Design Patterns Facts and Misconceptions Klaus Iglberger, CppCon 2021 klaus.iglberger@gmx.de2 Klaus Iglberger C++ Trainer/Consultant Author of the C++ math library (Co-)Organizer to dynamic polymorphism; … are not outdated nor obsolete; … are everywhere!Design Patterns Facts and Misconceptions Klaus Iglberger, CppCon 2021 klaus.iglberger@gmx.de

WHITEPAPER How GitOps Boosts Business Performance: The Facts How GitOps Boosts Business Performance: The Facts 2 INTRODUCTION As cloud-native applications have become more prevalent, the concept deliver positive results in your organization. How GitOps Boosts Business Performance: The Facts 3 SOFTWARE SUCCESS LEADS TO OPERATIONAL SUCCESS In publishing its latest report, DORA has done more between a week and a month for such outages to be fixed. How GitOps Boosts Business Performance: The Facts 4 4. Change failure rate This can be seen as a measure of quality in the release process. The best

corpus) • Quality：Good (The accuracy can’t reach 100%) Because of the huge size, there are many wrong facts Pipeline of Knowledge Graph Construction by Data-driven manner Data-driven approaches for large-scale objective of our system is to assist users in quickly finding meaningful and salient connections and facts from a collection of relevant documents, and in summary, it can be best described as a combination of facts from . Each of facts is essentially triple, for subject relation , and object . Since we need to estimate the coherence of these preferred facts for , we refer to them as candidate facts. 

Here’s a simplified representation of the network we’ve developed so far: The diagram shows the facts relating to channel C1 in the network N as follows: Client applications A1 and A2 can use channel reference for controlling access to network resources. Network and channel configurations also contain facts about the network and channel composition, such as the name of consortia and its organizations. For all at once! Let’s see the network with organization R3’s components added: The diagram shows the facts relating to channels C1 and C2 in the network N as follows: Client applications A1 and A2 can use

Here’s a simplified representation of the network we’ve developed so far: The diagram shows the facts relating to channel C1 in the network N as follows: Client applications A1 and A2 can use channel reference for controlling access to network resources. Network and channel configurations also contain facts about the network and channel composition, such as the name of consortia and its organizations. For Chapter 4. Key Concepts hyperledger-fabricdocs Documentation, Release master The diagram shows the facts relating to channels C1 and C2 in the network N as follows: Client applications A1 and A2 can use

Here’s a simplified representation of the network we’ve developed so far: The diagram shows the facts relating to channel C1 in the network N as follows: Client applications A1 and A2 can use channel reference for controlling access to network resources. Network and channel configurations also contain facts about the network and channel composition, such as the name of consortia and its organizations. For all at once! Let’s see the network with organization R3’s components added: The diagram shows the facts relating to channels C1 and C2 in the network N as follows: Client applications A1 and A2 can use

Here’s a simplified representation of the network we’ve developed so far: The diagram shows the facts relating to channel C1 in the network N as follows: Client applications A1 and A2 can use channel reference for controlling access to network resources. Network and channel configurations also contain facts about the network and channel composition, such as the name of consortia and its organizations. For Chapter 4. Key Concepts hyperledger-fabricdocs Documentation, Release master The diagram shows the facts relating to channels C1 and C2 in the network N as follows: Client applications A1 and A2 can use

Here’s a simplified representation of the network we’ve developed so far: The diagram shows the facts relating to channel C1 in the network N as follows: Client applications A1 and A2 can use channel reference for controlling access to network resources. Network and channel configurations also contain facts about the network and channel composition, such as the name of consortia and its organizations. For Chapter 4. Key Concepts hyperledger-fabricdocs Documentation, Release master The diagram shows the facts relating to channels C1 and C2 in the network N as follows: Client applications A1 and A2 can use

Here’s a simplified representation of the network we’ve developed so far: The diagram shows the facts relating to channel C1 in the network N as follows: Client applications A1 and A2 can use channel reference for controlling access to network resources. Network and channel configurations also contain facts about the network and channel composition, such as the name of consortia and its organizations. For all at once! Let’s see the network with organization R3’s components added: The diagram shows the facts relating to channels C1 and C2 in the network N as follows: Client applications A1 and A2 can use

Here’s a simplified representation of the network we’ve developed so far: The diagram shows the facts relating to channel C1 in the network N as follows: Client applications A1 and A2 can use channel reference for controlling access to network resources. Network and channel configurations also contain facts about the network and channel composition, such as the name of consortia and its organizations. For all at once! Let’s see the network with organization R3’s components added: The diagram shows the facts relating to channels C1 and C2 in the network N as follows: Client applications A1 and A2 can use