Prep and try our C2020-615 valid and latest training questions & answers

A financial services customer needs to monitor market data performance metrics. The market data pricing feed is currently about 50,000 updates per second, that will grow to 100,000 per second. It is expected that the trading strategies will input market data and determine through mathematical calculations which orders to execute. The order executions will be approximately 100 executions per minute, with spikes to 6000 per minute. Regarding Real-time Monitoring, which statement is correct?

• A. RTM can perform the trade strategy mathematical calculations, and provide order execution metrics.
• B. RTM can process the market data pricing feed, perform mathematical calculations on this data, and provide all performance metrics.
• C. RTM can provide the trade strategy mathematical calculations only.
• D. RTM can provide order execution metrics only.

Which two statements about a public watch point are true? (Choosetwo.)

• A. An e-mail notification can be sent from a public watch point.
• B. You cannot change the availability of a watch point after you have saved it.
• C. By default, watch points are public.
• D. Public watch points are visible to all users.

Click the Exhibit button.

A customer has recently added a proxy Web server in front of the Real-time Monitoring (RTM) server. The proxy has been configured to route all requests on port 80 with a URL path starting with "rtm/" to the RTM server. The customer has a flat file agent running outside the proxy. The exhibit shows an agent configuration file that was correct before the proxy was added. Which two changes to the configuration file are required? (Choose two.)

• A. Add a "serverPath" attribute to the "VCAgent" element with the value of "/rtm/realtime/ffs".
• B. Change the value for attribute "agentPort" to "80".
• C. Change the value for attribute "serverPort" to "80".
• D. Change the hostname value from "my.company.com" to "my.company.com/rtm".

A store-front manager wants to create a dimension filter on a dashboard object that is based on a cube containing data relevant to multiple stores. The filtered results should only show data that has been aggregated since the startof the manager's shift for the manager's store only. The cube includes two dimensions: Time and Stores. The Time dimension is growing every hour of every day of every month of every year. The Stores dimension contains stores by ID and their geographic location. How should this filter be created?

• A. Check the Stores dimension at the root level; find and check all the hours in Time since the start of the manager's shift along with the related "others" box.
• B. Find and check the manager's store ID in Stores; find and check all the hours in Time since the start of the manager's shift along with the related "others" box.
• C. Find and check the manager's store ID inStores; find and check all the hours in Time since the start of the manager's shift and leave the related "others" box unchecked.
• D. Check the Stores dimension at the root level; find and check all the hours in Time since the start of the manager's shift and leave the related "others" box unchecked.

A customerswitches from internal authentication to external LDAP authentication. They have an existing internal user "Bob" with a password "internal". They have another user named "Bob" in the external LDAP server with password "external". They synchronize the usersfrom the external LDAP server to Real-time Monitoring. Why is the customer unable to login with the username and password "Bob/external"?

• A. Synchronization succeeded and the external user Bob was skipped because there was an existing internal user Bob in the metadata.
• B. Synchronization failed but the internal user Bob was deleted and no new external user was imported.
• C. Synchronization succeeded and the external user Bob replaced the existing internal user Bob.
• D. Synchronization failed as there was an existing internal user Bob in the metadata, so no new external user was imported.