Examples with Action com.hp.oo.sdk.content.annotations.Action used on opensource projects

Example 66 with Action

use of com.hp.oo.sdk.content.annotations.Action in project cs-actions by CloudSlang.

the class GetVMDetails method execute.

@Action(name = GET_VM_DETAILS_OPERATION_NAME, description = GET_VM_DETAILS_OPERATION_DESC, outputs = { @Output(value = RETURN_RESULT, description = RETURN_RESULT_DESC), @Output(value = EXCEPTION, description = EXCEPTION_DESC), @Output(value = STATUS_CODE, description = STATUS_CODE_DESC), @Output(value = VM_NAME, description = VM_NAME_DESC), @Output(value = IP_ADDRESS, description = IP_ADDRESS_DESC), @Output(value = MAC_ADDRESS, description = MAC_ADDRESS_DESC), @Output(value = POWER_STATE, description = POWER_STATE_DESC), @Output(value = VM_DISK_UUID, description = VM_DISK_UUID_DESC), @Output(value = STORAGE_CONTAINER_UUID, description = STORAGE_CONTAINER_UUID_DESC), @Output(value = VM_LOGICAL_TIMESTAMP, description = VM_LOGICAL_TIMESTAMP_DESC), @Output(value = HOST_UUIDS, description = HOST_UUIDS_DESC) }, responses = { @Response(text = SUCCESS, field = RETURN_CODE, value = ReturnCodes.SUCCESS, matchType = COMPARE_EQUAL, responseType = RESOLVED, description = SUCCESS_DESC), @Response(text = FAILURE, field = RETURN_CODE, value = ReturnCodes.FAILURE, matchType = COMPARE_EQUAL, responseType = ERROR, description = FAILURE_DESC) })
public Map<String, String> execute(@Param(value = HOSTNAME, required = true, description = HOSTNAME_DESC) String hostname, @Param(value = PORT, description = PORT_DESC) String port, @Param(value = USERNAME, required = true, description = USERNAME_DESC) String username, @Param(value = PASSWORD, encrypted = true, required = true, description = PASSWORD_DESC) String password, @Param(value = VM_UUID, required = true, description = VM_UUID_DESC) String vmUUID, @Param(value = INCLUDE_VM_DISK_CONFIG_INFO, description = INCLUDE_VM_DISK_CONFIG_INFO_DESC) String includeVMDiskConfigInfo, @Param(value = INCLUDE_VM_NIC_CONFIG_INFO, description = INCLUDE_VM_NIC_CONFIG_INFO_DESC) String includeVMNicConfigInfo, @Param(value = API_VERSION, description = API_VERSION_DESC) String apiVersion, @Param(value = PROXY_HOST, description = PROXY_HOST_DESC) String proxyHost, @Param(value = PROXY_PORT, description = PROXY_PORT_DESC) String proxyPort, @Param(value = PROXY_USERNAME, description = PROXY_USERNAME_DESC) String proxyUsername, @Param(value = PROXY_PASSWORD, encrypted = true, description = PROXY_PASSWORD_DESC) String proxyPassword, @Param(value = TRUST_ALL_ROOTS, description = TRUST_ALL_ROOTS_DESC) String trustAllRoots, @Param(value = X509_HOSTNAME_VERIFIER, description = X509_DESC) String x509HostnameVerifier, @Param(value = TRUST_KEYSTORE, description = TRUST_KEYSTORE_DESC) String trustKeystore, @Param(value = TRUST_PASSWORD, encrypted = true, description = TRUST_PASSWORD_DESC) String trustPassword, @Param(value = CONNECT_TIMEOUT, description = CONNECT_TIMEOUT_DESC) String connectTimeout, @Param(value = SOCKET_TIMEOUT, description = SOCKET_TIMEOUT_DESC) String socketTimeout, @Param(value = KEEP_ALIVE, description = KEEP_ALIVE_DESC) String keepAlive, @Param(value = CONNECTIONS_MAX_PER_ROUTE, description = CONN_MAX_ROUTE_DESC) String connectionsMaxPerRoute, @Param(value = CONNECTIONS_MAX_TOTAL, description = CONN_MAX_TOTAL_DESC) String connectionsMaxTotal) {
    port = defaultIfEmpty(port, DEFAULT_NUTANIX_PORT);
    apiVersion = defaultIfEmpty(apiVersion, DEFAULT_API_VERSION);
    proxyHost = defaultIfEmpty(proxyHost, EMPTY);
    proxyPort = defaultIfEmpty(proxyPort, DEFAULT_PROXY_PORT);
    proxyUsername = defaultIfEmpty(proxyUsername, EMPTY);
    proxyPassword = defaultIfEmpty(proxyPassword, EMPTY);
    trustAllRoots = defaultIfEmpty(trustAllRoots, BOOLEAN_FALSE);
    includeVMDiskConfigInfo = defaultIfEmpty(includeVMDiskConfigInfo, BOOLEAN_TRUE);
    includeVMNicConfigInfo = defaultIfEmpty(includeVMNicConfigInfo, BOOLEAN_TRUE);
    x509HostnameVerifier = defaultIfEmpty(x509HostnameVerifier, STRICT);
    trustKeystore = defaultIfEmpty(trustKeystore, DEFAULT_JAVA_KEYSTORE);
    trustPassword = defaultIfEmpty(trustPassword, CHANGEIT);
    connectTimeout = defaultIfEmpty(connectTimeout, CONNECT_TIMEOUT_CONST);
    socketTimeout = defaultIfEmpty(socketTimeout, ZERO);
    keepAlive = defaultIfEmpty(keepAlive, BOOLEAN_TRUE);
    connectionsMaxPerRoute = defaultIfEmpty(connectionsMaxPerRoute, CONNECTIONS_MAX_PER_ROUTE_CONST);
    connectionsMaxTotal = defaultIfEmpty(connectionsMaxTotal, CONNECTIONS_MAX_TOTAL_CONST);
    final List<String> exceptionMessage = verifyCommonInputs(proxyPort, trustAllRoots, connectTimeout, socketTimeout, keepAlive, connectionsMaxPerRoute, connectionsMaxTotal);
    if (!exceptionMessage.isEmpty()) {
        return getFailureResultsMap(StringUtilities.join(exceptionMessage, NEW_LINE));
    }
    try {
        final Map<String, String> result = getVMDetails(NutanixGetVMDetailsInputs.builder().vmUUID(vmUUID).includeVMDiskConfigInfo(includeVMDiskConfigInfo).includeVMNicConfigInfo(includeVMNicConfigInfo).commonInputs(NutanixCommonInputs.builder().hostname(hostname).port(port).username(username).password(password).apiVersion(apiVersion).proxyHost(proxyHost).proxyPort(proxyPort).proxyUsername(proxyUsername).proxyPassword(proxyPassword).trustAllRoots(trustAllRoots).x509HostnameVerifier(x509HostnameVerifier).trustKeystore(trustKeystore).trustPassword(trustPassword).connectTimeout(connectTimeout).socketTimeout(socketTimeout).keepAlive(keepAlive).connectionsMaxPerRoot(connectionsMaxPerRoute).connectionsMaxTotal(connectionsMaxTotal).build()).build());
        final String returnMessage = result.get(RETURN_RESULT);
        final Map<String, String> results = getOperationResults(result, returnMessage, returnMessage, returnMessage);
        final int statusCode = Integer.parseInt(result.get(STATUS_CODE));
        if (statusCode >= 200 && statusCode < 300) {
            final String vmName = JsonPath.read(returnMessage, VM_NAME_PATH);
            Configuration configuration = Configuration.defaultConfiguration().addOptions(Option.DEFAULT_PATH_LEAF_TO_NULL);
            final List<String> ipAddressList = (JsonPath.using(configuration).parse(returnMessage).read(IP_ADDRESS_PATH));
            if (!ipAddressList.isEmpty()) {
                final String ipAddressString = join(ipAddressList.toArray(), DELIMITER);
                results.put(IP_ADDRESS, ipAddressString);
            } else {
                results.put(IP_ADDRESS, EMPTY);
            }
            final List<String> MACAddressList = (JsonPath.using(configuration).parse(returnMessage).read(MAC_ADDRESS_PATH));
            final String powerState = JsonPath.read(returnMessage, POWER_STATE_PATH);
            final List<String> vmDiskUUID = JsonPath.read(returnMessage, VM_DISK_UUID_PATH);
            final List<String> storageContainerUUID = JsonPath.read(returnMessage, STORAGE_CONTAINER_UUID_PATH);
            final String vmLogicalTimestamp = JsonPath.read(returnMessage, VM_LOGICAL_TIMESTAMP_PATH).toString();
            final String MACAddressString = join(MACAddressList.toArray(), DELIMITER);
            results.put(MAC_ADDRESS, MACAddressString);
            results.put(VM_NAME, vmName);
            results.put(POWER_STATE, powerState);
            final String vmDiskUUIDString = join(vmDiskUUID.toArray(), DELIMITER);
            results.put(VM_DISK_UUID, vmDiskUUIDString);
            final String storageContainerUUIDString = join(storageContainerUUID.toArray(), DELIMITER);
            results.put(STORAGE_CONTAINER_UUID, storageContainerUUIDString);
            results.put(VM_LOGICAL_TIMESTAMP, vmLogicalTimestamp);
            final LinkedHashMap<String, String> affinity = (JsonPath.using(configuration).parse(returnMessage).read(AFFINITY_PATH));
            if (affinity != null) {
                final List<String> hostUUIDList = (JsonPath.using(configuration).parse(returnMessage).read(HOST_UUID_PATH));
                final String hostUUIDString = join(hostUUIDList.toArray(), DELIMITER);
                results.put(HOST_UUIDS, hostUUIDString);
            } else {
                results.put(HOST_UUIDS, EMPTY);
            }
        } else {
            return getFailureResults(hostname, statusCode, returnMessage, returnMessage);
        }
        return results;
    } catch (Exception exception) {
        return getFailureResultsMap(exception);
    }
}

Example 67 with Action

use of com.hp.oo.sdk.content.annotations.Action in project cs-actions by CloudSlang.

the class DeleteHostGroup method deleteHostGroup.

/**
 * @param host          VMware host or IP.
 *                      Example: "vc6.subdomain.example.com"
 * @param port          optional - the port to connect through.
 *                      Default Value: "443"
 *                      Examples: "443", "80"
 * @param protocol      optional - The connection protocol.
 *                      Default Value: "https"
 *                      Valid Values: "http", "https"
 * @param username      The VMware username used to connect.
 * @param password      The password associated with "username" input.
 * @param trustEveryone optional - If "true" will allow connections from any host, if "false" the connection will be allowed only using a valid vCenter certificate. Check the: https://pubs.vmware.com/vsphere-50/index.jsp?topic=%2Fcom.vmware.wssdk.dsg.doc_50%2Fsdk_java_development.4.3.html to see how to import a certificate into Java Keystore and https://pubs.vmware.com/vsphere-50/index.jsp?topic=%2Fcom.vmware.wssdk.dsg.doc_50%2Fsdk_sg_server_certificate_Appendix.6.4.html to see how to obtain a valid vCenter certificate
 *                      Default Value: "true"
 * @param closeSession  Whether to use the flow session context to cache the Connection to the host or not. If set to
 *                      "false" it will close and remove any connection from the session context, otherwise the Connection
 *                      will be kept alive and not removed.
 *                      Valid values: "true", "false"
 *                      Default value: "true"
 * @param clusterName   The name of the cluster from which the host group will be deleted.
 * @param hostGroupName The name of the host group that will be deleted.
 * @return
 */
@Action(name = "Delete DRS Host Group", outputs = { @Output(Outputs.RETURN_CODE), @Output(Outputs.RETURN_RESULT), @Output(Outputs.EXCEPTION) }, responses = { @Response(text = Outputs.SUCCESS, field = Outputs.RETURN_CODE, value = Outputs.RETURN_CODE_SUCCESS, matchType = MatchType.COMPARE_EQUAL, responseType = ResponseType.RESOLVED), @Response(text = Outputs.FAILURE, field = Outputs.RETURN_CODE, value = Outputs.RETURN_CODE_FAILURE, matchType = MatchType.COMPARE_EQUAL, responseType = ResponseType.ERROR, isOnFail = true) })
public Map<String, String> deleteHostGroup(@Param(value = HOST, required = true) String host, @Param(value = PORT) String port, @Param(value = PROTOCOL) String protocol, @Param(value = USERNAME, required = true) String username, @Param(value = PASSWORD, encrypted = true) String password, @Param(value = TRUST_EVERYONE) String trustEveryone, @Param(value = CLOSE_SESSION) String closeSession, @Param(value = HOST_GROUP_NAME, required = true) String hostGroupName, @Param(value = CLUSTER_NAME, required = true) String clusterName, @Param(value = VMWARE_GLOBAL_SESSION_OBJECT) GlobalSessionObject<Map<String, Connection>> globalSessionObject) {
    try {
        final HttpInputs httpInputs = new HttpInputs.HttpInputsBuilder().withHost(host).withPort(port).withProtocol(protocol).withUsername(username).withPassword(password).withTrustEveryone(defaultIfEmpty(trustEveryone, FALSE)).withCloseSession(defaultIfEmpty(closeSession, TRUE)).withGlobalSessionObject(globalSessionObject).build();
        VmInputs vmInputs = new VmInputs.VmInputsBuilder().withClusterName(clusterName).withHostGroupName(hostGroupName).build();
        return new ClusterComputeResourceService().deleteHostGroup(httpInputs, vmInputs);
    } catch (Exception ex) {
        return OutputUtilities.getFailureResultsMap(ex);
    }
}

Example 68 with Action

use of com.hp.oo.sdk.content.annotations.Action in project cs-actions by CloudSlang.

the class DeleteVmGroup method deleteVmGroup.

/**
 * @param host          VMware host or IP.
 *                      Example: "vc6.subdomain.example.com"
 * @param port          optional - the port to connect through.
 *                      Default Value: "443"
 *                      Examples: "443", "80"
 * @param protocol      optional - The connection protocol.
 *                      Default Value: "https"
 *                      Valid Values: "http", "https"
 * @param username      The VMware username used to connect.
 * @param password      The password associated with "username" input.
 * @param trustEveryone optional - If "true" will allow connections from any host, if "false" the connection will be allowed only using a valid vCenter certificate. Check the: https://pubs.vmware.com/vsphere-50/index.jsp?topic=%2Fcom.vmware.wssdk.dsg.doc_50%2Fsdk_java_development.4.3.html to see how to import a certificate into Java Keystore and https://pubs.vmware.com/vsphere-50/index.jsp?topic=%2Fcom.vmware.wssdk.dsg.doc_50%2Fsdk_sg_server_certificate_Appendix.6.4.html to see how to obtain a valid vCenter certificate
 *                      Default Value: "true"
 * @param closeSession  Whether to use the flow session context to cache the Connection to the host or not. If set to
 *                      "false" it will close and remove any connection from the session context, otherwise the Connection
 *                      will be kept alive and not removed.
 *                      Valid values: "true", "false"
 *                      Default value: "true"
 * @param clusterName   The name of the cluster from which the VM group will be deleted.
 * @param vmGroupName   The name of the VM group that will be deleted.
 * @return
 */
@Action(name = "Delete DRS VM Group", outputs = { @Output(Outputs.RETURN_CODE), @Output(Outputs.RETURN_RESULT), @Output(Outputs.EXCEPTION) }, responses = { @Response(text = Outputs.SUCCESS, field = Outputs.RETURN_CODE, value = Outputs.RETURN_CODE_SUCCESS, matchType = MatchType.COMPARE_EQUAL, responseType = ResponseType.RESOLVED), @Response(text = Outputs.FAILURE, field = Outputs.RETURN_CODE, value = Outputs.RETURN_CODE_FAILURE, matchType = MatchType.COMPARE_EQUAL, responseType = ResponseType.ERROR, isOnFail = true) })
public Map<String, String> deleteVmGroup(@Param(value = HOST, required = true) String host, @Param(value = PORT) String port, @Param(value = PROTOCOL) String protocol, @Param(value = USERNAME, required = true) String username, @Param(value = PASSWORD, encrypted = true) String password, @Param(value = TRUST_EVERYONE) String trustEveryone, @Param(value = CLOSE_SESSION) String closeSession, @Param(value = VM_GROUP_NAME, required = true) String vmGroupName, @Param(value = CLUSTER_NAME, required = true) String clusterName, @Param(value = VMWARE_GLOBAL_SESSION_OBJECT) GlobalSessionObject<Map<String, Connection>> globalSessionObject) {
    try {
        final HttpInputs httpInputs = new HttpInputs.HttpInputsBuilder().withHost(host).withPort(port).withProtocol(protocol).withUsername(username).withPassword(password).withTrustEveryone(defaultIfEmpty(trustEveryone, FALSE)).withCloseSession(defaultIfEmpty(closeSession, TRUE)).withGlobalSessionObject(globalSessionObject).build();
        final VmInputs vmInputs = new VmInputs.VmInputsBuilder().withClusterName(clusterName).withVmGroupName(vmGroupName).build();
        return new ClusterComputeResourceService().deleteVmGroup(httpInputs, vmInputs);
    } catch (Exception ex) {
        return OutputUtilities.getFailureResultsMap(ex);
    }
}

Example 69 with Action

use of com.hp.oo.sdk.content.annotations.Action in project cs-actions by CloudSlang.

the class GetVmOverrides method getVmOverrides.

/**
 * @param host               VMware host or IP.
 *                           Example: "vc6.subdomain.example.com"
 * @param port               optional - The port to connect through.
 *                           Default Value: "443"
 *                           Examples: "443", "80"
 * @param protocol           optional - The connection protocol.
 *                           Default Value: "https"
 *                           Valid Values: "http", "https"
 * @param username           The VMware username used to connect.
 * @param password           The password associated with "username" input.
 * @param trustEveryone      optional - If "true" will allow connections from any host, if "false" the connection
 *                           will be allowed only using a valid vCenter certificate.
 *                           Default Value: "false"
 * @param closeSession       Whether to use the flow session context to cache the Connection to the host or not. If set to
 *                           "false" it will close and remove any connection from the session context, otherwise the Connection
 *                           will be kept alive and not removed.
 *                           Valid values: "true", "false"
 *                           Default value: "true"
 * @param hostname           The name of the target host to be queried to retrieve the supported guest OSes
 *                           Example: "host123.subdomain.example.com"
 * @param virtualMachineName optional - The name of the virtual machine for which the override will be created. This input
 *                           is mutually exclusive with virtualMachineId.
 * @param virtualMachineId   optional - The id of the virtual machine for which the override will be created. This input is
 *                           mutually exclusive with virtualMachineName.
 *                           Example: "vm-1230"
 * @param clusterName        The name of the cluster.
 * @return A map containing the output of the operation. Keys present in the map are:
 * <br><b>returnResult</b>      The primary output.
 * <br><b>returnCode</b>        The return code of the operation. 0 if the operation goes to success, -1 if the
 * operation goes to failure.
 * <br><b>exception</b>         The exception message if the operation goes to failure.
 */
@Action(name = "Get VM Overrides Priority", outputs = { @Output(Outputs.RETURN_CODE), @Output(Outputs.RETURN_RESULT), @Output(Outputs.EXCEPTION) }, responses = { @Response(text = Outputs.SUCCESS, field = Outputs.RETURN_CODE, value = Outputs.RETURN_CODE_SUCCESS, matchType = MatchType.COMPARE_EQUAL, responseType = ResponseType.RESOLVED), @Response(text = Outputs.FAILURE, field = Outputs.RETURN_CODE, value = Outputs.RETURN_CODE_FAILURE, matchType = MatchType.COMPARE_EQUAL, responseType = ResponseType.ERROR, isOnFail = true) })
public Map<String, String> getVmOverrides(@Param(value = HOST, required = true) String host, @Param(value = PORT) String port, @Param(value = PROTOCOL) String protocol, @Param(value = USERNAME, required = true) String username, @Param(value = PASSWORD, encrypted = true, required = true) String password, @Param(value = TRUST_EVERYONE) String trustEveryone, @Param(value = CLOSE_SESSION) String closeSession, @Param(value = HOSTNAME, required = true) String hostname, @Param(value = VM_NAME) String virtualMachineName, @Param(value = VM_ID) String virtualMachineId, @Param(value = CLUSTER_NAME, required = true) String clusterName, @Param(value = VMWARE_GLOBAL_SESSION_OBJECT) GlobalSessionObject<Map<String, Connection>> globalSessionObject) {
    try {
        final HttpInputs httpInputs = new HttpInputs.HttpInputsBuilder().withHost(host).withPort(port).withProtocol(protocol).withUsername(username).withPassword(password).withTrustEveryone(defaultIfEmpty(trustEveryone, FALSE)).withCloseSession(defaultIfEmpty(closeSession, TRUE)).withGlobalSessionObject(globalSessionObject).build();
        InputUtils.checkOptionalMutuallyExclusiveInputs(virtualMachineName, virtualMachineId, PROVIDE_VM_NAME_OR_ID_OR_NONE);
        final VmInputs vmInputs = new VmInputs.VmInputsBuilder().withClusterName(clusterName).withHostname(hostname).withVirtualMachineName(virtualMachineName).withVirtualMachineId(virtualMachineId).build();
        return OutputUtilities.getSuccessResultsMap(new ClusterComputeResourceService().getVmOverride(httpInputs, vmInputs));
    } catch (Exception ex) {
        return OutputUtilities.getFailureResultsMap(ex);
    }
}

Example 70 with Action

use of com.hp.oo.sdk.content.annotations.Action in project cs-actions by CloudSlang.

the class DeployOvfTemplateAction method deployTemplate.

/**
 * @param host             VMware host or IP - Example: "vc6.subdomain.example.com"
 * @param username         The VMware username use to connect
 * @param password         The password associated with "username" input
 * @param port             optional - the port to connect through - Examples: "443", "80" - Default: "443"
 * @param protocol         optional - the connection protocol - Valid: "http", "https" - Default: "https"
 * @param trustEveryone    optional - if "true" will allow connections from any host, if "false" the connection will
 *                         be allowed only using a valid vCenter certificate - Default: "true"
 *                         Check the: https://pubs.vmware.com/vsphere-50/index.jsp?topic=%2Fcom.vmware.wssdk.dsg.doc_50%2Fsdk_java_development.4.3.html
 *                         to see how to import a certificate into Java Keystore and
 *                         https://pubs.vmware.com/vsphere-50/index.jsp?topic=%2Fcom.vmware.wssdk.dsg.doc_50%2Fsdk_sg_server_certificate_Appendix.6.4.html
 *                         to see how to obtain a valid vCenter certificate
 * @param closeSession     Whether to use the flow session context to cache the Connection to the host or not. If set to
 *                         "false" it will close and remove any connection from the session context, otherwise the Connection
 *                         will be kept alive and not removed.
 *                         Valid values: "true", "false"
 *                         Default value: "true"
 * @param path             Path to the .ovf or .ova file on the RAS filesystem or network to import.
 * @param name             Name of the newly deployed virtual machine.
 * @param datacenter       Datacenter of the host system or cluster.
 * @param dataStore        Name of dataStore to store the new virtual machine.
 *                         - Example: "datastore2-vc6-1"
 * @param hostname         The name of the target host.
 *                         - Example: "host123.subdomain.example.com"
 * @param clusterName      The cluster name on which the template will be deployed.
 * @param resourcePool     The resource pool name on the specified cluster.  If not provided then the
 *                         parent resource pool be will be used
 * @param vmFolder         Virtual machine's inventory folder name. This input is case sensitive.
 * @param diskProvisioning Represents types of disk provisioning that can be set for the disk in the deployed OVF package.
 *                         - Valid values:  monolithicSparse, monolithicFlat, twoGbMaxExtentSparse, twoGbMaxExtentFlat, thin, thick, sparse, flat
 * @param ipProtocol       Specifies how the guest software gets configured with IP addresses.
 *                         - Valid values: IPv4, IPv6
 * @param ipAllocScheme    The deployer / operator of a vApp, specifies what IP allocation policy should be used:
 *                         - Valid values:
 *                         dhcpPolicy - Specifies that DHCP must be used to allocate IP addresses to the vApp.
 *                         fixedPolicy - The IP addresses are allocated when the vApp is deployed and
 *                         will be kept with the server as long as it is deployed.
 *                         transientPolicy - The IP addresses are allocated when needed, typically
 *                         at power-on, and deallocated during power-off.
 * @param localeLang       The locale language in which to process the OVF. If you do not specify a value for this input,
 *                         the default locale language of the system will be used.
 * @param localeCountry    The locale country in which to process the OVF. If you do not specify a value for this input,
 *                         the default locale country of the system will be used.
 * @param ovfNetworkJS     A JSON array of network in the ovf template to be mapped to vm port groups. The netPortGroupJS input will
 *                         be a complimentary array that defined the target port groups for these networks.
 *                         - Example: ["Network 1","Network 2"].
 * @param netPortGroupJS   A JSON array of port groups that the ovf networks in the template will attach to.  The ovfNetworkJS input
 *                         defined the source networks in the ovf template for these portgroups.
 *                         - Example: ["VM Network", "dvPortGroup"].
 *                         Including the example from ovfNetworkJS input, "Network 1" will be mapped to "VM Network" and
 *                         "Network 2" will be mapped to "dvPortGroup".
 * @param ovfPropKeyJS     A JSON array of property names to be configured during import of the ovf template.
 *                         - Example: ["vami.ip0.vmName","vami.ip1.vmName"]
 * @param ovfPropValueJS   A JSON array of property values respective to the property names defined in ovfPropKeyJS to be applied
 *                         during import of the ovf template.
 *                         - Example: ["10.10.10.10","10.20.30.40"].
 *                         Including the example from ovfPropKeyJS input, property "vami.ip0.vmName" will have value
 *                         "10.10.10.10" and "vami.ip1.vmName" will have value "10.20.30.40".
 * @param parallel         If the ovf template has multiple .vmdk files, should they be uploaded in parallel?
 *                         If true, all .vmdk files will be uploaded using separate threads.
 *                         If false, .vmdk files will be uploaded individually.  Depending on the performance characteristics
 *                         of the network between the host and the RAS and the RAS system storage, parallel upload will be faster.
 * @return
 */
@Action(name = "Deploy OVF Template", outputs = { @Output(Outputs.RETURN_CODE), @Output(Outputs.RETURN_RESULT), @Output(Outputs.EXCEPTION) }, responses = { @Response(text = Outputs.SUCCESS, field = Outputs.RETURN_CODE, value = Outputs.RETURN_CODE_SUCCESS, matchType = MatchType.COMPARE_EQUAL, responseType = ResponseType.RESOLVED), @Response(text = Outputs.FAILURE, field = Outputs.RETURN_CODE, value = Outputs.RETURN_CODE_FAILURE, matchType = MatchType.COMPARE_EQUAL, responseType = ResponseType.ERROR, isOnFail = true) })
public Map<String, String> deployTemplate(@Param(value = HOST, required = true) String host, @Param(value = USERNAME) String username, @Param(value = PASSWORD, encrypted = true, required = true) String password, @Param(value = PORT) String port, @Param(value = PROTOCOL) String protocol, @Param(value = TRUST_EVERYONE) String trustEveryone, @Param(value = CLOSE_SESSION) String closeSession, @Param(value = PATH, required = true) String path, @Param(value = NAME, required = true) String name, @Param(value = DATACENTER, required = true) String datacenter, @Param(value = DATA_STORE, required = true) String dataStore, @Param(value = HOSTNAME, required = true) String hostname, @Param(value = CLUSTER_NAME) String clusterName, @Param(value = RESOURCE_POOL) String resourcePool, @Param(value = VM_FOLDER) String vmFolder, @Param(value = DISK_PROVISIONING) String diskProvisioning, @Param(value = IP_PROTOCOL) String ipProtocol, @Param(value = IP_ALLOC_SCHEME) String ipAllocScheme, @Param(value = LOCALE_LANG) String localeLang, @Param(value = LOCALE_COUNTRY) String localeCountry, @Param(value = OVF_NETWORK_JS) String ovfNetworkJS, @Param(value = NET_PORT_GROUP_JS) String netPortGroupJS, @Param(value = OVF_PROP_KEY_JS) String ovfPropKeyJS, @Param(value = OVF_PROP_VALUE_JS) String ovfPropValueJS, @Param(value = PARALLEL) String parallel, @Param(value = VMWARE_GLOBAL_SESSION_OBJECT) GlobalSessionObject<Map<String, Connection>> globalSessionObject) {
    try {
        final Locale locale = InputUtils.getLocale(localeLang, localeCountry);
        final HttpInputs httpInputs = new HttpInputs.HttpInputsBuilder().withHost(host).withPort(port).withProtocol(protocol).withUsername(username).withPassword(password).withTrustEveryone(defaultIfEmpty(trustEveryone, FALSE)).withCloseSession(defaultIfEmpty(closeSession, TRUE)).withGlobalSessionObject(globalSessionObject).build();
        final VmInputs vmInputs = new VmInputs.VmInputsBuilder().withHostname(hostname).withVirtualMachineName(name).withDataCenterName(datacenter).withDataStore(dataStore).withCloneDataStore(dataStore).withFolderName(vmFolder).withLocale(locale).withClusterName(clusterName).withResourcePool(resourcePool).withIpProtocol(ipProtocol).withIpAllocScheme(ipAllocScheme).withDiskProvisioning(diskProvisioning).build();
        final Map<String, String> ovfNetworkMappings = OvfUtils.getOvfMappings(ovfNetworkJS, netPortGroupJS);
        final Map<String, String> ovfPropertyMappings = OvfUtils.getOvfMappings(ovfPropKeyJS, ovfPropValueJS);
        new DeployOvfTemplateService(InputUtils.getBooleanInput(parallel, true)).deployOvfTemplate(httpInputs, vmInputs, path, ovfNetworkMappings, ovfPropertyMappings);
        return OutputUtilities.getSuccessResultsMap(SUCCESSFULLY_DEPLOYED);
    } catch (Exception ex) {
        return OutputUtilities.getFailureResultsMap(ex);
    }
}