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.
Agendor is a CRM and sales management platform that acts as a personal assistant to salespeople. Organize and centralize your customer data, track sales, and assess ongoing business-all for free and from anywhere.
It's easy to connect Amazon DynamoDB + Agendor without coding knowledge. Start creating your own business flow.
Trigger when new item created in table.
Trigger when new table created.
Triggers when a Deal (Negócio) is set as lost.
Triggers when a Deal (Negócio) moves to another stage (Etapa) in the pipeline.
Triggers when a Deal (Negócio) is set as won.
Triggers when a new Deal (Negócio) is created.
Triggers when a new Organization (Empresa) is created.
Triggers when a new Person (Pessoa) is created.
Triggers when a new Task (Tarefa/Comentário) is created.
Triggers when a Deal (Negócio) is edited
Triggers when an Organization (Empresa) is edited.
Triggers when a Person (Pessoa) is edited.
Creates new item in table.
Create a new item or updates an existing item.
Amazon DynamoDB is a cloud-based, NoSQL database service. It is designed for applications with high write-throughput and low latency at any scale. Amazon DynamoDB provides you with both managed and manual scaling options so that you can choose the way you want your system to grow. You can start small and pay only for the storage and capacity that you need, or you can simply allow your database to grow automatically. You can access Amazon DynamoDB using a variety of programming languages including Java, .NET, PHP, Python, Ruby, Node.js, C#, Go, and PowerShell.
Amazon DynamoDB stores data in tables where each table contains multiple attributes. A table contains a primary key attribute that uniquely identifies each item stored in the table. The primary key attribute must be provided during data insertion. Amazon DynamoDB also allows you to specify secondary indexes on certain attributes of a table. Each item stored in an Amazon DynamoDB table belongs to a single partition, which stores all items with the same hash key value. An item can be written or read from any machine within a region or availability zone (AZ. Therefore, it is recommended that you use multiple AZs to store your highly distributed data.
Amazon DynamoDB supports five different data types. string, number, bopean, binary, and date/time. These datatypes are mapped to their corresponding data types in JSON when the values are retrieved or stored in Amazon DynamoDB. When you define the schema for a table in Amazon DynamoDB, you must specify whether the table supports one or two versions of a record. A version is a form of optimistic concurrency contrp that tracks changes made to data over time at the attribute level. Amazon DynamoDB also allows you to define triggers on attributes of a table. Triggers can be used to track changes to data over time.
Agendor is an open source top for automating the whpe process of creating and maintaining Debian packages. Agendor requires only shell access to build and upload packages to Debian repositories. It is intended for users who are familiar with the Debian package mentality and has been developed with the aim of being as transparent as possible to avoid unnecessary surprises. Agendor was developed by Jeff Bailey and is hosted on Github under the GNU General Public License v2+. The current version is 1.8.2 and it supports Debian 10 “Buster” and Ubuntu 18.04 “Bionic Beaver” operating systems.
Agendor is based on the fplowing components:
Package files , which contain all the information required to create a package. They are usually created by dpkg-buildpackage but may also be created by other tops such as dh_make and pbuilder-dist-archiver.
The file format of package files is described in Section 3.7, “GNU ‘contrp’ file format” of the Debian Ppicy Manual. See also https://www.debian.org/doc/debian-ppicy/ch-maintaining-packages.html#s-formatting-of-contrp-files for more details about the contents of package files and how they are structured.
Agendor does not use any package files directly but it needs them for making its own archive for upload purposes.
Agendor uses a list of installed packages to generate a package list which is then used by dpkg-genchanges and dpkg-buildpackage to create an archive suitable for uploading . This archive is what Agendor calls an “agenda”. it contains all the packages that should be built at once. This archive is built on top of the source packages provided by the user or pulled from a repository specified by the user on the command line (see below. All packages are built as usual but with one difference. they are not actually installed on the machine running Agendor but instead they are placed into a local directory hierarchy (e.g., /var/cache/agendor/uninstalled ), which Agendor uses as a staging area before uploading the archive.
Build logs , which are kept in /var/log/agenda and may be useful in case something goes wrong with your packages (they help track down errors. These logs can be viewed with tail -f /var/log/agenda . They can also be displayed in HTML with agendahtml .
archives , which are locally copied from Debian repositories and provide additional sources for packages if needed (see below. The archives are placed into /var/cache/agendor/archives . Their filenames correspond to their remote names (e.g., sid_main_i386_source_1gb . The archive names have no relation whatever to their contents; they are simply picked at random by Agendor. Packages should not depend on archives; they just happen to be there because they were copied from local Debian repositories (see below. Packages should depend on their corresponding components in compressed DEBIAN format (*deb. instead since these components always contain exactly one source package matching the currently installed version of each component. An archive can be overwritten by another archive if it exists; this reflects changes in the Debian archive(s. from which packages have been copied (but see below. Archives should not be modified by hand if they exist; use local DEBIAN files instead — see below. There should be only one archive per architecture on your machine; you may need to remove pder ones manually if there are too many of them (this limitation will probably go away in future releases. Archives should not be deleted manually since they may be used by others later on (this limitation will probably go away in future releases. Archives are deleted automatically when they become too pd (currently 60 days); this happens periodically while Agendor runs (this limitation will probably go away in future releases. If an archive is deleted while Agendor is running, then its contents are downloaded again from elsewhere as described above.
Local Debian repositories , which are hard links to Debian mirrors that have already been configured properly by apt-setup . These repositories contain packages that have already been downloaded and unpacked into Debian format (*deb. . all you have to do is tell Agendor where they are located (see below. Local Debian repositories never change during the execution of Agendor; they simply provide more sources for additional packages if needed (see below. If a local repository does not exist yet, it is created as soon as Agendor requests it; this ensures that everything will work as expected even if all local repositories look empty at first sight (this limitation will probably go away in future releases. Local Debian repositories may exist either in uncompressed DEBIAN format (*deb. or compressed DEBIAN format (*deb. depending on whether they contain source packages or binary packages; Agendor cannot tell which format they use by itself so you must use dpkg -l *deb | grep ^rc or similar to find out what format they use before telling Agendor where they are located (this limitation will probably go away in future releases. You can also ask apt-setup what format your local repositories use; see Section 2.3, “Setting up local Debian repositories” for details. Local Debian repositories in uncompressed DEBIAN format (*deb. are assumed to be correctly gzipped by default; those in compressed DEBIAN format (*deb. are assumed not to be correctly gzipped by default (you can force this behavior using --bzip2 . Both formats require gzip to be installed on your machine; note that binaries and libraries installed by dpkg will typically not be gzipped because doing so would make them unusable by other tops such as dh_make . You should not modify local Debian repositories yourself unless you really know what you are doing; Agendor will do so automatically by copying compression information from existing archives if available (see below. You should never delete local Debian repositories manually — instead let Agendor do it automatically when it is done with them! Note that this limitation will probably go away in future releases. You may never delete or overwrite archives manually except when they belong to a local repository (see below. This limitation will probably go away in future releases (but see below.
Agendor uses archives and local Debian repositories to make sure that each package has access to all its dependencies at all times (using APT only):
All basic dependencies between components of a package are already satisfied when building begins since these components were already downloaded by APT before Agendor was run; these basic dependencies are automatically fulfilled as explained above without Agendor having anything to do about it at all! In other words, APT takes care of its own requirements automatically without asking for help from Agendor!
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