搜索资源列表
SMCsource
- 经典SMC程序 加密程序代码的实现原代码-classical encryption code procedures to achieve the original code
smc
- SMC 加密实际例 SMC 加密实际例 SMC 加密实际例 -SMC SMC encrypted encryption actual cases of actual cases of actual cases of encryption SMC SMC SMC encrypted encryption actual cases of actual cases
smc
- 双进程smc技术实现，实现A对B进行加密，C对B进行解密，最后由C运行B-Smc double process technology to achieve the A to B to encrypt, C to B to decrypt the final run B from C
CF
- AT91sam9260的SMC的寄存器配置的修改，针对于外部存储器为CF卡-The SMC register AT91sam9260 configuration changes for external memory CF card
68360serial
- 有关68360 CPM SCC和SMC的UART驱动程序的LINUX源代码。-About 68360 CPM SCC and SMC UART driver LINUX source code.
smc9194
- This is a driver for SMC s 9000 series of Ethernet cards.
smc-ultra32
- An SMC Ultra32 EISA ethernet driver for linux.
smctr
- A network driver for the SMC Token Ring Adapters.
smc-ultra
- This a driver for the SMC Ultra and SMC EtherEZ ISA ethercards. -This is a driver for the SMC Ultra and SMC EtherEZ ISA ethercards.
smc-mca
- A SMC Ultra ethernet driver for linux.
smc37c93x
- SMC 37C93X initialization code for linux.
smc37c669
- SMC 37C669 initialization code
epic100
- A SMC 83c170 EPIC/100 fast ethernet driver for Etherboot.
smbutil
- This a Etherboot driver for SMC s 9000 series of Ethernet cards. -This is a Etherboot driver for SMC s 9000 series of Ethernet cards.
cppsmc
- 用C/C++实现SMC动态代码加密技术 所谓SMC（Self Modifying Code）技术,就是一种将可执行文件中的代码或数据进行加密，防止别人使用逆向工程工具（比如一些常见的反汇编工具）对程序进行静态分析的方法，只有程序运行时才对代码和数据进行解密-With C/C++ achieve dynamic code encryption technology called SMC SMC (Self Modifying Code) technology, the executable
SMB-Sever
- SMC 服务器管理类，基于windows ++ 开发-SMC 服务器管理类，基于windows++ 开发
hsmc
- Atmel Static Memory Controller (SMC) for Linux v2.13.6.
cpm_uart_cpm2
- Driver for CPM (SCC SMC) serial ports CPM2 definitions. -Driver for CPM (SCC SMC) serial ports CPM2 definitions.
smc-ultra
- A SMC Ultra ethernet driver for linux.
SMC-pack
- SMC是一种局部代码加密技术，通过对一段代码进行加密来达到增加逆向工程难度或者免杀的目的。-SMC is a local code encryption technology, through a piece of code is encrypted to achieve the increase in the difficulty of reverse engineering purposes or to avoid killing.