| 1. | Dividing a service into input and output services can be tricky
将服务分割成输入与输出服务可能很棘手。 |
| 2. | Presumably both the input and the output services use the same data types
假设输入与输出服务都使用相同的数据类型。 |
| 3. | If you change a data type in the output service , it is a major change
如果在输出服务中改变数据类型，那可是个重大改变。 |
| 4. | Government has the option to buy the output service provided by the boo operator
-政府可选择购买该boo合同经营者所提供的产品/服务 |
| 5. | C input output services and formatting rely on the run - time library of the . net framework
C #的输入/输出服务和格式设置依赖于. net framework的运行时库。 |
| 6. | C programs generally use the input output services provided by the run - time library of the . net framework
C #程序通常使用. net framework的运行时库提供的输入/输出服务。 |
| 7. | So to avoid a major change , the output service implementation will have to convert from the new data types to the old data types before returning them
因此要避免重大改变，输出服务实现将在返回之前从新数据类型转变为旧数据类型。 |
| 8. | A client of the output service would tell the service which minor version of the data type they understand , so that the service can send them the data types appropriate to them
输出服务的客户端将通知服务他们可以理解哪个数据类型的局部版本，所以服务可以发送给他们适合他们的数据类型。 |
| 9. | One option to ease this issue for the output service might be to have an explicit version parameter on the operations or an explicit version field on the complextypes
为输出服务简化这个问题的一个选择是在操作中增加显式的“ version ”参数，或是在“ complextype ”中增加显式的“ version ”字段。 |
| 10. | In aspect of hardware , the technology of cpld based on eda achieves the of embedded system . in aspect of software , the use of bios accomplishes the compatibility of pc / dos , especially , much works have been made to implement standard output service with lcd instead of vga on pc . in aspect of application , the paper focuses on how to construct an application on such an embedded system
硬件方面，运用基于eda的cpld相关技术，实现嵌入式系统的灵活性；软件方面，与硬件结合，着重于如何利用设计bios来实现与pc的兼容性，尤其是在把矩阵键盘和lcd替代pc的标准输入输出设备作为本嵌入式系统的标准输入输出设备方面，做了比较详细的工作；最后，基于上述的嵌入式平台，本文做了一个具有实际应用价值的案例，作为演示，说明如何快速构建具体的嵌入式应用方案。 |
