Сходство 80-100%, стойкость ароматов 3-5 часов. Сходство 90-95%, стойкость около 8 часов. Качество превосходное (см. отзывы). Тестер упакован в обычную белую картонную коробочку, на бутылочке часто отсутствует оригинальная крышка. Объем флакона обычно большой — 100 мл, реже 75 и 50 мл. Сходство 90-95%, стойкость около 8 часов. Парфюм упакован в фирменную коробку. Объем флакона обычно большой — 100 мл, реже 75 и 50 мл. Cходство 80-100%, стойкость ароматов от 8 часов и более. Большинства ароматов нет в российских магазинах. 5. Мини парфюм — рекомендуем брать в дополнении к основному заказу. Обладают очень хорошим качеством, но стойкость слабая (2-4 часа). Удобно носить с собой. Будьте внимательны! В нашем интернет-магазине духи стоят около 800 рублей, в то время как на некоторых сайтах из стоимость достигает двух тысяч рублей и больше! Есть сайты предлагающие духи произведенные в Китае. Обычно их стоимость около 450 рублей. Все товары нашего магазина реализуются с минимальной наценкой и мы открыто говорим своим покупателям о том, что это лицензионный парфюм изготовлен в Турции и ОАЭ.

CAM stands for Common Access Method. It is a generic way to address the I/O buses in a SCSI-like way. This allows a separation of the generic device drivers from the drivers controlling the I/O bus: for example the disk driver becomes able to control disks on both SCSI, IDE, and/or any other bus so the disk driver portion does not have to be rewritten (or copied and modified) for every new I/O bus. SCSI Interface Modules (SIM) — a Host Bus Adapter drivers for connecting to an I/O bus such as SCSI or IDE. A peripheral driver receives requests from the OS, converts them to a sequence of SCSI commands and passes these SCSI commands to a SCSI Interface Module. The SCSI Interface Module is responsible for passing these commands to the actual hardware (or if the actual hardware is not SCSI but, for example, IDE then also converting the SCSI commands to the native commands of the hardware).

Because we are interested in writing a SCSI adapter driver here, from this point on we will consider everything from the SIM standpoint. The first thing each SIM driver must do is register itself with the CAM subsystem. Here SIZE is the size of the queue to be allocated, maximal number of requests it could contain. It is the number of requests that the SIM driver can handle in parallel on one SCSI card. Note that if we are not able to create a SIM descriptor we free the devq also because we can do nothing else with it and we want to conserve memory. An interesting question is what to do if a SCSI card has more than one SCSI bus, do we need one devq structure per card or per SCSI bus? The answer given in the comments to the CAM code is: either way, as the driver’s author prefers.

SCSI card. This pointer will be used by the driver in future to get private data. SCSI target in the non-tagged mode. This value will be almost universally equal to 1, with possible exceptions only for the non-SCSI cards. Also the drivers that hope to take advantage by preparing one transaction while another one is executed may set it to 2 but this does not seem to be worth the complexity. Tags are the SCSI way to initiate multiple transactions on a device: each transaction is assigned a unique tag and the transaction is sent to the device. When the device completes some transaction it sends back the result together with the tag so that the SCSI adapter (and the driver) can tell which transaction was completed. This argument is also known as the maximal tag depth. It depends on the abilities of the SCSI adapter. If there is one devq structure per SCSI bus (i.e.