nerv+F0sT Deviance The Da Vinci Code (c) Take 2 Interactive *CRACKFIX* RELEASE.DATE .......... : 05/2006 :: SUPPLIER ........ : Dana/DEViANCE RELEASE.SIZE ............ : 1 DVD :: PACKER .......... : Dana/DEViANCE PROTECTION .......... : SecuROM 7 :: CRACKER .......... : Liz/DEViANCE Based on the highly anticipated film directed by Ron Howard and Dan Brown's best-selling novel. Solve mysteries and puzzles that go beyond anything you have seen or read. Elude danger and stay one step ahead of an enemy that will stop at nothing to protect their secret. Crackfix note: Some strange crashes are fixed. 1 . Unrar 2 . Copy the crack from the DEViANCE into gamedir/_bin 3 . Play and enjoy, you might die tomorrow We do this for FUN. We are against any profit or commercialisation of piracy. We do not spread any release, others do that. We do NOT want our nfo or release listed on any public place like websites, P2P netorks, newsgroups, etc! It is against the original scene rules! In fact, we BUY all our own games with our own hard earned and worked for efforts. Which is from our own real life non-scene jobs. As we love game originals. Nothing beats a quality original. Support the software companies. If you like this game BUY it! We did! Our cracks may not be used or altered for any other release without our permission! Allowed groups are: GENESiS, BACKLASH, SACRED, RiTUEL, VLiSO and MiLAN. Respect hard working crackers, don't steal from them. We are currently looking for skilled crackers : deviance@sexmagnet.com " Cracking is a deviance "
These cracks can be used to patch games such that they do not seek the CD while running. This can help to speed the game up or free up the drive for other uses, such as playing music. It also makes gaming more convenient since you no longer have to hunt for CDs to play the games you have installed. The Free Information Society has no responsibility for how you choose to use these cracks.
Da Vinci Code No Cd Crack
Unlike LUTs, which rely on simple lookup tables, DaVinci color transformation scripts are GPU accelerated bits of code that directly transform images using combinations of math functions. That makes them extremely fast and non destructive.
Native support for unencrypted DCP files lets you output and import unencoded DCP files for testing and validating playback of digital cinema packages. Support for encrypted DCP requires a separate Easy DCP license.
I think I shouldn't upload any crack sample here, but I bet if you know the answer of this question you should know where to download some sample, by the way here some of the VirusTotal scan report:Link1, Link2, Link3
I'm fairly certain crack tools are detected as malware or viruses because, by definition, they are. Their specific purpose is to modify programs and files so that they don't work as designed. They delete verification files, modify registration status and do whatever they can to make their target not work as intended.
Even though the crack allows you, the user, to use the program for free (ie you are achieving your goal with the program and making it work as you intend it to), AV doesn't care about that. If some program wants to edit another one (or edit system files), it fits the definition of what malware is.
Sometimes the security software is installed by someone other than the sole user of a machine. Often the person who installed that software and manages it would like to know that cracked software has been installed on his machine.
Some programs use heuristics to detect malware. Programs that inspect other programs and manipulate or modify them may be automatically flagged as malware unless they are specifically whitelisted. There's no upside to whitelisting cracks and a significant downside -- that may be considered facilitating crime or may put them at risk should something they whitelisted prove to be malicious or otherwise harmful.
In the context of the evaluation of the load-bearing capacity of a steel fibre reinforced concrete (SFRC) elevated slab recently built in northern Italy, this paper presents the study addressing the effects of fibre distribution and orientation. An extensive experimental programme was carried out in a collaboration between Politecnico di Milano and Universitat Politècnica de Catalunya. The programme included mechanical tests on four shallow beams and six notched standard beams. Additionally, uniaxial tensile tests (UTTs), double edge wedge splitting tests (DEWSTs) and double punching tests (DPTs) on 192 drilled core samples extracted from the shallow beams were performed. Inductive tests, measuring the self-induction change that occurs when a SFRC sample is placed inside a coil, were performed on all samples subjected to DPTs to assess fibre distribution. This paper compares direct and indirect tensile tests for the definition of the FRC post-cracking constitutive law, highlighting advantages and disadvantages of each test type. A comparison between standard and non-standard mechanical tests is also presented. Mechanical and non-destructive tests on drilled core samples extracted in different directions and at different locations have allowed the evaluation of the effects of fibre distribution and fibre orientation which provide an estimation of the possibility of using these tests as simplified tests for production control.
Drilled cores are essential for studying the influence of fibre distribution and orientation on the mechanical performance even though they introduce a significant reduction of the fibre anchorage close to the external cylindrical face, especially if fibres are long in relation to the core diameter and end-indented. After testing the shallow beams, 48 cylinders with a diameter of 100 mm were cored from the four beams along x-, y- and z-directions in the uncracked zones (Figs. 1 and 2). Cylinders cored along the z-axis have a length of 250 mm corresponding to the beam thickness, while cylinders cored from the x- and y-directions have a length of 400 mm. Shallow beams E and F were cored in the z-direction (Fig. 1), while beams A and B were cored in the x- and y-directions (Fig. 2).
The DPTs were carried out at the Universitat Politècnica de Catalunya using a hydraulic press (Ibertest) and a circumferential chain to measure the total crack opening displacement (TCOD). The tests were performed under stroke control by placing two cylindrical steel punches (24 mm in height and with a diameter of 35 mm) concentrically above and below the specimens. A full description of the instrumentation and loading rates adopted for the three characterization tests is given in [4].
Figure 5 shows the \(\sigma_\textN\) versus COD for specimens with a fracture plane orthogonal to the x-axis (length of the shallow beam), which should be better correlated with the cracking and bending capacity of the shallow beams. It is important to note that for DPTs, the fracture planes are not necessarily orthogonal to the x-axis of the beam, and the only specimens excluded are those cored along the x-axis (see Figs. 1 and 2). Findings largely agree with those described in the previous paragraph for Fig. 4. A greater response difference between the three methods is visible for CODs greater than 1.5 mm compared to what is shown in Fig. 4 partly due to the lower number of specimens considered. Table 2 summarises the average tensile peak strength fct and the corresponding coefficient of variation from the UTT, DEWST and DPT results. The table also reports the average residual strength for CODs equal to 0.5, 1.5 and 2.5 mm and the corresponding CVs. It is interesting to observe how the splitting tests (DEWST and DPT) result in a tensile strength 20% lower than UTT: the main factor has to be looked for in a significant loss of fibre anchorage due to geometrical reasons easily identified when looking at the cracked planes in the three different characterization tests. Another reason should be sought in the different crack propagation that involves a significantly reduced redistribution.
This study confirms the DPT (i.e. Barcelona test) as a reliable test for systematic control (quality control during production) of the tensile properties of SFRC in production, whereas DEWST appears to be effective for evaluating the effects of fibre orientation on the post-cracking strength.
The current stable 2.6 kernel is 2.6.29.1, releasedon April 2. "There's many bugfixes all over the tree, but this shouldspecifically fix the networking issues people had w/ 2.6.29. As usual,you're encouraged to upgrade."Comments (none posted)Kernel development newsQuotes of the weekThe point is, that expectation that the BIOS returns 20 seems veryunreasonable. BIOS writers tend to have been on pain medication forso long that they can hardly remember their own name, much lessactually make sure they follow all the documentation.-- Linus TorvaldsBut that's not the point. The point is that you barely had time tocompile that thing, much less give it any testing. The whole "itcompiles, it's perfect, ship it" mentality is _strictly_ only forme.-- Linus TorvaldsThe problem is, this is what the application programmers aretelling the filesystem developers. They refuse to change theirprograms; and the features they want are sometimes mutuallycontradictory, or at least result in a overconstrained problem ---and then they throw the whole mess at the filesystem developers'feet and say, "you fix it!"-- Ted Ts'oWhich application developers did you speak to? Because, frankly,the majority of the ones I know felt that ext3 embodied the ponythat they'd always dreamed of as a five year old. Stephen gave themthat pony almost a decade ago and now you're trying to take it tothe glue factory. I remember almost crying at that bit on AnimalFarm, so I'm really not surprised that you're getting pushbackhere.-- Matthew GarrettThou shalt remember to use 'git add' or errors shall be visited onyour downloads and there shall be wrath from on list and muchgnashing of teeth.Thou shalt remember to use git status or there shall be catcalls and muchembarrasment shall come to pass.-- Alan CoxComments (2 posted)2.6.30 merge window, part 2 By Jonathan CorbetApril 8, 2009 There have been some 3400 non-merge changesets incorporated into themainline since last week'supdate, for a total of some 9600 changes merged for 2.6.30 overall. Atthis point, the 2.6.30 merge window is complete. User-visible changes merged since last week include: The preadv() and pwritev() system calls have been added. They have been long in coming; LWN first covered these system calls in 2005. The expected user-space interface will be: ssize_t preadv(int d, const struct iovec *iov, int iovcnt, off_t offset); ssize_t pwritev(int d, const struct iovec *iov, int iovcnt, off_t offset); Due to the portability challenges involved, though, the actual kernel interface (seen only by the C library) is somewhat different. The loop block driver supports a new ioctl() (LOOP_SET_CAPACITY) which can be used to change the size of the device on the fly. The eventfd() system call takes a new flag (EFD_SEMAPHORE) which causes it to implement simple counting-semaphore behavior. See the changelog entry for a description of how this works. The ext4 system is now more careful about forcing data out to disk in situations where small files have been truncated or renamed. This behavior increases robustness in the face of crashes, but it can also have a performance cost. There is a new mount option (auto_da_alloc) which can be used to disable this behavior. Also new for ext4 is a set of control knobs found under /sys/fs/ext4. The ext3 filesystem, too, is more careful to flush data to disk when running in the data=writeback mode. The default mode for ext3 has been changed from data=ordered to data=writeback. The latter performs quite a bit better in 2.6.30, but also carries an information disclosure risk if the system crashes. Distributors can change the default mode when they configure their kernels; some may well choose to retain the older data=ordered default. The btrfs filesystem has also been changed to be careful about flushing data to disk after truncate or rename operations. The Nilfs log-structured filesystem has been merged. The MD RAID layer now has support for block-layer integrity checking. MD can also change chunk_size and layout in a reshape operation - a capability which makes it possible to turn a RAID5 array into RAID6 while it is running. The exofs (formerly osdfs) filesystem, providing support for object storage devices, has been merged. FS-Cache (formerly cachefs) has been merged. This subsystem (first covered here in 2004), provides a local caching layer for network filesystems; it has finally overcome the concerns expressed by some developers and made it into the mainline. The distributed storage subsystem and pohmelfs network filesystem have been merged. Interestingly, this code went in via the -staging tree. The ATA subsystem has gained support for the TRIM command. There are two new tuning knobs under /proc/sys/vm (nr_pdflush_threads_min and nr_pdflush_threads_max); they place limits on the number of running pdflush threads in the system. Multiple message queue namespaces are now supported. The PA-RISC architecture has gained support for ftrace and latencytop. The ARM architecture now has high memory support, for all of you out there with 2GB ARM-based systems. The Xtensa architecture now supports systems without a memory management unit. New device drivers: Block: Marvell MMC/SD/SDIO host drivers. Graphics: Samsung S3C framebuffers. Miscellaneous: National Semiconductor LM95241 sensor chips, Linear Technology LTC4215 Hot Swap controller I2C monitoring interfaces, PPC4xx IBM DDR2 memory controllers,AMD8111 HyperTransport I/O hubs,AMD8131 HyperTransport PCI-X Tunnel chips,TI TWL4030/TWL5030/TPS695x0 PMIC voltageregulators, DragonRise game controllers,National Semiconductor DAC124S085 SPI DAC devices, Rohm BD2802 RGB LED controllers,TXx9 SoC NAND flash memory controllers, andASUS ATK0110 ACPI hardware monitoring interfaces. Networking: Neterion X3100 Series 10GbE PCIe server adapters. Processors and systems: Tensilica S6000 processors and S6105 IP camera reference design kits, and Merisc AVR32-based boards. Sound: HTC Magician audio devices. Video: i.MX1/i.MXL CMOS sensor interfaces, Conexant cx231xx USB video capture devices, andLegend Silicon LGS8913/LGS8GL5/LGS8GXX DMB-TH demodulators. Staging drivers (those not considered ready for regular mainline inclusion): stlc4550 and stlc4560 wireless chipsets, Brontes PCI frame grabbers, ATEN 2011 USB to serial adapters, Phison PS5000 IDE adapters, Plan 9 style capability pseudo-devices, Intel Management Engine Interfaces, Line6 PODxt Pro audio devices, USB Quatech ESU-100 8 port serial devices, Ralink RT3070 wireless network adapters, and a vast array of COMEDI data acquisition drivers. Changes visible to kernel developers include: There is a new memory debug tool controlled by the PAGE_POISONING configuration variable. Turning this feature on causes a pattern to be written to all freed pages and checked at allocation time. The result is "a large slowdown," but also the potential to catch a number of use-after-free errors. The new function: int pci_enable_msi_block(struct pci_dev *dev, int count); allows a driver to enable a block of MSI interrupts. As part of the FS-Cache work, the "slow work" thread pool mechanism has been merged. Some have expressed the hope that it would become the One True Kernel Thread Pool, but there seems to be little progress in that direction. See Documentation/slow-work.txt for more information. There is a pair of new printing functions: int vbin_printf(u32 *bin_buf, size_t size, const char *fmt, ...); int bstr_printf(char *buf, size_t size, const char *fmt, const u32 *bin_buf); The difference here is that vbin_printf() places the binary value of its arguments into bin_buf. The process can be reversed with bstr_printf(), which formats a string from the given binary buffer. The main use for these functions would appear to be with Ftrace; they allow the encoding of values to be deferred until a given trace string is read by user space. Also added is printk_once(), which only prints its message the first time it is executed. The "kmemtrace" tracing facility has been merged. Kmemtrace provides data on how the core slab allocations function. See Documentation/vm/kmemtrace.txt for details. A number of ftrace changes have been merged. There is a workqueue tracer which tracks the operations of workqueue threads. The blktrace block subsystem tracer can now be used via ftrace. The new "event" tracer allows a user to turn on specific tracepoints within the kernel; tracepoints have been added for various scheduler and interrupt events. "Raw" events (with binary-formatted data) are available now. The new "syscall" tracer is for tracing system calls.The merge window is now closed, and the stabilization process can begin.Past experience suggests that something close to 3000 more changes willfind their way into the mainline before the 2.6.30 release, which can beexpected to happen sometime in June.Comments (5 posted)Unioning file systems: Implementations, part 2 April 7, 2009 2ff7e9595c
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