Ascent360 has many different methodologies for collecting data securely from our clients. This includes methods such as batch SFTP, Web Hooks, HTTPS POST, Native API and Web Services. In addition to these, Ascent360 has created a Windows Service, Raptor, that can collect data from any database system located on a windows network. This document is specific to the Raptor Service.
- Software Requirement
- .NET Framework 4.8.
- If server operating system then Windows Server 2008 R2 or higher. If desktop operating system then Windows 7 or higher
- Hardware Requirement
- Processor: Minimum 1GHz
- RAM: Minimum 2GB memory available for the application (Raptor Service)
- Disk space: minimum 5 GB
Installation: Installation can typically take 30 minutes to 1 hour. Ascent360 will host a shared meeting and walk through the install process with our client.
- Software: Ascent360 has an executable file that will install the Raptor Service.
- Permissions: Typically a SQL reader account needs to be created. This reader account can be limited to a specific set of tables and fields if desired.
Connection Protocols: ODBC, Native SQL Server Driver, Native Oracle Driver.
Communication Protocol: The Raptor service will transmit data via SFTP or HTTPS. All communications occur using these protocols to ensure all messages and data are secure over an encrypted channel.
The system runs 3 processes on a .NET timer. These processes include:
- Heartbeat: This process sends a short message to Ascent360 every 30 minutes to simply say that things are “OK”
- Get instructions: This gets new 'instructions' from Ascent360. 'Instructions' can be queries, timings or connection strings.
- Run Queries: This is the key process. This process will run each query that we need in sequential order.
The basic steps include:
Log in as user
• Typically, our system will run 10 to 30 queries depending up on the point of sale / e-commerce system. A typical query will ask for some number of fields where the update date is < (today - 2 days) to ensure we
get all the correct data without getting too much.
• Hold query result in memory. (This system does not create any files or store any data on disk to ensure security)
• Converts data to XML which is then streamed to Ascent360 via HTTPS (256-SSL or SFTP as noted elsewhere)
Communication Ports: Pending the clients desired transmission protocol, we will need one of the following two ports open.
- To transfer data via HTTPS, we will need to have Port 443 open.
- To transfer data via SFTP, we will need to have Port 22 open.
Location of the install:
The Ascent360 Raptor Service can be installed on any windows server that has database access, such as the Siriusware or RTP database. Our service will use the SQL reader account to query the database and deliver this data to the Ascent360 private cloud. In small implementations, the Raptor Service may be installed on the same server as the database. In larger implementations, the service may be installed on another server or even a dedicated server.
Timing of Data Transfer:
- Data Transfer: Typically our clients will choose to send data to Ascent360 once per day. The timing of this can be at the clients request, but is typically done at night. Data can be transferred as often as every 15 minutes.
- Heartbeat: As a matter of quality control and monitoring, our service will send an HTTPs POST “Heartbeat” to Ascent360 every 30 minutes to check-in.
The Ascent360 Raptor Service has the ability to auto-update. Ideally, the client should only have to install the Raptor Service one time. Moving forward, based on a specific criteria, the following tasks will be performed - request for updated version, create backup directory, shut the Raptor Service down, replace old version with new, restart the Raptor Service, and perform a fail-back if any issues are encountered. Each performed task will be covered in more detail below.
- Specific Criteria: Ascent360's databases host two configuration tables - Raptor.Config & Raptor.VersionControl. Within these tables, the user can find various fields specific to the client. The auto-update feature is triggered based on conditions of the following fields within Raptor.Config - AutomaticUpdate, UpdateToVersion, and UpdateVersionOnDate. These conditions are checked at the time the Raptor Service starts, and during heartbeat check-ins. Once an update is deemed ready, the Raptor Service will also verify that no processes are currently being executed before initiating the auto-update feature.
- Request for Updated Version: Within the Raptor.VersionControl table, the user will find a field - RaptorLatestVersionPath. This path will contain the specific .zip for a particular version. Configuring the tables in this manner gives Ascent360 and the client granular control over when to update, and which version to update to. The Raptor Service, once ready, will make a HTTPs request for the .zip file at this specific location. It is important to mention, this path is on the same server as the Raptor.Service.Web API. Within the .zip file, two folders will exist, one with the Raptor ServiceUpdater tool and the other with the new version of the Raptor Service.
Note: Within the .zip file
Note: The .zip file
- Create Backup Directory: Once the Raptor Service, on the client's machine, has received this package. It will perform three tasks - extract the received package into its own directory (will be same name as .zip), create a backup directory, and copy the existing version into this newly created backup directory. Below is how the Raptor Service directory, on the client side, should appear after this process.
- Shut down, replace, restart: At this point, the Raptor Service will start an application included in the update package called Raptor ServiceUpdater, and shut itself (the Raptor Service) down. Everything will now occur within Raptor ServiceUpdater and will not be seen by the client. The Raptor ServiceUpdater will first wait 30 seconds, this will give the Raptor Service enough time to fully stop, and then replace the old assemblies with the new. Once verified, the Raptor ServiceUpdater will restart the newly updated Raptor Service and shut itself down.
- Fail-back: The Raptor ServiceUpdater contains functionality which will retry certain actions at a specified interval to ensure reliability and provide self corrective capabilities. In the case that the Raptor service could never be stopped - no action will be taken, and the client will have to manually restart the Raptor Service if the status is anything other than 'Running'. In the case that the new assemblies were updated, but the Raptor Service could not be restarted - the backed up version will be put back in its original directory. Email capabilities have been added to notify the Application Development team at Ascent360 of such issues. A manual restart, at this point, will be necessary.