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alq_write(9) -- Asynchronous Logging Queues
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The alq facility provides an asynchronous fixed length recording mechanism, known as Asynchronous Logging Queues. It can record to any vnode(9), thus providing the ability to journal logs to character... |
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arc4rand(9) -- supply pseudo-random numbers
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The random() function will by default produce a sequence of numbers that can be duplicated by calling srandom() with `1' as the seed. The srandom() function may be called with any arbitrary seed valu... |
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arc4random(9) -- supply pseudo-random numbers
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The random() function will by default produce a sequence of numbers that can be duplicated by calling srandom() with `1' as the seed. The srandom() function may be called with any arbitrary seed valu... |
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atomic(9) -- atomic operations
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Each of the atomic operations is guaranteed to be atomic in the presence of interrupts. They can be used to implement reference counts or as building blocks for more advanced synchronization primitive... |
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atomic_add(9) -- atomic operations
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Each of the atomic operations is guaranteed to be atomic in the presence of interrupts. They can be used to implement reference counts or as building blocks for more advanced synchronization primitive... |
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atomic_clear(9) -- atomic operations
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Each of the atomic operations is guaranteed to be atomic in the presence of interrupts. They can be used to implement reference counts or as building blocks for more advanced synchronization primitive... |
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atomic_cmpset(9) -- atomic operations
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Each of the atomic operations is guaranteed to be atomic in the presence of interrupts. They can be used to implement reference counts or as building blocks for more advanced synchronization primitive... |
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atomic_load(9) -- atomic operations
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Each of the atomic operations is guaranteed to be atomic in the presence of interrupts. They can be used to implement reference counts or as building blocks for more advanced synchronization primitive... |
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atomic_readandclear(9) -- atomic operations
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Each of the atomic operations is guaranteed to be atomic in the presence of interrupts. They can be used to implement reference counts or as building blocks for more advanced synchronization primitive... |
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atomic_set(9) -- atomic operations
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Each of the atomic operations is guaranteed to be atomic in the presence of interrupts. They can be used to implement reference counts or as building blocks for more advanced synchronization primitive... |
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atomic_store(9) -- atomic operations
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Each of the atomic operations is guaranteed to be atomic in the presence of interrupts. They can be used to implement reference counts or as building blocks for more advanced synchronization primitive... |
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atomic_subtract(9) -- atomic operations
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Each of the atomic operations is guaranteed to be atomic in the presence of interrupts. They can be used to implement reference counts or as building blocks for more advanced synchronization primitive... |
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be16dec(9) -- byte order operations
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The bswap16(), bswap32(), and bswap64() functions return a byte order swapped integer. On big endian systems, the number is converted to little endian byte order. On little endian systems, the number ... |
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be16enc(9) -- byte order operations
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The bswap16(), bswap32(), and bswap64() functions return a byte order swapped integer. On big endian systems, the number is converted to little endian byte order. On little endian systems, the number ... |
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be16toh(9) -- byte order operations
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The bswap16(), bswap32(), and bswap64() functions return a byte order swapped integer. On big endian systems, the number is converted to little endian byte order. On little endian systems, the number ... |
