Packman gam

UPDATED for MakeMKV version 1.17.1 on openSUSE Tumbleweed (21 Aug 22)This is a quick how-2 for installing MakeMKV on non-Debian linux (in this case, the specific build dependencies for openSUSE Tumbleweed:Note: The current Debian based build instructions are maintained with the Linux MakeMKV download links at:Link: : Download *both* the OSS & proprietary binary source tarballs for Linux at:Link: : Install the necessary Linux (openSUSE) host build dependencies (if not already installed) via pattern:Code: Select allsudo zypper install --type pattern devel_C_C++REQUIRED : Install 3 additional development packages from the Tumbleweed repository:Code: Select allsudo zypper install libopenssl-devel libexpat-devel zlib-develREQUIRED : Install FFMPEG and 2 additional FFMPEG development packages from Packman's repository:Code: Select allsudo zypper install ffmpeg-5 ffmpeg-5-libavcodec-devel ffmpeg-5-libavutil-develREQUIRED : Install the app/GUI's target Qt5 (eg: v5.15) necessary development packages:Code: Select allsudo zypper install libQt5Core-devel libQt5DBus-devel libQt5Gui-devel libQt5Widgets-develREQUIRED : Prepare the libavcodec (ffmpeg) build environment for MakeMKV using the libraries from the Packman repository:Using the Packman repositories for FFMPEG support is the most straight-forward method as Packman's repo provides simplified and up-to-date support for FFmpeg.Note: Packman's FFmpeg does *not* provide/include Fraunhofer FDK AAC based support via libfdk-aac (due to licensing). Support for the Fraunhofer FDK AAC (libfdk-aac) under libavcodec requires locally compiling ffmpeg with libfdk-aac and is not documented in this post.1) Add the Tumbleweed specific Packman repo for openSUSE as documented at:Link: ... es#PackmanFor example, on openSUSE Tumbleweed, add all four of Packman's repository(s)::Code: Select allsudo zypper addrepo --refresh --priority 90 --name packman-all packman-all2) Switch (upgrade) the existing openSSE distribution packages to those found in the Packman repository (if not already switched) via a repo Distro update::Code: Select allsudo zypper dist-upgrade --from packman-all --allow-vendor-change3) Add the desired "ffmpeg" development support package(s) (if not already installed from the Packman repo):Code: Select allsudo zypper install --repo packman-all ffmpeg-5 ffmpeg-5-libavcodec-devel ffmpeg-5-libavutil-develREQUIRED : Extract, build and install the OSS "makemkv" files:Note: This build intentionally is configured to be installed into /usr/local instead of the default /usr path.Code: Select alltar -xvf makemkv-oss*.tar.gzcd makemkv-oss*/./configure --prefix=/usr/localmake -j$(nproc)sudo make installREQUIRED : Extract, build, and install the closed source binary "makemkvcon" files:Code: Select alltar -xvf makemkv-bin*.tar.gzcd makemkv-bin*/sed -i 's|PREFIX=\/usr|PREFIX=\/usr\/local|g' ./Makefilemake - (Type 'q', then 'yes' to accept the license.)sudo make installsudo ln --symbolic --force /usr/local/bin/makemkvcon /usr/bin/sdftoolMakeMKV is fully built and installed at this point, the following optional steps better integrate MakeMKV into openSUSE and KDE.OPTIONAL : Create library links to allow other applications to open/read from protected Bluray disks:Note: MakeMKV

The reasons we're about to get into, we didn't want to push the Vanguard button until we absolutely had to, so up until now, League has been surviving (for nearly six years) on an anti-tamper called "Packman." However, due to an unrelenting volley of cheats and bans, the anti-cheat technological space moves at recursive lightspeed. After factoring in for hyperbaric time-dilation, the resulting bistromath makes Packman roughly 250 million "cheat-years" old, pushing the pre-mesozoic boundary. Packman's primary objective is to make analysis of the game binary more difficult, and this includes "hiding" the anti-cheat detections that it appends to a game client. The problem is that dumping the deobfuscated game binary and bypassing the anti-cheat checks are now something closer to a training exercise, and it's one that's only been made potentially easier by the breach earlier last year. Packman was never meant to last this long, and iterating on it has become prohibitively expensive. According to the publishing department, use of a log y-axis is apparently a crime of the same magnitude as witchcraft, so to assist in the comparison, I've removed "honeypot" type detections from the graph above. Remaining are only bans issued or reviewed in the old packman system. This chart attempts to visualize our emotional turmoil, though its true intensity could never be captured in two-dimensional form. Pictured are weekly LoL scripting bans, bucketed based on those issued for a detection within Packman (blue), versus those that were banned "manually" (reviewed by an anti-cheat agent). As Packman's effectiveness wanes, we are unable to keep up with the scripting "demand," and an infinite number of hands reviewing an infinite number of scripters is not a strategically viable option. If we want a fair video game, we must upgrade. Enter Vanguard Like most anti-cheats, Vanguard is made up of preventative and detective layers. We endeavor to outright block as many cheating methods as possible, but in gap areas where "preventing" a cheat locally (and obviously) would too easily allow our vector to be audited, we instead passively "detect" the intrusion and take action on a delay. Putting our darkest detection magic behind the scrutiny of our server gives us the opportunity to hide our methods by occluding signals to the developer through seemingly arbitrary bans. This mouthful is often called "the cat and mouse game," and it's an absurd waltz that every anti-cheat developer worldwide steps to on the daily. Best Anti-Cheat is Fastest Anti-Cheat By uncoupling ourselves from the game client and moving more of Vanguard to the server, we can deliver different "checks" to riskier players, making our intrusion detection far more targeted and much faster. "Time-to-action" is the number of games a cheater is able to complete before their account slips into the dimension between worlds. It's not perfect for a variety of reasons, but I count myself among the lucky few with an opportunity to A/B test user-mode and kernel-mode anti-cheats. To demonstrate, here is a graph of "Time to Action" on both games,

Family beard was displayed by John Gordon (1816-1899), who was the grandson of Camlet John and Euphemia McAndrew.Figure 6.5: Three generations of beardIn March 2004 I wrote a poem about a burn in Glen Muick. That burn is called Allt Darrarie but is known locally, and in folk-lore, as Aultdrachty. You may ask why include a burn from Glen Muick when this book’s remit is the Girnoc? Well the answer is simple; time and time again Aultdrachty returned us to Lynvaig. Folklore beckoned a poem, and so the tied histories, became one. The Aultdrachty Rauchle is about the unique rattling noise the burn makes as it rushes down towards the Spittalof Muick. Its torrent may have never ceased but the glen it served emptied. Aultdrachty encapsulates the story of unfortunate whisky smugglers, a fatigued packman, and most curiously of all, the umbrella makers of Lynvaig (they appear there on the 1891 census!) But it was ruthless murder that was Aultdrachty’s grim secret. That burn was as fearsome as the wolf that roamed its banks. I have decided to include the whole poem here as its narrative seems to deserve.The Aultdrachty Rauchle.Naebody mynds Aultdrachty noo, though lood it rattles still.Yet Aultdrachty’s watter wis’nae awas clear, an it hods a muckle saicret.Sae hearken, an hear the feech o’ the packman, shepherd an the whisky smugglers. An beyont the reevin win’ the toon-folk, michty-me, brought forth their ceevil brolly – Fit mare eesless cud there be!Stapit foo’ wi dram he wis, oor Packman on’t fairst erran – oor hapless loon had’nae heed Aultdrachty’s rowt on such a loamin’ nicht. The snaa it came ower the Moonth, a bin-drift, like nane afore. Poor loon, asleep aside Aultdrachty, his lum still a reekin’ was berit.Lynvaig, wis the hame of McAndrew: anither mither’s loon – lured