@{
    # =====================================================================================
    #  USMT Dash configuration
    #
    #  Every environment-specific value lives in this file. To adopt the dashboard in your
    #  own environment, copy this file, fill in the SCCM section, and run the two services:
    #
    #      .\USMT-Worker.ps1          # data collector (keep running)
    #      .\USMT-Server.ps1          # web server + JSON API (keep running)
    #
    #  Pass -Demo to either script (or set Mode = 'Demo', or env USMT_MODE=Demo) to run
    #  against the built-in simulated fleet instead of real infrastructure.
    #  Pass -ConfigPath to point at a different config file.
    # =====================================================================================

    # 'Live' = query real infrastructure through the provider below.
    # 'Demo' = simulated fleet, read-only API, visitor changes stay in the browser.
    Mode     = 'Live'

    # Data source adapter used in Live mode. Loaded from .\Providers\<Provider>.ps1
    Provider = 'SCCM'

    Server = @{
        Port   = 8080
        # HttpListener prefix. '*' binds every interface (may need a URL ACL on Windows:
        #   netsh http add urlacl url=http://*:8080/ user=DOMAIN\svc-account)
        Prefix = 'http://*:{0}/'
    }

    Worker = @{
        # Seconds between cycles during business hours
        CycleSeconds       = 180

        # Outside business hours the worker sleeps until the next morning, with a
        # midnight "pitstop" that runs the daily software/advanced-info refresh.
        BusinessHours      = @{
            Enabled  = $true
            Start    = '07:30'
            End      = '17:30'
            Weekdays = @(1, 2, 3, 4, 5)   # 0 = Sunday ... 6 = Saturday
        }

        # Flush the local DNS client cache at the start of each cycle (Windows only)
        FlushDnsEachCycle  = $true

        # Devices whose admin share hangs; disk and log checks are skipped for these
        DiskSkipList       = @()

        # How long a cached software inventory is considered fresh
        SoftwareCacheHours = 24

        # A task-sequence log modified within this window counts as "active"
        ActiveLogHours     = 24

        # Completed pairs skip network checks in the sweep, so they're pinged this often to keep
        # "last online" / "days offline" current (every other device is pinged every cycle).
        # Cycles only run in business hours plus the midnight pitstop: 60 = hourly, plus midnight.
        PresenceSweepMinutes = 60
    }

    # -------------------------------------------------------------------------------------
    #  SCCM / ConfigMgr provider (.\Providers\SCCM.ps1)
    # -------------------------------------------------------------------------------------
    SCCM = @{
        SiteCode            = 'ABC'
        ProviderMachineName = 'sccm01.corp.example.com'   # SMS Provider for the CMSite PSDrive
        SqlServer           = 'sccm01.corp.example.com'   # Site database server
        Database            = 'CM_ABC'

        # Where the worker looks for USMT progress logs on each device (relative to the
        # admin share below). First folder containing a matching log wins.
        AdminShare          = 'C$'
        LogFolders          = @('Windows\CCM\Logs\SMSTSLog', 'Windows\CCM\Logs')
        ScanStateLog        = 'scanstateprogress'
        LoadStateLog        = 'loadstateprogress'

        # Many organizations extend hardware inventory with a custom class that holds
        # asset/location details (room, department, mount type, ...). Map that class here.
        # Set Enabled = $false if you don't have one - those fields will show "N/A".
        AssetInventory      = @{
            Enabled      = $true
            View         = 'v_GS_ASSET_INFO0'          # primary inventory view
            FallbackView = ''                          # optional older/secondary view, queried only if the primary has no row
            # Dashboard field  = column in the view
            Columns      = @{
                Updated     = 'Date_Updated0'
                Location    = 'Location0'
                Vanity      = 'VanityLocation0'
                Department  = 'Department0'
                Building    = 'Building0'
                Mount       = 'Mount_Type0'
                PrimaryUser = 'Primary_User0'
                PhoneExt    = 'Phone_Extension0'
                InfoBy      = 'Info_Entered_By0'
                Notes       = 'Notes0'
            }
            # Boolean (1/0) columns that describe what kind of space the device is in.
            # Any column set to 1 adds its label to the "Room Type" field.
            RoomTypes    = @(
                @{ Label = 'Conference Room'; Column = 'ConferenceRoom0' }
                @{ Label = 'Hoteling Desk';   Column = 'HotelingDesk0' }
                @{ Label = 'Training Room';   Column = 'TrainingRoom0' }
                @{ Label = 'Reception';       Column = 'Reception0' }
                @{ Label = 'Shared Space';    Column = 'SharedSpace0' }
            )
        }

        # Attached monitors (count + model names). Needs the WmiMonitorID class enabled in
        # hardware inventory (root\wmi). SCCM stores its string properties as comma-separated
        # character codes, which the provider decodes. Set Enabled = $false if not collected.
        Monitors            = @{
            Enabled            = $true
            View               = 'v_GS_WMIMONITORID'
            NameColumn         = 'UserFriendlyName0'
            ManufacturerColumn = 'ManufacturerName0'
            # Skip the built-in panel of laptops (instance names containing these)
            InternalPattern    = 'LGD|SDC|BOE|AUO|CMN|SHP'
        }
    }

    # -------------------------------------------------------------------------------------
    #  Demo provider (.\Providers\Demo.ps1) - simulated fleet used by the public demo
    # -------------------------------------------------------------------------------------
    Demo = @{
        DeviceCount       = 200     # tracked source devices seeded at startup
        CycleSeconds      = 45      # cooldown between cycles (business hours are ignored)
        DelayMsPerDevice  = 35      # artificial per-device latency so the progress bar moves
        LifecycleHours    = 24      # how long one simulated migration takes, start to finish
        PresenceSweepMinutes = 5    # ping every device this often (Live default is hourly)
        Verbose           = $true   # run the worker with -v style tracing
    }

    # Console output from both services is mirrored to Data\Logs\*.log as JSON lines so the
    # dashboard's terminal panel can stream it.
    Logging = @{
        Enabled  = $true
        MaxLines = 3000
    }
}