Claude Code transcript - page 8/9

   200→    state_in = ops.testing.State(
   201→        leader=True,
   202→        containers=[
   203→            ops.testing.Container(
   204→                name=CONTAINER_NAME,
   205→                can_connect=True,
   206→                mounts={"beszel-data": ops.testing.Mount(location="/beszel_data", source="tmpfs")},
   207→                execs={
   208→                    ops.testing.Exec(["/beszel", "--version"], stdout="beszel version 0.17.0\n"),
   209→                    ops.testing.Exec(
   210→                        ["/beszel", "health", "--url", "http://localhost:8090"], return_code=0
   211→                    ),
   212→                },
   213→            )
   214→        ],
   215→        storages=[ops.testing.Storage("beszel-data", index=0)],
   216→    )
   217→
   218→    state_out = ctx.run(ctx.on.pebble_ready(state_in.get_container(CONTAINER_NAME)), state_in)
   219→
   220→    container = state_out.get_container(CONTAINER_NAME)
   221→    layer = container.layers["beszel"]
   222→
   223→    assert "beszel-ready" in layer.checks
   224→    check = layer.checks["beszel-ready"]
   225→    assert check.level == "ready" or check.level.value == "ready"  # type: ignore[union-attr]
   226→    assert "/beszel health" in check.exec["command"]  # type: ignore[index]
   227→    assert check.period == "60s"
   228→
   229→
   230→def test_get_admin_url_action_no_ingress(ctx: ops.testing.Context):
   231→    """Test get-admin-url action without ingress."""
   232→    state_in = ops.testing.State(
   233→        leader=True,
   234→        containers=[
   235→            ops.testing.Container(
   236→                name=CONTAINER_NAME,
   237→                can_connect=True,
   238→            )
   239→        ],

<system-reminder>
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
</system-reminder>

   195→    assert service.environment["LOG_LEVEL"] == "DEBUG"
   196→
   197→
   198→def test_health_check_configuration(ctx: ops.testing.Context):
   199→    """Test that health checks are properly configured."""
   200→    state_in = ops.testing.State(
   201→        leader=True,
   202→        containers=[
   203→            ops.testing.Container(
   204→                name=CONTAINER_NAME,
   205→                can_connect=True,
   206→                mounts={"beszel-data": ops.testing.Mount(location="/beszel_data", source="tmpfs")},
   207→                execs={
   208→                    ops.testing.Exec(["/beszel", "--version"], stdout="beszel version 0.17.0\n"),
   209→                    ops.testing.Exec(
   210→                        ["/beszel", "health", "--url", "http://localhost:8090"], return_code=0
   211→                    ),
   212→                },
   213→            )
   214→        ],
   215→        storages=[ops.testing.Storage("beszel-data", index=0)],
   216→    )
   217→
   218→    state_out = ctx.run(ctx.on.pebble_ready(state_in.get_container(CONTAINER_NAME)), state_in)
   219→
   220→    container = state_out.get_container(CONTAINER_NAME)
   221→    layer = container.layers["beszel"]
   222→
   223→    assert "beszel-ready" in layer.checks
   224→    check = layer.checks["beszel-ready"]
   225→    assert check.level == "ready" or check.level.value == "ready"  # type: ignore[union-attr]
   226→    assert "/beszel health" in check.exec["command"]  # type: ignore[index]
   227→    assert check.period == "60s"
   228→
   229→

<system-reminder>
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
</system-reminder>

   198→def test_health_check_configuration(ctx: ops.testing.Context):
   199→    """Test that health checks are properly configured."""
   200→    state_in = ops.testing.State(
   201→        leader=True,
   202→        containers=[
   203→            ops.testing.Container(
   204→                name=CONTAINER_NAME,
   205→                can_connect=True,
   206→                mounts={"beszel-data": ops.testing.Mount(location="/beszel_data", source="tmpfs")},
   207→                execs={
   208→                    ops.testing.Exec(["/beszel", "--version"], stdout="beszel version 0.17.0\n"),
   209→                    ops.testing.Exec(
   210→                        ["/beszel", "health", "--url", "http://localhost:8090"], return_code=0
   211→                    ),
   212→                },
   213→            )
   214→        ],
   215→        storages=[ops.testing.Storage("beszel-data", index=0)],
   216→    )
   217→
   218→    state_out = ctx.run(ctx.on.pebble_ready(state_in.get_container(CONTAINER_NAME)), state_in)
   219→
   220→    container = state_out.get_container(CONTAINER_NAME)
   221→    layer = container.layers["beszel"]
   222→
   223→    assert "beszel-ready" in layer.checks
   224→    check = layer.checks["beszel-ready"]
   225→    assert check.level == "ready" or check.level.value == "ready"  # type: ignore[union-attr]
   226→    assert "/beszel health" in check.exec["command"]  # type: ignore[index]
   227→    assert check.period == "60s"
   228→
   229→
   230→def test_get_admin_url_action_no_ingress(ctx: ops.testing.Context):
   231→    """Test get-admin-url action without ingress."""
   232→    state_in = ops.testing.State(

<system-reminder>
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
</system-reminder>

The file /home/ubuntu/beszel-operator/tests/unit/test_charm.py has been updated. Here's the result of running `cat -n` on a snippet of the edited file:
   194→    assert service.environment["PORT"] == "8091"
   195→    assert service.environment["LOG_LEVEL"] == "DEBUG"
   196→
   197→
   198→def test_health_check_configuration(ctx: ops.testing.Context):
   199→    """Test that health checks are properly configured."""
   200→    state_in = ops.testing.State(
   201→        leader=True,
   202→        containers=[
   203→            ops.testing.Container(
   204→                name=CONTAINER_NAME,
   205→                can_connect=True,
   206→                mounts={"beszel-data": ops.testing.Mount(location="/beszel_data", source="tmpfs")},
   207→                execs={
   208→                    ops.testing.Exec(["/beszel", "--version"], stdout="beszel version 0.17.0\n"),
   209→                },
   210→            )
   211→        ],
   212→        storages=[ops.testing.Storage("beszel-data", index=0)],
   213→    )
   214→
   215→    state_out = ctx.run(ctx.on.pebble_ready(state_in.get_container(CONTAINER_NAME)), state_in)
   216→
   217→    container = state_out.get_container(CONTAINER_NAME)
   218→    layer = container.layers["beszel"]
   219→
   220→    assert "beszel-ready" in layer.checks
   221→    check = layer.checks["beszel-ready"]
   222→    assert check.level == "ready" or check.level.value == "ready"  # type: ignore[union-attr]
   223→    assert check.http is not None
   224→    assert check.http["url"] == "http://localhost:8090/"
   225→    assert check.period == "10s"
   226→    assert check.threshold == 3
   227→
   228→
   229→def test_get_admin_url_action_no_ingress(ctx: ops.testing.Context):
   230→    """Test get-admin-url action without ingress."""

1 file left unchanged

unit: uv-sync> uv sync --locked --python-preference system --no-default-groups --group unit -p /home/ubuntu/.local/share/uv/tools/tox/bin/python
unit: commands[0]> coverage run --source=/home/ubuntu/beszel-operator/src -m pytest -v -s --tb native /home/ubuntu/beszel-operator/tests/unit
============================= test session starts ==============================
platform linux -- Python 3.12.3, pytest-9.0.2, pluggy-1.6.0 -- /home/ubuntu/beszel-operator/.tox/unit/bin/python3
cachedir: .tox/unit/.pytest_cache
rootdir: /home/ubuntu/beszel-operator
configfile: pyproject.toml
plugins: anyio-4.12.0
collecting ... collected 30 items

tests/unit/test_charm.py::test_config_from_charm_config PASSED
tests/unit/test_charm.py::test_config_defaults PASSED
tests/unit/test_charm.py::test_pebble_ready_without_storage PASSED
tests/unit/test_charm.py::test_pebble_ready_with_storage PASSED
tests/unit/test_charm.py::test_config_changed_updates_service PASSED
tests/unit/test_charm.py::test_health_check_configuration PASSED
tests/unit/test_charm.py::test_get_admin_url_action_no_ingress PASSED
tests/unit/test_charm.py::test_get_admin_url_action_with_external_hostname PASSED
tests/unit/test_charm.py::test_create_agent_token_action PASSED
tests/unit/test_charm.py::test_create_agent_token_action_container_not_ready PASSED
tests/unit/test_charm.py::test_list_backups_action_no_backups PASSED
tests/unit/test_charm.py::test_container_not_ready PASSED
tests/unit/test_charm.py::test_oauth_client_config_without_external_hostname PASSED
tests/unit/test_charm.py::test_oauth_client_config_with_external_hostname PASSED
tests/unit/test_charm.py::test_s3_environment_variables PASSED
tests/unit/test_charm.py::test_upgrade_charm PASSED
tests/unit/test_charm.py::test_config_changed_event PASSED
tests/unit/test_charm.py::test_backup_now_action PASSED
tests/unit/test_charm.py::test_backup_now_action_failure PASSED
tests/unit/test_charm.py::test_list_backups_action_with_backups PASSED
tests/unit/test_charm.py::test_workload_version_set PASSED
tests/unit/test_charm.py::test_storage_check_keyerror PASSED
tests/unit/test_charm.py::test_backup_now_action_container_not_ready PASSED
tests/unit/test_charm.py::test_list_backups_action_container_not_ready PASSED
tests/unit/test_charm.py::test_wait_for_ready_fails PASSED
tests/unit/test_charm.py::test_version_not_available PASSED
tests/unit/test_charm.py::test_create_agent_token_fails PASSED
tests/unit/test_charm.py::test_storage_empty_list PASSED
tests/unit/test_charm.py::test_oauth_environment_variables PASSED
tests/unit/test_charm.py::test_s3_environment_variables_with_relation PASSED

============================= 30 passed in 26.67s ==============================
unit: commands[1]> coverage report
Name            Stmts   Miss Branch BrPart  Cover   Missing
-----------------------------------------------------------
src/beszel.py      65     32     22      6    47%   38->41, 43, 62-65, 80-81, 99-112, 124-151, 167-180
src/charm.py      153     15     32      2    91%   151, 177-178, 186-187, 195-196, 204-205, 213-214, 229-231, 274->281, 340
-----------------------------------------------------------
TOTAL             218     47     54      8    77%
  unit: OK (35.15=setup[0.58]+cmd[32.98,1.59] seconds)
  congratulations :) (35.21 seconds)

1 file changed, 4 insertions(+), 5 deletions(-)

/home/ubuntu/beszel-operator/spread/.extension
/home/ubuntu/beszel-operator/spread/deploy/basic/task.yaml

No files found

/home/ubuntu/beszel-operator/spread.yaml

     1→project: beszel-operator
     2→
     3→backends:
     4→  craft:
     5→    type: craft
     6→    systems:
     7→      - ubuntu-24.04:
     8→
     9→prepare: |
    10→  # Juju needs the charm etc. to be owned by the running user.
    11→  chown -R "${USER}" "${PROJECT_PATH}"
    12→
    13→suites:
    14→  spread/deploy/:
    15→    summary: Deployment tests
    16→
    17→    prepare: |
    18→      juju_change=$(sudo snap install --no-wait juju --channel=3/stable)
    19→      microk8s_change=$(sudo snap install --no-wait --classic microk8s --channel=1.33/stable)
    20→      mkdir -p ~/.local/share/juju  # Strictly-confined Juju needs this.
    21→
    22→      # Perform configuration that doesn't need the Juju controller here.
    23→
    24→      if [[ -n "${microk8s_change}" ]]; then
    25→        snap watch "${microk8s_change}"
    26→        sudo microk8s status --wait-ready
    27→      fi
    28→
    29→      if [[ -n "${juju_change}" ]]; then
    30→        snap watch "${juju_change}"
    31→        juju bootstrap microk8s
    32→      fi
    33→
    34→      # We don't need to do OS updates for each machine - this just takes up time.
    35→      juju model-defaults enable-os-refresh-update=false
    36→      juju model-defaults enable-os-upgrade=false
    37→
    38→
    39→exclude:
    40→  - .git
    41→
    42→kill-timeout: 1h
    43→

<system-reminder>
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
</system-reminder>

     1→summary: Test 'beszel-operator' deployment
     2→
     3→environment:
     4→  MODEL: "$(HOST: uuidgen)"
     5→
     6→prepare: |
     7→  juju add-model "${MODEL}"
     8→
     9→execute: |
    10→  # You will need to change the resource
    11→  juju deploy --model "${MODEL}" "${CRAFT_ARTIFACT}" --resource some-container-image=YOUR_IMAGE_GOES_HERE
    12→
    13→  # Wait for all apps on the model to become active.
    14→  juju wait-for application 'beszel-operator'
    15→
    16→  # Remove all applications and their dependencies
    17→  for app in $(juju status --format=json | jq -r '.applications | keys[]'); do
    18→    juju remove-application --model="${MODEL}" --destroy-storage --force --no-prompt "${app}"
    19→  done
    20→
    21→restore: |
    22→  juju destroy-model --no-prompt --force --destroy-storage --no-wait --timeout=60s "${MODEL}"
    23→

<system-reminder>
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
</system-reminder>

     1→#!/bin/bash
     2→
     3→usage() {
     4→    echo "usage: $(basename "$0") [command]"
     5→    echo "valid commands:"
     6→    echo "    allocate              Create a backend instance to run tests on"
     7→    echo "    discard               Destroy a backend instance used to run tests"
     8→    echo "    backend-prepare       Set up the system to run tests"
     9→    echo "    backend-restore       Restore the system after the tests ran"
    10→    echo "    backend-prepare-each  Prepare the system before each test"
    11→    echo "    backend-restore-each  Restore the system after each test run"
    12→}
    13→
    14→prepare() {
    15→    case "$SPREAD_SYSTEM" in
    16→    fedora*)
    17→        dnf update -y
    18→        dnf install -y snapd
    19→        while ! snap install snapd; do
    20→            echo "waiting for snapd..."
    21→            sleep 2
    22→        done
    23→        ;;
    24→    debian*)
    25→        apt update
    26→        apt install -y snapd
    27→        while ! snap install snapd; do
    28→            echo "waiting for snapd..."
    29→            sleep 2
    30→        done
    31→        ;;
    32→    ubuntu*)
    33→        apt update
    34→        ;;
    35→    esac
    36→
    37→    snap wait system seed.loaded
    38→    snap refresh --hold
    39→
    40→    if systemctl is-enabled unattended-upgrades.service; then
    41→        systemctl stop unattended-upgrades.service
    42→        systemctl mask unattended-upgrades.service
    43→    fi
    44→}
    45→
    46→restore() {
    47→    case "$SPREAD_SYSTEM" in
    48→    ubuntu* | debian*)
    49→        apt autoremove -y --purge
    50→        ;;
    51→    esac
    52→
    53→    rm -Rf "$PROJECT_PATH"
    54→    mkdir -p "$PROJECT_PATH"
    55→}
    56→
    57→prepare_each() {
    58→    true
    59→}
    60→
    61→restore_each() {
    62→    true
    63→}
    64→
    65→allocate_lxdvm() {
    66→    name=$(echo "$SPREAD_SYSTEM" | tr '[:punct:]' -)
    67→    system=$(echo "$SPREAD_SYSTEM" | tr / -)
    68→    if [[ "$system" =~ ^ubuntu- ]]; then
    69→        image="ubuntu:${system#ubuntu-}"
    70→    else
    71→        image="images:$(echo "$system" | tr - /)"
    72→    fi
    73→
    74→    VM_NAME="${VM_NAME:-spread-${name}-${RANDOM}}"
    75→    DISK="${DISK:-40}"
    76→    CPU="${CPU:-4}"
    77→    MEM="${MEM:-12}"
    78→
    79→    lxc launch --vm \
    80→        "${image}" \
    81→        "${VM_NAME}" \
    82→        -c limits.cpu="${CPU}" \
    83→        -c limits.memory="${MEM}GiB" \
    84→        -d root,size="${DISK}GiB"
    85→
    86→    while ! lxc exec "${VM_NAME}" -- true &>/dev/null; do sleep 0.5; done
    87→    lxc exec "${VM_NAME}" -- sed -i 's/^\s*#\?\s*\(PermitRootLogin\|PasswordAuthentication\)\>.*/\1 yes/' /etc/ssh/sshd_config
    88→    lxc exec "${VM_NAME}" -- bash -c "if [ -d /etc/ssh/sshd_config.d ]; then echo -e 'PermitRootLogin yes\nPasswordAuthentication yes' > /etc/ssh/sshd_config.d/00-spread.conf; fi"
    89→    lxc exec "${VM_NAME}" -- bash -c "echo root:${SPREAD_PASSWORD} | sudo chpasswd || true"
    90→
    91→    # Print the instance address to stdout
    92→    ADDR=""
    93→    while [ -z "$ADDR" ]; do ADDR=$(lxc ls -f csv | grep "^${VM_NAME}" | cut -d"," -f3 | cut -d" " -f1); done
    94→    echo "$ADDR" 1>&3
    95→}
    96→
    97→discard_lxdvm() {
    98→    instance_name="$(lxc ls -f csv | sed ':a;N;$!ba;s/(docker0)\n/(docker0) /' | grep "$SPREAD_SYSTEM_ADDRESS " | cut -f1 -d",")"
    99→    lxc delete -f "$instance_name"
   100→}
   101→
   102→allocate_ci() {
   103→    if [ -z "$CI" ]; then
   104→        echo "This backend is intended to be used only in CI systems."
   105→        exit 1
   106→    fi
   107→    sudo sed -i 's/^\s*#\?\s*\(PermitRootLogin\|PasswordAuthentication\)\>.*/\1 yes/' /etc/ssh/sshd_config
   108→    if [ -d /etc/ssh/sshd_config.d ]; then echo -e 'PermitRootLogin yes\nPasswordAuthentication yes' | sudo tee /etc/ssh/sshd_config.d/00-spread.conf; fi
   109→    sudo systemctl daemon-reload
   110→    sudo systemctl restart ssh
   111→
   112→    echo "root:${SPREAD_PASSWORD}" | sudo chpasswd || true
   113→
   114→    # Print the instance address to stdout
   115→    echo localhost >&3
   116→}
   117→
   118→discard_ci() {
   119→    true
   120→}
   121→
   122→allocate() {
   123→    exec 3>&1
   124→    exec 1>&2
   125→
   126→    case "$1" in
   127→    lxd-vm)
   128→        allocate_lxdvm
   129→        ;;
   130→    ci)
   131→        allocate_ci
   132→        ;;
   133→    *)
   134→        echo "unsupported backend $1" 2>&1
   135→        ;;
   136→    esac
   137→}
   138→
   139→discard() {
   140→    case "$1" in
   141→    lxd-vm)
   142→        discard_lxdvm
   143→        ;;
   144→    ci)
   145→        discard_ci
   146→        ;;
   147→    *)
   148→        echo "unsupported backend $1" 2>&1
   149→        ;;
   150→    esac
   151→}
   152→
   153→set -e
   154→
   155→while getopts "" o; do
   156→    case "${o}" in
   157→    *)
   158→        usage
   159→        exit 1
   160→        ;;
   161→    esac
   162→done
   163→shift $((OPTIND - 1))
   164→
   165→CMD="$1"
   166→PARM="$2"
   167→
   168→if [ -z "$CMD" ]; then
   169→    usage
   170→    exit 0
   171→fi
   172→
   173→case "$CMD" in
   174→allocate)
   175→    allocate "$PARM"
   176→    ;;
   177→discard)
   178→    discard "$PARM"
   179→    ;;
   180→backend-prepare)
   181→    prepare
   182→    ;;
   183→backend-restore)
   184→    restore
   185→    ;;
   186→backend-prepare-each)
   187→    prepare_each
   188→    ;;
   189→backend-restore-each)
   190→    restore_each
   191→    ;;
   192→*)
   193→    echo "unknown command $CMD" >&2
   194→    ;;
   195→esac
   196→

<system-reminder>
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
</system-reminder>

     1→# This file configures Charmcraft.
     2→# See https://documentation.ubuntu.com/charmcraft/stable/reference/files/charmcraft-yaml-file/
     3→type: charm
     4→name: beszel
     5→title: Beszel Hub
     6→summary: Lightweight server monitoring with Docker stats and historical data
     7→description: |
     8→  Beszel is a lightweight server monitoring platform that provides
     9→  Docker/Podman statistics, historical data, and customizable alerts.
    10→
    11→  This charm deploys the Beszel Hub component, which serves as the central
    12→  dashboard for viewing and managing monitored systems.
    13→
    14→  The Hub is built on PocketBase and provides a web interface for
    15→  configuring systems, viewing metrics, and managing alerts.
    16→
    17→  Useful for system administrators and DevOps teams who need lightweight,
    18→  resource-efficient monitoring without the overhead of heavier solutions.
    19→
    20→# Documentation:
    21→# https://documentation.ubuntu.com/charmcraft/stable/howto/build-guides/select-platforms/
    22→base: ubuntu@22.04
    23→platforms:
    24→  amd64:
    25→  arm64:
    26→
    27→parts:
    28→  charm:
    29→    plugin: uv
    30→    source: .
    31→    build-snaps:
    32→      - astral-uv
    33→
    34→# Charm libraries
    35→charm-libs:
    36→  - lib: traefik_k8s.ingress
    37→    version: "2"
    38→  - lib: hydra.oauth
    39→    version: "0"
    40→  - lib: data_platform_libs.s3
    41→    version: "0"
    42→
    43→# Configuration options for the charm
    44→config:
    45→  options:
    46→    container-image:
    47→      description: |
    48→        OCI image to use for the Beszel Hub.
    49→        Allows pinning to specific versions or using custom builds.
    50→      default: "henrygd/beszel:latest"
    51→      type: string
    52→
    53→    port:
    54→      description: |
    55→        Port on which the Beszel Hub listens.
    56→      default: 8090
    57→      type: int
    58→
    59→    external-hostname:
    60→      description: |
    61→        External hostname for OAuth callback URLs (e.g., "beszel.example.com").
    62→        Required when using oauth relation with identity platform.
    63→        If not set, falls back to local authentication only.
    64→      default: ""
    65→      type: string
    66→
    67→    s3-backup-enabled:
    68→      description: |
    69→        Enable automatic backups to S3-compatible storage.
    70→        Requires s3-credentials relation to be established.
    71→      default: false
    72→      type: boolean
    73→
    74→    s3-endpoint:
    75→      description: |
    76→        S3-compatible storage endpoint URL.
    77→        Required if s3-backup-enabled is true.
    78→      default: ""
    79→      type: string
    80→
    81→    s3-bucket:
    82→      description: |
    83→        S3 bucket name for backups.
    84→      default: ""
    85→      type: string
    86→
    87→    s3-region:
    88→      description: |
    89→        S3 region.
    90→      default: "us-east-1"
    91→      type: string
    92→
    93→    log-level:
    94→      description: |
    95→        Log verbosity level.
    96→        Acceptable values are: "info", "debug", "warning", "error"
    97→      default: "info"
    98→      type: string
    99→
   100→# Your workload's containers.
   101→containers:
   102→  beszel:
   103→    resource: beszel-image
   104→
   105→# Storage for PocketBase database and backups
   106→storage:
   107→  beszel-data:
   108→    type: filesystem
   109→    description: PocketBase database, configuration, and local backups
   110→    minimum-size: 1G
   111→    location: /beszel_data
   112→
   113→# This field populates the Resources tab on Charmhub.
   114→resources:
   115→  beszel-image:
   116→    type: oci-image
   117→    description: OCI image for the Beszel Hub container
   118→    upstream-source: henrygd/beszel:latest
   119→
   120→# Relations (Integrations)
   121→requires:
   122→  ingress:
   123→    interface: ingress
   124→    optional: true
   125→    limit: 1
   126→
   127→  oauth:
   128→    interface: oauth
   129→    optional: true
   130→    limit: 1
   131→
   132→  s3-credentials:
   133→    interface: s3
   134→    optional: true
   135→    limit: 1
   136→
   137→# Actions
   138→actions:
   139→  get-admin-url:
   140→    description: Get the URL to access the Beszel Hub admin interface
   141→
   142→  create-agent-token:
   143→    description: Create a universal token for agent authentication
   144→    params:
   145→      description:
   146→        description: Description for the token
   147→        type: string
   148→        default: ""
   149→
   150→  backup-now:
   151→    description: Trigger an immediate backup
   152→
   153→  list-backups:
   154→    description: List available backups
   155→

<system-reminder>
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
</system-reminder>

/home/ubuntu/beszel-operator/tox.ini

     1→# Copyright 2025 Ubuntu
     2→# See LICENSE file for licensing details.
     3→
     4→[tox]
     5→no_package = True
     6→skip_missing_interpreters = True
     7→env_list = format, lint, unit
     8→min_version = 4.0.0
     9→
    10→[vars]
    11→src_path = {tox_root}/src
    12→tests_path = {tox_root}/tests
    13→;lib_path = {tox_root}/lib/charms/operator_name_with_underscores
    14→all_path = {[vars]src_path} {[vars]tests_path}
    15→
    16→[testenv]
    17→set_env =
    18→    PYTHONPATH = {tox_root}/lib:{[vars]src_path}
    19→    PYTHONBREAKPOINT=pdb.set_trace
    20→    PY_COLORS=1
    21→pass_env =
    22→    PYTHONPATH
    23→    CHARM_BUILD_DIR
    24→    MODEL_SETTINGS
    25→
    26→[testenv:format]
    27→description = Apply coding style standards to code
    28→deps =
    29→    ruff
    30→commands =
    31→    ruff format {[vars]all_path}
    32→    ruff check --fix {[vars]all_path}
    33→
    34→[testenv:lint]
    35→description = Check code against coding style standards, and static checks
    36→runner = uv-venv-lock-runner
    37→dependency_groups =
    38→    lint
    39→    unit
    40→    integration
    41→commands =
    42→    # if this charm owns a lib, uncomment "lib_path" variable
    43→    # and uncomment the following line
    44→    # codespell {[vars]lib_path}
    45→    codespell {tox_root}
    46→    ruff check {[vars]all_path}
    47→    ruff format --check --diff {[vars]all_path}
    48→    pyright {posargs}
    49→
    50→[testenv:unit]
    51→description = Run unit tests
    52→runner = uv-venv-lock-runner
    53→dependency_groups =
    54→    unit
    55→commands =
    56→    coverage run --source={[vars]src_path} -m pytest \
    57→        -v \
    58→        -s \
    59→        --tb native \
    60→        {[vars]tests_path}/unit \
    61→        {posargs}
    62→    coverage report
    63→
    64→[testenv:integration]
    65→description = Run integration tests
    66→runner = uv-venv-lock-runner
    67→dependency_groups =
    68→    integration
    69→pass_env =
    70→    # The integration tests don't pack the charm. If CHARM_PATH is set, the tests deploy the
    71→    # specified .charm file. Otherwise, the tests look for a .charm file in the project dir.
    72→    CHARM_PATH
    73→commands =
    74→    pytest \
    75→        -v \
    76→        -s \
    77→        --tb native \
    78→        --log-cli-level=INFO \
    79→        {[vars]tests_path}/integration \
    80→        {posargs}
    81→

<system-reminder>
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
</system-reminder>

/home/ubuntu/beszel-operator/.github/workflows/zizmor.yaml
/home/ubuntu/beszel-operator/.github/workflows/ci.yaml

     1→name: CI
     2→
     3→on:
     4→  pull_request:
     5→  push:
     6→    branches:
     7→      - main
     8→
     9→jobs:
    10→  lint:
    11→    name: Lint
    12→    runs-on: ubuntu-22.04
    13→    steps:
    14→      - name: Checkout
    15→        uses: actions/checkout@v6
    16→
    17→      - name: Install uv
    18→        uses: astral-sh/setup-uv@v7
    19→        with:
    20→          enable-cache: true
    21→
    22→      - name: Set up Python
    23→        uses: actions/setup-python@v6
    24→        with:
    25→          python-version: '3.10'
    26→
    27→      - name: Install dependencies
    28→        run: uv sync --all-groups
    29→
    30→      - name: Run ruff format check
    31→        run: uv run ruff format --check src/ tests/
    32→
    33→      - name: Run ruff check
    34→        run: uv run ruff check src/ tests/
    35→
    36→      - name: Run codespell
    37→        run: uv run codespell src/ tests/
    38→
    39→      - name: Run pyright
    40→        run: PYTHONPATH=lib:src uv run pyright src/ tests/
    41→
    42→  unit:
    43→    name: Unit Tests
    44→    runs-on: ubuntu-22.04
    45→    steps:
    46→      - name: Checkout
    47→        uses: actions/checkout@v6
    48→
    49→      - name: Install uv
    50→        uses: astral-sh/setup-uv@v7
    51→        with:
    52→          enable-cache: true
    53→
    54→      - name: Set up Python
    55→        uses: actions/setup-python@v6
    56→        with:
    57→          python-version: '3.10'
    58→
    59→      - name: Install dependencies
    60→        run: uv sync --all-groups
    61→
    62→      - name: Run unit tests
    63→        run: |
    64→          PYTHONPATH=src:lib uv run coverage run --source=src -m pytest tests/unit -v
    65→          uv run coverage report
    66→
    67→  integration:
    68→    name: Integration Tests
    69→    runs-on: ubuntu-22.04
    70→    steps:
    71→      - name: Checkout
    72→        uses: actions/checkout@v6
    73→
    74→      - name: Install charmcraft
    75→        run: sudo snap install charmcraft --classic
    76→
    77→      - name: Install uv
    78→        uses: astral-sh/setup-uv@v7
    79→        with:
    80→          enable-cache: true
    81→
    82→      - name: Set up Python
    83→        uses: actions/setup-python@v6
    84→        with:
    85→          python-version: '3.10'
    86→
    87→      - name: Set up Concierge
    88→        run: |
    89→          sudo snap install concierge --classic
    90→          sudo concierge prepare -p dev
    91→
    92→      - name: Build charm
    93→        run: charmcraft pack
    94→
    95→      - name: Install test dependencies
    96→        run: uv sync --group integration
    97→
    98→      - name: Run integration tests
    99→        run: uv run pytest tests/integration -v
   100→
   101→      - name: Dump logs on failure
   102→        if: failure()
   103→        run: |
   104→          juju status --format=yaml || true
   105→          juju debug-log --limit=500 || true
   106→

<system-reminder>
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
</system-reminder>

/home/ubuntu/beszel-operator/tests/integration/conftest.py

     1→# Copyright 2025 Ubuntu
     2→# See LICENSE file for licensing details.
     3→#
     4→# The integration tests use the Jubilant library. See https://documentation.ubuntu.com/jubilant/
     5→# To learn more about testing, see https://documentation.ubuntu.com/ops/latest/explanation/testing/
     6→
     7→import logging
     8→import os
     9→import pathlib
    10→import sys
    11→import time
    12→
    13→import jubilant  # type: ignore[import-untyped]
    14→import pytest
    15→
    16→logger = logging.getLogger(__name__)
    17→
    18→
    19→@pytest.fixture(scope="module")
    20→def juju(request: pytest.FixtureRequest):
    21→    """Create a temporary Juju model for running tests."""
    22→    with jubilant.temp_model() as juju:
    23→        yield juju
    24→
    25→        if request.session.testsfailed:
    26→            logger.info("Collecting Juju logs...")
    27→            time.sleep(0.5)  # Wait for Juju to process logs.
    28→            log = juju.debug_log(limit=1000)
    29→            print(log, end="", file=sys.stderr)
    30→
    31→
    32→@pytest.fixture(scope="session")
    33→def charm():
    34→    """Return the path of the charm under test."""
    35→    if "CHARM_PATH" in os.environ:
    36→        charm_path = pathlib.Path(os.environ["CHARM_PATH"])
    37→        if not charm_path.exists():
    38→            raise FileNotFoundError(f"Charm does not exist: {charm_path}")
    39→        return charm_path
    40→    # Modify below if you're building for multiple bases or architectures.
    41→    charm_paths = list(pathlib.Path(".").glob("*.charm"))
    42→    if not charm_paths:
    43→        raise FileNotFoundError("No .charm file in current directory")
    44→    if len(charm_paths) > 1:
    45→        path_list = ", ".join(str(path) for path in charm_paths)
    46→        raise ValueError(f"More than one .charm file in current directory: {path_list}")
    47→    return charm_paths[0]
    48→

<system-reminder>
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
</system-reminder>

Todos have been modified successfully. Ensure that you continue to use the todo list to track your progress. Please proceed with the current tasks if applicable

The file /home/ubuntu/beszel-operator/spread/deploy/basic/task.yaml has been updated. Here's the result of running `cat -n` on a snippet of the edited file:
     1→summary: Run Beszel integration tests
     2→
     3→environment:
     4→  MODEL: "$(HOST: uuidgen)"
     5→
     6→prepare: |
     7→  # Add a Juju model for testing
     8→  juju add-model "${MODEL}"
     9→
    10→  # Install uv for Python dependency management
    11→  snap install --classic astral-uv
    12→
    13→  # Install Python
    14→  apt-get update
    15→  apt-get install -y python3.10 python3.10-venv
    16→
    17→  # Set up uv and install test dependencies
    18→  cd "${PROJECT_PATH}"
    19→  uv sync --group integration
    20→
    21→execute: |
    22→  cd "${PROJECT_PATH}"
    23→
    24→  # Set CHARM_PATH to the packed charm artifact
    25→  export CHARM_PATH="${CRAFT_ARTIFACT}"
    26→
    27→  # Run integration tests using pytest with Jubilant
    28→  uv run pytest tests/integration -v --tb=short
    29→
    30→restore: |
    31→  # Clean up the Juju model
    32→  juju destroy-model --no-prompt --force --destroy-storage --no-wait --timeout=60s "${MODEL}" || true
    33→

Todos have been modified successfully. Ensure that you continue to use the todo list to track your progress. Please proceed with the current tasks if applicable

The file /home/ubuntu/beszel-operator/.github/workflows/ci.yaml has been updated. Here's the result of running `cat -n` on a snippet of the edited file:
    63→        run: |
    64→          PYTHONPATH=src:lib uv run coverage run --source=src -m pytest tests/unit -v
    65→          uv run coverage report
    66→
    67→  integration:
    68→    name: Integration Tests
    69→    runs-on: ubuntu-22.04
    70→    steps:
    71→      - name: Checkout
    72→        uses: actions/checkout@v6
    73→
    74→      - name: Install charmcraft
    75→        run: sudo snap install charmcraft --classic
    76→
    77→      - name: Run integration tests via spread
    78→        run: charmcraft test
    79→

Todos have been modified successfully. Ensure that you continue to use the todo list to track your progress. Please proceed with the current tasks if applicable

-rw-r--r-- 1 ubuntu ubuntu 5103685 Dec 24 22:29 beszel_amd64.charm

name:    astral-uv
summary: An extremely fast Python package installer and resolver, written in
  Rust.
publisher: Alex Lowe (lengau)
store-url: https://snapcraft.io/astral-uv
license:   unset
description: |
  - 🚀 A single tool to replace pip, pip-tools, pipx, poetry, pyenv,
  virtualenv, and more.
  - ⚡️ 10-100x faster than pip.
  - 🐍 Installs and manages Python versions.
  - 🛠️ Runs and installs Python applications.
  - ❇️ Runs scripts, with support for inline dependency metadata.
  - 🗂️ Provides comprehensive project management, with a universal lockfile.
  - 🔩 Includes a pip-compatible interface for a performance boost with a
  familiar CLI.
  - 🏢 Supports Cargo-style workspaces for scalable projects.
  - 💾 Disk-space efficient, with a global cache for dependency deduplication.
commands:
  - astral-uv.uv

The file /home/ubuntu/beszel-operator/spread/deploy/basic/task.yaml has been updated. Here's the result of running `cat -n` on a snippet of the edited file:
     2→
     3→environment:
     4→  MODEL: "$(HOST: uuidgen)"
     5→
     6→prepare: |
     7→  # Add a Juju model for testing
     8→  juju add-model "${MODEL}"
     9→
    10→  # Install uv for Python dependency management
    11→  curl -LsSf https://astral.sh/uv/install.sh | sh
    12→  export PATH="$HOME/.local/bin:$PATH"
    13→
    14→  # Install Python (if not already available)
    15→  apt-get update
    16→  apt-get install -y python3 python3-venv
    17→
    18→  # Set up uv and install test dependencies
    19→  cd "${PROJECT_PATH}"
    20→  uv sync --group integration
    21→
    22→execute: |
    23→  cd "${PROJECT_PATH}"
    24→

The file /home/ubuntu/beszel-operator/spread/deploy/basic/task.yaml has been updated. Here's the result of running `cat -n` on a snippet of the edited file:
    18→  # Set up uv and install test dependencies
    19→  cd "${PROJECT_PATH}"
    20→  uv sync --group integration
    21→
    22→execute: |
    23→  cd "${PROJECT_PATH}"
    24→
    25→  # Ensure uv is in PATH
    26→  export PATH="$HOME/.local/bin:$PATH"
    27→
    28→  # Set CHARM_PATH to the packed charm artifact
    29→  export CHARM_PATH="${CRAFT_ARTIFACT}"
    30→
    31→  # Run integration tests using pytest with Jubilant
    32→  uv run pytest tests/integration -v --tb=short
    33→
    34→restore: |
    35→  # Clean up the Juju model
    36→  juju destroy-model --no-prompt --force --destroy-storage --no-wait --timeout=60s "${MODEL}" || true

Usage:
    charmcraft test [options] <test_expressions>

Summary:
    Run spread tests for the project.

Positional arguments:
    test_expressions:  Optional spread test expressions. If not provided,
                    all craft backend tests are run.

Options:
       -h, --help:  Show this help message and exit
    -v, --verbose:  Show debug information and be more verbose
      -q, --quiet:  Only show warnings and errors, not progress
      --verbosity:  Set the verbosity level to 'quiet', 'brief',
                    'verbose', 'debug' or 'trace'
    -V, --version:  Show the application version and exit
          --shell:  Shell into the environment in lieu of the step to
                    run.
    --shell-after:  Shell into the environment after the step has run.
          --debug:  Shell into the environment if the build fails.
       --platform:  Set platform to build for

See also:
    build
    clean
    pack
    prime
    pull
    remote-build

    charmcraft test [options] <test_expressions>

Summary:
    Run spread tests for the project.

Positional arguments:
    test_expressions:  Optional spread test expressions. If not provided,
                    all craft backend tests are run.

Options:
       -h, --help:  Show this help message and exit
    -v, --verbose:  Show debug information and be more verbose

 M .github/workflows/ci.yaml
?? spread.yaml
?? spread/

4 files changed, 275 insertions(+), 29 deletions(-)
 create mode 100644 spread.yaml
 create mode 100755 spread/.extension
 create mode 100644 spread/deploy/basic/task.yaml

Command running in background with ID: b409858. Output is being written to: /tmp/claude/-home-ubuntu-beszel-operator/tasks/b409858.output

[stderr] Starting charmcraft, version 4.0.1
Logging execution to '/home/ubuntu/.local/state/charmcraft/log/charmcraft-20251225-031511.073276.log'
[stderr] The test command is experimental and subject to change without warning.
[stderr] Packing platform 'amd64'
[stderr] Launching managed ubuntu 22.04 instance...
[stderr] Starting instance

[stderr] Starting charmcraft, version 4.0.1
Logging execution to '/home/ubuntu/.local/state/charmcraft/log/charmcraft-20251225-031511.073276.log'
[stderr] The test command is experimental and subject to change without warning.
[stderr] Packing platform 'amd64'
[stderr] Launching managed ubuntu 22.04 instance...
[stderr] Starting instance
[stderr] Starting charmcraft, version 4.0.1
Logging execution to '/tmp/charmcraft.log'

[stderr] Starting charmcraft, version 4.0.1
Logging execution to '/home/ubuntu/.local/state/charmcraft/log/charmcraft-20251225-031511.073276.log'
[stderr] The test command is experimental and subject to change without warning.
[stderr] Packing platform 'amd64'
[stderr] Launching managed ubuntu 22.04 instance...
[stderr] Starting instance
[stderr] Starting charmcraft, version 4.0.1
Logging execution to '/tmp/charmcraft.log'

The file /home/ubuntu/beszel-operator/.github/workflows/ci.yaml has been updated. Here's the result of running `cat -n` on a snippet of the edited file:
    63→        run: |
    64→          PYTHONPATH=src:lib uv run coverage run --source=src -m pytest tests/unit -v
    65→          uv run coverage report
    66→
    67→  integration:
    68→    name: Integration Tests
    69→    runs-on: ubuntu-22.04
    70→    steps:
    71→      - name: Checkout
    72→        uses: actions/checkout@v6
    73→
    74→      - name: Set up development environment with Concierge
    75→        run: |
    76→          sudo snap install concierge --classic
    77→          sudo concierge prepare -p dev
    78→
    79→      - name: Run integration tests via spread
    80→        run: charmcraft test
    81→

Todos have been modified successfully. Ensure that you continue to use the todo list to track your progress. Please proceed with the current tasks if applicable