片语

dibetes tls糖尿病地图

szyfrowanie TLS传输层安全性加密

TLS S传输层安全

TLS protocolTLS协议

TLS解the TLS sets

opportunistic TLS机会型TLS

TOULOUSE TLS图卢兹

TLS协议TLS protocol

英汉例句

• It「s certainly better to use TLS than inventing your own solution. Additionally, you」ll benefit from a protocol that has withstood careful security analysis.

  使用TLS肯定比你自己发明解决方案要好，另外，使用经得起仔细的安全分析的协议，你能从中获益。

• The SSL and TLS protocols define the rules SSL clients and servers use to communicate with each other.

  SSL和TLS协议定义ssl客户端和服务器用于彼此间通信的规则。

• Note that it「s not completely random. The first two bytes are, by convention, the TLS version (03 01).

  需要指出的是这并非全是随机数，按约定，最前面的两个字节是TLS版本(0301)。

• The TLS couples a solid-state high-energy laser with the weapons module to provide extremely precise targeting and counter-material disabling effects.

  该TLS系统将一个固体高能量激光器连接到武器模块，以提供极其精确的定位并可以使打击目标丧失能力。

• Given the temporal nature of the file system, NTT has considered some other very innovative tools for the future-for example, TLS (temporal ls), tdiff (temporal diff), and tgrep (temporal grep).

  鑒于这种文件系统是临时性的，NTT已经为将来考虑了一些非常有创新性的工具—例如，tls(临时ls)、tdiff(临时diff)和tgrep(临时grep)。

• At the transport layer, the data is encrypted and wrapped in the TLS protocol, for transport across the network.

  在传输层，数据使用TLS协议进行加密和封装，然后通过网络进行传输。

• Comprehensive security - All XML and TLS security functions in one device.

  全面的安全性——在单个设备中提供所有XML和TLS安全功能。

• The section Configure TLS security addresses this.

  配置TLS安全性将解决这个问题。

• As mentioned in IETF RFC 2847, LIPKEY is a low infrastructure based GSS-API security mechanism which maps to a typical TLS (Transport Layer security) deployment scenario.

  正如在IETFRFC 2847中所提到的，LIPKEY是一种基于GSS - API安全机制的低基础设施，该安全机制对应于典型的TLS (TransportLayerSecurity)部署场景。

• Users wishing to restrict their applications to use FIPS complaint ciphers and TLS can either manually configure every endpoint, or simply enable FIPS compliance using the admin tools.

  如果用户希望把应用程序限制为只使用符合FIPS的密码技术和TLS，可以手工配置每个端点，也可以使用管理工具启用FIPS遵从性。

• However, TLS is smart in that it doesn」t use MD5 directly, but rather the HMAC version of it. This means that instead of using MD5 (m) directly, we calculate.

  然而，TLS很聪明，他并不直接使用MD 5，而使用它的HMAC版本。

• When a server and client communicate, TLS ensures that no third party may eavesdrop or tamper with any message.

  当服务器和客户机进行通信时，TLS确保第三方无法窃取或篡改任何消息。

• Encryption is a complex topic, but a basic overview of how TLS works is needed to use the OpenSSL package.

  虽然加密是一个复杂的主题，但是要使用openssl包，我们依然需要简要介绍一下TLS是如何工作的。

• TLSCipherSuite specifies a list of OpenSSL ciphers from which slapd will choose when negotiating TLS connections, in decreasing order of preference.

  TLSCipherSuite指定了一个OpenSSL密码的列表，slapd在与TLS协商建立连接时可以从中按照降序顺序依次选择。

• The SSL and TLS protocols have become the DE facto standard for securing network communications.

  SSL和TLS协议已经成为保护网络通信安全的实际标準。

• However, the data sent to the WAP gateway is binary encoded (for WAP), so the encrypted data must be decrypted and re-encrypted using TLS for the Internet.

  然而，发送到WAP网关的数据是二进制的编码格式(对wap)，所以这些加密后的数据必须用TLS解密和再加密以适用于因特网。