100SILEX, de 0 ŕ 100 s: changes
1522 5 Simple steps to secure TT-RSS reader
secure tt-rss, tt-rss security 5 Simple steps to secure TT-RSS reader July 27, 2015 by Anand Leave a Comment secure-tt-rss-ft Share: share htpcBeginner We recently presented Tiny Tiny RSS to you as a great alternative to Google reader, which is one more way you can extend the functionality of your home server or your hosting space. Hopefully, you already exported your data from Google Reader. In this post, we will show you how to secure TT-RSS reader to prevent unauthorized access. Tiny Tiny RSS is an open source web-based news feed (RSS/Atom) reader and aggregator, designed to allow you to read news from any location, while feeling as close to a real desktop application as possible. As we previously explained, it makes an ideal candidate to replace Google Reader. While there are services like Feedly and Newsblur grabbing the crowd Google Reader, which some of you may prefer, there are a group of people who would like to run a RSS reader on their own server and keep things private. Assuming that you have already installed Tiny Tiny RSS on your alternative to Google reader or hosting space, we will now show you how to secure TT-RSS reader. Secure TT-RSS Reader One of the main reasons to move to an RSS aggregator like TT-RSS is maintaining your privacy. So if you do not secure TT-RSS reader well you are not only making your data available public but also making your system vulnerable to potential attacks. Choosing a strong username and password while setting your TT-RSS is the first basic thing that you can do to secure TT-RSS reader. Listed below are few more ways you can increase TT-RSS reader’s security. 1. Rename TT-RSS Folder One of the first lines of defense is to not use tt-rss in your URL to access your TT-RSS reader. To do this on your hosting account, use a folder name other than tt-rss while installing TT-RSS. On your Linux home server, edit /etc/tt-rss/apache.conf and change the first /tt-rss to something else. An example is shown below. TT-RSS Rename URL TT-RSS Rename URL After making the change, restart your TT-RSS and Apache to apply the changes: sudo service tt-rss restart sudo serivce apache2 reload Your TT-RSS reader is now available through the new URL (example: http://mydomain.com/myreader) only. Amazon Kindle Fire HDX 2. Enable SSL Accessing TT-RSS through http sends all information as unencrypted data. This could mean less privacy due to potential sniffing. The solution is to encrypt the data during transfer, which makes sniffing by hackers harder. To enable and enforce HTTPS access on Linux servers with Apache, install the following run-time libraries: sudo apt-get install libssl0.9.8 libpam0g openssl Restart your Apache server as shown above. You should now be able to access your TT-RSS reader with HTTPS. Note that you may have to have a SSL certificate generated. Refer to Apache documentation if you want to generate your own certificate. By default, the system will install self-signed certificates for you. These certificates are likely to raise warnings when you point your browser to the site. 3. Disable Single User Mode By default the single user mode is already disabled (in /etc/tt-rss/config.php). Enabling single user mode will also disable TT-RSS login system. Therefore, keep the single user mode disabled. Disable Single User Mode Disable Single User Mode A better way to make it a single user system is by limiting the number of registrations to 1 as described below. For whatever reason, you still want to enable single user mode, make sure you implement Apache Authentication method described below. 4. Self Registrations Self registrations allow a visitor to register themselves, which could reduce TT-RSS security. If your TT-RSS will be for personal use only, then you may want to disable user registration by setting “ENABLE_REGISTRATION” to “false”. TT-RSS Self Registrations TT-RSS Self Registrations To further secure TT-RSS Reader, uou may also want to change “REG_MAX_USERS” to “1” to make your account the only account on TT-RSS. asus n66uASUS RT-N66U Dual-Band Wireless-N900 Gigabit Router asus n66u reviewsFind out why it is rated the best wireless router in its class. 5. Apache Authentication Last but not the least, enable Authentication. This is even more important if you have enabled “Single User Mode” describe above. Every time you access TT-RSS, you will be asked for a username and password as shown in the picture below: Secure TT-RSS Reader On your hosting account this equivalent to password protecting a directory, in this case the TT-RSS directory. To do this on your Ubuntu server, you will have to create a .htpasswd file. More information is available in Apache documentation. But the easiest way to achieve this is to use one of the htpasswd generators available online. After you enter the username and password two code blocks will be generated. Copy the contents of the .htpasswd code block and save it to /etc/apache2/.htpasswd_ttrss. Next, copy the contents of the .htaccess code block and add it to /etc/tt-rss/apache.conf as shown below: TT-RSS Apache Authentication TT-RSS Apache Authentication Save and exit. Restart both TT-RSS and Apache previous shown above. You should be prompted for a password every time you try to access TT-RSS. Some may think that this double authentication method is an extra inconvenience. But I would rather be safe than sorry. Go ahead, secure Tiny Tiny RSS Reader and enjoy reading articles on your private secure RSS Reader.

COLLIN CUNNINGHAM / NARBOTIC INSTRUMENTS [BLOG] MidiVox CV sketch update 02.05.2012 The MidiVox CV sketch has been updated to work with Arduino 1.0 - grab it here Also be sure to use the new version of the Midi Library as well! Also, also: Some previous comments on earlier posts seem to have been lost in a recent Disqus migration - apologies to previous commenters. 7 Comments Updated Midi Library & site changes 01.23.2012 Perhaps you noticed narbotic.com looks different? It is different! A big thanks to everyone who picked up a MidiVox kit - you are now the proud owner of a rare piece of electronics. Though the kit is no longer in production, there is now a new version of the Midi Libray which has been updated to work with the Arduino 1.0 IDE. In addition to an aesthetic reboot, this site will now serve as your premiere destination for all things Collin Cunningham on the web. (and I vow that will be the one & only time I refer to myself in the third-person) New things are in the works - more to come 2 Comments

1333 Download OpenStreetMap data OSM
Commonly Used Formats europe-latest.osm.pbf, suitable for Osmium, Osmosis, imposm, osm2pgsql, mkgmap, and others. This file was last modified 19 hours ago and contains all OSM data up to 2013-05-28T18:59:04Z. File size: 10.3 GB; MD5 sum: c97ac9a7c90bc7791893f19fe9e7e3a3. europe-latest.shp.zip is not available for this region; try one of the sub-regions. Other Formats and Auxiliary Files europe-latest.osm.bz2, yields OSM XML when decompressed; use for programs that cannot process the .pbf format. This file was last modified 5 days ago. File size: 14.9 GB; MD5 sum: 087b5f040c89d6d64ea18503b2723d61. .poly file that describes the extent of this region. .osc.gz files that contain all changes in this region, suitable e.g. for Osmosis updates raw directory index allowing you to see and download older files

1078 The Modular Synth
A long time ago, in a galaxy far away, before your local music shop was packed with the latest digital synths, even before the early analogue monosynths, if you wanted a synthesizer you had to make it yourself. Modular synthesis is not in itself a different type of synthesis, but refers to the fact that a synth would be built up from individual components (modules) , which would be linked together (patched) in a configuration decided by the person doing the building. Compared with today's 'plug and play' synths which come with 100's of presets, GM soundsets, etc, this has the obvious disadvantage that 'recalling' a preset can only be done if your synth is patched together in exactly the same way every time and every controller has to be manually set to the same parameter. However, the big advantage of Modular synthesis, of course, is that, providing you have the right components, you can build practically anything you want, without being constrained by the 'hardwired' configurations of modern factory built synthesizers. The Pulsar/Scope Modular synth, like any other Modular 'soft synth' brings together the advantages of both Modular synths and modern factory built synths. Modular configurations can be saved as patches for total recall later on, and each patch can contain any number of presets, again for later recall. Furthermore, with a software modular, you can re-use each component as many times as you wish within one patch, you never run out of cables, you don't have to dedicate a whole room to the synth and the modules never suffer from physical damage. What's more, each parameter can be controlled by MIDI so parameter changes can be recorded into your sequencer in real-time.

925 Forum Holga, SX70, pinhole,polaroid... canette ou boite Ă  chaussures; tout le cheap est ici ~
Holg4.org ? Ami(e)s photographes, Bienvenue sur h0lg4.org, le portail francophone dédié aux photographies cheap et aux appareils exotiques. Vous êtes un féru de bidouillage photographique ou un parfait débutant ? Holga est votre prénom préféré ? Vous voulez savoir comment prendre des photos avec une simple boîte de conserve ? Vous souhaitez expérimenter des modes photographiques différents, ou tout simplement visualiser ce qu'on obtient avec des appareils cheap ? Vous en pincez pour Diana ? Vous souhaitez partager vos impressions et vos expressions photographiques ? Devenez membre du forum en vous inscrivant, participez aux échanges et créez votre propre galerie en ligne. Armez votre bonne humeur, réglez votre curiosité sur la plus grande ouverture, et déclenchez !!! Clic, clic, clic !!! Derniers articles ¤ Méthode de Développement C41 avec le kit digibase de Rollei. ¤ Développement au HC-110 de la FP4 exposée en-dessous de sa sensibité ¤ Développer les films couleurs à la maison (chimie C41) ¤ Agat 18 ¤ Great Wall DF Les dernières interventions » Pavillon d'Aveyron ou une semaine chez mami » Hôtel 4 étoiles » Symphonie en UT 18 ... » La boite de bonbon ... » Youkfou a sa flêche... » Les accords d'Léon » Exposition aux Baux de Provence » La grange » Ces inconnus. » apéro Hitchcockien

884 jh_polykorg_clone
I have started to build a (slightly) updated version of the Korg PS-3200 synthesizer. The PS-3200 was the last of three fully polyphonic, semi-modular analogue synthesizers offered by Korg in the late 70's. (See Ben Ward's excellent Korg PS site for detailed information, including user manuals.) The concept of the PS-Synthesizers was different from other manufacturer's early polyphonic instruments. Instead of using a small number of voices and a clever keyboard assigning circuit, the "PolyKorgs" had a complete synthesizer circuit, hard wired to each key. That makes a total of 48 VCFs, 48 VCAs and 48 voltage controlled ADSRs even for the smallest of the range, the PS-3100. The largest of the range, PS-3300, even had 144 of these circuits. The sheer number of synthesizer circuits called for an extremly economic circuit design, and it's a joy to look at Korg's design ideas which led to building blocks that almost did the same as in the better known "classic" synthesizers. And after many years of engineering and reverse-engineering electronic music circuits, I have learned to look at odd solutions not as "substandard", but as a source of creativity an individual character. Here's a list of some highlights: Function Implementation Side effects Single-Transistor Waveform Converter creates triangle, saw, pulse and PWM from saw input, using one (!) transistor, one diode and two resistors per voice, plus two global control voltages Pulse height also changes with pulse width 5-Transistor-VCF (Korg-35) A Voltage controlled 2-pole (Sallen&Key) LPF built from 5 transistors rather high CV feedthru Single-Diode VC Resonance The dynamic resistance of a simple diode is used to alter the feedback gain of the VCF limited range of Q "Expand" function instead of VCF Envelope modulation depth Instead of scaling down the ADSR with a VCA, the a variable portion of the Envelope is just clipped with a single diode. It's so remarkably close to ordinary VCA function that apparently nobody takes notice. At least I have not read about it anywhere. At slow Atack times, the Envelope appears delayed at the VCF (no effect until th eclipping point is reached). Usefull for Brass sounds, and not easy to emulate with conventional synthesizers. Minimum parts count Voltage Controlled ADSR Three transistors, 1/2 of a LM324 and one CD4007 per voice. Plus some more involved control circuit, shared by several voices Transistors must be selected in 13-tuples, not just in pairs. ADSR detail (1): One-opamp control logic 1/4 LM324 is used as Flipflop, which is dynamically set by Gate-ON, dynamically reset by Gate-OFF, statically reset when the attack peak voltage is reached, and whose set/reset sensitivity is altered by a CV Very odd "Hold" function, depending on the "Attack"-value. But very useful in practise. ADSR detail (2): Single-Transistor, exponential slope VC-Decay Using a single transistor per voice for VC Attack and Release is remarkable already, even though the A and R slopes are linerar. But the Decay slope is exponential, and this is achieved with a single transistor and two resistors per voice! The Decay time range is rather limited. No ultra fast Decay, and no ultra slow Decay either. Single-Transistor VCA That's the "Korg standard" VCA, well known from other instruments like the MS-10.

812 ED102 - Octave-Volts-Hertz
The ED102 borrows heavily from the Korg MS-02™ although it was developed independently of Korg Inc. Korg and MS-02 are the trademarks of Korg Inc. Among presently available music synthesizers, there are two different types of control system used for controlling devices such as the VCO (voltage controlled oscillator) and VCF (voltage controlled filter). These two systems been: Hertz/Volt (Hz/V) and Octave/Volt (Oct/V). The graph to the left shows the relationship between the VCO oscillator frequency (pitch) and the control voltage (keyboard output voltage). The straight line on the graph is from a synthesizer in which there is a one octave change for every one volt change in the control voltage (Oct/V). In contrast, the curved line on the graph is the control voltage from a synthesizer in which the VCO frequency is proportional to voltage (Hz/V system). To allow these systems to work together you will need a module like this ED102. The built-in, fully adjustable log amp and anti-log amp ensure complete system flexibility and compatibility between any presently voltage controlled synthesiser. The Hz/V system In the Hz/V system, the VCO oscillator frequency is proportional to the control voltage so that, for example, if the frequency of a VCO increases by 100Hz for every volt applied, then applying 1V, 2V and 3V to this VCO would generate 100Hz, 200Hz and 300Hz respectively. The Oct/V system In the Oct/V system the VCO oscillator frequency changes one octave for every one volt change in the control voltage so that, for example, 1V, 2V and 3V to a VCO would generate 200Hz, 400Hz and 800Hz respectively. Features and Functions Log Amp: This changes a Hz/V type keyboard CV (control voltage) output into an OCT/V type of CV. Use the Log Amp to change the control signal from, say, a Korg or Yamaha synthesiser into a signal you can use with another type of synthesizer. Antilog Amp: This changes an OCT/V type of keyboard CV output into a Hz/V type of CV. Use this Antilog Amp when you want to control, say, a Korg synthesiser by means of a unit that uses the OCT/V system.

596 Eventide
Accessories Eventide PitchFactor Support Links ›Documentation ›Software Updates ›PitchFactor Support ›Knowledge Base ›Forum Find a Dealer No Comparison Nothing Sounds Like an Eventide Through the decades, top players have depended on Eventide: Jimmy Page, Frank Zappa, Brian May, Eddie Van Halen, Steve Vai, Robert Fripp, John Petrucci, and Adrian Belew, to name a few. Now, for the first time these effects are portable AND affordable. Stompbox simple, PitchFactor fits on your pedalboard or in your gigbag. Features Specifications Photos Media Studio Quality Effects at Your Feet Top recording studios worldwide use Eventide effects on hit after hit. PitchFactor includes Eventide's best pitch-changing effects from the past 39 years without compromising quality OR flexibility. Flexibility Built-In Plug-and-play expression pedal control of wet/dry mix or any combination of parameters. Control program changes and vary parameters continuously via MIDI. Supports instrument or line level inputs and outputs. Plays well with others; adapts seamlessly with a wide variety of amps and other foot pedals. Obsolescence is so 20th Century Easy to upgrade; download new software from the Internet and install via USB. Features 10 of Eventide’s signature stereo or mono pitch+delay effects: Diatonic PitchFlex™ Quadravox™ Octaver™ HarModulator™ Crystals™ MicroPitch HarPeggiator™ H910 / H949 Synthonizer™ Up to 4 voices of diatonic pitch shifting and up to 1.5 seconds of stereo delay Studio quality sound Guitar or bass compatible Built-in Tuner Software upgradeable via USB 2.0 MIDI control via USB or MIDI in, out/thru Instant program change Real-time control with 10 knobs, MIDI, or expression pedal Tap tempo and MIDI clock sync 100 factory presets, unlimited through MIDI True analog bypass Rugged cast metal construction Reliable metal footswitches for instant preset access Mono or stereo operation Guitar or line level inputs and outputs

533 The Theory and Technique of Electronic Music
Contents Sinusoids, amplitude and frequency Measures of Amplitude Units of Amplitude Controlling Amplitude Frequency Synthesizing a sinusoid Superposing Signals Periodic Signals About the Software Examples Examples Wavetables and samplers The Wavetable Oscillator Sampling Enveloping samplers Timbre stretching Interpolation Examples Audio and control computations The sampling theorem Control Control streams Converting from audio signals to numeric control streams Control streams in block diagrams Event detection Audio signals as control Operations on control streams Control operations in Pd Examples Automation and voice management Envelope Generators Linear and Curved Amplitude Shapes Continuous and discontinuous control changes Muting Switch-and-ramp Polyphony Voice allocation Voice tags Encapsulation in Pd Examples Modulation Taxonomy of spectra Multiplying audio signals Waveshaping Frequency and phase modulation Examples Designer spectra Carrier/modulator model Pulse trains Pulse trains via waveshaping Pulse trains via wavetable stretching Resulting spectra Movable ring modulation Phase-aligned formant (PAF) generator Examples Time shifts and delays Complex numbers Complex sinusoids Time shifts and phase changes Delay networks Recirculating delay networks Power conservation and complex delay networks Artificial reverberation Controlling reverberators Variable and fractional shifts Fidelity of interpolating delay lines Pitch shifting Examples Filters Taxonomy of filters Low-pass and high-pass filters Band-pass and stop-band filters Equalizing filters Elementary filters Elementary non-recirculating filter Non-recirculating filter, second form Elementary recirculating filter Compound filters Real outputs from complex filters Two recirculating filters for the price of one Designing filters One-pole low-pass filter One-pole, one-zero high-pass filter Shelving filter Band-pass filter Peaking and stop-band filter Butterworth filters Stretching the unit circle with rational functions Butterworth band-pass filter Time-varying coefficients Impulse responses of recirculating filters All-pass filters Applications Subtractive synthesis Envelope following Single Sideband Modulation Examples Fourier analysis and resynthesis Fourier analysis of periodic signals Periodicity of the Fourier transform Fourier transform as additive synthesis Properties of Fourier transforms Fourier transform of DC Shifts and phase changes Fourier transform of a sinusoid Fourier analysis of non-periodic signals Fourier analysis and reconstruction of audio signals Narrow-band companding Timbre stamping (classical vocoder) Phase Phase relationships between channels Phase bashing Examples Classical waveforms Symmetries and Fourier series Sawtooth waves and symmetry Dissecting classical waveforms Fourier series of the elementary waveforms Sawtooth wave Parabolic wave Square and symmetric triangle waves General (non-symmetric) triangle wave Predicting and controlling foldover Over-sampling Sneaky triangle waves Transition splicing Examples Index Bibliography

332 Web Design Trends for 2010 | Webdesigner Depot
Purists will say that great design is timeless. Yes, in an ideal world, we should ignore trends. Pragmatically speaking, though, there is a lot of value in monitoring and incorporating design trends, especially with regard to websites. Let’s face it: the web changes at a rapid pace. Unlike in other media, design trends on the web are not just driven by aesthetics. Technology is changing that can drastically alter the capabilities of the medium. In 2010, we’re seeing designers continuing to push the boundaries of web design, setting the following clear trends…

327 ReclaimPrivacy.org | Facebook Privacy Scanner
Get Informed Keep up with the latest news about privacy policies on Facebook. The Erosion of Facebook Privacy eff.org Facebook Privacy Changes eff.org 7 Things to Stop Doing Now on Facebook yahoo.com Facebook's Gone Rogue wired.com Get Protected This website provides an independent and open tool for scanning your Facebook privacy settings. The source code and its development will always remain open and transparent. Drag this link to your web browser bookmarks bar: Scan for Privacy Go to your Facebook privacy settings and then click that bookmark once you are on Facebook. You will see a series of privacy scans that inspect your privacy settings and warn you about settings that might be unexpectedly public. Follow us on Facebook to hear about the latest updates. Having trouble? Check our help page for tips and video walkthroughs. Get Involved Our mission is to promote privacy awareness on Facebook and elsewhere. Spread awareness to your friends on Facebook by sharing this website with them: Share 128K You can follow us on Twitter too! If you prefer email, you can also sign up for the newsletter to get informed of privacy updates: email: Are you a coder? Contribute to the source code and help to keep the privacy scanner up-to-date. Read Our Own Privacy Policy Our privacy policy is not long: we never see your Facebook data we never share your personal information Simple. The scanner operates entirely within your own browser. Statement of limitation of liability: you use this tool at your own risk, and by using this tool you agree to hold neither ReclaimPrivacy.org (nor its contributors) liable for damage to your Facebook account. However, we do strive to reduce that risk by keeping the source code open and transparent, so that we can identify bugs and quickly fix any functionality. about the author I am an avid Javascript developer and co-founder at Olark (check it out!). You can chat with me about ReclaimPrivacy.org on my website.

298 The Evolution of Privacy on Facebook
Facebook is a great service. I have a profile, and so does nearly everyone I know under the age of 60. However, Facebook hasn't always managed its users' data well. In the beginning, it restricted the visibility of a user's personal information to just their friends and their "network" (college or school). Over the past couple of years, the default privacy settings for a Facebook user's personal information have become more and more permissive. They've also changed how your personal information is classified several times, sometimes in a manner that has been confusing for their users. This has largely been part of Facebook's effort to correlate, publish, and monetize their social graph: a massive database of entities and links that covers everything from where you live to the movies you like and the people you trust. This blog post by Kurt Opsahl at the the EFF gives a brief timeline of Facebook's Terms of Service changes through April of 2010. It's a great overview, but I was a little disappointed it wasn't an actual timeline: hence my initial inspiration for this infographic.

235 MATRIXSYNTH: Alesis Andromeda A6 Aurora Mod
This was a custom mod. I originally put a post up in August of 05 here. Anyone know the website where more info on this mod is hosted? I accidentally lost the link when mucking around with Blogger's settings a while back. This image via Photobucket Update: I found the original site but it is down. Some info and additional shots pulled from the Internet Archive Way Back Machine. You can find some thumbnails there, but most give you a 404 if you click on them for the larger shot. I pulled the large pics below before they are gone forever. "Alesis made Synthesis History when they released their Alesis Andromeda A6, an analog polysynth bred with new technology and classic analog sound! Sixteen awesome voices with two types of filters, a vast modulation system, and enough bells and whistles to make the Andromeda A6 THE most highly featured analog polysynth in existence. If it only had a sloped panel... SPECS: * Take one Andromeda, lightly used (but out of warranty - very important!) * Add one black on blue BETA Panel - because the pre-production beta panels were lacking the Pre- and Post-Filter Mix VIEW buttons, either the buttoncaps must be pulled off of the switches on the PCBs OR two holes need to be carefully drilled through the panel to accomodate. I drilled the holes after measuring about fifteen times each. * Tilt that panel at approx. the same slope as the Korg MS-20. Requires the extending of a couple of ribbon cables inside, and some pop-rivetted braces. Not too hard. * Custom wood endcheeks of nice Oak, plus a wood accent over the keyboard. I chose to go with thick, high quality wood to make Aurora more of a beast. * Replace all green LEDs with red high-intensity ones. This also required changing some resistor values to increase the brightness. * Replace the LCD with a Hantronix Blue-on-White display. Also, some resistor changes are needed. * Have a very agreeable Alesis burn a custom Boot EPROM with the custom-designed bootup screen below. * Build a custom top panel, complete with several additional controls (two joysticks, several switches and knobs) as well as a full 16-channel mixer with level and pan per channel, one for each of the 16 individual outs on the Andromeda. * Add lots of careful, hard work and time, and PRESTO - you have the Aurora A6! The Name: I went with Aurora for a couple of reasons. 1. Alliteration - AurorA - AndromedA - get it? 2. There is some legend/lore as to how the Alesis Andromeda got its name. Could be related to the Greek mythos. Could be related to the Andromeda galaxy. Could be darts thrown at dictionary pages :-) In any case, Aurora fits with the mythology bent because in Roman mythology, Aurora was the goddess of the dawn (Andromeda was rescued and married by Perseus in Greek mythos). Aurora also fits the 'celestial' thing as well, as the Aurora Borealis. Either way, it kept with what might have perhaps been Alesis' reasons for naming the Andromeda. 3. I just liked it. 4. The A6 is kept because this fits with Alesis' naming convention (QS8 = 81-key QuadraSynth, A6 = 61-key Analog). There is some rumor that A6 was a play on ASICs, the custom chips within Andromeda, but I'm assured this is just rumor :-) "

178 X5L Hardware changes (HD and battery) [Archive] - iAudiophile.net Forums
[Archive] X5L Hardware changes (HD and battery) iAudio X5 X5L Hardware changes (HD and battery), iaudiophile, review, iaudio, cowon, forum, community, fan

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