Change Password

Please enter the password.
Please enter the password. Between 8-64 characters. Not identical to your email address. Contain at least 3 of uppercase, lowercase, numbers, and special characters (such as @*&#).
Please enter the password.
Submit

Change Nickname

Current Nickname:
Submit

Certifications

Certificate Issued at Valid until Serial No. File
Serial No. Valid until File

Not having one? Apply now! >>>

Invoice

ProductName CreateTime ID Price File
ProductName CreateTime ID Price File
v4.3
Search
    中文EN
    v4.3

      Basic Templates

      Basic templates describe the filtering rules the minimum unit (node, edge) in the path has to meet. Basic templates assembled into path or subgraph can make structural matching in the graph to accommodate the business needs with celerity and great customizability.

      Ultipa currently supports the following 4 basic templates:

      Basic Template Type Description
      Structure of Custom Alias
      n() Single node The filtering rules of one node in the path
      NODE
      e(), e()[1],
      le(), le()[1],
      re(), re()[1]
      Single edge The filtering rules of one edge in the path; edge direction is none, left or right (the same below)
      EDGE
      e()[<steps>],
      le()[<steps>],
      re()[<steps>]
      Multi-edge The filtering rules of multiple consecutive edges in the path

      format of [<steps>] (N ≥ 2):
      [N]: N edges
      [:N]: 1~N edges
      [0:N]: 0~N edges (see note below)
      [M:N]: M~N edges
      [*:N]: the shortest paths within N edges
      Not supported
      e().nf()[<steps>],
      le().nf()[<steps>],
      re().nf()[<steps>]
      Multi-edge with Intermediate Nodes The filtering rules of multiple consecutive edges and nodes between those edges in the path

      format of [<steps>] is the same as above
      Not supported

      Note: when setting [0:N] as length of a multi-edge template, the 0-step is triggered only when the node templates before and after this multi-edge template have the same filtering condition, in which case this multi-edge template is considered dismissed the twose node templates are considered the same node.

      Assembling Rules

      • Rule No.1: A path starts and ends with node, and consists of alternating nodes and edges.

      For instance, a 3-step path that has different filtering conditions of each node and edge can be written as n().e().n().e().n().e().n(), independent filter and alias can be set for each node or edge in the path:

      n({@mgr}).re({@manage}).n({@cst} as n1)
        .re({@has}).n({@acct} as n2)
        .re({@buy} as e1).n({@product}) as p
      
      • Rule No.2: Continous edges and intermediate nodes with same filtering condition can be merged in a multiple-edge template.

      For instance, a 5-step path that has same filtering condition for its nodes and edges from step-2 to step-4, can use multi-edge template e().nf()[3] to represent those edges and intermediate nodes. But custom alias is not applicable in multiple-edge template:

      n({@cst}).re({@has}).n({@acct} as n1)
        .re({@transfer}).nf({@acct})[3].n({@acct} as n2)
        .le({@has}).n({@cst}) as p
      
      • Rule No.3: Set depth as a range instead of a fixed number, to expand the query scope.

      For instance, to limit the number of transactions in each path within 3, use multi-edge template e().nf()[:3]:

      n({@cst} as n1).re({@has}).n({@acct} as c1)
        .re({@transfer})[:3].n({@acct} c1)
        .le({@has}).n({@cst}) as p
      
      Please complete the following information to download this book
      *
      公司名称不能为空
      *
      公司邮箱必须填写
      *
      你的名字必须填写
      *
      你的电话必须填写
      *
      你的电话必须填写