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// Copyright (c) Microsoft Corporation.
// Licensed under the MIT license.
package tunnels
import (
"encoding/json"
"fmt"
"github.com/rodaine/table"
)
const PackageVersion = "0.0.25"
func (tunnel *Tunnel) requestObject() (*Tunnel, error) {
convertedTunnel := &Tunnel{
Name: tunnel.Name,
Domain: tunnel.Domain,
Description: tunnel.Description,
Tags: tunnel.Tags,
Options: tunnel.Options,
Endpoints: tunnel.Endpoints,
CustomExpiration: tunnel.CustomExpiration,
}
if tunnel.AccessControl != nil {
var newEntries []TunnelAccessControlEntry
for _, entry := range tunnel.AccessControl.Entries {
if !entry.IsInherited {
newEntries = append(newEntries, entry)
}
}
convertedTunnel.AccessControl = &TunnelAccessControl{
Entries: newEntries,
}
}
var convertedPorts []TunnelPort
for _, port := range tunnel.Ports {
convertedPort, err := port.requestObject(tunnel)
if err != nil {
return nil, err
}
convertedPorts = append(convertedPorts, *convertedPort)
}
convertedTunnel.Ports = convertedPorts
return convertedTunnel, nil
}
func (t *Tunnel) Table() table.Table {
tbl := table.New("Tunnel Properties", " ")
var accessTokens string
for scope := range t.AccessTokens {
if len(accessTokens) == 0 {
accessTokens += string(scope)
} else {
accessTokens += fmt.Sprintf(", %s", scope)
}
}
var ports string
for _, port := range t.Ports {
if len(ports) == 0 {
ports += fmt.Sprintf("%d - %s", port.PortNumber, port.Protocol)
} else {
ports += fmt.Sprintf(", %d - %s", port.PortNumber, port.Protocol)
}
}
tbl.AddRow("ClusterId", t.ClusterID)
tbl.AddRow("TunnelId", t.TunnelID)
tbl.AddRow("Name", t.Name)
tbl.AddRow("Description", t.Description)
tbl.AddRow("Tags", fmt.Sprintf("%v", t.Tags))
if t.AccessControl != nil {
tbl.AddRow("Access Control", fmt.Sprintf("%v", *t.AccessControl))
}
tbl.AddRow("Ports", ports)
tbl.AddRow("Host Connections", t.Status.HostConnectionCount)
tbl.AddRow("Client Connections", t.Status.ClientConnectionCount)
tbl.AddRow("Available Scopes", accessTokens)
return tbl
}
func (tp *TunnelPort) Table() table.Table {
tbl := table.New("TunnelPort Properties", " ")
var accessTokens string
for scope := range tp.AccessTokens {
if len(accessTokens) == 0 {
accessTokens += string(scope)
} else {
accessTokens += fmt.Sprintf(", %s", scope)
}
}
tbl.AddRow("ClusterId", tp.ClusterID)
tbl.AddRow("TunnelId", tp.TunnelID)
tbl.AddRow("PortNumber", tp.PortNumber)
tbl.AddRow("Protocol", tp.Protocol)
if tp.AccessControl != nil {
tbl.AddRow("Access Control", fmt.Sprintf("%v", *tp.AccessControl))
}
tbl.AddRow("Client Connections", tp.Status.ClientConnectionCount)
tbl.AddRow("Last Connection Time", tp.Status.LastClientConnectionTime)
return tbl
}
func NewTunnelPort(portNumber uint16, clusterId string, tunnelId string, protocol TunnelProtocol) *TunnelPort {
protocolValue := string(protocol)
if len(protocolValue) == 0 {
protocolValue = string(TunnelProtocolAuto)
}
port := &TunnelPort{
PortNumber: portNumber,
ClusterID: clusterId,
TunnelID: tunnelId,
Protocol: protocolValue,
}
return port
}
func (tunnelPort *TunnelPort) requestObject(tunnel *Tunnel) (*TunnelPort, error) {
if tunnelPort.ClusterID != "" && tunnel.ClusterID != "" && tunnelPort.ClusterID != tunnel.ClusterID {
return nil, fmt.Errorf("tunnel port cluster ID '%s' does not match tunnel cluster ID '%s'", tunnelPort.ClusterID, tunnel.ClusterID)
}
if tunnelPort.TunnelID != "" && tunnel.TunnelID != "" && tunnelPort.TunnelID != tunnel.TunnelID {
return nil, fmt.Errorf("tunnel port tunnel ID does not match tunnel")
}
convertedPort := &TunnelPort{
PortNumber: tunnelPort.PortNumber,
Protocol: tunnelPort.Protocol,
IsDefault: tunnelPort.IsDefault,
Description: tunnelPort.Description,
Tags: tunnelPort.Tags,
SshUser: tunnelPort.SshUser,
Options: tunnelPort.Options,
}
if tunnelPort.AccessControl != nil {
var newEntries []TunnelAccessControlEntry
for _, entry := range tunnelPort.AccessControl.Entries {
if !entry.IsInherited {
newEntries = append(newEntries, entry)
}
}
convertedPort.AccessControl = &TunnelAccessControl{
Entries: newEntries,
}
}
return convertedPort, nil
}
func (rs *ResourceStatus) UnmarshalJSON(data []byte) (err error) {
// First attempt to un-marshal as a ResourceStatus object.
var obj map[string]uint64
err = json.Unmarshal(data, &obj)
if err == nil {
rs.Current = obj["current"]
rs.Limit = obj["limit"]
} else {
// It's not an object - unmarshal as a simple number.
err = json.Unmarshal(data, &rs.Current)
rs.Limit = 0
}
return err
}
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