store banks - Docs search results

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

restored by replaying from WAL up to just before the attempted truncation. This isn't a hugely desirable behavior, but such failures are rare enough that it seems an acceptable solution. Prevent checkpoints from starting

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

restored by replaying from WAL up to just before the attempted truncation. This isn't a hugely desirable behavior, but such failures are rare enough that it seems an acceptable solution. Prevent checkpoints from starting

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

banks, so that each bank uses a separate LWLock. This results in increased scalability. Also, a new concurrency model for SLRU implementation that uses atomic reads and writes is proposed. Introduced new features, optimizations

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

banks, so that each bank uses a separate LWLock. This results in increased scalability. Also, a new concurrency model for SLRU implementation that uses atomic reads and writes is proposed. Added

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

banks, so that each bank uses a separate LWLock. This results in increased scalability. Also, a new concurrency model for SLRU implementation that uses atomic reads and writes is proposed. Added

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

banks, so that each bank uses a separate LWLock. This results in increased scalability. Also, a new concurrency model for SLRU implementation that uses atomic reads and writes is proposed. Added

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

restored by replaying from WAL up to just before the attempted truncation. This isn't a hugely desirable behavior, but such failures are rare enough that it seems an acceptable solution. Prevent checkpoints from starting

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration

bank would certainly not use asynchronous commit for a transaction recording an ATM's dispensing of cash. But in many scenarios, such as event logging, there is no need for a strong guarantee of this

stored in UTF-8 encoding. They will be translated to the actual database encoding, if that is different, when they are read into the server. Caution Normally, a database session will read a dictionary configuration