DynamoDB is a fully managed NoSQL database service from Amazon that delivers rapid performance at any scale. It breaks down your data storage and management problems into tractable pieces so that you can focus on building great apps instead of managing complex infrastructure.
Google Docs is a free suite of online apps for word processing, spreadsheets, presentations, forms, and more. It's free and works in the way you do.
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Trigger when new item created in table.
Trigger when new table created.
Triggers when a new document is added (inside any folder).
Triggers when a new document is added to a specific folder (but not its subfolders).
Creates new item in table.
Create a new item or updates an existing item.
(30 seconds)
(10 seconds)
(30 seconds)
(10 seconds)
(2 minutes)
Amazon DynamoDB is a cloud database that provides a scalable and flexible storage spution for applications using internet-scale cloud architectures. It is the most popular product from AWS (Amazon Web Services. It is a database that can be scaled automatically to meet the application demand. In Amazon DynamoDB, you can create tables that store any amount of data and query them using highly customizable SQL-like queries. There are no upfront costs on provisioning capacity or throughput, and scaling your table occurs automatically as your application needs change. You can access your data in real time by using one of the three types of access patterns, namely:
Single consistent-read . This is the fastest way to read data, but it will only return the latest version of an item.
. This is the fastest way to read data, but it will only return the latest version of an item. Consistent-read . This returns the data from a specified point in time. You can specify a particular point in time when you create the table through a timestamp or a version number.
. This returns the data from a specified point in time. You can specify a particular point in time when you create the table through a timestamp or a version number. Eventual consistency . This returns a copy of the item with the latest changes, even if those changes are not reflected in all replicas in the system yet.
Google Docs is an online word processing program with cplaboration capability. The documents can be accessed anywhere, as long as you have an internet connection. There are also other tops provided by Google Docs such as presentation, spreadsheet, forms and drawing. These tops are very useful in business, academic and personal settings. Google Docs is free to use, however, there are some restrictions like the maximum size of each document. For example, it has a 10 MB limit for each spreadsheet. It also offers a subscription service called Google Suite which consists of Gmail, Google Drive, Google Docs and other products services like Calendar and Hangouts.
DynamoDB is a NoSQL database launched by Amazon Web Services (AWS. It provides scalable storage that can be easily accessed via web services. The database can be integrated with various applications using different programming languages like Java, PHP or .NET among others. Google Docs is a platform for creating and editing documents, spreadsheets and presentations through the internet. It allows users to cplaborate together on documents and spreadsheets through its cplaboration feature. Google Docs includes a word processor, presentation program, drawing top and spreadsheet application. Although Google Docs is not really a database, integration between Google Docs and Amazon’s DynamoDB can be achieved through the use of APIs provided by both companies.
The integration process starts by creating two tables in DynamoDB named “Documents” and “Spreadsheets”. Each document created in Google Docs will be saved in DynamoDB’s “Documents” table and each spreadsheet created in Google Docs will be saved in DynamoDB’s “Spreadsheets” table. Also, every document created in Google Docs needs to have a unique identifier so that it can be easily referenced by other documents or spreadsheets. So what happens when we create a new document in Google Docs? A new entry will be created in the “Documents” table that contains information about this document such as its name, size and creation date among other things. If this new document was created by someone else, then this entry will also include information about its author such as their email address or user ID on Google Docs. When we save this document in Google Docs, it will also send an event to DynamoDB saying that someone has written something new into that document. By doing this, we can keep track of every single modification made to any document on Google Docs. As mentioned before, every spreadsheet created in Google Docs must have one unique identifier so that we can reference it from another document or spreadsheet. This unique identifier is called the “Key” on the spreadsheet and it will be saved along with other information about the spreadsheet on DynamoDB’s “Spreadsheets” table. Now when we save this spreadsheet in Google Docs and Google will send an event to DynamoDB saying that someone has added data into that spreadsheet; this event will also contain the unique key for that spreadsheet so that we can easily reference it from another document or spreadsheet. Therefore, integration between Google Docs and Amazon’s DynamoDB allows us to keep track of every change made to any document or spreadsheet while also allowing us to easily reference them from other documents or spreadsheets.
Integration between Amazon’s DynamoDB and Google’s Docs provides several benefits such as:
Consistency. When working with large amounts of data stored across multiple databases there will be many chances for inconsistencies to occur even if each individual database is being updated concurrently by multiple users at once on different parts of the database simultaneously. With integration between these two databases, it would allow for greater consistency across multiple databases since there would be less chance for inconsistencies occurring if multiple users were updating the same piece of information at once because they would be accessing it from the same source (the integration between these two databases.
When working with large amounts of data stored across multiple databases there will be many chances for inconsistencies to occur even if each individual database is being updated concurrently by multiple users at once on different parts of the database simultaneously. With integration between these two databases, it would allow for greater consistency across multiple databases since there would be less chance for inconsistencies occurring if multiple users were updating the same piece of information at once because they would be accessing it from the same source (the integration between these two databases. No need for separate software. With integration between these two databases one could potentially eliminate adding software packages onto their computer or any other device they want to connect to their online documents which would save them money on having to buy separate software packages that may not be compatible with their computer or device they want to connect with online documents too.
With integration between these two databases one could potentially eliminate adding software packages onto their computer or any other device they want to connect to their online documents which would save them money on having to buy separate software packages that may not be compatible with their computer or device they want to connect with online documents too. Faster information sharing. With integration between these two databases one could potentially eliminate having to send their documents back and forth from one source to another because they would all be commonly accessible from one source instead of having to go from one place to another which can make information sharing much faster especially if one was sharing large amounts of information with another party who had their own separate source for this same information too.
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