GBDS 5 Relational Databases
Introduction
This manual describes all tables, schemas and information of the GBDS relational databases. GBDS uses a relational database to store metadata about people, transactions, notification groups, configuration overrides and exceptions.
The document is divided into four sections that describe:
The general tables ;
The Unresolved Latents (UL) tables ;
The Notification tables ;
The GBDS configuration tables .
General tables
The general tables are tables that store vital information for GBDS operation, such as exceptions, information about people, information about transactions and others. These tables are described below.
gbds.people
Error in the Federal Revenue peopletable is intended to store the indexes of all people stored in the GBDS database and is described as follows:
id
bigint
20
not null
Primary key; Private key of the relational database
pguid
varchar
255
not null
Personal UGUID stored in HBase
deleted
tinyint
1
null
Indicates if the candidate was deleted, so that they are not included when listing operations are performed
gbds.people_version
Error in the Federal Revenue people_versiontable is intended to store information about the latest changes in a person's record and is described as follows:
version
int
11
not null
Primary key; Version index (incremental from the first change)
person_id
bigint
20
not null
Reference to the persongbds.people.id
_timestamp
datetime
6
null
date and time timestamp for the current version of a person
deleted
tinyint
1
null
Indicates if the candidate was deleted to be executed when performing candidate listing operations
active
tinyint
1
null
Defines whether a version of a people is eligible for master record transactions
gbds.organization
The table organization is responsible for storing information about organizations registered in GBDS
id
bigint
20
not null
Primary key; Uniquely identifies the organization
parent_id
bigint
20
null
Identifies the responsible organization, key;
name
varchar
255
not null
Name of the organization
description
varchar
1000
not null
Description
gbds.transactions
Error in the Federal Revenue transactionstable is intended to store information about the biometric data quality analysis of a transaction.
id
bigint
20
not null
Primary key; Private key of the relational database
tguid
varchar
255
not null
Reference to the transactiontransactions.tguid
pguid
varchar
255
null
UGUID of the person stored in HBase
active
tinyint
1
not null
Defines whether a version of a person is eligible for Master Registry transactions
priority
enum
n/a
null
enum('GOD_PRIORITY','HIGHEST_PRIORITY','HIGHER_PRIORITY','HIGH_PRIORITY','DEFAULT_PRIORITY','LOW_PRIORITY','LOWER_PRIORITY','LOWEST_PRIORITY')
created
datetime
6
null
creation date and time timestamp of the transaction
updated
datetime
6
null
date and time timestamp of the last modification of the transaction
quality_status
enum
n/a
null
Quality analysis status (such as OK, PENDING, APPROVED, and others)
enroll_status
enum
n/a
null
Enrollment status (such as ENQUEUED, PROCESSING, FAILED, and others)
search_status
enum
n/a
null
enum('ENQUEUED','PREPARED','PROCESSING','MATCH','NOT_MATCH','UNCERTAIN','MISMATCH','FAILED','PENDING','PERSON_NOT_FOUND','NONE','UL_NOT_FOUND','REFUSED','RESENT_ENROLL')
extraction_time
int
11
null
Elapsed time for model extractions
extraction_quality_time
int
11
null
Elapsed time for quality extractions
match_time
int
11
null
Matching time elapsed for this transaction
post_match_time
int
11
null
Elapsed time after matching for this transaction
total_time
int
11
null
Total operation minus queue waiting time
transaction_type
enum
n/a
null
Type of transaction.
enum('ENROLL','UPDATE','VERIFY','IDENTIFY')
latent
tinyint
1
null
Flags whether the transaction is a latent search
ul
tinyint
1
null
Flags whether the transaction is a UL search
num_fingers
int
11
null
The number of fingerprints in the transaction
num_faces
int
11
null
The number of face images in the transaction (0 or 1)
finger_quality_extracted
tinyint
1
null
False if fingerprints can be extracted
face_quality_extracted
tinyint
1
null
False if the face can be extracted in the background. True if it has already been extracted.
ginger_extractor_type
enum
n/a
null
Type of ginger extractor used in the transaction. Enum: GRIAULE_FAST, GRIAULE_BASIC, GRIAULE_2020, GRIAULE_2024, GRIAULE_2018.
finger_global_quality
int
11
null
Fingerprint global quality score
global_quality
int
11
null
Profile global quality score
quality_extraction_api_id
varchar
255
null
API ID that will perform or performed the quality extraction
quality_extraction_msg
varchar
512
null
Message related to quality extraction
api_id
varchar
255
null
The ID of the API instance that received the transaction
gbds_version
varchar
255
null
Version of GBDS that processed the transaction
gbds.transaction_fields
Error in the Federal Revenue transaction_fieldstable aims to store information about quality information and link it to the non-biometric information of the fieldstable.
id
bigint
20
not null
Primary key; Private key of the relational database
fkey
varchar
255
null
Field key that describes the information contained (for example, whether it is a blood type, mother's name, date of birth, document, etc.) Reference tofields.fkey
type
varchar
255
null
Type of information (search or label) Reference tofields.type
fvalue
varchar
255
null
Actual value of the field (for example, the document number) Reference tofields.fvalue
transaction_id
bigint
20
not null
Transaction Id. Reference totransaction.id
gbds.transaction_fingerprint_quality
transaction_id
bigint
20
not null
idx
int
11
not null
image_quality
int
11
null
template_quality
int
11
null
minutiae_count
int
11
null
blank
varchar
100
null
contrast
varchar
100
null
fingerArea
varchar
100
null
fingerCenterX
varchar
100
null
fingerCenterY
varchar
100
null
fingerExtentX
varchar
100
null
fingerExtentY
varchar
100
null
hasjoint
varchar
100
null
__index
varchar
100
null
marginBiteEast
varchar
100
null
marginBiteNorth
varchar
100
null
marginBiteSouth
varchar
100
null
marginBiteWest
varchar
100
null
nfiq
varchar
100
null
orientation
varchar
100
null
sizeX
varchar
100
null
sizeY
varchar
100
null
gbds.transaction_face_quality
transaction_id
bigint
20
not null
idx
int
11
not null
image_quality
int
11
null
template_quality
int
11
null
autoBrightness
varchar
100
null
bgBelowPictureQuality
varchar
100
null
bgBlueStandardDeviation
varchar
100
null
bgDarknessQuality
varchar
100
null
bgGreenStandardDeviation
varchar
100
null
bgRedStandardDeviation
varchar
100
null
bgUniformityQuality
varchar
100
null
blurCompliance
varchar
100
null
busyBackground
varchar
100
null
busyBackgroundInCropped
varchar
100
null
cropContainmentError
varchar
100
null
eyesLookDown
varchar
100
null
eyesLookLeft
varchar
100
null
eyesLookRight
varchar
100
null
eyesLookUp
varchar
100
null
eyesObstruction
varchar
100
null
eyesTooClosed
varchar
100
null
eyesTooOpen
varchar
100
null
faceDown
varchar
100
null
faceLeft
varchar
100
null
faceObstruction
varchar
100
null
faceOrientationPitchCompliance
varchar
100
null
faceOrientationRollAngle
varchar
100
null
faceOrientationYawCompliance
varchar
100
null
faceRight
varchar
100
null
faceUp
varchar
100
null
glasses
varchar
100
null
grayscaleSpan
varchar
100
null
hat
varchar
100
null
heavyGlasses
varchar
100
null
icaoCompliance
varchar
100
null
leftEyeX
varchar
100
null
leftEyeY
varchar
100
null
mouthObstruction
varchar
100
null
mouthOpen
varchar
100
null
obstruction
varchar
100
null
openMouth
varchar
100
null
pictureHeight
varchar
100
null
pictureWidth
varchar
100
null
pixelated
varchar
100
null
redEye
varchar
100
null
result
varchar
100
null
rightEyeX
varchar
100
null
rightEyeY
varchar
100
null
saturated
varchar
100
null
saturationGrayscaleDistribGrade
varchar
100
null
saturationNumGrayTones
varchar
100
null
saturationOverExposure
varchar
100
null
shadows
varchar
100
null
skinColorCompliance
varchar
100
null
smile
varchar
100
null
smilingMouth
varchar
100
null
spoof
varchar
100
null
spoofGrade
varchar
100
null
tiltAngle
varchar
100
null
tooDark
varchar
100
null
unnaturalSkinColor
varchar
100
null
visibleTeeth
varchar
100
null
wrongFacePose
varchar
100
null
wrongShoulderPoseLeft
varchar
100
null
wrongShoulderPoseRight
varchar
100
null
gbds.fields
The table fields intended to store a person's non-biometric information, being linked to the transactiontables people_version. It is described as follows:
id
bigint
20
not null
Primary key; Private key of the relational database
fkey
varchar
255
null
Field key that describes the information contained (for example, whether it is a blood type, mother's name, date of birth, document, etc.)
field_type
varchar
255
null
Type of information (search or label)
fvalue
varchar
255
null
Actual value of the field (for example, the document number)
person_id
bigint
20
not null
Reference to the personperson.id
person_version
int
11
not null
Reference to the personpeople_version.version
gbds.exceptions
The table exceptionsintended to store information about any biometric exception and its handling. It is described as follows:
id
bigint
20
not null
Primary key; Private key of the relational database
aguid
varchar
255
not null
Stored exception HBase UGUID
comments
varchar
255
null
Any comments provided when handling the exception
_timestamp
datetime
6
null
date and time timestamp for the creation of the exception
exception_status
enum
n/a
not null
enum ('ANALYSIS', 'DIFFERENT_FINGERS', 'SAME_FINGERS', 'INCORRECT_ENROLL', 'RECOLLECT', 'MERGE_TRANSACTIONS', 'APPROVE', 'REJECT', 'ERROR', 'REFUSED')
target
enum
n/a
not null
enum('BIOMETRIC','BIOMETRIC_INCONCLUSIVE','BIOMETRIC_MISMATCH','BIOGRAPHIC');
Default: BIOMETRIC
priority
tinyint
1
not null
References exception priority, with default value 0
user
varchar
255
null
Identification of the user responsible for handling the exception
transaction_id_50
bigint
20
not null
Foreign key: Reference to the transactiontransactions.id
reference_person_id
bigint
20
not null
Foreign key: Reference to the reference personpeople.id
trusted_master_record
tinyint
1
null
Flag for use of transaction data in future analyses
reference_indexes
varchar
1000
null
exception_group_id
int
11
not null
ID of the exception group it belongs to
fusion_score
int
11
not null
Stores the score evaluated in the fusion
fusion_decision
enum
n/a
null
Stores the decision made by the fusion rules;
enum('HIT','NO_HIT','UNCERTAIN','UNCERTAIN_EXPERT','MISMATCH','ERROR')
gbds.exception_decision
The table exception_decisionintended to store information about decisions regarding an exception. It is described as follows:
candidate_id
bigint
20
not null
Identifies the exception candidate; Forms primary key with user
user
varchar
100
not null
User responsible for handling the exception
locked_timestamp
datetime
6
not null
Date the exception was allocated
decision_timestamp
datetime
6
not null
Date the decision was generated
decision
enum
n/a
not null
Decision made for the exception
enum('HIT','NO_HIT','UNCERTAIN','UNCERTAIN_EXPERT','ERROR')
gbds.exception_candidates
The table exception_candidatesintended to store information about candidates for a biometric exception. It is described as follows:
id
bigint
20
not null
Primary key; Private key of the relational database
exception_id
bigint
20
not null
Exception ID
reference_transaction_id
bigint
20
null
Reference transaction ID
query_index
int
11
not null
Index of the incoming biometric
reference_index
int
11
not null
Index of the reference biometric
query_quality
int
11
null
Quality of the incoming biometric
reference_quality
int
255
null
Quality of the reference biometric
score
int
20
null
Corresponding matching score
locked_user
varchar
20
null
User allocated to handle the exception
locked_timestamp
datetime
20
null
Date the exception was allocated
locked_timeout
datetime
11
null
Date the exception will be deallocated due to inactivity
decision
enum
n/a
null
enum(HIT, NO_HIT, UNCERTAIN, UNCERTAIN_EXPERT, ERROR)
minutiae
mediumblob
1
n/a
gbds.exception_group
The table exception_groupintended to store information about candidates for a biometric exception. It is described as follows:
id
bigint
20
not null
Primary key; Uniquely identifies the exception group
gguid
varchar
100
not null
UGUID of the exception group stored in HBase
tguid
varchar
100
not null
UGUID of the transaction stored in HBase
target
enum
n/a
not null
Type of exception to which the group refers.
enum('BIOMETRIC','BIOMETRIC_INCONCLUSIVE','BIOMETRIC_MISMATCH','BIOGRAPHIC')
decision
enum
n/a
null
Decision made for handling the exception
enum('APPROVE','REJECT','KEEP')
status
enum
n/a
not null
Status in which the exception handling process is
enum('ANALYSIS','PENDING','READY','PROCESSING','DONE','REFUSED','ERROR')
priority
tinyint
1
not null
References exception priority, with default value 0
created
datetime
6
not null
Group creation timestamp
updated
timestamp
n/a
not null
Creation timestamp
user
varchar
100
null
User who handled the group
message
varchar
4000
null
Message left after handling
comments
varchar
4000
null
Comments to be left in case of lights out
locked_user
varchar
100
null
User allocated to handle the group
locked_timestamp
datetime
6
null
Date the exception group was allocated
locked_timeout
datetime
6
null
Date the allocation will expire if not handled
decision_parameters
varchar
5000
null
Decision parameters used (id, values and labels)
new_tguid
varchar
100
null
refused_status
enum
n/a
null
enum('CREATED','REMOVED','READY_TO_RESEND','SENDING','SENT','ERROR')
refused_new_tguid
varchar
100
null
New TGUID generated in case of REFUSED
lights_out_criteria
varchar
5000
null
Indicates what was considered in Lights Out EX: {"matchedBiographics":["name","date of birth","parentage"]}
lights_out_status
enum
n/a
null
enum ('READY','ANALYSING','KEEP','AUTO_TREAT','ERROR')
gbds.exception_group_organizations
The exception_group_organizations table is intended to store information about organizations related to an exception group.
exception_group_id
bigint
20
not null
ID of the exception group;
Forms primary key with exception_id
exception_id
bigint
20
not null
ID of the exception to which the organization refers;
Forms primary key with exception_group_id;
organization
varchar
100
not null
Name of the organization
origin
enum
n/a
not null
References the type of origin of the organization within the exception
DEFAULT 'BOTH'
enum('ENTRANT','REFERENCE','BOTH')
gbds.exception_group_refused
The table exception_group_refused intended to store information about refused exception groups and the groups responsible for the refusal.
exception_group_id
bigint
20
not nuIl
ID of the reference exception group
refused_exception_group_id
bigint
20
not null
ID of the refused exception group
gbds.key_format
The gbds.key_format table is intended to store keys and formats for key validation.
key_id
varchar
255
not null
Primary key; Defines the key ID
format_type
enum
6
not null
Default ALPHANUMERIC
enum('TITULO','CPF','ALPHANUMERIC','NUMERIC','ALPHABETIC','REGEX')
regex
varchar
20
null
min_length
int
20
null
Defines the minimum key length
max_length
int
Up to 4Gb
null
Defines the maximum key length
gbds.operation_log
The gbds.operation_log table is used to store operation logs.
id
bigint
20
not null
Internal identification ID
guid
varchar
100
null
Universal unique identifier
user
varchar
100
null
User responsible for the action
log_timestamp
datetime
-
not null
Log creation date
log_type
enum
n/a
not null
enum('EXCEPTION','EXCEPTION_BIOMETRIC','EXCEPTION_GROUP','TRANSACTION)
operation
enum
n/a
not null
enum('UNKNOWN','CONNECT','DISCONNECT','AUTHENTICATE','ENROLL','EXTERNAL_AUTHENTICATE','BATCH_ENROLL','REGISTER_SEARCH','SEARCH','DELETE','GET_RESULT','CLOSE_SESSION','FILTER','COUNT_ANOMALIES','FIND_ANOMALIES','GET_ANOMALY','ASSIGN_ANOMALY','UNASSIGN_ANOMALY','TRUST_ENROLL','GET_TRANSACTION','CHANGE_PRIORITY','ADD_TO_REFERENCE','REMOVE_FROM_REFERENCE','REMOVE_KEYS','GET_PEOPLE_TRANSACTIONS','ANOMALY_ENROLL','GET_EXCEPTION_RESULT','QUALITY_ANALYSIS','REGISTER_ENROLL','STOP_SERVICE','REGISTER_UL_BIOMETRIC','REMOVE_UL_BIOMETRIC','UPDATE_PERSON_BIOMETRIC','DISABLE_PERSON_TRANSACTION','CREATE_EXCEPTION','CREATE_EXCEPTION_GROUP','PRIORITY_EXCEPTION','PRIORITY_EXCEPTION_GROUP','TREAT_EXCEPTION','TREAT_EXCEPTION_BIOMETRIC','TREAT_EXCEPTION_GROUP','CHANGE_REFUSED_STATUS','RESEND_REFUSED','LIGHTS_OUT')
status
enum
n/a
null
enum('ANALYSIS','READY','PROCESSING','DONE','REFUSED','PENDING','ERROR','ENQUEUED','OK','NOT_FINAL','BIOMETRIC','BIOMETRIC_INCONCLUSIVE','BIOMETRIC_MISMATCH','BIOGRAPHIC','APPROVE','REJECT','LIGHTS_OUT')
bio_index
int
11
null
Biometric index
decision
enum
n/a
null
enum('UNCERTAIN','UNCERTAIN_EXPERT','NO_HIT','HIT','MISMATCH','ERROR','APPROVE','REJECT','KEEP','CREATED','REMOVED','READY_TO_RESEND')
message
varchar
1000
null
Description of the operation to which the operation refers
tguid
varchar
100
null
Unique identifier of the transaction
pguid
varchar
100
null
Unique identifier of the profile to which the operation refers
kept_tguids
varchar
1000
null
TGUIDs to be kept by the Lights Out KEEP operation
gbds.apis
The apisis used by GBDS to manage multiple active APIs at the same time.
api_id
varchar
255
not null
Unique API instance ID
hostname
varchar
255
not null
Host name of the node where the API is running
port
int
11
not null
Port where the API is running
type
varchar
255
null
Type of API instance (LEADER, RUNNER or null)
On API startup, each API will look for itself in this table. If not found by host name/IP and port, it inserts itself into the table with a GUID as api-id and null type , which means it is not ready for quality extraction. Changes applied directly to this table will be scanned every 15 minutes.
Unresolved Latent (UL) tables
The Unresolved Latents tables are used to store information about UL data and candidates. The tables are described below.
gbds.ul
The table ulwas designed to store all GBDS ULs and is described as follows:
uguid
varchar
255
not null
Primary key; UGUID stored in HBase
ul_status
varchar
255
not null
UNSOLVEDor SOLVED; HBase replicates this status
creation_time
timestamp
4
not null
current_timestampby default
person_pguid
varchar
255
null
PGUID of the corresponding person whenSOLVED
person_tguid
varchar
255
null
TGUID of the corresponding person whenSOLVED
fragment_id
varchar
255
null
Original fragment ID for the fragment that generated the UL
fragment_case_id
varchar
255
null
Original case ID for the fragment that generated the UL
fragment_index
int
11
null
Fragment index for the UL. By default, the index is set to -1(unknown index, any index)
analysis_user
varchar
255
null
User responsible for the UL analysis
analysis_timestamp
timestamp
4
null
Datetime timestamp of the analysis
group_guid
varchar
255
not null
Grouping GUID (to list linked ULs)
gbds.ul_candidates
The table ul_candidates was designed to store the candidates of each UL that GBDS keeps after any REVERSE LATENT MATCH performed on enrollments that generated a match with a UL, and is described as follows:
ul_uguid
varchar
255
not null
Primary key; UL UGUID
person_pguid
varchar
255
not null
Primary key; candidate PGUID
person_tguid
varchar
255
not null
Primary key; candidate TGUID
person_index
int
11
not null
Primary key; candidate index finger
score
int
11
not null
Corresponding matching score for the candidate
deleted
tinyint
1
not null
0by default, indicates whether the candidate was excluded to be omitted when performing candidate listing operations
minutiae
longblob
Up to 4Gb
null
JSON serialization containing the corresponding minutiae. It is a list with the following structure:
- queryIndex, int
- referenceIndex,int
Notification tables
Notification tables are used to store data for auditing purposes, such as emails, people to be notified and groups.
gbds.notifications
The table gbds.notifications was designed to store information related to GBDS operation notifications
id
bigint
20
not null
Internal auto-increment index; Primary key;
nguid
varchar
40
not null
Unique identifier of the notification
tguid
varchar
40
not null
Unique identifier of the transaction responsible for the notification
created
datetime
6
not null
Timestamp of the notification creation date
operation
enum
n/a
null
enum('UNKNOWN','CONNECT','DISCONNECT','AUTHENTICATE','ENROLL','EXTERNAL_AUTHENTICATE','BATCH_ENROLL','REGISTER_SEARCH','SEARCH','DELETE','GET_RESULT','CLOSE_SESSION','FILTER','COUNT_ANOMALIES','FIND_ANOMALIES','GET_ANOMALY','ASSIGN_ANOMALY','UNASSIGN_ANOMALY','TRUST_ENROLL','GET_TRANSACTION','CHANGE_PRIORITY','ADD_TO_REFERENCE','REMOVE_FROM_REFERENCE','REMOVE_KEYS','GET_PEOPLE_TRANSACTIONS','ANOMALY_ENROLL','GET_EXCEPTION_RESULT','QUALITY_ANALYSIS','REGISTER_ENROLL','STOP_SERVICE','REGISTER_UL_BIOMETRIC','REMOVE_UL_BIOMETRIC','UPDATE_PERSON_BIOMETRIC','DISABLE_PERSON_TRANSACTION','CREATE_EXCEPTION','CREATE_EXCEPTION_GROUP','PRIORITY_EXCEPTION','PRIORITY_EXCEPTION_GROUP','TREAT_EXCEPTION','TREAT_EXCEPTION_BIOMETRIC','TREAT_EXCEPTION_GROUP','CHANGE_REFUSED_STATUS','RESEND_REFUSED','LIGHTS_OUT')
status
varchar
255
null
Status of the operation described in operation
sender
varchar
255
null
Module responsible for the notification
uguid
varchar
40
null
User identifier
pguid
varchar
40
null
PGUID to which the operation refers
new_tguid
varchar
40
null
New TGUID generated, for example, when generating an enroll
enroll_pguid
varchar
40
null
-
treatment
varchar
100
null
Treatment in the case of Lights Out analysis
_update
tinyint
1
null
Update flag
trusted
tinyint
1
null
Trusted enroll/update flag
origin
enum
n/a
null
enum('API','GBDS')
additional_data
mediumblob
-
null
Additional relevant data (GGUID, comments etc)
external_ids
mediumblob
-
null
External IDs and their values; {"name":"protocol", "key":"000000000"}
related_external_ids
mediumblob
-
null
Related external IDs
kept_tguids
mediumblob
-
null
TGUIDs to be kept in case of Lights Out
gbds.notify_user
The table notify_user was designed to store the authenticated user data for gbds.
id
bigint
20
not null
Primary key; unique user ID.
username
varchar
255
not null
authenticated gbds username
gbds.notify_group
The table notify_groupwas designed to store information about notification groups.
id
bigint
20
not null
Primary key;
name
varchar
255
not null
Group name
enabled
tinyint
1
not null
Defines whether the group will be active or not
gbds.notify_group_email
The table notify_group_email was designed to store the emails of a given group.
notify_group_id
bigint
20
not null
Primary key; Group ID.
varchar
255
not null
Primary key; Email that belongs to the group
gbds.notify_user_group
The table notify_user_group was designed to store information about which group a given user belongs to.
notify_user_id
bigint
20
not null
Primary key; Reference to the usernotify_user.id
notify_group_id
bigint
20
not null
Primary key; Reference to the groupnotify_group_email.notify_group.id
gbds.people_transparency
The table people_transparency was designed to store information about a given person and which actions are taken when that person is searched.
id
bigint
20
not null
Primary key;
pguid
varchar
255
not null
Reference to the personpeople.pguid
enabled
tinyint
1
not null
Reference to the personpeople.pguid
action
varchar
255
null
Action to be taken
gbds.people_transparency_group
The table people_transparency_group was designed to store information about the groups to which a person belongs.
people_transparency_id
bigint
20
not null
Primary key; Reference to people_transparency'speople_transparency.id
notify_group_id
bigint
20
not null
Primary key; Reference to the groupnotify_group_email.notify_group.id
GBDS settings tables (gbds.settings)
GBDS uses a relational database to store some API and GBDS settings. The settings table is a special table designed to control certain GBDS and GBDS API settings. These settings are stored in the gbds.settingstable. The table may contain settings present in the GBDS API, in GBDS or in both, following the schema below:
skey
varchar
255
not null
Primary key. Parameter key name.
stype
varchar
50
not null
Location from which the parameter comes. API or GBDS
svalue
varchar
4096
null
Parameter value
description
varchar
4096
null
Parameter description
stimestamp
datetime
6
not null
Timestamp
host
varchar
1024
null
Hostname of a node
All settings found in the table will be written to the respective file, gbdsapi.propertiesboth for the GBDS API and application.conffor GBDS, every 15 minutes. In addition, all settings updated in memory, both in the API and in GBDS, will be propagated.
The parameter value set in the gbds.settingstable will be propagated to ALL nodes.
This feature is controlled by a configuration parameter in the table, gbds.rdbSystemConfiguration.enabled. This parameter will allow overriding GBDS and API configuration values. Setting the parameter value to BOTHwill cause GBDS and API configurations to be overridden.
gbscluster.min.quality
API
gbds.enroll.fingerprints.min-nr-template
API
gbds.enroll.face.min-nr-template
API
gbds.enroll.iris.min-nr-template
API
gbds.enroll.palmprint.min-nr-template
API
gbds.enroll.newborn-palmprint.min-nr-template
API
gbscluster.enroll.fingerprints.verify.matchthreshold
API
gbscluster.update.min.quality
API
gbds.transparency.search.identify.request.notify.enabled
API
gbds.transparency.search.identify.result.actions.enabled
API
gbds.api.logLevel
API
gbds.extraction.service
API
gbds.extraction.service.face.count
API
gbds.extraction.service.ginger.count
API
gbds.extraction.service.girl.count
API
gbds.extraction.service.hostname
API
gbds.extraction.service.initialPort
API
gbds.extraction.service.logLevel
API
gbds.extraction.service.maxTries
API
gbds.extraction.service.linkLibSegfault
API
gbds.extraction.quality.service
API
gbds.extraction.quality.fillTransactionQualityPropertiesTable
API
gbds.faces.extraction.quality.api
API
gbds.faces.extraction.quality.background
API
gbds.fingerprints.extraction.quality.api
API
gbds.fingerprints.extraction.quality.background
API
gbds.extraction.quality.service.finger.count
API
gbds.extraction.quality.service.face.count
API
gbds.extraction.quality.service.initialPort
API
gbds.extraction.quality.service.logLevel
API
gbds.extraction.quality.service.timeout
API
gbds.extraction.quality.service.hostname
API
gbds.extraction.quality.service.maxTries
API
gbds.extraction.quality.service.linkLibSegfault
API
gbds.extraction.quality.service.rows-on-select
API
gbds.extraction.quality.service.submitted-queue-factor
API
gbds.enroll.face.min.quality
API
gbds.update.face.min.quality
API
gbds.monitor.url
API
gbds.template.face.multiplicity
API
gbds.biographicBase.enabled
API
gbds.biographicBase.endpoints
API
gbds.biographicBase.get.timeout.ms
API
gbds.biographicBase.list.timeout.ms
API
gbds.biographicBase.logLevel
API
gbds.biographicBase.clientID
API
gbds.biographicBase.clientSecret
API
gbds.biographicBase.lookAllServers
API
gbscluster.fingerprints.extraction.enroll.type
API
gbscluster.fingerprints.extraction.verify.type
API
gbds.update.exception.reextract
API
gbds.update.exception.reextract.save
API
gbds.biographicBase.autoUpdate
API
gbds.biographicBase.sendPguidAsKey
API
gbds.biographicBase.sendTguidAsKey
API
gbds.log.diagnose
GBDS
gbds.ul.boot.scan.enabled
GBDS
gbds.boot.scan.ignoreErrorsOnRegion
GBDS
gbds.boot.matcher.creation.sleepTime.ms
GBDS
gbds.biometric.fingerprint.identify.threshold
GBDS
gbds.biometric.fingerprint.exception.threshold
GBDS
gbds.biometric.fingerprint.exception.enabled
GBDS
gbds.biometric.fingerprint.exception.enroll.min-matches-for-exception
GBDS
gbds.biometric.face.identify.threshold
GBDS
gbds.biometric.face.exception.threshold
GBDS
gbds.peopleList.countFromRDB
GBDS
gbds.biometric.face.enabled.threshold
GBDS
gbds.driver.logLevel
GBDS
gbds.log.loadUnload
GBDS
gbds.template.memory.format
GBDS
gbds.match.service.enabled
GBDS
gbds.match.service.initialPort
GBDS
gbds.match.service.logLevel
GBDS
gbds.match.service.timeout
GBDS
gbds.match.service.templateSend.parallelByModality
GBDS
gbds.match.service.linkLibSegfault
GBDS
gbds.match.service.maxTries
GBDS
gbds.match.service.maxConnectionErrors
GBDS
gbds.memory-monitor
GBDS
gbds.watchdog.interval
GBDS
gbds.watchdog.log.mode
GBDS
gbds.watchdog.log.level
GBDS
gbds.verifyPostMatch.enabled
GBDS
gbds.transparency.search.identify.result.notify.enabled
BOTH
gbds.transparency.email-notifier.url
BOTH
gbds.transparency.email-notifier.log-level
BOTH
gbds.transparency.email-notifier.timeout
BOTH
gbscluster.update.consider.fingerprints
BOTH
gbscluster.update.consider.faces
BOTH
gbscluster.update.consider.faces.beforeFingerprints
BOTH
gbscluster.update.faces.verify.matchthreshold
BOTH
gbscluster.update.minimum.fingers
BOTH
gbds.search.verify.adjust-resolution
BOTH
Other settings can be placed in the table gbds.settingsin rdb and all will be written to the API or GBDS file, according to the configuration type. However, runtime memory reloads will not be performed for these new settings, only after restarting the API and/or GBDS.
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