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In January 2022, USPTO.gov account holders who use TEAS and TEASi were able to begin verifying their identity through a secure, online system. As of August 6, 2022, identity verification is mandatory for USPTO.gov account holders to file through TEAS and TEASi. For more information, see identity verification for trademark filers.

Buy your license online and receive it immediately after your purchase. In our online store, you can shop for multiple people in the same transaction. This is great for families, lodges, and processors. Learn more about licenses and tags.

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Previously, there were three courts in Butte County: Butte County Superior Court, North County Municipal Court, and South County Municipal Court. The Butte County Superior Court, North County Municipal Court, and South County Municipal Court unified onto a single database system in early 1996. Butte County Superior Court cases are available from 1988 onward. North County Municipal Court cases are available from late 1985 onward. South County Municipal Court cases are available from 1989 onward. Cases filed from 1950 onward may be listed in the web index if there has been activity in the case after an electronic index was established.

MOSES is the Department of Inland Fisheries & Wildlife's online hunting, fishing, and trapping licensing system. This service is available to any resident or non-resident sportsperson looking to hunt, fish, or trap in the State of Maine.

This online service is not available for individuals that need to obtain a Complimentary, Lifetime, or Military license or for individuals from countries other than the USA or Canada.

The HWOL Indexmeasures the change in advertised online job vacancies over time, reflecting monthly trends in employment opportunities across the US. The Help Wanted OnLine Index is produced in collaboration with Lightcast (formerly Emsi Burning Glass), the global leader in real-time labor market data and analysis. This collaboration enhances the Help Wanted OnLine program by providing additional insights into important labor market trends.

Prior to 2020, The Conference Board constructed the HWOL Index based solely on online job ads over time. Using a methodology designed to reduce non-economic volatility contributed by online job sources, the HWOL Index served an effective measure of changes in labor demand over time.

Beginning January 2020, the HWOL Index was refined as an estimate of change in job openings (based on BLS JOLTS), using a series of econometric models which incorporate job ads with other macroeconomic indicators such as employment and aggregate hours worked. By adopting a modeled approach which combines other data sources with data on online job ads, the HWOL Index more accurately tracks important movements in the labor market.

The Conference Board-Lightcast Help Wanted OnLine (HWOL) Indexmeasures changes over time in advertised online job vacancies, reflecting monthly trends in employment opportunities across the US. The HWOL Data Series aggregates the total number of ads available by month from the HWOL universe of online job ads. Ads in the HWOL universe are collected in real-time from over 50,000 online job domains including traditional job boards, corporate boards, social media sites, and smaller job sites that serve niche markets and smaller geographic areas.

In 2019, Lightcast (formerly Emsi Burning Glass) joined the Help Wanted OnLine program as the new sole provider of online job ad data for HWOL. With this partnership, the HWOL Data Series has been revised historically to reflect a new universe and methodology of online job advertisements and therefore cannot be used in conjunction with the pre-revised HWOL Data Series. The HWOL Data Series begins in January 2015 and the HWOL Index begins in December 2005. HWOL Index values prior to 2020 are based on job ads collected by CEB, Inc.

Those using this data are urged to review the information on the database and methodology available on The Conference Board website and contact us with questions and comments. Background information and technical note and discussion of revisions to the series are available at: -board.org/data/helpwantedonline.cfm.

How often the HEADS UP online training needs to be taken varies by individual states, leagues, and schools. We recommend that you check with your state, league, or school regarding their specific requirements on how often you need to complete this training.

To allow for concurrent user activity during an index data definition language (DDL) operation, the following structures are used during the online index operation: source and pre-existing indexes, target, and for rebuilding a heap or dropping a clustered index online, a temporary mapping index.

The source is the original table or clustered index data. Pre-existing indexes are any nonclustered indexes that are associated with the source structure. For example, if the online index operation is rebuilding a clustered index that has four associated nonclustered indexes, the source is the existing clustered index and the pre-existing indexes are the nonclustered indexes.

The pre-existing indexes are available to concurrent users for select, insert, update, and delete operations. This includes bulk inserts (supported but not recommended) and implicit updates by triggers and referential integrity constraints. All pre-existing indexes are available for queries and searches. This means they may be selected by the query optimizer and, if necessary, specified in index hints.

The target or targets is the new index (or heap) or a set of new indexes that is being created or rebuilt. User insert, update, and delete operations to the source are applied by the SQL Server Database Engine to the target during the index operation. For example, if the online index operation is rebuilding a clustered index, the target is the rebuilt clustered index; the Database Engine does not rebuild nonclustered indexes when a clustered index is rebuilt.

Online index operations that create, drop, or rebuild a clustered index also require a temporary mapping index. This temporary index is used by concurrent transactions to determine which records to delete in the new indexes that are being built when rows in the underlying table are updated or deleted. This nonclustered index is created in the same step as the new clustered index (or heap) and does not require a separate sort operation. Concurrent transactions also maintain the temporary mapping index in all their insert, update, and delete operations.

The following illustration shows the process for creating an initial clustered index online. The source object (the heap) has no other indexes. The source and target structure activities are shown for each phase; concurrent user select, insert, update, and delete operations are also shown. The preparation, build, and final phases are indicated together with the lock modes used in each phase.

* The index operation waits for any uncommitted update transactions to complete before acquiring the S lock or SCH-M lock on the table. If a long running query is taking place, the online index operation waits until the query has finished.

** The resource lock INDEX_BUILD_INTERNAL_RESOURCE prevents the execution of concurrent data definition language (DDL) operations on the source and pre-existing structures while the index operation is in progress. For example, this lock prevents concurrent rebuild of two indexes on the same table. Although this resource lock is associated with the Sch-M lock, it does not prevent data manipulation statements.

The previous table shows a single Shared (S) lock acquired during the build phase of an online index operation that involves a single index. When clustered and nonclustered indexes are built, or rebuilt, in a single online index operation (for example, during the initial clustered index creation on a table that contains one or more nonclustered indexes) two short-term S locks are acquired during the build phase followed by long-term Intent Shared (IS) locks. One S lock is acquired first for the clustered index creation and when creating the clustered index is completed, a second short-term S lock is acquired for creating the nonclustered indexes. After the nonclustered indexes are created, the S lock is downgraded to an IS lock until the final phase of the online index operation.

The lifetime of a cursor declared on a table that is involved in an online index operation is limited by the online index phases. Update cursors are invalidated at each phase. Read-only cursors are invalidated only after the final phase.

Note: If you experience technical difficulties logging into or using the online licensing system, please check first the compatibility of your browser by reviewing the compatibility information located at the bottom of the online licensing system login page. If that does not resolve the issue, please contact the HPC Helpdesk for technical assistance.

If you need to set up an account in the online licensing system or need help navigating the system, please review the How To User Guides webpage (found in the right-hand menu) for assistance. If you are renewing a license and already have an online account set up, you may click on the above button to take you to the online licensing system.

The records available in this index include: recorded land records (deeds, deeds of trust, liens, releases, etc.), survey and subdivison maps, filed FBNs, CEQA filings, and registered notaries, LDAs, process servers, and unlawful detainers.

The Madera County Clerk-Recorder does offer an online index of Official Public Records recorded from mid-1980 to present. This index is updated daily. You can search this online index to locate documents that can be reviewed and purchased by visiting our office.

All recorded documents are indexed by the names of the principal parties. To locate a document in our indices, you will need to know the name of at least one party and the approximate year the document was recorded. Documents cannot be searched by address or APN. 006ab0faaa