move / update changelog

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# Changelog
## <ins>v1 (Spring 2024)</ins>
- **New resource types**:
- **Repo**: Clone / pull configured repositories on desired Server. Run shell commands in the repo on every clone / pull to acheive automation. Listen for pushes to a particular branch to automatically pull the repo and run the command.
- **Procedure**: Combine multiple *executions* (Deploy, RunBuild) and run them in sequence or in parallel. *RunProcedure* is an execution type, meaning procedures can run *other procedures*.
- **Builder**: Ephemeral builder configuration has moved to being an API / UI managed entity for greater observability and ease of management.
- **Alerter**: Define multiple alerting endpoints and manage them via the API / UI.
- Slack support continues with the *Slack* Alerter variant.
- Send JSON serialized alert data to any HTTP endpoint with the *Custom* Alerter variant.
- **Template**: Define a template for your cloud provider's VM configuration
- Launch VMs based on the template and automatically add them as Monitor servers.
- Supports AWS EC2 and Hetzner Cloud.
- **Sync**: Sync resources declared in toml files in Github repos.
- Manage resources declaratively, with git history for configuration rollbacks.
- See the actions which will be performed in the UI, and execute them upon manual confirmation.
- Use a Github webhook to automatically execute syncs on git push.
- **Resource Tagging**
- Attach multiple *tags* to resources, which can be used to group related resources together. These can be used to filter resources in the UI.
- For example, resources can be given tags for *environment*, like `Prod`, `Uat`, or `Dev`. This can be combined with tags for the larger system the resource is a part of, such as `Authentication`, `Logging`, or `Messaging`.
- Proper tagging will make it easy to find resources and visualize system components, even as the number of resources grows large.
- **Variables**
- Manage global, non-secret key-value pairs using the API / UI.
- These values can be interpolated into deployment `environments` and build `build_args`
- **Core Accounts and Secrets**
- Docker / Github accounts and Secrets can now be configured in the Core configuration file.
- They can still be added to the Periphery configuration as before. Accounts / Secrets defined in the Core configuration will be preferentially used over like ones defined in Periphery configuration.
- **User Groups**
- Admins can now create User Groups and assign permissions to them as if they were a user.
- Multiple users can then be added to the group, and a user can be added to multiple groups.
- Users in the group inherit the group's permissions.
- **Monitor CLI + Sync**
- Introduces the [monitor cli](https://crates.io/crates/monitor_cli), which can sync resources declared across multiple toml files.
- Implements granular diffing of local and remote resources, producing detailed logs of the changes which will be made before user confirm.
- Resource files can be checked into git and managed via PR, enabling easy scaling even with large numbers of resources.
- All UI resources include button to export the resource to TOML for easy addition to your resource file. There is also a button to export all resources
to make the move to file managed resources.
- **Builds**
- Build log displays the **latest commit hash and message**.
- In-progress builds are able to be **cancelled before completion**.
- Specify a specific commit hash to build from.
- **Deployments**
- Filter log lines using multiple search terms.
- **Alerting**
- The alerting system has been redesigned with a stateful model.
- Alerts can be in an Open or a Resolved state, and alerts are only sent on state changes.
- For example, say a server has just crossed 80% memory usage, the configured memory threshold. An alert will be created in the Open state and the alert data will be sent out. Later, it has dropped down to 70%. The alert will be changed to the Resolved state and the alert data will again be sent.
- In addition to server usage alerts, Monitor now supports deployment state change alerts. These are sent when a deployment's state changes without being caused by a Monitor action. For example, if a deployment goes from the Running state to the Exited state unexpectedly, say from a crash, an alert will be sent.
- Current and past alerts can be retrieved using the API and viewed on the UI.
- **New UI**:
- The Monitor UI has been revamped to support the new features and improve the user experience.
## <ins>v0 (Winter 2022)</ins>
- Move Core and Periphery implementation to Rust.
- Add AWS Ec2 ephemeral build instance support.
- Configuration added to core configuration file.
- Automatic build versioning system, supporting image rollback.
- Realtime and historical system stats - CPU, memory, disk.
- Simple stats alerting based on out-of-bounds values for system stats.
- Support sending alerts to Slack.
## <ins>Pre-versioned releases</ins>
- Defined main resource types:
- Server
- Deployment
- Build
- Basics of Monitor:
- Build docker images from Github repos.
- Manage image deployment on connected servers, see container status, get container logs.
- Add account credentials in Periphery configuration.
- Core and Periphery implemented in Typescript.

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@@ -6,84 +6,7 @@ Docs for periphery setup script can be found in [scripts/readme.md](https://gith
## Changelog
### <ins>v1 (Spring 2024)</ins>
- **New resource types**:
- **Repo**: Clone / pull configured repositories on desired Server. Run shell commands in the repo on every clone / pull to acheive automation. Listen for pushes to a particular branch to automatically pull the repo and run the command.
- **Procedure**: Combine multiple *executions* (Deploy, RunBuild) and run them in sequence or in parallel. *RunProcedure* is an execution type, meaning procedures can run *other procedures*.
- **Builder**: Ephemeral builder configuration has moved to being an API / UI managed entity for greater observability and ease of management.
- **Alerter**: Define multiple alerting endpoints and manage them via the API / UI.
- Slack support continues with the *Slack* Alerter variant.
- Send JSON serialized alert data to any HTTP endpoint with the *Custom* Alerter variant.
- **Template**: Define a template for your cloud provider's VM configuration
- Launch VMs based on the template and automatically add them as Monitor servers.
- Supports AWS EC2 and Hetzner Cloud.
- **Resource Tagging**
- Attach multiple *tags* to resources, which can be used to group related resources together. These can be used to filter resources in the UI.
- For example, resources can be given tags for *environment*, like `Prod`, `Uat`, or `Dev`. This can be combined with tags for the larger system the resource is a part of, such as `Authentication`, `Logging`, or `Messaging`.
- Proper tagging will make it easy to find resources and visualize system components, even as the number of resources grows large.
- **Variables**
- Manage global, non-secret key-value pairs using the API / UI.
- These values can be interpolated into deployment `environments` and build `build_args`
- **Core Accounts and Secrets**
- Docker / Github accounts and Secrets can now be configured in the Core configuration file.
- They can still be added to the Periphery configuration as before. Accounts / Secrets defined in the Core configuration will be preferentially used over like ones defined in Periphery configuration.
- **User Groups**
- Admins can now create User Groups and assign permissions to them as if they were a user.
- Multiple users can then be added to the group, and a user can be added to multiple groups.
- Users in the group inherit the group's permissions.
- **Monitor CLI + Sync**
- Introduces the [monitor cli](https://crates.io/crates/monitor_cli), which can sync resources declared across multiple toml files.
- Implements granular diffing of local and remote resources, producing detailed logs of the changes which will be made before user confirm.
- Resource files can be checked into git and managed via PR, enabling easy scaling even with large numbers of resources.
- All UI resources include button to export the resource to TOML for easy addition to your resource file. There is also a button to export all resources
to make the move to file managed resources.
- **Builds**
- Build log displays the **latest commit hash and message**.
- In-progress builds are able to be **cancelled before completion**.
- Specify a specific commit hash to build from.
- **Deployments**
- Filter log lines using multiple search terms.
- **Alerting**
- The alerting system has been redesigned with a stateful model.
- Alerts can be in an Open or a Resolved state, and alerts are only sent on state changes.
- For example, say a server has just crossed 80% memory usage, the configured memory threshold. An alert will be created in the Open state and the alert data will be sent out. Later, it has dropped down to 70%. The alert will be changed to the Resolved state and the alert data will again be sent.
- In addition to server usage alerts, Monitor now supports deployment state change alerts. These are sent when a deployment's state changes without being caused by a Monitor action. For example, if a deployment goes from the Running state to the Exited state unexpectedly, say from a crash, an alert will be sent.
- Current and past alerts can be retrieved using the API and viewed on the UI.
- **New UI**:
- The Monitor UI has been revamped to support the new features and improve the user experience.
### <ins>v0 (Winter 2022)</ins>
- Move Core and Periphery implementation to Rust.
- Add AWS Ec2 ephemeral build instance support.
- Configuration added to core configuration file.
- Automatic build versioning system, supporting image rollback.
- Realtime and historical system stats - CPU, memory, disk.
- Simple stats alerting based on out-of-bounds values for system stats.
- Support sending alerts to Slack.
### <ins>Pre-versioned releases</ins>
- Defined main resource types:
- Server
- Deployment
- Build
- Basics of Monitor:
- Build docker images from Github repos.
- Manage image deployment on connected servers, see container status, get container logs.
- Add account credentials in Periphery configuration.
- Core and Periphery implemented in Typescript.
View the [changelog](https://github.com/mbecker20/monitor/blob/main/changelog.md)
## Screenshots