// Code generated - EDITING IS FUTILE. DO NOT EDIT.
//
// Generated by:
//     kinds/gen.go
// Using jennies:
//     GoResourceTypes
//
// Run 'make gen-cue' from repository root to regenerate.

// Code generated - EDITING IS FUTILE. DO NOT EDIT.

package dashboard

import (
	json "encoding/json"
	errors "errors"
	time "time"
)

type Spec struct {
	// Unique numeric identifier for the dashboard.
	// `id` is internal to a specific Grafana instance. `uid` should be used to identify a dashboard across Grafana instances.
	// TODO eliminate this null option
	Id *int64 `json:"id,omitempty"`
	// Unique dashboard identifier that can be generated by anyone. string (8-40)
	Uid *string `json:"uid,omitempty"`
	// Title of dashboard.
	Title *string `json:"title,omitempty"`
	// Description of dashboard.
	Description *string `json:"description,omitempty"`
	// This property should only be used in dashboards defined by plugins.  It is a quick check
	// to see if the version has changed since the last time.
	Revision *int64 `json:"revision,omitempty"`
	// ID of a dashboard imported from the https://grafana.com/grafana/dashboards/ portal
	GnetId *string `json:"gnetId,omitempty"`
	// Tags associated with dashboard.
	Tags []string `json:"tags,omitempty"`
	// Timezone of dashboard. Accepted values are IANA TZDB zone ID or "browser" or "utc".
	Timezone *string `json:"timezone,omitempty"`
	// Whether a dashboard is editable or not.
	Editable *bool `json:"editable,omitempty"`
	// Configuration of dashboard cursor sync behavior.
	// Accepted values are 0 (sync turned off), 1 (shared crosshair), 2 (shared crosshair and tooltip).
	GraphTooltip *DashboardCursorSync `json:"graphTooltip,omitempty"`
	// Time range for dashboard.
	// Accepted values are relative time strings like {from: 'now-6h', to: 'now'} or absolute time strings like {from: '2020-07-10T08:00:00.000Z', to: '2020-07-10T14:00:00.000Z'}.
	Time *DashboardSpecTime `json:"time,omitempty"`
	// Configuration of the time picker shown at the top of a dashboard.
	Timepicker *TimePickerConfig `json:"timepicker,omitempty"`
	// The month that the fiscal year starts on.  0 = January, 11 = December
	FiscalYearStartMonth *uint8 `json:"fiscalYearStartMonth,omitempty"`
	// When set to true, the dashboard will redraw panels at an interval matching the pixel width.
	// This will keep data "moving left" regardless of the query refresh rate. This setting helps
	// avoid dashboards presenting stale live data
	LiveNow *bool `json:"liveNow,omitempty"`
	// Day when the week starts. Expressed by the name of the day in lowercase, e.g. "monday".
	WeekStart *string `json:"weekStart,omitempty"`
	// Refresh rate of dashboard. Represented via interval string, e.g. "5s", "1m", "1h", "1d".
	Refresh *string `json:"refresh,omitempty"`
	// Version of the JSON schema, incremented each time a Grafana update brings
	// changes to said schema.
	SchemaVersion uint16 `json:"schemaVersion"`
	// Version of the dashboard, incremented each time the dashboard is updated.
	Version *uint32 `json:"version,omitempty"`
	// List of dashboard panels
	Panels []any `json:"panels,omitempty"`
	// Configured template variables
	Templating *DashboardSpecTemplating `json:"templating,omitempty"`
	// Contains the list of annotations that are associated with the dashboard.
	// Annotations are used to overlay event markers and overlay event tags on graphs.
	// Grafana comes with a native annotation store and the ability to add annotation events directly from the graph panel or via the HTTP API.
	// See https://grafana.com/docs/grafana/latest/dashboards/build-dashboards/annotate-visualizations/
	Annotations *AnnotationContainer `json:"annotations,omitempty"`
	// Links with references to other dashboards or external websites.
	Links []DashboardLink `json:"links,omitempty"`
	// Snapshot options. They are present only if the dashboard is a snapshot.
	Snapshot *Snapshot `json:"snapshot,omitempty"`
	// When set to true, the dashboard will load all panels in the dashboard when it's loaded.
	Preload *bool `json:"preload,omitempty"`
}

// NewSpec creates a new Spec object.
func NewSpec() *Spec {
	return &Spec{
		Timezone:             (func(input string) *string { return &input })("browser"),
		Editable:             (func(input bool) *bool { return &input })(true),
		GraphTooltip:         (func(input DashboardCursorSync) *DashboardCursorSync { return &input })(DashboardCursorSyncOff),
		FiscalYearStartMonth: (func(input uint8) *uint8 { return &input })(0),
		SchemaVersion:        41,
	}
}

// 0 for no shared crosshair or tooltip (default).
// 1 for shared crosshair.
// 2 for shared crosshair AND shared tooltip.
type DashboardCursorSync int64

const (
	DashboardCursorSyncOff       DashboardCursorSync = 0
	DashboardCursorSyncCrosshair DashboardCursorSync = 1
	DashboardCursorSyncTooltip   DashboardCursorSync = 2
)

// Time picker configuration
// It defines the default config for the time picker and the refresh picker for the specific dashboard.
type TimePickerConfig struct {
	// Whether timepicker is visible or not.
	Hidden *bool `json:"hidden,omitempty"`
	// Interval options available in the refresh picker dropdown.
	RefreshIntervals []string `json:"refresh_intervals,omitempty"`
	// Quick ranges for time picker.
	QuickRanges []TimeOption `json:"quick_ranges,omitempty"`
	// Override the now time by entering a time delay. Use this option to accommodate known delays in data aggregation to avoid null values.
	NowDelay *string `json:"nowDelay,omitempty"`
}

// NewTimePickerConfig creates a new TimePickerConfig object.
func NewTimePickerConfig() *TimePickerConfig {
	return &TimePickerConfig{
		Hidden:           (func(input bool) *bool { return &input })(false),
		RefreshIntervals: []string{"5s", "10s", "30s", "1m", "5m", "15m", "30m", "1h", "2h", "1d"},
	}
}

// Counterpart for TypeScript's TimeOption type.
type TimeOption struct {
	Display string `json:"display"`
	From    string `json:"from"`
	To      string `json:"to"`
}

// NewTimeOption creates a new TimeOption object.
func NewTimeOption() *TimeOption {
	return &TimeOption{}
}

// Dashboard panels are the basic visualization building blocks.
type Panel struct {
	// The panel plugin type id. This is used to find the plugin to display the panel.
	Type string `json:"type"`
	// Unique identifier of the panel. Generated by Grafana when creating a new panel. It must be unique within a dashboard, but not globally.
	Id *uint32 `json:"id,omitempty"`
	// The version of the plugin that is used for this panel. This is used to find the plugin to display the panel and to migrate old panel configs.
	PluginVersion *string `json:"pluginVersion,omitempty"`
	// Depends on the panel plugin. See the plugin documentation for details.
	Targets []Target `json:"targets,omitempty"`
	// Panel title.
	Title *string `json:"title,omitempty"`
	// Panel description.
	Description *string `json:"description,omitempty"`
	// Whether to display the panel without a background.
	Transparent *bool `json:"transparent,omitempty"`
	// The datasource used in all targets.
	Datasource *DataSourceRef `json:"datasource,omitempty"`
	// Grid position.
	GridPos *GridPos `json:"gridPos,omitempty"`
	// Panel links.
	Links []DashboardLink `json:"links,omitempty"`
	// Name of template variable to repeat for.
	Repeat *string `json:"repeat,omitempty"`
	// Direction to repeat in if 'repeat' is set.
	// `h` for horizontal, `v` for vertical.
	RepeatDirection *PanelRepeatDirection `json:"repeatDirection,omitempty"`
	// Option for repeated panels that controls max items per row
	// Only relevant for horizontally repeated panels
	MaxPerRow *float64 `json:"maxPerRow,omitempty"`
	// The maximum number of data points that the panel queries are retrieving.
	MaxDataPoints *float64 `json:"maxDataPoints,omitempty"`
	// List of transformations that are applied to the panel data before rendering.
	// When there are multiple transformations, Grafana applies them in the order they are listed.
	// Each transformation creates a result set that then passes on to the next transformation in the processing pipeline.
	Transformations []DataTransformerConfig `json:"transformations,omitempty"`
	// The min time interval setting defines a lower limit for the $__interval and $__interval_ms variables.
	// This value must be formatted as a number followed by a valid time
	// identifier like: "40s", "3d", etc.
	// See: https://grafana.com/docs/grafana/latest/panels-visualizations/query-transform-data/#query-options
	Interval *string `json:"interval,omitempty"`
	// Overrides the relative time range for individual panels,
	// which causes them to be different than what is selected in
	// the dashboard time picker in the top-right corner of the dashboard. You can use this to show metrics from different
	// time periods or days on the same dashboard.
	// The value is formatted as time operation like: `now-5m` (Last 5 minutes), `now/d` (the day so far),
	// `now-5d/d`(Last 5 days), `now/w` (This week so far), `now-2y/y` (Last 2 years).
	// Note: Panel time overrides have no effect when the dashboard’s time range is absolute.
	// See: https://grafana.com/docs/grafana/latest/panels-visualizations/query-transform-data/#query-options
	TimeFrom *string `json:"timeFrom,omitempty"`
	// Overrides the time range for individual panels by shifting its start and end relative to the time picker.
	// For example, you can shift the time range for the panel to be two hours earlier than the dashboard time picker setting `2h`.
	// Note: Panel time overrides have no effect when the dashboard’s time range is absolute.
	// See: https://grafana.com/docs/grafana/latest/panels-visualizations/query-transform-data/#query-options
	TimeShift *string `json:"timeShift,omitempty"`
	// Controls if the timeFrom or timeShift overrides are shown in the panel header
	HideTimeOverride *bool `json:"hideTimeOverride,omitempty"`
	// Dynamically load the panel
	LibraryPanel *LibraryPanelRef `json:"libraryPanel,omitempty"`
	// Sets panel queries cache timeout.
	CacheTimeout *string `json:"cacheTimeout,omitempty"`
	// Overrides the data source configured time-to-live for a query cache item in milliseconds
	QueryCachingTTL *float64 `json:"queryCachingTTL,omitempty"`
	// It depends on the panel plugin. They are specified by the Options field in panel plugin schemas.
	Options map[string]any `json:"options,omitempty"`
	// Field options allow you to change how the data is displayed in your visualizations.
	FieldConfig *FieldConfigSource `json:"fieldConfig,omitempty"`
}

// NewPanel creates a new Panel object.
func NewPanel() *Panel {
	return &Panel{
		Transparent: (func(input bool) *bool { return &input })(false),
	}
}

// Schema for panel targets is specified by datasource
// plugins. We use a placeholder definition, which the Go
// schema loader either left open/as-is with the Base
// variant of the Dashboard and Panel families, or filled
// with types derived from plugins in the Instance variant.
// When working directly from CUE, importers can extend this
// type directly to achieve the same effect.
type Target map[string]any

// Ref to a DataSource instance
type DataSourceRef struct {
	// The plugin type-id
	Type *string `json:"type,omitempty"`
	// Specific datasource instance
	Uid *string `json:"uid,omitempty"`
}

// NewDataSourceRef creates a new DataSourceRef object.
func NewDataSourceRef() *DataSourceRef {
	return &DataSourceRef{}
}

// Position and dimensions of a panel in the grid
type GridPos struct {
	// Panel height. The height is the number of rows from the top edge of the panel.
	H uint32 `json:"h"`
	// Panel width. The width is the number of columns from the left edge of the panel.
	W uint32 `json:"w"`
	// Panel x. The x coordinate is the number of columns from the left edge of the grid
	X uint32 `json:"x"`
	// Panel y. The y coordinate is the number of rows from the top edge of the grid
	Y uint32 `json:"y"`
	// Whether the panel is fixed within the grid. If true, the panel will not be affected by other panels' interactions
	Static *bool `json:"static,omitempty"`
}

// NewGridPos creates a new GridPos object.
func NewGridPos() *GridPos {
	return &GridPos{
		H: 9,
		W: 12,
		X: 0,
		Y: 0,
	}
}

// Links with references to other dashboards or external resources
type DashboardLink struct {
	// Title to display with the link
	Title string `json:"title"`
	// Link type. Accepted values are dashboards (to refer to another dashboard) and link (to refer to an external resource)
	Type DashboardLinkType `json:"type"`
	// Icon name to be displayed with the link
	Icon string `json:"icon"`
	// Tooltip to display when the user hovers their mouse over it
	Tooltip string `json:"tooltip"`
	// Link URL. Only required/valid if the type is link
	Url *string `json:"url,omitempty"`
	// List of tags to limit the linked dashboards. If empty, all dashboards will be displayed. Only valid if the type is dashboards
	Tags []string `json:"tags"`
	// If true, all dashboards links will be displayed in a dropdown. If false, all dashboards links will be displayed side by side. Only valid if the type is dashboards
	AsDropdown bool `json:"asDropdown"`
	// If true, the link will be opened in a new tab
	TargetBlank bool `json:"targetBlank"`
	// If true, includes current template variables values in the link as query params
	IncludeVars bool `json:"includeVars"`
	// If true, includes current time range in the link as query params
	KeepTime bool `json:"keepTime"`
}

// NewDashboardLink creates a new DashboardLink object.
func NewDashboardLink() *DashboardLink {
	return &DashboardLink{
		Tags:        []string{},
		AsDropdown:  false,
		TargetBlank: false,
		IncludeVars: false,
		KeepTime:    false,
	}
}

// Dashboard Link type. Accepted values are dashboards (to refer to another dashboard) and link (to refer to an external resource)
type DashboardLinkType string

const (
	DashboardLinkTypeLink       DashboardLinkType = "link"
	DashboardLinkTypeDashboards DashboardLinkType = "dashboards"
)

// Transformations allow to manipulate data returned by a query before the system applies a visualization.
// Using transformations you can: rename fields, join time series data, perform mathematical operations across queries,
// use the output of one transformation as the input to another transformation, etc.
type DataTransformerConfig struct {
	// Unique identifier of transformer
	Id string `json:"id"`
	// Disabled transformations are skipped
	Disabled *bool `json:"disabled,omitempty"`
	// Optional frame matcher. When missing it will be applied to all results
	Filter *MatcherConfig `json:"filter,omitempty"`
	// Where to pull DataFrames from as input to transformation
	// replaced with common.DataTopic
	Topic *DataTransformerConfigTopic `json:"topic,omitempty"`
	// Options to be passed to the transformer
	// Valid options depend on the transformer id
	Options any `json:"options"`
}

// NewDataTransformerConfig creates a new DataTransformerConfig object.
func NewDataTransformerConfig() *DataTransformerConfig {
	return &DataTransformerConfig{}
}

// Matcher is a predicate configuration. Based on the config a set of field(s) or values is filtered in order to apply override / transformation.
// It comes with in id ( to resolve implementation from registry) and a configuration that’s specific to a particular matcher type.
type MatcherConfig struct {
	// The matcher id. This is used to find the matcher implementation from registry.
	Id string `json:"id"`
	// The matcher options. This is specific to the matcher implementation.
	Options any `json:"options,omitempty"`
}

// NewMatcherConfig creates a new MatcherConfig object.
func NewMatcherConfig() *MatcherConfig {
	return &MatcherConfig{
		Id: "",
	}
}

// A library panel is a reusable panel that you can use in any dashboard.
// When you make a change to a library panel, that change propagates to all instances of where the panel is used.
// Library panels streamline reuse of panels across multiple dashboards.
type LibraryPanelRef struct {
	// Library panel name
	Name string `json:"name"`
	// Library panel uid
	Uid string `json:"uid"`
}

// NewLibraryPanelRef creates a new LibraryPanelRef object.
func NewLibraryPanelRef() *LibraryPanelRef {
	return &LibraryPanelRef{}
}

// The data model used in Grafana, namely the data frame, is a columnar-oriented table structure that unifies both time series and table query results.
// Each column within this structure is called a field. A field can represent a single time series or table column.
// Field options allow you to change how the data is displayed in your visualizations.
type FieldConfigSource struct {
	// Defaults are the options applied to all fields.
	Defaults FieldConfig `json:"defaults"`
	// Overrides are the options applied to specific fields overriding the defaults.
	Overrides []DashboardFieldConfigSourceOverrides `json:"overrides"`
}

// NewFieldConfigSource creates a new FieldConfigSource object.
func NewFieldConfigSource() *FieldConfigSource {
	return &FieldConfigSource{
		Defaults:  *NewFieldConfig(),
		Overrides: []DashboardFieldConfigSourceOverrides{},
	}
}

// The data model used in Grafana, namely the data frame, is a columnar-oriented table structure that unifies both time series and table query results.
// Each column within this structure is called a field. A field can represent a single time series or table column.
// Field options allow you to change how the data is displayed in your visualizations.
type FieldConfig struct {
	// The display value for this field.  This supports template variables blank is auto
	DisplayName *string `json:"displayName,omitempty"`
	// This can be used by data sources that return and explicit naming structure for values and labels
	// When this property is configured, this value is used rather than the default naming strategy.
	DisplayNameFromDS *string `json:"displayNameFromDS,omitempty"`
	// Human readable field metadata
	Description *string `json:"description,omitempty"`
	// An explicit path to the field in the datasource.  When the frame meta includes a path,
	// This will default to `${frame.meta.path}/${field.name}
	//
	// When defined, this value can be used as an identifier within the datasource scope, and
	// may be used to update the results
	Path *string `json:"path,omitempty"`
	// True if data source can write a value to the path. Auth/authz are supported separately
	Writeable *bool `json:"writeable,omitempty"`
	// True if data source field supports ad-hoc filters
	Filterable *bool `json:"filterable,omitempty"`
	// Unit a field should use. The unit you select is applied to all fields except time.
	// You can use the units ID availables in Grafana or a custom unit.
	// Available units in Grafana: https://github.com/grafana/grafana/blob/main/packages/grafana-data/src/valueFormats/categories.ts
	// As custom unit, you can use the following formats:
	// `suffix:<suffix>` for custom unit that should go after value.
	// `prefix:<prefix>` for custom unit that should go before value.
	// `time:<format>` For custom date time formats type for example `time:YYYY-MM-DD`.
	// `si:<base scale><unit characters>` for custom SI units. For example: `si: mF`. This one is a bit more advanced as you can specify both a unit and the source data scale. So if your source data is represented as milli (thousands of) something prefix the unit with that SI scale character.
	// `count:<unit>` for a custom count unit.
	// `currency:<unit>` for custom a currency unit.
	Unit *string `json:"unit,omitempty"`
	// Specify the number of decimals Grafana includes in the rendered value.
	// If you leave this field blank, Grafana automatically truncates the number of decimals based on the value.
	// For example 1.1234 will display as 1.12 and 100.456 will display as 100.
	// To display all decimals, set the unit to `String`.
	Decimals *float64 `json:"decimals,omitempty"`
	// The minimum value used in percentage threshold calculations. Leave blank for auto calculation based on all series and fields.
	Min *float64 `json:"min,omitempty"`
	// The maximum value used in percentage threshold calculations. Leave blank for auto calculation based on all series and fields.
	Max *float64 `json:"max,omitempty"`
	// Convert input values into a display string
	Mappings []ValueMapping `json:"mappings,omitempty"`
	// Map numeric values to states
	Thresholds *ThresholdsConfig `json:"thresholds,omitempty"`
	// Panel color configuration
	Color *FieldColor `json:"color,omitempty"`
	// The behavior when clicking on a result
	Links []any `json:"links,omitempty"`
	// Alternative to empty string
	NoValue *string `json:"noValue,omitempty"`
	// custom is specified by the FieldConfig field
	// in panel plugin schemas.
	Custom map[string]any `json:"custom,omitempty"`
}

// NewFieldConfig creates a new FieldConfig object.
func NewFieldConfig() *FieldConfig {
	return &FieldConfig{}
}

// Allow to transform the visual representation of specific data values in a visualization, irrespective of their original units
type ValueMapping = ValueMapOrRangeMapOrRegexMapOrSpecialValueMap

// NewValueMapping creates a new ValueMapping object.
func NewValueMapping() *ValueMapping {
	return NewValueMapOrRangeMapOrRegexMapOrSpecialValueMap()
}

// Maps text values to a color or different display text and color.
// For example, you can configure a value mapping so that all instances of the value 10 appear as Perfection! rather than the number.
type ValueMap struct {
	Type MappingType `json:"type"`
	// Map with <value_to_match>: ValueMappingResult. For example: { "10": { text: "Perfection!", color: "green" } }
	Options map[string]ValueMappingResult `json:"options"`
}

// NewValueMap creates a new ValueMap object.
func NewValueMap() *ValueMap {
	return &ValueMap{
		Type:    MappingTypeValueToText,
		Options: map[string]ValueMappingResult{},
	}
}

// Supported value mapping types
// `value`: Maps text values to a color or different display text and color. For example, you can configure a value mapping so that all instances of the value 10 appear as Perfection! rather than the number.
// `range`: Maps numerical ranges to a display text and color. For example, if a value is within a certain range, you can configure a range value mapping to display Low or High rather than the number.
// `regex`: Maps regular expressions to replacement text and a color. For example, if a value is www.example.com, you can configure a regex value mapping so that Grafana displays www and truncates the domain.
// `special`: Maps special values like Null, NaN (not a number), and boolean values like true and false to a display text and color. See SpecialValueMatch to see the list of special values. For example, you can configure a special value mapping so that null values appear as N/A.
type MappingType string

const (
	MappingTypeValueToText  MappingType = "value"
	MappingTypeRangeToText  MappingType = "range"
	MappingTypeRegexToText  MappingType = "regex"
	MappingTypeSpecialValue MappingType = "special"
)

// Result used as replacement with text and color when the value matches
type ValueMappingResult struct {
	// Text to display when the value matches
	Text *string `json:"text,omitempty"`
	// Text to use when the value matches
	Color *string `json:"color,omitempty"`
	// Icon to display when the value matches. Only specific visualizations.
	Icon *string `json:"icon,omitempty"`
	// Position in the mapping array. Only used internally.
	Index *int32 `json:"index,omitempty"`
}

// NewValueMappingResult creates a new ValueMappingResult object.
func NewValueMappingResult() *ValueMappingResult {
	return &ValueMappingResult{}
}

// Maps numerical ranges to a display text and color.
// For example, if a value is within a certain range, you can configure a range value mapping to display Low or High rather than the number.
type RangeMap struct {
	Type MappingType `json:"type"`
	// Range to match against and the result to apply when the value is within the range
	Options DashboardRangeMapOptions `json:"options"`
}

// NewRangeMap creates a new RangeMap object.
func NewRangeMap() *RangeMap {
	return &RangeMap{
		Type:    MappingTypeRangeToText,
		Options: *NewDashboardRangeMapOptions(),
	}
}

// Maps regular expressions to replacement text and a color.
// For example, if a value is www.example.com, you can configure a regex value mapping so that Grafana displays www and truncates the domain.
type RegexMap struct {
	Type MappingType `json:"type"`
	// Regular expression to match against and the result to apply when the value matches the regex
	Options DashboardRegexMapOptions `json:"options"`
}

// NewRegexMap creates a new RegexMap object.
func NewRegexMap() *RegexMap {
	return &RegexMap{
		Type:    MappingTypeRegexToText,
		Options: *NewDashboardRegexMapOptions(),
	}
}

// Maps special values like Null, NaN (not a number), and boolean values like true and false to a display text and color.
// See SpecialValueMatch to see the list of special values.
// For example, you can configure a special value mapping so that null values appear as N/A.
type SpecialValueMap struct {
	Type    MappingType                     `json:"type"`
	Options DashboardSpecialValueMapOptions `json:"options"`
}

// NewSpecialValueMap creates a new SpecialValueMap object.
func NewSpecialValueMap() *SpecialValueMap {
	return &SpecialValueMap{
		Type:    MappingTypeSpecialValue,
		Options: *NewDashboardSpecialValueMapOptions(),
	}
}

// Special value types supported by the `SpecialValueMap`
type SpecialValueMatch string

const (
	SpecialValueMatchTrue       SpecialValueMatch = "true"
	SpecialValueMatchFalse      SpecialValueMatch = "false"
	SpecialValueMatchNull       SpecialValueMatch = "null"
	SpecialValueMatchNaN        SpecialValueMatch = "nan"
	SpecialValueMatchNullAndNan SpecialValueMatch = "null+nan"
	SpecialValueMatchEmpty      SpecialValueMatch = "empty"
)

// Thresholds configuration for the panel
type ThresholdsConfig struct {
	// Thresholds mode.
	Mode ThresholdsMode `json:"mode"`
	// Must be sorted by 'value', first value is always -Infinity
	Steps []Threshold `json:"steps"`
}

// NewThresholdsConfig creates a new ThresholdsConfig object.
func NewThresholdsConfig() *ThresholdsConfig {
	return &ThresholdsConfig{
		Steps: []Threshold{},
	}
}

// Thresholds can either be `absolute` (specific number) or `percentage` (relative to min or max, it will be values between 0 and 1).
type ThresholdsMode string

const (
	ThresholdsModeAbsolute   ThresholdsMode = "absolute"
	ThresholdsModePercentage ThresholdsMode = "percentage"
)

// User-defined value for a metric that triggers visual changes in a panel when this value is met or exceeded
// They are used to conditionally style and color visualizations based on query results , and can be applied to most visualizations.
type Threshold struct {
	// Value represents a specified metric for the threshold, which triggers a visual change in the dashboard when this value is met or exceeded.
	// Nulls currently appear here when serializing -Infinity to JSON.
	Value *float64 `json:"value"`
	// Color represents the color of the visual change that will occur in the dashboard when the threshold value is met or exceeded.
	Color string `json:"color"`
}

// NewThreshold creates a new Threshold object.
func NewThreshold() *Threshold {
	return &Threshold{}
}

// Map a field to a color.
type FieldColor struct {
	// The main color scheme mode.
	Mode FieldColorModeId `json:"mode"`
	// The fixed color value for fixed or shades color modes.
	FixedColor *string `json:"fixedColor,omitempty"`
	// Some visualizations need to know how to assign a series color from by value color schemes.
	SeriesBy *FieldColorSeriesByMode `json:"seriesBy,omitempty"`
}

// NewFieldColor creates a new FieldColor object.
func NewFieldColor() *FieldColor {
	return &FieldColor{}
}

// Color mode for a field. You can specify a single color, or select a continuous (gradient) color schemes, based on a value.
// Continuous color interpolates a color using the percentage of a value relative to min and max.
// Accepted values are:
// `thresholds`: From thresholds. Informs Grafana to take the color from the matching threshold
// `palette-classic`: Classic palette. Grafana will assign color by looking up a color in a palette by series index. Useful for Graphs and pie charts and other categorical data visualizations
// `palette-classic-by-name`: Classic palette (by name). Grafana will assign color by looking up a color in a palette by series name. Useful for Graphs and pie charts and other categorical data visualizations
// `continuous-GrYlRd`: ontinuous Green-Yellow-Red palette mode
// `continuous-RdYlGr`: Continuous Red-Yellow-Green palette mode
// `continuous-BlYlRd`: Continuous Blue-Yellow-Red palette mode
// `continuous-YlRd`: Continuous Yellow-Red palette mode
// `continuous-BlPu`: Continuous Blue-Purple palette mode
// `continuous-YlBl`: Continuous Yellow-Blue palette mode
// `continuous-blues`: Continuous Blue palette mode
// `continuous-reds`: Continuous Red palette mode
// `continuous-greens`: Continuous Green palette mode
// `continuous-purples`: Continuous Purple palette mode
// `shades`: Shades of a single color. Specify a single color, useful in an override rule.
// `fixed`: Fixed color mode. Specify a single color, useful in an override rule.
type FieldColorModeId string

const (
	FieldColorModeIdThresholds           FieldColorModeId = "thresholds"
	FieldColorModeIdPaletteClassic       FieldColorModeId = "palette-classic"
	FieldColorModeIdPaletteClassicByName FieldColorModeId = "palette-classic-by-name"
	FieldColorModeIdContinuousGrYlRd     FieldColorModeId = "continuous-GrYlRd"
	FieldColorModeIdContinuousRdYlGr     FieldColorModeId = "continuous-RdYlGr"
	FieldColorModeIdContinuousBlYlRd     FieldColorModeId = "continuous-BlYlRd"
	FieldColorModeIdContinuousYlRd       FieldColorModeId = "continuous-YlRd"
	FieldColorModeIdContinuousBlPu       FieldColorModeId = "continuous-BlPu"
	FieldColorModeIdContinuousYlBl       FieldColorModeId = "continuous-YlBl"
	FieldColorModeIdContinuousBlues      FieldColorModeId = "continuous-blues"
	FieldColorModeIdContinuousReds       FieldColorModeId = "continuous-reds"
	FieldColorModeIdContinuousGreens     FieldColorModeId = "continuous-greens"
	FieldColorModeIdContinuousPurples    FieldColorModeId = "continuous-purples"
	FieldColorModeIdFixed                FieldColorModeId = "fixed"
	FieldColorModeIdShades               FieldColorModeId = "shades"
)

// Defines how to assign a series color from "by value" color schemes. For example for an aggregated data points like a timeseries, the color can be assigned by the min, max or last value.
type FieldColorSeriesByMode string

const (
	FieldColorSeriesByModeMin  FieldColorSeriesByMode = "min"
	FieldColorSeriesByModeMax  FieldColorSeriesByMode = "max"
	FieldColorSeriesByModeLast FieldColorSeriesByMode = "last"
)

type DynamicConfigValue struct {
	Id    string `json:"id"`
	Value any    `json:"value,omitempty"`
}

// NewDynamicConfigValue creates a new DynamicConfigValue object.
func NewDynamicConfigValue() *DynamicConfigValue {
	return &DynamicConfigValue{
		Id: "",
	}
}

// Row panel
type RowPanel struct {
	// The panel type
	Type string `json:"type"`
	// Whether this row should be collapsed or not.
	Collapsed bool `json:"collapsed"`
	// Row title
	Title *string `json:"title,omitempty"`
	// Name of default datasource for the row
	Datasource *DataSourceRef `json:"datasource,omitempty"`
	// Row grid position
	GridPos *GridPos `json:"gridPos,omitempty"`
	// Unique identifier of the panel. Generated by Grafana when creating a new panel. It must be unique within a dashboard, but not globally.
	Id uint32 `json:"id"`
	// List of panels in the row
	Panels []Panel `json:"panels"`
	// Name of template variable to repeat for.
	Repeat *string `json:"repeat,omitempty"`
}

// NewRowPanel creates a new RowPanel object.
func NewRowPanel() *RowPanel {
	return &RowPanel{
		Type:      "row",
		Collapsed: false,
		Panels:    []Panel{},
	}
}

// A variable is a placeholder for a value. You can use variables in metric queries and in panel titles.
type VariableModel struct {
	// Type of variable
	Type VariableType `json:"type"`
	// Name of variable
	Name string `json:"name"`
	// Optional display name
	Label *string `json:"label,omitempty"`
	// Visibility configuration for the variable
	Hide *VariableHide `json:"hide,omitempty"`
	// Whether the variable value should be managed by URL query params or not
	SkipUrlSync *bool `json:"skipUrlSync,omitempty"`
	// Description of variable. It can be defined but `null`.
	Description *string `json:"description,omitempty"`
	// Query used to fetch values for a variable
	Query *StringOrMap `json:"query,omitempty"`
	// Data source used to fetch values for a variable. It can be defined but `null`.
	Datasource *DataSourceRef `json:"datasource,omitempty"`
	// Shows current selected variable text/value on the dashboard
	Current *VariableOption `json:"current,omitempty"`
	// Whether multiple values can be selected or not from variable value list
	Multi *bool `json:"multi,omitempty"`
	// Allow custom values to be entered in the variable
	AllowCustomValue *bool `json:"allowCustomValue,omitempty"`
	// Options that can be selected for a variable.
	Options []VariableOption `json:"options,omitempty"`
	// Options to config when to refresh a variable
	Refresh *VariableRefresh `json:"refresh,omitempty"`
	// Options sort order
	Sort *VariableSort `json:"sort,omitempty"`
	// Whether all value option is available or not
	IncludeAll *bool `json:"includeAll,omitempty"`
	// Custom all value
	AllValue *string `json:"allValue,omitempty"`
	// Optional field, if you want to extract part of a series name or metric node segment.
	// Named capture groups can be used to separate the display text and value.
	Regex *string `json:"regex,omitempty"`
	// Additional static options for query variable
	StaticOptions []VariableOption `json:"staticOptions,omitempty"`
	// Ordering of static options in relation to options returned from data source for query variable
	StaticOptionsOrder *VariableModelStaticOptionsOrder `json:"staticOptionsOrder,omitempty"`
}

// NewVariableModel creates a new VariableModel object.
func NewVariableModel() *VariableModel {
	return &VariableModel{
		SkipUrlSync:      (func(input bool) *bool { return &input })(false),
		Multi:            (func(input bool) *bool { return &input })(false),
		AllowCustomValue: (func(input bool) *bool { return &input })(true),
		IncludeAll:       (func(input bool) *bool { return &input })(false),
	}
}

// Dashboard variable type
// `query`: Query-generated list of values such as metric names, server names, sensor IDs, data centers, and so on.
// `adhoc`: Key/value filters that are automatically added to all metric queries for a data source (Prometheus, Loki, InfluxDB, and Elasticsearch only).
// `constant`: 	Define a hidden constant.
// `datasource`: Quickly change the data source for an entire dashboard.
// `interval`: Interval variables represent time spans.
// `textbox`: Display a free text input field with an optional default value.
// `custom`: Define the variable options manually using a comma-separated list.
// `system`: Variables defined by Grafana. See: https://grafana.com/docs/grafana/latest/dashboards/variables/add-template-variables/#global-variables
type VariableType string

const (
	VariableTypeQuery      VariableType = "query"
	VariableTypeAdhoc      VariableType = "adhoc"
	VariableTypeGroupby    VariableType = "groupby"
	VariableTypeConstant   VariableType = "constant"
	VariableTypeDatasource VariableType = "datasource"
	VariableTypeInterval   VariableType = "interval"
	VariableTypeTextbox    VariableType = "textbox"
	VariableTypeCustom     VariableType = "custom"
	VariableTypeSystem     VariableType = "system"
	VariableTypeSnapshot   VariableType = "snapshot"
)

// Determine if the variable shows on dashboard
// Accepted values are 0 (show label and value), 1 (show value only), 2 (show nothing).
type VariableHide int64

const (
	VariableHideDontHide     VariableHide = 0
	VariableHideHideLabel    VariableHide = 1
	VariableHideHideVariable VariableHide = 2
)

// Option to be selected in a variable.
type VariableOption struct {
	// Whether the option is selected or not
	Selected *bool `json:"selected,omitempty"`
	// Text to be displayed for the option
	Text StringOrArrayOfString `json:"text"`
	// Value of the option
	Value StringOrArrayOfString `json:"value"`
}

// NewVariableOption creates a new VariableOption object.
func NewVariableOption() *VariableOption {
	return &VariableOption{
		Text:  *NewStringOrArrayOfString(),
		Value: *NewStringOrArrayOfString(),
	}
}

// Options to config when to refresh a variable
// `0`: Never refresh the variable
// `1`: Queries the data source every time the dashboard loads.
// `2`: Queries the data source when the dashboard time range changes.
type VariableRefresh int64

const (
	VariableRefreshNever              VariableRefresh = 0
	VariableRefreshOnDashboardLoad    VariableRefresh = 1
	VariableRefreshOnTimeRangeChanged VariableRefresh = 2
)

// Sort variable options
// Accepted values are:
// `0`: No sorting
// `1`: Alphabetical ASC
// `2`: Alphabetical DESC
// `3`: Numerical ASC
// `4`: Numerical DESC
// `5`: Alphabetical Case Insensitive ASC
// `6`: Alphabetical Case Insensitive DESC
// `7`: Natural ASC
// `8`: Natural DESC
type VariableSort int64

const (
	VariableSortDisabled                        VariableSort = 0
	VariableSortAlphabeticalAsc                 VariableSort = 1
	VariableSortAlphabeticalDesc                VariableSort = 2
	VariableSortNumericalAsc                    VariableSort = 3
	VariableSortNumericalDesc                   VariableSort = 4
	VariableSortAlphabeticalCaseInsensitiveAsc  VariableSort = 5
	VariableSortAlphabeticalCaseInsensitiveDesc VariableSort = 6
	VariableSortNaturalAsc                      VariableSort = 7
	VariableSortNaturalDesc                     VariableSort = 8
)

// Contains the list of annotations that are associated with the dashboard.
// Annotations are used to overlay event markers and overlay event tags on graphs.
// Grafana comes with a native annotation store and the ability to add annotation events directly from the graph panel or via the HTTP API.
// See https://grafana.com/docs/grafana/latest/dashboards/build-dashboards/annotate-visualizations/
type AnnotationContainer struct {
	// List of annotations
	List []AnnotationQuery `json:"list,omitempty"`
}

// NewAnnotationContainer creates a new AnnotationContainer object.
func NewAnnotationContainer() *AnnotationContainer {
	return &AnnotationContainer{}
}

// TODO docs
// FROM: AnnotationQuery in grafana-data/src/types/annotations.ts
type AnnotationQuery struct {
	// Name of annotation.
	Name string `json:"name"`
	// Datasource where the annotations data is
	Datasource DataSourceRef `json:"datasource"`
	// When enabled the annotation query is issued with every dashboard refresh
	Enable bool `json:"enable"`
	// Annotation queries can be toggled on or off at the top of the dashboard.
	// When hide is true, the toggle is not shown in the dashboard.
	Hide *bool `json:"hide,omitempty"`
	// Color to use for the annotation event markers
	IconColor string `json:"iconColor"`
	// Filters to apply when fetching annotations
	Filter *AnnotationPanelFilter `json:"filter,omitempty"`
	// TODO.. this should just be a normal query target
	Target *AnnotationTarget `json:"target,omitempty"`
	// TODO -- this should not exist here, it is based on the --grafana-- datasource
	Type *string `json:"type,omitempty"`
	// Set to 1 for the standard annotation query all dashboards have by default.
	BuiltIn *float64 `json:"builtIn,omitempty"`
}

// NewAnnotationQuery creates a new AnnotationQuery object.
func NewAnnotationQuery() *AnnotationQuery {
	return &AnnotationQuery{
		Datasource: *NewDataSourceRef(),
		Enable:     true,
		Hide:       (func(input bool) *bool { return &input })(false),
		BuiltIn:    (func(input float64) *float64 { return &input })(0),
	}
}

type AnnotationPanelFilter struct {
	// Should the specified panels be included or excluded
	Exclude *bool `json:"exclude,omitempty"`
	// Panel IDs that should be included or excluded
	Ids []uint8 `json:"ids"`
}

// NewAnnotationPanelFilter creates a new AnnotationPanelFilter object.
func NewAnnotationPanelFilter() *AnnotationPanelFilter {
	return &AnnotationPanelFilter{
		Exclude: (func(input bool) *bool { return &input })(false),
		Ids:     []uint8{},
	}
}

// TODO: this should be a regular DataQuery that depends on the selected dashboard
// these match the properties of the "grafana" datasouce that is default in most dashboards
type AnnotationTarget struct {
	// Only required/valid for the grafana datasource...
	// but code+tests is already depending on it so hard to change
	Limit int64 `json:"limit"`
	// Only required/valid for the grafana datasource...
	// but code+tests is already depending on it so hard to change
	MatchAny bool `json:"matchAny"`
	// Only required/valid for the grafana datasource...
	// but code+tests is already depending on it so hard to change
	Tags []string `json:"tags"`
	// Only required/valid for the grafana datasource...
	// but code+tests is already depending on it so hard to change
	Type string `json:"type"`
}

// NewAnnotationTarget creates a new AnnotationTarget object.
func NewAnnotationTarget() *AnnotationTarget {
	return &AnnotationTarget{
		Tags: []string{},
	}
}

// A dashboard snapshot shares an interactive dashboard publicly.
// It is a read-only version of a dashboard, and is not editable.
// It is possible to create a snapshot of a snapshot.
// Grafana strips away all sensitive information from the dashboard.
// Sensitive information stripped: queries (metric, template,annotation) and panel links.
type Snapshot struct {
	// Time when the snapshot was created
	Created time.Time `json:"created"`
	// Time when the snapshot expires, default is never to expire
	Expires string `json:"expires"`
	// Is the snapshot saved in an external grafana instance
	External bool `json:"external"`
	// external url, if snapshot was shared in external grafana instance
	ExternalUrl string `json:"externalUrl"`
	// original url, url of the dashboard that was snapshotted
	OriginalUrl string `json:"originalUrl"`
	// Unique identifier of the snapshot
	Id uint32 `json:"id"`
	// Optional, defined the unique key of the snapshot, required if external is true
	Key string `json:"key"`
	// Optional, name of the snapshot
	Name string `json:"name"`
	// org id of the snapshot
	OrgId uint32 `json:"orgId"`
	// last time when the snapshot was updated
	Updated time.Time `json:"updated"`
	// url of the snapshot, if snapshot was shared internally
	Url *string `json:"url,omitempty"`
	// user id of the snapshot creator
	UserId uint32 `json:"userId"`
}

// NewSnapshot creates a new Snapshot object.
func NewSnapshot() *Snapshot {
	return &Snapshot{}
}

type DashboardSpecTime struct {
	From string `json:"from"`
	To   string `json:"to"`
}

// NewDashboardSpecTime creates a new DashboardSpecTime object.
func NewDashboardSpecTime() *DashboardSpecTime {
	return &DashboardSpecTime{
		From: "now-6h",
		To:   "now",
	}
}

type DashboardSpecTemplating struct {
	// List of configured template variables with their saved values along with some other metadata
	List []VariableModel `json:"list,omitempty"`
}

// NewDashboardSpecTemplating creates a new DashboardSpecTemplating object.
func NewDashboardSpecTemplating() *DashboardSpecTemplating {
	return &DashboardSpecTemplating{}
}

type DashboardFieldConfigSourceOverrides struct {
	Matcher    MatcherConfig        `json:"matcher"`
	Properties []DynamicConfigValue `json:"properties"`
}

// NewDashboardFieldConfigSourceOverrides creates a new DashboardFieldConfigSourceOverrides object.
func NewDashboardFieldConfigSourceOverrides() *DashboardFieldConfigSourceOverrides {
	return &DashboardFieldConfigSourceOverrides{
		Matcher:    *NewMatcherConfig(),
		Properties: []DynamicConfigValue{},
	}
}

type DashboardRangeMapOptions struct {
	// Min value of the range. It can be null which means -Infinity
	From *float64 `json:"from"`
	// Max value of the range. It can be null which means +Infinity
	To *float64 `json:"to"`
	// Config to apply when the value is within the range
	Result ValueMappingResult `json:"result"`
}

// NewDashboardRangeMapOptions creates a new DashboardRangeMapOptions object.
func NewDashboardRangeMapOptions() *DashboardRangeMapOptions {
	return &DashboardRangeMapOptions{
		Result: *NewValueMappingResult(),
	}
}

type DashboardRegexMapOptions struct {
	// Regular expression to match against
	Pattern string `json:"pattern"`
	// Config to apply when the value matches the regex
	Result ValueMappingResult `json:"result"`
}

// NewDashboardRegexMapOptions creates a new DashboardRegexMapOptions object.
func NewDashboardRegexMapOptions() *DashboardRegexMapOptions {
	return &DashboardRegexMapOptions{
		Result: *NewValueMappingResult(),
	}
}

type DashboardSpecialValueMapOptions struct {
	// Special value to match against
	Match SpecialValueMatch `json:"match"`
	// Config to apply when the value matches the special value
	Result ValueMappingResult `json:"result"`
}

// NewDashboardSpecialValueMapOptions creates a new DashboardSpecialValueMapOptions object.
func NewDashboardSpecialValueMapOptions() *DashboardSpecialValueMapOptions {
	return &DashboardSpecialValueMapOptions{
		Result: *NewValueMappingResult(),
	}
}

type PanelRepeatDirection string

const (
	PanelRepeatDirectionH PanelRepeatDirection = "h"
	PanelRepeatDirectionV PanelRepeatDirection = "v"
)

type DataTransformerConfigTopic string

const (
	DataTransformerConfigTopicSeries      DataTransformerConfigTopic = "series"
	DataTransformerConfigTopicAnnotations DataTransformerConfigTopic = "annotations"
	DataTransformerConfigTopicAlertStates DataTransformerConfigTopic = "alertStates"
)

type VariableModelStaticOptionsOrder string

const (
	VariableModelStaticOptionsOrderBefore VariableModelStaticOptionsOrder = "before"
	VariableModelStaticOptionsOrderAfter  VariableModelStaticOptionsOrder = "after"
	VariableModelStaticOptionsOrderSorted VariableModelStaticOptionsOrder = "sorted"
)

type ValueMapOrRangeMapOrRegexMapOrSpecialValueMap struct {
	ValueMap        *ValueMap        `json:"ValueMap,omitempty"`
	RangeMap        *RangeMap        `json:"RangeMap,omitempty"`
	RegexMap        *RegexMap        `json:"RegexMap,omitempty"`
	SpecialValueMap *SpecialValueMap `json:"SpecialValueMap,omitempty"`
}

// NewValueMapOrRangeMapOrRegexMapOrSpecialValueMap creates a new ValueMapOrRangeMapOrRegexMapOrSpecialValueMap object.
func NewValueMapOrRangeMapOrRegexMapOrSpecialValueMap() *ValueMapOrRangeMapOrRegexMapOrSpecialValueMap {
	return &ValueMapOrRangeMapOrRegexMapOrSpecialValueMap{}
}

// MarshalJSON implements a custom JSON marshalling logic to encode `ValueMapOrRangeMapOrRegexMapOrSpecialValueMap` as JSON.
func (resource ValueMapOrRangeMapOrRegexMapOrSpecialValueMap) MarshalJSON() ([]byte, error) {
	if resource.ValueMap != nil {
		return json.Marshal(resource.ValueMap)
	}
	if resource.RangeMap != nil {
		return json.Marshal(resource.RangeMap)
	}
	if resource.RegexMap != nil {
		return json.Marshal(resource.RegexMap)
	}
	if resource.SpecialValueMap != nil {
		return json.Marshal(resource.SpecialValueMap)
	}

	return []byte("null"), nil
}

// UnmarshalJSON implements a custom JSON unmarshalling logic to decode `ValueMapOrRangeMapOrRegexMapOrSpecialValueMap` from JSON.
func (resource *ValueMapOrRangeMapOrRegexMapOrSpecialValueMap) UnmarshalJSON(raw []byte) error {
	if raw == nil {
		return nil
	}

	// FIXME: this is wasteful, we need to find a more efficient way to unmarshal this.
	parsedAsMap := make(map[string]any)
	if err := json.Unmarshal(raw, &parsedAsMap); err != nil {
		return err
	}

	discriminator, found := parsedAsMap["type"]
	if !found {
		return nil
	}

	switch discriminator {
	case "range":
		var rangeMap RangeMap
		if err := json.Unmarshal(raw, &rangeMap); err != nil {
			return err
		}

		resource.RangeMap = &rangeMap
		return nil
	case "regex":
		var regexMap RegexMap
		if err := json.Unmarshal(raw, &regexMap); err != nil {
			return err
		}

		resource.RegexMap = &regexMap
		return nil
	case "special":
		var specialValueMap SpecialValueMap
		if err := json.Unmarshal(raw, &specialValueMap); err != nil {
			return err
		}

		resource.SpecialValueMap = &specialValueMap
		return nil
	case "value":
		var valueMap ValueMap
		if err := json.Unmarshal(raw, &valueMap); err != nil {
			return err
		}

		resource.ValueMap = &valueMap
		return nil
	}

	return nil
}

type StringOrMap struct {
	String *string        `json:"String,omitempty"`
	Map    map[string]any `json:"Map,omitempty"`
}

// NewStringOrMap creates a new StringOrMap object.
func NewStringOrMap() *StringOrMap {
	return &StringOrMap{}
}

// MarshalJSON implements a custom JSON marshalling logic to encode `StringOrMap` as JSON.
func (resource StringOrMap) MarshalJSON() ([]byte, error) {
	if resource.String != nil {
		return json.Marshal(resource.String)
	}

	if resource.Map != nil {
		return json.Marshal(resource.Map)
	}

	return []byte("null"), nil
}

// UnmarshalJSON implements a custom JSON unmarshalling logic to decode `StringOrMap` from JSON.
func (resource *StringOrMap) UnmarshalJSON(raw []byte) error {
	if raw == nil {
		return nil
	}

	var errList []error

	// String
	var String string
	if err := json.Unmarshal(raw, &String); err != nil {
		errList = append(errList, err)
		resource.String = nil
	} else {
		resource.String = &String
		return nil
	}

	// Map
	var Map map[string]any
	if err := json.Unmarshal(raw, &Map); err != nil {
		errList = append(errList, err)
		resource.Map = nil
	} else {
		resource.Map = Map
		return nil
	}

	return errors.Join(errList...)
}

type StringOrArrayOfString struct {
	String        *string  `json:"String,omitempty"`
	ArrayOfString []string `json:"ArrayOfString,omitempty"`
}

// NewStringOrArrayOfString creates a new StringOrArrayOfString object.
func NewStringOrArrayOfString() *StringOrArrayOfString {
	return &StringOrArrayOfString{}
}

// MarshalJSON implements a custom JSON marshalling logic to encode `StringOrArrayOfString` as JSON.
func (resource StringOrArrayOfString) MarshalJSON() ([]byte, error) {
	if resource.String != nil {
		return json.Marshal(resource.String)
	}

	if resource.ArrayOfString != nil {
		return json.Marshal(resource.ArrayOfString)
	}

	return []byte("null"), nil
}

// UnmarshalJSON implements a custom JSON unmarshalling logic to decode `StringOrArrayOfString` from JSON.
func (resource *StringOrArrayOfString) UnmarshalJSON(raw []byte) error {
	if raw == nil {
		return nil
	}

	var errList []error

	// String
	var String string
	if err := json.Unmarshal(raw, &String); err != nil {
		errList = append(errList, err)
		resource.String = nil
	} else {
		resource.String = &String
		return nil
	}

	// ArrayOfString
	var ArrayOfString []string
	if err := json.Unmarshal(raw, &ArrayOfString); err != nil {
		errList = append(errList, err)
		resource.ArrayOfString = nil
	} else {
		resource.ArrayOfString = ArrayOfString
		return nil
	}

	return errors.Join(errList...)
}