config.py

# -*- coding: utf-8 -*-

##########################################################################
#
# pgAdmin 4 - PostgreSQL Tools
#
# Copyright (C) 2013 - 2025, The pgAdmin Development Team
# This software is released under the PostgreSQL Licence
#
# config.py - Core application configuration settings
#
##########################################################################

import builtins
import logging
import os
import sys
from collections import OrderedDict

# We need to include the root directory in sys.path to ensure that we can
# find everything we need when running in the standalone runtime.
root = os.path.dirname(os.path.realpath(__file__))
if sys.path[0] != root:
    sys.path.insert(0, root)

# The config database connection pool size.
# Setting this to 0 will remove any limit.
CONFIG_DATABASE_CONNECTION_POOL_SIZE = 5
# The number of connections allowed to overflow beyond
# the connection pool size.
CONFIG_DATABASE_CONNECTION_MAX_OVERFLOW = 100

from pgadmin.utils import env, IS_WIN, fs_short_path
from version import APP_VERSION, APP_RELEASE, APP_REVISION, APP_SUFFIX, \
    APP_VERSION_INT
from branding import APP_NAME, APP_ICON, APP_COPYRIGHT, APP_PATH, \
    APP_WIN_PATH, APP_SHORT_NAME, APP_DEFAULT_EMAIL

##########################################################################
# Misc stuff
##########################################################################

# Path to the online help.
HELP_PATH = '../../../docs/en_US/_build/html/'

# Languages we support in the UI
LANGUAGES = {
    'en': 'English',
    'zh_Hans_CN': 'Chinese (Simplified)',
    'zh_Hant_TW': 'Chinese (Traditional)',
    'cs': 'Czech',
    'fr': 'French',
    'de': 'German',
    'id': 'Indonesian',
    'it': 'Italian',
    'ja': 'Japanese',
    'ko': 'Korean',
    'pl': 'Polish',
    'pt_BR': 'Portuguese (Brazilian)',
    'ru': 'Russian',
    'es': 'Spanish',
}

# DO NOT CHANGE UNLESS YOU KNOW WHAT YOU ARE DOING!
# List of modules to skip when dynamically loading
MODULE_BLACKLIST = ['test']

# DO NOT CHANGE UNLESS YOU KNOW WHAT YOU ARE DOING!
# List of treeview browser nodes to skip when dynamically loading
NODE_BLACKLIST = []

##########################################################################
# Server settings
##########################################################################

# The server mode determines whether or not we're running on a web server
# requiring user authentication, or desktop mode which uses an automatic
# default login.
#
# DO NOT DISABLE SERVER MODE IF RUNNING ON A WEBSERVER!!
#
# We only set SERVER_MODE if it's not already set. That's to allow the
# runtime to force it to False.
#
# NOTE: If you change the value of SERVER_MODE or DATA_DIR in an included
#       config file, you may also need to redefine any values below that are
#       derived from it, notably various paths such as LOG_FILE, SQLITE_PATH,
#       SESSION_DB_PATH, STORAGE_DIR, KERBEROS_CCACHE_DIR, and
#       AZURE_CREDENTIAL_CACHE_DIR

if (not hasattr(builtins, 'SERVER_MODE')) or builtins.SERVER_MODE is None:
    SERVER_MODE = True
else:
    SERVER_MODE = builtins.SERVER_MODE

# HTTP headers to search for CSRF token when it is not provided in the form.
# Default is ['X-CSRFToken', 'X-CSRF-Token']
WTF_CSRF_HEADERS = ['X-pgA-CSRFToken']

# User ID (email address) to use for the default user in desktop mode.
# The default should be fine here, as it's not exposed in the app.
DESKTOP_USER = APP_DEFAULT_EMAIL

# This option allows the user to host the application on a LAN
# Default hosting is on localhost (DEFAULT_SERVER='localhost').
# To host pgAdmin4 over LAN set DEFAULT_SERVER='0.0.0.0' (or a specific
# adaptor address.
#
# NOTE: This is NOT recommended for production use, only for debugging
# or testing. Production installations should be run as a WSGI application
# behind Apache HTTPD.
DEFAULT_SERVER = '127.0.0.1'

# The default port on which the app server will listen if not set in the
# environment by the runtime
DEFAULT_SERVER_PORT = 5050

# This param is used to override the default web server information about
# the web technology and the frameworks being used in the application
# An attacker could use this information to fingerprint underlying operating
# system and research known exploits for the specific version of
# software in use
WEB_SERVER = 'Python'

# Enable X-Frame-Option protection.
# Set to one of "SAMEORIGIN", "ALLOW-FROM origin" or "" to disable.
# Note that "DENY" is NOT supported (and will be silently ignored).
# See https://tools.ietf.org/html/rfc7034 for more info.
X_FRAME_OPTIONS = "SAMEORIGIN"

# The Content-Security-Policy header allows you to restrict how resources
# such as JavaScript, CSS, or pretty much anything that the browser loads.
# see https://content-security-policy.com/#source_list for more info
# e.g. "default-src https: data: 'unsafe-inline' 'unsafe-eval';"
CONTENT_SECURITY_POLICY = "default-src ws: http: data: blob: 'unsafe-inline'" \
                          " 'unsafe-eval';"

# STRICT_TRANSPORT_SECURITY_ENABLED when set to True will set the
# Strict-Transport-Security header
STRICT_TRANSPORT_SECURITY_ENABLED = False

# The Strict-Transport-Security header tells the browser to convert all HTTP
# requests to HTTPS, preventing man-in-the-middle (MITM) attacks.
# e.g. 'max-age=31536000; includeSubDomains'
STRICT_TRANSPORT_SECURITY = "max-age=31536000; includeSubDomains"

# The X-Content-Type-Options header forces the browser to honor the response
# content type instead of trying to detect it, which can be abused to
# generate a cross-site scripting (XSS) attack.
# e.g. nosniff
X_CONTENT_TYPE_OPTIONS = "nosniff"

# The browser will try to prevent reflected XSS attacks by not loading the
# page if the request contains something that looks like JavaScript and the
# response contains the same data. e.g. '1; mode=block'
X_XSS_PROTECTION = "1; mode=block"

# This param is used to validate ALLOWED_HOSTS for the application
# This will be used to avoid Host Header Injection attack
# ALLOWED_HOSTS = ['225.0.0.0/8', '226.0.0.0/7', '228.0.0.0/6']
# ALLOWED_HOSTS = ['127.0.0.1', '192.168.0.1']
# if ALLOWED_HOSTS= [] then it will accept all ips (and application will be
# vulnerable to Host Header Injection attack)
ALLOWED_HOSTS = []

# Hashing algorithm used for password storage
SECURITY_PASSWORD_HASH = 'pbkdf2_sha512'

# Minimum password length
PASSWORD_LENGTH_MIN = 6

# Reverse Proxy parameters
# You must tell the middleware how many proxies set each header
# so it knows what values to trust.
# See https://tinyurl.com/yyg7r9av
# for more information.

# Number of values to trust for X-Forwarded-For
PROXY_X_FOR_COUNT = 1

# Number of values to trust for X-Forwarded-Proto.
PROXY_X_PROTO_COUNT = 1

# Number of values to trust for X-Forwarded-Host.
PROXY_X_HOST_COUNT = 0

# Number of values to trust for X-Forwarded-Port.
PROXY_X_PORT_COUNT = 1

# Number of values to trust for X-Forwarded-Prefix.
PROXY_X_PREFIX_COUNT = 0

# NOTE: CSRF_SESSION_KEY, SECRET_KEY and SECURITY_PASSWORD_SALT are no
#       longer part of the main configuration, but are stored in the
#       configuration databases 'keys' table and are auto-generated.

# COMPRESSION
COMPRESS_MIMETYPES = [
    'text/html', 'text/css', 'text/xml', 'text/javascript',
    'application/json', 'application/javascript'
]
COMPRESS_LEVEL = 9
COMPRESS_MIN_SIZE = 500

# Set the cache control max age for static files in flask to 1 year
SEND_FILE_MAX_AGE_DEFAULT = 31556952

# This will be added to static urls as url parameter with value as
# APP_VERSION_INT for cache busting on version upgrade. If the value is set as
# None or empty string then it will not be added.
# eg - http:localhost:5050/pgadmin.css?intver=3.13
APP_VERSION_PARAM = 'ver'

# Add the internal version param to below extensions only
APP_VERSION_EXTN = ('.css', '.js', '.html', '.svg', '.png', '.gif', '.ico')

# Data directory for storage of config settings etc. This shouldn't normally
# need to be changed - it's here as various other settings depend on it.
# On Windows, we always store data in %APPDATA%\$(APP_WIN_PATH). On other
# platforms, if we're in server mode we use /var/lib/$(APP_PATH),
# otherwise ~/.$(APP_PATH)
if IS_WIN:
    # Use the short path on windows
    DATA_DIR = os.path.realpath(
        os.path.join(fs_short_path(env('APPDATA')), APP_WIN_PATH)
    )
else:
    if SERVER_MODE:
        DATA_DIR = os.path.join('/var/lib/', APP_PATH)
    else:
        DATA_DIR = os.path.realpath(
            os.path.expanduser('~/' + '.' + APP_PATH + '/')
        )

# An optional login banner to show security warnings/disclaimers etc. at
# login and password recovery etc. HTML may be included for basic formatting,
# For example:
# LOGIN_BANNER = "<h4>Authorised Users Only!</h4>" \
#                "Unauthorised use is strictly forbidden."
LOGIN_BANNER = ""

##########################################################################
# Log settings
##########################################################################

# Debug mode?
DEBUG = False

# Application log level - one of:
#   CRITICAL 50
#   ERROR    40
#   WARNING  30
#   SQL      25
#   INFO     20
#   DEBUG    10
#   NOTSET    0
CONSOLE_LOG_LEVEL = logging.WARNING
FILE_LOG_LEVEL = logging.WARNING

# Log format.
JSON_LOGGER = False
CONSOLE_LOG_FORMAT_JSON = OrderedDict([
    ("time", "asctime"),
    ("message", "message"),
    ("level", "levelname")
])

FILE_LOG_FORMAT_JSON = OrderedDict([
    ("time", "asctime"),
    ("message", "message"),
    ("level", "levelname")
])


CONSOLE_LOG_FORMAT = '%(asctime)s: %(levelname)s\t%(name)s:\t%(message)s'
FILE_LOG_FORMAT = '%(asctime)s: %(levelname)s\t%(name)s:\t%(message)s'

# Log file name. This goes in the data directory, except on non-Windows
# platforms in server mode.
if SERVER_MODE and not IS_WIN:
    LOG_FILE = os.path.join('/var/log', APP_PATH, APP_SHORT_NAME + '.log')
else:
    LOG_FILE = os.path.join(DATA_DIR, APP_SHORT_NAME + '.log')

# Log rotation setting
# Log file will be rotated considering values for LOG_ROTATION_SIZE
# & LOG_ROTATION_AGE. Rotated file will be named in format
# - LOG_FILE.Y-m-d_H-M-S
LOG_ROTATION_SIZE = 10  # In MBs
LOG_ROTATION_AGE = 1440  # In minutes
LOG_ROTATION_MAX_LOG_FILES = 90  # Maximum number of backups to retain
##########################################################################
# Server Connection Driver Settings
##########################################################################

# The default driver used for making connection with PostgreSQL
PG_DEFAULT_DRIVER = 'psycopg3'

# Maximum allowed idle time in minutes before which releasing the connection
# for the particular session. (in minutes)
MAX_SESSION_IDLE_TIME = 60

##########################################################################
# External Database Settings
#
# All configuration settings are stored by default in the SQLite database.
# In order to use external databases like PostgreSQL sets the value of
# CONFIG_DATABASE_URI like below:
# dialect+driver://username:password@host:port/database
#
# PostgreSQL:
# postgresql://username:password@host:port/database
# Specify Schema Name
# postgresql://username:password@host:port/database?options=-csearch_path=pgadmin
# Using PGPASS file
# postgresql://username@host:port?options=-csearch_path=pgadmin
##########################################################################
CONFIG_DATABASE_URI = ''

##########################################################################
# User account and settings storage
##########################################################################

# The default path to the SQLite database used to store user accounts and
# settings. This default places the file in the same directory as this
# config file, but generates an absolute path for use througout the app.
SQLITE_PATH = env('SQLITE_PATH') or \
    os.path.join(DATA_DIR, APP_SHORT_NAME + '.db')

# SQLITE_TIMEOUT will define how long to wait before throwing the error -
# OperationError due to database lock. On slower system, you may need to change
# this to some higher value.
# (Default: 500 milliseconds)
SQLITE_TIMEOUT = 500

# Allow database connection passwords to be saved if the user chooses.
# Set to False to disable password saving.
ALLOW_SAVE_PASSWORD = True

# Maximum number of history queries stored per user/server/database
MAX_QUERY_HIST_STORED = 20

##########################################################################
# Server-side session storage path
#
# SESSION_DB_PATH (Default: $HOME/.pgadmin4/sessions)
##########################################################################
#
# We use SQLite for server-side session storage. There will be one
# SQLite database object per session created.
#
# Specify the path used to store your session objects.
#
# If the specified directory does not exist, the setup script will create
# it with permission mode 700 to keep the session database secure.
#
# On certain systems, you can use shared memory (tmpfs) for maximum
# scalability, for example, on Ubuntu:
#
# SESSION_DB_PATH = '/run/shm/pgAdmin4_session'
#
##########################################################################
SESSION_DB_PATH = os.path.join(DATA_DIR, 'sessions')

SESSION_COOKIE_NAME = 'pga4_session'

##########################################################################
# Mail server settings
##########################################################################

# These settings are used when running in web server mode for confirming
# and resetting passwords etc.
# See: http://pythonhosted.org/Flask-Mail/ for more info
MAIL_SERVER = 'localhost'
MAIL_PORT = 25
MAIL_USE_SSL = False
MAIL_USE_TLS = False
MAIL_USERNAME = ''
MAIL_PASSWORD = ''
MAIL_DEBUG = False

# Flask-Security overrides Flask-Mail's MAIL_DEFAULT_SENDER setting, so
# that should be set as such:
SECURITY_EMAIL_SENDER = 'no-reply@localhost'

##########################################################################
# Mail content settings
##########################################################################

# These settings define the content of password reset emails
SECURITY_EMAIL_SUBJECT_PASSWORD_RESET = "Password reset instructions for %s" \
                                        % APP_NAME
SECURITY_EMAIL_SUBJECT_PASSWORD_NOTICE = "Your %s password has been reset" \
                                         % APP_NAME
SECURITY_EMAIL_SUBJECT_PASSWORD_CHANGE_NOTICE = \
    "Your password for %s has been changed" % APP_NAME

##########################################################################
# Email address validation
##########################################################################
CHECK_EMAIL_DELIVERABILITY = False
SECURITY_EMAIL_VALIDATOR_ARGS = \
    {"check_deliverability": CHECK_EMAIL_DELIVERABILITY}
ALLOW_SPECIAL_EMAIL_DOMAINS = []
# Disables global deliverable check while email validation
GLOBALLY_DELIVERABLE = True
##########################################################################
# Upgrade checks
##########################################################################

# Check for new versions of the application?
UPGRADE_CHECK_ENABLED = True

# Where should we get the data from?
UPGRADE_CHECK_URL = 'https://www.pgadmin.org/versions.json'

# What key should we look at in the upgrade data file?
UPGRADE_CHECK_KEY = 'pgadmin4'

# Which CA file should we use?
# Default to cacert.pem in the same directory as config.py et al.
CA_FILE = os.path.join(os.path.dirname(os.path.realpath(__file__)),
                       "cacert.pem")

# Check if the detected browser is supported
CHECK_SUPPORTED_BROWSER = True

##########################################################################
# Storage Manager storage url config settings
# If user sets STORAGE_DIR to empty it will show all volumes if platform
# is Windows, '/' if it is Linux, Mac or any other unix type system.

# For example:
# 1. STORAGE_DIR = get_drive("C") or get_drive() # return C:/ by default
# where C can be any drive character such as "D", "E", "G" etc
# 2. Set path manually like
# STORAGE_DIR = "/path/to/directory/"
##########################################################################
STORAGE_DIR = os.path.join(DATA_DIR, 'storage')

##########################################################################
# Default locations for binary utilities (pg_dump, pg_restore etc)
#
# These are intentionally left empty in the main config file, but are
# expected to be overridden by packagers in config_distro.py.
#
# A default location can be specified for each database driver ID, in
# a dictionary. Either an absolute or relative path can be specified.
#
# Version-specific defaults can also be specified, which will take priority
# over un-versioned paths.
#
# In cases where it may be difficult to know what the working directory
# is, "$DIR" can be specified. This will be replaced with the path to the
# top-level pgAdmin4.py file. For example, on macOS we might use:
#
# $DIR/../../SharedSupport
#
##########################################################################
DEFAULT_BINARY_PATHS = {
    "pg": "",
    "pg-13": "",
    "pg-14": "",
    "pg-15": "",
    "pg-16": "",
    "pg-17": "",
    "ppas": "",
    "ppas-13": "",
    "ppas-14": "",
    "ppas-15": "",
    "ppas-16": "",
    "ppas-17": ""
}

##########################################################################

# Admin can specify fixed binary paths to prevent users from changing.
# It will take precedence over DEFAULT_BINARY_PATHS.

FIXED_BINARY_PATHS = {
    "pg": "",
    "pg-13": "",
    "pg-14": "",
    "pg-15": "",
    "pg-16": "",
    "pg-17": "",
    "ppas": "",
    "ppas-13": "",
    "ppas-14": "",
    "ppas-15": "",
    "ppas-16": "",
    "ppas-17": ""
}

##########################################################################
# Test settings - used primarily by the regression suite, not for users
##########################################################################

# The default path for SQLite database for testing
TEST_SQLITE_PATH = os.path.join(DATA_DIR, 'test_pgadmin4.db')

##########################################################################
# Allows flask application to response to the each request asynchronously
##########################################################################
THREADED_MODE = True

##########################################################################
# Do not allow SQLALCHEMY to track modification as it is going to be
# deprecated in future
##########################################################################
SQLALCHEMY_TRACK_MODIFICATIONS = False

##########################################################################
# Number of records to fetch in one page in query tool when query result
# set is large and is divided in multiple pages
##########################################################################
DATA_RESULT_ROWS_PER_PAGE = 1000

##########################################################################
# Allow users to display Gravatar image for their username in Server mode
##########################################################################
SHOW_GRAVATAR_IMAGE = True

##########################################################################
# Set cookie path and options
##########################################################################
COOKIE_DEFAULT_PATH = '/'
COOKIE_DEFAULT_DOMAIN = None
SESSION_COOKIE_DOMAIN = None
SESSION_COOKIE_SAMESITE = 'Lax'
SESSION_COOKIE_SECURE = False
SESSION_COOKIE_HTTPONLY = True

#########################################################################
# Skip storing session in files and cache for specific paths
#########################################################################
SESSION_SKIP_PATHS = [
    '/misc/ping'
]

##########################################################################
# Session expiration support
##########################################################################
# SESSION_EXPIRATION_TIME is the interval in Days. Session will be
# expire after the specified number of *days*.
SESSION_EXPIRATION_TIME = 1

# Make SESSION_EXPIRATION_TIME to 1 week in DESKTOP mode
if not SERVER_MODE:
    SESSION_EXPIRATION_TIME = 7

# CHECK_SESSION_FILES_INTERVAL is interval in Hours. Application will check
# the session files for cleanup after specified number of *hours*.
CHECK_SESSION_FILES_INTERVAL = 24

# USER_INACTIVITY_TIMEOUT is interval in Seconds. If the pgAdmin screen is left
# unattended for <USER_INACTIVITY_TIMEOUT> seconds then the user will
# be logged out. When set to 0, the timeout will be disabled.
# If pgAdmin doesn't detect any activity in the time specified (in seconds),
# the user will be forcibly logged out from pgAdmin. Set to zero to disable
# the timeout.
# Note: This is applicable only for SERVER_MODE=True.
USER_INACTIVITY_TIMEOUT = 0

# OVERRIDE_USER_INACTIVITY_TIMEOUT when set to True will override
# USER_INACTIVITY_TIMEOUT when long running queries in the Query Tool
# or Debugger are running. When the queries complete, the inactivity timer
# will restart in this case. If set to False, user inactivity may cause
# transactions or in-process debugging sessions to be aborted.
OVERRIDE_USER_INACTIVITY_TIMEOUT = True

##########################################################################
# SSH Tunneling supports only for Python 2.7 and 3.4+
##########################################################################
SUPPORT_SSH_TUNNEL = True
# Allow SSH Tunnel passwords to be saved if the user chooses.
# Set to False to disable password saving.
ALLOW_SAVE_TUNNEL_PASSWORD = False

##########################################################################
# Master password is used to encrypt/decrypt saved server passwords
# Applicable for desktop mode only
##########################################################################
MASTER_PASSWORD_REQUIRED = True
##########################################################################

##########################################################################
# Allow to save master password which is used to encrypt/decrypt saved
# passwords in the os level secret like Keychain, password store etc.
# Disabling this will require user to enter master password
# if MASTER_PASSWORD_REQUIRED is set to True. Note: this is applicable only
# in case of Desktop mode.
##########################################################################
USE_OS_SECRET_STORAGE = True
##########################################################################

# pgAdmin encrypts the database connection and ssh tunnel password using a
# master password or pgAdmin login password (for other authentication sources)
# before storing it in the pgAdmin configuration database.
#
# Below setting is used to allow the user to specify the path to a script
# or program that will return an encryption key which will be used to
# encrypt the passwords. This setting is used only in server mode when
# auth sources are oauth, Kerberos, and webserver.
#
# You can pass the current username as an argument to the external script
# by specifying %u in config value.
# E.g. - MASTER_PASSWORD_HOOK = '<PATH>/passwdgen_script.sh %u'
##########################################################################
MASTER_PASSWORD_HOOK = None

##########################################################################

# Allows pgAdmin4 to create session cookies based on IP address, so even
# if a cookie is stolen, the attacker will not be able to connect to the
# server using that stolen cookie.
# Note: This can cause problems when the server is deployed in dynamic IP
# address hosting environments, such as Kubernetes or behind load
# balancers. In such cases, this option should be set to False.
##########################################################################
ENHANCED_COOKIE_PROTECTION = True

##########################################################################
# External Authentication Sources
##########################################################################

# Default setting is internal
# External Supported Sources: ldap, kerberos, oauth2
# Multiple authentication can be achieved by setting this parameter to
# ['ldap', 'internal'] or ['oauth2', 'internal'] or
# ['webserver', 'internal'] etc.
# pgAdmin will authenticate the user with ldap/oauth2 whatever first in the
# list, in case of failure the second authentication option will be considered.

AUTHENTICATION_SOURCES = ['internal']

##########################################################################
# MAX_LOGIN_ATTEMPTS which sets the number of failed login attempts that
# are allowed. If this value is exceeded the account is locked and can be
# reset by an administrator. By setting the variable to the value zero
# this feature is deactivated.
##########################################################################
MAX_LOGIN_ATTEMPTS = 3

##########################################################################
# Only consider password to check the failed login attempts, email is
# excluded from this check
LOGIN_ATTEMPT_FIELDS = ['password']
##########################################################################
# LDAP Configuration
##########################################################################

# After ldap authentication, user will be added into the SQLite database
# automatically, if set to True.
# Set it to False, if user should not be added automatically,
# in this case Admin has to add the user manually in the SQLite database.
LDAP_AUTO_CREATE_USER = True

# Connection timeout
LDAP_CONNECTION_TIMEOUT = 10

# Server connection details (REQUIRED)
# example: ldap://<ip-address>:<port> or ldap://<hostname>:<port>
LDAP_SERVER_URI = 'ldap://<ip-address>:<port>'

# The LDAP attribute containing user names. In OpenLDAP, this may be 'uid'
# whilst in AD, 'sAMAccountName' might be appropriate. (REQUIRED)
LDAP_USERNAME_ATTRIBUTE = '<User-id>'

##########################################################################
# 3 ways to configure LDAP as follows (Choose anyone):

# 1. Dedicated User binding

# LDAP Bind User DN Example: cn=username,dc=example,dc=com
# Set this parameter to allow the connection to bind using a dedicated user.
# After the connection is made, the pgadmin login user will be further
# authenticated by the username and password provided
# at the login screen.
LDAP_BIND_USER = None

# LDAP Bind User Password
LDAP_BIND_PASSWORD = None

# OR ####################
# 2. Anonymous Binding

# Set this parameter to allow the anonymous bind.
# After the connection is made, the pgadmin login user will be further
# authenticated by the username and password provided

LDAP_ANONYMOUS_BIND = False

# OR ####################
# 3. Bind as pgAdmin user

# BaseDN (REQUIRED)
# AD example:
# (&(objectClass=user)(memberof=CN=MYGROUP,CN=Users,dc=example,dc=com))
# OpenLDAP example: CN=Users,dc=example,dc=com
LDAP_BASE_DN = '<Base-DN>'

# Configure the bind format string
# Default: LDAP_BIND_FORMAT="
#   {LDAP_USERNAME_ATTRIBUTE}={LDAP_USERNAME},{LDAP_BASE_DN}"
# The current available options are:
# LDAP_USERNAME_ATTRIBUTE, LDAP_USERNAME, LDAP_BASE_DN
# Example: LDAP_BIND_FORMAT="myldapuser@sales.example.com"
#          LDAP_BIND_FORMAT="NET\\myldapuser"
LDAP_BIND_FORMAT = '{LDAP_USERNAME_ATTRIBUTE}={LDAP_USERNAME},{LDAP_BASE_DN}'

##########################################################################

# Search ldap for further authentication (REQUIRED)
# It can be optional while bind as pgAdmin user
LDAP_SEARCH_BASE_DN = '<Search-Base-DN>'

# The LDAP attribute indicates whether the DN (Distinguished Names)
# are case sensitive or not
LDAP_DN_CASE_SENSITIVE = False

# Filter string for the user search.
# For OpenLDAP, '(cn=*)' may well be enough.
# For AD, you might use '(objectClass=user)' (REQUIRED)
LDAP_SEARCH_FILTER = '(objectclass=*)'

# Search scope for users (one of BASE, LEVEL or SUBTREE)
LDAP_SEARCH_SCOPE = 'SUBTREE'

# Use TLS? If the URI scheme is ldaps://, this is ignored.
LDAP_USE_STARTTLS = False

# TLS/SSL certificates. Specify if required, otherwise leave empty
LDAP_CA_CERT_FILE = ''
LDAP_CERT_FILE = ''
LDAP_KEY_FILE = ''

##########################################################################

# Some flaky LDAP servers returns malformed schema. If True, no exception
# will be raised and schema is thrown away but authentication will be done.
# This parameter should remain False, as recommended.
LDAP_IGNORE_MALFORMED_SCHEMA = False

##########################################################################
# Kerberos Configuration
##########################################################################

KRB_APP_HOST_NAME = DEFAULT_SERVER

# If the default_keytab_name is not set in krb5.conf or
# the KRB_KTNAME environment variable is not set then, explicitly set
# the Keytab file

KRB_KTNAME = '<KRB5_KEYTAB_FILE>'

# After kerberos authentication, user will be added into the SQLite database
# automatically, if set to True.
# Set it to False, if user should not be added automatically,
# in this case Admin has to add the user manually in the SQLite database.

KRB_AUTO_CREATE_USER = True

KERBEROS_CCACHE_DIR = os.path.join(DATA_DIR, 'krbccache')

#############################################################################
# Create local directory to store azure credential cache
#############################################################################

AZURE_CREDENTIAL_CACHE_DIR = os.path.join(DATA_DIR, 'azurecredentialcache')

##########################################################################
# OAuth2 Configuration
##########################################################################

# Multiple OAUTH2 providers can be added in the list like [{...},{...}]
# All parameters are required

OAUTH2_CONFIG = [
    {
        # The name of the of the oauth provider, ex: github, google
        'OAUTH2_NAME': None,
        # The display name, ex: Google
        'OAUTH2_DISPLAY_NAME': '<Oauth2 Display Name>',
        # Oauth client id
        'OAUTH2_CLIENT_ID': None,
        # Oauth secret
        'OAUTH2_CLIENT_SECRET': None,
        # URL to generate a token,
        # Ex: https://github.com/login/oauth/access_token
        'OAUTH2_TOKEN_URL': None,
        # URL is used for authentication,
        # Ex: https://github.com/login/oauth/authorize
        'OAUTH2_AUTHORIZATION_URL': None,
        # server metadata url might optional for your provider
        'OAUTH2_SERVER_METADATA_URL': None,
        # Oauth base url, ex: https://api.github.com/
        'OAUTH2_API_BASE_URL': None,
        # Name of the Endpoint, ex: user
        'OAUTH2_USERINFO_ENDPOINT': None,
        # Oauth scope, ex: 'openid email profile'
        # Note that an 'email' claim is required in the resulting profile
        'OAUTH2_SCOPE': None,
        # The claim which is used for the username. If the value is empty the
        # email is used as username, but if a value is provided,
        # the claim has to exist.
        'OAUTH2_USERNAME_CLAIM': None,
        # Font-awesome icon, ex: fa-github
        'OAUTH2_ICON': None,
        # UI button colour, ex: #0000ff
        'OAUTH2_BUTTON_COLOR': None,
        # The additional claims to check on user ID Token or Userinfo response.
        # This is useful to provide additional authorization checks
        # before allowing access.
        # Example for GitLab: allowing all maintainers teams, and a specific
        # developers group to access pgadmin:
        # 'OAUTH2_ADDITIONAL_CLAIMS': {
        #     'https://gitlab.org/claims/groups/maintainer': [
        #           'kuberheads/applications',
        #           'kuberheads/dba',
        #           'kuberheads/support'
        #      ],
        #     'https://gitlab.org/claims/groups/developer': [
        #           'kuberheads/applications/team01'
        #      ],
        # }
        # Example for AzureAD:
        # 'OAUTH2_ADDITIONAL_CLAIMS': {
        #     'groups': ["0760b6cf-170e-4a14-91b3-4b78e0739963"],
        #     'wids': ["cf1c38e5-3621-4004-a7cb-879624dced7c"],
        # }
        'OAUTH2_ADDITIONAL_CLAIMS': None,
        # Set this variable to False to disable SSL certificate verification
        # for OAuth2 provider.
        # This may need to set False, in case of self-signed certificates.
        # Ref: https://github.com/psf/requests/issues/6071
        'OAUTH2_SSL_CERT_VERIFICATION': True,
        # set this variable to invalidate the session of the oauth2 provider
        # Example for keycloak:
        # 'OAUTH2_LOGOUT_URL':
        # 'https://example.com/realms/master/protocol/openid-connect/logout?post_logout_redirect_uri={redirect_uri}&id_token_hint={id_token}'
        'OAUTH2_LOGOUT_URL': None
    }
]

# After Oauth authentication, user will be added into the SQLite database
# automatically, if set to True.
# Set it to False, if user should not be added automatically,
# in this case Admin has to add the user manually in the SQLite database.

OAUTH2_AUTO_CREATE_USER = True

##########################################################################
# Webserver Configuration
##########################################################################

WEBSERVER_AUTO_CREATE_USER = True

# REMOTE_USER variable will be used to check the environment variable
# is set or not first, if not available,
# request header will be checked for the same.
# Possible values: REMOTE_USER, HTTP_X_FORWARDED_USER, X-Forwarded-User

WEBSERVER_REMOTE_USER = 'REMOTE_USER'

##########################################################################
# Two-factor Authentication Configuration
##########################################################################

# Set it to True, to enable the two-factor authentication
MFA_ENABLED = True

# Set it to True, to ask the users to register forcefully for the
# two-authentication methods on logged-in.
MFA_FORCE_REGISTRATION = False

# pgAdmin supports Two-factor authentication by either sending an one-time code
# to an email, or using the TOTP based application like Google Authenticator.
MFA_SUPPORTED_METHODS = ["email", "authenticator"]

# NOTE: Please set the 'Mail server settings' to use 'email' as two-factor
#       authentication method.

# Subject for the email verification code
# Default: <APP_NAME> - Verification Code
# e.g.  pgAdmin 4 - Verification Code
MFA_EMAIL_SUBJECT = None

##########################################################################
# PSQL tool settings
##########################################################################
# This will enable PSQL tool in pgAdmin when running in server mode.
# PSQL is always enabled in Desktop mode, however in server mode it is
# disabled by default because users can run arbitrary commands on the
# server through it.
ENABLE_PSQL = False

##########################################################################
# ENABLE_BINARY_PATH_BROWSING setting is used to enable the browse button
# while selecting binary path for the database server in server mode.
# In Desktop mode it is always enabled and setting is of no use.
##########################################################################
ENABLE_BINARY_PATH_BROWSING = False

##########################################################################
# In server mode, the SHARED_STORAGE setting is used to enable shared storage.
# Specify the name, path, and restricted_access values that should be shared
# between users. When restricted_access is set to True, non-admin users cannot
# upload/add, delete, or rename files/folders in shared storage, only admins
# can do that. Users must provide the absolute path to the folder, and the name
# can be anything they see on the user interface.
# [{ 'name': 'Shared 1', 'path': '/shared_folder',
#   'restricted_access': True/False}]
##########################################################################
SHARED_STORAGE = []

#############################################################################
# AUTO_DISCOVER_SERVERS setting is used to enable the pgAdmin to discover the
# database server automatically on the local machine.
# When it is set to False, pgAdmin will not discover servers installed on
# the local machine.
#############################################################################
AUTO_DISCOVER_SERVERS = True

#############################################################################
# SERVER_HEARTBEAT_TIMEOUT is used to send the server heartbeat to server
# from the client. This will resolve the orphan database issue once
# browser tab is closed.
#############################################################################
SERVER_HEARTBEAT_TIMEOUT = 30  # In seconds

#############################################################################
# ENABLE_SERVER_PASS_EXEC_CMD is used to enable/disable Password exec command
# field in server properties. This is used to specify a shell command to be
# executed to retrieve a password to be used for server authentication.
# This setting is applicable only for server mode.
#############################################################################
ENABLE_SERVER_PASS_EXEC_CMD = False

#############################################################################
# Maximum number of Tags allowed on a server node
##############################################################################
MAX_SERVER_TAGS_ALLOWED = 5

#############################################################################
# Number of records to fetch in one batch for server logs.
##############################################################################

ON_DEMAND_LOG_COUNT = 10000

#############################################################################
# Patch the default config with custom config and other manipulations
#############################################################################
from pgadmin.evaluate_config import evaluate_and_patch_config
locals().update(evaluate_and_patch_config(locals()))