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Note that the paging state can only be reused with the exact samestatement (same query string, same parameters). Also, it is an opaquevalue that is only meant to be collected, stored an re-used. If you tryto modify its contents or reuse it with a different statement, thedriver will raise an error.

When I look at the query profile in SQL compute I see that 50 seconds are spendt in the "Columnar To Row" step. This makes me rather suspicios, since I got the impression that with an updated PowerBI we would take advantage of "cloud fetch" which creates files containing Apache Arrow batches, which is a columnar format. So why the conversion to rows? Maybe it is not actually using cloud fetch? Is there any way to verify that I am actually using cloud fetch? Either in PowerBi logs or in the Databricks SQL compute endpoint web interface?

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Query results are uploaded to an internal DBFS storage location as arrow-serialized files of up to 20 MB. Azure Databricks generates and returns shared access signatures to the uploaded files when the driver sends fetch requests after query completion. The ODBC driver then uses the URLs to download the results directly from DBFS.

That error message is strange, here it works as expected.

Anyway, the message comes from trying to download information identifying the proper driver series, and the download seems to fail for some reason.

With the newfound capacity to manage applicants at volume, Fetch continued to expand. New warehouses opened up across the country, leading to heightened demand for readily available drivers. To meet this demand, the Driver Operations team needed to widen the top of the hiring funnel and increase the total pool of drivers, fast. With Fountain on their side, Fetch was able to promote open postings across multiple job boards.

Within one year of launching Fountain, Fetch increased their monthly driver applicant volume by 325% and they continue to manage more than 10,000 monthly applicants with their small-but-mighty three-person Driver Operations team.

Until today, you could not use PlanetScale in these environments because they require external connections to be made over HTTP and not other networking protocols. Connections with other MySQL drivers speak the MySQL binary protocol over a raw TCP socket. Our new driver uses secure HTTP, which allows you to use PlanetScale in these constrained environments. The driver works in any environment that uses the Fetch API.

AUSTIN, Texas, Nov. 2, 2023 /PRNewswire/ -- Fetch, the first and only offsite package management solution for apartment communities, today announced a significant update to its driver software platform as the company works toward a fully accessible, transparent business model. Fetch is also investing more into the Preferred Driver Program to recognize and reward its highest performing delivery partners.

Delivery partners with Fetch have already delivered more than 7.2 million packages in 2023, with a 97% satisfaction rating. While drivers are doing an exemplary job, Fetch is committed to streamlining operations and making drivers' jobs easier. The new delivery partner software consolidates three apps into one, empowering drivers to manage their own availability and schedule, as well as access delivery metrics, from a single site.

"We are putting data in the delivery partners' hands," said Fetch Driver Operations Manager Grant Rogers. "By condensing all driver information into a single app, we're changing the way the drivers interact with the network of routes we have created. We're striving for a fully transparent future, providing drivers with valuable insights and earnings predictability, and the ability to track their performance goals."

The software update accelerates driver payment, allowing drivers to be paid the same day the job is completed. Drivers now also have the ability to accept work wherever they are by adding delivery blocks at any Fetch-served city, building valuable flexibility into their schedules and increasing earning opportunities.

Through its new Preferred Driver Program, Fetch rewards high performing delivery partners. Delivery partners who demonstrate exceptional customer service, efficiency, safety, value creation and commitment are eligible for the program. Qualified drivers are offered increased earning potential through preferred scheduling, monthly earning incentives and other benefits.

"The Preferred Driver Program is a huge opportunity for drivers looking to expand their delivery businesses and income," said Phil Benning, a delivery partner in Texas. "The priority scheduling and bonuses allow drivers to create their own work week and maximize their earnings. Fetch is rewarding drivers who demonstrate a higher level of professionalism, and it means a lot to have our work acknowledged and know it is valued."

About Fetch Fetch makes apartment package delivery convenient, reliable, and enjoyable for residents and onsite teams alike. To date, Fetch Package Inc. has delivered over 28 million packages to residents of apartment communities with a last-mile delivery platform designed to scale with growing e-commerce trends. Fetch completely solves multifamily's resident package problem by moving packages offsite and coordinating delivery directly with residents. The company is headquartered in Austin, Texas, operates in more than 25 major markets across the United States and supports more than 350K apartment homes in over 1,000 communities. For more information, visit fetchpackage.com and follow us on LinkedIn.

Open Database Connectivity (ODBC) provides a standard interface that allows one application to access many different data sources. The application's source code does not have to be recompiled for each data source. A database driver links the application to a specific data source. A database driver is a dynamic-link library that an application can invoke on demand to gain access to a particular data source. Therefore, the application can access any data source for which a database driver exists.

TNS Service Name - The location of the Oracle database from which the ODBC driver will retrieve data. This is the same name entered in Configuring Oracle Net Services using the Oracle Net Configuration Assistant (NETCA). For more information, see the NETCA documentation and About Using the Oracle ODBC Driver for the First Time. The TNS Service Name can be selected from a pull-down list of available TNS names. For example, "ODBC-PC". You must enter a TNS Service Name.

Numeric Settings - Allows you to choose the numeric settings that determine the decimal and group separator characters when receiving and returning numeric data that is bound as strings. This option allows you to choose Oracle NLS settings (the default setting), Microsoft default regional settings (to provide a way to mirror the Oracle OLE DB driver's behavior for greater interoperability), or US numeric settings (which are necessary when using MS Access or DAO (Database Access Objects) in non-US environments).

Fetch Buffer Size - The amount of memory used to determine how many rows of data the ODBC Driver prefetches at a time from an Oracle database regardless of the number of rows the application program requests in a single query. However, the number of prefetched rows depends on the width and number of columns specified in a single query. Applications that typically fetch fewer than 20 rows of data at a time improve their response time, particularly over slow network connections or to heavily loaded servers. Setting Fetch Buffer Size too high can make response time worse or consume large amounts of memory.

When LONG and LOB data types are present, the number of rows prefetched by the ODBC Driver is not determined by the Fetch Buffer Size. The inclusion of the LONG and LOB data types minimizes the performance improvement and could result in excessive memory use. The ODBC Driver disregards Fetch Buffer Size and prefetches a set number of rows only in the presence of the LONG and LOB data types.

Prefetch size for LONG column data - Set this value to prefetch LONG or LONG RAW data to improve performance of ODBC applications. This enhancement improves the performance of Oracle ODBC driver up to 10 times, depending on the prefetch size set by the user. The default value is 0. The maximum value that you can set is 64 KB (65536 bytes).

If the value of prefetch size is greater than 65536, the data fetched is only 65536 bytes. If you have LONG or LONG RAW data in the database that is greater that 65536 bytes, then set the prefetch size to 0 (the default value), which causes single-row fetch and fetches complete LONG data. If you pass a buffer size less than the prefetch size in nonpolling mode, a data truncation error occurs if the LONG data size in the database is greater than the buffer size.

Use OCIDescribeAny - Check this box to gain a performance improvement by forcing the driver to use OCIDescribeAny()when an application makes heavy calls to small packaged procedures that return REF CURSORS.

When an error occurs, the Oracle ODBC Driver returns the native error number, the SQLSTATE (an ODBC error code), and an error message. The driver derives this information both from errors detected by the driver and errors returned by the Oracle server.

Use this option when you migrate any third party ODBC application to Oracle Database and you want to use implicit results functionality as supported by the previous vendor. Oracle ODBC driver supports implicit results with stored procedures or an anonymous PL/SQL block. For the current release, implicit results are returned only for SELECT statements.

The Microsoft or unixODBC ODBC Driver Manager (Driver Manager) makes all ODBC drivers, regardless if they support Unicode, appear as if they are Unicode compliant. This allows ODBC applications to be written independent of the Unicode capabilities of underlying ODBC drivers.

The extent to which the Driver Manager can emulate Unicode support for ANSI ODBC drivers is limited by the conversions possible between the Unicode data and the local code page. Data loss is possible when the Driver Manager is converting from Unicode to the local code page. Full Unicode support is not possible unless the underlying ODBC driver supports Unicode. The Oracle ODBC Driver provides full Unicode support. 17dc91bb1f