From 443f23e784aaa256fe111ee8f939b5299e92bd66 Mon Sep 17 00:00:00 2001 From: Gang Yin <1246410+yingang@users.noreply.github.com> Date: Thu, 14 Aug 2025 11:28:04 +0800 Subject: [PATCH] rename the figure file referenced in part ii --- content/en/part-ii.md | 2 +- content/tw/part-ii.md | 2 +- content/v1/part-ii.md | 4 ++-- content/v1_tw/part-ii.md | 4 ++-- content/zh/part-ii.md | 2 +- static/v1/{ddia_08.png => ddia_part-ii_01.png} | Bin 6 files changed, 7 insertions(+), 7 deletions(-) rename static/v1/{ddia_08.png => ddia_part-ii_01.png} (100%) diff --git a/content/en/part-ii.md b/content/en/part-ii.md index b1797e5..477e481 100644 --- a/content/en/part-ii.md +++ b/content/en/part-ii.md @@ -91,7 +91,7 @@ Replication can also help improve performance. We discuss replication in [Chapte These are separate mechanisms, but they often go hand in hand, as illustrated in [Figure II-1](#fig_replication_partitioning). -{{< figure src="/v1/ddia_08.png" id="fig_replication_partitioning" caption="*Figure II-1. A database split into two partitions, with two replicas per partition." class="w-full my-4" >}} +{{< figure src="/v1/ddia_part-ii_01.png" id="fig_replication_partitioning" caption="*Figure II-1. A database split into two partitions, with two replicas per partition." class="w-full my-4" >}} With an understanding of those concepts, we can discuss the difficult trade-offs that you need to make in a distributed system. We’ll discuss *transactions* in [Chapter 8](/en/ch8), as that will help you understand all the many things that can go wrong in a data system, and what you can do about them. diff --git a/content/tw/part-ii.md b/content/tw/part-ii.md index 2f4b5dc..e0172ae 100644 --- a/content/tw/part-ii.md +++ b/content/tw/part-ii.md @@ -72,7 +72,7 @@ breadcrumbs: false 複製和分割槽是不同的機制,但它們經常同時使用。如 [圖 II-1](#fig_replication_partitioning) 所示。 -{{< figure src="/v1/ddia_08.png" id="fig_replication_partitioning" caption="圖 II-1 一個數據庫切分為兩個分割槽,每個分割槽都有兩個副本" class="w-full my-4" >}} +{{< figure src="/v1/ddia_part-ii_01.png" id="fig_replication_partitioning" caption="圖 II-1 一個數據庫切分為兩個分割槽,每個分割槽都有兩個副本" class="w-full my-4" >}} 理解了這些概念,就可以開始討論在分散式系統中需要做出的困難抉擇。[第八章](/tw/ch8) 將討論 **事務(Transaction)**,這對於瞭解資料系統中可能出現的各種問題,以及我們可以做些什麼很有幫助。 diff --git a/content/v1/part-ii.md b/content/v1/part-ii.md index 30bc943..ea169b9 100644 --- a/content/v1/part-ii.md +++ b/content/v1/part-ii.md @@ -58,9 +58,9 @@ breadcrumbs: false 分区 (Partitioning) : 将一个大型数据库拆分成较小的子集(称为 **分区**,即 partitions),从而不同的分区可以指派给不同的 **节点**(nodes,亦称 **分片**,即 sharding)。[第六章](/v1/ch6) 将讨论分区。 -复制和分区是不同的机制,但它们经常同时使用。如 [图 II-1](/v1/ddia_08.png) 所示。 +复制和分区是不同的机制,但它们经常同时使用。如 [图 II-1](/v1/ddia_part-ii_01.png) 所示。 -![](/v1/ddia_08.png) +![](/v1/ddia_part-ii_01.png) **图 II-1 一个数据库切分为两个分区,每个分区都有两个副本** diff --git a/content/v1_tw/part-ii.md b/content/v1_tw/part-ii.md index 413d4cd..aab0f27 100644 --- a/content/v1_tw/part-ii.md +++ b/content/v1_tw/part-ii.md @@ -58,9 +58,9 @@ breadcrumbs: false 分割槽 (Partitioning) : 將一個大型資料庫拆分成較小的子集(稱為 **分割槽**,即 partitions),從而不同的分割槽可以指派給不同的 **節點**(nodes,亦稱 **分片**,即 sharding)。[第六章](/v1_tw/ch6) 將討論分割槽。 -複製和分割槽是不同的機制,但它們經常同時使用。如 [圖 II-1](/v1/ddia_08.png) 所示。 +複製和分割槽是不同的機制,但它們經常同時使用。如 [圖 II-1](/v1/ddia_part-ii_01.png) 所示。 -![](/v1/ddia_08.png) +![](/v1/ddia_part-ii_01.png) **圖 II-1 一個數據庫切分為兩個分割槽,每個分割槽都有兩個副本** diff --git a/content/zh/part-ii.md b/content/zh/part-ii.md index 7e44408..d6a54f1 100644 --- a/content/zh/part-ii.md +++ b/content/zh/part-ii.md @@ -72,7 +72,7 @@ breadcrumbs: false 复制和分区是不同的机制,但它们经常同时使用。如 [图 II-1](#fig_replication_partitioning) 所示。 -{{< figure src="/v1/ddia_08.png" id="fig_replication_partitioning" caption="图 II-1 一个数据库切分为两个分区,每个分区都有两个副本" class="w-full my-4" >}} +{{< figure src="/v1/ddia_part-ii_01.png" id="fig_replication_partitioning" caption="图 II-1 一个数据库切分为两个分区,每个分区都有两个副本" class="w-full my-4" >}} 理解了这些概念,就可以开始讨论在分布式系统中需要做出的困难抉择。[第八章](/ch8) 将讨论 **事务(Transaction)**,这对于了解数据系统中可能出现的各种问题,以及我们可以做些什么很有帮助。 diff --git a/static/v1/ddia_08.png b/static/v1/ddia_part-ii_01.png similarity index 100% rename from static/v1/ddia_08.png rename to static/v1/ddia_part-ii_01.png