Public Agent Service

Public Agent Service

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is a mobile notary, remote online notary (RON), and administrative support for the DFW area that meet the professional notarial and administrative support needs of individuals, small businesses, and individual entrepreneurs seeking support without complications.

Commissioned by the Secretary of State of Texas a Notary Public and Online Notary Public in the State of Texas. Background Screened, Bonded, and Insured as required by the State of Texas. Passionate and motivated to serve you as one of the very best in North Texas, I have studied and trained extensively as a Notary Public, Remote Online Notary (RON) and Loan Signing Agent. Certified and Trained by the Texas Notary Public, National Notary Association, and ongoing training by Loan Signing System. Anything worth doing is worth doing well with excellence.

A registered Notary Public with NNA, AAN, 123Notary, N3Notary, SigningOrder, and Express Notary Service. A Remote Online Notary (RON) Signing Agent on platforms such as Snapdocs, Notarize, and Nexsys.
CEO/Owner of At Your Service Agent, LLC

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As a highly experienced Business Administration Professional with an outstanding background in successful business operations and management strategies, providing support relating to the day-to-day operations, meeting time sensitive deadlines, and delivering first-class operational solutions throughout multiple industries and capacities for more than 25 years.

Experienced in managing mission-critical projects and business development initiatives with the knowledge to balance the requirements for functionality, quality, economy, and timeliness. Proven ability to enter new environments and begin to produce clear-cut results right from the start.

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Contact@atyourserviceagent.com

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Azure DevOps Services | Azure DevOps Server 2022 - Azure DevOps Server 2019 | TFS 2018
In Microsoft Team Foundation Server (TFS) 2018 and previous versions,
build and release pipelines are called definitions ,
runs are called builds ,
service connections are called service endpoints ,
stages are called environments ,
and jobs are called phases .
To build your code or deploy your software using Azure Pipelines, you need at least one agent. As you add more code and people, you'll eventually need more.
When your pipeline runs, the system begins one or more jobs.
An agent is computing infrastructure with installed agent software that runs one job at a time.
If your pipelines are in Azure Pipelines, then you've got a convenient option to run your jobs using a Microsoft-hosted agent . With Microsoft-hosted agents, maintenance and upgrades are taken care of for you. Each time you run a pipeline, you get a fresh virtual machine for each job in the pipeline. The virtual machine is discarded after one job (which means any change that a job makes to the virtual machine file system, such as checking out code, will be unavailable to the next job). Microsoft-hosted agents can run jobs directly on the VM or in a container .
Azure Pipelines provides a predefined agent pool named Azure Pipelines with Microsoft-hosted agents.
For many teams this is the simplest way to run your jobs. You can try it first and see if it works for your build or deployment. If not, you can use a self-hosted agent.
You can try a Microsoft-hosted agent for no charge.
An agent that you set up and manage on your own to run jobs is a self-hosted agent .
You can use self-hosted agents in Azure Pipelines or Azure DevOps Server, formerly named Team Foundation Server (TFS).
Self-hosted agents give you more control to install dependent software needed for your builds and deployments.
Also, machine-level caches and configuration persist from run to run, which can boost speed.
Although multiple agents can be installed per machine, we strongly suggest to only install one agent per machine. Installing two or more agents may adversely affect performance and the result of your pipelines.
Before you install a self-hosted agent you might want to see if a Microsoft-hosted agent pool will work for you. In many cases this is the simplest way to get going. Give it a try .
You can install the agent on Linux, macOS, or Windows machines. You can also install an agent on a Docker container. For more information about installing a self-hosted agent, see:
On macOS, you need to clear the special attribute on the download archive to prevent Gatekeeper protection from displaying for each assembly in the tar file when ./config.sh is run. The following command clears the extended attribute on the file:
After you've installed the agent on a machine, you can install any other software on that machine as required by your jobs.
Agents are widely backward compatible. Any version of the agent should be compatible with any Azure DevOps version as long as Azure DevOps isn't demanding a higher version of the agent.
We only support the most recent version of the agent since that is the only version guaranteed to have all up-to-date patches and bug fixes.
Azure virtual machine scale set agents are a form of self-hosted agents that can be auto-scaled to meet your demands. This elasticity reduces your need to run dedicated agents all the time. Unlike Microsoft-hosted agents, you have flexibility over the size and the image of machines on which agents run.
You specify a virtual machine scale set, a number of agents to keep on standby, a maximum number of virtual machines in the scale set, and Azure Pipelines manages the scaling of your agents for you.
Parallel jobs represents the number of jobs you can run at the same time in your organization. If your organization has a single parallel job, you can run a single job at a time in your organization, with any additional concurrent jobs being queued until the first job completes. To run two jobs at the same time, you need two parallel jobs. In Azure Pipelines, you can run parallel jobs on Microsoft-hosted infrastructure or on your own (self-hosted) infrastructure.
Microsoft provides a free tier of service by default in every organization that includes at least one parallel job. Depending on the number of concurrent pipelines you need to run, you might need more parallel jobs to use multiple Microsoft-hosted or self-hosted agents at the same time. For more information on parallel jobs and different free tiers of service, see Parallel jobs in Azure Pipelines .
You might need more parallel jobs to use multiple agents at the same time:
Starting with Azure DevOps Server 2019, you do not have to pay for self-hosted concurrent jobs in releases. You are only limited by the number of agents that you have.
Every self-hosted agent has a set of capabilities that indicate what it can do. Capabilities are name-value pairs that are either automatically discovered by the agent software, in which case they are called system capabilities , or those that you define, in which case they are called user capabilities .
The agent software automatically determines various system capabilities such as the name of the machine, type of operating system, and versions of certain software installed on the machine. Also, environment variables defined in the machine automatically appear in the list of system capabilities.
Storing environment variables as capabilities means that when an agent runs, the stored capability values are used to set the environment variables. Also, any changes to environment variables that are made while the agent is running won't be picked up and used by any task. If you have sensitive environment variables that change and you don't want them to be stored as capabilities, you can have them ignored by setting the VSO_AGENT_IGNORE environment variable, with a comma-delimited list of variables to ignore. For example, PATH is a critical variable that you might want to ignore if you're installing software.
When you author a pipeline, you specify certain demands of the agent. The system sends the job only to agents that have capabilities matching the demands specified in the pipeline. As a result, agent capabilities allow you to direct jobs to specific agents.
Demands and capabilities are designed for use with self-hosted agents so that jobs can be matched with an agent that
meets the requirements of the job. When using Microsoft-hosted agents, you select an image for the agent that
matches the requirements of the job, so although it is possible to add capabilities to a Microsoft-hosted agent, you don't need
to use capabilities with Microsoft-hosted agents.
You can view the details of an agent, including its version and system capabilities, and manage its user capabilities, by navigating to Agent pools and selecting the Capabilities tab for the desired agent.
In your web browser, navigate to Agent pools:
Choose Azure DevOps , Organization settings .
Choose Azure DevOps , Collection settings .
Choose Azure DevOps , Collection settings .
Navigate to your project and choose Settings (gear icon) > Agent Queues .
From the Agent pools tab, select the desired agent pool.
Select Agents and choose the desired agent.
Microsoft-hosted agents don't display system capabilities. For a list of software installed on Microsoft-hosted agents, see Use a Microsoft-hosted agent .
From the Agent pools tab, select the desired pool.
Select Agents and choose the desired agent.
From the Agent pools tab, select the desired pool.
Select Agents and choose the desired agent.
Select the desired agent, and choose the Capabilities tab.
To register a new capability with the agent, choose Add a new capability .
You can view the details of an agent, including its version, and system and user capabilities, by using the following az pipelines agent Azure CLI methods.
If this is your first time using az pipelines commands, see Get started with Azure DevOps CLI .
You can list your agents using the az pipelines agent list command.
The following example lists all agents in pool ID: 4 in table format. To retrieve the ID of pools, use az pipelines pool list . This example uses the following default configuration: az devops configure --defaults organization=https://dev.azure.com/fabrikam-tailspin project=FabrikamFiber
You can retrieve agent details using the az pipelines agent show command.
The following example displays agent details for the agent with the ID of 3 . This example uses the following default configuration: az devops configure --defaults organization=https://dev.azure.com/fabrikam-tailspin project=FabrikamFiber
You can also use --output table which returns an abbreviated version of the same information.
Azure DevOps CLI commands aren't supported for Azure DevOps Server on-premises.
After you install new software on a self-hosted agent, you must restart the agent for the new capability to show up. For more information, see Restart Windows agent , Restart Linux agent , and Restart Mac agent .
The agent communicates with Azure Pipelines or Azure DevOps Server to determine which job it needs to run, and to report the logs and job status. This communication is always initiated by the agent. All the messages from the agent to Azure Pipelines or Azure DevOps Server happen over HTTP or HTTPS, depending on how you configure the agent. This pull model allows the agent to be configured in different topologies as shown below.
Here is a common communication pattern between the agent and Azure Pipelines or Azure DevOps Server.
The user registers an agent with Azure Pipelines or Azure DevOps Server by adding it to an agent pool . You need to be an agent pool administrator to register an agent in that agent pool. The identity of agent pool administrator is needed only at the time of registration and is not persisted on the agent, nor is it used in any further communication between the agent and Azure Pipelines or Azure DevOps Server. Once the registration is complete, the agent downloads a listener OAuth token and uses it to listen to the job queue.
The agent listens to see if a new job request has been posted for it in the job queue in Azure Pipelines/Azure DevOps Server using an HTTP long poll. When a job is available, the agent downloads the job as well as a job-specific OAuth token . This token is generated by Azure Pipelines/Azure DevOps Server for the scoped identity specified in the pipeline . That token is short lived and is used by the agent to access resources (for example, source code) or modify resources (for example, upload test results) on Azure Pipelines or Azure DevOps Server within that job.
After the job is completed, the agent discards the job-specific OAuth token and goes back to checking if there is a new job request using the listener OAuth token.
The payload of the messages exchanged between the agent and Azure Pipelines/Azure DevOps Server are secured using asymmetric encryption. Each agent has a public-private key pair, and the public key is exchanged with the server during registration. The server uses the public key to encrypt the payload of the job before sending it to the agent. The agent decrypts the job content using its private key. This is how secrets stored in pipelines or variable groups are secured as they are exchanged with the agent.
When you use the agent to deploy artifacts to a set of servers, it must have "line of sight"
connectivity to those servers. The Microsoft-hosted agent pools, by default, have
connectivity to Azure websites and servers running in Azure.
If your Azure resources are running in an Azure Virtual Network, you can get the
Agent IP ranges where Microsoft-hosted agents are deployed
so you can configure the firewall rules for your Azure VNet to allow access by the agent.
If your on-premises environments do not have connectivity to a Microsoft-hosted agent pool
(which is typically the case due to intermediate firewalls), you'll need to
manually configure a self-hosted agent on on-premises computer(s). The agents must have connectivity to the target
on-premises environments, and access to the Internet to connect to Azure Pipelines or Team Foundation Server,
as shown in the following schematic.
To register an agent, you need to be a member of the administrator role in the agent pool. The identity of agent pool administrator is needed only at the time of registration and is not persisted on the agent, and is not used in any subsequent communication between the agent and Azure Pipelines or Azure DevOps Server. In addition, you must be a local administrator on the server in order to configure the agent.
Your agent can authenticate to Azure Pipelines using the following method:
Your agent can authenticate to Azure DevOps Server or TFS using one of the following methods:
Generate and use a PAT to connect an agent with Azure Pipelines or TFS 2017 and newer. PAT is the only scheme that works with Azure Pipelines. The PAT must have Agent Pools (read, manage) scope (for a deployment group agent, the PAT must have Deployment group (read, manage) scope), and while a single PAT can be used for registering multiple agents, the PAT is used only at the time of registering the agent, and not for subsequent communication . For more information, see the Authenticate with a personal access token (PAT) section in the Windows , Lin
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