让我们首先谈谈决策制定。
在进入抽象的讨论之前,还是让我们首先来看一看我的送奶工发来的电子邮件吧。
Before getting to abstractions, let's look at the e-mail I got from my milkman.
因此,让我们首先创建一个简单的空模版。
让我们首先来查看一些关键词。
下面让我们首先来看一下HTTP就绪状态。
让我们首先看看易腐农产品的情况。
Let's take a look first at perishable agricultural commodities.
让我们首先识别转轮上的各个面。
让我们首先,对分母做温度的微分。
So let's take the derivative with respect to the temperature on the bottom first.
让我们首先看看清单1中的页面脚本。
让我们首先安装CEI引擎。
让我们首先对内核加以修补。
下面让我们首先来看一下虚拟化的起源。
让我们首先来说明这些列所表示的含义。
让我们首先定义一下什么是大师和杰作。
Let's begin by defining what I mean by master and masterpiece. The Merriam-Webster Online Dictionary 1 has several definitions for master; in our discussion, all three of the definitions below apply.
让我们首先查看描述符。
让我们首先创建基类,并分析生成的代码。
Let's first create the basic class and then examine the generated code.
让我们首先看一下卷组并查找其中的逻辑卷。
Let's look first at a volume group and find the logical volumes that are a part of it.
同样,让我们首先直接跳到完整的客户代码。
让我们首先从物理和逻辑的角度研究每种方法。
Let's begin by looking at each approach from both physical and logical perspectives.
让我们首先从修改部署管理器机器上的主机名开始。
Let's start simply by changing the host name of the deployment manager machine in your cell.
接下来让我们首先看看orderclient类。
让我们首先重点介绍SOA编程模型的几个主要特性。
Let's start by highlighting some of the major features of the SOA programming model.
让我们首先看一下Linux中使用的基本汇编程序语法。
Let's first look at the basic assembler syntax used in Linux.
让我们首先来看将会失真而随后被重新获得的五个任意图案。
Let's begin with five arbitrary patterns patterns that will be distorted and subsequently retrieved.
让我们首先探索添加到或从virtqueue移除的对象。
Let's first explore the object that is added or removed from the virtqueue.
在深入钻研SCTP之前,让我们首先简单回顾一下传统的传输层协议。
Now for a quick refresher on traditional transport layer protocols before we dive into the workings of SCTP.
让我们首先导入包含支持组件、接口和业务对象的项目交换文件。
Let's start by importing the project interchange file that contains the supporting components, interfaces, and business objects.
让我们首先明确一下:轻量级技术完全可以构建这种规模的应用程序。
Let me be clear: Lightweight technologies can build things that scale.
让我们首先明确一下:轻量级技术完全可以构建这种规模的应用程序。
Let me be clear: Lightweight technologies can build things that scale.
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