use of verdict.vdm.vdm_data.GenericAttribute in project VERDICT by ge-high-assurance.
the class Vdm2Csv method preprocessCompImpls.
private void preprocessCompImpls(List<ComponentImpl> compImpls, String scenario, Map<String, HashSet<String>> propToConnections, Map<String, HashMap<String, String>> connectionAttributesMap, Map<String, String> compToCompImpl, Map<String, HashSet<String>> propToCompInsts, Map<String, HashMap<String, String>> compInstAttributesMap, Map<String, List<ConnectionEnd>> connectionDestToSourceMap) {
for (ComponentImpl compImpl : compImpls) {
if (compImpl.getBlockImpl() != null) {
// process connections
List<verdict.vdm.vdm_model.Connection> compConnections = compImpl.getBlockImpl().getConnection();
for (verdict.vdm.vdm_model.Connection compConnection1 : compConnections) {
// -- Get all property names associated with connections --> need it for headers in connections csv
// -- Create a property name to set of connections with that property mapping
List<GenericAttribute> connectionAttributes = compConnection1.getAttribute();
for (GenericAttribute connectionAttribute : connectionAttributes) {
if (propToConnections.containsKey(connectionAttribute.getName())) {
String PropName = connectionAttribute.getName();
HashSet<String> propToConnection = propToConnections.get(PropName);
propToConnection.add(compConnection1.getName());
propToConnections.replace(PropName, propToConnection);
} else {
HashSet<String> propToConnection = new HashSet<>();
propToConnection.add(compConnection1.getName());
propToConnections.put(connectionAttribute.getName(), propToConnection);
}
}
// -- Create a map of connections that have a data-port as destination rather than subcomponent.data-port
// this will be used for populating Missions Table
verdict.vdm.vdm_model.ConnectionEnd dest = compConnection1.getDestination();
if (dest.getComponentPort() != null) {
String destName = dest.getComponentPort().getName();
if (connectionDestToSourceMap.containsKey(destName)) {
List<ConnectionEnd> sources = connectionDestToSourceMap.get(destName);
sources.add(compConnection1.getSource());
connectionDestToSourceMap.replace(destName, sources);
} else {
List<ConnectionEnd> sources = new ArrayList<>();
sources.add(compConnection1.getSource());
connectionDestToSourceMap.put(destName, sources);
}
}
// --- Update connection attributes/properties map
HashMap<String, String> connAttributes = new HashMap<>();
List<GenericAttribute> connAttributesList = compConnection1.getAttribute();
for (GenericAttribute attr : connAttributesList) {
connAttributes.put(attr.getName(), attr.getValue().toString());
}
connectionAttributesMap.put(compConnection1.getName(), connAttributes);
}
// --process component instances
List<verdict.vdm.vdm_model.ComponentInstance> compInstances = compImpl.getBlockImpl().getSubcomponent();
for (verdict.vdm.vdm_model.ComponentInstance compInst : compInstances) {
List<GenericAttribute> compInstAttributesList = compInst.getAttribute();
HashMap<String, String> compInstAttributes = new HashMap<>();
for (GenericAttribute attr : compInstAttributesList) {
// --update attribute to attribute value mapping for each component attribute
compInstAttributes.put(attr.getName(), attr.getValue().toString());
// -- Create a property name to set of components with that property mapping
if (propToCompInsts.containsKey(attr.getName())) {
String PropName = attr.getName();
HashSet<String> propToCompInst = propToCompInsts.get(PropName);
propToCompInst.add(compInst.getId());
propToCompInsts.replace(PropName, propToCompInst);
} else {
HashSet<String> propToCompInst = new HashSet<>();
propToCompInst.add(compInst.getId());
propToCompInsts.put(attr.getName(), propToCompInst);
}
}
// Update component instances to attributes/properties map
compInstAttributesMap.put(compInst.getId(), compInstAttributes);
}
// -- Create component to component-implementation mapping
compToCompImpl.put(compImpl.getType().getName(), compImpl.getName());
}
}
}
use of verdict.vdm.vdm_data.GenericAttribute in project VERDICT by ge-high-assurance.
the class Instrumentor method softwareVirus.
// SV:
// - Select components c in the model M such that:
// c.ComponentType = 'Software' v c.ComponentType = 'Hybrid' & c.Manufacturer =
// 'ThirdParty'
// & \exists ch\in M. p\in InputPort(c). ch = p.channel & ch.Connectin-Type =
// Remote
@Override
public void softwareVirus(HashSet<ComponentType> vdm_components) {
try {
HashSet<String> components = new HashSet<String>();
HashSet<String> svComponentTypeSet = new HashSet<String>(Arrays.asList("software", "swhwhybrid", "swhumanhybrid", "hybrid"));
BlockImpl blockImpl = null;
for (ComponentImpl componentImpl : vdm_model.getComponentImpl()) {
blockImpl = componentImpl.getBlockImpl();
// BlockImpl
if (blockImpl != null) {
ComponentType componentType = componentImpl.getType();
for (ComponentInstance componentInstance : blockImpl.getSubcomponent()) {
componentType = componentInstance.getSpecification();
ComponentImpl subcomponentImpl = componentInstance.getImplementation();
// Option 1) Specification
if (componentType != null) {
} else // Option 2) Implementation
if (subcomponentImpl != null) {
componentType = subcomponentImpl.getType();
}
List<GenericAttribute> attributeList = componentInstance.getAttribute();
GenericAttribute componentKindAttribute = getAttributeByName(attributeList, "ComponentType", componentInstance.getName());
GenericAttribute staticCodeAnalysisAttribute = getAttributeByName(attributeList, "StaticCodeAnalysis", componentInstance.getName());
GenericAttribute inputValidationAttribute = getAttributeByName(attributeList, "InputValidation", componentInstance.getName());
GenericAttribute memoryProtectionAttribute = getAttributeByName(attributeList, "MemoryProtection", componentInstance.getName());
GenericAttribute secureBootAttribute = getAttributeByName(attributeList, "SecureBoot", componentInstance.getName());
String componentKind = componentKindAttribute.getValue().toString().toLowerCase();
int staticCodeAnalysis = Integer.parseInt(staticCodeAnalysisAttribute.getValue().toString());
int inputValidation = Integer.parseInt(inputValidationAttribute.getValue().toString());
int memoryProtection = Integer.parseInt(memoryProtectionAttribute.getValue().toString());
int secureBoot = Integer.parseInt(secureBootAttribute.getValue().toString());
if (svComponentTypeSet.contains(componentKind.toLowerCase()) && (staticCodeAnalysis == 0 || inputValidation == 0 || memoryProtection == 0 || secureBoot == 0)) {
Boolean hasEligibleIncomingChannels = false;
for (Port port : componentType.getPort()) {
PortMode mode = port.getMode();
if (mode == PortMode.IN) {
for (Connection connection : blockImpl.getConnection()) {
if (connection.getDestination().getSubcomponentPort() != null) {
if (connection.getDestination().getSubcomponentPort().getPort() == port) {
Boolean scInsideTrustedBoundary;
String scComponentKind;
String scPedigree;
int scStrongCryptoAlgorithms;
int scSupplyChainSecurity;
int scTamperProtection;
if (connection.getSource().getSubcomponentPort() != null) {
ComponentInstance sourceComponent = connection.getSource().getSubcomponentPort().getSubcomponent();
List<GenericAttribute> sourceComponentAttributeList = sourceComponent.getAttribute();
GenericAttribute sourceComponentInsideTrustedBoundaryAttribute = getAttributeByName(sourceComponentAttributeList, "InsideTrustedBoundary", sourceComponent.getName());
GenericAttribute sourceComponentComponentKindAttribute = getAttributeByName(sourceComponentAttributeList, "ComponentType", sourceComponent.getName());
GenericAttribute sourceComponentPedigreeAttribute = getAttributeByName(sourceComponentAttributeList, "Pedigree", sourceComponent.getName());
GenericAttribute sourceComponentStrongCryptoAlgorithmsAttribute = getAttributeByName(sourceComponentAttributeList, "StrongCryptoAlgorithms", sourceComponent.getName());
GenericAttribute sourceComponentSupplyChainSecurityAttribute = getAttributeByName(sourceComponentAttributeList, "SupplyChainSecurity", sourceComponent.getName());
GenericAttribute sourceComponentTamperProtectionAttribute = getAttributeByName(sourceComponentAttributeList, "TamperProtection", sourceComponent.getName());
scInsideTrustedBoundary = Boolean.parseBoolean(sourceComponentInsideTrustedBoundaryAttribute.getValue().toString());
scComponentKind = sourceComponentComponentKindAttribute.getValue().toString().toLowerCase();
scPedigree = sourceComponentPedigreeAttribute.getValue().toString().toLowerCase();
scStrongCryptoAlgorithms = Integer.parseInt(sourceComponentStrongCryptoAlgorithmsAttribute.getValue().toString());
scSupplyChainSecurity = Integer.parseInt(sourceComponentSupplyChainSecurityAttribute.getValue().toString());
scTamperProtection = Integer.parseInt(sourceComponentTamperProtectionAttribute.getValue().toString());
} else {
scInsideTrustedBoundary = true;
scComponentKind = "";
scPedigree = "";
scStrongCryptoAlgorithms = -1;
scSupplyChainSecurity = -1;
scTamperProtection = -1;
}
List<GenericAttribute> connectionAttributeList = connection.getAttribute();
GenericAttribute connectionTypeAttribute = getAttributeByName(connectionAttributeList, "ConnectionType", connection.getName());
GenericAttribute deviceAuthenticationAttribute = getAttributeByName(connectionAttributeList, "DeviceAuthentication", connection.getName());
GenericAttribute sessionAuthenticityAttribute = getAttributeByName(connectionAttributeList, "SessionAuthenticity", connection.getName());
String connectionType = connectionTypeAttribute.getValue().toString().toLowerCase();
int deviceAuthentication = Integer.parseInt(deviceAuthenticationAttribute.getValue().toString());
int sessionAuthenticity = Integer.parseInt(sessionAuthenticityAttribute.getValue().toString());
if ((!scInsideTrustedBoundary || connectionType.equalsIgnoreCase("untrusted")) && !scComponentKind.equalsIgnoreCase("hardware") && ((scPedigree.equalsIgnoreCase("cots") || (scPedigree.equalsIgnoreCase("sourced") && scSupplyChainSecurity == 0 && scTamperProtection == 0)) || ((deviceAuthentication == 0 && sessionAuthenticity == 0) || scStrongCryptoAlgorithms == 0))) {
hasEligibleIncomingChannels = true;
}
break;
}
}
}
}
if (hasEligibleIncomingChannels) {
break;
}
}
if (hasEligibleIncomingChannels) {
vdm_components.add(componentType);
components.add(componentType.getId());
}
}
}
}
}
this.attack_cmp_link_map.put("SV", components);
} catch (CRVException e) {
System.out.println("\tCRV Error " + e.getCode() + " " + e.getMessage());
}
}
use of verdict.vdm.vdm_data.GenericAttribute in project VERDICT by ge-high-assurance.
the class Instrumentor method networkInjection.
// NI:
// - Select all channels ch in the model M such that:
// ch.ConnectionType = Remote & ch.Connection-Encrypted = False &
// ch.Connection-Authentication = False
//
// - Select all channels ch in CH such that:
// (ch.start.insideTrustedBoundary = false and ch.connectionType = Remote)
// and ((ch.deviceAuthentication = 0 and ch.sessionAuthenticity = 0) or
// ch.start.strongCryptoAlgorithms = 0)
@Override
public void networkInjection(HashSet<Connection> vdm_links) {
try {
HashSet<String> links = new HashSet<String>();
BlockImpl blockImpl = null;
for (ComponentImpl componentImpl : vdm_model.getComponentImpl()) {
blockImpl = componentImpl.getBlockImpl();
// BlockImpl
if (blockImpl != null) {
// Selection channels (Authentication = OFF & DataEncrypted = OFF)
for (Connection connection : blockImpl.getConnection()) {
boolean insideTrustedBoundary;
int strongCryptoAlgorithms;
if (connection.getSource().getSubcomponentPort() != null) {
ComponentInstance sourceComponent = connection.getSource().getSubcomponentPort().getSubcomponent();
List<GenericAttribute> sourceComponentAttributeList = sourceComponent.getAttribute();
GenericAttribute insideTrustedBoundaryAttribute = getAttributeByName(sourceComponentAttributeList, "InsideTrustedBoundary", sourceComponent.getName());
GenericAttribute strongCryptoAlgorithmsAttribute = getAttributeByName(sourceComponentAttributeList, "StrongCryptoAlgorithms", sourceComponent.getName());
insideTrustedBoundary = Boolean.parseBoolean(insideTrustedBoundaryAttribute.getValue().toString());
strongCryptoAlgorithms = Integer.parseInt(strongCryptoAlgorithmsAttribute.getValue().toString());
} else {
insideTrustedBoundary = true;
strongCryptoAlgorithms = 1;
}
List<GenericAttribute> connectionAttributeList = connection.getAttribute();
GenericAttribute connectionTypeAttribute = getAttributeByName(connectionAttributeList, "ConnectionType", connection.getName());
GenericAttribute deviceAuthenticationAttribute = getAttributeByName(connectionAttributeList, "DeviceAuthentication", connection.getName());
GenericAttribute sessionAuthenticityAttribute = getAttributeByName(connectionAttributeList, "SessionAuthenticity", connection.getName());
String connectionType = connectionTypeAttribute.getValue().toString().toLowerCase();
int deviceAuthentication = Integer.parseInt(deviceAuthenticationAttribute.getValue().toString());
int sessionAuthenticity = Integer.parseInt(sessionAuthenticityAttribute.getValue().toString());
if ((!insideTrustedBoundary || connectionType.equalsIgnoreCase("untrusted")) && ((deviceAuthentication == 0 && sessionAuthenticity == 0) || strongCryptoAlgorithms == 0)) {
vdm_links.add(connection);
links.add(connection.getName());
}
}
}
}
for (Connection con : vdm_links) {
if (!isProbePort(con)) {
links.addAll(get_ports(con));
}
}
this.attack_cmp_link_map.put("NI", links);
} catch (CRVException e) {
System.out.println("\tCRV Error " + e.getCode() + " " + e.getMessage());
}
}
use of verdict.vdm.vdm_data.GenericAttribute in project VERDICT by ge-high-assurance.
the class Instrumentor method outsiderThreat.
// OT
// - Select all components c in C such that:
// c.componentType is in {Human, SwHumanHybrid, Hybrid, HwHumanHybrid}
// and c.insideTrustBoundary = false and c.physicalAccessControl = 0
// and (c.logging = 0 and (c.systemAccessControl = 0 and c.userAuthentication = 0))
@Override
public void outsiderThreat(HashSet<ComponentType> vdm_components) {
try {
HashSet<String> components = new HashSet<String>();
HashSet<String> otComponentTypeSet = new HashSet<String>(Arrays.asList("human", "swhumanhybrid", "hwhumanhybrid", "hybrid"));
BlockImpl blockImpl = null;
for (ComponentImpl componentImpl : vdm_model.getComponentImpl()) {
blockImpl = componentImpl.getBlockImpl();
// BlockImpl
if (blockImpl != null) {
ComponentType componentType = componentImpl.getType();
for (ComponentInstance componentInstance : blockImpl.getSubcomponent()) {
componentType = getType(componentInstance);
List<GenericAttribute> attributeList = componentInstance.getAttribute();
GenericAttribute componentKindAttribute = getAttributeByName(attributeList, "ComponentType", componentInstance.getName());
GenericAttribute insideTrustedBoundaryAttribute = getAttributeByName(attributeList, "InsideTrustedBoundary", componentInstance.getName());
GenericAttribute physicalAccessControlAttribute = getAttributeByName(attributeList, "PhysicalAccessControl", componentInstance.getName());
GenericAttribute loggingAttribute = getAttributeByName(attributeList, "Logging", componentInstance.getName());
GenericAttribute systemAccessControlAttribute = getAttributeByName(attributeList, "SystemAccessControl", componentInstance.getName());
GenericAttribute userAuthenticationAttribute = getAttributeByName(attributeList, "UserAuthentication", componentInstance.getName());
String componentKind = componentKindAttribute.getValue().toString().toLowerCase();
Boolean insideTrustedBoundary = Boolean.parseBoolean(insideTrustedBoundaryAttribute.getValue().toString());
int physicalAccessControl = Integer.parseInt(physicalAccessControlAttribute.getValue().toString());
int logging = Integer.parseInt(loggingAttribute.getValue().toString());
int systemAccessControl = Integer.parseInt(systemAccessControlAttribute.getValue().toString());
int userAuthentication = Integer.parseInt(userAuthenticationAttribute.getValue().toString());
if (otComponentTypeSet.contains(componentKind) && !insideTrustedBoundary && physicalAccessControl == 0 && (logging == 0 && (systemAccessControl == 0 || userAuthentication == 0))) {
// Store component
vdm_components.add(componentType);
components.add(componentType.getId());
// instrument_component(componentType, blockImpl);
}
}
}
}
this.attack_cmp_link_map.put("OT", components);
} catch (CRVException e) {
System.out.println("\tCRV Error " + e.getCode() + " " + e.getMessage());
}
}
use of verdict.vdm.vdm_data.GenericAttribute in project VERDICT by ge-high-assurance.
the class Instrumentor method locationSpoofing.
// LS:
// - Select all components c in C such that:
// c.category = GPS or c.category = IMU or c.category = LIDAR or c.category = LOCATION_DEVICE
@Override
public void locationSpoofing(HashSet<ComponentType> vdm_components) {
try {
HashSet<String> components = new HashSet<String>();
HashSet<String> locIdentificationDeviceSet = new HashSet<String>(Arrays.asList("gps", "dme_vor", "iru", "lidar", "imu"));
BlockImpl blockImpl = null;
for (ComponentImpl componentImpl : vdm_model.getComponentImpl()) {
blockImpl = componentImpl.getBlockImpl();
// BlockImpl
if (blockImpl != null) {
ComponentType componentType = componentImpl.getType();
for (ComponentInstance componentInstance : blockImpl.getSubcomponent()) {
componentType = componentInstance.getSpecification();
ComponentImpl subcomponentImpl = componentInstance.getImplementation();
// Option 1) Specification
if (componentType != null) {
} else // Option 2) Implementation
if (subcomponentImpl != null) {
componentType = subcomponentImpl.getType();
}
List<GenericAttribute> attributeList = componentInstance.getAttribute();
GenericAttribute componentCategoryAttribute = getAttributeByName(attributeList, "Category", componentInstance.getName());
String componentCategory = componentCategoryAttribute.getValue().toString();
if (locIdentificationDeviceSet.contains(componentCategory.toLowerCase())) {
vdm_components.add(componentType);
components.add(componentType.getId());
}
}
}
}
this.attack_cmp_link_map.put("LS", components);
} catch (CRVException e) {
System.out.println("\tCRV Error " + e.getCode() + " " + e.getMessage());
}
}
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