投稿時間:2022-09-09 01:26:46 RSSフィード2022-09-09 01:00 分まとめ(30件)

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AWS	AWS - Webinar Channel	Accelerate deep learning model development with cloud custom environments	https://www.youtube.com/watch?v=xeRZDWLXHO0	cloud	2022-09-08 15:16:30
AWS	AWS - Webinar Channel	How Amazon Creates Seamless Customer Deliveries with Amazon Redshift	https://www.youtube.com/watch?v=PEV4zGhdB5s	redshift	2022-09-08 15:11:29
AWS	AWS - Webinar Channel	Amazon DocumentDB Feature Launches: DML Query Auditing and Decimal128	https://www.youtube.com/watch?v=DBVZtDdNlmQ	decimal	2022-09-08 15:01:11
golang	Goタグが付けられた新着投稿 - Qiita	Azure Functions と Go 言語で Web API 開発	https://qiita.com/michimichix521/items/bfa4b84d30bdd8252092	azurefunctions	2022-09-09 00:08:12
Azure	Azureタグが付けられた新着投稿 - Qiita	Azure Functions と Go 言語で Web API 開発	https://qiita.com/michimichix521/items/bfa4b84d30bdd8252092	azurefunctions	2022-09-09 00:08:12
Git	Gitタグが付けられた新着投稿 - Qiita	commitしたファイルや変更箇所は"git show"で確認できる	https://qiita.com/shuhei_m/items/a80385d8d42df795a06b	commit	2022-09-09 00:54:44
Git	Gitタグが付けられた新着投稿 - Qiita	Gitでプルリクエストをマージされたリモートリポジトリをローカルリポジトリにプルする	https://qiita.com/atsuoatsuo/items/d361eb188d2df01cfe61	gitlogoneline	2022-09-09 00:36:23
Git	Gitタグが付けられた新着投稿 - Qiita	GitHubでプルリクエストを確認してマージをする	https://qiita.com/atsuoatsuo/items/02e36328c3ec6d3e086d	filechanged	2022-09-09 00:20:04
海外TECH	DEV Community	What are the different API types?	https://dev.to/bump/what-are-the-different-api-types-3p95	What are the different API types APIs have become increasingly popular over the past few years enabling products projects and people to connect In this article we will try to present a snapshot of the most popular solutions available as of August We did our best to avoid bias but some technologies are not mentioned on purpose as we want to focus on the most used popular HistoryAlways great to start from the beginning If APIs have been here for a very long time they began to get more and more popular in the early s when they got mainly used to push forward businesses on the web Resellers or business partners could reach popular platforms with APIs helping customers quickly find the products they were looking for on a single website Some of the biggest technology companies released their APIs like Salesforce or Amazon in a few years Their impact on the industry is unmatched as they forever changed how we sell and shop online We could continue this for a long time After shopping more APIs were released for different purposes and are now everywhere social media cloud computing communication mapping voice AI… RPC Remote Procedure Call The simplest form of API interaction basically relies on executing some code on a distant server RPC is probably the oldest type of API you could meet today You can imagine it as a simple function with arguments but in a web context that makes them a web API RPC was designed for actions executing procedures and commands with ease One of the limitations is that it relies on the client mostly which needs to know the endpoints and how and when to reach them RPC itself is more an approach to APIs but with many existing specifications We won t talk about most of them but there s one that is popular SOAPIntroduced by Microsoft and IBM around SOAP is an actual communication protocol Known to use a bit wordy XML SOAP is from the beginning a true API contract its strict guidelines confer it an image of stability and safety Today SOAP is still found on some legacy systems which rely on it but has mostly been supplanted by REST Among the companies that use SOAP for their APIs Salesforce is probably the most famous Learn more on SOAP More RPC typesRPC has known some evolutions since its creation One of them led directly to SOAP XML RPC basically it continued to evolve until the decision to create a new standard from it JSON RPC has also been a bit popular at some point Its main difference from XML RPC is its capacity to handle notifications and work asynchronously RESTREST APIs quickly grew in popularity pushing SOAP on their passage While RPC is a strict protocol REST can be seen as general guidelines which define a standard normalized architecture for APIs Due to this REST offers fast deployments in your environment With URLs for the client server relations REST avoids the time consuming part of writing code for each Client and server can be developed on their side without information about each other and their code can be updated without affecting the other Another important part of REST is its Statelessness to make it simple it means that clients and servers don t need to know the state of the other one REST uses standard HTTP operations and doesn t need to code a specific interface Messages sent are automatically understood without knowing the previous messages sent REST supports webhooks enabling asynchronous requests Imagine subscribing to an alert when a specific event occurs or when you need a reply action from the server at a later moment There are many ways to describe your REST API but one of the most popular solutions lately has been to use the OpenAPI specification previously known as Swagger Learn more on REST OpenAPI specificationWhile REST APIs were growing on the main stage several actors worked hard to push this forward One of the main issues was standardizing how APIs should be described Swagger was one of these neutral description formats and eventually joined the Linux Foundation The name changed as well to OpenAPI Now the most popular standard to describe REST APIs its community greatly supports OpenAPI specification Learn more on OpenAPI GraphQLInitially created by Facebook in GraphQL was moved as an open source project to the GraphQL Foundation in late GraphQL is a query language for APIs focusing on delivering exactly the data requested and no more Schema is essential to a GraphQL API as it is your API s single source of truth A single endpoint can share the full capability in terms of data allowing you to control the data you ll receive from the server precisely And when REST APIs could need loading from several endpoints GraphQL handles this in a single request However as many developers are more familiar with REST APIs GraphQL may require a longer learning curve Learn more on GraphQL gRPCCreated by Google gRPC is an open source RPC framework cross platform with many languages relying on HTTP as its transport protocol Protocol Buffers also known as Protobuf can be used for requests messages Protobuf could be seen as Google homemade JSON but faster smaller and natively generating language bindings We won t deep dive too much here but gRPC has some significant advantages like its use of binary payloads very light requests code better performances or the use of HTTP backstage gRPC may be considered as a strongly enhanced version of RPC Learn more on gRPC EDAUnlike REST which relies on a request response workflow Event Driven Architecture API or asynchronous APIs works with a subscribe publish system Asynchronous APIs are based on a message workflow allowing asynchronous actions Instead of reaching out to a server to get a response an EDA API will subscribe and receive specific notifications about an event when required In some cases it could be considered a great solution due to its excellent performance and reliability like for a heavily requested server Asynchronous APIs are very popular in microservices environments helping them to synchronize data across different services They have been growing in popularity over the years receiving more and more support from the developer community If asynchronous APIs can work with many protocols a standard emerged to bind them all within the specification SpecificationsAsyncAPI is an open source standard describing an EDA API s specifications working with many possible protocols Based on OpenAPI AsyncAPI has optimized these parts for asynchronous needs Designed from the idea of a messaging system where the messages are built with a header and a payload helping to sort them into topics AsyncAPI focuses on the application and the communication channels and works well with CloudEvents another standard for asynchronous APIs that focuses more on the event itself and the message format Learn more on AsyncAPI Most commonly used protocolsWe re covering below a few protocols that are popularly used within an EDA API but there are many more AMQPInitially created by JPMorgan Chase in to build an open communication standard AMQP has been supported by some of the biggest Microsoft VMWare Cisco Systems and several banks like Barclays Among others AMQP s biggest advantages are its support of annotated data and its self describing encoding system which permits greater compatibility with clients Learn more on AMQP MQTTMQTT is a bit older than AMQP and was initially created to watch over an oléoduc in the desert As the satellite connection was expensive the goal was to have a bandwidth efficient battery power efficient protocol MQTT never stopped to evolve and is now one of the most popular protocols in the IoT field thanks to its support of unreliable networks Learn more on MQTT KafkaKafka is often considered an alternative to “traditional message brokers Designed by LinkedIn Kafka was meant to support the high volume of messages transiting through the platform It quickly then switched to open source in under the Apache Software Foundation Uber uses Kafka to help match passengers and drivers More than microservices rely on Kafka now and the protocol is considered the backbone of their architecture Learn more on Kafka WebSocketsWebSocket protocol has been here for a long time standardized in and is supported natively by most browsers Offering a very flexible implementation you can easily find many resources online and a solid tooling experience WebSockets APIs are stateful meaning that the connection between client and server remains active until stopped by one of them and full duplex can send receive simultaneously Widely spread in the EDA ecosystems WebSockets are increasingly partnering with REST APIs to add an asynchronous layer to them Learn more on WebSockets ConclusionThis article was just a short tour of today s API scene as there s much more to share on this growing vivid topic New concepts ideas projects tools standards and optimizations are developed and shared weekly within the community And even if we know that some content in this article will be obsolete in the upcoming months we ll try to keep it updated as much as possible In the meantime we at Bump are trying to create great tools to help developers API evangelists communities and teams to get the best from their APIs We have developed the first product that provides a unified experience around OpenAPI and AsyncAPI Feel free to look at our solution and please reach us if you have any feedback comment or suggestion you would like to share We re always listening	2022-09-08 15:39:08
海外TECH	DEV Community	Announcing DigitalOcean Uptime: Real-time uptime and latency alerts	https://dev.to/digitalocean/announcing-digitalocean-uptime-real-time-uptime-and-latency-alerts-2bi7	Announcing DigitalOcean Uptime Real time uptime and latency alertsProviding a good user experience is critical to business success and that experience depends on both availability uptime and response time latency We are excited to announce a new product from DigitalOcean to help you monitor these important metrics DigitalOcean Uptime gives you the peace of mind that your assets are being checked regularly and alerts you before your customers are impacted so that you can recover quickly from incidents Starting today anyone with a DigitalOcean account gets one uptime check for free per month so you can be aware of incidents as soon as they happen and resolve them more quickly Start checking your website with DigitalOcean Uptime today Get alerted when your assets may be slow down or vulnerable to SSL attacksWebsite latency is the amount of time it takes for data to go from a network to another and is a critical metric for production applications The longer your website or application takes to load the more opportunities your users have to go somewhere else Empower yourself with DigitalOcean Uptime to determine if resources are available and responsive from an external user s perspective DigitalOcean Uptime allows you to check your services no matter the cloud provider you can monitor almost any IP or endpoint after a quick and easy set up Simply paste your endpoint to start checking Watch as Chris Sevilleja Senior Developer Advocate II creates an uptime check in a few seconds and monitors an endpoint Slow websites can be due to a range of causes from needing more computing power to sites being under attack or dependencies crashing By setting an uptime alert you can protect your business during incidents that are common during your busiest times You can create alerts for up to four regions at a threshold of latency down to millisecond ms and set how long before you re alerted By leaving the default configuration you ll receive an alert immediately after two minutes of latency by email or to a chosen Slack channel with relevant metrics so you can find the cause DigitalOcean Uptime also includes a regional latency graph which will visualize any slowdown from the last hour up to the previous days This can reveal unexpected insights into your app over time and is easy to read a baseline shows normal use and spikes appear when latency is worst The regional latency graph can show you latency patterns at specific intervals that can tell you a lot about your infrastructure product and users Additionally with DigitalOcean Uptime you can track the validity of your SSL certificate and create an alert to tell you before certificates lapse so you can update them to avoid being vulnerable to attack Hear what users are saying about DigitalOcean Uptime As a solo developer of a popular photo platform it s crucial for me to focus on the users and their needs while Uptime helps me to react extremely fast when services don t work as expected Manuel Founder of Locationscout net  We use DigitalOcean Uptime to monitor our services and make sure they re all operational DigitalOcean Uptime is effective reliable and costs only a fraction compared to similar services As a long time DigitalOcean user all we can say is thank you It s always great to see DigitalOcean developing new helpful tools for their clients This review is an honest one We love DigitalOcean Uptime RenéHermenau Founder wp staging com   All DigitalOcean users can create one uptime check for free New and existing DigitalOcean users get one uptime check for free every month Any additional uptime checks are each per month keeping the price simple and competitive  All uptime checks monitor performance at minute intervals for detailed information on DigitalOcean Uptime like editing regions and how to set up alerts refer to our documentation  Happy Coding Daniel LevySenior Product Manager II Insights Experimentation	2022-09-08 15:23:24
海外TECH	DEV Community	Uncover Single Responsibility Principle in C# with Examples — C# SOLID Principles	https://dev.to/bytehide/uncover-single-responsibility-principle-in-c-with-examples-c-solid-principles-oe7	Uncover Single Responsibility Principle in C with Examples ーC SOLID PrinciplesSingle Responsibility Principle the first principle and meaning of the letter S in the SOLID principles The famous and well known SOLID design principles of the programming world which developer does not know them What would we do without Uncle Bob Robert C Martin teaching them to us What would the world of object oriented programming be like without them If you are not familiar with SOLID principles they were defined in the book “Agile Software Development Principles Patterns and Practices by Robert C Martin These SOLID principles applied to programming in general and were not focused on any particular language Later on the C version of this book was republished called “Agile Software Development Principles Patterns and Practices in C which by the way is one of the best C books that are recommended The SOLID Principles created by Uncle Bob are which are Single Responsibility Principle SRP Open Closed Principle OSP Liskov Substitution Principle LSP Interface Segregation Principle ISP Dependency Inversion Principle DIP And as you may have seen in the title in this article we are going to talk about and explain the C Single Responsibility Principle SRP the first of the SOLID Principles If you are looking to understand Single Responsability Principle in C or you have questions like What is Single Responsibility Principle in C Why is Single Responsibility Principle important Why use Single Responsibility Principle How to implement Single Responsibility Principle in c This is the place for you Here you will discover everything you need to know about this SOLID principle with real world examples Stay What is single responsibility principle in C Single Responsibility Principle in C is the first design principle of SOLID It is very common to see Single Responsibility Principle also known as SRP so if you see SRP somewhere you will know what it is If you are wondering what SRP states in C Single responsibility Principle is defined as “Each software module or class should have only one reason to change Obviously as the name of the principle itself indicates a class or method should have only one responsibility and one reason for change Single Responsibility Principle is C SOLID principle easier to explain but at the same time the most difficult to put into practice Even though this single reason to change sounds a bit weird and Martian in my opinion so self explained will be “Enforce that a class only does one thing If you have a class in C that does X thing and also does Y thing I would suspect that you are not complying with the Single Responsibility Principle It s like a developer it doesn t matter if it s you or me if we are developers and our responsibility is to develop but at the same time we do Marketing yes we are gods but we are not complying with the Single Responsibility Principle Why you should follow the Single Responsibility PrincipleBy implementing SRP in the code you can achieve several benefits at the code level and also save time The biggest advantage of follow the C SRP is to have a clean c code reducing its complexity and turning it into a simple and easy to read code Another great advantage of implementing SRP in C code is to gain the ability to reuse or recycle code excerpts If the Single Responsibility principle is followed it is possible to reuse the logic of that code in other parts of the application or directly reuse it in another project You can save a lot of development time Another advantage of using Single Responsibility Principle is coherence that is although each method does different things when they are united they do one thing together and do it well We are also going to see and explain the main benefits and advantages of using SRP in our C code Main Benefits of C Single Responsibility PrincipleAt this time you may now be wondering what are the benefits of using Single Responisiblity Principle in C The number of advantages for using this SOLID principle as I said before are many The following reasons are the most important reasons in terms of impact on development and time Improves code simplicity If the Single Responsibility Principle in C is respected and not violated classes should only contain a single property or method This makes it easier to understand what does what and the complexity of the code would be reduced Maintains a manageable project Related to the previous advantage When a class has only one responsibility your developer brain will only have to think about that one responsibility and no more This allows you to have a “cleaner brain of information and allows you to think and manage the project or application better Enhaces maintenance and scalability If we think for a second about a class that violates the SRP we will think about a class that does many things If for any reason that class has to be modified it will most likely return errors that did not happen before If the class does only one thing you will only have to see to it that you modify that one thing and check that it works well You don t have to worry that changing one thing will break another Makes testability better As any good C developer we know that writing and running unit tests is always advised and considered good practice By respecting SRP we will find that writing unit tests in the class is an easy task since the class only does one thing and not several and therefore reduces bux fixes and reduces testing time Reduces coupling If methods only do one thing one of the things we C developers will avoid is coupling That is a method will not depend on another method and this makes them more independent of each other Facilitates code extension If the Sigle Responsibility Principle is met in C we have the possibility to combine these classes and build a more user friendly and modular code This can be achieved thanks to the dependency injection getting a more testable and extensible code How To Implement Single Responsibility Principle in C Follow the Single Responsibility Principle in C is easy as long as you know the responsibility of each class That is the trick to be able to implement SRP in our apps or developments know the responsibility of each class Let s look at several self explained examples so you can understand how to implement the SRP principle in a C code where it is being violated Example in C without Single Responsibility Principle implementationFor this first case study example of a software C code extract we see how SRP is being violated specifically the Add method The add method is on the one hand adding a user and on the other hand it is writing to the log These are too many things for one method it should only know and take care of one thing or responsibility For example we should separate on one side the action of adding a user and on the other side writing in the log Implementing Single Responsiblity Principle in C Let s take a look at the following example In this example we have refactored the code following the SRP principle separating the responsibilities into several classes As you can see the Logger has simply been abstracted Now on one side we have the class UserSRP to add the user and the class Logger to write the errors in the log In this simple way we respect the SRP principle and we could reuse the code elsewhere in a much simpler way However even if SRP is implemented and is not violated it can be done in a better way Better implementation of SRP in C As I said before SRP is implemented correctly in the code but there is always room for improvement So now let s see a way to implement it even better In this example we can see that the Add method has been wrapped in an error handler This way User only knows how to add the user and that is his only responsibility It is not really necessary to get to this point this is a very punctual way and may not apply to all cases As long as each of your classes handles only one responsibility you will be complying with the SRP principle Single Responisbility Principle Example in PracticeWhen we are developing a project we must take SRP into account and respect it especially to give some reusability to our code Let s look at some Single Responsibility Principle example in C and see how we can reduce coupling and increase cohesion Violating the Single Responsibility Principle in C real world example Let s imagine that we have a user logging In this first example of SRP in C we see that the UserSettings class has several responsibilities such as getting the user and verifying its credentials Obviously this works but we are violating SRP To solve the Single Responsibility Princile violation in C we should separate the methods of this class in several different classes Refactoring Towards SRP in C As I said before the best solution is to split the functionality into classes so that there is only one task in the class In this example the class UserAuth is born to identify and verify the user keeping the class UserSettings which is in charge of the rest of the user settings Now yes now each class only handles one responsibility If for example at some point we need to make a change in the responsibility it will be as easy as modifying that single class Detecting if the Single Responsibility Principle is being violatedThe violation of the Single Responsibility Principle in C can occur in different ways and it s really not possible to be sure that this SOLID principle is not being violated In this case the ideal is to know the following hints to detect a violation of the Single Responsibility Principle in C and to put into practice everything you have learned about this principle Number of imports Always keep an eye on the number of imports because if this number is high it is very likely that the number of classes we are importing is very high and maybe there are extra things we are doing Number of public methods A simple way to detect SRP violation in C is to check how many public methods a class has If you wonder why if a class has a large number of different public methods most likely that class is doing several things at once and leads to not comply with Single Responsibility Principle Difficult testing A good practice is to manage to write unit tests on the class If writing these unit tests costs a little most likely the class is doing several things at the same time Number of lines Although it may seem absurd this is often the way to identify that the Single Responsibility Principle is being violated You only have to look at the size of the class and its number of lines If you suspect that it has too much code for what it does probably not only one task and has more than one responsibility These are the most common methods to detect if this principle is not being met There are really no specific or better or worse hint it all depends on many factors and these four tricks mentioned above usually work to detect SRP violations in most cases What happens if a class has more than one responsibility It is true that there are times when complying with the Single Responsibility Principle and SOLID principles is not easy or not possible I say this because there can be cases in which a class has more than one responsibility The first example that comes to my mind is a class that on the one hand reads information from a server and on the other hand writes or uploads information Almost certainly that class as I always say is doing too many things and if at some point it requires some change get ready In these cases two well known terms are used to describe the reason why a class or module does several things at the same time These two terms are cohesion and couping Let s understand them Low CohesionCohesion means how strongly various data or elements are related to each other If several classes are highly dependent on other classes this means that the level of cohesion is low and obviously the Single Responsibility Principle is being violated An example of having a low cohesion is not healthy for the code if we need to modify a class it is possible that another class depends on this one This could cause unwanted errors in the code High CoupingCoupling is the term used in programming to refer to the degree of dependence or independence between various modules of a system something similar to cohesion If you have a high coupling it would be similar to cohesion the modules have a high level of coupling between them and again the Single Responsibility Principle is violated If for example you want to change some function of a module and you modify it having a high coupling there are many probabilities that those changes affect other modules due to the dependency and something breaks And you may be wondering is it possible to solve cohesion and coupling in C How can it be fixed in a simple way Let me advance you that yes and in a very simple way Fixing cohesion and couping in C The answer to this question that seems to have no solution is very simple It is as easy as splitting the responsibilities of that class into several different classes One of the best practices is to use Interface Method Usage Matrix IMUM to be able to know which methods should be in another class or which methods should be grouped At this point you are probably wondering What does IMUM mean How does it help to avoid cohesion and SRP violation Let s see Interface Method Usage Matrix IMUM ExplainedMost likely you are not familiar with IMUM and its definition of Interface Method Usage Matrix This term was created by Croatian NET Developer Kristijan Kralj To officially define the term IMUM as Krisijan explains it it is a matrix formed by two axes X axis and Y axis On one axis are the methods and on the other the interfaces In the following example you can see in the X axis the interfaces we have and in the Y axis the methods This way you can easily group methods with the same responsibility and detect if there is any violation of the Single Responsibility Principle As you may have noticed with this simple IMUM Matrix you can clearly see which interface is using which methods Just in this example to avoid Single Responsibilty Principle violation we can notice that MethodC and MethodD have a high level of coupling and low level of cohesion As Krisijan relates this can be an indicator that they have the same responsibility I hope this explanation has been clear and has clarified any doubts you may have regarding SRP in C I plan to explain in depth the other SOLID Principles in C and I would like to see that you would be interested in my explaining them giving a lot of support to this article	2022-09-08 15:08:50
Apple	AppleInsider - Frontpage News	iPhone 14 Pro Dynamic Island shows Apple out-thinking rivals again	https://appleinsider.com/articles/22/09/08/iphone-14-pro-dynamic-island-shows-apple-out-thinking-rivals-again?utm_medium=rss	iPhone Pro Dynamic Island shows Apple out thinking rivals againAndroid fans have mocked Apple for not shrinking the Face ID notch to a hole punch for years but now its new Dynamic Island leaves rivals stranded Until the iPhone Pro has shipped and is in users hands there is only Apple s information to go by but already the Dynamic Island looks compelling It looks as if Apple has done what it so famously has done many times before in taking an existing idea and doing it right It did this when it moved the keyboard to the back of the PowerBook it did it when it ditched the floppy disk and when it dropped the headphone jack The keyboard move was instantly admired where the other two took longer but all are now seen as the right way to do something Read more	2022-09-08 15:41:22
Apple	AppleInsider - Frontpage News	Apple's China iCloud data center hit by 'dire' COVID lockdown	https://appleinsider.com/articles/22/09/08/apples-china-icloud-data-center-hit-by-dire-covid-lockdown?utm_medium=rss	Apple x s China iCloud data center hit by x dire x COVID lockdownThe data center Apple uses for iCloud in China has barred employees from leaving for a week because of a COVID lockdown Apple usually operates its own data centers worldwide but a controversial law change in China required it to use a local company instead That government backed firm now called Guizhou Cloud Big Data has announced that it has been working under a closed loop system for the last week According to Bloomberg China locked down areas of in almost all of Guiyang s ten districts including where the data center is based Read more	2022-09-08 15:46:33
Apple	AppleInsider - Frontpage News	Apple Watch Ultra debuts as a giant & rugged titanium model	https://appleinsider.com/articles/22/09/07/apple-watch-ultra-debuts-as-a-giant-rugged-titanium-model?utm_medium=rss	Apple Watch Ultra debuts as a giant amp rugged titanium modelAfter furious rumors and leaks over the last week Apple has launched the new Apple Watch Ultra a supersized and rugged version focused on extreme activities Apple Watch Ultra is made for the most extreme conditionsThe Apple Watch Ultra departs from what is offered by the Apple Watch Series in a number of areas The larger mm display sapphire glass aerospace titanium and bright orange Action Button set this device apart Read more	2022-09-08 15:18:14
海外TECH	CodeProject Latest Articles	Monitoring Real-time Database Changes in SQL Server in C#	https://www.codeproject.com/Tips/5341611/Monitoring-Real-time-Database-Changes-in-SQL-Serve	simpler	2022-09-08 15:14:00
金融	RSS FILE - 日本証券業協会	株券等貸借取引状況（週間）	https://www.jsda.or.jp/shiryoshitsu/toukei/kabu-taiw/index.html	貸借	2022-09-08 15:30:00
金融	金融庁ホームページ	NGFS（気候変動リスク等に係る金融当局ネットワーク）による気候シナリオ等の公表について掲載しました。	https://www.fsa.go.jp/inter/etc/20220908/20220908.html	気候変動	2022-09-08 17:00:00
金融	金融庁ホームページ	国際金融センター特設ページを更新しました。	https://www.fsa.go.jp/internationalfinancialcenter/index.html	alfinancialcenterjapan	2022-09-08 15:07:00
ニュース	BBC News - Home	Queen under medical supervision at Balmoral	https://www.bbc.co.uk/news/uk-62836057?at_medium=RSS&at_campaign=KARANGA	cambridge	2022-09-08 15:31:46
ニュース	BBC News - Home	Energy bills to be capped at £2,500 for typical household	https://www.bbc.co.uk/news/business-62831698?at_medium=RSS&at_campaign=KARANGA	october	2022-09-08 15:50:29
ニュース	BBC News - Home	Chelsea appoint Graham Potter to succeed Thomas Tuchel as manager	https://www.bbc.co.uk/sport/football/62838065?at_medium=RSS&at_campaign=KARANGA	thomas	2022-09-08 15:36:27
ニュース	BBC News - Home	England v South Africa: First day of deciding Test washed out	https://www.bbc.co.uk/sport/cricket/62823704?at_medium=RSS&at_campaign=KARANGA	africa	2022-09-08 15:46:27
ニュース	BBC News - Home	Lewis Hamilton: Mercedes driver to start Italian Grand Prix at back because of grid penalty	https://www.bbc.co.uk/sport/formula1/62839241?at_medium=RSS&at_campaign=KARANGA	Lewis Hamilton Mercedes driver to start Italian Grand Prix at back because of grid penaltyMercedes driver Lewis Hamilton will start the Italian Grand Prix at the back because of a grid penalty for using too many engine parts	2022-09-08 15:07:02
北海道	北海道新聞	十勝管内４９６人感染　新型コロナ	https://www.hokkaido-np.co.jp/article/728410/	十勝管内	2022-09-09 00:25:00
北海道	北海道新聞	リーが首位発進、古川４位　男子シンハンドンヘ・オープン	https://www.hokkaido-np.co.jp/article/728267/	首位	2022-09-09 00:24:19
北海道	北海道新聞	奉納プロレス「パワフル」　帯広・大正神社　児童ら歓声	https://www.hokkaido-np.co.jp/article/728409/	奉納プロレス	2022-09-09 00:23:00
北海道	北海道新聞	接点最多は安倍派３７人　旧統一教会調査、麻生派２１人	https://www.hokkaido-np.co.jp/article/728376/	世界平和統一家庭連合	2022-09-09 00:24:15
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