Cisco Aci Api Query-Target-Filter

What Is Rest Api Used For?

ACI uses a REST API, which is a Representational State Transfer-based (RESTful) application programming interface. The REST API allows customers to manage their ACI environment programmatically. Customers can use the REST API to configure and manage ACI fabrics, tenants, application profiles, and other objects.

The REST API is based on the OpenStack Quantum API, which is a standard for SDN controllers. The REST API allows customers to take advantage of ACI’s centralized policy control by allowing them to programmatically provision and configure network resources.

The REST API is available on all ACI-supported platforms, including the Cisco Nexus 9300-EX and 9300-FX switches, the Cisco Nexus 5600 switches, and the Cisco Nexus 3000 switch.

What Is Moquery?

Cisco’s Moquery is a tool used to monitor and query for information about managed objects (MOs). It is used to verify configuration and operational state information. Moquery can be used to troubleshoot and investigate problems with devices and services.

Moquery is a part of the Cisco Managed Object Browser (MOB) which is a web-based graphical user interface (GUI) used to manage and monitor devices in a network. The MOB provides access to information and tools for managing and configuring devices.

The Moquery tool can be used to query for information about managed objects (MOs). This includes information about the configuration and operational state of devices. Moquery can be used to troubleshoot and investigate problems with devices and services.

The Moquery tool is accessed through the MOB. To use Moquery, select the “Monitor” tab, then select “Moquery” from the drop-down menu.

The Moquery tool has a number of options that can be used to filter the results of a query. The options include:

• Object Type: This option can be used to filter the results by object type. The object types that can be filtered include: device, service, and user.
• Managed Object: This option can be used to filter the results by a specific managed object.
• Property: This option can be used to filter the results by a specific property.
• Value: This option can be used to filter the results by a specific value.
• Operator: This option can be used to specify the operator to be used for the filter. The operators that can be used include: =, !=, <, <=, >, and >=.
• Limit: This option can be used to limit the number of results returned.
• Offset: This option can be used to offset the number of results returned.

The Moquery tool can be used to query for information about managed objects (MOs). This includes information about the configuration and operational state of devices. Moquery can be used to troubleshoot and investigate problems with devices and services.

The Moquery tool is accessed through the MOB. To use Moquery, select the “Monitor” tab, then select “Moquery” from the drop-down menu.

The Moquery tool has a number of options that can be used to filter the results of a query. The options include:

• Object Type: This option can be used to filter the results by object type. The object types that can be filtered include: device, service, and user.
• Managed Object: This option can be used to filter the results by a specific managed object.
• Property: This option can be used to filter the results by a specific property.
• Value: This option can be used to filter the results by a specific value.
• Operator: This option can be used to specify the operator to be used for the filter. The operators that can be used include: =, !=, <, <=, >, and >=.
• Limit: This option can be used to limit the number of results returned.
• Offset: This option can be used to offset the number of results returned.

What Is Dn In Cisco Aci?

In order to understand what DN in Cisco ACI is, it is necessary to understand the Cisco ACI fabric. The Cisco ACI fabric is a data center network architecture that is designed to simplify the deployment and management of data center network infrastructures. The Cisco ACI fabric is composed of a number of different components, including the following:

• Cisco APICs: These are the controllers of the Cisco ACI fabric and are responsible for managing the configuration of the fabric and providing a unified point of control and management for the fabric.

• Cisco ACI Switches: These are the leaf and spine switches that make up the Cisco ACI fabric and provide the data forwarding capabilities for the fabric.

• Cisco ACI Endpoints: These are the devices that are connected to the Cisco ACI fabric and include servers, storage devices, and networking devices.

• Cisco ACI Policies: These are the policies that are used to configure the behavior of the Cisco ACI fabric.

DN in Cisco ACI stands for Domain Name. A domain name is a unique identifier for a Cisco ACI fabric. A domain name is used to identify a Cisco ACI fabric when configuring ACI policies. When configuring ACI policies, the domain name is used to specify the ACI fabric to which the policy should be applied.

A Cisco ACI fabric can have multiple domain names. This can be useful when configuring ACI policies that should be applied to only a subset of the devices in the Cisco ACI fabric. For example, if there are two domain names configured for a Cisco ACI fabric, one for the servers and one for the storage devices, then a policy that is applied to the server domain name will only be applied to the servers in the Cisco ACI fabric.

The domain name is also used to identify a Cisco ACI fabric when connecting to the Cisco APIC. When connecting to the Cisco APIC, the domain name is used to specify the Cisco ACI fabric that should be used.

DN in Cisco ACI is an important concept to understand when working with the Cisco ACI fabric. The domain name is used to identify a Cisco ACI fabric when configuring ACI policies and when connecting to the Cisco APIC.

What Is Rest Api And Example?

What Is Rest Api And Example?

REST is an acronym for Representational State Transfer. It is a web standards architecture and HTTP Method that defines a set of constraints to be used for creating web services. REST is stateless, meaning that there is no need to keep track of user sessions or monitor state changes. The most popular example of a REST API is the Twitter API.

REST APIs are used by Web applications to expose data and functionality to other machines on the Internet. For example, a REST API could be used to allow third-party developers to create applications that interact with a website. In this case, the website would be the server and the third-party developers would be the clients.

A REST API defines a set of functions that can be performed on a resource. For example, the Twitter API allows developers to access tweets and timelines. The GitHub API allows developers to access repositories and user information.

REST APIs are typically designed to expose data and functionality that are internal to a system. For example, the Twitter API exposes tweets and timelines, but it does not expose the underlying data structures or algorithms. The GitHub API exposes repositories and user information, but it does not expose the underlying code.

REST APIs are typically designed to be easy to use and easy to understand. They are often based on the HTTP protocol, which is the standard protocol for communication on the Web.

REST APIs can be used by any programming language that can send and receive HTTP requests. For example, the Twitter API can be used by Java, Python, and Ruby.

Cisco ACI is a good example of a REST API.

What Is Apic In Api?

In recent years, Application Programming Interfaces (APIs) have become increasingly popular as a means of exposing data and functionality from one software application to another. An API acts as a mediator between two applications, allowing them to communicate with one another and exchange data in a structured format.

One popular type of API is the Representational State Transfer (REST) API, which uses Hypertext Transfer Protocol (HTTP) to GET, PUT, POST and DELETE data. REST APIs are often used to expose data and functionality from web-based applications.

Another popular type of API is the Cisco Application Policy Infrastructure Controller (APIC) API. The APIC API is a REST API that enables network administrators to programmatically configure and manage Cisco Application Centric Infrastructure (ACI). ACI is a Cisco data center networking solution that uses a centralized policy model to simplify network management.

The APIC API allows network administrators to programmatically configure and manage ACI using a simple, REST-based interface. The APIC API is an open, standards-based API that is easy to use and easy to integrate with existing tools and applications.

The APIC API is available for all Cisco ACI customers and partners. For more information about the APIC API, please visit the Cisco Developer Network website.

What Is Cisco Rest Api?

The Cisco REST API is a set of API endpoints that enable access to Cisco data and functions. The API is based on the Representational State Transfer (REST) architectural style and supports the use of the HTTP verbs GET, POST, PUT, and DELETE. The API can be used to manage Cisco network devices, as well as to access data and functions within Cisco applications.

The Cisco REST API is divided into two main groups of API endpoints:

Device-related API endpoints: These API endpoints provide access to data and functions related to Cisco devices, such as routers and switches.

Application-related API endpoints: These API endpoints provide access to data and functions within Cisco applications, such as Cisco DNA Center and Cisco ISE.

The Cisco REST API is a valuable tool for managing Cisco devices and applications. The API can be used to automate tasks, such as provisioning new devices or adding users to Cisco DNA Center. The API can also be used to access data that is not available through the graphical user interface (GUI).

The Cisco REST API is well documented and easy to use. The API endpoints are clearly defined, and the required parameters are easy to identify. The Cisco REST API is an excellent choice for anyone who needs to automate Cisco device or application management tasks.

What Is Aci Toolkit?

ACI is short for “Application Centric Infrastructure”. The ACI toolkit is a set of tools and technologies that work together to create an infrastructure that is optimized for application delivery.

The ACI toolkit includes:

1. A controller that manages the application delivery infrastructure and ensures that it is always operating at peak performance.

2. A set of application-aware networking devices that are optimized for delivering applications.

3. A set of tools for monitoring and managing the application delivery infrastructure.

4. A set of policies that define how the application delivery infrastructure should operate.

The ACI toolkit is designed to work with any type of application, whether it is a traditional application or a cloud-native application. It is also designed to work with any type of networking device, whether it is a traditional networking device or a software-defined networking (SDN) device.

The ACI toolkit is available from Cisco.

What Is Cisco Rest?

Cisco’s Application Centric Infrastructure (ACI) is a next-generation data center architecture that enables customers to build a more simplified, scalable, and secure data center. Cisco’s ACI is built on a unique application-focused, policy-based, and programmable architecture that enables customers to abstract away the complexity of the network, making it easier to deploy and manage applications.

Cisco’s ACI is built on three key pillars:

1. Application-centric: ACI is designed to simplify the deployment and management of applications in the data center by providing a single point of policy and control. ACI enables customers to deploy applications quickly and easily, while still maintaining the flexibility to scale and change as needed.

2. Policy-based: ACI uses a centralized policy model to define and enforce application and infrastructure policies across the data center. This policy-based approach enables customers to quickly and easily deploy and manage complex applications in a simple and consistent manner.

3. Programmable: ACI’s programmable architecture enables customers to automate and customize their data center infrastructure to meet their specific needs. ACI’s REST-based APIs allow customers to quickly and easily integrate ACI into their existing infrastructure and orchestration tools.

Cisco’s ACI is designed to address the needs of modern data centers by providing a simplified, scalable, and secure data center architecture. ACI’s unique application-centric, policy-based, and programmable architecture enables customers to deploy and manage applications quickly and easily, while still maintaining the flexibility to scale and change as needed.

Cisco Aci Api Query-target-filter

In order to query for objects in a Cisco ACI fabric using the REST API, you need to first understand the target filter. The target filter is used to specify which objects in the fabric you want to query. The target filter consists of two parts: the object type and the object filter.

The object type is the type of object you want to query for. The object filter is used to specify which objects of that type you want to query. The object filter is a keyword or an expression that is used to filter the objects.

The target filter is specified in the URL of the REST API request. For example, if you want to query for all of the tenants in a fabric, you would use a URL like this:

https:///api/v1/tenants?object-filter=*

The asterisk in the object filter is a wildcard that matches all of the tenants in the fabric.

You can also use the object filter to query for a specific tenant. For example, if you want to query for the tenant with the name “acme”, you would use a URL like this:

https:///api/v1/tenants?object-filter=name:acme

The object filter can also be used to query for multiple objects. For example, if you want to query for all of the tenants and all of the applications in a fabric, you would use a URL like this:

https:///api/v1/tenants,applications?object-filter=*

You can also use the object filter to query for a specific object type. For example, if you want to query for all of the objects of type “tenant”, you would use a URL like this:

https:///api/v1/tenants?object-filter=type:tenant

You can also use the object filter to query for multiple object types. For example, if you want to query for all of the objects of type “tenant” and all of the objects of type “application”, you would use a URL like this:

https:///api/v1/tenants,applications?object-filter=type:tenant,type:application

The object filter can also be used to query for a specific object. For example, if you want to query for the object with the name “acme”, you would use a URL like this:

https:///api/v1/objects?object-filter=name:acme

The object filter can also be used to query for multiple objects. For example, if you want to query for all of the objects of type “tenant” and all of the objects of type “application”, you would use a URL like this:

https:///api/v1/tenants,applications?object-filter=type:tenant,type:application

You can also use the object filter to query for a specific object type. For example, if you want to query for all of the objects of type “tenant”, you would use a URL like this:

https:///api/v1/tenants?object-filter=type:tenant

You can also use the object filter to query for multiple object types. For example, if you want to query for all of the objects of type “tenant” and all of the objects of type “application”, you would use a URL like this:

https:///api/v1/tenants,applications?object-filter=type:tenant,type:application

What Is Api In Aci?

API in ACI

Application programming interface (API) is a set of programming instructions and standards for accessing a Web-based software application or Web tool. A software company releases an API to allow other software developers to design products that work with the first company’s application. An API is also a software intermediary that allows two applications to talk to each other. A good example is the way the Facebook API lets a third-party application access Facebook data.

The Cisco ACI is an open, standards-based platform that allows you to automate network configuration and management tasks. The ACI REST API is a programmatic way to access ACI configuration and state data. Using the ACI REST API, you can write your own scripts or applications to automate ACI configuration and management tasks.

The ACI REST API is based on the industry-standard REST protocol. The REST protocol is a simple, text-based protocol that is used to access Web resources. The ACI REST API uses the HTTP protocol to send and receive data. The ACI REST API is accessed using the URL https:///api/.

The Cisco ACI REST API is a comprehensive and easy-to-use API that allows you to automate ACI configuration and management tasks. The ACI REST API is based on the industry-standard REST protocol, making it easy to use with your existing scripting or programming tools. The ACI REST API uses the HTTP protocol to send and receive data, making it easy to integrate with your existing infrastructure. The ACI REST API is accessed using the URL https:///api/.

The Cisco ACI REST API is a comprehensive and easy-to-use API that allows you to automate ACI configuration and management tasks. The ACI REST API is based on the industry-standard REST protocol, making it easy to use with your existing scripting or programming tools. The ACI REST API uses the HTTP protocol to send and receive data, making it easy to integrate with your existing infrastructure. The ACI REST API is accessed using the URL https:///api/.

What Is Rest Api In Cisco?

The Cisco Rest API can be used to manage and configure Cisco devices. The API is based on the Representational State Transfer (REST) architectural style. The Cisco Rest API uses the HTTP protocol and the URI path naming convention to access Cisco resources.

The Cisco Rest API uses the HTTP verbs GET, POST, PUT, and DELETE to operate on Cisco resources. The Cisco Rest API also uses the HTTP status codes to indicate the status of a request.

The Cisco Rest API can be used to manage Cisco devices running the Cisco IOS, Cisco IOS-XE, and Cisco IOS-XR operating systems. The API can be used to configure, monitor, and troubleshoot Cisco devices.

The Cisco Rest API is a powerful tool that can be used to simplify the management and configuration of Cisco devices.

What Is Apic Application?

Cisco Application Policy Infrastructure Controller (APIC) is the unifying, centralized, programmable software engine that enables application agility across physical, virtual, and private, public, and hybrid clouds. The Cisco APIC provides an API that abstracts the underlying infrastructure, allowing application teams to deploy and manage their applications without dependencies on the infrastructure.

The Cisco APIC provides a consistent policy model across the entire data center infrastructure, allowing application teams to define and enforce policies that span multiple devices and multiple domains. The Cisco APIC also provides application visibility and telemetry, allowing application teams to monitor and troubleshoot their applications.

The Cisco APIC is available as a hardware appliance or as a virtual machine. The hardware appliance is a 1RU device that can be deployed in a standard 19-inch rack. The virtual machine is available in a number of different sizes, depending on the needs of the application.

The Cisco APIC is designed to work with the Cisco Nexus® 9000 Series Switches and the Cisco Application Centric Infrastructure (ACI). The Cisco Nexus 9000 Series Switches are a family of high-density, high-performance, Ethernet switches that support the Cisco APIC. The Cisco Application Centric Infrastructure is a data center infrastructure that enables application agility.

What Is Apic Service?

The Cisco Application Policy Infrastructure Controller (APIC) is a policy-based solution that provides centralized application policy enforcement and programmability for virtualized data centers. The APIC provides an open, standards-based application programming interface (API) that enables customers, partners, and developers to write applications that automate network operations. The APIC controller is the unifying element in the Cisco ACI architecture that simplifies data center network operations and reduces TCO. The APIC controller implements an object-oriented policy model that enables customers to express their data center application connectivity requirements as application profiles. The APIC enforces these profiles as policies throughout the data center network. The APIC controller is a standards-based, policy-centric solution that provides centralized application policy enforcement and programmability for virtualized data centers. The APIC provides an open, standards-based application programming interface (API) that enables customers, partners, and developers to write applications that automate network operations. The APIC controller is the unifying element in the Cisco ACI architecture that simplifies data center network operations and reduces TCO. The APIC controller implements an object-oriented policy model that enables customers to express their data center application connectivity requirements as application profiles. The APIC enforces these profiles as policies throughout the data center network. The APIC controller is a standards-based, policy-centric solution that provides centralized application policy enforcement and programmability for virtualized data centers. The APIC provides an open, standards-based application programming interface (API) that enables customers, partners, and developers to write applications that automate network operations. The APIC controller is a standards-based, policy-centric solution that provides centralized application policy enforcement and programmability for virtualized data centers. The APIC provides an open, standards-based application programming interface (API) that enables customers, partners, and developers to write applications that automate network operations.

What Is Rest Api In Simple Term?

API stands for “Application Programming Interface” and refers to the various means one company has of communicating with another company’s software internally. An API would allow a third party such as Facebook to directly access the various functions of an external application, such as ordering a product on Amazon. A company will likely release a public API in order to increase its audience by enticing others to develop integrations with its popular services.

Cisco’s REST API is a way for Cisco network administrators to interact directly with Cisco devices and configurations in a simple, programmatic way. Using the REST API, administrators can easily make changes to Cisco devices without having to use the traditional command-line interface. The REST API can be used to manage both physical and virtual Cisco devices and is available on a variety of Cisco devices, including routers, switches, and firewalls.

The REST API is based on the principle of Representational State Transfer (REST), which is a way of organizing data and functionality on the web. REST is an architectural style, not a protocol. RESTful APIs use HTTP requests to GET, POST, PUT, and DELETE data. The Cisco REST API uses the same HTTP requests as the traditional command-line interface, but the requests are submitted to different URLs.

The Cisco REST API is a powerful tool for network administrators and can be used to automate many common tasks, such as creating and deleting users, changing network configuration, and monitoring network activity. The REST API can also be used to develop custom applications that interact with Cisco devices.

What Is Apic Endpoint?

Cisco’s Application Policy Infrastructure Controller Endpoint (APIC-EM) is a software application that helps network administrators to discover, provision and configure network devices. It is part of the Cisco ONE software suite. The APIC-EM provides a web-based user interface and a set of APIs that simplify the tasks of network administration.

The APIC-EM discovery function uses CDP, LLDP and UDP to discover devices on the network and to identify their capabilities. The provisioning function allows the administrator to configure devices for specific applications and to create and deploy application-specific policies. The configuration function provides a set of tools for managing the network configuration.

The APIC-EM API provides a set of RESTful APIs that can be used to manage the network devices and to automate the tasks of network administration. The API documentation is available on the Cisco website.

The APIC-EM is a software application that runs on a server in the network. It can be deployed as a virtual appliance or as a physical appliance. The appliance includes the APIC-EM software and a set of APIs that can be used to manage the network devices.

The APIC-EM software is licensed under the Cisco ONE software suite. The appliance is available in two models: the APIC-EM-1 and the APIC-EM-2.

The APIC-EM-1 is a 1U appliance that supports up to 1,000 devices. The APIC-EM-2 is a 2U appliance that supports up to 10,000 devices.