pg_catalog). When connecting to Proxy through some graph database clients, the client or proxy may have an er‐ ror prompt. You can use command‐line clients (mysql, psql, gsql, etc.) to connect to the Proxy’s databases according to business, and the pressure is also separated into different databases. The diagram below has presented the solution to assign user tables and order tables to different databases by odd primary keys are put into the 1 database (or table), which is illustrated as the following diagram. Theoretically, horizontal sharding has overcome the limitation of data processing volume in single

255 char- ac- ters. The value re- turned by the item must be a UTF- 8 string oth- er- wise it will be ig- nored. This op- tion is sup- ported in ver- sion 2.2.0 and higher the following simplified diagram: 220 221 Note: The diagram above shows only processes, objects and actions related to item value processing in a simplified form. The diagram does not show conditional preprocessing manager is not shown either because it doesn’t affect data flow directly. The aim of this diagram is to show processes involved in item value processing and the way they interact. • Data gathering

255 char- ac- ters. The value re- turned by the item must be a UTF- 8 string oth- er- wise it will be ig- nored. This op- tion is sup- ported in ver- sion 2.2.0 and higher the following simplified diagram: 186 187 Note: The diagram above shows only processes, objects and actions related to item value processing in a simplified form. The diagram does not show conditional preprocessing manager is not shown either because it doesn’t affect data flow directly. The aim of this diagram is to show processes involved in item value processing and the way they interact. • Data gathering

255 char- ac- ters. The value re- turned by the item must be a UTF- 8 string oth- er- wise it will be ig- nored. This op- tion is sup- ported in ver- sion 2.2.0 and higher used to identify the target instance. See also: Internal items, Zabbix agent items The following diagram illustrates the use of either item depending on the context. 276 • - Server → external Zabbix instance defined in Administration → General → Trigger severities. 367 {TRIGGER.STATE} → 基于 Trigger 内部通知 *trig er 的最新状态。* 可能的值: Unknown and Normal. 从 2.2.0 开始支持。 {TRIGGER.STATE} → Trigger-based internal notifications

Total_Out=115434 info|2020-04-24 12:46:31.974147|BlockGasUsed|,g=2,txNum=193,gasUsed=3860579,blockNumb er=1419,sealerIdx=2,blockHash=b10bdcc5da9c9cd5399ca5821bed9ae6f3fecbe 1ddf8ec723b44e6fa30c4bd05,nodeI transaction-level Gas consumption statistics. Module architecture The following figure is a block diagram of network traffic and Gas statistics. The FISCO BCOS node calculates the network and Gas consumption as follows: info|2020-04-24 12:46:31.974147|BlockGasUsed|,g=2,txNum=193,gasUsed=3860579,blockNumb er=1419,sealerIdx=2,blockHash=b10bdcc5da9c9cd5399ca5821bed9ae6f3fecbe 1ddf8ec723b44e6fa30c4bd05,nodeI

Total_Out=115434 info|2020-04-24 12:46:31.974147|BlockGasUsed|,g=2,txNum=193,gasUsed=3860579,blockNumb er=1419,sealerIdx=2,blockHash=b10bdcc5da9c9cd5399ca5821bed9ae6f3fecbe 1ddf8ec723b44e6fa30c4bd05,nodeI groups. FISCO BCOS v2.5.0 introduces flow control. architecture The following figure is a block diagram of flow control, which mainly includes SDK request rate limit and network flow limit. The former transaction-level Gas consumption statistics. Module architecture The following figure is a block diagram of network traffic and Gas statistics. The FISCO BCOS node calculates the network and Gas consumption

Ahuja, Prasanth Buddareddygari, brianhendee, mani2106, mtn, lkevinzc, caojilin, Lak‐ shya, Fiete Lüer, Surbhi Vijayvargeeya, Muhyun Kim, dennismalmgren, adursun, Anirudh Dagar, liqingnz, 3 http://learnpython 'Gumbel', 'HalfCauchy', 'HalfNormal', (continues on next page) 43 https://en.wikipedia.org/wiki/Venn_diagram 44 https://en.wikipedia.org/wiki/Markov_chain 45 https://discuss.d2l.ai/t/1762 2.7. 查阅文档 81 (continued raw_token_freqs将词映射到数据集中的频 率（出现次数）。注意，特殊符号'_'被附加到每个词的尾部，以便我们可以容易地从输出符号序列（例如， “a_all er_man”）恢复单词序列（例如，“a_all er_man”）。由于我们仅从单个字符和特殊符号的词开始合并处理， 所以在每个词（词典token_freqs的键）内的每对连续字符之间插入空格。换句话说，空格是词中符号之间的

• JSON Data • YAML Data • Network diagram (nwdiag) • 线框图形界面 • 架构图 • 规范和描述语言 (SDL) • Ditaa diagram • 甘特图 • MindMap diagram • Work Breakdown Structure diagram • 以 AsciiMath 或 JLaTeXMath 符号的数学公式 符号的数学公式 • Entity Relationship diagram 通过简单直观的语言来定义这些示意图。 1 时序图 1 时序图 1.1 简单示例 你可以用-> 来绘制参与者之间传递的消息，而不必显式地声明参与者。 你也可以使用 --> 绘制一个虚线箭头。 另外，你还能用 <- 和 <--，这不影响绘图，但可以提高可读性。注意：仅适用于时序图，对于其它示意 图，规则是不同的。 @startuml [Ref. QA-310] 1.30 Anchors and Duration With teoz usage it is possible to add anchors to the diagram and use the anchors to specify duration time. @startuml !pragma teoz true {start} Alice -> Bob

同时还支持以下非 UML 图: • JSON Data • Network diagram (nwdiag) • 线框图形界面 • 架构图 • 规范和描述语言 (SDL) • Ditaa diagram • 甘特图 • MindMap diagram • Work Breakdown Structure diagram • 以 AsciiMath 或 JLaTeXMath 符号的数学公式 符号的数学公式 • Entity Relationship diagram 通过简单直观的语言来定义这些示意图。 1 时序图 1 时序图 1.1 简单示例 你可以用-> 来绘制参与者之间传递的消息，而不必显式地声明参与者。 你也可以使用 --> 绘制一个虚线箭头。 另外，你还能用 <- 和 <--，这不影响绘图，但可以提高可读性。注意：仅适用于时序图，对于其它示意 图，规则是不同的。 @startuml [Ref. QA-310] 1.30 Anchors and Duration With teoz usage it is possible to add anchors to the diagram and use the anchors to specify duration time. @startuml !pragma teoz true {start} Alice -> Bob

• JSON Data • YAML Data • Network diagram (nwdiag) • 线框图形界面 • 架构图 • 规范和描述语言 (SDL) • Ditaa diagram • 甘特图 • MindMap diagram • Work Breakdown Structure diagram • 以 AsciiMath 或 JLaTeXMath 符号的数学公式 符号的数学公式 • Entity Relationship diagram 通过简单直观的语言来定义这些示意图。 1 时序图 1 时序图 1.1 简单示例 你可以用-> 来绘制参与者之间传递的消息，而不必显式地声明参与者。 你也可以使用 --> 绘制一个虚线箭头。 另外，你还能用 <- 和 <--，这不影响绘图，但可以提高可读性。注意：仅适用于时序图，对于其它示意 图，规则是不同的。 @startuml style (inline style) 2 用例图 [Ref. QA-3770 and QA-3816] [See similar feature on deployment-diagram or class diagram] 2.17 Change element color and style (inline style) You can change the color or style