This directory builds the miniport driver for Adaptec’s 1540 family of SCSI controllers. This driver exports several functions which are used by SCSIPORT.SYS to issue SCSI requests to the devices attached to the controller, process adapter interrupts, and various other SCSI activities.
This driver is also responsible for detecting non-Plug and Play 1540 SCSI controllers—the Plug and Play controllers are detected by the operating system—and for shutting down the controller during device removal or power management operations.
This sample also demonstrates the use of the SCSIWMI library to add WMI functionality to SCSI miniports. This library can be linked into a miniport and provides most of the framework needed to expose WMI data blocks to SCSIPORT and the system.
This directory contains the miniport driver for INI-9100U/UW PCI_UltraSCSI Bus Master Controllers. This driver exports several functions that are used by Scsiport.sys to issue SCSI requests to the devices attached to the controller, process adapter interrupts, and various other SCSI activities.
This driver is also responsible shutting down the controller during device removal or power management operations.
It is an experimental testing for python M2Crypto module. M2Crypto is not well document. User may not know how to use SHA256 when signing and verify with RSA. It also have not enough document to show how to use DES to encrypt and decrypt. Here also includes source codes for performance evaluation of the algorithms. This experimental program explore all this issue and may be helpful for some one who using python for doing encryption with RSA and DES.
In this article, I will explain how to create UDP packets and then send them to a remote server through the Internet using WinPCap for Windows. The code has been tested to work with Windows XP SP2 and Vista SP1 on Linksys routers, and on Toshiba modems connected directly to the Internet. Please note that the code here is very minimalistic, and can be greatly expanded depending on your needs. The reason I use WinPCap in this article is that it solves the issue of Winsock for Windows (XP SP2 and above) not allowing raw UDP packets to be sent (in Linux, you can just use regular sockets). With WinPcap, it is possible to specify your own source IP and source hardware addresses in packets.
Do you as a programmer for their own software to be illegal to crack the use of distress, this is a hot issue programmers abroad, I believe you made reference to this source will be a number of anti-cracking tools.
In engineering, compensation is planning for side effects or other unintended issues in a design. The design of an invention can itself also be to compensate for some other existing issue or exception.
One example is in a voltage-controlled crystal oscillator (VCXO), which is normally affected not only by voltage, but to a lesser extent by temperature. A temperature-compensated version (a TCVCXO) is designed so that heat buildup within the enclosure of a transmitter or other such device will not alter the piezoelectric effect, thereby causing frequency drift.
Another example is motion compensation on digital cameras and video cameras, which keep a picture steady and not blurry.
MTK flash TOOL源程序代碼
========== FlashTool v3.1.05 (2007/05/15) =======
Bug fixes:
1. [DA] Fix that DA cannot be loaded on MT6225 for exceeding internal SRAM size.
2. [DA] Fix that NAND download/read-back issue on MT6225 because buffer is linked on TCM.
New features:
1. [DA] Supports new NOR Flash device
[SPANSION] S29WS128P
[SPANSION] S29WS256P
[TOSHIBA] TV00560002DDGB
2. [DA] Supports OTP driver for below NOR Flash device
[SPANSION] S29WS128P
[SPANSION] S29WS256P
Enhancements:
1. [DA] Provide Customized FlashTest_AllInOne_DA.bin.
2. [DA] NFB can auto format after first download.
3. [DA] Improve DA download algorithm: next sector will be erased only when a sector is fully programmed.
4. [DA] Improve DA download algorithm: enable recovery mechanism when press STOP button.
5. [DA] Improve MT6223 Download Speed.
A Public Key Infrastructure (PKI) binds cryptographic public keys to physical entities
through digital certificates. A PKI includes components that issue digital certificates and
distribute certificate status information. PKI users select one or more certificate issuers as
trust anchors, and establish security services based on certificates that may be validated
using one of their trust anchors.
