void Notification::Validate(int types, const ValidationUtils& utils)
{
ObjectImpl<Notification>::Validate(types, utils);
if (!(types & FAConfig))
return;
Array::Ptr users = GetUsersRaw();
Array::Ptr groups = GetUserGroupsRaw();
if ((!users || users->GetLength() == 0) && (!groups || groups->GetLength() == 0))
BOOST_THROW_EXCEPTION(ValidationError(this, std::vector<String>(), "Validation failed: No users/user_groups specified."));
}
Value HttpUtility::GetLastParameter(const Dictionary::Ptr& params, const String& key)
{
Value varr = params->Get(key);
if (!varr.IsObjectType<Array>())
return varr;
Array::Ptr arr = varr;
if (arr->GetLength() == 0)
return Empty;
else
return arr->Get(arr->GetLength() - 1);
}
bool HostGroup::ResolveGroupMembership(const Host::Ptr& host, bool add, int rstack) {
if (add && rstack > 20) {
Log(LogWarning, "HostGroup")
<< "Too many nested groups for group '" << GetName() << "': Host '"
<< host->GetName() << "' membership assignment failed.";
return false;
}
Array::Ptr groups = GetGroups();
if (groups && groups->GetLength() > 0) {
ObjectLock olock(groups);
for (const String& name : groups) {
HostGroup::Ptr group = HostGroup::GetByName(name);
if (group && !group->ResolveGroupMembership(host, add, rstack + 1))
return false;
}
}
if (add)
AddMember(host);
else
RemoveMember(host);
return true;
}
static inline ExpressionResult For(ScriptFrame& frame, const String& fkvar, const String& fvvar, const Value& value, Expression *expression, const DebugInfo& debugInfo = DebugInfo())
{
if (value.IsObjectType<Array>()) {
if (!fvvar.IsEmpty())
BOOST_THROW_EXCEPTION(ScriptError("Cannot use dictionary iterator for array.", debugInfo));
Array::Ptr arr = value;
for (Array::SizeType i = 0; i < arr->GetLength(); i++) {
frame.Locals->Set(fkvar, arr->Get(i));
ExpressionResult res = expression->Evaluate(frame);
CHECK_RESULT_LOOP(res);
}
} else if (value.IsObjectType<Dictionary>()) {
if (fvvar.IsEmpty())
BOOST_THROW_EXCEPTION(ScriptError("Cannot use array iterator for dictionary.", debugInfo));
Dictionary::Ptr dict = value;
std::vector<String> keys;
{
ObjectLock olock(dict);
BOOST_FOREACH(const Dictionary::Pair& kv, dict) {
keys.push_back(kv.first);
}
}
BOOST_FOREACH(const String& key, keys) {
frame.Locals->Set(fkvar, key);
frame.Locals->Set(fvvar, dict->Get(key));
ExpressionResult res = expression->Evaluate(frame);
CHECK_RESULT_LOOP(res);
}
/**
* Executes the auto completion script via HTTP and returns HTTP and user errors.
*
* @param session Local session handler.
* @param command The auto completion string.
* @param sandboxed Whether to run this sandboxed.
* @return Result value, also contains user errors.
*/
Array::Ptr ConsoleCommand::AutoCompleteScript(const String& session, const String& command, bool sandboxed)
{
/* Extend the url parameters for the request. */
l_Url->SetPath({ "v1", "console", "auto-complete-script" });
l_Url->SetQuery({
{"session", session},
{"command", command},
{"sandboxed", sandboxed ? "1" : "0"}
});
Dictionary::Ptr jsonResponse = SendRequest();
/* Extract the result, and handle user input errors too. */
Array::Ptr results = jsonResponse->Get("results");
Array::Ptr suggestions;
if (results && results->GetLength() > 0) {
Dictionary::Ptr resultInfo = results->Get(0);
if (resultInfo->Get("code") >= 200 && resultInfo->Get("code") <= 299) {
suggestions = resultInfo->Get("suggestions");
} else {
String errorMessage = resultInfo->Get("status");
BOOST_THROW_EXCEPTION(ScriptError(errorMessage));
}
}
return suggestions;
}
bool Value::ToBool(void) const
{
switch (GetType()) {
case ValueNumber:
return static_cast<bool>(boost::get<double>(m_Value));
case ValueBoolean:
return boost::get<bool>(m_Value);
case ValueString:
return !boost::get<String>(m_Value).IsEmpty();
case ValueObject:
if (IsObjectType<Dictionary>()) {
Dictionary::Ptr dictionary = *this;
return dictionary->GetLength() > 0;
} else if (IsObjectType<Array>()) {
Array::Ptr array = *this;
return array->GetLength() > 0;
} else {
return true;
}
case ValueEmpty:
return false;
default:
BOOST_THROW_EXCEPTION(std::runtime_error("Invalid variant type."));
}
}
void ConfigWriter::EmitScope(std::ostream& fp, int indentLevel, const Dictionary::Ptr& val, const Array::Ptr& imports)
{
fp << "{";
if (imports && imports->GetLength() > 0) {
ObjectLock xlock(imports);
BOOST_FOREACH(const Value& import, imports) {
fp << "\n";
EmitIndent(fp, indentLevel);
fp << "import \"" << import << "\"";
}
void Zone::ValidateEndpointsRaw(const Array::Ptr& value, const ValidationUtils& utils)
{
ObjectImpl<Zone>::ValidateEndpointsRaw(value, utils);
if (value && value->GetLength() > 2) {
Log(LogWarning, "Zone")
<< "The Zone object '" << GetName() << "' has more than two endpoints."
<< " Due to a known issue this type of configuration is strongly"
<< " discouraged and may cause Icinga to use excessive amounts of CPU time.";
}
}
void ApiClient::ExecuteScriptHttpCompletionCallback(HttpRequest& request,
HttpResponse& response, const ExecuteScriptCompletionCallback& callback)
{
Dictionary::Ptr result;
String body;
char buffer[1024];
size_t count;
while ((count = response.ReadBody(buffer, sizeof(buffer))) > 0)
body += String(buffer, buffer + count);
try {
if (response.StatusCode < 200 || response.StatusCode > 299) {
std::string message = "HTTP request failed; Code: " + Convert::ToString(response.StatusCode) + "; Body: " + body;
BOOST_THROW_EXCEPTION(ScriptError(message));
}
result = JsonDecode(body);
Array::Ptr results = result->Get("results");
Value result;
String errorMessage = "Unexpected result from API.";
if (results && results->GetLength() > 0) {
Dictionary::Ptr resultInfo = results->Get(0);
errorMessage = resultInfo->Get("status");
if (resultInfo->Get("code") >= 200 && resultInfo->Get("code") <= 299) {
result = resultInfo->Get("result");
} else {
DebugInfo di;
Dictionary::Ptr debugInfo = resultInfo->Get("debug_info");
if (debugInfo) {
di.Path = debugInfo->Get("path");
di.FirstLine = debugInfo->Get("first_line");
di.FirstColumn = debugInfo->Get("first_column");
di.LastLine = debugInfo->Get("last_line");
di.LastColumn = debugInfo->Get("last_column");
}
bool incompleteExpression = resultInfo->Get("incomplete_expression");
BOOST_THROW_EXCEPTION(ScriptError(errorMessage, di, incompleteExpression));
}
}
callback(boost::exception_ptr(), result);
} catch (const std::exception&) {
callback(boost::current_exception(), Empty);
}
}
static Value ArrayReduce(const Function::Ptr& function)
{
ScriptFrame *vframe = ScriptFrame::GetCurrentFrame();
Array::Ptr self = static_cast<Array::Ptr>(vframe->Self);
if (vframe->Sandboxed && !function->IsSideEffectFree())
BOOST_THROW_EXCEPTION(ScriptError("Reduce function must be side-effect free."));
if (self->GetLength() == 0)
return Empty;
Value result = self->Get(0);
ObjectLock olock(self);
for (size_t i = 1; i < self->GetLength(); i++) {
std::vector<Value> args;
args.push_back(result);
args.push_back(self->Get(i));
result = function->Invoke(args);
}
return result;
}
double ScriptUtils::Len(const Value& value)
{
if (value.IsObjectType<Dictionary>()) {
Dictionary::Ptr dict = value;
return dict->GetLength();
} else if (value.IsObjectType<Array>()) {
Array::Ptr array = value;
return array->GetLength();
} else if (value.IsString()) {
return Convert::ToString(value).GetLength();
} else {
return 0;
}
}
/**
* Executes the DSL script via HTTP and returns HTTP and user errors.
*
* @param session Local session handler.
* @param command The DSL string.
* @param sandboxed Whether to run this sandboxed.
* @return Result value, also contains user errors.
*/
Value ConsoleCommand::ExecuteScript(const String& session, const String& command, bool sandboxed)
{
/* Extend the url parameters for the request. */
l_Url->SetPath({"v1", "console", "execute-script"});
l_Url->SetQuery({
{"session", session},
{"command", command},
{"sandboxed", sandboxed ? "1" : "0"}
});
Dictionary::Ptr jsonResponse = SendRequest();
/* Extract the result, and handle user input errors too. */
Array::Ptr results = jsonResponse->Get("results");
Value result;
if (results && results->GetLength() > 0) {
Dictionary::Ptr resultInfo = results->Get(0);
if (resultInfo->Get("code") >= 200 && resultInfo->Get("code") <= 299) {
result = resultInfo->Get("result");
} else {
String errorMessage = resultInfo->Get("status");
DebugInfo di;
Dictionary::Ptr debugInfo = resultInfo->Get("debug_info");
if (debugInfo) {
di.Path = debugInfo->Get("path");
di.FirstLine = debugInfo->Get("first_line");
di.FirstColumn = debugInfo->Get("first_column");
di.LastLine = debugInfo->Get("last_line");
di.LastColumn = debugInfo->Get("last_column");
}
bool incompleteExpression = resultInfo->Get("incomplete_expression");
BOOST_THROW_EXCEPTION(ScriptError(errorMessage, di, incompleteExpression));
}
}
return result;
}
Array::Ptr LegacyTimePeriod::ScriptFunc(const TimePeriod::Ptr& tp, double begin, double end)
{
Array::Ptr segments = new Array();
Dictionary::Ptr ranges = tp->GetRanges();
if (ranges) {
for (int i = 0; i <= (end - begin) / (24 * 60 * 60); i++) {
time_t refts = begin + i * 24 * 60 * 60;
tm reference = Utility::LocalTime(refts);
#ifdef I2_DEBUG
Log(LogDebug, "LegacyTimePeriod")
<< "Checking reference time " << refts;
#endif /* I2_DEBUG */
ObjectLock olock(ranges);
for (const Dictionary::Pair& kv : ranges) {
if (!IsInDayDefinition(kv.first, &reference)) {
#ifdef I2_DEBUG
Log(LogDebug, "LegacyTimePeriod")
<< "Not in day definition '" << kv.first << "'.";
#endif /* I2_DEBUG */
continue;
}
#ifdef I2_DEBUG
Log(LogDebug, "LegacyTimePeriod")
<< "In day definition '" << kv.first << "'.";
#endif /* I2_DEBUG */
ProcessTimeRanges(kv.second, &reference, segments);
}
}
}
Log(LogDebug, "LegacyTimePeriod")
<< "Legacy timeperiod update returned " << segments->GetLength() << " segments.";
return segments;
}
void ApiClient::AutocompleteScriptHttpCompletionCallback(HttpRequest& request,
HttpResponse& response, const AutocompleteScriptCompletionCallback& callback)
{
Dictionary::Ptr result;
String body;
char buffer[1024];
size_t count;
while ((count = response.ReadBody(buffer, sizeof(buffer))) > 0)
body += String(buffer, buffer + count);
try {
if (response.StatusCode < 200 || response.StatusCode > 299) {
std::string message = "HTTP request failed; Code: " + Convert::ToString(response.StatusCode) + "; Body: " + body;
BOOST_THROW_EXCEPTION(ScriptError(message));
}
result = JsonDecode(body);
Array::Ptr results = result->Get("results");
Array::Ptr suggestions;
String errorMessage = "Unexpected result from API.";
if (results && results->GetLength() > 0) {
Dictionary::Ptr resultInfo = results->Get(0);
errorMessage = resultInfo->Get("status");
if (resultInfo->Get("code") >= 200 && resultInfo->Get("code") <= 299)
suggestions = resultInfo->Get("suggestions");
else
BOOST_THROW_EXCEPTION(ScriptError(errorMessage));
}
callback(boost::exception_ptr(), suggestions);
} catch (const std::exception&) {
callback(boost::current_exception(), nullptr);
}
}
bool Zone::IsSingleInstance() const
{
Array::Ptr endpoints = GetEndpointsRaw();
return !endpoints || endpoints->GetLength() < 2;
}
std::pair<Dictionary::Ptr, Dictionary::Ptr> ApiListener::GetStatus()
{
Dictionary::Ptr perfdata = new Dictionary();
/* cluster stats */
double allEndpoints = 0;
Array::Ptr allNotConnectedEndpoints = new Array();
Array::Ptr allConnectedEndpoints = new Array();
Zone::Ptr my_zone = Zone::GetLocalZone();
Dictionary::Ptr connectedZones = new Dictionary();
for (const Zone::Ptr& zone : ConfigType::GetObjectsByType<Zone>()) {
/* only check endpoints in a) the same zone b) our parent zone c) immediate child zones */
if (my_zone != zone && my_zone != zone->GetParent() && zone != my_zone->GetParent()) {
Log(LogDebug, "ApiListener")
<< "Not checking connection to Zone '" << zone->GetName() << "' because it's not in the same zone, a parent or a child zone.";
continue;
}
bool zoneConnected = false;
int countZoneEndpoints = 0;
double zoneLag = 0;
ArrayData zoneEndpoints;
for (const Endpoint::Ptr& endpoint : zone->GetEndpoints()) {
zoneEndpoints.emplace_back(endpoint->GetName());
if (endpoint->GetName() == GetIdentity())
continue;
double eplag = CalculateZoneLag(endpoint);
if (eplag > 0 && eplag > zoneLag)
zoneLag = eplag;
allEndpoints++;
countZoneEndpoints++;
if (!endpoint->GetConnected()) {
allNotConnectedEndpoints->Add(endpoint->GetName());
} else {
allConnectedEndpoints->Add(endpoint->GetName());
zoneConnected = true;
}
}
/* if there's only one endpoint inside the zone, we're not connected - that's us, fake it */
if (zone->GetEndpoints().size() == 1 && countZoneEndpoints == 0)
zoneConnected = true;
String parentZoneName;
Zone::Ptr parentZone = zone->GetParent();
if (parentZone)
parentZoneName = parentZone->GetName();
Dictionary::Ptr zoneStats = new Dictionary({
{ "connected", zoneConnected },
{ "client_log_lag", zoneLag },
{ "endpoints", new Array(std::move(zoneEndpoints)) },
{ "parent_zone", parentZoneName }
});
connectedZones->Set(zone->GetName(), zoneStats);
}
/* connection stats */
size_t jsonRpcClients = GetAnonymousClients().size();
size_t httpClients = GetHttpClients().size();
size_t workQueueItems = JsonRpcConnection::GetWorkQueueLength();
size_t workQueueCount = JsonRpcConnection::GetWorkQueueCount();
size_t syncQueueItems = m_SyncQueue.GetLength();
size_t relayQueueItems = m_RelayQueue.GetLength();
double workQueueItemRate = JsonRpcConnection::GetWorkQueueRate();
double syncQueueItemRate = m_SyncQueue.GetTaskCount(60) / 60.0;
double relayQueueItemRate = m_RelayQueue.GetTaskCount(60) / 60.0;
Dictionary::Ptr status = new Dictionary({
{ "identity", GetIdentity() },
{ "num_endpoints", allEndpoints },
{ "num_conn_endpoints", allConnectedEndpoints->GetLength() },
{ "num_not_conn_endpoints", allNotConnectedEndpoints->GetLength() },
{ "conn_endpoints", allConnectedEndpoints },
{ "not_conn_endpoints", allNotConnectedEndpoints },
{ "zones", connectedZones },
{ "json_rpc", new Dictionary({
{ "clients", jsonRpcClients },
{ "work_queue_items", workQueueItems },
{ "work_queue_count", workQueueCount },
{ "sync_queue_items", syncQueueItems },
{ "relay_queue_items", relayQueueItems },
{ "work_queue_item_rate", workQueueItemRate },
{ "sync_queue_item_rate", syncQueueItemRate },
{ "relay_queue_item_rate", relayQueueItemRate }
}) },
{ "http", new Dictionary({
{ "clients", httpClients }
}) }
});
/* performance data */
perfdata->Set("num_endpoints", allEndpoints);
perfdata->Set("num_conn_endpoints", Convert::ToDouble(allConnectedEndpoints->GetLength()));
perfdata->Set("num_not_conn_endpoints", Convert::ToDouble(allNotConnectedEndpoints->GetLength()));
perfdata->Set("num_json_rpc_clients", jsonRpcClients);
perfdata->Set("num_http_clients", httpClients);
perfdata->Set("num_json_rpc_work_queue_items", workQueueItems);
perfdata->Set("num_json_rpc_work_queue_count", workQueueCount);
perfdata->Set("num_json_rpc_sync_queue_items", syncQueueItems);
perfdata->Set("num_json_rpc_relay_queue_items", relayQueueItems);
perfdata->Set("num_json_rpc_work_queue_item_rate", workQueueItemRate);
perfdata->Set("num_json_rpc_sync_queue_item_rate", syncQueueItemRate);
perfdata->Set("num_json_rpc_relay_queue_item_rate", relayQueueItemRate);
return std::make_pair(status, perfdata);
}
std::pair<Dictionary::Ptr, Dictionary::Ptr> ApiListener::GetStatus(void)
{
Dictionary::Ptr status = new Dictionary();
Dictionary::Ptr perfdata = new Dictionary();
/* cluster stats */
status->Set("identity", GetIdentity());
double allEndpoints = 0;
Array::Ptr allNotConnectedEndpoints = new Array();
Array::Ptr allConnectedEndpoints = new Array();
Zone::Ptr my_zone = Zone::GetLocalZone();
Dictionary::Ptr connectedZones = new Dictionary();
for (const Zone::Ptr& zone : ConfigType::GetObjectsByType<Zone>()) {
/* only check endpoints in a) the same zone b) our parent zone c) immediate child zones */
if (my_zone != zone && my_zone != zone->GetParent() && zone != my_zone->GetParent()) {
Log(LogDebug, "ApiListener")
<< "Not checking connection to Zone '" << zone->GetName() << "' because it's not in the same zone, a parent or a child zone.";
continue;
}
bool zoneConnected = false;
int countZoneEndpoints = 0;
double zoneLag = 0;
Array::Ptr zoneEndpoints = new Array();
for (const Endpoint::Ptr& endpoint : zone->GetEndpoints()) {
zoneEndpoints->Add(endpoint->GetName());
if (endpoint->GetName() == GetIdentity())
continue;
double eplag = CalculateZoneLag(endpoint);
if (eplag > 0 && eplag > zoneLag)
zoneLag = eplag;
allEndpoints++;
countZoneEndpoints++;
if (!endpoint->GetConnected()) {
allNotConnectedEndpoints->Add(endpoint->GetName());
} else {
allConnectedEndpoints->Add(endpoint->GetName());
zoneConnected = true;
}
}
/* if there's only one endpoint inside the zone, we're not connected - that's us, fake it */
if (zone->GetEndpoints().size() == 1 && countZoneEndpoints == 0)
zoneConnected = true;
Dictionary::Ptr zoneStats = new Dictionary();
zoneStats->Set("connected", zoneConnected);
zoneStats->Set("client_log_lag", zoneLag);
zoneStats->Set("endpoints", zoneEndpoints);
String parentZoneName;
Zone::Ptr parentZone = zone->GetParent();
if (parentZone)
parentZoneName = parentZone->GetName();
zoneStats->Set("parent_zone", parentZoneName);
connectedZones->Set(zone->GetName(), zoneStats);
}
status->Set("num_endpoints", allEndpoints);
status->Set("num_conn_endpoints", allConnectedEndpoints->GetLength());
status->Set("num_not_conn_endpoints", allNotConnectedEndpoints->GetLength());
status->Set("conn_endpoints", allConnectedEndpoints);
status->Set("not_conn_endpoints", allNotConnectedEndpoints);
status->Set("zones", connectedZones);
perfdata->Set("num_endpoints", allEndpoints);
perfdata->Set("num_conn_endpoints", Convert::ToDouble(allConnectedEndpoints->GetLength()));
perfdata->Set("num_not_conn_endpoints", Convert::ToDouble(allNotConnectedEndpoints->GetLength()));
return std::make_pair(status, perfdata);
}
Dictionary::Ptr ObjectQueryHandler::SerializeObjectAttrs(const Object::Ptr& object,
const String& attrPrefix, const Array::Ptr& attrs, bool isJoin, bool allAttrs)
{
Type::Ptr type = object->GetReflectionType();
std::vector<int> fids;
if (isJoin && attrs) {
ObjectLock olock(attrs);
for (const String& attr : attrs) {
if (attr == attrPrefix) {
allAttrs = true;
break;
}
}
}
if (!isJoin && (!attrs || attrs->GetLength() == 0))
allAttrs = true;
if (allAttrs) {
for (int fid = 0; fid < type->GetFieldCount(); fid++) {
fids.push_back(fid);
}
} else if (attrs) {
ObjectLock olock(attrs);
for (const String& attr : attrs) {
String userAttr;
if (isJoin) {
String::SizeType dpos = attr.FindFirstOf(".");
if (dpos == String::NPos)
continue;
String userJoinAttr = attr.SubStr(0, dpos);
if (userJoinAttr != attrPrefix)
continue;
userAttr = attr.SubStr(dpos + 1);
} else
userAttr = attr;
int fid = type->GetFieldId(userAttr);
if (fid < 0)
BOOST_THROW_EXCEPTION(ScriptError("Invalid field specified: " + userAttr));
fids.push_back(fid);
}
}
DictionaryData resultAttrs;
resultAttrs.reserve(fids.size());
for (int fid : fids) {
Field field = type->GetFieldInfo(fid);
Value val = object->GetField(fid);
/* hide attributes which shouldn't be user-visible */
if (field.Attributes & FANoUserView)
continue;
/* hide internal navigation fields */
if (field.Attributes & FANavigation && !(field.Attributes & (FAConfig | FAState)))
continue;
Value sval = Serialize(val, FAConfig | FAState);
resultAttrs.emplace_back(field.Name, sval);
}
return new Dictionary(std::move(resultAttrs));
}
bool AttributeFilter::Apply(const Table::Ptr& table, const Value& row)
{
Column column = table->GetColumn(m_Column);
Value value = column.ExtractValue(row);
if (value.IsObjectType<Array>()) {
Array::Ptr array = value;
if (m_Operator == ">=" || m_Operator == "<") {
bool negate = (m_Operator == "<");
ObjectLock olock(array);
for (const String& item : array) {
if (item == m_Operand)
return !negate; /* Item found in list. */
}
return negate; /* Item not found in list. */
} else if (m_Operator == "=") {
return (array->GetLength() == 0);
} else {
BOOST_THROW_EXCEPTION(std::invalid_argument("Invalid operator for column '" + m_Column + "': " + m_Operator + " (expected '>=' or '=')."));
}
} else {
if (m_Operator == "=") {
if (value.GetType() == ValueNumber || value.GetType() == ValueBoolean)
return (static_cast<double>(value) == Convert::ToDouble(m_Operand));
else
return (static_cast<String>(value) == m_Operand);
} else if (m_Operator == "~") {
bool ret;
try {
boost::regex expr(m_Operand.GetData());
String operand = value;
boost::smatch what;
ret = boost::regex_search(operand.GetData(), what, expr);
} catch (boost::exception&) {
Log(LogWarning, "AttributeFilter")
<< "Regex '" << m_Operand << " " << m_Operator << " " << value << "' error.";
ret = false;
}
//Log(LogDebug, "LivestatusListener/AttributeFilter")
// << "Attribute filter '" << m_Operand + " " << m_Operator << " "
// << value << "' " << (ret ? "matches" : "doesn't match") << ".";
return ret;
} else if (m_Operator == "=~") {
bool ret;
try {
String operand = value;
ret = boost::iequals(operand, m_Operand.GetData());
} catch (boost::exception&) {
Log(LogWarning, "AttributeFilter")
<< "Case-insensitive equality '" << m_Operand << " " << m_Operator << " " << value << "' error.";
ret = false;
}
return ret;
} else if (m_Operator == "~~") {
bool ret;
try {
boost::regex expr(m_Operand.GetData(), boost::regex::icase);
String operand = value;
boost::smatch what;
ret = boost::regex_search(operand.GetData(), what, expr);
} catch (boost::exception&) {
Log(LogWarning, "AttributeFilter")
<< "Regex '" << m_Operand << " " << m_Operator << " " << value << "' error.";
ret = false;
}
//Log(LogDebug, "LivestatusListener/AttributeFilter")
// << "Attribute filter '" << m_Operand << " " << m_Operator << " "
// << value << "' " << (ret ? "matches" : "doesn't match") << ".";
return ret;
} else if (m_Operator == "<") {
if (value.GetType() == ValueNumber)
return (static_cast<double>(value) < Convert::ToDouble(m_Operand));
else
return (static_cast<String>(value) < m_Operand);
} else if (m_Operator == ">") {
if (value.GetType() == ValueNumber)
return (static_cast<double>(value) > Convert::ToDouble(m_Operand));
else
return (static_cast<String>(value) > m_Operand);
} else if (m_Operator == "<=") {
if (value.GetType() == ValueNumber)
return (static_cast<double>(value) <= Convert::ToDouble(m_Operand));
else
return (static_cast<String>(value) <= m_Operand);
} else if (m_Operator == ">=") {
if (value.GetType() == ValueNumber)
return (static_cast<double>(value) >= Convert::ToDouble(m_Operand));
else
return (static_cast<String>(value) >= m_Operand);
} else {
BOOST_THROW_EXCEPTION(std::invalid_argument("Unknown operator for column '" + m_Column + "': " + m_Operator));
}
}
return false;
}
static double ArrayLen(void)
{
ScriptFrame *vframe = ScriptFrame::GetCurrentFrame();
Array::Ptr self = static_cast<Array::Ptr>(vframe->Self);
return self->GetLength();
}
String icinga::DiagnosticInformation(const std::exception& ex, bool verbose, StackTrace *stack, ContextTrace *context)
{
std::ostringstream result;
String message = ex.what();
const ValidationError *vex = dynamic_cast<const ValidationError *>(&ex);
if (message.IsEmpty())
result << boost::diagnostic_information(ex);
else
result << "Error: " << message;
const ScriptError *dex = dynamic_cast<const ScriptError *>(&ex);
if (dex && !dex->GetDebugInfo().Path.IsEmpty()) {
result << "\nLocation:\n";
ShowCodeFragment(result, dex->GetDebugInfo());
}
if (vex) {
DebugInfo di;
ConfigObject::Ptr dobj = vex->GetObject();
if (dobj)
di = dobj->GetDebugInfo();
Dictionary::Ptr currentHint = vex->GetDebugHint();
Array::Ptr messages;
if (currentHint) {
BOOST_FOREACH(const String& attr, vex->GetAttributePath()) {
Dictionary::Ptr props = currentHint->Get("properties");
if (!props)
break;
currentHint = props->Get(attr);
if (!currentHint)
break;
messages = currentHint->Get("messages");
}
}
if (messages && messages->GetLength() > 0) {
Array::Ptr message = messages->Get(messages->GetLength() - 1);
di.Path = message->Get(1);
di.FirstLine = message->Get(2);
di.FirstColumn = message->Get(3);
di.LastLine = message->Get(4);
di.LastColumn = message->Get(5);
}
if (!di.Path.IsEmpty()) {
result << "\nLocation:\n";
ShowCodeFragment(result, di);
}
}
const user_error *uex = dynamic_cast<const user_error *>(&ex);
const posix_error *pex = dynamic_cast<const posix_error *>(&ex);
if (!uex && !pex && verbose) {
const StackTrace *st = boost::get_error_info<StackTraceErrorInfo>(ex);
if (st) {
result << *st;
} else {
result << std::endl;
if (!stack)
stack = GetLastExceptionStack();
if (stack)
result << *stack;
}
if (boost::get_error_info<ContextTraceErrorInfo>(ex) == NULL) {
result << std::endl;
if (!context)
context = GetLastExceptionContext();
if (context)
result << *context;
}
}
return result.str();
}