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yang完整树管理

2021-04-02 15:26:06   0  举报

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AI智能生成

树状结构的看见性操作

完整流程

scrum

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Acls┗YContainer

yangmodels::YList<Acl> acl_;

Acl ┗YListNode

yangmodels::YLeaf<std::string> name_;

yangmodels::YLeaf<Owner> nkacl_owner_;

using Owner = std::string;

yangmodels::YLeaf<AclType> type_;

using AclType = std::string;

yangmodels::YLeaf<TableName> nkacl_table_;

using TableName = std::string;

yangmodels::YLeaf<ChainName> nkacl_chain_;

using ChainName = std::string;

yangmodels::YList<Aces> aces_;

Aces ┗YListNode

yangmodels::YList<Ace> ace_;

Ace ┗YListNode

yangmodels::YLeaf<std::string> name_;

yangmodels::YLeaf<Priority> nkacl_priority_;

using Priority = int16_t;

yangmodels::YList<Matches> matches_;

Matches ┗YListNode

yangmodels::YList<Ipv4> ipv4_;

Ipv4 ┗YListNode

yangmodels::YLeaf<Protocol> protocol_;

using Protocol = uint8_t;

yangmodels::YLeaf<InetIpv4Prefix> source_ipv4_network_;

using InetIpv4Prefix = std::string;

yangmodels::YLeaf<InetIpv4Prefix> destination_ipv4_network_;

using InetIpv4Prefix = std::string;

yangmodels::YList<Ipv6> ipv6_;

Ipv6 ┗YListNode

yangmodels::YLeaf<Protocol> protocol_;

using Protocol = uint8_t;

yangmodels::YLeaf<InetIpv6Prefix> source_ipv6_network_;

using InetIpv6Prefix = std::string;

yangmodels::YLeaf<InetIpv6Prefix> destination_ipv6_network_;

using InetIpv6Prefix = std::string;

yangmodels::YList<Tcp> tcp_;

Tcp ┗L4ProtocolWithPort

yangmodels::YList<SourcePort> source_port_;

SourcePort ┗RangeOrMultipleRanges

yangmodels::YLeaf<Port> lower_port_;

using Port = uint16_t;

yangmodels::YLeaf<Port> upper_port_;

yangmodels::YList<MultipleRanges> nkacl_multiple_ranges_;

MultipleRanges ┗YListNode

yangmodels::YList<PortRange> port_range_;

PortRange ┗YListNode

yangmodels::YLeaf<std::string> name_;

yangmodels::YLeaf<Port> lower_port_;

yangmodels::YLeaf<Port> upper_port_;

yangmodels::YList<DestinationPort> destination_port_;

yangmodels::YList<Udp> udp_;

Udp ┗L4ProtocolWithPort

yangmodels::YList<Sctp> nkacl_sctp_;

Sctp ┗L4ProtocolWithPort

yangmodels::YList<MultipleIcmpTypes> nkacl_multiple_icmp_types_;

MultipleIcmpTypes ┗YListNode

yangmodels::YLeafList<IcmpType> type_;

using IcmpType = uint8_t;

yangmodels::YLeaf<bool> match_reversed_;

yangmodels::YLeaf<Interface> egress_interface_;

using Interface = std::string;

yangmodels::YLeaf<Interface> ingress_interface_;

yangmodels::YLeaf<State> nkacl_state_;

using State = std::string;

yangmodels::YList<Actions> actions_;

Actions ┗ YListNode

yangmodels::YLeaf<Forwarding> forwarding_;

using Forwarding = std::string;

yangmodels::YList<PayloadStatement> nkacl_payload_statement_;

PayloadStatement ┗YListNode

yangmodels::YLeaf<Dscp> dscp_;

using Dscp = uint8_t;

yangmodels::YList<RateLimit> nkacl_ratelimit_;

RateLimit ┗YListNode

yangmodels::YLeaf<uint32_t> rate_;

yangmodels::YLeaf<uint32_t> burst_;

yangmodels::YLeaf<std::string> unit_;

yangmodels::YLeaf<std::string> mode_;

yangmodels::YList<JumpGoto> nkacl_jump_goto_;

JumpGoto ┗YListNode

yangmodels::YLeaf<std::string> nkacl_next_chain_;

yangmodels::YList<ArpAcl> nkacl_arp_acl_;

ArpAcl ┗YListNode

yangmodels::YLeaf<std::string> name_;

yangmodels::YLeaf<Owner> nkacl_owner_;

using Owner = std::string;

yangmodels::YLeaf<TableName> nkacl_table_;

yangmodels::YLeaf<ChainName> nkacl_chain_;

yangmodels::YList<ArpAces> aces_;

ArpAces ┗YListNode

yangmodels::YList<ArpAce> ace_;

ArpAce ┗YListNode

yangmodels::YLeaf<std::string> name_;

yangmodels::YList<ArpMatches> matches_;

ArpMatches ┗YListNode

yangmodels::YLeaf<std::string> operation_;

yangmodels::YLeaf<std::string> source_network_;

yangmodels::YLeaf<std::string> destination_network_;

yangmodels::YList<ArpActions> actions_;

ArpActions ┗YListNode

yangmodels::YLeaf<std::string> forwarding_;

yangmodels::YList<ArpRateLimit> ratelimit_;

ArpRateLimit ┗YListNode

yangmodels::YLeaf<uint32_t> rate_;

yangmodels::YLeaf<uint32_t> burst_;

yangmodels::YLeaf<std::string> unit_;

yangmodels::YList<ArpJumpGoto> jump_goto_;

ArpJumpGoto ┗YListNode

yangmodels::YLeaf<std::string> next_chain_;

yangmodels::YList<AttachmentPoints> attachment_points_;

AttachmentPoints ┗YListNode

yangmodels::YList<Table> nkacl_table_;

Table ┗YListNode

yangmodels::YLeaf<std::string> name_;

yangmodels::YLeaf<Owner> owner_;

yangmodels::YLeaf<TableFamily> family_;

using TableFamily = std::string;

yangmodels::YList<Chains> chains_;

Chains ┗YListNode

yangmodels::YList<Chain> chain_;

Chain ┗YListNode

yangmodels::YLeaf<std::string> name_;

yangmodels::YLeaf<ChainHook> hook_;

using ChainHook = std::string;

yangmodels::YLeaf<Priority> priority_;

using Priority = int16_t;

yangmodels::YLeaf<ChainPolicy> policy_;|

using ChainPolicy = std::string;

yangmodels::YLeaf<int16_t> level_;

yangmodels::YList<AclSets> acl_sets_;

AclSets ┗YListNode

yangmodels::YList<AclSet> acl_set_;

AclSet ┗YListNode

yangmodels::YLeaf<std::string> name_;

<strike style="">yangmodels::YList<AceStatistics> ace_statistics_;</strike>

AceStatistics ┗YListNode

yangmodels::YLeaf<std::string> name_;

yangmodels::YLeaf<uint64_t> matched_packets_;

yangmodels::YLeaf<uint64_t> matched_octets_;

yangmodels::YList<ArpTable> nkacl_arp_table_;

ArpTable ┗YListNode

yangmodels::YLeaf<std::string> name_;

yangmodels::YLeaf<Owner> owner_;

yangmodels::YList<ArpChains> chains_;

ArpChains ┗YListNode

yangmodels::YList<ArpChain> chain_;

ArpChain ┗YListNode

yangmodels::YLeaf<std::string> name_;

yangmodels::YLeaf<std::string> hook_;

yangmodels::YLeaf<Priority> priority_;

using Priority = int16_t;

yangmodels::YLeaf<ChainPolicy> policy_;

using ChainPolicy = std::string;

yangmodels::YLeaf<int16_t> level_;

yangmodels::YList<ArpAclSets> acl_sets_;

ArpAclSets ┗YListNode

yangmodels::YList<ArpAclSet> acl_set_;

ArpAclSet ┗YListNode

yangmodels::YLeaf<std::string> name_;

<strike>yangmodels::YList<AceStatistics> ace_statistics_</strike>;

AceStatistics ┗YListNode

yangmodels::YLeaf<std::string> name_;

yangmodels::YLeaf<uint64_t> matched_packets_;

yangmodels::YLeaf<uint64_t> matched_octets_;

代码要求 

支持自适应解析所有xml配置文件

支持自适应的解析重构或拷贝整树的所有节点

遍历所有节点

确认节点是否存在

完成值的重建或者拷贝

针对某个flowtype的实现

根据用户场景构建key，通过key完成配置文件与场景的映射

构造完整的xml字符串

数据源

TPL注入的可变参数

owner list

port

httpclient获取的ext接口信息

xml配置文件中的固定配置信息

需要解决的问题

XML配置文件的拆分粒度

太大，不够灵活

太小，拼接逻辑比较复杂

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