query-orchestration/internal/database/repository/models.go

// Code generated by sqlc. DO NOT EDIT.
// versions:
//   sqlc v1.27.0

package repository

import (
	"database/sql/driver"
	"fmt"

	"github.com/google/uuid"
	"github.com/jackc/pgx/v5/pgtype"
)

type BatchStatus string

const (
	BatchStatusProcessing BatchStatus = "processing"
	BatchStatusCompleted  BatchStatus = "completed"
	BatchStatusFailed     BatchStatus = "failed"
	BatchStatusCancelled  BatchStatus = "cancelled"
)

func (e *BatchStatus) Scan(src interface{}) error {
	switch s := src.(type) {
	case []byte:
		*e = BatchStatus(s)
	case string:
		*e = BatchStatus(s)
	default:
		return fmt.Errorf("unsupported scan type for BatchStatus: %T", src)
	}
	return nil
}

type NullBatchStatus struct {
	BatchStatus BatchStatus
	Valid       bool // Valid is true if BatchStatus is not NULL
}

// Scan implements the Scanner interface.
func (ns *NullBatchStatus) Scan(value interface{}) error {
	if value == nil {
		ns.BatchStatus, ns.Valid = "", false
		return nil
	}
	ns.Valid = true
	return ns.BatchStatus.Scan(value)
}

// Value implements the driver Valuer interface.
func (ns NullBatchStatus) Value() (driver.Value, error) {
	if !ns.Valid {
		return nil, nil
	}
	return string(ns.BatchStatus), nil
}

func (e BatchStatus) Valid() bool {
	switch e {
	case BatchStatusProcessing,
		BatchStatusCompleted,
		BatchStatusFailed,
		BatchStatusCancelled:
		return true
	}
	return false
}

type Cleanfailtype string

const (
	CleanfailtypeInvalidMimetype  Cleanfailtype = "invalid_mimetype"
	CleanfailtypeInvalidRead      Cleanfailtype = "invalid_read"
	CleanfailtypeInvalidReadPages Cleanfailtype = "invalid_read_pages"
	CleanfailtypeZeroPageCount    Cleanfailtype = "zero_page_count"
	CleanfailtypeLargeFile        Cleanfailtype = "large_file"
	CleanfailtypeSmallDimensions  Cleanfailtype = "small_dimensions"
	CleanfailtypeLargeDimensions  Cleanfailtype = "large_dimensions"
	CleanfailtypeSmallDpi         Cleanfailtype = "small_dpi"
	CleanfailtypeLargeDpi         Cleanfailtype = "large_dpi"
)

func (e *Cleanfailtype) Scan(src interface{}) error {
	switch s := src.(type) {
	case []byte:
		*e = Cleanfailtype(s)
	case string:
		*e = Cleanfailtype(s)
	default:
		return fmt.Errorf("unsupported scan type for Cleanfailtype: %T", src)
	}
	return nil
}

type NullCleanfailtype struct {
	Cleanfailtype Cleanfailtype
	Valid         bool // Valid is true if Cleanfailtype is not NULL
}

// Scan implements the Scanner interface.
func (ns *NullCleanfailtype) Scan(value interface{}) error {
	if value == nil {
		ns.Cleanfailtype, ns.Valid = "", false
		return nil
	}
	ns.Valid = true
	return ns.Cleanfailtype.Scan(value)
}

// Value implements the driver Valuer interface.
func (ns NullCleanfailtype) Value() (driver.Value, error) {
	if !ns.Valid {
		return nil, nil
	}
	return string(ns.Cleanfailtype), nil
}

func (e Cleanfailtype) Valid() bool {
	switch e {
	case CleanfailtypeInvalidMimetype,
		CleanfailtypeInvalidRead,
		CleanfailtypeInvalidReadPages,
		CleanfailtypeZeroPageCount,
		CleanfailtypeLargeFile,
		CleanfailtypeSmallDimensions,
		CleanfailtypeLargeDimensions,
		CleanfailtypeSmallDpi,
		CleanfailtypeLargeDpi:
		return true
	}
	return false
}

type Cleanmimetype string

const (
	CleanmimetypeApplicationPdf Cleanmimetype = "application/pdf"
)

func (e *Cleanmimetype) Scan(src interface{}) error {
	switch s := src.(type) {
	case []byte:
		*e = Cleanmimetype(s)
	case string:
		*e = Cleanmimetype(s)
	default:
		return fmt.Errorf("unsupported scan type for Cleanmimetype: %T", src)
	}
	return nil
}

type NullCleanmimetype struct {
	Cleanmimetype Cleanmimetype
	Valid         bool // Valid is true if Cleanmimetype is not NULL
}

// Scan implements the Scanner interface.
func (ns *NullCleanmimetype) Scan(value interface{}) error {
	if value == nil {
		ns.Cleanmimetype, ns.Valid = "", false
		return nil
	}
	ns.Valid = true
	return ns.Cleanmimetype.Scan(value)
}

// Value implements the driver Valuer interface.
func (ns NullCleanmimetype) Value() (driver.Value, error) {
	if !ns.Valid {
		return nil, nil
	}
	return string(ns.Cleanmimetype), nil
}

func (e Cleanmimetype) Valid() bool {
	switch e {
	case CleanmimetypeApplicationPdf:
		return true
	}
	return false
}

type Querytype string

const (
	QuerytypeContextFull   Querytype = "context_full"
	QuerytypeJsonExtractor Querytype = "json_extractor"
)

func (e *Querytype) Scan(src interface{}) error {
	switch s := src.(type) {
	case []byte:
		*e = Querytype(s)
	case string:
		*e = Querytype(s)
	default:
		return fmt.Errorf("unsupported scan type for Querytype: %T", src)
	}
	return nil
}

type NullQuerytype struct {
	Querytype Querytype
	Valid     bool // Valid is true if Querytype is not NULL
}

// Scan implements the Scanner interface.
func (ns *NullQuerytype) Scan(value interface{}) error {
	if value == nil {
		ns.Querytype, ns.Valid = "", false
		return nil
	}
	ns.Valid = true
	return ns.Querytype.Scan(value)
}

// Value implements the driver Valuer interface.
func (ns NullQuerytype) Value() (driver.Value, error) {
	if !ns.Valid {
		return nil, nil
	}
	return string(ns.Querytype), nil
}

func (e Querytype) Valid() bool {
	switch e {
	case QuerytypeContextFull,
		QuerytypeJsonExtractor:
		return true
	}
	return false
}

type BatchUpload struct {
	ID                   uuid.UUID        `db:"id"`
	ClientID             string           `db:"client_id"`
	OriginalFilename     string           `db:"original_filename"`
	TotalDocuments       int32            `db:"total_documents"`
	ProcessedDocuments   int32            `db:"processed_documents"`
	FailedDocuments      int32            `db:"failed_documents"`
	InvalidTypeDocuments int32            `db:"invalid_type_documents"`
	Status               BatchStatus      `db:"status"`
	ProgressPercent      int32            `db:"progress_percent"`
	FailedFilenames      []byte           `db:"failed_filenames"`
	CreatedAt            pgtype.Timestamp `db:"created_at"`
	CompletedAt          pgtype.Timestamp `db:"completed_at"`
	ArchiveBucket        *string          `db:"archive_bucket"`
	ArchiveKey           *string          `db:"archive_key"`
	FileSizeBytes        *int64           `db:"file_size_bytes"`
}

type Client struct {
	Clientid string `db:"clientid"`
	Name     string `db:"name"`
}

type Clientcansync struct {
	Syncid   uuid.UUID `db:"syncid"`
	Clientid string    `db:"clientid"`
	Cansync  bool      `db:"cansync"`
}

type Collectoractiveversion struct {
	ID        uuid.UUID `db:"id"`
	Clientid  string    `db:"clientid"`
	Versionid int32     `db:"versionid"`
}

type Collectorcurrentactiveversion struct {
	Clientid      string `db:"clientid"`
	Activeversion int32  `db:"activeversion"`
}

type Collectorlatestversion struct {
	Clientid      string `db:"clientid"`
	Latestversion int32  `db:"latestversion"`
}

type Collectormincleanversion struct {
	ID             uuid.UUID `db:"id"`
	Clientid       string    `db:"clientid"`
	Versionid      int64     `db:"versionid"`
	Addedversion   int32     `db:"addedversion"`
	Removedversion *int32    `db:"removedversion"`
}

type Collectormintextversion struct {
	ID             uuid.UUID `db:"id"`
	Clientid       string    `db:"clientid"`
	Versionid      int64     `db:"versionid"`
	Addedversion   int32     `db:"addedversion"`
	Removedversion *int32    `db:"removedversion"`
}

type Collectorquery struct {
	ID             uuid.UUID `db:"id"`
	Clientid       string    `db:"clientid"`
	Name           string    `db:"name"`
	Queryid        uuid.UUID `db:"queryid"`
	Addedversion   int32     `db:"addedversion"`
	Removedversion *int32    `db:"removedversion"`
}

type Collectorquerydependencytree struct {
	Clientid     string      `db:"clientid"`
	Queryid      *uuid.UUID  `db:"queryid"`
	Querytype    Querytype   `db:"querytype"`
	Queryversion int32       `db:"queryversion"`
	Requiredids  []uuid.UUID `db:"requiredids"`
}

type Collectorversion struct {
	Clientid string           `db:"clientid"`
	ID       int32            `db:"id"`
	Addedat  pgtype.Timestamp `db:"addedat"`
}

type Currentcleanentry struct {
	ID         uuid.UUID         `db:"id"`
	Documentid uuid.UUID         `db:"documentid"`
	Bucket     *string           `db:"bucket"`
	Key        *string           `db:"key"`
	Version    int64             `db:"version"`
	Hash       *string           `db:"hash"`
	Mimetype   NullCleanmimetype `db:"mimetype"`
	Fail       NullCleanfailtype `db:"fail"`
	Clientid   string            `db:"clientid"`
}

type Currentclientcansync struct {
	Clientid string `db:"clientid"`
	Cansync  bool   `db:"cansync"`
}

type Currentcollectormincleanversion struct {
	Clientid        string `db:"clientid"`
	Mincleanversion int64  `db:"mincleanversion"`
}

type Currentcollectormintextversion struct {
	Clientid       string `db:"clientid"`
	Mintextversion int64  `db:"mintextversion"`
}

type Currentcollectorqueriesjsonagg struct {
	Clientid string `db:"clientid"`
	Fields   []byte `db:"fields"`
}

type Currentcollectorquery struct {
	Clientid string     `db:"clientid"`
	Name     *string    `db:"name"`
	Queryid  *uuid.UUID `db:"queryid"`
}

type Currentfieldextraction struct {
	ID                         uuid.UUID        `db:"id"`
	Documentid                 uuid.UUID        `db:"documentid"`
	Filename                   *string          `db:"filename"`
	Contracttitle              *string          `db:"contracttitle"`
	Aaretederivedamendmentnum  *int32           `db:"aaretederivedamendmentnum"`
	Clientname                 *string          `db:"clientname"`
	Payername                  *string          `db:"payername"`
	Payerstate                 *string          `db:"payerstate"`
	Providerstate              *string          `db:"providerstate"`
	Filenametin                *string          `db:"filenametin"`
	Provgrouptin               *string          `db:"provgrouptin"`
	Provgroupnpi               *string          `db:"provgroupnpi"`
	Provgroupnamefull          *string          `db:"provgroupnamefull"`
	Provothertin               *string          `db:"provothertin"`
	Provothernpi               *string          `db:"provothernpi"`
	Provothernamefull          *string          `db:"provothernamefull"`
	Aaretederivedeffectivedt   pgtype.Date      `db:"aaretederivedeffectivedt"`
	Aaretederivedterminationdt pgtype.Date      `db:"aaretederivedterminationdt"`
	Autorenewalind             *bool            `db:"autorenewalind"`
	Autorenewalterm            *string          `db:"autorenewalterm"`
	Version                    int64            `db:"version"`
	Createdby                  string           `db:"createdby"`
	Createdat                  pgtype.Timestamp `db:"createdat"`
}

type Currentfieldextractionswitharraycount struct {
	ID                         uuid.UUID        `db:"id"`
	Documentid                 uuid.UUID        `db:"documentid"`
	Filename                   *string          `db:"filename"`
	Contracttitle              *string          `db:"contracttitle"`
	Aaretederivedamendmentnum  *int32           `db:"aaretederivedamendmentnum"`
	Clientname                 *string          `db:"clientname"`
	Payername                  *string          `db:"payername"`
	Payerstate                 *string          `db:"payerstate"`
	Providerstate              *string          `db:"providerstate"`
	Filenametin                *string          `db:"filenametin"`
	Provgrouptin               *string          `db:"provgrouptin"`
	Provgroupnpi               *string          `db:"provgroupnpi"`
	Provgroupnamefull          *string          `db:"provgroupnamefull"`
	Provothertin               *string          `db:"provothertin"`
	Provothernpi               *string          `db:"provothernpi"`
	Provothernamefull          *string          `db:"provothernamefull"`
	Aaretederivedeffectivedt   pgtype.Date      `db:"aaretederivedeffectivedt"`
	Aaretederivedterminationdt pgtype.Date      `db:"aaretederivedterminationdt"`
	Autorenewalind             *bool            `db:"autorenewalind"`
	Autorenewalterm            *string          `db:"autorenewalterm"`
	Version                    int64            `db:"version"`
	Createdby                  string           `db:"createdby"`
	Createdat                  pgtype.Timestamp `db:"createdat"`
	Arraysize                  int64            `db:"arraysize"`
}

type Currenttextentry struct {
	ID                uuid.UUID `db:"id"`
	Documentid        uuid.UUID `db:"documentid"`
	Bucket            string    `db:"bucket"`
	Key               string    `db:"key"`
	Hash              string    `db:"hash"`
	Cleanid           uuid.UUID `db:"cleanid"`
	Extractionversion int64     `db:"extractionversion"`
}

type Document struct {
	ID       uuid.UUID  `db:"id"`
	Clientid string     `db:"clientid"`
	Hash     string     `db:"hash"`
	BatchID  *uuid.UUID `db:"batch_id"`
	Filename *string    `db:"filename"`
	Folderid *uuid.UUID `db:"folderid"`
	// Original path provided during upload. IMMUTABLE after creation - never modify this value.
	Originalpath  *string `db:"originalpath"`
	FileSizeBytes *int64  `db:"file_size_bytes"`
}

type Documentclean struct {
	ID         uuid.UUID         `db:"id"`
	Documentid uuid.UUID         `db:"documentid"`
	Bucket     *string           `db:"bucket"`
	Key        *string           `db:"key"`
	Hash       *string           `db:"hash"`
	Mimetype   NullCleanmimetype `db:"mimetype"`
	Fail       NullCleanfailtype `db:"fail"`
}

type Documentcleanentry struct {
	ID      uuid.UUID `db:"id"`
	Cleanid uuid.UUID `db:"cleanid"`
	Version int64     `db:"version"`
}

type Documententry struct {
	ID         uuid.UUID `db:"id"`
	Documentid uuid.UUID `db:"documentid"`
	// S3 bucket name. IMMUTABLE after creation - never modify this value.
	Bucket string `db:"bucket"`
	// S3 object key. IMMUTABLE after creation - never modify this value.
	Key string `db:"key"`
}

type Documentfieldextraction struct {
	ID                         uuid.UUID        `db:"id"`
	Documentid                 uuid.UUID        `db:"documentid"`
	Filename                   *string          `db:"filename"`
	Contracttitle              *string          `db:"contracttitle"`
	Aaretederivedamendmentnum  *int32           `db:"aaretederivedamendmentnum"`
	Clientname                 *string          `db:"clientname"`
	Payername                  *string          `db:"payername"`
	Payerstate                 *string          `db:"payerstate"`
	Providerstate              *string          `db:"providerstate"`
	Filenametin                *string          `db:"filenametin"`
	Provgrouptin               *string          `db:"provgrouptin"`
	Provgroupnpi               *string          `db:"provgroupnpi"`
	Provgroupnamefull          *string          `db:"provgroupnamefull"`
	Provothertin               *string          `db:"provothertin"`
	Provothernpi               *string          `db:"provothernpi"`
	Provothernamefull          *string          `db:"provothernamefull"`
	Aaretederivedeffectivedt   pgtype.Date      `db:"aaretederivedeffectivedt"`
	Aaretederivedterminationdt pgtype.Date      `db:"aaretederivedterminationdt"`
	Autorenewalind             *bool            `db:"autorenewalind"`
	Autorenewalterm            *string          `db:"autorenewalterm"`
	Createdat                  pgtype.Timestamp `db:"createdat"`
	Createdby                  string           `db:"createdby"`
}

type Documentfieldextractionarrayfield struct {
	ID                                      uuid.UUID      `db:"id"`
	Fieldextractionid                       uuid.UUID      `db:"fieldextractionid"`
	Arrayindex                              int16          `db:"arrayindex"`
	Exhibittitle                            *string        `db:"exhibittitle"`
	Exhibitpage                             *string        `db:"exhibitpage"`
	Reimbprovtin                            *string        `db:"reimbprovtin"`
	Reimbprovnpi                            *string        `db:"reimbprovnpi"`
	Reimbprovname                           *string        `db:"reimbprovname"`
	Reimbeffectivedt                        pgtype.Date    `db:"reimbeffectivedt"`
	Reimbterminationdt                      pgtype.Date    `db:"reimbterminationdt"`
	Aaretederivedclaimtypecd                *string        `db:"aaretederivedclaimtypecd"`
	Aaretederivedproduct                    *string        `db:"aaretederivedproduct"`
	Aaretederivedlob                        *string        `db:"aaretederivedlob"`
	Aaretederivedprogram                    *string        `db:"aaretederivedprogram"`
	Aaretederivednetwork                    *string        `db:"aaretederivednetwork"`
	Aaretederivedprovtype                   *string        `db:"aaretederivedprovtype"`
	Provtaxonomycd                          *string        `db:"provtaxonomycd"`
	Provtaxonomycddesc                      *string        `db:"provtaxonomycddesc"`
	Provspecialtycd                         *string        `db:"provspecialtycd"`
	Provspecialtycddesc                     *string        `db:"provspecialtycddesc"`
	Placeofservicecd                        *string        `db:"placeofservicecd"`
	Placeofservicecddesc                    *string        `db:"placeofservicecddesc"`
	Billtypecd                              *string        `db:"billtypecd"`
	Billtypecddesc                          *string        `db:"billtypecddesc"`
	Patientagemin                           *string        `db:"patientagemin"`
	Patientagemax                           *string        `db:"patientagemax"`
	Reimbterm                               *string        `db:"reimbterm"`
	Lobprogramrelationship                  *string        `db:"lobprogramrelationship"`
	Lobproductrelationship                  *string        `db:"lobproductrelationship"`
	Carveoutind                             *bool          `db:"carveoutind"`
	Carveoutcd                              *string        `db:"carveoutcd"`
	Lesserofind                             *bool          `db:"lesserofind"`
	Greaterofind                            *bool          `db:"greaterofind"`
	Aaretederivedreimbmethod                *string        `db:"aaretederivedreimbmethod"`
	Unitofmeasure                           *string        `db:"unitofmeasure"`
	Reimbpctrate                            pgtype.Numeric `db:"reimbpctrate"`
	Reimbfeerate                            pgtype.Numeric `db:"reimbfeerate"`
	Reimbconversionfactor                   pgtype.Numeric `db:"reimbconversionfactor"`
	Triggercapthresholdamt                  pgtype.Numeric `db:"triggercapthresholdamt"`
	Triggerbasethreshold                    pgtype.Numeric `db:"triggerbasethreshold"`
	Defaultind                              *bool          `db:"defaultind"`
	Additiondesc                            *string        `db:"additiondesc"`
	Additionmaxfeerateinc                   pgtype.Numeric `db:"additionmaxfeerateinc"`
	Additionmaxpctrateinc                   pgtype.Numeric `db:"additionmaxpctrateinc"`
	Aaretederivedadditionratechangetimeline *string        `db:"aaretederivedadditionratechangetimeline"`
	Aaretederivedfeeschedule                *string        `db:"aaretederivedfeeschedule"`
	Aaretederivedfeescheduleversion         *string        `db:"aaretederivedfeescheduleversion"`
	Serviceterm                             *string        `db:"serviceterm"`
	Cpt4proccd                              *string        `db:"cpt4proccd"`
	Cpt4proccddesc                          *string        `db:"cpt4proccddesc"`
	Cpt4procmod                             *string        `db:"cpt4procmod"`
	Cpt4procmoddesc                         *string        `db:"cpt4procmoddesc"`
	Revenuecd                               *string        `db:"revenuecd"`
	Revenuecddesc                           *string        `db:"revenuecddesc"`
	Diagcd                                  *string        `db:"diagcd"`
	Diagcddesc                              *string        `db:"diagcddesc"`
	Ndccd                                   *string        `db:"ndccd"`
	Ndccddesc                               *string        `db:"ndccddesc"`
	Claimadmittypecd                        *string        `db:"claimadmittypecd"`
	Authadmittypedesc                       *string        `db:"authadmittypedesc"`
	Claimstatuscd                           *string        `db:"claimstatuscd"`
	Claimstatuscddesc                       *string        `db:"claimstatuscddesc"`
	Groupertype                             *string        `db:"groupertype"`
	Groupercd                               *string        `db:"groupercd"`
	Groupercddesc                           *string        `db:"groupercddesc"`
	Grouperpctrate                          pgtype.Numeric `db:"grouperpctrate"`
	Grouperbaserate                         pgtype.Numeric `db:"grouperbaserate"`
	Aaretederivedgrouperversion             *string        `db:"aaretederivedgrouperversion"`
	Grouperalternativelevelofcare           *string        `db:"grouperalternativelevelofcare"`
	Grouperseverityind                      *bool          `db:"grouperseverityind"`
	Grouperseverity                         *string        `db:"grouperseverity"`
	Grouperriskofmortalitysubclass          *string        `db:"grouperriskofmortalitysubclass"`
	Groupertransferind                      *bool          `db:"groupertransferind"`
	Grouperreadmissionsind                  *bool          `db:"grouperreadmissionsind"`
	Grouperhacind                           *bool          `db:"grouperhacind"`
	Outlierterm                             *string        `db:"outlierterm"`
	Outlierfirstdollarind                   *bool          `db:"outlierfirstdollarind"`
	Rangenbrdays                            *string        `db:"rangenbrdays"`
	Outlierfixedlossnbrdaysthreshold        pgtype.Numeric `db:"outlierfixedlossnbrdaysthreshold"`
	Outlierfixedlossthreshold               pgtype.Numeric `db:"outlierfixedlossthreshold"`
	Outliermaximum                          pgtype.Numeric `db:"outliermaximum"`
	Outliermaximumfrequency                 pgtype.Numeric `db:"outliermaximumfrequency"`
	Outlierpctrate                          pgtype.Numeric `db:"outlierpctrate"`
	Outlierexclusioncd                      *string        `db:"outlierexclusioncd"`
	Outlierexclusioncddesc                  *string        `db:"outlierexclusioncddesc"`
	Facilityadjustmentterm                  *string        `db:"facilityadjustmentterm"`
	Dshind                                  *bool          `db:"dshind"`
	Dshpctrate                              pgtype.Numeric `db:"dshpctrate"`
	Dshfeerate                              pgtype.Numeric `db:"dshfeerate"`
	Imeind                                  *bool          `db:"imeind"`
	Imepctrate                              pgtype.Numeric `db:"imepctrate"`
	Imefeerate                              pgtype.Numeric `db:"imefeerate"`
	Ntapind                                 *bool          `db:"ntapind"`
	Ntappctrate                             pgtype.Numeric `db:"ntappctrate"`
	Ntapfeerate                             pgtype.Numeric `db:"ntapfeerate"`
	Ucind                                   *bool          `db:"ucind"`
	Ucpctrate                               pgtype.Numeric `db:"ucpctrate"`
	Ucfeerate                               pgtype.Numeric `db:"ucfeerate"`
	Gmeind                                  *bool          `db:"gmeind"`
	Gmepctrate                              pgtype.Numeric `db:"gmepctrate"`
	Gmefeerate                              pgtype.Numeric `db:"gmefeerate"`
	Rateescalatorind                        *bool          `db:"rateescalatorind"`
	Rateescalatordesc                       *string        `db:"rateescalatordesc"`
	Rateescalatormaxrateincpct              pgtype.Numeric `db:"rateescalatormaxrateincpct"`
	Rateescalatorratechangetimeline         pgtype.Numeric `db:"rateescalatorratechangetimeline"`
	Stoplossterm                            *string        `db:"stoplossterm"`
	Stoplossfirstdollarind                  *bool          `db:"stoplossfirstdollarind"`
	Stoplossrangenbrdays                    pgtype.Numeric `db:"stoplossrangenbrdays"`
	Stoplossfixedlossthreshold              pgtype.Numeric `db:"stoplossfixedlossthreshold"`
	Stoplossmaximum                         pgtype.Numeric `db:"stoplossmaximum"`
	Stoplossmaximumfrequency                pgtype.Numeric `db:"stoplossmaximumfrequency"`
	Stoplossdailymaxrate                    pgtype.Numeric `db:"stoplossdailymaxrate"`
	Stoplosspctrateonexcesscharges          pgtype.Numeric `db:"stoplosspctrateonexcesscharges"`
	Stoplossexclusioncd                     *string        `db:"stoplossexclusioncd"`
	Stoplossexclusiondesc                   *string        `db:"stoplossexclusiondesc"`
}

type Documentfieldextractionversion struct {
	ID                uuid.UUID        `db:"id"`
	Fieldextractionid uuid.UUID        `db:"fieldextractionid"`
	Version           int64            `db:"version"`
	Createdby         string           `db:"createdby"`
	Createdat         pgtype.Timestamp `db:"createdat"`
	Documentid        uuid.UUID        `db:"documentid"`
}

type Documentlabel struct {
	ID         uuid.UUID        `db:"id"`
	Documentid uuid.UUID        `db:"documentid"`
	Label      string           `db:"label"`
	Appliedat  pgtype.Timestamp `db:"appliedat"`
	Appliedby  string           `db:"appliedby"`
}

type Documenttextextraction struct {
	ID        uuid.UUID        `db:"id"`
	Cleanid   uuid.UUID        `db:"cleanid"`
	Bucket    string           `db:"bucket"`
	Key       string           `db:"key"`
	Hash      string           `db:"hash"`
	Createdat pgtype.Timestamp `db:"createdat"`
	Part      uint16           `db:"part"`
}

type Documenttextextractionentry struct {
	ID      uuid.UUID `db:"id"`
	Textid  uuid.UUID `db:"textid"`
	Version int64     `db:"version"`
}

type Documentupload struct {
	ID        uuid.UUID        `db:"id"`
	Bucket    string           `db:"bucket"`
	Key       string           `db:"key"`
	Clientid  string           `db:"clientid"`
	Part      uint16           `db:"part"`
	Createdat pgtype.Timestamp `db:"createdat"`
	Filename  *string          `db:"filename"`
	BatchID   *uuid.UUID       `db:"batch_id"`
	FolderID  *uuid.UUID       `db:"folder_id"`
}

// Virtual folder hierarchy for document organization. Database-only - has no direct relationship to S3 storage locations.
type Folder struct {
	ID uuid.UUID `db:"id"`
	// Virtual folder path (e.g., "/contracts/2025"). Can be renamed without affecting S3 storage.
	Path      string           `db:"path"`
	Parentid  *uuid.UUID       `db:"parentid"`
	Clientid  string           `db:"clientid"`
	Createdat pgtype.Timestamp `db:"createdat"`
	Createdby string           `db:"createdby"`
}

type Fullactivecollector struct {
	Clientid        string `db:"clientid"`
	Mincleanversion int64  `db:"mincleanversion"`
	Mintextversion  int64  `db:"mintextversion"`
	Activeversion   int32  `db:"activeversion"`
	Latestversion   int32  `db:"latestversion"`
	Fields          []byte `db:"fields"`
}

type Fullactivequery struct {
	Queryid       uuid.UUID   `db:"queryid"`
	Querytype     Querytype   `db:"querytype"`
	Activeversion int32       `db:"activeversion"`
	Latestversion int32       `db:"latestversion"`
	Config        []byte      `db:"config"`
	Requiredids   []uuid.UUID `db:"requiredids"`
}

type Fullclient struct {
	Clientid string `db:"clientid"`
	Name     string `db:"name"`
	Cansync  bool   `db:"cansync"`
}

type Label struct {
	Label       string `db:"label"`
	Description string `db:"description"`
}

type Query struct {
	Queryid   uuid.UUID `db:"queryid"`
	Querytype Querytype `db:"querytype"`
}

type Queryactivedependency struct {
	ID              uuid.UUID  `db:"id"`
	Requiredqueryid *uuid.UUID `db:"requiredqueryid"`
}

type Queryactiveversion struct {
	Activeversionentryid uuid.UUID `db:"activeversionentryid"`
	Queryid              uuid.UUID `db:"queryid"`
	Versionid            int32     `db:"versionid"`
}

type Queryconfig struct {
	Configid       uuid.UUID `db:"configid"`
	Queryid        uuid.UUID `db:"queryid"`
	Config         []byte    `db:"config"`
	Addedversion   int32     `db:"addedversion"`
	Removedversion *int32    `db:"removedversion"`
}

type Querycurrentactiveversion struct {
	Queryid       uuid.UUID `db:"queryid"`
	Activeversion int32     `db:"activeversion"`
}

type Querycurrentconfig struct {
	Queryid uuid.UUID `db:"queryid"`
	Config  []byte    `db:"config"`
}

type Querycurrentrequiredid struct {
	Queryid         uuid.UUID  `db:"queryid"`
	Requiredqueryid *uuid.UUID `db:"requiredqueryid"`
}

type Querycurrentrequiredidsagg struct {
	Queryid     uuid.UUID   `db:"queryid"`
	Requiredids []uuid.UUID `db:"requiredids"`
}

type Querylatestversion struct {
	Queryid       uuid.UUID `db:"queryid"`
	Latestversion int32     `db:"latestversion"`
}

type Queryversion struct {
	Queryid   uuid.UUID        `db:"queryid"`
	Versionid int32            `db:"versionid"`
	Addedat   pgtype.Timestamp `db:"addedat"`
}

type Requiredquery struct {
	Requiredqueryentryid uuid.UUID `db:"requiredqueryentryid"`
	Queryid              uuid.UUID `db:"queryid"`
	Requiredqueryid      uuid.UUID `db:"requiredqueryid"`
	Addedversion         int32     `db:"addedversion"`
	Removedversion       *int32    `db:"removedversion"`
}

type Result struct {
	ID           uuid.UUID `db:"id"`
	Textentryid  uuid.UUID `db:"textentryid"`
	Queryid      uuid.UUID `db:"queryid"`
	Value        string    `db:"value"`
	Queryversion int32     `db:"queryversion"`
}

type Resultdependency struct {
	Resultid         uuid.UUID `db:"resultid"`
	Requiredresultid uuid.UUID `db:"requiredresultid"`
}