_id stringlengths 2 7 | text stringlengths 6 2.61k | title stringclasses 1
value |
|---|---|---|
c6700 | // Count mocks base method
// nolint | |
c6701 | // Count indicates an expected call of Count
// nolint | |
c6702 | // GetAllRecords mocks base method
// nolint | |
c6703 | // GetAllDataPathPacketRecords mocks base method
// nolint | |
c6704 | // CollectUserEvent indicates an expected call of CollectUserEvent
// nolint | |
c6705 | // NewPortSpec creates a new port spec | |
c6706 | // NewPortSpecFromString creates a new port spec | |
c6707 | // SinglePort returns the port of a non multi-port spec | |
c6708 | // MultiPort returns the multi-port range as a string. | |
c6709 | // Overlaps returns true if the provided port spect overlaps with the given one. | |
c6710 | // IsIncluded returns trues if a port is within the range of the portspec | |
c6711 | // Helpher functions for the package, mainly for debugging and validation
// They are not used by the main package
// VerifyIPChecksum returns true if the IP header checksum is correct
// for this packet, false otherwise. Note that the checksum is not
// modified. | |
c6712 | // UpdateIPChecksum computes the IP header checksum and updates the
// packet with the value. | |
c6713 | // VerifyTCPChecksum returns true if the TCP header checksum is correct
// for this packet, false otherwise. Note that the checksum is not
// modified. | |
c6714 | // UpdateTCPChecksum computes the TCP header checksum and updates the
// packet with the value. | |
c6715 | //PacketToStringTCP returns a string representation of fields contained in this packet. | |
c6716 | // Computes the IP header checksum. The packet is not modified. | |
c6717 | // Computes the TCP header checksum. The packet is not modified. | |
c6718 | // incCsum16 implements rfc1624, equation 3. | |
c6719 | // Computes a sum of 16 bit numbers | |
c6720 | // Computes a checksum over the given slice. | |
c6721 | // UpdateUDPChecksum updates the UDP checksum field of packet | |
c6722 | // ReadUDPToken returnthe UDP token. Gets called only during the handshake process. | |
c6723 | // UDPTokenAttach attached udp packet signature and tokens. | |
c6724 | // UDPDataAttach Attaches UDP data post encryption. | |
c6725 | // CreateReverseFlowPacket modifies the packet for reverse flow. | |
c6726 | // GetUDPType returns udp type of packet. | |
c6727 | // GetUDPTypeFromBuffer gets the UDP packet from a raw buffer., | |
c6728 | // CreateUDPAuthMarker creates a UDP auth marker. | |
c6729 | // NewJWT creates a new JWT token processor | |
c6730 | // CreateAndSign creates a new token, attaches an ephemeral key pair and signs with the issuer
// key. It also randomizes the source nonce of the token. It returns back the token and the private key. | |
c6731 | // Randomize adds a nonce to an existing token. Returns the nonce | |
c6732 | // RetrieveNonce returns the nonce of a token. It copies the value | |
c6733 | // addTransmitterLabel adds the enforcerconstants.TransmitterLabel as a fixed label in the policy.
// The ManagementID part of the policy is used as the enforcerconstants.TransmitterLabel.
// If the Policy didn't set the ManagementID, we use the Local contextID as the
// default enforcerconstants.TransmitterLabel. | |
c6734 | // SubOptionMonitorLinuxExtractor provides a way to specify metadata extractor for linux monitors. | |
c6735 | // SubOptionMonitorCNIExtractor provides a way to specify metadata extractor for CNI monitors. | |
c6736 | // SubOptionMonitorUIDExtractor provides a way to specify metadata extractor for UID monitors. | |
c6737 | // SubOptionMonitorSSHExtractor provides a way to specify metadata extractor for SSH monitors. | |
c6738 | // SubOptionMonitorDockerExtractor provides a way to specify metadata extractor for docker. | |
c6739 | // SubOptionMonitorDockerSocket provides a way to specify socket info for docker. | |
c6740 | // SubOptionMonitorDockerFlags provides a way to specify configuration flags info for docker. | |
c6741 | // SubOptionMonitorKubernetesKubeconfig provides a way to specify a kubeconfig to use to connect to Kubernetes.
// In case of an in-cluter config, leave the kubeconfig field blank | |
c6742 | // SubOptionMonitorKubernetesNodename provides a way to specify the kubernetes node name.
// This is useful for filtering | |
c6743 | // SubOptionMonitorKubernetesHostPod provides a way to specify if we want to activate Pods launched in host mode. | |
c6744 | // SubOptionMonitorKubernetesExtractor provides a way to specify metadata extractor for Kubernetes | |
c6745 | // SubOptionMonitorKubernetesDockerExtractor provides a way to specify metadata extractor for docker. | |
c6746 | // SubOptionMonitorPodKubeconfig provides a way to specify a kubeconfig to use to connect to Kubernetes.
// In case of an in-cluter config, leave the kubeconfig field blank | |
c6747 | // SubOptionMonitorPodNodename provides a way to specify the kubernetes node name.
// This is useful for filtering | |
c6748 | // SubOptionMonitorPodActivateHostPods provides a way to specify if we want to activate Pods launched in host mode. | |
c6749 | // SubOptionMonitorPodMetadataExtractor provides a way to specify metadata extractor for Kubernetes | |
c6750 | // SubOptionMonitorPodNetclsProgrammer provides a way to program the net_cls cgroup for host network pods in Kubernetes | |
c6751 | // OptionCollector provide a way to add to the docker monitor the collector instance | |
c6752 | // OptionPolicyResolver provides a way to add to the docker monitor the policy resolver instance | |
c6753 | // NewMonitor provides a configuration for monitors. | |
c6754 | //AddEthernetLayer creates an Ethernet layer | |
c6755 | //AddIPLayer creates an IP layer | |
c6756 | //AddTCPLayer creates a TCP layer | |
c6757 | //SetTCPSynAck changes the TCP SYN and ACK flag to true | |
c6758 | //NewTCPPayload adds new payload to TCP layer | |
c6759 | //DecodePacket returns decoded packet which implements PacketManipulator | |
c6760 | //NewPacketFlow returns PacketFlow struct which implements PacketFlowManipulator | |
c6761 | //AppendPacket adds the packet to Flow field of PacketFlowManipulator interface | |
c6762 | //GetMatchPackets implicitly returns the matching packets requested by the user | |
c6763 | //GetUptoFirstSynAckPacket will return packets upto first SynAck packet | |
c6764 | //GetNthPacket returns the packet requested by the user from the array | |
c6765 | // ConvertServicesToPortList converts an array of services to a port list | |
c6766 | // NewDebugClient initializes a new Debug Client | |
c6767 | // CreateSocket returns a handle to SocketWriter interface | |
c6768 | // NewPUInfo instantiates a new ContainerPolicy | |
c6769 | // PUInfoFromPolicyAndRuntime generates a ContainerInfo Struct from an existing RuntimeInfo and PolicyInfo | |
c6770 | // ErrPUNotFound creates a new context not found error | |
c6771 | // ErrPUNotUnique creates a new not unique error | |
c6772 | // ErrPUCreateFailed creates a new PU create failed error | |
c6773 | // ErrPUAlreadyActivated creates a new PU already activated error | |
c6774 | // ErrPUPolicyPending creates a new PU policy pending error. | |
c6775 | // ErrPUPolicyEnforcementFailed creates a new PU policy pending error. | |
c6776 | // IsErrPUNotFound checks if this error is a PU not found error | |
c6777 | // IsErrPUNotUnique checks if this error is a PU not unique error | |
c6778 | // IsErrPUCreateFailed checks if this error is a PU not unique error | |
c6779 | // IsErrPUAlreadyActivated checks if this error is a PU already activated error | |
c6780 | // IsErrPUPolicyPending checks if this error is a PU policy pending error. | |
c6781 | // IsErrPUEnforcementFailed checks if this error is a PU policy pending error. | |
c6782 | // ExecuteCommandFromArguments processes the command from the arguments | |
c6783 | // NewCustomRequestProcessor creates a new request processor | |
c6784 | // CreateAndRun creates a processing unit | |
c6785 | // DeleteService will issue a delete command | |
c6786 | // DeleteCgroup will issue a delete command based on the cgroup
// This is used mainly by the cleaner. | |
c6787 | // ExecuteRequest executes the command with an RPC request | |
c6788 | // sendRequest sends an RPC request to the provided address | |
c6789 | // ParseServices parses strings with the services and returns them in an
// validated slice | |
c6790 | // ComputeHmac256 computes the HMAC256 of the message | |
c6791 | // VerifyHmac verifies if the HMAC of the message matches the one provided | |
c6792 | // GenerateRandomBytes returns securely generated random bytes.
// It will return an error if the system's secure random
// number generator fails to function correctly, in which
// case the caller should not continue. | |
c6793 | // GenerateRandomString returns a URL-safe, base64 encoded
// securely generated random string.
// It will return an error if the system's secure random
// number generator fails to function correctly, in which
// case the caller should not continue. | |
c6794 | // LoadRootCertificates loads the certificates in the provide PEM buffer in a CertPool | |
c6795 | // LoadEllipticCurveKey parses and creates an EC key | |
c6796 | // LoadAndVerifyCertificate parses, validates, and creates a certificate structure from a PEM buffer
// It must be provided with the a CertPool | |
c6797 | // LoadAndVerifyECSecrets loads all the certificates and keys to memory in the right data structures | |
c6798 | // LoadCertificate loads a certificate from a PEM file without verifying
// Should only be used for loading a root CA certificate. It will only read
// the first certificate | |
c6799 | // NewRPCClient mocks base method
// nolint |
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