparator = configuration.find_last_of("=");
std::string key = configuration.substr(0, indexOfSeparator);
std::string value = configuration.substr(indexOfSeparator + 1,
configuration.size() - indexOfSeparator - 1);
consumeRuleConfiguration(key, value);
}
filter.enableRules(argEnabledRules.begin(), argEnabledRules.end());
filter.disableRules(argDisabledRules.begin(), argDisabledRules.end());
}