remotefw

type AddAuthenticationSet210Request struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// pAuth: This parameter represents the authentication set that the client wants to
	// add to the store. The set MUST be valid, as specified in the definition of the FW_AUTH_SET2_10
	// data type.
	Auth *fasp.AuthSet210 `idl:"name:pAuth" json:"auth"`
}

type AddAuthenticationSet210Response struct {
	// pStatus: This output parameter is the status code of the rule as specified by the
	// FW_RULE_STATUS enumeration. This field is filled out on return.
	Status fasp.RuleStatus `idl:"name:pStatus" json:"status"`
	// Return: The RRPC_FWAddAuthenticationSet2_10 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type AddAuthenticationSet220Request struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// pAuth: This parameter represents the authentication set the client wants to add to
	// the store. The set MUST be valid, as specified in the definition of the FW_AUTH_SET
	// data type.
	Auth *fasp.AuthSet `idl:"name:pAuth" json:"auth"`
}

type AddAuthenticationSet220Response struct {
	// pStatus: This output parameter is the status code of the rule as specified by the
	// FW_RULE_STATUS enumeration. This field is filled out on return.
	Status fasp.RuleStatus `idl:"name:pStatus" json:"status"`
	// Return: The RRPC_FWAddAuthenticationSet2_20 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type AddAuthenticationSetRequest struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// pAuth: This parameter represents the authentication set the client wants to add to
	// the store. The set MUST be valid, as specified in the definition of the FW_AUTH_SET2_10
	// data type.
	Auth *fasp.AuthSet210 `idl:"name:pAuth" json:"auth"`
}

type AddAuthenticationSetResponse struct {
	// Return: The RRPC_FWAddAuthenticationSet return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type AddConnectionSecurityRule210Request struct {
	// hPolicyStore: This input parameter is an FW_POLICY_STORE_HANDLE data type. The data
	// type MUST contain an opened policy store handle, successfully opened with the RRPC_FWOpenPolicyStore
	// (Opnum 0) method. The handle MUST have read/write access rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// pRule: This parameter represents the firewall rule that the client adds to the store.
	// The rule MUST be a valid rule, as specified in the definition of the FW_CS_RULE2_10
	// data type.
	Rule *fasp.CSRule210 `idl:"name:pRule" json:"rule"`
}

type AddConnectionSecurityRule210Response struct {
	// pStatus: This output parameter is the status code of the rule as specified by the
	// FW_RULE_STATUS enumeration. This field is filled out on return.
	Status fasp.RuleStatus `idl:"name:pStatus" json:"status"`
	// Return: The RRPC_FWAddConnectionSecurityRule2_10 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type AddConnectionSecurityRule220Request struct {
	// hPolicyStore: This input parameter is an FW_POLICY_STORE_HANDLE data type. The data
	// type MUST contain an opened policy store handle, successfully opened with the RRPC_FWOpenPolicyStore
	// (Opnum 0) method. The handle MUST have read/write access rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// pRule: This parameter represents the firewall rule that the client adds to the store.
	// The rule MUST be a valid rule, as specified in the definition of the FW_CS_RULE data
	// type.
	Rule *fasp.CSRule `idl:"name:pRule" json:"rule"`
}

type AddConnectionSecurityRule220Response struct {
	// pStatus: This output parameter is the status code of the rule as specified by the
	// FW_RULE_STATUS enumeration. This field is filled out on return.
	Status fasp.RuleStatus `idl:"name:pStatus" json:"status"`
	// Return: The RRPC_FWAddConnectionSecurityRule2_20 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type AddConnectionSecurityRuleRequest struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// pRule: This parameter represents the connection security rule that the client wants
	// to add to the store. The rule MUST be a valid rule, as specified in the definition
	// of the FW_CS_RULE2_0 data type.
	Rule *fasp.CSRule20 `idl:"name:pRule" json:"rule"`
}

type AddConnectionSecurityRuleResponse struct {
	// Return: The RRPC_FWAddConnectionSecurityRule return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type AddCryptoSet210Request struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// pCrypto: This parameter represents the cryptographic set that the client adds to
	// the store. The set MUST be valid, as specified in the definition of the FW_CRYPTO_SET
	// data type.
	Crypto *fasp.CryptoSet `idl:"name:pCrypto" json:"crypto"`
}

type AddCryptoSet210Response struct {
	// pStatus: This output parameter is the status code of the rule as specified by the
	// FW_RULE_STATUS enumeration. This field is filled out on return.
	Status fasp.RuleStatus `idl:"name:pStatus" json:"status"`
	// Return: The RRPC_FWAddCryptoSet2_10 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type AddCryptoSetRequest struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// pCrypto: This parameter represents the cryptographic set the client wants to add
	// to the store. The set MUST be valid, as specified in the definition of the FW_CRYPTO_SET
	// data type.
	Crypto *fasp.CryptoSet `idl:"name:pCrypto" json:"crypto"`
}

type AddCryptoSetResponse struct {
	// Return: The RRPC_FWAddCryptoSet return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type AddFirewallRule210Request struct {
	// hPolicyStore: This input parameter is an FW_POLICY_STORE_HANDLE data type. The data
	// type MUST contain an opened policy store handle, successfully opened with the RRPC_FWOpenPolicyStore
	// (Opnum 0) method. The handle MUST have read/write access rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// pRule: This parameter represents the firewall rule that the client wants to add to
	// the store. The rule MUST be a valid rule, as specified in the definition of the FW_RULE2_10
	// data type.
	Rule *fasp.Rule210 `idl:"name:pRule" json:"rule"`
}

type AddFirewallRule210Response struct {
	// pStatus: This output parameter is the status code of the rule as specified by the
	// FW_RULE_STATUS enumeration. This field is filled out on return.
	Status fasp.RuleStatus `idl:"name:pStatus" json:"status"`
	// Return: The RRPC_FWAddFirewallRule2_10 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type AddFirewallRule220Request struct {
	// hPolicyStore: This input parameter is an FW_POLICY_STORE_HANDLE data type. The data
	// type MUST contain an opened policy store handle, successfully opened with the RRPC_FWOpenPolicyStore
	// (Opnum 0) method. The handle MUST have read/write access rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// pRule: This parameter represents the firewall rule that the client adds to the store.
	// The rule MUST be a valid rule, as specified in the definition of the FW_RULE2_20
	// data type.
	Rule *fasp.Rule220 `idl:"name:pRule" json:"rule"`
}

type AddFirewallRule220Response struct {
	// pStatus: This output parameter is the status code of the rule as specified by the
	// FW_RULE_STATUS enumeration. This field is filled out on return.
	Status fasp.RuleStatus `idl:"name:pStatus" json:"status"`
	// Return: The RRPC_FWAddFirewallRule2_20 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type AddFirewallRule224Request struct {
	// hPolicyStore: An input parameter that is an FW_POLICY_STORE_HANDLE data type. This
	// parameter MUST contain an opened policy store handle, successfully opened with the
	// RRPC_FWOpenPolicyStore (Opnum 0) method (section 3.1.4.1). The handle MUST have read/write
	// access rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// pRule: Represents the firewall rule that the client adds to the store. The rule MUST
	// be a valid rule, as specified in the definition of the FW_RULE2_24 data type.
	Rule *fasp.Rule224 `idl:"name:pRule" json:"rule"`
}

type AddFirewallRule224Response struct {
	// pStatus: An output parameter that is the status code of the rule, as specified by
	// the FW_RULE_STATUS enumeration. This field is filled out on return.
	Status fasp.RuleStatus `idl:"name:pStatus" json:"status"`
	// Return: The RRPC_FWAddFirewallRule2_24 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type AddFirewallRule225Request struct {
	// hPolicyStore: An input parameter that is an FW_POLICY_STORE_HANDLE data type. This
	// parameter MUST contain an opened policy store handle, successfully opened with the
	// RRPC_FWOpenPolicyStore (Opnum 0) method (section 3.1.4.1). The handle MUST have read/write
	// access rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// pRule: Represents the firewall rule that the client adds to the store. The rule MUST
	// be a valid rule, as specified in the definition of the FW_RULE2_25 data type (section
	// 2.2.105).
	Rule *fasp.Rule225 `idl:"name:pRule" json:"rule"`
}

type AddFirewallRule225Response struct {
	// pStatus: An output parameter that is the status code of the rule, as specified by
	// the FW_RULE_STATUS enumeration. This field is filled out on return.
	Status fasp.RuleStatus `idl:"name:pStatus" json:"status"`
	// Return: The RRPC_FWAddFirewallRule2_25 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type AddFirewallRule226Request struct {
	// hPolicyStore: An input parameter that is an FW_POLICY_STORE_HANDLE data type. This
	// parameter MUST contain an opened policy store handle, successfully opened with the
	// RRPC_FWOpenPolicyStore (Opnum 0) method (section 3.1.4.1). The handle MUST have read/write
	// access rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// pRule: Represents the firewall rule that the client adds to the store. The rule MUST
	// be a valid rule, as specified in the definition of the FW_RULE2_26 data type.
	Rule *fasp.Rule226 `idl:"name:pRule" json:"rule"`
}

type AddFirewallRule226Response struct {
	// pStatus: An output parameter that is the status code of the rule, as specified by
	// the FW_RULE_STATUS enumeration. This field is filled out on return.
	Status fasp.RuleStatus `idl:"name:pStatus" json:"status"`
	// Return: The RRPC_FWAddFirewallRule2_26 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type AddFirewallRule227Request struct {
	// hPolicyStore: An input parameter that is an FW_POLICY_STORE_HANDLE data type (section
	// 2.2.94). This parameter MUST contain an opened policy store handle, successfully
	// opened with the RRPC_FWOpenPolicyStore (Opnum 0) method (section 3.1.4.1). The handle
	// MUST have read/write access rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// pRule: Represents the firewall rule that the client adds to the store. The rule MUST
	// be a valid rule, as specified in the definition of the FW_RULE2_27 data type (section
	// 2.2.107).
	Rule *fasp.Rule227 `idl:"name:pRule" json:"rule"`
}

type AddFirewallRule227Response struct {
	// pStatus: An output parameter that is the status code of the rule, as specified by
	// the FW_RULE_STATUS enumeration (section 2.2.24). This field is filled out on return.
	Status fasp.RuleStatus `idl:"name:pStatus" json:"status"`
	// Return: The RRPC_FWAddFirewallRule2_27 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type AddFirewallRule231Request struct {
	// hPolicyStore: An input parameter that is an FW_POLICY_STORE_HANDLE data type (section
	// 2.2.94). This parameter MUST contain an opened policy store handle, successfully
	// opened with the RRPC_FWOpenPolicyStore (Opnum 0) method (section 3.1.4.1). The handle
	// MUST have read/write access rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// pRule: Represents the firewall rule that the client requests to add to the store.
	// The rule MUST be a valid rule, as specified in the definition of the FW_RULE data
	// type (section 2.2.37).
	Rule *fasp.Rule `idl:"name:pRule" json:"rule"`
}

type AddFirewallRule231Response struct {
	// pStatus: An output parameter that is the status code of the rule, as specified by
	// the FW_RULE_STATUS enumeration (section 2.2.24)..
	Status fasp.RuleStatus `idl:"name:pStatus" json:"status"`
	// Return: The RRPC_FWAddFirewallRule2_31 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type AddFirewallRuleRequest struct {
	// hPolicyStore: This input parameter is an FW_POLICY_STORE_HANDLE data type. The data
	// type MUST contain an opened policy store handle that is successfully opened by using
	// the RRPC_FWOpenPolicyStore (Opnum 0) method. The handle MUST have read/write access
	// rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// pRule: This parameter represents the firewall rule that the client wants to add to
	// the store. The rule MUST be a valid rule, as specified in the definition of the FW_RULE2_0
	// data type.
	Rule *fasp.Rule20 `idl:"name:pRule" json:"rule"`
}

type AddFirewallRuleResponse struct {
	// Return: The RRPC_FWAddFirewallRule return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type AddMainModeRuleRequest struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// pMMRule: This parameter represents the main mode rule that the client adds in the
	// store. The rule MUST be valid, as specified in the definition of the FW_MM_RULE data
	// type.
	MMRule *fasp.MMRule `idl:"name:pMMRule" json:"mm_rule"`
}

type AddMainModeRuleResponse struct {
	// pStatus: This is an output parameter that on return will have the status code of
	// the rule.
	Status fasp.RuleStatus `idl:"name:pStatus" json:"status"`
	// Return: The RRPC_FWAddMainModeRule return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type ClosePolicyStoreRequest struct {
	// phPolicyStore: This is an input and output parameter that provides a pointer to an
	// FW_POLICY_STORE_HANDLE data type. The data type MUST contain an opened policy store
	// handle, successfully opened with the RRPC_FWOpenPolicyStore (Opnum 0) method, which
	// the client intends to stop using and close.
	PolicyStore *PolicyStore `idl:"name:phPolicyStore" json:"policy_store"`
}

type ClosePolicyStoreResponse struct {
	// phPolicyStore: This is an input and output parameter that provides a pointer to an
	// FW_POLICY_STORE_HANDLE data type. The data type MUST contain an opened policy store
	// handle, successfully opened with the RRPC_FWOpenPolicyStore (Opnum 0) method, which
	// the client intends to stop using and close.
	PolicyStore *PolicyStore `idl:"name:phPolicyStore" json:"policy_store"`
	// Return: The RRPC_FWClosePolicyStore return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type DeleteAllAuthenticationSetsRequest struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// IpSecPhase: This parameter specifies the IPsec negotiation phase type in which this
	// set is used.
	IPsecPhase fasp.IPsecPhase `idl:"name:IpSecPhase" json:"ipsec_phase"`
}

type DeleteAllAuthenticationSetsResponse struct {
	// Return: The RRPC_FWDeleteAllAuthenticationSets return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type DeleteAllConnectionSecurityRulesRequest struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
}

type DeleteAllConnectionSecurityRulesResponse struct {
	// Return: The RRPC_FWDeleteAllConnectionSecurityRules return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type DeleteAllCryptoSetsRequest struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// IpSecPhase: This parameter specifies the IPsec negotiation phase type in which this
	// set is used.
	IPsecPhase fasp.IPsecPhase `idl:"name:IpSecPhase" json:"ipsec_phase"`
}

type DeleteAllCryptoSetsResponse struct {
	// Return: The RRPC_FWDeleteAllCryptoSets return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type DeleteAllFirewallRulesRequest struct {
	// hPolicyStore: This input parameter is an FW_POLICY_STORE_HANDLE data type. The data
	// type MUST contain an opened policy store handle, successfully opened with the RRPC_FWOpenPolicyStore
	// (Opnum 0) method. The handle MUST have read/write access rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
}

type DeleteAllFirewallRulesResponse struct {
	// Return: The RRPC_FWDeleteAllFirewallRules return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type DeleteAllMainModeRulesRequest struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
}

type DeleteAllMainModeRulesResponse struct {
	// Return: The RRPC_FWDeleteAllMainModeRules return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type DeleteAuthenticationSetRequest struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// IpSecPhase: This parameter specifies the IPsec negotiation phase type this set is
	// used in.
	IPsecPhase fasp.IPsecPhase `idl:"name:IpSecPhase" json:"ipsec_phase"`
	// wszSetId: This parameter is the pointer to a string that is the ID of the authentication
	// set the client wants to delete from the specified store.
	SetID string `idl:"name:wszSetId;string;pointer:ref" json:"set_id"`
}

type DeleteAuthenticationSetResponse struct {
	// Return: The RRPC_FWDeleteAuthenticationSet return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type DeleteConnectionSecurityRuleRequest struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// pRuleId: This parameter is the pointer to a string that is the ID of the connection
	// security rule the client wants to delete from the specified store.
	RuleID string `idl:"name:pRuleId;string;pointer:ref" json:"rule_id"`
}

type DeleteConnectionSecurityRuleResponse struct {
	// Return: The RRPC_FWDeleteConnectionSecurityRule return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type DeleteCryptoSetRequest struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// IpSecPhase: This parameter specifies the IPsec negotiation phase type in which this
	// set is used.
	IPsecPhase fasp.IPsecPhase `idl:"name:IpSecPhase" json:"ipsec_phase"`
	// wszSetId: This parameter is the pointer to a string that is the ID of the cryptographic
	// set that the client wants to delete from the specified store.
	SetID string `idl:"name:wszSetId;string;pointer:ref" json:"set_id"`
}

type DeleteCryptoSetResponse struct {
	// Return: The RRPC_FWDeleteCryptoSet return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type DeleteFirewallRuleRequest struct {
	// hPolicyStore: This input parameter is an FW_POLICY_STORE_HANDLE data type. The data
	// type MUST contain an opened policy store handle, successfully opened with the RRPC_FWOpenPolicyStore
	// (Opnum 0) method. The handle MUST have read/write access rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// wszRuleID: This parameter is the pointer to a string that is the ID of the firewall
	// rule the client wants to delete from the specified store.
	RuleID string `idl:"name:wszRuleID;string;pointer:ref" json:"rule_id"`
}

type DeleteFirewallRuleResponse struct {
	// Return: The RRPC_FWDeleteFirewallRule return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type DeleteMainModeRuleRequest struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// pRuleId: This parameter is the pointer to a STRING that is the ID of the main mode
	// rule the client deletes from the specified store.
	RuleID string `idl:"name:pRuleId;string;pointer:ref" json:"rule_id"`
}

type DeleteMainModeRuleResponse struct {
	// Return: The RRPC_FWDeleteMainModeRule return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type DeletePhase1SAsRequest struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// pEndpoints: This parameter is a pointer to an FW_ENDPOINTS data type that can hold
	// the addresses of the destination and source host. These addresses are used to match
	// the security associations that will be deleted. If this parameter is NULL, the method
	// deletes all IPsec first-phase security associations. If an endpoint is empty (that
	// is, equal to 0), the endpoint matches any address.
	Endpoints *fasp.Endpoints `idl:"name:pEndpoints;pointer:unique" json:"endpoints"`
}

type DeletePhase1SAsResponse struct {
	// Return: The RRPC_FWDeletePhase1SAs return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type DeletePhase2SAsRequest struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// pEndpoints: This parameter is a pointer to an FW_ENDPOINTS data type that can hold
	// the addresses of the destination and source host. These addresses are used to match
	// the security associations that will be deleted. If this parameter is NULL, the method
	// deletes all IPsec second-phase security associations. If an endpoint is empty (that
	// is, equal to 0), the endpoint matches any address.
	Endpoints *fasp.Endpoints `idl:"name:pEndpoints;pointer:unique" json:"endpoints"`
}

type DeletePhase2SAsResponse struct {
	// Return: The RRPC_FWDeletePhase2SAs return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type EnumAdaptersRequest struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
}

type EnumAdaptersResponse struct {
	// pdwNumAdapters: This is an output parameter that, on success, MUST be equal to the
	// number of networks returned.
	AdaptersLength uint32 `idl:"name:pdwNumAdapters" json:"adapters_length"`
	// ppAdapters: This is an output parameter that, on success, contains an array of FW_ADAPTER
	// data types.
	Adapters []*fasp.Adapter `idl:"name:ppAdapters;size_is:(, pdwNumAdapters)" json:"adapters"`
	// Return: The RRPC_FWEnumAdapters return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type EnumAuthenticationSets210Request struct {
	// hPolicyStore: This input parameter is an FW_POLICY_STORE_HANDLE data type. The data
	// type MUST contain an opened policy store handle, successfully opened with the RRPC_FWOpenPolicyStore
	// (Opnum 0) method. The handle MUST have read/write access rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// IpSecPhase: This parameter specifies the specific IPsec negotiation phase to which
	// this set applies.
	IPsecPhase fasp.IPsecPhase `idl:"name:IpSecPhase" json:"ipsec_phase"`
	// dwFilteredByStatus: This parameter is a combination of flags from the FW_RULE_STATUS_CLASS
	// enumeration. This method uses this bitmask to determine which rules will be returned.
	// Rules that contain a status code of the specified class that match this parameter
	// will be returned in the linked list.
	FilteredByStatus uint32 `idl:"name:dwFilteredByStatus" json:"filtered_by_status"`
	// wFlags: This parameter is a combination of flags from the FW_ENUM_RULES_FLAGS enumeration,
	// which modifies the behavior of the method and performs operations on the rules before
	// returning them in the linked list.
	Flags uint16 `idl:"name:wFlags" json:"flags"`
}

type EnumAuthenticationSets210Response struct {
	// pdwNumAuthSets: This is an output parameter that on success MUST be equal to the
	// number of sets returned.
	AuthSetsLength uint32 `idl:"name:pdwNumAuthSets" json:"auth_sets_length"`
	// ppAuth: This is an output parameter that, on success, contains a linked list of FW_AUTH_SET2_10
	// data types.
	Auth *fasp.AuthSet210 `idl:"name:ppAuth" json:"auth"`
	// Return: The RRPC_FWEnumAuthenticationSets2_10 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type EnumAuthenticationSets220Request struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// IpSecPhase: This parameter specifies the specific IPsec negotiation phase to which
	// this set applies.
	IPsecPhase fasp.IPsecPhase `idl:"name:IpSecPhase" json:"ipsec_phase"`
	// dwFilteredByStatus: This parameter is a combination of flags from the FW_RULE_STATUS_CLASS
	// enumeration. This method uses this bitmask to determine which rules will be returned.
	// Rules that contain a status code of the specified class that match this parameter
	// will be returned in the linked list.
	FilteredByStatus uint32 `idl:"name:dwFilteredByStatus" json:"filtered_by_status"`
	// wFlags: This parameter is a combination of flags from the FW_ENUM_RULES_FLAGS enumeration,
	// which modifies the behavior of the method and performs operations on the rules before
	// returning them in the linked list.
	Flags uint16 `idl:"name:wFlags" json:"flags"`
}

type EnumAuthenticationSets220Response struct {
	// pdwNumAuthSets: This is an output parameter that, on success, MUST be equal to the
	// number of sets returned.
	AuthSetsLength uint32 `idl:"name:pdwNumAuthSets" json:"auth_sets_length"`
	// ppAuth: This parameter represents the authentication set the client has added to
	// the store. The set MUST be valid, as specified in the definition of the FW_AUTH_SET
	// data type.
	Auth *fasp.AuthSet `idl:"name:ppAuth" json:"auth"`
	// Return: The RRPC_FWEnumAuthenticationSets2_20 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type EnumAuthenticationSetsRequest struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// IpSecPhase: This parameter specifies the specific IPsec negotiation phase to which
	// this set applies.
	IPsecPhase fasp.IPsecPhase `idl:"name:IpSecPhase" json:"ipsec_phase"`
	// dwFilteredByStatus: This parameter is a combination of flags from the FW_RULE_STATUS_CLASS
	// enumeration. This method uses this bitmask to determine which rules will be returned.
	// Sets that contain a status code of the class specified by this parameter will be
	// returned in the linked list.
	FilteredByStatus uint32 `idl:"name:dwFilteredByStatus" json:"filtered_by_status"`
	// wFlags: This parameter is a combination of flags from the FW_ENUM_RULES_FLAGS that
	// modifies the behavior of the method and performs operations on the sets before returning
	// them in the linked list.
	Flags uint16 `idl:"name:wFlags" json:"flags"`
}

type EnumAuthenticationSetsResponse struct {
	// pdwNumAuthSets: This is an output parameter that on success MUST be equal to the
	// number of sets returned.
	AuthSetsLength uint32 `idl:"name:pdwNumAuthSets" json:"auth_sets_length"`
	// ppAuth: This is an output parameter that on success contains a linked list of FW_AUTH_SET2_10
	// data types.
	Auth *fasp.AuthSet210 `idl:"name:ppAuth" json:"auth"`
	// Return: The RRPC_FWEnumAuthenticationSets return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type EnumConnectionSecurityRules210Request struct {
	// hPolicyStore: This input parameter is an FW_POLICY_STORE_HANDLE data type. The data
	// type MUST contain an opened policy store handle, successfully opened with the RRPC_FWOpenPolicyStore
	// (Opnum 0) method. The handle MUST have read/write access rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// dwFilteredByStatus: This parameter is a combination of flags from the FW_RULE_STATUS_CLASS
	// enumeration. This method uses this bitmask to determine which rules will be returned.
	// Rules that contain a status code of the specified class that match this parameter
	// will be returned in the linked list.
	FilteredByStatus uint32 `idl:"name:dwFilteredByStatus" json:"filtered_by_status"`
	// dwProfileFilter: This parameter is a combination of flags from the FW_PROFILE_TYPE
	// enumeration. This method also uses this parameter to determine which rules will be
	// returned. Rules that contain a profile specified by this parameter will be returned
	// in the linked list.
	ProfileFilter uint32 `idl:"name:dwProfileFilter" json:"profile_filter"`
	// wFlags: This parameter is a combination of flags from the FW_ENUM_RULES_FLAGS enumeration,
	// which modifies the behavior of the method and performs operations on the rules before
	// returning them in the linked list.
	Flags uint16 `idl:"name:wFlags" json:"flags"`
}

type EnumConnectionSecurityRules210Response struct {
	// pdwNumRules: This is an output parameter that on success MUST be equal to the number
	// of rules returned.
	RulesLength uint32 `idl:"name:pdwNumRules;pointer:ref" json:"rules_length"`
	// ppRules: This is an output parameter that on success contains a linked list of FW_CS_RULE2_10
	// data types.
	Rules *fasp.CSRule210 `idl:"name:ppRules" json:"rules"`
	// Return: The RRPC_FWEnumConnectionSecurityRules2_10 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type EnumConnectionSecurityRules220Request struct {
	// hPolicyStore: This input parameter is an FW_POLICY_STORE_HANDLE data type. The data
	// type MUST contain an opened policy store handle, successfully opened with the RRPC_FWOpenPolicyStore
	// (Opnum 0) method. The handle MUST have read/write access rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// dwFilteredByStatus: This parameter is a combination of flags from the FW_RULE_STATUS_CLASS
	// enumeration. This method uses this bitmask to determine which rules will be returned.
	// Rules that contain a status code of the specified class that match this parameter
	// will be returned in the linked list.
	FilteredByStatus uint32 `idl:"name:dwFilteredByStatus" json:"filtered_by_status"`
	// dwProfileFilter: This parameter is a combination of flags from the FW_PROFILE_TYPE
	// enumeration. This method also uses this parameter to determine which rules will be
	// returned. Rules that contain a profile specified by this parameter will be returned
	// in the linked list.
	ProfileFilter uint32 `idl:"name:dwProfileFilter" json:"profile_filter"`
	// wFlags: This parameter is a combination of flags from the FW_ENUM_RULES_FLAGS enumeration,
	// which modifies the behavior of the method and performs operations on the rules before
	// returning them in the linked list.
	Flags uint16 `idl:"name:wFlags" json:"flags"`
}

type EnumConnectionSecurityRules220Response struct {
	// pdwNumRules: This is an output parameter that on success MUST be equal to the number
	// of rules returned.
	RulesLength uint32 `idl:"name:pdwNumRules;pointer:ref" json:"rules_length"`
	// ppRules: This is an output parameter that on success contains a linked list of FW_CS_RULE
	// data types.
	Rules *fasp.CSRule `idl:"name:ppRules" json:"rules"`
	// Return: The RRPC_FWEnumConnectionSecurityRules2_20 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type EnumConnectionSecurityRulesRequest struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// dwFilteredByStatus: This parameter is a combination of flags from the FW_RULE_STATUS_CLASS
	// enumeration. This method uses this bitmask to determine which rules will be returned.
	// Rules that contain a status code from the class that is specified by this parameter
	// will be returned in the linked list.
	FilteredByStatus uint32 `idl:"name:dwFilteredByStatus" json:"filtered_by_status"`
	// dwProfileFilter: This parameter is a combination of flags from the FW_PROFILE_TYPE
	// enumeration. This method also uses this parameter to determine which rules will be
	// returned. Rules that contain a profile that is specified by this parameter will be
	// returned in the linked list.
	ProfileFilter uint32 `idl:"name:dwProfileFilter" json:"profile_filter"`
	// wFlags: This parameter is a combination of flags from the FW_ENUM_RULES_FLAGS enumeration,
	// which modifies the behavior of the method and performs operations on the rules before
	// returning them in the linked list.
	Flags uint16 `idl:"name:wFlags" json:"flags"`
}

type EnumConnectionSecurityRulesResponse struct {
	// pdwNumRules: This output parameter, if successful, MUST be equal to the number of
	// rules returned.
	RulesLength uint32 `idl:"name:pdwNumRules;pointer:ref" json:"rules_length"`
	// ppRules: This output parameter, if successful, contains a linked list of FW_CS_RULE2_0
	// data types.
	Rules *fasp.CSRule20 `idl:"name:ppRules" json:"rules"`
	// Return: The RRPC_FWEnumConnectionSecurityRules return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type EnumCryptoSets210Request struct {
	// hPolicyStore: This input parameter is an FW_POLICY_STORE_HANDLE data type. The data
	// type MUST contain an opened policy store handle, successfully opened with the RRPC_FWOpenPolicyStore
	// (Opnum 0) method. The handle MUST have read/write access rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// IpSecPhase: This parameter specifies the specific IPsec negotiation phase to which
	// this set applies.
	IPsecPhase fasp.IPsecPhase `idl:"name:IpSecPhase" json:"ipsec_phase"`
	// dwFilteredByStatus: This parameter is a combination of flags from the FW_RULE_STATUS_CLASS
	// enumeration. This method uses this bitmask to determine which rules will be returned.
	// Rules that contain a status code of the class specified that match this parameter
	// will be returned in the linked list.
	FilteredByStatus uint32 `idl:"name:dwFilteredByStatus" json:"filtered_by_status"`
	// wFlags: This parameter is a combination of flags from the FW_ENUM_RULES_FLAGS enumeration,
	// which modifies the behavior of the method and performs operations on the rules before
	// returning them in the linked list.
	Flags uint16 `idl:"name:wFlags" json:"flags"`
}

type EnumCryptoSets210Response struct {
	// pdwNumSets: This is an output parameter that, on success, MUST be equal to the number
	// of sets returned.
	SetsLength uint32 `idl:"name:pdwNumSets;pointer:ref" json:"sets_length"`
	// ppCryptoSets: This is an output parameter that, on success, contains a linked list
	// of FW_CRYPTO_SET data types.
	CryptoSets *fasp.CryptoSet `idl:"name:ppCryptoSets" json:"crypto_sets"`
	// Return: The RRPC_FWEnumCryptoSets2_10 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type EnumCryptoSetsRequest struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// IpSecPhase: This parameter specifies the specific IPsec negotiation phase to which
	// this set applies.
	IPsecPhase fasp.IPsecPhase `idl:"name:IpSecPhase" json:"ipsec_phase"`
	// dwFilteredByStatus: This parameter is a combination of flags from the FW_RULE_STATUS_CLASS
	// enumeration. This method uses this bitmask to determine which rules will be returned.
	// Sets that contain a status code of the class specified by matches to this parameter
	// will be returned in the linked list.
	FilteredByStatus uint32 `idl:"name:dwFilteredByStatus" json:"filtered_by_status"`
	// wFlags: This parameter is a combination of flags from the FW_ENUM_RULES_FLAGS that
	// modifies the behavior of the method and performs operations on the sets before returning
	// them in the linked list.
	Flags uint16 `idl:"name:wFlags" json:"flags"`
}

type EnumCryptoSetsResponse struct {
	// pdwNumSets: This is an output parameter that on success MUST be equal to the number
	// of sets returned.
	SetsLength uint32 `idl:"name:pdwNumSets;pointer:ref" json:"sets_length"`
	// ppCryptoSets: This is an output parameter that on success contains a linked list
	// of FW_CRYPTO_SET data types.
	CryptoSets *fasp.CryptoSet `idl:"name:ppCryptoSets" json:"crypto_sets"`
	// Return: The RRPC_FWEnumCryptoSets return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type EnumFirewallRules210Request struct {
	// hPolicyStore: This input parameter is an FW_POLICY_STORE_HANDLE data type. The data
	// type MUST contain an opened policy store handle, successfully opened with the RRPC_FWOpenPolicyStore
	// (Opnum 0) method. The handle MUST have read/write access rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// dwFilteredByStatus: This parameter is a combination of flags from the FW_RULE_STATUS_CLASS
	// enumeration. This method uses this bitmask to determine which rules will be returned.
	// Rules that contain a status code of the specified class that match this parameter
	// will be returned in the linked list.
	FilteredByStatus uint32 `idl:"name:dwFilteredByStatus" json:"filtered_by_status"`
	// dwProfileFilter: This parameter is a combination of flags from the FW_PROFILE_TYPE
	// enumeration. This method also uses this parameter to determine which rules will be
	// returned. Rules that contain a profile specified by this parameter will be returned
	// in the linked list.
	ProfileFilter uint32 `idl:"name:dwProfileFilter" json:"profile_filter"`
	// wFlags: This parameter is a combination of flags from the FW_ENUM_RULES_FLAGS enumeration,
	// which modifies the behavior of the method and performs operations on the rules before
	// returning them in the linked list.
	Flags uint16 `idl:"name:wFlags" json:"flags"`
}

type EnumFirewallRules210Response struct {
	// pdwNumRules: This is an output parameter that, on success, MUST be equal to the number
	// of rules returned.
	RulesLength uint32 `idl:"name:pdwNumRules;pointer:ref" json:"rules_length"`
	// ppRules: This is an output parameter that, on success, contains a linked list of
	// FW_RULE2_10 data types.
	Rules *fasp.Rule210 `idl:"name:ppRules" json:"rules"`
	// Return: The RRPC_FWEnumFirewallRules2_10 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type EnumFirewallRules220Request struct {
	// hPolicyStore: This input parameter is an FW_POLICY_STORE_HANDLE data type. The data
	// type MUST contain an opened policy store handle, successfully opened with the RRPC_FWOpenPolicyStore
	// (Opnum 0) method. The handle MUST have read/write access rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// dwFilteredByStatus: This parameter is a combination of flags from the FW_RULE_STATUS_CLASS
	// enumeration. This method uses this bitmask to determine which rules will be returned.
	// Rules that contain a status code of the specified class that match this parameter
	// will be returned in the linked list.
	FilteredByStatus uint32 `idl:"name:dwFilteredByStatus" json:"filtered_by_status"`
	// dwProfileFilter: This parameter is a combination of flags from the FW_PROFILE_TYPE
	// enumeration. This method also uses this parameter to determine which rules will be
	// returned. Rules that contain a profile specified by this parameter will be returned
	// in the linked list.
	ProfileFilter uint32 `idl:"name:dwProfileFilter" json:"profile_filter"`
	// wFlags: This parameter is a combination of flags from the FW_ENUM_RULES_FLAGS enumeration,
	// which modifies the behavior of the method and performs operations on the rules before
	// returning them in the linked list.
	Flags uint16 `idl:"name:wFlags" json:"flags"`
}

type EnumFirewallRules220Response struct {
	// pdwNumRules: This is an output parameter that on success MUST be equal to the number
	// of rules returned.
	RulesLength uint32 `idl:"name:pdwNumRules;pointer:ref" json:"rules_length"`
	// ppRules: This is an output parameter that on success contains a linked list of FW_RULE2_20
	// data types.
	Rules *fasp.Rule220 `idl:"name:ppRules" json:"rules"`
	// Return: The RRPC_FWEnumFirewallRules2_20 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type EnumFirewallRules224Request struct {
	// hPolicyStore: An input parameter that is an FW_POLICY_STORE_HANDLE data type. This
	// parameter MUST contain an opened policy store handle, successfully opened with the
	// RRPC_FWOpenPolicyStore (Opnum 0) method (section 3.1.4.1). The handle MUST have read/write
	// access rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// dwFilteredByStatus: A combination of flags from the FW_RULE_STATUS_CLASS enumeration.
	// This method uses this bitmask to determine which rules will be returned. Rules that
	// contain a status code of the specified class that match this parameter will be returned
	// in the linked list.
	FilteredByStatus uint32 `idl:"name:dwFilteredByStatus" json:"filtered_by_status"`
	// dwProfileFilter: A combination of flags from the FW_PROFILE_TYPE enumeration. This
	// method also uses this parameter to determine which rules will be returned. Rules
	// that contain a profile specified by this parameter will be returned in the linked
	// list.
	ProfileFilter uint32 `idl:"name:dwProfileFilter" json:"profile_filter"`
	// wFlags: A combination of flags from the FW_ENUM_RULES_FLAGS enumeration, which modifies
	// the behavior of the method and performs operations on the rules before returning
	// them in the linked list.
	Flags uint16 `idl:"name:wFlags" json:"flags"`
}

type EnumFirewallRules224Response struct {
	// pdwNumRules: An output parameter that, on success, MUST be equal to the number of
	// rules returned.
	RulesLength uint32 `idl:"name:pdwNumRules;pointer:ref" json:"rules_length"`
	// ppRules: An output parameter that, on success, contains a linked list of FW_RULE2_24
	// data types.
	Rules *fasp.Rule224 `idl:"name:ppRules" json:"rules"`
	// Return: The RRPC_FWEnumFirewallRules2_24 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type EnumFirewallRules225Request struct {
	// hPolicyStore: An input parameter that is an FW_POLICY_STORE_HANDLE data type. This
	// parameter MUST contain an opened policy store handle, successfully opened with the
	// RRPC_FWOpenPolicyStore (Opnum 0) method (section 3.1.4.1). The handle MUST have read/write
	// access rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// dwFilteredByStatus: A combination of flags from the FW_RULE_STATUS_CLASS enumeration.
	// This method uses this bitmask to determine whether rules should be returned. Rules
	// that contain a status code of the specified class that match this parameter will
	// be returned in the linked list.
	FilteredByStatus uint32 `idl:"name:dwFilteredByStatus" json:"filtered_by_status"`
	// dwProfileFilter: A combination of flags from the FW_PROFILE_TYPE enumeration. This
	// method also uses this parameter to determine whether rules should be returned. Rules
	// that contain a profile specified by this parameter will be returned in the linked
	// list.
	ProfileFilter uint32 `idl:"name:dwProfileFilter" json:"profile_filter"`
	// wFlags: A combination of flags from the FW_ENUM_RULES_FLAGS enumeration, which modifies
	// the behavior of the method and performs operations on the rules before returning
	// them in the linked list.
	Flags uint16 `idl:"name:wFlags" json:"flags"`
}

type EnumFirewallRules225Response struct {
	// pdwNumRules: An output parameter that, on success, MUST be equal to the number of
	// rules returned.
	RulesLength uint32 `idl:"name:pdwNumRules;pointer:ref" json:"rules_length"`
	// ppRules: An output parameter that, on success, contains a linked list of FW_RULE2_25
	// data types (section 2.2.105).
	Rules *fasp.Rule225 `idl:"name:ppRules" json:"rules"`
	// Return: The RRPC_FWEnumFirewallRules2_25 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type EnumFirewallRules226Request struct {
	// hPolicyStore: An input parameter that is an FW_POLICY_STORE_HANDLE data type. This
	// parameter MUST contain an opened policy store handle, successfully opened with the
	// RRPC_FWOpenPolicyStore (Opnum 0) method (section 3.1.4.1). The handle MUST have read/write
	// access rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// dwFilteredByStatus: A combination of flags from the FW_RULE_STATUS_CLASS enumeration.
	// This method uses this bitmask to determine whether rules should be returned. Rules
	// that contain a status code of the specified class that match this parameter will
	// be returned in the linked list.
	FilteredByStatus uint32 `idl:"name:dwFilteredByStatus" json:"filtered_by_status"`
	// dwProfileFilter: A combination of flags from the FW_PROFILE_TYPE enumeration. This
	// method also uses this parameter to determine whether rules should be returned. Rules
	// that contain a profile specified by this parameter will be returned in the linked
	// list.
	ProfileFilter uint32 `idl:"name:dwProfileFilter" json:"profile_filter"`
	// wFlags: A combination of flags from the FW_ENUM_RULES_FLAGS enumeration, which modifies
	// the behavior of the method and performs operations on the rules before returning
	// them in the linked list.
	Flags uint16 `idl:"name:wFlags" json:"flags"`
}

type EnumFirewallRules226Response struct {
	// pdwNumRules: An output parameter that, on success, MUST be equal to the number of
	// rules returned.
	RulesLength uint32 `idl:"name:pdwNumRules;pointer:ref" json:"rules_length"`
	// ppRules: An output parameter that, on success, contains a linked list of FW_RULE2_26
	// data types.
	Rules *fasp.Rule226 `idl:"name:ppRules" json:"rules"`
	// Return: The RRPC_FWEnumFirewallRules2_26 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type EnumFirewallRules227Request struct {
	// hPolicyStore: An input parameter that is an FW_POLICY_STORE_HANDLE data type (section
	// 2.2.94). This parameter MUST contain an opened policy store handle, successfully
	// opened with the RRPC_FWOpenPolicyStore (Opnum 0) method (section 3.1.4.1). The handle
	// MUST have read/write access rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// dwFilteredByStatus: A combination of flags from the FW_RULE_STATUS_CLASS enumeration
	// (section 2.2.25). This method uses this bitmask to determine whether rules should
	// be returned. Rules that contain a status code of the specified class that match this
	// parameter will be returned in the linked list.
	FilteredByStatus uint32 `idl:"name:dwFilteredByStatus" json:"filtered_by_status"`
	// dwProfileFilter: A combination of flags from the FW_PROFILE_TYPE enumeration (section
	// 2.2.2). This method also uses this parameter to determine whether rules should be
	// returned. Rules that contain a profile specified by this parameter will be returned
	// in the linked list.
	ProfileFilter uint32 `idl:"name:dwProfileFilter" json:"profile_filter"`
	// wFlags: A combination of flags from the FW_ENUM_RULES_FLAGS enumeration (section
	// 2.2.33), which modifies the behavior of the method and performs operations on the
	// rules before returning them in the linked list.
	Flags uint16 `idl:"name:wFlags" json:"flags"`
}

type EnumFirewallRules227Response struct {
	// pdwNumRules: An output parameter that, on success, MUST be equal to the number of
	// rules returned.
	RulesLength uint32 `idl:"name:pdwNumRules;pointer:ref" json:"rules_length"`
	// ppRules: An output parameter that, on success, contains a linked list of FW_RULE2_27
	// data types (section 2.2.107).
	Rules *fasp.Rule227 `idl:"name:ppRules" json:"rules"`
	// Return: The RRPC_FWEnumFirewallRules2_27 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type EnumFirewallRules231Request struct {
	// hPolicyStore: An input parameter that is an FW_POLICY_STORE_HANDLE data type (section
	// 2.2.94). This parameter MUST contain an opened policy store handle, successfully
	// opened with the RRPC_FWOpenPolicyStore (Opnum 0) method (section 3.1.4.1). The handle
	// MUST have read/write access rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// dwFilteredByStatus: A combination of flags from the FW_RULE_STATUS_CLASS enumeration
	// (section 2.2.25). This method uses this bitmask to determine whether rules should
	// be returned. Rules that contain a status code of the specified class that match this
	// parameter will be returned in the linked list.
	FilteredByStatus uint32 `idl:"name:dwFilteredByStatus" json:"filtered_by_status"`
	// dwProfileFilter: A combination of flags from the FW_PROFILE_TYPE enumeration (section
	// 2.2.2). This method also uses this parameter to determine whether rules should be
	// returned. Rules that contain a profile specified by this parameter will be returned
	// in the linked list.
	ProfileFilter uint32 `idl:"name:dwProfileFilter" json:"profile_filter"`
	// wFlags: A combination of flags from the FW_ENUM_RULES_FLAGS enumeration (section
	// 2.2.33), which modifies the behavior of the method and performs operations on the
	// rules before returning them in the linked list.
	Flags uint16 `idl:"name:wFlags" json:"flags"`
}

type EnumFirewallRules231Response struct {
	// pdwNumRules: An output parameter that on success MUST be equal to the number of rules
	// returned.
	RulesLength uint32 `idl:"name:pdwNumRules;pointer:ref" json:"rules_length"`
	// ppRules: An output parameter that on success contains a linked list of FW_RULE data
	// types (section 2.2.37).
	Rules *fasp.Rule `idl:"name:ppRules" json:"rules"`
	// Return: The RRPC_FWEnumFirewallRules2_31 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type EnumFirewallRulesRequest struct {
	// hPolicyStore: This input parameter is an FW_POLICY_STORE_HANDLE data type. The data
	// type MUST contain an opened policy store handle that is successfully opened by using
	// the RRPC_FWOpenPolicyStore (Opnum 0) method. The handle MUST have read or read/write
	// access rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// dwFilteredByStatus: This parameter is a combination of flags from the FW_RULE_STATUS_CLASS
	// enumeration. This method uses this bitmask to determine which rules will be returned.
	// Rules that contain a status code from the class specified by this parameter will
	// be returned in the linked list.
	FilteredByStatus uint32 `idl:"name:dwFilteredByStatus" json:"filtered_by_status"`
	// dwProfileFilter: This parameter is a combination of flags from the FW_PROFILE_TYPE
	// enumeration. This method also uses this parameter to determine which rules will be
	// returned. Rules that contain a profile specified by this parameter will be returned
	// in the linked list.
	ProfileFilter uint32 `idl:"name:dwProfileFilter" json:"profile_filter"`
	// wFlags: This parameter is a combination of flags from the FW_ENUM_RULES_FLAGS enumeration,
	// which modifies the behavior of the method and performs operations on the rules before
	// returning them in the linked list.
	Flags uint16 `idl:"name:wFlags" json:"flags"`
}

type EnumFirewallRulesResponse struct {
	// pdwNumRules: This output parameter, if successful, MUST be equal to the number of
	// rules returned.
	RulesLength uint32 `idl:"name:pdwNumRules;pointer:ref" json:"rules_length"`
	// ppRules: This output parameter, if successful, contains a linked list of FW_RULE2_0
	// data types.
	Rules *fasp.Rule20 `idl:"name:ppRules" json:"rules"`
	// Return: The RRPC_FWEnumFirewallRules return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type EnumMainModeRulesRequest struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// dwFilteredByStatus: This parameter is a combination of flags from the FW_RULE_STATUS_CLASS
	// enumeration. This method uses this bitmask to determine which rules will be returned.
	// Rules that contain a status code of the class specified by this parameter will be
	// returned in the linked list.
	FilteredByStatus uint32 `idl:"name:dwFilteredByStatus" json:"filtered_by_status"`
	// dwProfileFilter: This parameter is a combination of flags from the FW_PROFILE_TYPE
	// enumeration. This method also uses this parameter to determine which rules will be
	// returned. Rules that contain a profile specified by this parameter will be returned
	// in the linked list.
	ProfileFilter uint32 `idl:"name:dwProfileFilter" json:"profile_filter"`
	// wFlags: This parameter is a combination of flags from the FW_ENUM_RULES_FLAGS enumeration,
	// which modifies the behavior of the method and performs operations on the rules before
	// returning them in the linked list.
	Flags uint16 `idl:"name:wFlags" json:"flags"`
}

type EnumMainModeRulesResponse struct {
	// pdwNumRules: This is an output parameter that on success MUST be equal to the number
	// of rules returned.
	RulesLength uint32 `idl:"name:pdwNumRules;pointer:ref" json:"rules_length"`
	// ppMMRules: This is an output parameter that on success contains a linked list of
	// FW_MM_RULE data types.
	MMRules *fasp.MMRule `idl:"name:ppMMRules" json:"mm_rules"`
	// Return: The RRPC_FWEnumMainModeRules return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type EnumNetworksRequest struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
}

type EnumNetworksResponse struct {
	// pdwNumNetworks: This is an output parameter that, on success, MUST be equal to the
	// number of networks returned.
	NetworksLength uint32 `idl:"name:pdwNumNetworks" json:"networks_length"`
	// ppNetworks: This is an output parameter that, on success, contains an array of FW_NETWORK
	// data types.
	Networks []*fasp.Network `idl:"name:ppNetworks;size_is:(, pdwNumNetworks)" json:"networks"`
	// Return: The RRPC_FWEnumNetworks return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type EnumPhase1SAsRequest struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// pEndpoints: This parameter is a pointer to an FW_ENDPOINTS data type that can hold
	// the addresses of the destination and source host. These addresses are used to match
	// the security associations that will be returned. If this parameter is NULL, the method
	// returns all IPsec first-phase security associations.
	Endpoints *fasp.Endpoints `idl:"name:pEndpoints;pointer:unique" json:"endpoints"`
}

type EnumPhase1SAsResponse struct {
	// pdwNumSAs: This is an output parameter that on success MUST be equal to the number
	// of security associations returned.
	SAsLength uint32 `idl:"name:pdwNumSAs;pointer:ref" json:"s_as_length"`
	// ppSAs: This is an output parameter that on success contains a linked list of FW_PHASE1_SA_DETAILS
	// data types, each of which represents the first-phase security association.
	SAs []*fasp.Phase1SADetails `idl:"name:ppSAs;size_is:(, pdwNumSAs)" json:"s_as"`
	// Return: The RRPC_FWEnumPhase1SAs return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type EnumPhase2SAsRequest struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// pEndpoints: This parameter is a pointer to an FW_ENDPOINTS data type that can hold
	// the addresses of the destination and source host. These addresses are used to match
	// the security associations that will be returned. If this parameter is NULL, the method
	// will return all IPsec second phase security associations. If an endpoint is empty
	// (that is, equal to 0), the endpoint matches any address.
	Endpoints *fasp.Endpoints `idl:"name:pEndpoints;pointer:unique" json:"endpoints"`
}

type EnumPhase2SAsResponse struct {
	// pdwNumSAs: This is an output parameter that on success MUST be equal to the number
	// of security associations returned.
	SAsLength uint32 `idl:"name:pdwNumSAs;pointer:ref" json:"s_as_length"`
	// ppSAs: This is an output parameter that on success contains a linked list of FW_PHASE2_SA_DETAILS
	// data types, each of which represents a second phase security association.
	SAs []*fasp.Phase2SADetails `idl:"name:ppSAs;size_is:(, pdwNumSAs)" json:"s_as"`
	// Return: The RRPC_FWEnumPhase2SAs return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type EnumProductsRequest struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
}

type EnumProductsResponse struct {
	// pdwNumProducts: This is an output parameter that on success MUST be equal to the
	// number of products returned.
	ProductsLength uint32 `idl:"name:pdwNumProducts" json:"products_length"`
	// ppProducts: An array of FW_PRODUCT data types, representing the registration of third-party
	// software components.
	Products []*fasp.Product `idl:"name:ppProducts;size_is:(, pdwNumProducts)" json:"products"`
	// Return: The RRPC_FWEnumProducts return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type GetConfig210Request struct {
	// hPolicyStore: This input parameter is an FW_POLICY_STORE_HANDLE data type. The data
	// type MUST contain an opened policy store handle, successfully opened with the RRPC_FWOpenPolicyStore
	// (Opnum 0) method. The handle MUST have read/write access rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// configID: This parameter specifies the specific global policy configuration option
	// that the client is interested in retrieving.
	ConfigID fasp.ProfileConfig `idl:"name:configID" json:"config_id"`
	// Profile: This parameter specifies from which specific profile this value MUST be
	// retrieved.
	Profile fasp.ProfileType `idl:"name:Profile" json:"profile"`
	// dwFlags: This parameter is a combination of flags from the FW_CONFIG_FLAGS enumeration,
	// which modifies the behavior of this method, as specified in the definition of the
	// enumeration.
	Flags uint32 `idl:"name:dwFlags" json:"flags"`
	// pBuffer: This is an input/output parameter. This parameter is a pointer to the buffer
	// that the client provides to contain the value of the profile configuration option
	// being requested.
	Buffer []byte `idl:"name:pBuffer;size_is:(cbData);length_is:(pcbTransmittedLen);pointer:unique" json:"buffer"`
	// cbData: This parameter is the size of the buffer to which the pBuffer parameter points.
	DataLength uint32 `idl:"name:cbData" json:"data_length"`
	// pcbTransmittedLen: This is a pointer to an input and output parameter that specifies
	// the length of the transmitted data within the buffer.
	TransmittedLength uint32 `idl:"name:pcbTransmittedLen" json:"transmitted_length"`
}

type GetConfig210Response struct {
	// XXX: cbData is an implicit input depedency for output parameters
	DataLength uint32 `idl:"name:cbData" json:"data_length"`

	// pBuffer: This is an input/output parameter. This parameter is a pointer to the buffer
	// that the client provides to contain the value of the profile configuration option
	// being requested.
	Buffer []byte `idl:"name:pBuffer;size_is:(cbData);length_is:(pcbTransmittedLen);pointer:unique" json:"buffer"`
	// pcbTransmittedLen: This is a pointer to an input and output parameter that specifies
	// the length of the transmitted data within the buffer.
	TransmittedLength uint32 `idl:"name:pcbTransmittedLen" json:"transmitted_length"`
	// pcbRequired: This is a pointer to an output parameter that specifies the required
	// minimum buffer size, in octets, for the method to be able to return the configuration
	// value. This output parameter is nonzero only if the buffer (pointed to by pBuffer
	// and whose size is cbData) was not big enough to contain the value.
	RequiredLength uint32 `idl:"name:pcbRequired" json:"required_length"`
	// pOrigin: This field is the origin of the configuration option, as specified in the
	// FW_RULE_ORIGIN_TYPE enumeration. On success, it MUST be filled.
	Origin fasp.RuleOriginType `idl:"name:pOrigin" json:"origin"`
	// Return: The RRPC_FWGetConfig2_10 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type GetConfigRequest struct {
	// hPolicyStore: This input parameter is an FW_POLICY_STORE_HANDLE data type. The data
	// type MUST contain an opened policy store handle, successfully opened with the RRPC_FWOpenPolicyStore
	// (Opnum 0) method. The handle MUST have read/write access rights.
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// configID: This parameter specifies the specific profile configuration option the
	// client is interested in retrieving.
	ConfigID fasp.ProfileConfig `idl:"name:configID" json:"config_id"`
	// Profile: This parameter specifies from which specific profile this value MUST be
	// retrieved.
	Profile fasp.ProfileType `idl:"name:Profile" json:"profile"`
	// dwFlags: This parameter is a combination of flags from the FW_CONFIG_FLAGS enumeration,
	// which modifies the behavior of this method, as specified in the definition of the
	// enumeration.
	Flags uint32 `idl:"name:dwFlags" json:"flags"`
	// pBuffer: This is an input/output parameter. This parameter is a pointer to the buffer
	// that the client provides to contain the value of the profile configuration option
	// being requested.
	Buffer []byte `idl:"name:pBuffer;size_is:(cbData);length_is:(pcbTransmittedLen);pointer:unique" json:"buffer"`
	// cbData: This parameter is the size of the buffer that the pBuffer parameter points
	// to.
	DataLength uint32 `idl:"name:cbData" json:"data_length"`
	// pcbTransmittedLen: This is a pointer to an input and output parameter that specifies
	// the length of the transmitted data within the buffer.
	TransmittedLength uint32 `idl:"name:pcbTransmittedLen" json:"transmitted_length"`
}

type GetConfigResponse struct {
	// XXX: cbData is an implicit input depedency for output parameters
	DataLength uint32 `idl:"name:cbData" json:"data_length"`

	// pBuffer: This is an input/output parameter. This parameter is a pointer to the buffer
	// that the client provides to contain the value of the profile configuration option
	// being requested.
	Buffer []byte `idl:"name:pBuffer;size_is:(cbData);length_is:(pcbTransmittedLen);pointer:unique" json:"buffer"`
	// pcbTransmittedLen: This is a pointer to an input and output parameter that specifies
	// the length of the transmitted data within the buffer.
	TransmittedLength uint32 `idl:"name:pcbTransmittedLen" json:"transmitted_length"`
	// pcbRequired: This is a pointer to an output parameter that specifies the required
	// minimum buffer size in octets for the method to be able to return the configuration
	// value. This output parameter is nonzero only if the buffer (pointed to by pBuffer
	// and whose size is cbData) was not big enough to contain the value.
	RequiredLength uint32 `idl:"name:pcbRequired" json:"required_length"`
	// Return: The RRPC_FWGetConfig return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type GetGlobalConfig210Request struct {
	// BinaryVersion: This parameter specifies the RPC interface binary version. This implies
	// versions of the methods and versions of the structures.
	BinaryVersion uint16 `idl:"name:BinaryVersion" json:"binary_version"`
	// StoreType: This parameter specifies the policy store from which the client retrieves
	// the configuration option value.
	StoreType fasp.StoreType `idl:"name:StoreType" json:"store_type"`
	// configID: This parameter specifies the specific global policy configuration option
	// that the client is interested in retrieving.
	ConfigID fasp.GlobalConfig `idl:"name:configID" json:"config_id"`
	// dwFlags: This parameter is a combination of flags from the FW_CONFIG_FLAGS enumeration,
	// which modifies the behavior of this method, as specified in the definition of the
	// enumeration.
	Flags uint32 `idl:"name:dwFlags" json:"flags"`
	// pBuffer: This is an input/output parameter. This parameter is a pointer to the buffer
	// that the client provides to contain the value of the profile configuration option
	// that is being requested.
	Buffer []byte `idl:"name:pBuffer;size_is:(cbData);length_is:(pcbTransmittedLen);pointer:unique" json:"buffer"`
	// cbData: This parameter is the size of the buffer to which the pBuffer parameter points.
	DataLength uint32 `idl:"name:cbData" json:"data_length"`
	// pcbTransmittedLen: This is a pointer to an input and output parameter that specifies
	// the length of the transmitted data within the buffer.
	TransmittedLength uint32 `idl:"name:pcbTransmittedLen" json:"transmitted_length"`
}

type GetGlobalConfig210Response struct {
	// XXX: cbData is an implicit input depedency for output parameters
	DataLength uint32 `idl:"name:cbData" json:"data_length"`

	// pBuffer: This is an input/output parameter. This parameter is a pointer to the buffer
	// that the client provides to contain the value of the profile configuration option
	// that is being requested.
	Buffer []byte `idl:"name:pBuffer;size_is:(cbData);length_is:(pcbTransmittedLen);pointer:unique" json:"buffer"`
	// pcbTransmittedLen: This is a pointer to an input and output parameter that specifies
	// the length of the transmitted data within the buffer.
	TransmittedLength uint32 `idl:"name:pcbTransmittedLen" json:"transmitted_length"`
	// pcbRequired: This is a pointer to an output parameter that specifies the required
	// minimum buffer size, in octets, for the method to be able to return the configuration
	// value. This output parameter is nonzero only if the buffer (pointed to by pBuffer
	// and whose size is cbData) was not big enough to contain the value.
	RequiredLength uint32 `idl:"name:pcbRequired" json:"required_length"`
	// pOrigin: This field is the origin of the configuration option, as specified in the
	// FW_RULE_ORIGIN_TYPE enumeration. On success, it MUST be filled.
	Origin fasp.RuleOriginType `idl:"name:pOrigin" json:"origin"`
	// Return: The RRPC_FWGetGlobalConfig2_10 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type GetGlobalConfigRequest struct {
	// BinaryVersion: This parameter specifies the RPC interface binary version. This implies
	// versions of the methods and versions of the structures.
	BinaryVersion uint16 `idl:"name:BinaryVersion" json:"binary_version"`
	// StoreType: This parameter specifies the policy store from which the client wants
	// to retrieve the configuration option value.
	StoreType fasp.StoreType `idl:"name:StoreType" json:"store_type"`
	// configID: This parameter specifies the specific global policy configuration option
	// the client is interested in retrieving.
	ConfigID fasp.GlobalConfig `idl:"name:configID" json:"config_id"`
	// dwFlags: This parameter is a combination of flags from the FW_CONFIG_FLAGS enumeration,
	// which modifies the behavior of this method, as specified in the definition of the
	// enumeration.
	Flags uint32 `idl:"name:dwFlags" json:"flags"`
	// pBuffer: This is an input/output parameter. This parameter is a pointer to the buffer
	// that the client provides to contain the value of the profile configuration option
	// being requested.
	Buffer []byte `idl:"name:pBuffer;size_is:(cbData);length_is:(pcbTransmittedLen);pointer:unique" json:"buffer"`
	// cbData: This parameter is the size of the buffer that the pBuffer parameter points
	// to.
	DataLength uint32 `idl:"name:cbData" json:"data_length"`
	// pcbTransmittedLen: This is a pointer to an input and output parameter that specifies
	// the length of the transmitted data within the buffer.
	TransmittedLength uint32 `idl:"name:pcbTransmittedLen" json:"transmitted_length"`
}

type GetGlobalConfigResponse struct {
	// XXX: cbData is an implicit input depedency for output parameters
	DataLength uint32 `idl:"name:cbData" json:"data_length"`

	// pBuffer: This is an input/output parameter. This parameter is a pointer to the buffer
	// that the client provides to contain the value of the profile configuration option
	// being requested.
	Buffer []byte `idl:"name:pBuffer;size_is:(cbData);length_is:(pcbTransmittedLen);pointer:unique" json:"buffer"`
	// pcbTransmittedLen: This is a pointer to an input and output parameter that specifies
	// the length of the transmitted data within the buffer.
	TransmittedLength uint32 `idl:"name:pcbTransmittedLen" json:"transmitted_length"`
	// pcbRequired: This is a pointer to an output parameter that specifies the required
	// minimum buffer size in octets in order for the method to be able to return the configuration
	// value. This output parameter is nonzero only if the buffer (pointed to by pBuffer
	// and whose size is cbData) was not big enough to contain the value.
	RequiredLength uint32 `idl:"name:pcbRequired" json:"required_length"`
	// Return: The RRPC_FWGetGlobalConfig return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type OpenPolicyStoreRequest struct {
	// BinaryVersion: This parameter specifies the RPC interface binary version. This implies
	// versions of the methods and versions of the structures. This value MUST be a valid
	// protocol Version (see section 1.7 for capability negotiation details and section
	// 2.2.42 for translating Protocol versions to binary and schema versions).
	BinaryVersion uint16 `idl:"name:BinaryVersion" json:"binary_version"`
	// StoreType: This parameter specifies the policy store type that the client wants to
	// open.
	StoreType fasp.StoreType `idl:"name:StoreType" json:"store_type"`
	// AccessRight: This parameter specifies the read or read/write access rights that the
	// client is requesting on the store.
	AccessRight fasp.PolicyAccessRight `idl:"name:AccessRight" json:"access_right"`
	// dwFlags: This parameter is not used. The server MUST ignore this parameter. The client
	// SHOULD pass a value of zero.
	Flags uint32 `idl:"name:dwFlags" json:"flags"`
}

type OpenPolicyStoreResponse struct {
	// phPolicyStore: This is an output parameter that provides a pointer to an FW_POLICY_STORE_HANDLE
	// data type. If successful, this parameter contains a handle to the opened store.
	PolicyStore *PolicyStore `idl:"name:phPolicyStore" json:"policy_store"`
	// Return: The RRPC_FWOpenPolicyStore return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type PolicyStore dcetypes.ContextHandle

type Product dcetypes.ContextHandle

type QueryAuthenticationSets220Request struct {
	PolicyStore *PolicyStore    `idl:"name:hPolicyStore" json:"policy_store"`
	IPsecPhase  fasp.IPsecPhase `idl:"name:IPsecPhase" json:"ipsec_phase"`
	// pQuery: This parameter represents the query object that the client wants to use to
	// specify which main mode rules MUST be retrieved from the store. The query object
	// MUST be valid, as specified in the definition of the FW_QUERY data type.
	Query *fasp.Query `idl:"name:pQuery" json:"query"`
	// wFlags: This parameter is a combination of flags from the FW_ENUM_RULES_FLAGS enumeration,
	// which modifies the behavior of the method and performs operations on the rules before
	// returning them in the linked list.
	Flags uint16 `idl:"name:wFlags" json:"flags"`
}

type QueryAuthenticationSets220Response struct {
	// pdwNumSets: This is an output parameter that, on success, MUST be equal to the number
	// of sets returned.
	SetsLength uint32 `idl:"name:pdwNumSets;pointer:ref" json:"sets_length"`
	// ppAuthSets: This is an output parameter that, on success, contains a linked list
	// of FW_AUTH_SET data types.
	AuthSets *fasp.AuthSet `idl:"name:ppAuthSets" json:"auth_sets"`
	// Return: The RRPC_FWQueryAuthenticationSets2_20 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type QueryAuthenticationSetsRequest struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// IPsecPhase: This parameter specifies the specific IPsec negotiation phase to which
	// this set applies.
	IPsecPhase fasp.IPsecPhase `idl:"name:IPsecPhase" json:"ipsec_phase"`
	// pQuery: This parameter represents the query object that the client wants to use to
	// specify which main mode rules MUST be retrieved from the store. The query object
	// MUST be valid, as specified in the definition of the FW_QUERY data type.
	Query *fasp.Query `idl:"name:pQuery" json:"query"`
	// wFlags: This parameter is a combination of flags from the FW_ENUM_RULES_FLAGS enumeration,
	// which modifies the behavior of the method and performs operations on the rules before
	// returning them in the linked list.
	Flags uint16 `idl:"name:wFlags" json:"flags"`
}

type QueryAuthenticationSetsResponse struct {
	// pdwNumSets: This is an output parameter that, on success, MUST be equal to the number
	// of sets returned.
	SetsLength uint32 `idl:"name:pdwNumSets;pointer:ref" json:"sets_length"`
	// ppAuthSets: This is an output parameter that on success contains a linked list of
	// FW_AUTH_SET2_10 data types.
	AuthSets *fasp.AuthSet210 `idl:"name:ppAuthSets" json:"auth_sets"`
	// Return: The RRPC_FWQueryAuthenticationSets return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type QueryConnectionSecurityRules210Request struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	Query       *fasp.Query  `idl:"name:pQuery" json:"query"`
	Flags       uint16       `idl:"name:wFlags" json:"flags"`
}

type QueryConnectionSecurityRules210Response struct {
	RulesLength uint32          `idl:"name:pdwNumRules;pointer:ref" json:"rules_length"`
	Rules       *fasp.CSRule210 `idl:"name:ppRules" json:"rules"`
	// Return: The RRPC_FWQueryConnectionSecurityRules2_10 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type QueryConnectionSecurityRules220Request struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// pQuery: This parameter represents the query object that the client uses to specify
	// which main mode rules MUST be retrieved from the store. The query object MUST be
	// valid, as specified in the definition of the FW_QUERY data type.
	Query *fasp.Query `idl:"name:pQuery" json:"query"`
	// wFlags: This parameter is a combination of flags from the FW_ENUM_RULES_FLAGS enumeration,
	// which modifies the behavior of the method and performs operations on the rules before
	// returning them in the linked list.
	Flags uint16 `idl:"name:wFlags" json:"flags"`
}

type QueryConnectionSecurityRules220Response struct {
	// pdwNumRules: This is an output parameter that on success MUST be equal to the number
	// of rules returned.
	RulesLength uint32 `idl:"name:pdwNumRules;pointer:ref" json:"rules_length"`
	// ppRules: This is an output parameter that on success contains a linked list of FW_CS_RULE
	// data types.
	Rules *fasp.CSRule `idl:"name:ppRules" json:"rules"`
	// Return: The RRPC_FWQueryConnectionSecurityRules2_20 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type QueryCryptoSetsRequest struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// IPsecPhase: This parameter specifies the specific IPsec negotiation phase to which
	// this set applies.
	IPsecPhase fasp.IPsecPhase `idl:"name:IPsecPhase" json:"ipsec_phase"`
	// pQuery: This parameter represents the query object that the client wants to use to
	// specify which main mode rules MUST be retrieved from the store. The query object
	// MUST be valid, as specified in the definition of the FW_QUERY data type.
	Query *fasp.Query `idl:"name:pQuery" json:"query"`
	// wFlags: This parameter is a combination of flags from the FW_ENUM_RULES_FLAGS enumeration,
	// which modifies the behavior of the method and performs operations on the rules before
	// returning them in the linked list.
	Flags uint16 `idl:"name:wFlags" json:"flags"`
}

type QueryCryptoSetsResponse struct {
	// pdwNumSets: This is an output parameter that, on success, MUST be equal to the number
	// of sets returned.
	SetsLength uint32 `idl:"name:pdwNumSets;pointer:ref" json:"sets_length"`
	// ppCryptoSets: This is an output parameter that, on success, contains a linked list
	// of FW_CRYPTO_SET data types.
	CryptoSets *fasp.CryptoSet `idl:"name:ppCryptoSets" json:"crypto_sets"`
	// Return: The RRPC_FWQueryCryptoSets return value.
	Return uint32 `idl:"name:Return" json:"return"`
}

type QueryFirewallRules220Request struct {
	PolicyStore *PolicyStore `idl:"name:hPolicyStore" json:"policy_store"`
	// pQuery: This parameter represents the query object that the client uses to specify
	// which main mode rules MUST be retrieved from the store. The query object MUST be
	// valid, as specified in the definition of the FW_QUERY data type.
	Query *fasp.Query `idl:"name:pQuery" json:"query"`
	// wFlags: This parameter is a combination of flags from the FW_ENUM_RULES_FLAGS enumeration,
	// which modifies the behavior of the method and performs operations on the rules before
	// returning them in the linked list.
	Flags uint16 `idl:"name:wFlags" json:"flags"`
}

type QueryFirewallRules220Response struct {
	// pdwNumRules: This is an output parameter that on success MUST be equal to the number
	// of rules returned.
	RulesLength uint32 `idl:"name:pdwNumRules;pointer:ref" json:"rules_length"`
	// ppRules: This is an output parameter that on success contains a linked list of FW_RULE2_20
	// data types.
	Rules *fasp.Rule220 `idl:"name:ppRules" json:"rules"`
	// Return: The RRPC_FWQueryFirewallRules2_20 return value.
	Return uint32 `idl:"name:Return" json:"return"`
}