#Walltimer

[hvacparts005]

Intermatic E1020 24Hour Mechanical In-Wall Timer, 125VAC | PartsHnC

The Intermatic E1020 is a 24-hour mechanical in-wall timer designed for precise control of electrical circuits. This in-wall timer operates on 125V at a frequency of 60Hz and features a Single Pole Double Throw (SPDT) switch type. It can handle temperatures ranging from -40°F to 130°F, making it suitable for various environments. The device is rated at 3 watts and weighs 0.76 lbs .

[espack18]

Que triste notícia! A @walltime.info foi a minha primeira Exchange. Foi nela que tive 320% de lucro no #Bitcoin. Ela é bem simples, mas guardou meus #BTC por 3 anos. Obrigado pelo respeito aos clientes durante sua existência. 🙌👏 #walltime #exchange #exchanges #criptomoeda #criptomoedas #ctiptoactivos #crypto #cryptocurrency #cryptos https://www.instagram.com/p/CobOh5Ks7Jh/?igshid=NGJjMDIxMWI=

[maklodes]

[Trump voice] You know, if Kamala Harris takes over America, if you have a job on a computing cluster, they're going to start making Americans use fewer processors, less memory, less time. It's terrible. These people are total wackjobs, you know? They say "just request as many nodes and as much walltime as you need!" Well folks, if you're doing a Monte Carlo simulation or a genetic algorithm, there's no way you can know exactly how much time it's going to take. I can tell you one thing: when I'm president, you're not going to be getting any emails from the SLURM system nagging you "Oh, you used less than half of the allotted walltime, please consider reducing walltime in the future." It's going to be so beautiful. [/Trump voice]

[resellerniche-blog]

This was an Amazon FBA return that I resisted. Sold in about a month. #walltimer #resellernichepodcast https://www.instagram.com/p/CHhYubgF0IE/?igshid=1it1edlqjxklp

[cockbiteproductions]

every time i get an email I get excited thinking my job is done but it's never done :(

[myenemyjewelry]

CHRISHABANA / DESIRE MAREA ON BOWERY AND HOUSTON POWERED BY TEVA . So incredibly thrilled to see the video we collaborated on with the phenomenal @desiremarea projected onto #walltime on Bowery and Houston tonight In #NYC . Sponsored by our friends at @teva , we worked with Desire and Digital animators and video editors @patshuro @nusi_quero @heyseamonster to present a collection that hopes to celebrate the black queer and trans community through the eyes of #desiremarea who presents their experience as a black non binary artist in South Africa and its parallels to their brothers and sisters in America, all to the tune of their track “Uncle Kenny” Biggest thanks to my team @yaltch @yungfleur and to @semaphoremgmt who worked so hard to present a new way to view our collections during #Covid — We are worked with the folks at #teva to present an auction of collaborative #sandals and #ss21 new pieces with 100% of the proceeds going to the @translawcenter . Please click the link in bio to find out how you can shop and serve. #shopandserve #linkinbio (at New York, New York) https://www.instagram.com/p/CH4dpXOH-2e/?igshid=12rvidl7zrjor

[inf-ew]

Favorite cornertime position?

First of all, I don’t have a corner in my apartment, so cornertime for me is walltime. 😉 I think of cornertime as keeping a submissive position just with an additional focus on humiliation and sensory deprivation. For example, kneeling in a wide nadu position blindfolded I would consider as a form of cornertime.

For “real” cornertime I want forehead, the tip of the nose, and my nipples against the wall if possible. This means I have to slightly tilt my head downwards, have only the wall in my field of vision, need to push my upper body slightly forward, and have something to focus on the keep the pesky thoughts away.

For the position itself, this depends on whether I shoot for endurance or intensity. For long times, just standing with the hands grabbing the opposite elbow behind the back is great, possibly on tiptoes. Way more challenging is kneeling up with the knees kept together and as close to the wall as possible. I wish I could lift my calves in this position but that’s too hard on the knees. If I want to do that, I need to open my knees and lower my body a bit but keeping this position for more than a few minutes is really hard and leaves me sweating and shaking. So that’s not really cornertime anymore.

Oh, hands cuffed at the back is cool too, whether standing or kneeling. Also staying on all fours with forehead and nose to the wall. I also like to keep a coin or a ball pressed against the wall with my nose or my forehead so that I have an objective measure if I kept the pose correctly. Having to start the timer again after dropping them is really frustrating.

Sorry for the long answer, but there was so much to say. 😉💧

[fluffymoe]

Im in a terrible position when it comes to my final thesis... :((( im trying to do fastdesign with rosetta but my calculations keep exceeding walltime/not giving results/i had broken pipe on all of them last night :xxxxx and now im waiting for the jobs to start as theyre queued. On linux i dont have word so i dont use thia time for writing. I do a bit of lit research but im just???? I dont have much to say??? How do ppl do these so nicely what the fuck. I also should prep a presentation. I hate this virus and fuck u

[illuminarch]

A poderosa nuvem: Intel® DevCloud com GPU Iris Xe Max

Neste artigo veremos como utilizar o poder computacional das últimas gerações de hardware Intel na nuvem DevCloud gratuitamente mas por tempo limitado. Além de processadores de última geração, poderemos testar a nova e primeira GPU da Intel Dedicada Iris Xe MAX.

Introdução Devcloud:

DevCloud é uma nuvem de computação distribuída baseado projeto PBS desenvolvido pela NASA 1991, a principal função era gerenciar trabalhos em lote muito similar ao agendador de tarefas e gerenciamento de nós e recursos. Esta nuvem da Intel proporciona diversas arquiteturas de hardware de última geração, como CPUs, FPGA GPU.

Sendo assim é possível utilizar a tecnologia Iris Xe Max. Este modelo é a primeira GPU dedicada da Intel. O seu desempenho diferenciado é devido ao suporte PCI Express 4.0 e total integração com a tecnologia Intel Deep Link. Onde sua principal função é praticamente combinar recursos da CPU e da GPU para otimizar o desempenho total do equipamento. Mas Ressalto que esta tecnologia Iris Xe Max trabalha em conjunto com o processador Intel Core de 11ª geração.

Antes de começarmos, devemos efetuar o cadastro na Nuvem da Intel. O cadastro é gratuito, porém limitado. Para estender o limite, seu projeto de desenvolvimento deve ser submetido para aumentar o período de testes. Sendo assim, clique no link https://software.intel.com/content/www/us/en/develop/tools/devcloud.html , selecione a opção Intel® DevCloud for oneAPI e efetue o seu cadastro preenchendo os dados solicitados.

Mais informações sobre a configuração e acesso no Linux via ssh, podemos obter nesta URL: https://devcloud.intel.com/oneapi/documentation/connect-with-ssh-linux-macos/

Conceitos

A nuvem da Intel trabalha com processamento distribuído, e então para entendermos o funcionamento, primeiramente criaremos o script com o nome hello-world-example com o conteúdo abaixo:

$ tee>hello-world-example <<EOF cd $PBS_O_WORKDIR echo “* Hello world from compute server `hostname`!” echo “* The current directory is ${PWD}.” echo “* Compute server’s CPU model and number of logical CPUs:” lscpu | grep ‘Model name\\|^CPU(s)’ echo “* Python available to us:” which python python –version echo “* The job can create files, and they will be visible back in the Notebook.” > newfile.txt sleep 10 echo “*Bye” EOF

Agora como script criado, o submeteremos o trabalho no qual devemos utilizar o comando qsub. O parâmetro -l é utilizado para utilizar o hardware solicitado onde nodes = QTDE DE NÓS, gpu = PROCESSADOR GRÁFICO e ppn = a quantidade de processadores. Já o parâmetro -d . indica o path de trabalho (localização atual) e por último o nome do scritpt. Vejam o exemplo a seguir:

$ qsub -l nodes=1:gpu:ppn=2 -d .  hello-world-example 911788.v-qsvr-1.aidevcloud

Se tudo funcionou corretamente, após alguns segundos, veremos armazenados em disco 2 arquivos de saída que representam o resultado do processamento, hello-world-example.eXXXXXX e hello-world-example.oXXXXXX. Um arquivo .eXXXXXX contém os erros do script (se existir), já o .e911788 contem a saída padrão do script submetido posteriormente. Abaixo o exemplo do seu conteúdo:

* Hello world from compute server s001-n140! * The current directory is /home/u45169. * Compute server’s CPU model and number of logical CPUs: CPU(s):                          12 Model name:                      Intel(R) Xeon(R) E-2176G CPU @ 3.70GHz * Python available to us: /opt/intel/inteloneapi/intelpython/latest/bin/python Python 3.7.9 :: Intel Corporation *Bye

A seguir um resumo da sintaxe anterior, e também a adição de alguns itens para um melhor aproveitamento dos arquivos para processamento distribuído utilizando o formato PBS (Portable Batch System). Tomaremos como base o script anterior.

$ tee>hello-world-example-2 <<EOF #!/bin/bash #Nome do trabalho: #PBS -N My-Job-InDevCloud #Tempo de execução 1 hora: #PBS -l walltime=1:00:00 #Nome do arquivo de erro: #PBS -e My-Job-with-Error.err #Solicita 1 nó e 2 processadores: #PBS -l nodes=1:ppn=2 #Envio de Email #PBS -M cabelo@opensuse.org cd $PBS_O_WORKDIR echo “* Hello world from compute server hostname!” echo “* The current directory is ${PWD}.” echo “* Compute server’s CPU model and number of logical CPUs:” lscpu | grep ‘Model name\|^CPU(s)’ echo “* Python available to us:” which python python –version echo “* The job can create files, and they will be visible back in the Notebook.” > newfile.txt sleep 10 echo “*Bye” EOF

Após estas alterações podemos submeter novamento o JOB para execução novamente:

$ qsub -l nodes=1:gpu:ppn=2 -d .  hello-world-example-2

Mas também podemos executar todos os parâmetros na diretiva da linha de comando.

$ qsub -l nodes=1:gpu:ppn=2 -l walltime=1:00:00 -M cabelo@opensuse.org -d . hello-world-example-2

Com o comando abaixo podemos verificar todos os computer nodes disponíveis na Nuvem da Intel:

$ pbsnodes -a s012-n001     state = job-exclusive     power_state = Running     np = 2     properties = core,cfl,i9-10920x,ram32gb,net1gbe,gpu,iris_xe_max,quad_gpu     ntype = cluster     jobs = 0-1/911898.v-qsvr-1.aidevcloud     status = rectime=1624947718,macaddr=d4:5d:64:08:e0:1b,cpuclock=Fixed,varattr=,jobs=911898.v-qsvr-1.aidevcloud(cput=114,energy_used=0,mem=382320kb,vmem=34364495240kb,walltime=626,Error_Path=/dev/pts/0,Output_ Path=/dev/pts/0,session_id=2291524),state=free,netload=881915012074,gres=,loadave=2.00,ncpus=24,physmem=32558924kb,availmem=33789804kb,totmem=34656072kb,idletime=1003560,nusers=4,nsessions=4,sessions=525427 11938 32 1193846 2291524,uname=Linux s012-n001 5.4.0-52-generic #57-Ubuntu SMP Thu Oct 15 10:57:00 UTC 2020 x86_64,opsys=linux     mom_service_port = 15002     mom_manager_port = 15003

Para verificar quantos nós apresentam a GPU Iris XE MAX, basta incluir o seguinte comando:

$ pbsnodes | sort | grep properties  |grep iris_xe_max     properties = core,cfl,i9-10920x,ram32gb,net1gbe,gpu,iris_xe_max,dual_gpu     properties = core,cfl,i9-10920x,ram32gb,net1gbe,gpu,iris_xe_max,dual_gpu     properties = core,cfl,i9-10920x,ram32gb,net1gbe,gpu,iris_xe_max,dual_gpu     properties = core,cfl,i9-10920x,ram32gb,net1gbe,gpu,iris_xe_max,dual_gpu     properties = core,cfl,i9-10920x,ram32gb,net1gbe,gpu,iris_xe_max,dual_gpu     properties = core,cfl,i9-10920x,ram32gb,net1gbe,gpu,iris_xe_max,dual_gpu     properties = core,cfl,i9-10920x,ram32gb,net1gbe,gpu,iris_xe_max,dual_gpu     properties = core,cfl,i9-10920x,ram32gb,net1gbe,gpu,iris_xe_max,dual_gpu     properties = core,cfl,i9-10920x,ram32gb,net1gbe,gpu,iris_xe_max,quad_gpu     properties = core,cfl,i9-10920x,ram32gb,net1gbe,gpu,iris_xe_max,quad_gpu     properties = core,cfl,i9-10920x,ram32gb,net1gbe,gpu,iris_xe_max,quad_gpu     properties = core,cfl,i9-10920x,ram32gb,net1gbe,gpu,iris_xe_max,quad_gpu     properties = core,cfl,i9-10920x,ram32gb,net1gbe,gpu,iris_xe_max,quad_gpu

Para verificar as características dos nós presentes no sistema, basta utilizar o seguinte comando abaixo:

$ pbsnodes | sort | grep properties properties = core,cfl,i9-10920x,ram32gb,net1gbe,gpu,iris_xe_max,quad_gpu properties = core,cfl,i9-10920x,ram32gb,net1gbe,gpu,iris_xe_max,quad_gpu properties = xeon,cfl,e-2176g,ram64gb,net1gbe,gpu,gen9 properties = xeon,cfl,e-2176g,ram64gb,net1gbe,gpu,gen9 properties = xeon,cfl,e-2176g,ram64gb,net1gbe,gpu,gen9 properties = xeon,cfl,e-2176g,ram64gb,net1gbe,gpu,gen9 properties = xeon,cfl,e-2176g,ram64gb,net1gbe,gpu,gen9 properties = xeon,cfl,e-2176g,ram64gb,net1gbe,gpu,gen9 properties = xeon,skl,ram384gb,net1gbe,renderkit properties = xeon,skl,ram384gb,net1gbe,renderkit properties = xeon,skl,ram384gb,net1gbe,renderkit properties = xeon,skl,ram384gb,net1gbe,renderkit

As propriedades são usadas para descrever vários recursos disponíveis nos nós de computação, como: tipo e nome da CPU, modelo e nome do acelerador, DRAM disponível, tipo de interconexão, número de dispositivos aceleradores disponíveis e seu tipo e uso pretendido ou recomendado.

Algumas das propriedades para das classes de dispositivos:

core

fpga

gpu

xeon

Propriedades dos dispositivos por nome:

arria10

e-2176g

gen9

gold6128

i9-10920x

iris_xe_max

plat8153

Quantidade do dispositivo:

dual_gpu

quad_gpu

Uso desejado:

batch

fpga_compile

fpga_runtime

jupyter

renderkit

Mão na massa com a GPU Iris Xe Max

Agora conecte na DevCloud via ssh utilizando o comando abaixo com sua conta devidamente configurada. Se tudo estiver corretamente funcionando teremos a tela abaixo:

$ ssh devcloud ############################################################################### # # Welcome to the Intel DevCloud for oneAPI Projects! # # 1) See https://ift.tt/2LUWKHK for instructions and rules for # the OneAPI Instance. # # 2) See https://ift.tt/3dsMD83 for instructions and rules for # the FPGA Instance. # # Note: Your invitation email sent to you contains the authentication URL. # # If you have any questions regarding the cloud usage, post them at # https://ift.tt/3dqCokx # # Intel DevCloud Team # ############################################################################### # # Note: Cryptocurrency mining on the Intel DevCloud is forbidden. # Mining will lead to immediate termination of your account. # ############################################################################### Last login: Mon Jun 28 22:51:06 2021 from 10.9.0.249 u99999@login-2:~$

Agora criaremos o arquivo ola_Iris_XE_Max.sh com o seguinte conteudo abaixo.

$ tee >  ola_Iris_XE_Max.sh <<EOF > Echo #!/bin/bash > wget https://ift.tt/35XzAHA    > tar -zxvf cmake-gpu.tar.gz   > mkdir -p cmake-gpu/build   > cd cmake-gpu/build   > cmake ..   > make run > EOF

Este script efetuara o download do código fonte exemplo em C, que utiliza um loop for, e conta até 15 uttilizando a GPU, descompacta o arquivo .tar.gz, cria a pasta build efetua a compilação e executa.

Para testar o funcionamento execute o seguinte comando para submeter o script para processamento:

$ qsub -l nodes=1:iris_xe_max:ppn=2 -d . ola_Iris_XE_Max.sh 911915.v-qsvr-1.aidevcloud Após alguns segundos digite ls e verifique o conteudo do arquivo de saida com o comando cat. Veremos o seguinte resultado:

$ cat ola_Iris_XE_Max.sh.o911915

######################################################################## #      Date:           Mon 28 Jun 2021 11:45:08 PM PDT #    Job ID:           911915.v-qsvr-1.aidevcloud #      User:           u68892 # Resources:           neednodes=1:iris_xe_max:ppn=2,nodes=1:iris_xe_max:ppn=2,walltime=06:00:00 ######################################################################## cmake-gpu/CMakeLists.txt cmake-gpu/License.txt cmake-gpu/README.md cmake-gpu/sample.json cmake-gpu/src/ cmake-gpu/src/CMakeLists.txt cmake-gpu/src/main.cpp cmake-gpu/third-party-programs.txt — The C compiler identification is GNU 9.3.0 — The CXX compiler identification is Clang 12.0.0 — Check for working C compiler: /usr/bin/cc — Check for working C compiler: /usr/bin/cc — works — Detecting C compiler ABI info — Detecting C compiler ABI info – done — Detecting C compile features — Detecting C compile features – done — Check for working CXX compiler: /glob/development-tools/versions/oneapi/2021.2/inteloneapi/compiler/2021.2.0/linux/bin/dpcpp — Check for working CXX compiler: /glob/development-tools/versions/oneapi/2021.2/inteloneapi/compiler/2021.2.0/linux/bin/dpcpp — works — Detecting CXX compiler ABI info — Detecting CXX compiler ABI info – done — Detecting CXX compile features — Detecting CXX compile features – done — Configuring done — Generating done — Build files have been written to: /home/u47345/cmake-gpu/build Scanning dependencies of target cmake-gpu [ 50%] Building CXX object src/CMakeFiles/cmake-gpu.dir/main.cpp.o [100%] Linking CXX executable ../cmake-gpu [100%] Built target cmake-gpu Scanning dependencies of target build [100%] Built target build Scanning dependencies of target run 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 [100%] Built target run ######################################################################## # End of output for job 911915.v-qsvr-1.aidevcloud # Date: Mon 28 Jun 2021 11:45:25 PM PDT ########################################################################

Mais informações no link oficial: Intel® DevCloud https://software.intel.com/content/www/us/en/develop/tools/devcloud.html ou em contato diretamente comigo em cabelo@opensuse.org. “O próximo grande salto evolutivo da humanidade será a descoberta de que cooperar é melhor que competir… Pois colaborar atrai amigos, competir atrai inimigos!”

O post A poderosa nuvem: Intel® DevCloud com GPU Iris Xe Max apareceu primeiro em SempreUpdate.

source https://sempreupdate.com.br/a-poderosa-nuvem-intel-devcloud-com-gpu-iris-xe-max/

[genefish]

kubu4 pushed to master in RobertsLab/sams-notebook

kubu4 pushed to master in RobertsLab/sams-notebook Aug 26, 2020

2 commits to master

eff9fc9

initial commit

1bf94c6

set walltime to 7 days

1 more commits »

from kubu4’s Activity https://ift.tt/2EjVOcQ via IFTTT

[restless-stirring]

the universal experience of twidtch streemers playing dork souls 1 blind run:

resists taking hints from chat (this is the only good thing on this list)

plays with keyboard and mouse (KBAM). I AM A PC GAMER AND I USE KBAM ONLY

doesn’t use KBAM to manually aim thrown projectiles

is that my guy? thats not my guy. why do i look like Arby’s roast beef

lock on to target is for weaklings

doesn’t read any tutorial messages. anything learned is immediately forgotten

misses every obvious gameplay hint painstakingly layered into the level geometry and mob AI by devs. the alluring skulls in front of hte church is the best example

is th streamer trolling the chat or is the chat trolling the streamer. why not both

takes 3+ hours to figure out what number in bottom right is

6+ hours to discover how to sprint

12+ hours to discover how to slide down ladder. this is an advanced technique

kicks are completely random and meaningless. why cant i rebind kick

spear+shield hollows are OP

never figures out how critical attacks work

wears heaviest armor possible because more armor equals better protection, which will assuredly make me die less

despair sets in. taking only one hit on the way to a boss fight makes the player give up and repeatedly say just kill me. JUST KILL ME. JUST KILL ME YOU FUCK. you died. YOU FUCKING FUCK. ASS. SHIT. streamer reveals tehy have avgn dna

overlevels (lacks theory of grinding that connects it to granular difficulty setting in exchange for walltime)

refuses to look at anything that isn’t directly in front of their character, absolutely does not look at any object or structure in the distance. not INTERESTED in looking at a fully modeled and rendered world, never connects structures visible in distance with level geometry

literally can’t see treasure, doesn’t care about treasure, is too good for treasure. hey look at all that treasure over there. oh well i;’lll never even try to get it. i just want to get to the next boss

refuses to use any item that cures poison or toxic

gets extremely frustrated by dying to poison. being poisoned means certain death, every time

33% chance that streamer attacks merchants so they aggro but doesn’t kill them

75% chance of not finding undead burg merchant because exploring is off limits

says they won’t explore or look at anything or for anything except boss fights because theyr extremely worried about the stream being boring. this is about cash monies, thank you so much for donating, YOU DIED, give me your twitch prime subs, i have to take a piss break, i don’t wash my hands because my dick is clean,

“use item”. why is it crossed out. click it anyway. why is not working. how do i equip. WHY DO I HAVE TO EQUIP FROM THE EQUIP SCREEN. i don’t know how to do that. I DON’T KNOW HOW TO DO THAT. STOP TELLIN GME (the dark souls menu is the dark souls of menus)

refusses to look at the commands listed at the bottom of the menu

i don’t like games that make me read words. no, even five words is too many. too many words.

tries to kill crestfallen or cleric at firelink shrine,; is surprised when NPC can be attacked. upset about being killed reepeatedly at firelink shrine by NPC they attacked

10+ hours to discover what the green bar at the top left of the screen does. might or might not figure out what guarding is, but never learns what stability means

fire keeper soul improves estus flask. oh i’ll Use Item. it gave me souls? my estus is the same??? idgi (the chat either shits itself in anger or dies laughing, sometimes both)

humanity restores HP. i better save this and never use it ever (the humanity system has too many weird words and concepts, also the big number in the top left, which is usually one of three numbers on the UI at all times, is a meaningless graphical artifact taht must be ignored)

10+ hours to figure out what “kindle bonfire” means, or never learns what it means and never does it

will the game let me fall off here. oh (gravity is their worst enemy)

ENEMEIS ATTAK THRU WALLS BUT MY WEAPON BOUNCES OFF???

enemy drinks estus: CHEATING ASSHOLE. YOU FUCK. im completely chill, what are you talking about,

I BEAT THE GAME i hate this, i hate you, i hate myself, i hate this game. next up is another darks ousl games remember to follow, subscribe, tell your friends, give me your twitch prime sub, luv u

[bowsetter]

Brazilian Cryptocurrency Exchange Wins Injunction Against Bank Who Closed Its Account

Brazilian cryptocurrency exchange Walltime has recently won a court battle against local bank Caixa Econômica Federal, forcing it to unfreeze its account holding more than $200,000 worth of funds. Crypto Exchange Walltime Wins Preliminary Injunction Against Hostile Bank According to local news outlet Portal do Bitcoin, Walltime won a preliminary injunction, meaning the court’s decision

The post Brazilian Cryptocurrency Exchange Wins Injunction Against Bank Who Closed Its Account appeared first on CCN

source https://www.ccn.com/brazilian-cryptocurrency-exchange-wins-injunction-against-bank-who-closed-its-account/ READ MORE http://bit.ly/2LMTMEw

[joshuajacksonlyblog]

Brazilian Cryptocurrency Exchange Wins Injunction Against Bank Who Closed Its Account

Brazilian cryptocurrency exchange Walltime has recently won a court battle against local bank Caixa Econômica Federal, forcing it to unfreeze its account holding more than $200,000 worth of funds. Crypto Exchange Walltime Wins Preliminary Injunction Against Hostile Bank According to local news outlet Portal do Bitcoin, Walltime won a preliminary injunction, meaning the court’s decision

The post Brazilian Cryptocurrency Exchange Wins Injunction Against Bank Who Closed Its Account appeared first on CCN

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[brettzjacksonblog]

Brazilian Cryptocurrency Exchange Wins Injunction Against Bank Who Closed Its Account

Brazilian cryptocurrency exchange Walltime has recently won a court battle against local bank Caixa Econômica Federal, forcing it to unfreeze its account holding more than $200,000 worth of funds. Crypto Exchange Walltime Wins Preliminary Injunction Against Hostile Bank According to local news outlet Portal do Bitcoin, Walltime won a preliminary injunction, meaning the court’s decision

The post Brazilian Cryptocurrency Exchange Wins Injunction Against Bank Who Closed Its Account appeared first on CCN

from CryptoCracken SMFeed https://ift.tt/2vadvUm via IFTTT

[michaelbennettcrypto]

Brazilian Cryptocurrency Exchange Wins Injunction Against Bank Who Closed Its Account

Brazilian cryptocurrency exchange Walltime has recently won a court battle against local bank Caixa Econômica Federal, forcing it to unfreeze its account holding more than $200,000 worth of funds. Crypto Exchange Walltime Wins Preliminary Injunction Against Hostile Bank According to local news outlet Portal do Bitcoin, Walltime won a preliminary injunction, meaning the court’s decision

The post Brazilian Cryptocurrency Exchange Wins Injunction Against Bank Who Closed Its Account appeared first on CCN

from Cryptocracken WP https://ift.tt/2vadvUm via IFTTT

[bijulesnyc]

Tonite, rain ☔️ or shine☀️, @bijules launches #LASTCALL video in partnership w/ @walltimenyc. #bijulesbridal unveils tonite at 645 at 76 east Houston in front of the #bowerygraffitiwall. Open to the public, download #walltime app! #madeinfrance @camille_anais @tianesm #nyfw #bijulesbridalwall hashtag contest, win 10 minutes from Walltime and free jewelry consult from Bijules!💍💍💍💍💍💍💍💍💍💍💍💍💍💍💍💍 (at New York, New York)