Alban Deniz
1 year ago
1 changed files with 16 additions and 16 deletions
+ 16
- 16
SNFMulti.cpp
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| MyRulebase.logThisInfo( // Log our success. | MyRulebase.logThisInfo( // Log our success. | ||||
| snfReloadContext, snf_SUCCESS, "Success"); | snfReloadContext, snf_SUCCESS, "Success"); | ||||
| } | } | ||||
| catch(snf_RulebaseHandler::IgnoreListError) { // If we get an IgnoreListError - say so. | |||||
| catch(snf_RulebaseHandler::IgnoreListError&) { // If we get an IgnoreListError - say so. | |||||
| MyRulebase.logThisError( | MyRulebase.logThisError( | ||||
| snfReloadContext, snf_ERROR_RULE_FILE, "IgnoreListError"); | snfReloadContext, snf_ERROR_RULE_FILE, "IgnoreListError"); | ||||
| } | } | ||||
| catch(snf_RulebaseHandler::ConfigurationError) { // If we get a ConfigurationError - say so. | |||||
| catch(snf_RulebaseHandler::ConfigurationError&) { // If we get a ConfigurationError - say so. | |||||
| MyRulebase.logThisError( | MyRulebase.logThisError( | ||||
| snfReloadContext, snf_ERROR_RULE_FILE, "ConfigurationError"); | snfReloadContext, snf_ERROR_RULE_FILE, "ConfigurationError"); | ||||
| } | } | ||||
| catch(snf_RulebaseHandler::FileError x) { // If we get a FileError - say so. | |||||
| catch(snf_RulebaseHandler::FileError &x) { // If we get a FileError - say so. | |||||
| MyRulebase.logThisError( | MyRulebase.logThisError( | ||||
| snfReloadContext, snf_ERROR_RULE_FILE, "FileError"); | snfReloadContext, snf_ERROR_RULE_FILE, "FileError"); | ||||
| } | } | ||||
| catch(snf_RulebaseHandler::AuthenticationError x) { // If we get a Auth Error - say so. | |||||
| catch(snf_RulebaseHandler::AuthenticationError &x) { // If we get a Auth Error - say so. | |||||
| MyRulebase.logThisError( | MyRulebase.logThisError( | ||||
| snfReloadContext, snf_ERROR_RULE_AUTH, "AuthError"); | snfReloadContext, snf_ERROR_RULE_AUTH, "AuthError"); | ||||
| } | } | ||||
| catch(snf_RulebaseHandler::Busy x) { // If we get a Busy Exception - say so. | |||||
| catch(snf_RulebaseHandler::Busy &x) { // If we get a Busy Exception - say so. | |||||
| MyRulebase.logThisError( | MyRulebase.logThisError( | ||||
| snfReloadContext, snf_ERROR_UNKNOWN, "BusyError"); | snfReloadContext, snf_ERROR_UNKNOWN, "BusyError"); | ||||
| } | } | ||||
| catch(snf_RulebaseHandler::Panic x) { // If we get a Panic - say so. | |||||
| catch(snf_RulebaseHandler::Panic &x) { // If we get a Panic - say so. | |||||
| MyRulebase.logThisError( | MyRulebase.logThisError( | ||||
| snfReloadContext, snf_ERROR_UNKNOWN, "PanicError"); | snfReloadContext, snf_ERROR_UNKNOWN, "PanicError"); | ||||
| } | } | ||||
| } | } | ||||
| } // If nothing threw, we're golden! | } // If nothing threw, we're golden! | ||||
| catch (TokenMatrix::BadFile) { // BadFile translates to FileError | |||||
| catch (TokenMatrix::BadFile&) { // BadFile translates to FileError | |||||
| throw FileError("_snf_LoadNewRulebase() TokenMatrix::BadFile"); | throw FileError("_snf_LoadNewRulebase() TokenMatrix::BadFile"); | ||||
| } | } | ||||
| catch (TokenMatrix::BadMatrix) { // BadMatrix translates to AuthenticationError | |||||
| catch (TokenMatrix::BadMatrix&) { // BadMatrix translates to AuthenticationError | |||||
| throw AuthenticationError("_snf_LoadNewRulebase() TokenMatrix::BadMatrix"); | throw AuthenticationError("_snf_LoadNewRulebase() TokenMatrix::BadMatrix"); | ||||
| } | } | ||||
| catch (TokenMatrix::BadAllocation) { // BadAllocation translates to AllocationError | |||||
| catch (TokenMatrix::BadAllocation&) { // BadAllocation translates to AllocationError | |||||
| throw AllocationError("_snf_LoadNewRulebase() TokenMatrix::BadAllocation"); | throw AllocationError("_snf_LoadNewRulebase() TokenMatrix::BadAllocation"); | ||||
| } | } | ||||
| catch (TokenMatrix::OutOfRange) { // OutOfRange should never happen so PANIC! | |||||
| catch (TokenMatrix::OutOfRange&) { // OutOfRange should never happen so PANIC! | |||||
| throw Panic("_snf_LoadNewRulebase() TokenMatrix::OutOfRange"); | throw Panic("_snf_LoadNewRulebase() TokenMatrix::OutOfRange"); | ||||
| } | } | ||||
| catch (exception e) { | |||||
| catch (exception &e) { | |||||
| throw; | throw; | ||||
| } | } | ||||
| catch (...) { // Something unpredicted happens? PANIC! | catch (...) { // Something unpredicted happens? PANIC! | ||||
| output.append(S.str()); | output.append(S.str()); | ||||
| output.append("}"); | output.append("}"); | ||||
| } | } | ||||
| catch(snfScanData::NoFreeIPScanRecords) { | |||||
| catch(snfScanData::NoFreeIPScanRecords&) { | |||||
| output = "{too_many}"; | output = "{too_many}"; | ||||
| } | } | ||||
| catch(...) { | catch(...) { | ||||
| for(int a = 0; a < snf_ScanHorizon; a++) // the message through the filter | for(int a = 0; a < snf_ScanHorizon; a++) // the message through the filter | ||||
| MyScanData.FilteredData.push_back(xb=IZ.GetByte()); // chain into the FilteredData buffer. | MyScanData.FilteredData.push_back(xb=IZ.GetByte()); // chain into the FilteredData buffer. | ||||
| } // When we run out of data we will | } // When we run out of data we will | ||||
| catch(FilterChain::Empty) {} // get the Empty exception and stop. | |||||
| catch(FilterChain::Empty&) {} // get the Empty exception and stop. | |||||
| // Scan each byte in the file up to the horizon or the end of the message. | // Scan each byte in the file up to the horizon or the end of the message. | ||||
| // If something goes wrong, an exception will be thrown. | // If something goes wrong, an exception will be thrown. | ||||
| DebugInfo = "scanMessage() Scan Data Complete"; // If we panic, here we are. | DebugInfo = "scanMessage() Scan Data Complete"; // If we panic, here we are. | ||||
| } | } | ||||
| catch(EvaluationMatrix::BadAllocation) { // Check for bad allocation during scan. | |||||
| catch(EvaluationMatrix::BadAllocation&) { // Check for bad allocation during scan. | |||||
| throw AllocationError("EvaluationMatrix::BadAllocation"); | throw AllocationError("EvaluationMatrix::BadAllocation"); | ||||
| } | } | ||||
| catch(EvaluationMatrix::MaxEvalsExceeded) { // Check for too many evaluators. | |||||
| catch(EvaluationMatrix::MaxEvalsExceeded&) { // Check for too many evaluators. | |||||
| throw MaxEvals("EvaluationMatrix::MaxEvalsExceeded"); | throw MaxEvals("EvaluationMatrix::MaxEvalsExceeded"); | ||||
| } | } | ||||
| catch(EvaluationMatrix::OutOfRange) { // Check for out of range of (bad) matrix. | |||||
| catch(EvaluationMatrix::OutOfRange&) { // Check for out of range of (bad) matrix. | |||||
| throw BadMatrix("EvaluationMatrix::OutOfRange"); | throw BadMatrix("EvaluationMatrix::OutOfRange"); | ||||
| } | } | ||||
| catch(exception& e) { // Some other known exception? | catch(exception& e) { // Some other known exception? |
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