1Y0-204 Exam Dumps - Citrix Virtual Apps Questions and Answers

 The administrator should negate the expression of the Responder policy to avoid the HTTP callout recursion issue. According to the Citrix documentation, “If you configure an HTTP callout policy that is bound globally, you must ensure that the policy expression does not match the callout request. Otherwise, the callout request will trigger the policy, resulting in a callout recursion.” The expression in option B ensures that the policy does not match the callout request by adding the NOT operator at the end.

https://docs.citrix.com/en-us/citrix-adc/13/appexpert/http-callout/http-callout-policy.html

 According to the Policies page of Citrix Virtual Apps and Desktops 7 2308 documentation, Classic policies are a collection of settings that define how sessions, bandwidth, and security are managed for a group of users, devices, or connection types. You can apply policy settings to physical and virtual machines or to users. Classic policies can be filtered by various criteria, such as HTTP, IP, and TCP. These are the only options allowed when using Classic policies. Other options, such as CLIENT, SERVER, and DNS, are not valid filters for Classic policies.

Application Lingering allows applications to stay open for a configurable amount of time after a user closes them, which can reduce application launch times in subsequent sessions.

After configuring TLS certificates on Cloud Connectors and disabling HTTP connections, the administrator needs to change the transport type to HTTPS in the StoreFront store’s Delivery Controller list to allow resource enumeration between on-premises StoreFront and Citrix Cloud4.

According to the Citrix Virtual Apps and Desktops service on Citrix Cloud documentation, the control layer is always managed by Citrix when hosting Citrix Virtual Apps and Desktops on the Citrix Cloud platform. The control layer consists of the Citrix Cloud Connector, Studio, Director, and other components that orchestrate the delivery of applications and desktops. The resource layer, which contains the VDAs, hypervisors, and storage, is managed by the customer or a service provider. The user layer, which contains the user profiles, policies, and data, is also managed by the customer or a service provider. The access layer, which contains the StoreFront and NetScaler Gateway components, can be either managed by Citrix or the customer, depending on the deployment scenario.

Citrix Cloud is the hosting platform that minimizes management and maintenance for administrators while maintaining control of the VDA machines1.

 The Citrix Universal Print Server provides universal printing support for network printers. The Universal Print Server uses the Universal print driver, a single driver on the Multi-session OS machine that allows local or network printing from any device, including thin clients and tablets. This feature can help reduce the number of Windows drivers on the VDA machines by using a single driver for all network printers

 Citrix Director is the tool designed for monitoring the overall daily performance of a Citrix Virtual Apps and Desktops Site. It provides administrators with insights into the environment’s operations, allowing for proactive management and troubleshooting

Citrix power management requires:

A hypervisor connection (Citrix Hypervisor, Hyper-V, VMware, Nutanix AHV)

Machines created or managed by Citrix Studio

The ability for Delivery Controllers to send power commands through the hypervisor API

Citrix documentation clearly states:

✔ Only virtual machines registered in a hosting connection support power actions such as:

Power on

Power off

Restart

Suspend / resume (depending on hypervisor)

✔ Virtual Desktop OS VDAs (typically Windows 10/11 or Windows 365-style desktops) support full power management because they run as virtual machines on the hypervisor.

Why the other options are incorrect:

Remote PC Access machines (A):Are physical desktops; power actions cannot be controlled via hypervisor APIs.

Virtual Server OS machines (B):Although virtual, they are normally used as multi-session hosts; Citrix power management is not intended for them in standard deployments.

Physical Server OS machines (D):Physical hardware is not managed through hosting connections, so no power control is possible.

Thus, Virtual Desktop OS machines are the correct answer.

Documentation References

Citrix Virtual Apps and Desktops → Power Management Requirements

Citrix Delivery Controller Services → Host Service Power Actions

MCS and Hosting Connection Specifications for VM Power Control

 The Dashboard view in Citrix Director provides a real-time graphical representation of the health and usage of the site, including the database services, the license server, and any hypervisor-hosting connections12

1: Director - Citrix Product Documentation 2: Director Dashboard Explained - Citrix Blogs