org.apereo.cas.configuration.model.support.ldap.AbstractLdapProperties.Validator.getBaseDn() - Code Metrics - apereo/cas - Measure and Improve Code Quality continuously with Scrutinizer

getBaseDn() A
last analyzed 2017-11-22 16:02 UTC

↳ Parent: org.apereo.cas.configuration.model.support.ldap.AbstractLdapProperties.Validator

Complexity

Conditions

Size

Total Lines

Duplication

Lines	0
Ratio	0 %

Importance

Changes

Metric	Value
dl	0
loc	2
c	0
b	0
f	0
cc	1
rs	10

package org.apereo.cas.configuration.model.support.ldap;

import org.apache.commons.lang3.StringUtils;
import org.apereo.cas.util.CollectionUtils;

import java.io.Serializable;
import java.util.List;

/**
 * This is {@link AbstractLdapProperties}.
 *
 * @author Misagh Moayyed
 * @since 5.0.0
 */
public abstract class AbstractLdapProperties implements Serializable {
    private static final long serialVersionUID = 2682743362616979324L;

    /**
     * The ldap type used to handle specific ops.
     */
    public enum LdapType {
        /**
         * Generic ldap type (OpenLDAP, 389ds, etc).
         */
        GENERIC,
        /**
         * Active directory.
         */
        AD,
        /**
         * FreeIPA directory.
         */
        FreeIPA,
        /**
         * EDirectory.
         */
        EDirectory
    }

    /**
     * The ldap connection pool passivator.
     */
    public enum LdapConnectionPoolPassivator {
        /**
         * No passivator.
         */
        NONE,
        /**
         * Close passivator.
         */
        CLOSE,
        /**
         * Bind passivator.
         */
        BIND
    }

    /**
     * Describe ldap connection strategies.
     */
    public enum LdapConnectionStrategy {
        /**
         * Default JNDI.
         */
        DEFAULT,
        /**
         * First ldap used until it fails.
         */
        ACTIVE_PASSIVE,
        /**
         * Navigate the ldap url list for new connections and circle back.
         */
        ROUND_ROBIN,
        /**
         * Randomly pick a url.
         */
        RANDOM,
        /**
         * ldap urls based on DNS SRV records.
         */
        DNS_SRV
    }

    /**
     * Path of the trust certificates to use for the SSL connection.
     * Ignores keystore-related settings when activated and used.
     */
    private String trustCertificates;

    /**
     * Path to the keystore used for SSL connections.
     * Typically contains SSL certificates for the LDAP server.
     */
    private String keystore;
    /**
     * Keystore password.
     */
    private String keystorePassword;
    /**
     * The type of keystore. {@code PKCS12} or {@code JKS}.
     * If left blank, defaults to the default keystore type indicated
     * by the underlying Java platform.
     */
    private String keystoreType;

    /**
     * Minimum LDAP connection pool size.
     * Size the pool should be initialized to and pruned to
     */
    private int minPoolSize = 3;

    /**
     * Maximum LDAP connection pool size which the pool can use to grow.
     */
    private int maxPoolSize = 10;

    /**
     * You may receive unexpected LDAP failures, when CAS is configured to authenticate
     * using DIRECT or AUTHENTICATED types and LDAP is locked down to not allow anonymous binds/searches.
     * Every second attempt with a given LDAP connection from the pool would fail if it was on
     * the same connection as a failed login attempt, and the regular connection validator would
     * similarly fail. When a connection is returned back to a pool,
     * it still may contain the principal and credentials from the previous attempt.
     * Before the next bind attempt using that connection, the validator tries to
     * validate the connection again but fails because it’s no longer trying with the
     * configured bind credentials but with whatever user DN was used in the previous step.
     * Given the validation failure, the connection is closed and CAS would deny access by default. Passivators attempt to reconnect
     * to LDAP with the configured bind credentials, effectively resetting the connection
     * to what it should be after each bind request.
     */
    private String poolPassivator = "BIND";

    /**
     * Whether connections should be validated when loaned out from the pool.
     */
    private boolean validateOnCheckout = true;
    /**
     * Whether connections should be validated periodically when the pool is idle.
     */
    private boolean validatePeriodically = true;

    /**
     * Period at which validation operations may time out.
     */
    private String validateTimeout = "PT5S";
    /**
     * Period at which pool should be validated.
     */
    private String validatePeriod = "PT5M";

    /**
     * Attempt to populate the connection pool early on startup
     * and fail quickly if something goes wrong.
     */
    private boolean failFast = true;

    /**
     * Removes connections from the pool based on how long they have been idle in the available queue.
     * Prunes connections that have been idle for more than the indicated amount.
     */
    private String idleTime = "PT10M";
    /**
     * Removes connections from the pool based on how long they have been idle in the available queue.
     * Run the pruning process at the indicated interval.
     */
    private String prunePeriod = "PT2H";
    /**
     * The length of time the pool will block.
     * By default the pool will block indefinitely and there is no guarantee that
     * waiting threads will be serviced in the order in which they made their request.
     * This option should be used with a blocking connection pool when you need to control the exact
     * number of connections that can be created
     */
    private String blockWaitTime = "PT3S";

    /**
     * If multiple URLs are provided as the ldapURL this describes how each URL will be processed.
     * <ul>
     * <li>{@code DEFAULT} The default JNDI provider behavior will be used. </li>
     * <li>{@code ACTIVE_PASSIVE} First LDAP will be used for every request unless it fails and then the next shall be used.</li>
     * <li>{@code ROUND_ROBIN} For each new connection the next url in the list will be used.</li>
     * <li>{@code RANDOM} For each new connection a random LDAP url will be selected.</li>
     * <li>{@code DNS_SRV} LDAP urls based on DNS SRV records of the configured/given LDAP url will be used. </li>
     * </ul>
     */
    private String connectionStrategy;

    /**
     * The LDAP url to the server. More than one may be specified, separated by space and/or comma.
     */
    private String ldapUrl = "ldap://localhost:389";
    /**
     * If the LDAP connection should be used with SSL enabled.
     */
    private boolean useSsl = true;
    /**
     * Whether TLS should be used and enabled when establishing the connection.
     */
    private boolean useStartTls;
    /**
     * Sets the maximum amount of time that connects will block.
     */
    private String connectTimeout = "PT5S";
    /**
     * Duration of time to wait for responses.
     */
    private String responseTimeout = "PT5S";

    /**
     * LDAP operations are delegated to what we call a provider. This allows developers and deployers to change the underlying library
     * that provides the LDAP implementation without modifying any code. By default the JNDI provider is used, though
     * it may be swapped out for {@code org.ldaptive.provider.unboundid.UnboundIDProvider}.
     */
    private String providerClass;
    /**
     * Whether search/query results are allowed to match on multiple DNs,
     * or whether a single unique DN is expected for the result.
     */
    private boolean allowMultipleDns;

    /**
     * The bind DN to use when connecting to LDAP.
     * LDAP connection configuration injected into the LDAP connection pool can be initialized with the following parameters:
     * <ul>
     * <li>{@code bindDn/bindCredential} provided - Use the provided credentials to bind when initializing connections.</li>
     * <li>{@code bindDn/bindCredential}  set to {@code *} - Use a fast-bind strategy to initialize the pool.</li>
     * <li>{@code bindDn/bindCredential}  set to blank - Skip connection initializing; perform operations anonymously. </li>
     * <li>SASL mechanism provided - Use the given SASL mechanism to bind when initializing connections. </li>
     * </ul>
     */
    private String bindDn;
    /**
     * The bind credential to use when connecting to LDAP.
     */
    private String bindCredential;

    /**
     * The SASL realm.
     */
    private String saslRealm;
    /**
     * The SASL mechanism.
     */
    private String saslMechanism;
    /**
     * SASL authorization id.
     */
    private String saslAuthorizationId;
    /**
     * SASL security strength.
     */
    private String saslSecurityStrength;
    /**
     * SASL mutual auth is enabled?
     */
    private Boolean saslMutualAuth;
    /**
     * SASL quality of protected.
     */
    private String saslQualityOfProtection;

    /**
     * LDAP connection validator settings.
     */
    private Validator validator = new Validator();

    /**
     * Name of the authentication handler.
     */
    private String name;

    public String getValidateTimeout() {
        return validateTimeout;
    }

    public void setValidateTimeout(final String validateTimeout) {
        this.validateTimeout = validateTimeout;
    }

    public String getPoolPassivator() {
        return poolPassivator;
    }

    public void setPoolPassivator(final String poolPassivator) {
        this.poolPassivator = poolPassivator;
    }

    public String getConnectionStrategy() {
        return connectionStrategy;
    }

    public void setConnectionStrategy(final String connectionStrategy) {
        this.connectionStrategy = connectionStrategy;
    }

    public String getName() {
        return name;
    }

    public void setName(final String name) {
        this.name = name;
    }

    public Validator getValidator() {
        return validator;
    }

    public void setValidator(final Validator validator) {
        this.validator = validator;
    }

    public String getBindDn() {
        return bindDn;
    }

    public void setBindDn(final String bindDn) {
        this.bindDn = bindDn;
    }

    public String getBindCredential() {
        return bindCredential;
    }

    public void setBindCredential(final String bindCredential) {
        this.bindCredential = bindCredential;
    }

    public String getProviderClass() {
        return providerClass;
    }

    public void setProviderClass(final String providerClass) {
        this.providerClass = providerClass;
    }

    public boolean isAllowMultipleDns() {
        return allowMultipleDns;
    }

    public void setAllowMultipleDns(final boolean allowMultipleDns) {
        this.allowMultipleDns = allowMultipleDns;
    }

    public String getPrunePeriod() {
        return prunePeriod;
    }

    public void setPrunePeriod(final String prunePeriod) {
        this.prunePeriod = prunePeriod;
    }

    public String getTrustCertificates() {
        return trustCertificates;
    }

    public void setTrustCertificates(final String trustCertificates) {
        this.trustCertificates = trustCertificates;
    }

    public String getKeystore() {
        return keystore;
    }

    public void setKeystore(final String keystore) {
        this.keystore = keystore;
    }

    public String getKeystorePassword() {
        return keystorePassword;
    }

    public void setKeystorePassword(final String keystorePassword) {
        this.keystorePassword = keystorePassword;
    }

    public String getKeystoreType() {
        return keystoreType;
    }

    public void setKeystoreType(final String keystoreType) {
        this.keystoreType = keystoreType;
    }

    public int getMinPoolSize() {
        return minPoolSize;
    }

    public void setMinPoolSize(final int minPoolSize) {
        this.minPoolSize = minPoolSize;
    }

    public int getMaxPoolSize() {
        return maxPoolSize;
    }

    public void setMaxPoolSize(final int maxPoolSize) {
        this.maxPoolSize = maxPoolSize;
    }

    public boolean isValidateOnCheckout() {
        return validateOnCheckout;
    }

    public void setValidateOnCheckout(final boolean validateOnCheckout) {
        this.validateOnCheckout = validateOnCheckout;
    }

    public boolean isValidatePeriodically() {
        return validatePeriodically;
    }

    public void setValidatePeriodically(final boolean validatePeriodically) {
        this.validatePeriodically = validatePeriodically;
    }

    public String getValidatePeriod() {
        return validatePeriod;
    }

    public void setValidatePeriod(final String validatePeriod) {
        this.validatePeriod = validatePeriod;
    }

    public boolean isFailFast() {
        return failFast;
    }

    public void setFailFast(final boolean failFast) {
        this.failFast = failFast;
    }

    public String getIdleTime() {
        return idleTime;
    }

    public void setIdleTime(final String idleTime) {
        this.idleTime = idleTime;
    }

    public String getBlockWaitTime() {
        return blockWaitTime;
    }

    public void setBlockWaitTime(final String blockWaitTime) {
        this.blockWaitTime = blockWaitTime;
    }

    public String getLdapUrl() {
        return ldapUrl;
    }

    public void setLdapUrl(final String ldapUrl) {
        this.ldapUrl = ldapUrl;
    }

    public boolean isUseSsl() {
        return useSsl;
    }

    public void setUseSsl(final boolean useSsl) {
        this.useSsl = useSsl;
    }

    public boolean isUseStartTls() {
        return useStartTls;
    }

    public void setUseStartTls(final boolean useStartTls) {
        this.useStartTls = useStartTls;
    }

    public String getConnectTimeout() {
        return connectTimeout;
    }

    public void setConnectTimeout(final String connectTimeout) {
        this.connectTimeout = connectTimeout;
    }

    public String getSaslRealm() {
        return saslRealm;
    }

    public void setSaslRealm(final String saslRealm) {
        this.saslRealm = saslRealm;
    }

    public String getSaslMechanism() {
        return saslMechanism;
    }

    public void setSaslMechanism(final String saslMechanism) {
        this.saslMechanism = saslMechanism;
    }

    public String getSaslAuthorizationId() {
        return saslAuthorizationId;
    }

    public void setSaslAuthorizationId(final String saslAuthorizationId) {
        this.saslAuthorizationId = saslAuthorizationId;
    }

    public String getSaslSecurityStrength() {
        return saslSecurityStrength;
    }

    public void setSaslSecurityStrength(final String saslSecurityStrength) {
        this.saslSecurityStrength = saslSecurityStrength;
    }

    public String getSaslQualityOfProtection() {
        return saslQualityOfProtection;
    }

    public void setSaslQualityOfProtection(final String saslQualityOfProtection) {
        this.saslQualityOfProtection = saslQualityOfProtection;
    }

    public void setSaslMutualAuth(final Boolean saslMutualAuth) {
        this.saslMutualAuth = saslMutualAuth;
    }

    public Boolean getSaslMutualAuth() {
        return saslMutualAuth;
    }

    public String getResponseTimeout() {
        return responseTimeout;
    }

    public void setResponseTimeout(final String responseTimeout) {
        this.responseTimeout = responseTimeout;
    }

    public static class Validator implements Serializable {

        private static final long serialVersionUID = 1150417354213235193L;
        /**
         * The following LDAP validators can be used to test connection health status:
         * <ul>
         *     <li>{@code search}: Validates a connection is healthy by performing a search operation.
         *     Validation is considered successful if the search result size is greater than zero.</li>
         *     <li>{@code none}: No validation takes place.</li>
         *     <li>{@code compare}: Validates a connection is healthy by performing a compare operation.</li>
         * </ul>
         */
        private String type = "search";
        /**
         * Base DN to use for the search request of the search validator.
         */
        private String baseDn = StringUtils.EMPTY;
        /**
         * Search filter to use for the search request of the search validator.
         */
        private String searchFilter = "(objectClass=*)";
        /**
         * Search scope to use for the search request of the search validator.
         */
        private String scope = "OBJECT";
        /**
         * Attribute name to use for the compare validator.
         */
        private String attributeName = "objectClass";
        /**
         * Attribute values to use for the compare validator.
         */
        private List<String> attributeValues = CollectionUtils.wrap("top");
        /**
         * DN to compare to use for the compare validator.
         */
        private String dn = StringUtils.EMPTY;

        public String getDn() {
            return dn;
        }

        public void setDn(final String dn) {
            this.dn = dn;
        }

        public String getAttributeName() {
            return attributeName;
        }

        public void setAttributeName(final String attributeName) {
            this.attributeName = attributeName;
        }

        public List<String> getAttributeValues() {
            return attributeValues;
        }

        public void setAttributeValues(final List<String> attributeValues) {
            this.attributeValues = attributeValues;
        }

        public String getType() {
            return type;
        }

        public void setType(final String type) {
            this.type = type;
        }

        public String getBaseDn() {
            return baseDn;
        }

        public void setBaseDn(final String baseDn) {
            this.baseDn = baseDn;
        }

        public String getSearchFilter() {
            return searchFilter;
        }

        public void setSearchFilter(final String searchFilter) {
            this.searchFilter = searchFilter;
        }

        public String getScope() {
            return scope;
        }

        public void setScope(final String scope) {
            this.scope = scope;
        }
    }
}


1			package org.apereo.cas.configuration.model.support.ldap;
2
3			import org.apache.commons.lang3.StringUtils;
4			import org.apereo.cas.util.CollectionUtils;
5
6			import java.io.Serializable;
7			import java.util.List;
8
9			/**
10			* This is {@link AbstractLdapProperties}.
11			*
12			* @author Misagh Moayyed
13			* @since 5.0.0
14			*/
15			public abstract class AbstractLdapProperties implements Serializable {
16			private static final long serialVersionUID = 2682743362616979324L;
17
18			/**
19			* The ldap type used to handle specific ops.
20			*/
21			public enum LdapType {
22			/**
23			* Generic ldap type (OpenLDAP, 389ds, etc).
24			*/
25			GENERIC,
26			/**
27			* Active directory.
28			*/
29			AD,
30			/**
31			* FreeIPA directory.
32			*/
33			FreeIPA,
34			/**
35			* EDirectory.
36			*/
37			EDirectory
38			}
39
40			/**
41			* The ldap connection pool passivator.
42			*/
43			public enum LdapConnectionPoolPassivator {
44			/**
45			* No passivator.
46			*/
47			NONE,
48			/**
49			* Close passivator.
50			*/
51			CLOSE,
52			/**
53			* Bind passivator.
54			*/
55			BIND
56			}
57
58			/**
59			* Describe ldap connection strategies.
60			*/
61			public enum LdapConnectionStrategy {
62			/**
63			* Default JNDI.
64			*/
65			DEFAULT,
66			/**
67			* First ldap used until it fails.
68			*/
69			ACTIVE_PASSIVE,
70			/**
71			* Navigate the ldap url list for new connections and circle back.
72			*/
73			ROUND_ROBIN,
74			/**
75			* Randomly pick a url.
76			*/
77			RANDOM,
78			/**
79			* ldap urls based on DNS SRV records.
80			*/
81			DNS_SRV
82			}
83
84			/**
85			* Path of the trust certificates to use for the SSL connection.
86			* Ignores keystore-related settings when activated and used.
87			*/
88			private String trustCertificates;
89
90			/**
91			* Path to the keystore used for SSL connections.
92			* Typically contains SSL certificates for the LDAP server.
93			*/
94			private String keystore;
95			/**
96			* Keystore password.
97			*/
98			private String keystorePassword;
99			/**
100			* The type of keystore. {@code PKCS12} or {@code JKS}.
101			* If left blank, defaults to the default keystore type indicated
102			* by the underlying Java platform.
103			*/
104			private String keystoreType;
105
106			/**
107			* Minimum LDAP connection pool size.
108			* Size the pool should be initialized to and pruned to
109			*/
110			private int minPoolSize = 3;
111
112			/**
113			* Maximum LDAP connection pool size which the pool can use to grow.
114			*/
115			private int maxPoolSize = 10;
116
117			/**
118			* You may receive unexpected LDAP failures, when CAS is configured to authenticate
119			* using DIRECT or AUTHENTICATED types and LDAP is locked down to not allow anonymous binds/searches.
120			* Every second attempt with a given LDAP connection from the pool would fail if it was on
121			* the same connection as a failed login attempt, and the regular connection validator would
122			* similarly fail. When a connection is returned back to a pool,
123			* it still may contain the principal and credentials from the previous attempt.
124			* Before the next bind attempt using that connection, the validator tries to
125			* validate the connection again but fails because it’s no longer trying with the
126			* configured bind credentials but with whatever user DN was used in the previous step.
127			* Given the validation failure, the connection is closed and CAS would deny access by default. Passivators attempt to reconnect
128			* to LDAP with the configured bind credentials, effectively resetting the connection
129			* to what it should be after each bind request.
130			*/
131			private String poolPassivator = "BIND";
132
133			/**
134			* Whether connections should be validated when loaned out from the pool.
135			*/
136			private boolean validateOnCheckout = true;
137			/**
138			* Whether connections should be validated periodically when the pool is idle.
139			*/
140			private boolean validatePeriodically = true;
141
142			/**
143			* Period at which validation operations may time out.
144			*/
145			private String validateTimeout = "PT5S";
146			/**
147			* Period at which pool should be validated.
148			*/
149			private String validatePeriod = "PT5M";
150
151			/**
152			* Attempt to populate the connection pool early on startup
153			* and fail quickly if something goes wrong.
154			*/
155			private boolean failFast = true;
156
157			/**
158			* Removes connections from the pool based on how long they have been idle in the available queue.
159			* Prunes connections that have been idle for more than the indicated amount.
160			*/
161			private String idleTime = "PT10M";
162			/**
163			* Removes connections from the pool based on how long they have been idle in the available queue.
164			* Run the pruning process at the indicated interval.
165			*/
166			private String prunePeriod = "PT2H";
167			/**
168			* The length of time the pool will block.
169			* By default the pool will block indefinitely and there is no guarantee that
170			* waiting threads will be serviced in the order in which they made their request.
171			* This option should be used with a blocking connection pool when you need to control the exact
172			* number of connections that can be created
173			*/
174			private String blockWaitTime = "PT3S";
175
176			/**
177			* If multiple URLs are provided as the ldapURL this describes how each URL will be processed.
178			* <ul>
179			* <li>{@code DEFAULT} The default JNDI provider behavior will be used. </li>
180			* <li>{@code ACTIVE_PASSIVE} First LDAP will be used for every request unless it fails and then the next shall be used.</li>
181			* <li>{@code ROUND_ROBIN} For each new connection the next url in the list will be used.</li>
182			* <li>{@code RANDOM} For each new connection a random LDAP url will be selected.</li>
183			* <li>{@code DNS_SRV} LDAP urls based on DNS SRV records of the configured/given LDAP url will be used. </li>
184			* </ul>
185			*/
186			private String connectionStrategy;
187
188			/**
189			* The LDAP url to the server. More than one may be specified, separated by space and/or comma.
190			*/
191			private String ldapUrl = "ldap://localhost:389";
192			/**
193			* If the LDAP connection should be used with SSL enabled.
194			*/
195			private boolean useSsl = true;
196			/**
197			* Whether TLS should be used and enabled when establishing the connection.
198			*/
199			private boolean useStartTls;
200			/**
201			* Sets the maximum amount of time that connects will block.
202			*/
203			private String connectTimeout = "PT5S";
204			/**
205			* Duration of time to wait for responses.
206			*/
207			private String responseTimeout = "PT5S";
208
209			/**
210			* LDAP operations are delegated to what we call a provider. This allows developers and deployers to change the underlying library
211			* that provides the LDAP implementation without modifying any code. By default the JNDI provider is used, though
212			* it may be swapped out for {@code org.ldaptive.provider.unboundid.UnboundIDProvider}.
213			*/
214			private String providerClass;
215			/**
216			* Whether search/query results are allowed to match on multiple DNs,
217			* or whether a single unique DN is expected for the result.
218			*/
219			private boolean allowMultipleDns;
220
221			/**
222			* The bind DN to use when connecting to LDAP.
223			* LDAP connection configuration injected into the LDAP connection pool can be initialized with the following parameters:
224			* <ul>
225			* <li>{@code bindDn/bindCredential} provided - Use the provided credentials to bind when initializing connections.</li>
226			* <li>{@code bindDn/bindCredential} set to {@code *} - Use a fast-bind strategy to initialize the pool.</li>
227			* <li>{@code bindDn/bindCredential} set to blank - Skip connection initializing; perform operations anonymously. </li>
228			* <li>SASL mechanism provided - Use the given SASL mechanism to bind when initializing connections. </li>
229			* </ul>
230			*/
231			private String bindDn;
232			/**
233			* The bind credential to use when connecting to LDAP.
234			*/
235			private String bindCredential;
236
237			/**
238			* The SASL realm.
239			*/
240			private String saslRealm;
241			/**
242			* The SASL mechanism.
243			*/
244			private String saslMechanism;
245			/**
246			* SASL authorization id.
247			*/
248			private String saslAuthorizationId;
249			/**
250			* SASL security strength.
251			*/
252			private String saslSecurityStrength;
253			/**
254			* SASL mutual auth is enabled?
255			*/
256			private Boolean saslMutualAuth;
257			/**
258			* SASL quality of protected.
259			*/
260			private String saslQualityOfProtection;
261
262			/**
263			* LDAP connection validator settings.
264			*/
265			private Validator validator = new Validator();
266
267			/**
268			* Name of the authentication handler.
269			*/
270			private String name;
271
272			public String getValidateTimeout() {
273			return validateTimeout;
274			}
275
276			public void setValidateTimeout(final String validateTimeout) {
277			this.validateTimeout = validateTimeout;
278			}
279
280			public String getPoolPassivator() {
281			return poolPassivator;
282			}
283
284			public void setPoolPassivator(final String poolPassivator) {
285			this.poolPassivator = poolPassivator;
286			}
287
288			public String getConnectionStrategy() {
289			return connectionStrategy;
290			}
291
292			public void setConnectionStrategy(final String connectionStrategy) {
293			this.connectionStrategy = connectionStrategy;
294			}
295
296			public String getName() {
297			return name;
298			}
299
300			public void setName(final String name) {
301			this.name = name;
302			}
303
304			public Validator getValidator() {
305			return validator;
306			}
307
308			public void setValidator(final Validator validator) {
309			this.validator = validator;
310			}
311
312			public String getBindDn() {
313			return bindDn;
314			}
315
316			public void setBindDn(final String bindDn) {
317			this.bindDn = bindDn;
318			}
319
320			public String getBindCredential() {
321			return bindCredential;
322			}
323
324			public void setBindCredential(final String bindCredential) {
325			this.bindCredential = bindCredential;
326			}
327
328			public String getProviderClass() {
329			return providerClass;
330			}
331
332			public void setProviderClass(final String providerClass) {
333			this.providerClass = providerClass;
334			}
335
336			public boolean isAllowMultipleDns() {
337			return allowMultipleDns;
338			}
339
340			public void setAllowMultipleDns(final boolean allowMultipleDns) {
341			this.allowMultipleDns = allowMultipleDns;
342			}
343
344			public String getPrunePeriod() {
345			return prunePeriod;
346			}
347
348			public void setPrunePeriod(final String prunePeriod) {
349			this.prunePeriod = prunePeriod;
350			}
351
352			public String getTrustCertificates() {
353			return trustCertificates;
354			}
355
356			public void setTrustCertificates(final String trustCertificates) {
357			this.trustCertificates = trustCertificates;
358			}
359
360			public String getKeystore() {
361			return keystore;
362			}
363
364			public void setKeystore(final String keystore) {
365			this.keystore = keystore;
366			}
367
368			public String getKeystorePassword() {
369			return keystorePassword;
370			}
371
372			public void setKeystorePassword(final String keystorePassword) {
373			this.keystorePassword = keystorePassword;
374			}
375
376			public String getKeystoreType() {
377			return keystoreType;
378			}
379
380			public void setKeystoreType(final String keystoreType) {
381			this.keystoreType = keystoreType;
382			}
383
384			public int getMinPoolSize() {
385			return minPoolSize;
386			}
387
388			public void setMinPoolSize(final int minPoolSize) {
389			this.minPoolSize = minPoolSize;
390			}
391
392			public int getMaxPoolSize() {
393			return maxPoolSize;
394			}
395
396			public void setMaxPoolSize(final int maxPoolSize) {
397			this.maxPoolSize = maxPoolSize;
398			}
399
400			public boolean isValidateOnCheckout() {
401			return validateOnCheckout;
402			}
403
404			public void setValidateOnCheckout(final boolean validateOnCheckout) {
405			this.validateOnCheckout = validateOnCheckout;
406			}
407
408			public boolean isValidatePeriodically() {
409			return validatePeriodically;
410			}
411
412			public void setValidatePeriodically(final boolean validatePeriodically) {
413			this.validatePeriodically = validatePeriodically;
414			}
415
416			public String getValidatePeriod() {
417			return validatePeriod;
418			}
419
420			public void setValidatePeriod(final String validatePeriod) {
421			this.validatePeriod = validatePeriod;
422			}
423
424			public boolean isFailFast() {
425			return failFast;
426			}
427
428			public void setFailFast(final boolean failFast) {
429			this.failFast = failFast;
430			}
431
432			public String getIdleTime() {
433			return idleTime;
434			}
435
436			public void setIdleTime(final String idleTime) {
437			this.idleTime = idleTime;
438			}
439
440			public String getBlockWaitTime() {
441			return blockWaitTime;
442			}
443
444			public void setBlockWaitTime(final String blockWaitTime) {
445			this.blockWaitTime = blockWaitTime;
446			}
447
448			public String getLdapUrl() {
449			return ldapUrl;
450			}
451
452			public void setLdapUrl(final String ldapUrl) {
453			this.ldapUrl = ldapUrl;
454			}
455
456			public boolean isUseSsl() {
457			return useSsl;
458			}
459
460			public void setUseSsl(final boolean useSsl) {
461			this.useSsl = useSsl;
462			}
463
464			public boolean isUseStartTls() {
465			return useStartTls;
466			}
467
468			public void setUseStartTls(final boolean useStartTls) {
469			this.useStartTls = useStartTls;
470			}
471
472			public String getConnectTimeout() {
473			return connectTimeout;
474			}
475
476			public void setConnectTimeout(final String connectTimeout) {
477			this.connectTimeout = connectTimeout;
478			}
479
480			public String getSaslRealm() {
481			return saslRealm;
482			}
483
484			public void setSaslRealm(final String saslRealm) {
485			this.saslRealm = saslRealm;
486			}
487
488			public String getSaslMechanism() {
489			return saslMechanism;
490			}
491
492			public void setSaslMechanism(final String saslMechanism) {
493			this.saslMechanism = saslMechanism;
494			}
495
496			public String getSaslAuthorizationId() {
497			return saslAuthorizationId;
498			}
499
500			public void setSaslAuthorizationId(final String saslAuthorizationId) {
501			this.saslAuthorizationId = saslAuthorizationId;
502			}
503
504			public String getSaslSecurityStrength() {
505			return saslSecurityStrength;
506			}
507
508			public void setSaslSecurityStrength(final String saslSecurityStrength) {
509			this.saslSecurityStrength = saslSecurityStrength;
510			}
511
512			public String getSaslQualityOfProtection() {
513			return saslQualityOfProtection;
514			}
515
516			public void setSaslQualityOfProtection(final String saslQualityOfProtection) {
517			this.saslQualityOfProtection = saslQualityOfProtection;
518			}
519
520			public void setSaslMutualAuth(final Boolean saslMutualAuth) {
521			this.saslMutualAuth = saslMutualAuth;
522			}
523
524			public Boolean getSaslMutualAuth() {
525			return saslMutualAuth;
526			}
527
528			public String getResponseTimeout() {
529			return responseTimeout;
530			}
531
532			public void setResponseTimeout(final String responseTimeout) {
533			this.responseTimeout = responseTimeout;
534			}
535
536			public static class Validator implements Serializable {
537
538			private static final long serialVersionUID = 1150417354213235193L;
539			/**
540			* The following LDAP validators can be used to test connection health status:
541			* <ul>
542			* <li>{@code search}: Validates a connection is healthy by performing a search operation.
543			* Validation is considered successful if the search result size is greater than zero.</li>
544			* <li>{@code none}: No validation takes place.</li>
545			* <li>{@code compare}: Validates a connection is healthy by performing a compare operation.</li>
546			* </ul>
547			*/
548			private String type = "search";
549			/**
550			* Base DN to use for the search request of the search validator.
551			*/
552			private String baseDn = StringUtils.EMPTY;
553			/**
554			* Search filter to use for the search request of the search validator.
555			*/
556			private String searchFilter = "(objectClass=*)";
557			/**
558			* Search scope to use for the search request of the search validator.
559			*/
560			private String scope = "OBJECT";
561			/**
562			* Attribute name to use for the compare validator.
563			*/
564			private String attributeName = "objectClass";
565			/**
566			* Attribute values to use for the compare validator.
567			*/
568			private List<String> attributeValues = CollectionUtils.wrap("top");
569			/**
570			* DN to compare to use for the compare validator.
571			*/
572			private String dn = StringUtils.EMPTY;
573
574			public String getDn() {
575			return dn;
576			}
577
578			public void setDn(final String dn) {
579			this.dn = dn;
580			}
581
582			public String getAttributeName() {
583			return attributeName;
584			}
585
586			public void setAttributeName(final String attributeName) {
587			this.attributeName = attributeName;
588			}
589
590			public List<String> getAttributeValues() {
591			return attributeValues;
592			}
593
594			public void setAttributeValues(final List<String> attributeValues) {
595			this.attributeValues = attributeValues;
596			}
597
598			public String getType() {
599			return type;
600			}
601
602			public void setType(final String type) {
603			this.type = type;
604			}
605
606			public String getBaseDn() {
607			return baseDn;
608			}
609
610			public void setBaseDn(final String baseDn) {
611			this.baseDn = baseDn;
612			}
613
614			public String getSearchFilter() {
615			return searchFilter;
616			}
617
618			public void setSearchFilter(final String searchFilter) {
619			this.searchFilter = searchFilter;
620			}
621
622			public String getScope() {
623			return scope;
624			}
625
626			public void setScope(final String scope) {
627			this.scope = scope;
628			}
629			}
630			}
631

apereo / cas

getBaseDn() A last analyzed 2017-11-22 16:02 UTC

Complexity

Size

Duplication

Importance

Duplication Side-by-Side

Filter issues like

getBaseDn() A
last analyzed 2017-11-22 16:02 UTC