Name
sn_risk_advanced.AutomatedFactorUtilsBase
Description
No description available
Script
var AutomatedFactorUtilsBase = Class.create();
AutomatedFactorUtilsBase.prototype = {
initialize: function() {},
executeAndGetFactorResponse: function(factorResponse) {
return this._executeAndGetFactorResponse(factorResponse);
},
executeAndSetResponsesForFactor: function(factor) {
this._executeAndSetResponsesForFactor(factor);
},
executeAutomatedFactors: function() {
this._executeAutomatedFactors();
},
createCSVAttachment: function(response, csvData) {
this._createCSVAttachment(response, csvData);
},
deleteAttachments: function(tablename, sysIds) {
this._deleteAttachments(tablename, sysIds);
},
_executeAutomatedFactors: function() {
this._executeAutomatedFactorsWithType('sn_risk_advanced_automated_query_factor');
this._executeAutomatedFactorsWithType('sn_risk_advanced_automated_scripted_factor');
},
executeFactor: function(factorID, entityID, riskID, controlID, objectID) {
this._executeFactor(factorID, entityID, riskID, controlID, objectID);
},
executeFactorsOfAsmtType: function(asmtType, asmt) {
this._executeFactorsOfAsmtType(asmtType, asmt);
},
executeAssessmentResponseFactor: function(assessmentResponse) {
this._executeAssessmentResponseFactor(assessmentResponse);
},
isFactorOptedOut: function(response) {
return this._isFactorOptedOut(response);
},
canRunAutomatedFactors: function(response) {
return this._canRunAutomatedFactors(response);
},
_isFactorOptedOut: function(response) {
var asmt = new GlideRecord('sn_risk_advanced_risk_assessment_instance');
asmt.get(response.assessment_instance_id);
var optedOut = false;
if (response.assessment_type == '2')
optedOut = asmt.mitigating_controls_to_assess;
else if (response.assessment_type == '3')
optedOut = asmt.residual_risk_not_applicable;
return optedOut;
},
_executeAssessmentResponseFactor: function(assessmentResponse) {
var result = this._executeAndGetFactorResponse(assessmentResponse);
if (result.error)
return;
assessmentResponse.factor_response = result.score;
assessmentResponse.update();
//For Scripted factors supporting data creation is done in the script itself. So we have to create it only for query factors.
if (!gs.nil(result.score) && current.factor.sys_class_name == 'sn_risk_advanced_automated_query_factor') {
//Creating supporting data attachments in an event to reduce factor execution time.
gs.eventQueue('sn_risk_advanced.create_supporting_data', null,
new global.JSON().encode({
responseIds: [assessmentResponse.getUniqueValue()]
}), '', 'automated_factors');
}
},
_executeFactorsOfAsmtType: function(asmtType, asmt) {
var automatedFactorResponse = new GlideRecord('sn_risk_advanced_risk_assessment_instance_response');
automatedFactorResponse.addQuery('factor.sys_class_name', 'IN', 'sn_risk_advanced_automated_scripted_factor,sn_risk_advanced_automated_query_factor');
automatedFactorResponse.addQuery('assessment_instance_id', asmt.getUniqueValue());
automatedFactorResponse.addQuery('assessment_type', asmtType);
automatedFactorResponse.query();
var responseIds = [];
while (automatedFactorResponse.next()) {
var result = this.executeAndGetFactorResponse(automatedFactorResponse);
if (result.error)
continue;
automatedFactorResponse.factor_response = result.score;
automatedFactorResponse.update();
//For Scripted factors supporting data creation is done in the script itself. So we have to create it only for query factors.
if (!gs.nil(result.score) && automatedFactorResponse.factor.sys_class_name == 'sn_risk_advanced_automated_query_factor')
responseIds.push(automatedFactorResponse.getUniqueValue());
}
if (responseIds.length != 0) {
//Creating supporting data attachments in an event to reduce transition time from one state to another.
gs.eventQueue('sn_risk_advanced.create_supporting_data', null,
new global.JSON().encode({
responseIds: responseIds
}), '', 'automated_factors');
}
},
_executeAutomatedFactorsWithType: function(tableName) {
var factor = new GlideRecord(tableName);
factor.addQuery('state', '2');
factor.addNotNullQuery('risk_assessment_methodology');
factor.addNotNullQuery('next_run_date');
factor.addQuery('next_run_date', '<=', new GlideDate());
factor.query();
var utils = this._getUtilty(tableName);
while (factor.next()) {
utils.executeAndSetResponsesForFactor(factor);
var freq_value = factor.frequency;
var frequencyDetails = {
frequency: factor.frequency
};
if (freq_value == 3 || freq_value == 4 || freq_value == 5 || freq_value == 6)
frequencyDetails.day_of_month =factor.day_of_month;
if (freq_value == 6)
frequencyDetails.month = factor.month;
if(freq_value == 2)
frequencyDetails.day_of_week = factor.day_of_week;
new sn_grc.FrequencyUtils().setNextRunDate(frequencyDetails);
factor.next_run_date = frequencyDetails.next_run_date;
factor.update();
}
},
_executeAndGetFactorResponse: function(factorResponse) {
var result = {};
var factor = factorResponse.getElement('factor').getRefRecord();
var utils = this._getUtilty(factor.getTableName());
//Delete existing attachemnt for each resopnse.
this._deleteAttachments('sn_risk_advanced_risk_assessment_instance_response', [factorResponse.getUniqueValue()]);
try {
result = utils.executeAndGetFactorResponse(factorResponse);
} catch (ex) {
this._setErrorFromException(result, ex, factor);
}
if (factor.getTableName() == 'sn_risk_advanced_automated_query_factor') {
result.sourceRecordId = factor.getUniqueValue();
result.table = 'sn_risk_advanced_automated_query_factor';
} else {
result.sourceRecordId = factorResponse.getUniqueValue();
result.table = 'sn_risk_advanced_risk_assessment_instance_response';
}
this._handleException(result);
return result;
},
_getUtilty: function(tableName) {
switch (tableName) {
case 'sn_risk_advanced_automated_query_factor':
return new QueryFactorUtils();
case 'sn_risk_advanced_automated_scripted_factor':
return new ScriptFactorUtils();
}
},
_getReferenceCurrencyCode: function() {
var gr = new GlideRecord('sn_risk_advanced_risk_assessment_instance');
gr.initialize();
return gr.inherent_computed_ale.getReferenceCurrencyCode();
},
_getResponsesToBeAssessed: function(factor) {
var automatedFactorResponse = new GlideRecord('sn_risk_advanced_risk_assessment_instance_response');
automatedFactorResponse.addQuery('factor', factor.getUniqueValue());
automatedFactorResponse.addEncodedQuery('assessment_instance_id.stateNOT IN0,1,8');
return automatedFactorResponse;
},
_executeFactor: function(factorID, entityID, riskID, controlID, objectID) {
var automatedFactor = new GlideRecord('sn_risk_advanced_base_automated_factor');
automatedFactor.get(factorID);
if (automatedFactor.isValidRecord()) {
var factor = new GlideRecord(automatedFactor.sys_class_name);
factor.get(factorID);
var utils = this._getUtilty(factor.getTableName());
utils.executeFactorFilterResponses(factor, entityID, riskID, controlID, objectID);
}
},
_createCSVAttachment: function(response, csvData, fileName) {
var attachment = new GlideSysAttachment();
attachment.write(response, fileName, 'application/csv', csvData);
},
_deleteAttachments: function(tableName, sysIds) {
for (var i = 0; i < sysIds.length; i++) {
var attachment = new GlideSysAttachment();
var attachments = attachment.getAttachments(tableName, sysIds[i]);
while (attachments.next()) {
attachment.deleteAttachment(attachments.getUniqueValue());
}
}
},
_handleException: function(result) {
if (result.error) {
this._createException(result);
} else {
this._markExistingExceptionAsResolved(result);
}
},
_createException: function(result) {
var exceptionUtils = new sn_grc.GRCExceptionUtils();
if (result.error) {
var exception = {};
exception.table = result.table;
exception.sourceRecordId = result.sourceRecordId;
//Runtime Exception
exception.exceptionCategory = '2';
exception.exceptionMessage = result.error;
exception.allowMultipleExceptions = false;
exception.application = '7443d9ba7373230055e9d8b0caf6a7b0';
exceptionUtils.createException(exception);
}
},
_markExistingExceptionAsResolved: function(result) {
new sn_grc.GRCExceptionUtils().updateMatchingExceptions(result.table, result.sourceRecordId, null, 2);
},
_setErrorFromException: function(result, ex, factor) {
if (!gs.nil(ex.error))
result.error = ex.error;
else
result.error = ex;
if (!gs.nil(ex.resolution))
result.resolution = ex.resolution;
this._setError(result, factor);
},
_setError: function(result, factor, inputs) {
var factorName = factor.getValue('name');
var factorId = factor.getUniqueValue();
var aggregationType = factor.getValue('aggregation_type');
var aggregationColumn = factor.getValue('aggregation_column');
var errorMessages = {};
errorMessages.queryFactorPrefix = gs.getMessage("Error in execution of automated factor\n\nFactor: {0}\nFactorId: {1}", [factorName, factorId]);
errorMessages.scriptedFactorPrefix = gs.getMessage("Error in execution of scripted factor\n\nFactor: {0}\nFactorId: {1}", [factorName, factorId]);
errorMessages.scriptedFactorResolution = "Fix above mentioned error in the script";
if (!gs.nil(result.score)) {
if (isNaN(result.score)) {
if (factor.getTableName() == 'sn_risk_advanced_automated_query_factor') {
result.error = gs.getMessage('Selected aggregation ({0}) of column ({1}) is not a number', [aggregationType, aggregationColumn]);
result.resolution = gs.getMessage('Select a column whose aggregation gives a number.');
} else {
result.error = gs.getMessage('The value in result.score is not a number.');
result.resolution = "Set result.score as a number.";
}
} else if (result.score == Infinity) {
if (factor.getTableName() == 'sn_risk_advanced_automated_query_factor') {
result.error = gs.getMessage('Selected aggregation ({0}) of column ({1}) is infinity', [aggregationType, aggregationColumn]);
result.resolution = gs.getMessage('Select a column whose aggregation gives a number.');
} else {
result.error = gs.getMessage('The value in result.score is infinity.');
result.resolution = "Set result.score as a number.";
}
}
}
if (result.error) {
if (factor.getTableName() == 'sn_risk_advanced_automated_query_factor') {
result.prefix = errorMessages.queryFactorPrefix;
} else {
result.prefix = errorMessages.scriptedFactorPrefix;
if (gs.nil(result.resolution))
result.resolution = errorMessages.scriptedFactorResolution;
}
result.error = this._construnctErrorMessage(result.prefix, result.error, result.resolution, inputs);
result.score = '';
}
},
_construnctErrorMessage: function(prefix, error, resolution, inputs) {
var message = prefix + "\n\nError: " + error;
if (!gs.nil(inputs))
message += "\n\nInputs: " + JSON.stringify(inputs);
if (!gs.nil(resolution))
message += "\n\nResolution: " + resolution;
return message;
},
_canRunAutomatedFactors: function(response) {
return (response.factor.sys_class_name == 'sn_risk_advanced_automated_scripted_factor' || response.factor.sys_class_name == 'sn_risk_advanced_automated_query_factor') && (response.assessment_instance_id.state == '3' && response.assessment_instance_id.mitigating_controls_to_assess == false);
},
type: 'AutomatedFactorUtilsBase'
};Sys ID
a2503b72775300102a272f589a106114