First, we will create a scalar transform function named ADDRESS_TRANSFORM, using the CREATE FUNCTION ( SQL Scalar, Table, or Row) statement. 首先,我们将使用CREATEFUNCTION(SQLScalar、Table或Row)语句,创建一个名为ADDRESSTRANSFORM的标量转换函数。
Each row has a from and a to address, along with a subject and the content of the e-mail. 每行中有一个from和一个to地址,以及电子邮件的主题和内容。
Each row contains a user ID, an email address, first and last name, phone number, and mailing address. 每行包含一个用户ID、一个电子邮件地址、姓名、电话号码和邮寄地址。
Each row of the dataTable represents an address. 数据表的每一行呈现一个地址。
ROWID pseudocolumn Rowids are used to quickly retrieve a row that was previously fetched based on its physical address. ROWID伪列Rowid用于快速获取之前根据其物理地址获取的行。
The coefficient matrix is stored by row storage. Column storage address is also provided. Rapid storage of coefficient matrix in finite element method is then realized. 系数阵采用行存储,同时提供按列寻址的地址,实现有限元系数矩阵的快速存储。
The principle of this method is based on the Row and Column of QTM and recursively approach the address codes according to certain orientation. Detailed steps of new algorithm are also presented. 为解决这个矛盾,提出一个新的转换算法“行列逼近法”(CAMCavalcadeApproachMethod),其算法的基本原理是根据QTM的行和列,按一定的方向递归逼近地址码。