接口设计¶
Introduction to MEP interface¶
MEP主要包含MEP-server和MEP-auth两个主要功能模块。MEP server接口分为两类,一类为遵循ETSI MEC 011 v2.1.1标准的Mp1接口,主要为App提供服务注册发现,App状态通知订阅,Dns规则获取等功能;另一类为Mm5接口,主要为MECM/MEPM提供配置管理功能。MEP auth目前主要作为鉴权模块,为App提供token申请发放功能。
URL为服务自己的URL,PORT为服务自己的PORT。如果经过KONG,PORT变成KONG的PORT,URL需要添加对应的路由。mepauth直接添加{KONG_MEPAUTH_ROUTE}(当前值为/mepauth),mepserver把/mep用{KONG_MEPSERVER_ROUTE}(当前值为/mepserver)替换。
MEP-auth module interface¶
Service Authentication Interface¶
应用通过AK/SK向LDVS进行鉴权认证,认证通过后返回token,每个token具有有效期(1小时),token分配方在有效期结束后将收回token,当携带过期的token的HTTP请求到达的时候,将被以状态码401返回;此时token携带方需要重新进行token获取。当token还在有效期内,token携带方再次使用相同的用户获取token时返回当前仍然有效的token。
URL
POST /mep/token
请求参数
名称 |
类型 |
描述 |
IN |
必选 |
---|---|---|---|---|
Content-Type |
String |
MIME类型, 填”application/json” |
header |
是 |
Authorization |
String |
认证信息 |
header |
是 |
x-sdk-date |
String |
签名时间(当前时间戳,格式:YYYYMMDDTHHMMSSZ) |
header |
是 |
Host |
String |
与生成认证信息签名用到的host字段保持一致 |
header |
是 |
Body参数
无
请求示例
POST /mep/token
{
"header": [
{
"key": "Content-Type",
"value": "application/json"
},
{
"key": "Authorization",
"value": "SDK-HMAC-SHA256 Access= QVUJMSUMgS0VZLS0tLS0=,
SignedHeaders=content-type;host;x-sdk-date,
Signature=142b0dc3feaeb3662b2033a8e6425596546e08a231aa39179b4060867dd15d3d"
},
{
"key": "x-sdk-date",
"value": "20060102T150405Z"
},
{
"key":"Host",
"value":"xxx"
}
]
}
返回参数
返回码:200
OK
名称 |
类型 |
描述 |
必选 |
---|---|---|---|
access_token |
String |
Token |
是 |
token_type |
String |
Token类型(Bearer) |
是 |
expires_in |
int |
失效时间 |
是 |
返回示例
HTTP/1.1 200 OK
{
"access_token":"xxxx",
"token_type":"Bearer",
"expires_in":"3600"
}
注:在测试时,请确保启动EG-LDVS时使用的AK/SK和获取token时使用的AK/SK相同。基于AK/SK的认证,EG-LDVS对于相同的AK若5分钟内三次认证失败,对应AK将被锁定15分钟。
AK/SK configuration interface¶
URL
PUT /mep/appMng/v1/applications/{appInstanceId}/confs
请求参数
名称 |
类型 |
描述 |
IN |
必选 |
---|---|---|---|---|
Content-Type |
String |
MIME类型,填”application/json” |
header |
是 |
appInstanceId |
String |
APP实例ID(UUID) |
path |
是 |
Body参数
名称 |
类型 |
描述 |
必选 |
---|---|---|---|
authInfo |
Object |
用户信息 |
是 |
>credentials |
Object |
证书信息 |
是 |
>>accessKeyId |
String |
AK |
是 |
>>secretKey |
String |
SK |
是 |
appInfo |
Object |
app信息 |
是 |
>appName |
String |
app名称 |
是 |
>requiredServices |
Array[String] |
app依赖的服务列表 |
是 |
请求示例
PUT /mep/appMng/v1/applications/5abe4782-2c70-4e47-9a4e-0ee3a1a0fd1f/confs
{
"header": [
{
"key": "Content-Type",
"value": "application/json"
}
],
"body": {
"authInfo": {
"credentials": {
"accessKeyId": "QVUJMSUMgS0VZLS0tLS0",
"secretKey": "DXPb4sqElKhcHe07Kw5uorayETwId1JOjjOIRomRs5wyszoCR5R7AtVa28KT3lSc"
}
},
"appInfo": {
"appName": "name1",
"requiredServices": [
"serviceA",
"serviceB"
]
}
}
}
返回参数
返回码:200
名称 |
类型 |
描述 |
必选 |
---|---|---|---|
authInfo |
Object |
用户信息 |
是 |
>credentials |
Object |
证书信息 |
是 |
>>accessKeyId |
String |
AK |
是 |
>>secretKey |
String |
SK |
是 |
appInfo |
Object |
app信息 |
是 |
>appName |
String |
app名称 |
是 |
>requiredServices |
Array[String] |
app依赖的服务 |
是 |
返回示例
HTTP/1.1 200 OK
{
"header": [
{
"key": "Content-Type",
"value": "application/json"
}
],
"body": {
"authInfo": {
"credentials": {
"accessKeyId": "QVUJMSUMgS0VZLS0tLS0",
"secretKey": "DXPb4sqElKhcHe07Kw5uorayETwId1JOjjOIRomRs5wyszoCR5R7AtVa28KT3lSc"
}
},
"appInfo": {
"appName": "name1",
"requiredServices": [
"serviceA",
"serviceB"
]
}
}
}
MEP-server interface¶
Service¶
1. Query availability services list¶
This method retrieves information about a list of mecService resources. This method is typically used in “service availability query” procedure
URL
GET /mep/mec_service_mgmt/v1/services
请求参数
名称 |
类型 |
描述 |
IN |
必选 |
---|---|---|---|---|
Authorization |
String |
Token信息,格式:Bearer token信息 |
header |
是 |
X-AppInstanceId |
String |
App instance id |
header |
是 |
ser_name |
String |
service name |
query |
否 |
Body参数
无
请求示例
GET /mep/mec_service_mgmt/v1/services?ser_name=xxx
{
"header": [
{
"key": "Authorization",
"value": "Bearer xxx"
},
{
"key": "X-AppInstanceId",
"value": "xxx"
}
]
}
返回参数
返回码:200
OK
名称 |
类型 |
描述 |
必选 |
---|---|---|---|
serInstanceId |
String |
服务实例ID |
是 |
serName |
String |
服务名称 |
是 |
serCategory |
Object |
服务类别 |
否 |
>href |
String |
目录参考 |
否 |
>id |
String |
类别ID |
否 |
>name |
String |
类别名称 |
否 |
>version |
String |
类别版本号 |
否 |
version |
String |
服务版本号 |
是 |
state |
String |
服务状态(ACTIVE/INACTIVE) |
是 |
transportInfo |
Object |
服务信息 |
否 |
>id |
String |
ID |
否 |
>name |
String |
名称 |
否 |
> description |
String |
描述 |
否 |
> type |
String |
类型(REST_HTTP/MB_TOPIC_BASED/MB_ROUTING/MB_PUBSUB/RPC/RPC_STREAMING/WEBSOCKET) |
否 |
> protocol |
String |
协议名称 |
否 |
> version |
String |
版本号 |
否 |
> endpoint |
Ojbect |
Endpoint,三种信息其中的一个(uris/addresses/alternative) |
否 |
>>uris |
Array[String] |
URI格式的服务入口信息列表 |
否 |
>>addresses |
Array[Object] |
服务入口信息地址列表(IP地址+端口号) |
否 |
>>>host |
String |
IP地址 |
否 |
>>>port |
String |
端口号 |
否 |
>>alternative |
String |
已实现格式或者外部规范定义的服务入口信息 |
否 |
> security |
Object |
安全信息 |
否 |
>> oAuth2Info |
Object |
OAuth2.0参数 |
否 |
>>> grantTypes |
Array[String] |
准予类型(OAUTH2_AUTHORIZATION_CODE/OAUTH2_IMPLICIT_GRANT/OAUTH2_RESOURCE_OWNER/OAUTH2_CLIENT_CREDENTIALS) |
否 |
>>> tokenEndpoint |
String |
Token endpoint |
否 |
> implSpecificInfo |
String |
其他实现信息 |
否 |
serializer |
String |
序列化类型(JSON/XML/PROTOBUF3) |
是 |
scopeOfLocality |
String |
地域范围(MEC_SYSTEM/MEC_HOST/NFVI_POP/ZONE/ZONE_GROUP/NFVI_NODE),默认值MEC_HOST |
否 |
consumedLocalOnly |
boolean |
是否只被本地域APP消费(true/false) |
否 |
isLocal |
boolean |
是否在本地域(true/false) |
否 |
livenessInterval |
integer |
Interval (in seconds) between two consecutive heartbeat messages |
否 |
_links |
Object |
Links to resources related to this resource. Shall be absent in HTTP requests. |
否 |
>self |
object |
Link to this resource. Shall be present in HTTP responses. |
否 |
>>liveness |
string |
Link to the resource where the MEC platform expects the service instance to send the liveness information. |
否 |
返回示例
HTTP/1.1 200 OK
[
{
"serInstanceId": "0bc92b06cc213d2ad8beda71bd0e1460",
"serName": "ExampleService",
"serCategory": {
"href": "/example/catalogue1",
"id": "id12345",
"name": "RNI",
"version": "version1"
},
"version": "ServiceVersion1",
"state": "ACTIVE",
"transportInfo": {
"id": "TransId12345",
"name": "REST",
"description": "REST API",
"type": "REST_HTTP",
"protocol": "HTTP",
"version": "2.0",
"endpoint": {},
"security": {
"oAuth2Info": {
"grantTypes": [
"OAUTH2_CLIENT_CREDENTIALS"
],
"tokenEndpoint": "/mecSerMgmtApi/security/TokenEndPoint"
}
},
"implSpecificInfo": {}
},
"serializer": "JSON",
"scopeOfLocality": "MEC_SYSTEM",
"consumedLocalOnly": false,
"isLocal": true,
"livenessInterval": 60,
"_links": {
"self": {
"liveness" : "/mec_service_mgmt/v1/applications/5abe4782-2c70-4e47-9a4e-0ee3a1a0fd1f/service/0bc92b06cc213d2ad8beda71bd0e1460/liveness"
}
}
}
]
2. Query availability individual service¶
This method retrieves information about a mecService resource. This method is typically used in “service availability query” procedure
URL
GET /mep/mec_service_mgmt/v1/services/{serviceId}
请求参数
名称 |
类型 |
描述 |
IN |
必选 |
---|---|---|---|---|
serviceId |
String |
service id |
path |
是 |
Authorization |
String |
Token信息,格式:Bearer token信息 |
header |
是 |
ser_name |
String |
service name |
query |
否 |
Body参数
无
请求示例
GET /mep/mec_service_mgmt/v1/services?ser_name=xxx
{
"header": [
{
"key": "Authorization",
"value": "Bearer xxx"
}
]
}
返回参数
返回码:200
OK
名称 |
类型 |
描述 |
必选 |
---|---|---|---|
serInstanceId |
String |
服务实例ID |
是 |
serName |
String |
服务名称 |
是 |
serCategory |
Object |
服务类别 |
否 |
>href |
String |
目录参考 |
否 |
>id |
String |
类别ID |
否 |
>name |
String |
类别名称 |
否 |
>version |
String |
类别版本号 |
否 |
version |
String |
服务版本号 |
是 |
state |
String |
服务状态(ACTIVE/INACTIVE) |
是 |
transportInfo |
Object |
服务信息 |
否 |
>id |
String |
ID |
否 |
>name |
String |
名称 |
否 |
> description |
String |
描述 |
否 |
> type |
String |
类型(REST_HTTP/MB_TOPIC_BASED/MB_ROUTING/MB_PUBSUB/RPC/RPC_STREAMING/WEBSOCKET) |
否 |
> protocol |
String |
协议名称 |
否 |
> version |
String |
版本号 |
否 |
> endpoint |
Ojbect |
Endpoint,三种信息其中的一个(uris/addresses/alternative) |
否 |
>>uris |
Array[String] |
URI格式的服务入口信息列表 |
否 |
>>addresses |
Array[Object] |
服务入口信息地址列表(IP地址+端口号) |
否 |
>>>host |
String |
IP地址 |
否 |
>>>port |
String |
端口号 |
否 |
>>alternative |
String |
已实现格式或者外部规范定义的服务入口信息 |
否 |
> security |
Object |
安全信息 |
否 |
>> oAuth2Info |
Object |
OAuth2.0参数 |
否 |
>>> grantTypes |
Array[String] |
准予类型(OAUTH2_AUTHORIZATION_CODE/OAUTH2_IMPLICIT_GRANT/OAUTH2_RESOURCE_OWNER/OAUTH2_CLIENT_CREDENTIALS) |
否 |
>>> tokenEndpoint |
String |
Token endpoint |
否 |
> implSpecificInfo |
String |
其他实现信息 |
否 |
serializer |
String |
序列化类型(JSON/XML/PROTOBUF3) |
是 |
scopeOfLocality |
String |
地域范围(MEC_SYSTEM/MEC_HOST/NFVI_POP/ZONE/ZONE_GROUP/NFVI_NODE),默认值MEC_HOST |
否 |
consumedLocalOnly |
boolean |
是否只被本地域APP消费(true/false) |
否 |
isLocal |
boolean |
是否在本地域(true/false) |
否 |
livenessInterval |
integer |
Interval (in seconds) between two consecutive heartbeat messages |
否 |
_links |
Object |
Links to resources related to this resource. Shall be absent in HTTP requests. |
否 |
>self |
object |
Link to this resource. Shall be present in HTTP responses. |
否 |
>>liveness |
string |
Link to the resource where the MEC platform expects the service instance to send the liveness information. |
否 |
返回示例
HTTP/1.1 200 OK
{
"serInstanceId": "0bc92b06cc213d2ad8beda71bd0e1460",
"serName": "ExampleService",
"serCategory": {
"href": "/example/catalogue1",
"id": "id12345",
"name": "RNI",
"version": "version1"
},
"version": "ServiceVersion1",
"state": "ACTIVE",
"transportInfo": {
"id": "TransId12345",
"name": "REST",
"description": "REST API",
"type": "REST_HTTP",
"protocol": "HTTP",
"version": "2.0",
"endpoint": {},
"security": {
"oAuth2Info": {
"grantTypes": [
"OAUTH2_CLIENT_CREDENTIALS"
],
"tokenEndpoint": "/mecSerMgmtApi/security/TokenEndPoint"
}
},
"implSpecificInfo": {}
},
"serializer": "JSON",
"scopeOfLocality": "MEC_SYSTEM",
"consumedLocalOnly": false,
"isLocal": true,
"livenessInterval": 60,
"_links": {
"self": {
"liveness" : "/mec_service_mgmt/v1/applications/5abe4782-2c70-4e47-9a4e-0ee3a1a0fd1f/service/0bc92b06cc213d2ad8beda71bd0e1460/liveness"
}
}
}
3. Query transport information¶
Transport information query provides a standardized means to the MEC applications to discover the available transports supported in MEP.
URL
GET mep/mec_service_mgmt/v1/transports
Request parameters
None
Body Parameters
None
Example Request
GET mep/mec_service_mgmt/v1/transports
Return Parameters
Name | Type | Description | Required |
---|---|---|---|
id | string | Transport ID. | Yes |
name | string | Transport name. | Yes |
description | string | Description about the transport. | No |
type | TransportType | Transport type. | Yes |
protocol | string | Name of the protocol used. | Yes |
version | string | Version of the protocol used. | Yes |
endpoint | EndPointInfo | Information about the endpoint to access the transport. | Yes |
security | SecurityInfo | Information about the security used by the transport. | Yes |
implSpecificInfo | Object | Any other implementation specific information. | No |
Return Code: 200 OK
Example Response
HTTP/1.1 200 OK
[
{
"id": "TransId12345",
"name": "REST",
"description": "REST API",
"type": "REST_HTTP",
"protocol": "HTTP",
"version": "2.0",
"endpoint": {},
"security": {
"oAuth2Info": {
"grantTypes": [
"OAUTH2_CLIENT_CREDENTIALS"
],
"tokenEndpoint": "/mecSerMgmtApi/security/TokenEndPoint"
}
},
"implSpecificInfo": {}
}
]
Exception status code
HTTP Status Code | Description |
---|---|
400 | Bad request, used to indicate that the requested parameters are incorrect. |
403 | The current operation is forbidden. |
404 | The requested resource was not found. |
DNS rule configuration interfaces¶
Using the Mp1 interfaces mec apps can query and activate/deactivate dns rules associated to it. Implementation of this interface are as per the ETSI GS MEC 011 V2.1.1 document.
1. Query all dns rules¶
Query all DNS rules associated with an application.
URL
GET /mep/mec_app_support/v1/applications/{appInstanceId}/dns_rules
Request parameters
Name |
Type |
Description |
IN |
Required |
---|---|---|---|---|
Authorization |
String |
Token信息,格式:Bearer token信息 |
header |
Yes |
appInstanceId |
String |
APP实例ID(UUID) |
path |
Yes |
Body Parameters
None
Example Request
GET /mep/mec_app_support/v1/applications/5abe4782-2c70-4e47-9a4e-0ee3a1a0fd1f/dns_rules
Return Parameters
Name |
Type |
Description |
---|---|---|
dnsRuleId |
string |
Rule Id |
domainName |
string |
MEC app domain name |
ipAddressType |
enum {IP_V4, IP_V6} |
MEC app ip address type |
ipAddress |
string |
MEC app ip address |
ttl |
int (non-zero value) |
TTL value |
state |
enum {ACTIVE, INACTIVE} |
State |
Return Code: 200 OK
Example Response
HTTP/1.1 200 OK
[
{
"dnsRuleId": "20a19292-384c-4d44-ba64-a8e8269f0f25",
"domainName": "voicerecgservice.com",
"ipAddressType": "IP_V4",
"ipAddress": "192.168.27.48",
"ttl": 30,
"state": "ACTIVE"
},
{
"dnsRuleId": "bbc14ed1-92f4-457f-95e8-93aa723a9f12",
"domainName": "facerecgservice.com",
"ipAddressType": "IP_V4",
"ipAddress": "192.168.147.240",
"ttl": 30,
"state": "INACTIVE"
}
]
2. Query a specific dns rule¶
Query single DNS rule associated with an application.
URL
GET /mep/mec_app_support/v1/applications/{appInstanceId}/dns_rules/{dnsRuleId}
Request parameters
Name |
Type |
Description |
IN |
Required |
---|---|---|---|---|
Authorization |
String |
Token信息,格式:Bearer token信息 |
header |
Yes |
appInstanceId |
String |
APP实例ID(UUID) |
path |
Yes |
dnsRuleId |
String |
DNS rule identifier(UUID) |
path |
Yes |
Body Parameters
None
Example Request
GET /mep/mec_app_support/v1/applications/5abe4782-2c70-4e47-9a4e-0ee3a1a0fd1f/dns_rules/bbc14ed1-92f4-457f-95e8-93aa723a9f12
Return Parameters
Name |
Type |
Description |
---|---|---|
dnsRuleId |
string |
Rule Id |
domainName |
string |
MEC app domain name |
ipAddressType |
enum {IP_V4, IP_V6} |
MEC app ip address type |
ipAddress |
string |
MEC app ip address |
ttl |
int (non-zero value) |
TTL value |
state |
enum {ACTIVE, INACTIVE} |
State |
Return Code: 200 OK
Example Response
HTTP/1.1 200 OK
{
"dnsRuleId": "bbc14ed1-92f4-457f-95e8-93aa723a9f12",
"domainName": "facerecgservice.com",
"ipAddressType": "IP_V4",
"ipAddress": "192.168.147.240",
"ttl": 30,
"state": "INACTIVE"
}
3. Update a specific dns rule¶
Modify the state of a rule associated with an application. This interface can modify the state from ACTIVE to INACTIVE or vice versa. No other field can be modified using this interface.
URL
PUT /mep/mec_app_support/v1/applications/{appInstanceId}/dns_rules/{dnsRuleId}
Request parameters
Name |
Type |
Description |
IN |
Required |
---|---|---|---|---|
Authorization |
String |
Token信息,格式:Bearer token信息 |
header |
Yes |
appInstanceId |
String |
APP实例ID(UUID) |
path |
Yes |
dnsRuleId |
String |
DNS rule identifier(UUID) |
path |
Yes |
Body Parameters
Name |
Type |
Description |
Required |
---|---|---|---|
dnsRuleId |
string |
Rule Id |
No, if present must be same with actual |
domainName |
string |
MEC app domain name |
No, if present must be same with actual |
ipAddressType |
enum {IP_V4, IP_V6} |
MEC app ip address type |
No, if present must be same with actual |
ipAddress |
string |
MEC app ip address |
No, if present must be same with actual |
ttl |
int (non-zero value) |
TTL value |
No, if present must be same with actual |
state |
enum {ACTIVE, INACTIVE} |
State |
Yes |
Example Request
PUT /mep/mec_app_support/v1/applications/5abe4782-2c70-4e47-9a4e-0ee3a1a0fd1f/dns_rules/bbc14ed1-92f4-457f-95e8-93aa723a9f12
{
"dnsRuleId": "bbc14ed1-92f4-457f-95e8-93aa723a9f12",
"domainName": "facerecgservice.com",
"ipAddressType": "IP_V4",
"ipAddress": "192.168.147.240",
"ttl": 30,
"state": "ACTIVE"
}
Return Parameters
Name |
Type |
Description |
---|---|---|
dnsRuleId |
string |
Rule Id |
domainName |
string |
MEC app domain name |
ipAddressType |
enum {IP_V4, IP_V6} |
MEC app ip address type |
ipAddress |
string |
MEC app ip address |
ttl |
int (non-zero value) |
TTL value |
state |
enum {ACTIVE, INACTIVE} |
State |
Return Code: 200 OK
Example Response
HTTP/1.1 200 OK
{
"dnsRuleId": "bbc14ed1-92f4-457f-95e8-93aa723a9f12",
"domainName": "facerecgservice.com",
"ipAddressType": "IP_V4",
"ipAddress": "192.168.147.240",
"ttl": 30,
"state": "ACTIVE"
}
Traffic rule configuration interfaces¶
Using the Mp1 interfaces mec apps can query and modify the traffic rules associated to it. Implementation of this interface are as per the ETSI GS MEC 011 V2.1.1 document.
1. Query all traffic rules¶
Query all traffic rules associated with an application.
URL
GET /mep/mec_app_support/v1/applications/{appInstanceId}/traffic_rules
Request parameters
Name |
Type |
Description |
IN |
Required |
---|---|---|---|---|
Authorization |
String |
Token信息,格式:Bearer token信息 |
header |
Yes |
appInstanceId |
String |
APP实例ID(UUID) |
path |
Yes |
Body Parameters
None
Example Request
GET /mep/mec_app_support/v1/applications/5abe4782-2c70-4e47-9a4e-0ee3a1a0fd1f/traffic_rules
Return Parameters
Name |
Type |
Description |
---|---|---|
trafficRuleId |
string |
Traffic rule ID. |
filterType |
enum {FLOW, PACKET} |
Filter type. |
priority |
number (1 ~ 256) |
Priority of the traffic rule. If any conflict in the traffic rules, then higher the priority higher the precedence. |
trafficFilter |
list |
List of traffic filters. |
> srcAddress |
list |
List of source ip address. |
> dstAddress |
list |
List of destination ip address. |
> srcPort |
list |
List of source port address. |
> dstPort |
list |
List of destination port address. |
> protocol |
list |
List of protocols. |
> tag |
list |
List of tags. |
> srcTunnelAddress |
list |
List of source tunnel address. |
> tgtTunnelAddress |
list |
List of target tunnel address. |
> srcTunnelPort |
list |
List of source tunnel ports. |
> dstTunnelPort |
list |
List of destination tunnel ports. |
> qCI |
number |
Match packets with same QCI. |
> dSCP |
number |
Match packets with same DSCP. |
> tC |
number |
Match packets with same TC. |
action |
enum {DROP, FORWARD_DECAPSULATED, FORWARD_AS_IS, PASSTHROUGH, DUPLICATE_DECAPSULATED, DUPLICATE_AS_IS} |
Action when traffic rule matches. |
dstInterface |
list |
Destination interface parameters. |
> interfaceType |
enum {TUNNEL, MAC, IP} |
Match packets with same TC. |
> tunnelInfo |
object |
Tunnel parameters. |
>> tunnelType |
enum {GTP_U, GRE} |
Tunnel type. |
>> tunnelDstAddress |
string |
Destination IP address. |
>> tunnelSrcAddress |
string |
Source IP address. |
> srcMacAddress |
string |
Source MAC address |
> dstMacAddress |
string |
Destination MAC address. |
> dstIpAddress |
string |
Destination IP address. |
state |
enum {ACTIVE, INACTIVE} |
State of the rule. |
Return Code: 200 OK
Example Response
HTTP/1.1 200 OK
[
{
"trafficRuleId": "TrafficRule1",
"filterType": "FLOW",
"priority": 1,
"trafficFilter": [
{
"srcAddress": [
"192.158.1.1/28"
],
"dstAddress": [
"192.168.1.1/28"
],
"srcPort": [
"8080"
],
"dstPort": [
"8080"
],
"protocol": [
"TCP"
],
"tag": null,
"srcTunnelAddress": null,
"tgtTunnelAddress": null,
"srcTunnelPort": null,
"dstTunnelPort": null,
"qCI": 2,
"dSCP": 0,
"tC": 1
}
],
"action": "DROP",
"dstInterface": [],
"state": "ACTIVE"
}
]
2. Query a specific traffic rule¶
Query single traffic rule associated with an application.
URL
GET /mep/mec_app_support/v1/applications/{appInstanceId}/traffic_rules/{trafficRuleId}
Request parameters
Name |
Type |
Description |
IN |
Required |
---|---|---|---|---|
Authorization |
String |
Token信息,格式:Bearer token信息 |
header |
Yes |
appInstanceId |
String |
APP实例ID(UUID) |
path |
Yes |
trafficRuleId |
String |
Traffic rule identifier(UUID) |
path |
Yes |
Body Parameters
None
Example Request
GET /mep/mec_app_support/v1/applications/5abe4782-2c70-4e47-9a4e-0ee3a1a0fd1f/traffic_rules/TrafficRule1
Return Parameters
Name |
Type |
Description |
---|---|---|
trafficRuleId |
string |
Traffic rule ID. |
filterType |
enum {FLOW, PACKET} |
Filter type. |
priority |
number (1 ~ 256) |
Priority of the traffic rule. If any conflict in the traffic rules, then higher the priority higher the precedence. |
trafficFilter |
list |
List of traffic filters. |
> srcAddress |
list |
List of source ip address. |
> dstAddress |
list |
List of destination ip address. |
> srcPort |
list |
List of source port address. |
> dstPort |
list |
List of destination port address. |
> protocol |
list |
List of protocols. |
> tag |
list |
List of tags. |
> srcTunnelAddress |
list |
List of source tunnel address. |
> tgtTunnelAddress |
list |
List of target tunnel address. |
> srcTunnelPort |
list |
List of source tunnel ports. |
> dstTunnelPort |
list |
List of destination tunnel ports. |
> qCI |
number |
Match packets with same QCI. |
> dSCP |
number |
Match packets with same DSCP. |
> tC |
number |
Match packets with same TC. |
action |
enum {DROP, FORWARD_DECAPSULATED, FORWARD_AS_IS, PASSTHROUGH, DUPLICATE_DECAPSULATED, DUPLICATE_AS_IS} |
Action when traffic rule matches. |
dstInterface |
list |
Destination interface parameters. |
> interfaceType |
enum {TUNNEL, MAC, IP} |
Match packets with same TC. |
> tunnelInfo |
object |
Tunnel parameters. |
>> tunnelType |
enum {GTP_U, GRE} |
Tunnel type. |
>> tunnelDstAddress |
string |
Destination IP address. |
>> tunnelSrcAddress |
string |
Source IP address. |
> srcMacAddress |
string |
Source MAC address |
> dstMacAddress |
string |
Destination MAC address. |
> dstIpAddress |
string |
Destination IP address. |
state |
enum {ACTIVE, INACTIVE} |
State of the rule. |
Return Code: 200 OK
Example Response
HTTP/1.1 200 OK
{
"trafficRuleId": "TrafficRule1",
"filterType": "FLOW",
"priority": 1,
"trafficFilter": [
{
"srcAddress": [
"192.158.1.1/28"
],
"dstAddress": [
"192.168.1.1/28"
],
"srcPort": [
"8080"
],
"dstPort": [
"8080"
],
"protocol": [
"TCP"
],
"tag": null,
"srcTunnelAddress": null,
"tgtTunnelAddress": null,
"srcTunnelPort": null,
"dstTunnelPort": null,
"qCI": 2,
"dSCP": 0,
"tC": 1
}
],
"action": "DROP",
"dstInterface": [],
"state": "ACTIVE"
}
3. Update a specific traffic rule¶
Modify the traffic rule associated with an application.
URL
PUT /mep/mec_app_support/v1/applications/{appInstanceId}/traffic_rules/{trafficRuleId}
Request parameters
Name |
Type |
Description |
IN |
Required |
---|---|---|---|---|
Authorization |
String |
Token信息,格式:Bearer token信息 |
header |
Yes |
appInstanceId |
String |
APP实例ID(UUID) |
path |
Yes |
trafficRuleId |
String |
Traffic rule identifier(UUID) |
path |
Yes |
Body Parameters
Name |
Type |
Description |
---|---|---|
trafficRuleId |
string |
Traffic rule ID. |
filterType |
enum {FLOW, PACKET} |
Filter type. |
priority |
number (1 ~ 256) |
Priority of the traffic rule. If any conflict in the traffic rules, then higher the priority higher the precedence. |
trafficFilter |
list |
List of traffic filters. |
> srcAddress |
list |
List of source ip address. |
> dstAddress |
list |
List of destination ip address. |
> srcPort |
list |
List of source port address. |
> dstPort |
list |
List of destination port address. |
> protocol |
list |
List of protocols. |
> tag |
list |
List of tags. |
> srcTunnelAddress |
list |
List of source tunnel address. |
> tgtTunnelAddress |
list |
List of target tunnel address. |
> srcTunnelPort |
list |
List of source tunnel ports. |
> dstTunnelPort |
list |
List of destination tunnel ports. |
> qCI |
number |
Match packets with same QCI. |
> dSCP |
number |
Match packets with same DSCP. |
> tC |
number |
Match packets with same TC. |
action |
enum {DROP, FORWARD_DECAPSULATED, FORWARD_AS_IS, PASSTHROUGH, DUPLICATE_DECAPSULATED, DUPLICATE_AS_IS} |
Action when traffic rule matches. |
dstInterface |
list |
Destination interface parameters. |
> interfaceType |
enum {TUNNEL, MAC, IP} |
Match packets with same TC. |
> tunnelInfo |
object |
Tunnel parameters. |
>> tunnelType |
enum {GTP_U, GRE} |
Tunnel type. |
>> tunnelDstAddress |
string |
Destination IP address. |
>> tunnelSrcAddress |
string |
Source IP address. |
> srcMacAddress |
string |
Source MAC address |
> dstMacAddress |
string |
Destination MAC address. |
> dstIpAddress |
string |
Destination IP address. |
state |
enum {ACTIVE, INACTIVE} |
State of the rule. |
Example Request
PUT /mep/mec_app_support/v1/applications/5abe4782-2c70-4e47-9a4e-0ee3a1a0fd1f/traffic_rules/TrafficRule1
{
"trafficRuleId": "TrafficRule1",
"filterType": "FLOW",
"priority": 1,
"trafficFilter": [
{
"srcAddress": [
"192.158.1.1/28"
],
"dstAddress": [
"192.168.1.1/28"
],
"srcPort": [
"8080"
],
"dstPort": [
"8080"
],
"protocol": [
"TCP"
],
"tag": null,
"srcTunnelAddress": null,
"tgtTunnelAddress": null,
"srcTunnelPort": null,
"dstTunnelPort": null,
"qCI": 2,
"dSCP": 0,
"tC": 1
}
],
"action": "DROP",
"dstInterface": [],
"state": "ACTIVE"
}
Return Parameters
Name |
Type |
Description |
---|---|---|
trafficRuleId |
string |
Traffic rule ID. |
filterType |
enum {FLOW, PACKET} |
Filter type. |
priority |
number (1 ~ 256) |
Priority of the traffic rule. If any conflict in the traffic rules, then higher the priority higher the precedence. |
trafficFilter |
list |
List of traffic filters. |
> srcAddress |
list |
List of source ip address. |
> dstAddress |
list |
List of destination ip address. |
> srcPort |
list |
List of source port address. |
> dstPort |
list |
List of destination port address. |
> protocol |
list |
List of protocols. |
> tag |
list |
List of tags. |
> srcTunnelAddress |
list |
List of source tunnel address. |
> tgtTunnelAddress |
list |
List of target tunnel address. |
> srcTunnelPort |
list |
List of source tunnel ports. |
> dstTunnelPort |
list |
List of destination tunnel ports. |
> qCI |
number |
Match packets with same QCI. |
> dSCP |
number |
Match packets with same DSCP. |
> tC |
number |
Match packets with same TC. |
action |
enum {DROP, FORWARD_DECAPSULATED, FORWARD_AS_IS, PASSTHROUGH, DUPLICATE_DECAPSULATED, DUPLICATE_AS_IS} |
Action when traffic rule matches. |
dstInterface |
list |
Destination interface parameters. |
> interfaceType |
enum {TUNNEL, MAC, IP} |
Match packets with same TC. |
> tunnelInfo |
object |
Tunnel parameters. |
>> tunnelType |
enum {GTP_U, GRE} |
Tunnel type. |
>> tunnelDstAddress |
string |
Destination IP address. |
>> tunnelSrcAddress |
string |
Source IP address. |
> srcMacAddress |
string |
Source MAC address |
> dstMacAddress |
string |
Destination MAC address. |
> dstIpAddress |
string |
Destination IP address. |
state |
enum {ACTIVE, INACTIVE} |
State of the rule. |
Return Code: 200 OK
Example Response
HTTP/1.1 200 OK
{
"trafficRuleId": "TrafficRule1",
"filterType": "FLOW",
"priority": 1,
"trafficFilter": [
{
"srcAddress": [
"192.158.1.1/28"
],
"dstAddress": [
"192.168.1.1/28"
],
"srcPort": [
"8080"
],
"dstPort": [
"8080"
],
"protocol": [
"TCP"
],
"tag": null,
"srcTunnelAddress": null,
"tgtTunnelAddress": null,
"srcTunnelPort": null,
"dstTunnelPort": null,
"qCI": 2,
"dSCP": 0,
"tC": 1
}
],
"action": "DROP",
"dstInterface": [],
"state": "ACTIVE"
}
Mm5 Interface for appd configurations¶
Using the Mm5 interfaces MECM can create, query, update or delete the appd configurations which includes multiple dns and traffic rules associated to an application. Implementation of this interface are specified in ETSI GS MEC 010-1 V1.1.1 and ETSI GS MEC 010-2 V2.1.1 documents.
1. Create a new appd configurations¶
Create a new appd configuration and associate it with a MEC application. Each configuration can have thirty-two DNS rules and sixteen Traffic rules. There can be only one appd configuration per application at a time and the appd configuration is an asynchronous in nature. Once the request is received in the mep, after validation mep will start a task to handle multiple dns and traffic rules and return a task id to the caller of the API. Using the task-id the caller can check the status of the operation at any time.
URL
POST /mepcfg/app_lcm/v1/applications/{appInstanceId}/appd_configuration
Request parameters
Name |
Type |
Description |
IN |
Required |
---|---|---|---|---|
appInstanceId |
String |
APP实例ID(UUID) |
path |
Yes |
Body Parameters
Name |
Type |
Description |
Required |
---|---|---|---|
appTrafficRule |
list |
List of traffic rules. Max 16. |
No |
> trafficRuleId |
string |
Traffic rule ID. |
Yes |
> filterType |
enum {FLOW, PACKET} |
Filter type. |
Yes |
> priority |
number (1 ~ 256) |
Priority of the traffic rule. If any conflict in the traffic rules, then higher the priority higher the precedence. |
Yes |
> trafficFilter |
list |
List of traffic filters. Max 16. |
No |
>> srcAddress |
list |
List of source ip address. Max 64. |
No |
>> dstAddress |
list |
List of destination ip address. Max 64. |
No |
>> srcPort |
list |
List of source port address. |
No |
>> dstPort |
list |
List of destination port address. |
No |
>> protocol |
list |
List of protocols. Max 8. |
Yes |
>> tag |
list |
List of tags. Max 8. |
Yes |
>> srcTunnelAddress |
list |
List of source tunnel address. |
No |
>> tgtTunnelAddress |
list |
List of target tunnel address. |
No |
>> srcTunnelPort |
list |
List of source tunnel ports. |
No |
>> dstTunnelPort |
list |
List of destination tunnel ports. |
No |
>> qCI |
number |
Match packets with same QCI. |
No |
>> dSCP |
number |
Match packets with same DSCP. |
No |
>> tC |
number |
Match packets with same TC. |
No |
> action |
enum {DROP, FORWARD_DECAPSULATED, FORWARD_AS_IS, PASSTHROUGH, DUPLICATE_DECAPSULATED, DUPLICATE_AS_IS} |
Action when traffic rule matches. |
Yes |
> dstInterface |
list |
Destination interface parameters. Max 2. |
No |
>> interfaceType |
enum {TUNNEL, MAC, IP} |
Match packets with same TC. |
Yes |
>> tunnelInfo |
object |
Tunnel parameters. |
No |
>>> tunnelType |
enum {GTP_U, GRE} |
Tunnel type. |
Yes |
>>> tunnelDstAddress |
string |
Destination IP address. |
No |
>>> tunnelSrcAddress |
string |
Source IP address. |
No |
>> srcMacAddress |
string |
Source MAC address |
No |
>> dstMacAddress |
string |
Destination MAC address. |
No |
>> dstIpAddress |
string |
Destination IP address. |
No |
> state |
enum {ACTIVE, INACTIVE} |
State of the rule. |
No |
appDNSRule |
list |
List of DNS rules. Max 32. |
No |
> dnsRuleId |
string |
DNS rule ID. |
Yes |
> domainName |
string |
Domain name. |
Yes |
> ipAddressType |
enum {IPv4, IPv6} |
IP address type. |
Yes |
> ipAddress |
string |
IP address. |
Yes |
> ttl |
number |
Time To Live value. |
Yes |
> state |
enum {ACTIVE, INACTIVE} |
Rule state. |
Yes |
appSupportMp1 |
bool |
Whether Mp1 interface is supported. |
No |
appName |
string |
Application name. |
Yes |
Example Request
POST /mepcfg/app_lcm/v1/applications/5abe4782-2c70-4e47-9a4e-0ee3a1a0fd1f/appd_configuration
{
"appTrafficRule": [
{
"trafficRuleId": "TrafficRule1",
"filterType": "FLOW",
"priority": 1,
"trafficFilter": [
{
"srcAddress": [
"192.158.1.1/28"
],
"dstAddress": [
"192.168.1.1/28"
],
"srcPort": [
"8080"
],
"dstPort": [
"8080"
],
"protocol": [
"TCP"
],
"qCI": 1,
"dSCP": 0,
"tC": 1
}
],
"action": "DROP",
"state": "ACTIVE"
}
],
"appDNSRule": [
{
"dnsRuleId": "dnsRule1",
"domainName": "facerecgservice.com",
"ipAddressType": "IP_V4",
"ipAddress": "192.168.147.240",
"ttl": 30,
"state": "ACTIVE"
}
],
"appSupportMp1": true,
"appName": "abc1"
}
Return Parameters
Name |
Type |
Description |
---|---|---|
taskId |
string |
Task ID |
appInstanceId |
string |
Application instance ID |
configResult |
string |
Configuration result |
configPhase |
string |
Progress percentage |
Detailed |
string |
Detailed reason |
Return Code: 200 OK
Example Response
HTTP/1.1 200 OK
{
"taskId": "d464dd0a-d927-4baf-bc2c-d902fb0b2c73",
"appInstanceId": "5abe4782-2c70-4e47-9a4e-0ee3a1a0fd1f",
"configResult": "PROCESSING",
"configPhase": "0",
"Detailed": "Operation In progress"
}
2. Query appd configuration¶
Query appd configuration associated with an application.
URL
GET /mepcfg/app_lcm/v1/applications/{appInstanceId}/appd_configuration
Request parameters
Name |
Type |
Description |
IN |
Required |
---|---|---|---|---|
appInstanceId |
String |
APP实例ID(UUID) |
path |
Yes |
Body Parameters
None
Example Request
GET /mepcfg/app_lcm/v1/applications/5abe4782-2c70-4e47-9a4e-0ee3a1a0fd1f/appd_configuration
Return Parameters
Name |
Type |
Description |
---|---|---|
appTrafficRule |
list |
List of traffic rules. |
> trafficRuleId |
string |
Traffic rule ID. |
> filterType |
enum {FLOW, PACKET} |
Filter type. |
> priority |
number (1 ~ 256) |
Priority of the traffic rule. If any conflict in the traffic rules, then higher the priority higher the precedence. |
> trafficFilter |
list |
List of traffic filters. |
>> srcAddress |
list |
List of source ip address. |
>> dstAddress |
list |
List of destination ip address. |
>> srcPort |
list |
List of source port address. |
>> dstPort |
list |
List of destination port address. |
>> protocol |
list |
List of protocols. |
>> tag |
list |
List of tags. |
>> srcTunnelAddress |
list |
List of source tunnel address. |
>> tgtTunnelAddress |
list |
List of target tunnel address. |
>> srcTunnelPort |
list |
List of source tunnel ports. |
>> dstTunnelPort |
list |
List of destination tunnel ports. |
>> qCI |
number |
Match packets with same QCI. |
>> dSCP |
number |
Match packets with same DSCP. |
>> tC |
number |
Match packets with same TC. |
> action |
enum {DROP, FORWARD_DECAPSULATED, FORWARD_AS_IS, PASSTHROUGH, DUPLICATE_DECAPSULATED, DUPLICATE_AS_IS} |
Action when traffic rule matches. |
> dstInterface |
list |
Destination interface parameters. |
>> interfaceType |
enum {TUNNEL, MAC, IP} |
Match packets with same TC. |
>> tunnelInfo |
object |
Tunnel parameters. |
>>> tunnelType |
enum {GTP_U, GRE} |
Tunnel type. |
>>> tunnelDstAddress |
string |
Destination IP address. |
>>> tunnelSrcAddress |
string |
Source IP address. |
>> srcMacAddress |
string |
Source MAC address |
>> dstMacAddress |
string |
Destination MAC address. |
>> dstIpAddress |
string |
Destination IP address. |
> state |
enum {ACTIVE, INACTIVE} |
State of the rule. |
appDNSRule |
list |
List of DNS rules. |
> dnsRuleId |
string |
DNS rule ID. |
> domainName |
string |
Domain name. |
> ipAddressType |
enum {IPv4, IPv6} |
IP address type. |
> ipAddress |
string |
IP address. |
> ttl |
number |
Time To Live value. |
> state |
enum {ACTIVE, INACTIVE} |
Rule state. |
appSupportMp1 |
bool |
Whether Mp1 interface is supported. |
appName |
string |
Application name. |
Return Code: 200 OK
Example Response
HTTP/1.1 200 OK
{
"appTrafficRule": [
{
"trafficRuleId": "TrafficRule1",
"filterType": "FLOW",
"priority": 1,
"trafficFilter": [
{
"srcAddress": [
"192.158.1.1/28"
],
"dstAddress": [
"192.168.1.1/28"
],
"srcPort": [
"8080"
],
"dstPort": [
"8080"
],
"protocol": [
"TCP"
],
"tag": null,
"srcTunnelAddress": null,
"tgtTunnelAddress": null,
"srcTunnelPort": null,
"dstTunnelPort": null,
"qCI": 2,
"dSCP": 0,
"tC": 1
}
],
"action": "DROP",
"dstInterface": [],
"state": "ACTIVE"
}
],
"appDNSRule": [
{
"dnsRuleId": "dnsRule1",
"domainName": "facerecgservice.com",
"ipAddressType": "IP_V4",
"ipAddress": "192.168.147.240",
"ttl": 30,
"state": "ACTIVE"
}
],
"appSupportMp1": true,
"appName": "abc1"
}
3. Modify appd configuration¶
Appd configuration for each applications can be configured using this interface. MEP will take the difference of existing configuration and the new modification input and then act on create/modify/delete of dns and/or traffic rules.
URL
PUT /mepcfg/app_lcm/v1/applications/{appInstanceId}/appd_configuration
Request parameters
Name |
Type |
Description |
IN |
Required |
---|---|---|---|---|
appInstanceId |
String |
APP实例ID(UUID) |
path |
Yes |
Body Parameters
Name |
Type |
Description |
Required |
---|---|---|---|
appTrafficRule |
list |
List of traffic rules. Max 16. |
No |
> trafficRuleId |
string |
Traffic rule ID. |
Yes |
> filterType |
enum {FLOW, PACKET} |
Filter type. |
Yes |
> priority |
number (1 ~ 256) |
Priority of the traffic rule. If any conflict in the traffic rules, then higher the priority higher the precedence. |
Yes |
> trafficFilter |
list |
List of traffic filters. Max 16. |
No |
>> srcAddress |
list |
List of source ip address. Max 64. |
No |
>> dstAddress |
list |
List of destination ip address. Max 64. |
No |
>> srcPort |
list |
List of source port address. |
No |
>> dstPort |
list |
List of destination port address. |
No |
>> protocol |
list |
List of protocols. Max 8. |
Yes |
>> tag |
list |
List of tags. Max 8. |
Yes |
>> srcTunnelAddress |
list |
List of source tunnel address. |
No |
>> tgtTunnelAddress |
list |
List of target tunnel address. |
No |
>> srcTunnelPort |
list |
List of source tunnel ports. |
No |
>> dstTunnelPort |
list |
List of destination tunnel ports. |
No |
>> qCI |
number |
Match packets with same QCI. |
No |
>> dSCP |
number |
Match packets with same DSCP. |
No |
>> tC |
number |
Match packets with same TC. |
No |
> action |
enum {DROP, FORWARD_DECAPSULATED, FORWARD_AS_IS, PASSTHROUGH, DUPLICATE_DECAPSULATED, DUPLICATE_AS_IS} |
Action when traffic rule matches. |
Yes |
> dstInterface |
list |
Destination interface parameters. Max 2. |
No |
>> interfaceType |
enum {TUNNEL, MAC, IP} |
Match packets with same TC. |
Yes |
>> tunnelInfo |
object |
Tunnel parameters. |
No |
>>> tunnelType |
enum {GTP_U, GRE} |
Tunnel type. |
Yes |
>>> tunnelDstAddress |
string |
Destination IP address. |
No |
>>> tunnelSrcAddress |
string |
Source IP address. |
No |
>> srcMacAddress |
string |
Source MAC address |
No |
>> dstMacAddress |
string |
Destination MAC address. |
No |
>> dstIpAddress |
string |
Destination IP address. |
No |
> state |
enum {ACTIVE, INACTIVE} |
State of the rule. |
No |
appDNSRule |
list |
List of DNS rules. Max 32. |
No |
> dnsRuleId |
string |
DNS rule ID. |
Yes |
> domainName |
string |
Domain name. |
Yes |
> ipAddressType |
enum {IPv4, IPv6} |
IP address type. |
Yes |
> ipAddress |
string |
IP address. |
Yes |
> ttl |
number |
Time To Live value. |
Yes |
> state |
enum {ACTIVE, INACTIVE} |
Rule state. |
Yes |
appSupportMp1 |
bool |
Whether Mp1 interface is supported. |
No |
appName |
string |
Application name. |
Yes |
Example Request
PUT /mepcfg/app_lcm/v1/applications/5abe4782-2c70-4e47-9a4e-0ee3a1a0fd1f/appd_configuration
{
"appTrafficRule": [
{
"trafficRuleId": "TrafficRule1",
"filterType": "FLOW",
"priority": 1,
"trafficFilter": [
{
"srcAddress": [
"192.158.1.1/28"
],
"dstAddress": [
"192.168.1.1/28"
],
"srcPort": [
"8080"
],
"dstPort": [
"8080"
],
"protocol": [
"TCP"
],
"qCI": 1,
"dSCP": 0,
"tC": 1
}
],
"action": "DROP",
"state": "ACTIVE"
}
],
"appDNSRule": [
{
"dnsRuleId": "dnsRule1",
"domainName": "facerecgservice.com",
"ipAddressType": "IP_V4",
"ipAddress": "192.168.147.240",
"ttl": 30,
"state": "ACTIVE"
}
],
"appSupportMp1": true,
"appName": "abc1"
}
Return Parameters
Name |
Type |
Description |
---|---|---|
taskId |
string |
Task ID |
appInstanceId |
string |
Application instance ID |
configResult |
string |
Configuration result |
configPhase |
string |
Progress percentage |
Detailed |
string |
Detailed reason |
Return Code: 200 OK
Example Response
HTTP/1.1 200 OK
{
"taskId": "d464dd0a-d927-4baf-bc2c-d902fb0b2c73",
"appInstanceId": "5abe4782-2c70-4e47-9a4e-0ee3a1a0fd1f",
"configResult": "PROCESSING",
"configPhase": "0",
"Detailed": "Operation In progress"
}
4. Delete appd configuration¶
Delete appd configuration request.
URL
DELETE /mepcfg/app_lcm/v1/applications/{appInstanceId}/appd_configuration
Request parameters
Name |
Type |
Description |
IN |
Required |
---|---|---|---|---|
appInstanceId |
String |
APP实例ID(UUID) |
path |
Yes |
Body Parameters
None
Example Request
DELETE /mepcfg/app_lcm/v1/applications/5abe4782-2c70-4e47-9a4e-0ee3a1a0fd1f/appd_configuration
Return Parameters
Name |
Type |
Description |
---|---|---|
taskId |
string |
Task ID |
appInstanceId |
string |
Application instance ID |
configResult |
string |
Configuration result |
configPhase |
string |
Progress percentage |
Detailed |
string |
Detailed reason |
Return Code: 200 OK
Example Response
HTTP/1.1 200 OK
{
"taskId": "d464dd0a-d927-4baf-bc2c-d902fb0b2c73",
"appInstanceId": "5abe4782-2c70-4e47-9a4e-0ee3a1a0fd1f",
"configResult": "PROCESSING",
"configPhase": "0",
"Detailed": "Operation In progress"
}
5. Query task status¶
Once the appd configuration create, modify or delete is submitted, mep will create a task and return a task id to the caller and the caller can periodically check the status of the task using this id. This interface calls the mep for the task status.
URL
GET /mepcfg/app_lcm/v1/tasks/{taskId}/appd_configuration
Request parameters
Name |
Type |
Description |
IN |
Required |
---|---|---|---|---|
taskId |
String |
Task ID(UUID) |
path |
Yes |
Body Parameters
None
Example Request
GET /mepcfg/app_lcm/v1/tasks/d464dd0a-d927-4baf-bc2c-d902fb0b2c73/appd_configuration
Return Parameters
Name |
Type |
Description |
---|---|---|
taskId |
string |
Task ID |
appInstanceId |
string |
Application instance ID |
configResult |
string |
Configuration result |
configPhase |
string |
Progress percentage |
Detailed |
string |
Detailed reason |
Return Code: 200 OK
Example Response
HTTP/1.1 200 OK
{
"taskId": "d464dd0a-d927-4baf-bc2c-d902fb0b2c73",
"appInstanceId": "5abe4782-2c70-4e47-9a4e-0ee3a1a0fd1f",
"configResult": "SUCCESS",
"configPhase": "100",
"Detailed": ""
}
Application Termination¶
MEP support termination/stop of instance of an application after MEP receive the request from MECM.
1. App Instance Termination¶
Interface to remove the application’s ak/sk values, unregister the services and delete the DNS and traffic rule.
URL
DELETE /mep/mec_app_support/v1/applications/{appInstanceId}/AppInstanceTermination
Request parameters
Request parameters
Name |
Type |
Description |
IN |
Required |
---|---|---|---|---|
appInstanceId |
String |
APP实例ID(UUID) |
path |
Yes |
appInstanceId |
String |
APP实例ID(UUID) |
header |
Yes |
Example Request
DELETE /mep/mec_app_support/v1/applications/5abe4782-2c70-4e47-9a4e-0ee3a1a0fd1f/AppInstanceTermination
Body Parameters
None
Return Code: 200 OK
Example Response
""
2. App Instance Termination Confirmation¶
After the MEC platform receives a request to terminate or stop a MEC application instance, the MEC platform notifies the MEC application instance that it will be terminated or stopped soon incase if graceful termination/stop is subscribed.
URL
POST /mep/mec_app_support/v1/applications/{appInstanceId}/confirm_termination
Request parameters
Name |
Type |
Description |
IN |
Required |
---|---|---|---|---|
appInstanceId |
String |
APP实例ID(UUID) |
path |
Yes |
Example Request
POST /mep/mec_app_support/v1/applications/5abe4782-2c70-4e47-9a4e-0ee3a1a0fd1f/confirm_termination
Body Parameters
{
"notificationType": "AppTerminationNotification",
"operationAction": "STOPPING",
"maxGracefulTimeout": "30",
"_links": {
"subscription": "mep/mec_app_support/v1/applications/6abe4782-2c70-4e47-9a4e-0ee3a1a0fd1e/subscriptions/6abe4782",
"confirmTermination": "/mep/mec_app_support/v1/applications/6abe4782-2c70-4e47-9a4e-0ee3a1a0fd1e/confirm_termination",
},
}
Return Code: 204 No Content
**Example Response**
POST /mep/mec_app_support/v1/applications/5abe4782-2c70-4e47-9a4e-0ee3a1a0fd1f/confirm_termination { “operationAction”: “TERMINATING” }
Exception status code
<table border="1" class="docutils">
<thead>
<tr>
<th><strong>Data type</strong></th>
<th><strong>Response codes</strong></th>
<th><strong>Description</strong></th>
</tr>
</thead>
<tbody>
<tr>
<td>N/A</td>
<td>204 No Content</td>
<td>The request is acknowledged. The response body shall be empty.</td>
</tr>
<tr>
<td>ProblemDetails</td>
<td>401 Unauthorized</td>
<td>It is used when the client did not submit the appropriate credentials. In the returned ProblemDetails structure, the "detail" attribute should convey more information about the error.</td>
</tr>
<tr>
<td>ProblemDetails</td>
<td>403 Forbidden</td>
<td>The operation is not allowed given the current status of the resource. More information shall be provided in the "detail" attribute of the "ProblemDetails" structure.</td>
</tr>
<tr>
<td>ProblemDetails</td>
<td>404 Not Found</td>
<td>It is used when a client provided a URI that cannot be mapped to a valid resource URI. In the returned ProblemDetails structure, the "detail" attribute should convey more information about the error.</td>
</tr>
<tr>
<td>ProblemDetails</td>
<td>409 Conflict</td>
<td>The operation cannot be executed currently, due to a conflict with the state of the resource. Typically, this is because the application instance resource is in NOT_INSTANTIATED state or because there is no termination ongoing. The response body shall contain a ProblemDetails structure, in which the "detail" attribute shall convey more information about the error.</td>
</tr>
<tr>
<td>ProblemDetails</td>
<td>429 Too Many Requests</td>
<td>It is used when a rate limiter has triggered. In the returned ProblemDetails structure, the "detail" attribute should convey more information about the error.</td>
</tr>
</tbody>
</table>
### Query Platform Capabilities(Services)
MEP supports for querying the capabilities(services) registered with it. These capability information will be used by the MECM to display it to the user on its portal. MECM send the capability query to MEP over Mm5 interface.
#### 1. Query all capabilities
Interface to query all capabilities. This interface return the capability list registered to the queried MEP server along with the consumers of it.
**URL**
GET /mepcfg/mec_platform_config/v1/capabilities
**Request parameters**
None
**Body Parameters**
None
**Example Request**
GET /mepcfg/mec_platform_config/v1/capabilities
**Return Parameters**
| Name | Type | Description |
| -------------- | --------------------------- | ------------------------ |
| capabilityId | String | Capability/Service id |
| capabilityName | String | Capability/Service name |
| status | Enum **{ACTIVE, INACTIVE}** | Status |
| version | String | Version info |
| consumers | Array[Object] | Consumer object list |
| >applicationInstanceId | String | Consumer application id |
Return Code: 200 OK
**Example Response**
HTTP/1.1 200 OK [ { “capabilityId”: “16384563dca094183778a41ea7701d15”, “capabilityName”: “FaceRegService”, “status”: “ACTIVE”, “version”: “4.5.8”, “consumers”: [ { “applicationInstanceId”: “5abe4782-2c70-4e47-9a4e-0ee3a1a0fd1f” }, { “applicationInstanceId”: “f05a5591-d8f2-4f89-8c0b-8cea6d45712e” }, { “applicationInstanceId”: “86dfc97d-325e-4feb-ac4f-280a0ba42513” } ] }, { “capabilityId”: “f7e898d1c9ea9edd05e1181bc09afc5e”, “capabilityName”: “Location”, “status”: “ACTIVE”, “version”: “v1.19”, “consumers”: [ { “applicationInstanceId”: “88922760-861b-4578-aae5-77b8fcb06142” } ] } ]
#### 2. Query individual capability
Interface to query an individual capability from MEP. This interface return a capability along with the consumers of it.
**URL**
GET /mepcfg/mec_platform_config/v1/capabilities/{capabilityId}
**Request parameters**
| **Name** | **Type** | **Description** | **IN** | **Required** |
| --- | --- | --- | --- | --- |
| capabilityId | String | Capability ID(UUID) | path | Yes |
**Body Parameters**
None
**Example Request**
GET /mepcfg/mec_platform_config/v1/capabilities/16384563dca094183778a41ea7701d15
**Return Parameters**
| Name | Type | Description |
| -------------- | --------------------------- | ------------------------ |
| capabilityId | String | Capability/Service id |
| capabilityName | String | Capability/Service name |
| status | Enum **{ACTIVE, INACTIVE}** | Status |
| version | String | Version info |
| consumers | Array[Object] | Consumer object list |
| >applicationInstanceId | String | Consumer application id |
Return Code: 200 OK
**Example Response**
HTTP/1.1 200 OK { “capabilityId”: “16384563dca094183778a41ea7701d15”, “capabilityName”: “FaceRegService”, “status”: “ACTIVE”, “version”: “4.5.8”, “consumers”: [ { “applicationInstanceId”: “5abe4782-2c70-4e47-9a4e-0ee3a1a0fd1f” }, { “applicationInstanceId”: “f05a5591-d8f2-4f89-8c0b-8cea6d45712e” }, { “applicationInstanceId”: “86dfc97d-325e-4feb-ac4f-280a0ba42513” } ] }
### Timing interfaces
Interface to get platform time for MEP applications.
#### 1. Query platform time
Interface to get the current MEP platform time.
**URL**
GET mep/mec_app_support/v1/timing/current_time
**Request parameters**
None
<table border="1" class="docutils">
<thead>
<tr>
<th>Name</th>
<th>Type</th>
<th>Description</th>
</tr>
</thead>
<tbody>
<tr>
<td>seconds</td>
<td>integer</td>
<td>The seconds part of the time in unix time format.</td>
</tr>
<tr>
<td>nanoSeconds</td>
<td>integer</td>
<td>The nano-seconds part of the time in unix time format.</td>
</tr>
<tr>
<td>timeSourceStatus</td>
<td>enum{TRACEABLE, NONTRACEABLE}</td>
<td>1 = TRACEABLE - time source is locked to the UTC time source. 2 = NONTRACEABLE - time source is not locked to the UTC time source</td>
</tr>
</tbody>
</table>
**Example Request**
GET mep/mec_app_support/v1/timing/current_time
**Body Parameters**
None
Return Code: 200 OK
**Example Response**
HTTP/1.1 200 OK { “seconds”: 1627971217, “nanoSeconds”: 869279458, “timeSourceStatus”: “TRACEABLE” }
#### 2. Query timing capability
Interface to get the timing capabilities. The information regarding available packet timing facilities.
**URL**
GET mep/mec_app_support/v1/timing/timing_caps
**Request parameters**
None
Return Parameters:
<table border="1" class="docutils">
<thead>
<tr>
<th>Name</th>
<th>Type</th>
<th>Description</th>
<th>Required</th>
</tr>
</thead>
<tbody>
<tr>
<td>timeStamp</td>
<td>Object</td>
<td>Time stamp information.</td>
<td>No</td>
</tr>
<tr>
<td>>seconds</td>
<td>integer</td>
<td>The seconds part of the time in unix time format.</td>
<td>Yes</td>
</tr>
<tr>
<td>>nanoSeconds</td>
<td>integer</td>
<td>The nano-seconds part of the time in unix time format.</td>
<td>Yes</td>
</tr>
<tr>
<td>ntpServers</td>
<td>Array[Object]</td>
<td>Details about all NTP server available in the platform.</td>
<td>No</td>
</tr>
<tr>
<td>>ntpServerAddrType</td>
<td>enum{IP_ADDRESS, DNS_NAME}</td>
<td>Address type.</td>
<td>Yes</td>
</tr>
<tr>
<td>>ntpServerAddr</td>
<td>string</td>
<td>NTP server address.</td>
<td>Yes</td>
</tr>
<tr>
<td>>minPollingInterval</td>
<td>integer</td>
<td>Minimum poll interval for NTP messages, in seconds as a power of two Range: 3…17</td>
<td>Yes</td>
</tr>
<tr>
<td>>maxPollingInterval</td>
<td>integer</td>
<td>Maximum poll interval for NTP messages, in seconds as a power of two Range: 3…17</td>
<td>Yes</td>
</tr>
<tr>
<td>>localPriority</td>
<td>integer</td>
<td>Local priority value.</td>
<td>Yes</td>
</tr>
<tr>
<td>>authenticationOption</td>
<td>enum{NONE, SYMMETRIC_KEY, AUTO_KEY}</td>
<td>Available authentication option.</td>
<td>Yes</td>
</tr>
<tr>
<td>>authenticationKeyNum</td>
<td>integer</td>
<td>Authentication key number. This configuration is valid if selected authenticationOption is SymmetricKey</td>
<td>Yes</td>
</tr>
<tr>
<td>ptpMasters</td>
<td>Array[Object]</td>
<td>Details about all PTP server available in the platform.</td>
<td>No</td>
</tr>
<tr>
<td>>ptpMasterIpAddress</td>
<td>string</td>
<td>PTP master IP address.</td>
<td>Yes</td>
</tr>
<tr>
<td>>ptpMasterLocalPriority</td>
<td>integer</td>
<td>Local priority number.</td>
<td>Yes</td>
</tr>
<tr>
<td>>delayReqMaxRate</td>
<td>integer</td>
<td>Acceptable maximum rate of the Delay_Req messages in packets per second</td>
<td>Yes</td>
</tr>
</tbody>
</table>
**Example Request**
GET mep/mec_app_support/v1/timing/timing_caps
**Body Parameters**
None
Return Code: 200 OK
**Example Response**
HTTP/1.1 200 OK { “timeStamp”: { “seconds”: 1627971264, “nanoSeconds”: 478959804 }, “ntpServers”: [ { “ntpServerAddrType”: “DNS_NAME”, “ntpServerAddr”: “mep-ntp”, “minPollingInterval”: 4, “maxPollingInterval”: 17, “localPriority”: 1, “authenticationOption”: “NONE”, “authenticationKeyNum”: 0 } ] }
### Abnormal status code
|**HTTP状态码**|**描述**|
|---|---|
|400|错误的请求,用来表示请求的参数不正确。|
|401|当前请求需要鉴权认证。|
|403|禁止当前操作。|
|404|请求的资源未被发现。|
|412|请求中的先决条件验证失败。|
|414|请求的URI超长,服务器拒绝处理请求。|
|500|内部服务器错误。|
|503|服务不可用。|
## Dns-Server
Mep has a programmable dns server which can perform the name resolution of the MEC applications. This management interface of the dns server is handled using a rest interface and this section cover the details of this interface.
### 1. Create new entry
DNS entry can be added using this interface. Once a record is added, the resource will be available for the device application to query. Using this interface multiple records for a zone can be submitted together.
**URL**
POST /mep/dns_server_mgmt/v1/rrecord
**Request parameters**
None
**Query parameters**
| Name | Type | Description | Required |
| ------------- | --------------------------- | ------------------------ | ------------- |
| zone | string | Zone name. Default is "." | Yes |
**Body Parameters**
| Name | Type | Description | Required |
| ------------- | --------------------------- | ------------------------ | ------------- |
| name | string | Domain name | Yes |
| type | enum **{A, AAAA}** | DNS resource type, A in case of Ipv4 and AAAA for Ipv6 | Yes |
| class | enum **{IN}** | Resource record class | Yes on create |
| ttl | int (non-zero value) | Record TTL value | Yes on create |
| rData | list(string) | IP Address list, Ip type must match with the **type** field | Yes on create |
**Example Request**
POST /mep/dns_server_mgmt/v1/rrecord?zone=”com.” [ { “name”: “www.example.com.”, “type”: “A”, “class”: “IN”, “ttl”: 30, “rData”: [ “172.168.15.101” ] } ]
**Return Parameters**
None
Return Code: 200 Success
**Example Response**
HTTP/1.1 200 Success
### 2. Modify the entry
DNS entry can be modified using this interface. Once a record is modified, the resource will be available for the device application to query. Using this interface multiple records for a zone can be submitted together.
**URL**
PUT /mep/dns_server_mgmt/v1/rrecord/{fqdn}/{rrtype}
**Request parameters**
| **Name** | **Type** | **Description** | **IN** | **Required** |
| --- | --- | --- | --- | --- |
| fqdn | String | Fully Qualified Domain Name | path | Yes |
| rrtype | String | Resource record type of the entry(A or AAAA). | path | Yes |
**Query parameters**
| Name | Type | Description | Required |
| ------------- | --------------------------- | ------------------------ | ------------- |
| zone | string | Zone name. Default is "." | Yes |
**Body Parameters**
| Name | Type | Description | Required |
| ------------- | --------------------------- | ------------------------ | ------------- |
| name | string | Domain name | Yes |
| type | enum **{A, AAAA}** | DNS resource type, A in case of Ipv4 and AAAA for Ipv6 | Yes |
| class | enum **{IN}** | Resource record class | Yes on create |
| ttl | int (non-zero value) | Record TTL value | Yes on create |
| rData | list(string) | IP Address list, Ip type must match with the **type** field | Yes on create |
**Example Request**
PUT /mep/dns_server_mgmt/v1/rrecord/www.example.com/A?zone=”com.” [ { “name”: “www.example.com.”, “type”: “A”, “class”: “IN”, “ttl”: 30, “rData”: [ “172.168.15.201” ] } ]
**Return Parameters**
None
Return Code: 200 Success
**Example Response**
HTTP/1.1 200 Success
### 2. Delete an entry
DNS entry can be deleted from the dns-server using this interface.
**URL**
DELETE /mep/dns_server_mgmt/v1/rrecord/{fqdn}/{rrtype}
**Query parameters**A
| Name | Type | Description | Required |
| ------------- | --------------------------- | ------------------------ | ------------- |
| zone | string | Zone name. Default is "." | Yes |
**Request parameters**
| **Name** | **Type** | **Description** | **IN** | **Required** |
| --- | --- | --- | --- | --- |
| fqdn | String | Fully Qualified Domain Name | path | Yes |
| rrtype | String | Resource record type of the entry(A or AAAA). | path | Yes |
**Body Parameters**
None
**Example Request**
DELETE /mep/dns_server_mgmt/v1/rrecord/www.example.com./A?zone=com.
**Return Parameters**
None
Return Code: 200 Success
**Example Response**
HTTP/1.1 200 Success
## MEP Agent
Mep agent is a component which run as side car with application. It helps to get authenticaion token, do service registration, send heartbeat on behalf of application.
#### 1. Get token
Applicaiontion can call this API to get authentication token from mepauth.
**URL**
GET /mep-agent/v1/token
**Request parameters**
| **Name** | **Type** | **Description** | **IN** | **Required** |
| --- | --- | --- | --- | --- |
| Content-Type | String | MIME type, fill in "application/json" | header | Yes|
**Body Parameters**
None
**Example Request**
GET /mep-agent/v1/token
{ “header”: [ { “key”: “Content-Type”, “value”: “application/json” } ] }
**Return Parameters**
Return code: 200 OK
|Name | Type | Description | Required|
|---|---|---|---|
|access\_token | String | Token| Yes|
|token\_type |String |Token Type(Bearer)| Yes|
|expires\_in | int | Expire time | Yes|
**Example Response**:
HTTP/1.1 200 OK { “access_token”:”xxxx”, “token_type”:”Bearer”, “expires_in”:”3600” }
#### 2. Get producer endpoint by service name
Applicaiontion can call this API to get producer endpoint from mepserver.
**URL**
GET /mep-agent/v1/endpoint/:serName
**Request parameters**
| **Name** | **Type** | **Description** | **IN** | **Required** |
| --- | --- | --- | --- | --- |
| Content-Type | String | MIME type, fill in "application/json" | header | Yes|
| serName | String | service name | path | Yes |
**Body Parameters**
None
**Example Request**
GET /mep-agent/v1/endpoint/serviceName
{ “header”: [ { “key”: “Content-Type”, “value”: “application/json” } ] }
**Return Parameters**
Return code: 200 OK
|Name | Type | Description | Required|
|---|---|---|---|
| endpoint | Object | endpoint | Yes|
|>uris | Array\[String\]| URI格式的服务入口信息列表| Yes|
|>addresses | Array\[Object\] | 服务入口信息地址列表(IP地址+端口号) | No|
|>>host | String | IP地址 | No|
|>>port | String | 端口号 | No|
|>alternative| String | 已实现格式或者外部规范定义的服务入口信息 | No|
**Example Response**
HTTP/1.1 200 OK { “endpoint”: { “uris”: [ “https://mep-api-gw.mep:8443/VideoService145da803354a611ebb15e” ], “addresses”: null, “alternative”: null } }