Apache Storm is a distributed real-time computation system. Storm makes it easy to reliably process unbounded streams of data, doing for real-time processing what Hadoop did for batch processing. The process is essentially a DAG of nodes, which is called topology.
Apache Atlas is a metadata repository that enables end-to-end data lineage, search and associate business classification.
The goal of this integration is to push the operational topology metadata along with the underlying data source(s), target(s), derivation processes and any available business context so Atlas can capture the lineage for this topology.
There are 2 parts in this process detailed below:
A data model is represented as Types in Atlas. It contains the descriptions of various nodes in the topology graph, such as spouts and bolts and the corresponding producer and consumer types.
The following types are added in Atlas.
The Storm Atlas hook auto registers dependent models like the Hive data model if it finds that these are not known to the Atlas server.
The data model for each of the types is described in the class definition at org.apache.atlas.storm.model.StormDataModel.
Atlas is notified when a new topology is registered successfully in Storm. Storm provides a hook, backtype.storm.ISubmitterHook, at the Storm client used to submit a storm topology.
The Storm Atlas hook intercepts the hook post execution and extracts the metadata from the topology and updates Atlas using the types defined. Atlas implements the Storm client hook interface in org.apache.atlas.storm.hook.StormAtlasHook.
The following apply for the first version of the integration.
The Storm Atlas Hook needs to be manually installed in Storm on the client side.
Storm Atlas hook jars in $ATLAS_PACKAGE/hook/storm need to be copied to $STORM_HOME/extlib. Replace STORM_HOME with storm installation path.
Restart all daemons after you have installed the atlas hook into Storm.
The Storm Atlas Hook needs to be configured in Storm client config in $STORM_HOME/conf/storm.yaml as:
storm.topology.submission.notifier.plugin.class: "org.apache.atlas.storm.hook.StormAtlasHook"
Also set a 'cluster name' that would be used as a namespace for objects registered in Atlas. This name would be used for namespacing the Storm topology, spouts and bolts.
The other objects like data sets should ideally be identified with the cluster name of the components that generate them. For e.g. Hive tables and databases should be identified using the cluster name set in Hive. The Storm Atlas hook will pick this up if the Hive configuration is available in the Storm topology jar that is submitted on the client and the cluster name is defined there. This happens similarly for HBase data sets. In case this configuration is not available, the cluster name set in the Storm configuration will be used.
atlas.cluster.name: "cluster_name"
In $STORM_HOME/conf/storm_env.ini, set an environment variable as follows:
STORM_JAR_JVM_OPTS:"-Datlas.conf=$ATLAS_HOME/conf/"
where ATLAS_HOME is pointing to where ATLAS is installed.
You could also set this up programatically in Storm Config as:
Config stormConf = new Config(); ... stormConf.put(Config.STORM_TOPOLOGY_SUBMISSION_NOTIFIER_PLUGIN, org.apache.atlas.storm.hook.StormAtlasHook.class.getName());


One of formats of data that Spry accepts is JSON. This document will present an overview of setting up JSON for use with Spry. It will have tips and tricks for generating and using JSON for Spry.
What is JSON?
JSON stands for JavaScript Object Notation. This is a lightweight, flexible yet strict method of storing and transmitting data. Flexible in that the user can create the format and names in any way they please; strict in the sense that JSON has a strict set of rules for structure.
Basic JSON code looks like this:
{
"firstName": "Jason",
"lastName": "Jones",
"address": {
"city": "San Francisco, CA",
"zip": 94121,
"address": "444 Columbus Ave"
},
"email": [
<EMAIL_ADDRESS><EMAIL_ADDRESS>]
}
Let's break this down. A JavaScript object is a series of name/value pairs, written in a structured way. The basic structure is:
{name:value,name:value,name:value}
JSON supports the common data types listed below. Each has a set of rules for structure.
Boolean:"active":true
To send a false, send the word false:
"active":falseString:
"address": "444 Columbus Ave"Number:
"zip": 94121
Negative integers:
total points": -123
Floats:
"length":122.2344
Scientific notation:
"atoms per mole":-6.023e+23Array:
"values":[ 1, false, "test", [ 2, 3 ], { "test": 1 } ]
In the example above describes an array of 5 elements which include a number, boolean, string, array, and object.
Object:{ "count": 2, "results": [ 2, 3 ] }The example above describes an object with two properties on it, the "count" and "results" property. The "count" property has an integer value of 2, and the "results" value is an array.
Null:
In JavaScript, null is a pre-defined object. To send a null in JSON notation, you simply send the word null:
"email":null
http://www.dustindiaz.com/json-for-the-masses/
Copyright © 2007. Adobe Systems Incorporated.
All rights reserved.


Memories From My Kitchen
By Joanne Oeler
April 2, 2002
Introduction
Contents
1
MAMA OELER’S RECIPES
2
MISCELLANEOUS
3
APPETIZERS
4
SOUPS
5
BAKED GOODS
6
DESSERTS
7
FISH AND SEAFOOD
8
EGG and CHEESE, MAIN DISHES
9
MEAT
10
ASIAN FOOD
11
POULTRY
12
SALADS
13
VEGETABLES
A
Kitchen Measurement Conversion Tables


CLI install guide
This is a guide on installing GrapheneOS on the officially supported devices. It can be followed for both the official releases and custom builds. The web installer is an easier approach to installing the official releases via a browser with WebUSB support.
We strongly recommend following these official instructions. The official guide has a lot of collaborative effort put into covering all of the edge cases and is regularly tested by many people on each supported OS. Following these instructions to the letter without skipping, reordering or adding any steps will give you a proper GrapheneOS installation unless there's a hardware issue. We strongly recommend against following unofficial guides deviating in any way from the official instructions.
If you have trouble with the installation process, ask for help on the official GrapheneOS chat channel. There are almost always people around willing to help with it. Before asking for help, make an attempt to follow the guide on your own and then ask for help with anything you get stuck on.
Prerequisites
You should have at least 2GB of free memory available and 8GB of free storage space.
You need a USB cable for attaching the device to a laptop or desktop. Whenever possible, use the high quality standards compliant USB-C cable packaged with the device. If your computer doesn't have any USB-C ports, you'll need a high quality USB-C to USB-A cable. You should avoid using a USB hub such as the front panel on a desktop computer case. Connect directly to a rear port on a desktop or the ports on a laptop. Many widely distributed USB cables and hubs are broken and are the most common source of issues for installing GrapheneOS.
Installing from an OS in a virtual machine is not recommended. USB passthrough is often not reliable. To rule out these problems, install from an OS running on bare metal. Virtual machines are also often configured to have overly limited memory and storage space.
Officially supported operating systems for the CLI install method:
- Windows 10
- Windows 11
- macOS Big Sur
- macOS Monterey
- Arch Linux
- Debian 10 (buster)
- Debian 11 (bullseye)
- Ubuntu 20.04 LTS
- Ubuntu 21.10
Make sure your operating system is up-to-date before proceeding.
The web installer is more portable and can be used from Android, ChromeOS and GrapheneOS itself since it can run anywhere with a browser with working WebUSB support.
You need one of the officially supported devices. To make sure that the device can be unlocked to install GrapheneOS, avoid carrier variants of the devices. Carrier variants of Pixels use the same stock OS and firmware with a non-zero carrier id flashed onto the persist partition in the factory. The carrier id activates carrier-specific configuration in the stock OS including disabling carrier and bootloader unlocking. The carrier may be able to remotely disable this, but their support staff may not be aware and they probably won't do it. Get a carrier agnostic device to avoid the risk and potential hassle. If you CAN figure out a way to unlock a carrier device, it isn't a problem as GrapheneOS can just ignore the carrier id and the hardware is the same.
It's best practice to update the device before installing GrapheneOS to have the latest firmware for connecting the phone to the computer and performing the early flashing process. Either way, GrapheneOS flashes the latest firmware early in the installation process.
Enabling OEM unlocking
OEM unlocking needs to be enabled from within the operating system.
Enable the developer options menu by going to Settings ➔ About phone and repeatedly pressing the build number menu entry until developer mode is enabled.
Next, go to Settings ➔ System ➔ Advanced ➔ Developer options and toggle on the 'OEM unlocking' setting. This requires internet access on devices with Google Play services as part of Factory Reset Protection (FRP) for anti-theft protection.
Opening terminal
These instructions use command-line tools. Launch the terminal as you would any other application. On Windows, launch a regular non-administrator instance of the PowerShell terminal. Do not use the legacy Command Prompt or administrator variant of PowerShell.
Use the same terminal for the whole installation process. If you close it, you'll lose the setup of the environment for the installation.
On Windows, run the following command to remove PowerShell's legacy curl alias
for the current shell to avoid needing to reference it as curl.exe
instead of curl
:
Remove-Item Alias:Curl
Obtaining fastboot
You need an updated copy of the fastboot
tool and the
directory containing it needs to be included in the PATH
environment variable. You can run fastboot --version
to determine
the current version. It must be at least 31.0.3
. You can use a
distribution package for this, but most of them mistakenly package development
snapshots of fastboot, clobber the standard version scheme for platform-tools
(adb, fastboot, etc.) with their own scheme and don't keep it up-to-date
despite that being crucial.
On Arch Linux, install android-tools
and skip the section below on
using the standalone release of platform-tools from Android:
sudo pacman -S android-tools
Debian and Ubuntu do not have a usable package for fastboot. Their packages for these tools are both broken and many years out-of-date. Follow the instructions below for platforms without a proper package.
Standalone platform-tools
If your operating system doesn't include a usable version of fastboot, you can use the official standalone releases of platform-tools. This is our recommendation for most users. The flashing process won't work unless you follow these instructions including setting up PATH.
To download, verify and extract the standalone platform-tools on Debian and Ubuntu:
sudo apt install libarchive-tools curl -O https://dl.google.com/android/repository/platform-tools_r31.0.3-linux.zip echo 'e6cb61b92b5669ed6fd9645fad836d8f888321cd3098b75588a54679c204b7dc platform-tools_r31.0.3-linux.zip' | sha256sum -c bsdtar xvf platform-tools_r31.0.3-linux.zip
To download, verify and extract the standalone platform-tools on macOS:
curl -O https://dl.google.com/android/repository/e8b2b4cbe47c728c1e54c5f524440b52d4e1a33c.platform-tools_r31.0.3-darwin.zip echo 'SHA256 (e8b2b4cbe47c728c1e54c5f524440b52d4e1a33c.platform-tools_r31.0.3-darwin.zip) = 773c08cfa31cec1bb4568ce5b374366e6310a5ffc21875024604a0f65bc831b1' | shasum -c tar xvf e8b2b4cbe47c728c1e54c5f524440b52d4e1a33c.platform-tools_r31.0.3-darwin.zip
To download, verify and extract the standalone platform-tools on Windows:
curl -O https://dl.google.com/android/repository/platform-tools_r31.0.3-windows.zip (Get-FileHash platform-tools_r31.0.3-windows.zip).hash -eq "0f4b8fdd26af2c3733539d6eebb3c2ed499ea1d4bb1f4e0ecc2d6016961a6e24" tar xvf platform-tools_r31.0.3-windows.zip
Next, add the tools to your PATH
in the current shell so they can be
used without referencing them by file path, enabling usage by the flashing script.
On Debian, Ubuntu and macOS:
export PATH="$PWD/platform-tools:$PATH"
On Windows:
$env:Path = "$pwd\platform-tools;$env:Path"
This only changes PATH
for the current shell and will need
to be done again if you open a new terminal.
Checking fastboot version
Check the output of fastboot --version
before continuing.
Example of the output after following the instructions above for the standalone platform-tools:
fastboot version 31.0.3-7562133 Installed as /home/username/platform-tools/fastboot
Flashing as non-root
On traditional Linux distributions, USB devices cannot be used as non-root without udev rules for each type of device. This is not an issue for other platforms.
On Arch Linux:
sudo pacman -S android-udev
On Debian and Ubuntu:
sudo apt install android-sdk-platform-tools-common
The udev rules on Debian and Ubuntu are very out-of-date but the package has the rules needed for Pixel phones since the same USB IDs have been used for many years.
Booting into the bootloader interface
You need to boot your phone into the bootloader interface. To do this, you need to hold the volume down button while the phone boots.
The easiest approach is to reboot the phone and begin holding the volume down button until it boots up into the bootloader interface.
Alternatively, turn off the phone, then boot it up while holding the volume down button during the boot process. You can either boot it with the power button or by plugging it in as required in the next section.
Connecting the phone
Connect the phone to the computer. On Linux, you'll need to do this again if you didn't have the udev rules set up when you connected it.
On Windows, you need to install a driver for fastboot if you don't already have it. No driver is needed on other operating systems. You can obtain the driver from Windows Update which will detect it as an optional update when the device is booted into the bootloader interface and connected to the computer. Open Windows Update, run a check for updates and then open the "View optional updates" interface. Install the driver for the Android bootloader interface as an optional update.
An alternative approach to obtaining the Windows fastboot driver is to obtain the latest driver for Pixels from Google and then manually install it with the Windows Device Manager.
Unlocking the bootloader
Unlock the bootloader to allow flashing the OS and firmware:
fastboot flashing unlock
The command needs to be confirmed on the device and will wipe all data. Use one of the volume buttons to switch the selection to accepting it and the power button to confirm.
Obtaining signify
On the supported Linux distributions, the signify tool is used to verify the download of the OS beyond the security offered by HTTPS. You should skip this on macOS and Windows. It only makes sense to do this if you can obtain signify from the distribution package repositories. GrapheneOS releases are hosted on our servers and we do not have third party mirrors.
On Arch Linux:
sudo pacman -S signify
On Debian and Ubuntu:
sudo apt install signify-openbsd alias signify=signify-openbsd
On Debian-based distributions, the signify
package and command are an
unmaintained mail-related
tool for generating mail signatures (not cryptographic signatures). Make sure
to install signify-openbsd
.
Obtaining factory images
You need to obtain the GrapheneOS factory images for your device to proceed with the installation process.
You can either download the files with your browser or using a command like
curl
. It's generally easier to use the command-line since you're already
using it for the rest of the installation process, so these instructions use
curl
.
Download the factory images public key (factory.pub) in order to verify the factory images:
curl -O https://releases.grapheneos.org/factory.pub
This is the content of factory.pub
:
untrusted comment: GrapheneOS factory images public key RWQZW9NItOuQYJ86EooQBxScfclrWiieJtAO9GpnfEjKbCO/3FriLGX3
The public key has also been published via the official @GrapheneOS Twitter account, the /u/GrapheneOS Reddit account and is available on GitHub. When the current signing key is replaced, the new key will be signed with it.
Download the factory images for the device from the releases
page. For example, to download the<PHONE_NUMBER> release for a device with the
codename DEVICE_NAME
:
curl -O https://releases.grapheneos.org/DEVICE_NAME-factory-2021110122.zip curl -O https://releases.grapheneos.org/DEVICE_NAME-factory-2021110122.zip.sig
Verify the factory images using the signature if you were able to obtain
signify
from trusted package repositories (see above), otherwise
continue on to the next section without this:
signify -Cqp factory.pub -x DEVICE_NAME-factory-2021110122.zip.sig && echo verified
This will output verified
if verification is successful. If something
goes wrong, it will output an error message rather than verified
.
Flashing factory images
The initial install will be performed by flashing the factory images. This will replace the existing OS installation and wipe all the existing data.
Next, extract the factory images.
On Linux:
bsdtar xvf DEVICE_NAME-factory-2021110122.zip
On macOS and Windows:
tar xvf DEVICE_NAME-factory-2021110122.zip
Move into the directory:
cd DEVICE_NAME-factory-2021110122
Flash the images with the flash-all script in the directory.
On Linux and macOS:
./flash-all.sh
On Windows:
./flash-all.bat
Wait for the flashing process to complete. It will automatically handle flashing the firmware, rebooting into the bootloader interface, flashing the core OS, rebooting into the userspace fastboot mode, flashing the rest of the OS and finally rebooting back into the bootloader interface. Avoid interacting with the device until the flashing script is finished and the device is back at the bootloader interface. Then, proceed to locking the bootloader before using the device as locking wipes the data again.
Troubleshooting
The text output from a failed attempt at flashing will contain valuable diagnostic information which is essential in knowing where and how the process went wrong. Please provide this information when asking for help on the GrapheneOS chat room.
A common issue on Linux distributions is that they mount the default temporary file
directory /tmp
as tmpfs which results in it being backed by memory and
swap rather than persistent storage. By default, the size is 50% of the available
virtual memory. This is often not enough for the flashing process, especially since
/tmp
is shared between applications and users. To use a different
temporary directory if your /tmp
doesn't have enough space available:
mkdir tmp && TMPDIR="$PWD/tmp" ./flash-all.sh
Locking the bootloader
Locking the bootloader is important as it enables full verified boot. It also prevents using fastboot to flash, format or erase partitions. Verified boot will detect modifications to any of the OS partitions and it will prevent reading any modified / corrupted data. If changes are detected, error correction data is used to attempt to obtain the original data at which point it's verified again which makes verified boot robust to non-malicious corruption.
In the bootloader interface, set it to locked:
fastboot flashing lock
The command needs to be confirmed on the device and will wipe all data. Use one of the volume buttons to switch the selection to accepting it and the power button to confirm.
Post-installation
Booting
You've now successfully installed GrapheneOS and can boot it. Pressing the power button with the default Start option selected in the bootloader interface will boot the OS.
Disabling OEM unlocking
OEM unlocking can be disabled again in the developer settings menu within the operating system after booting it up again.
After disabling OEM unlocking, we recommend disabling developer options as a whole for a device that's not being used for app or OS development.
Verifying installation
Verified boot authenticates and validates the firmware images and OS from the hardware root of trust. Since GrapheneOS supports full verified boot, the OS images are entirely verified. However, it's possible that the computer you used to flash the OS was compromised, leading to flashing a malicious verified boot public key and images. To detect this kind of attack, you can use the Auditor app included in GrapheneOS in the Auditee mode and verify it with another Android device in the Auditor mode.
The Auditor app works best once it's already paired with a device and has pinned a persistent hardware-backed key and the attestation certificate chain. However, it can still provide a bit of security for the initial verification via the attestation root. Ideally, you should also do this before connecting the device to the network, so an attacker can't proxy to another device (which stops being possible after the initial verification). Further protection against proxying the initial pairing will be provided in the future via optional support for ID attestation to include the serial number in the hardware verified information to allow checking against the one on the box / displayed in the bootloader. See the Auditor tutorial for a guide.
After the initial verification, which results in pairing, performing verification again between the same Auditor and Auditee (as long as the app data hasn't been cleared) will provide strong validation of the identity and integrity of the device. That makes it best to get the pairing done right after installation. You can also consider setting up the optional remote attestation service.
Replacing GrapheneOS with the stock OS
Installation of the stock OS via the stock factory images is the same process described above. However, before flashing and locking, there's an additional step to fully revert the device to a clean factory state.
The GrapheneOS factory images flash a non-stock Android Verified Boot key which needs to be erased to fully revert back to a stock device state. Before flashing the stock factory images and before locking the bootloader, you should erase the custom Android Verified Boot key to untrust it:
fastboot erase avb_custom_key
Further information
Please look through the usage guide and FAQ for more information. If you have further questions not covered by the site, join the official GrapheneOS chat channels and ask the questions in the appropriate channel.


Ensembl Genomes is a project run by the EBI. We benefit, of course, from the extensive work done by the Wellcome Trust Sanger Institute, in collaboration with the EBI, on the development of the Ensembl software system, and continue to work closely with the WTSI to ensure the compatible development of both resources.
The initial releases of Ensembl Genomes was partly funded by the European Commission under FELICS, contract number 021902 (RII3) within the Research Infrastructure Action of the FP6 "Structuring the European Research Area" Programme. The project is currently partly supported by the European Commission under SLING within Research Infrastructures of the FP7 Capacities Specific Programme, grant agreement number 226073 (Integrating Activity). Ensembl Plants is currently in receipt of BBSRC funding to work on genomic variation in Arabidopsis.
EU Framework Programme 6 |
BBSRC |


Choose the Members of Congress from {{ umi.humanized_state }} and the {{ umi.humanized_district_no_state }} that you want to send your email to.
{% if legs_buckets and legs_buckets.does_not_represent %}Why {% if legs_buckets.does_not_represent|length > 1 %}aren't{% else %}isn't{% endif %} {{ legs_buckets.does_not_represent|humanize_legislator_list }} listed here?
{% endif %} {% if legs_buckets and legs_buckets.non_existent %}Our system could not recognize the email addresses for {{ legs_buckets.non_existent|humanize_list }}.
{% endif %}You can only email your own representatives
Due to restrictions imposed on us by Congress, you can only send a message through this system to the members of Congress who represent the address that you provided us.
Our system has determined that your provided address resides in the {{ umi.humanized_district }}. If you believe that this is incorrect then please verify your representative here and let us know that there may be a mistake.
If you wish to contact a member outside your state and/or district then the best way is to ask the members who represent you to forward your message to other members you’d like to contact.


--- layout: default title: Explore ---
Below you will find in-depth explorations of words. Some explorations are physical and involve the creation of words in an actual environment. Others are concerned with molecular structure through written, drawn, and digital depiction.


Unpredictable Sondland faces questions about Trump, Ukraine
by Associated PressWASHINGTON (AP) — Ambassador Gordon Sondland is likely to be unpredictable when he faces questions about his evolving accounts of the Trump administration’s dealings with Ukraine and a newly revealed summertime phone call with President Donald Trump.
Sondland is the most anticipated witness in the impeachment inquiry and is scheduled to appear Wednesday morning before the House intelligence committee.
Sondland is a wealthy hotelier Trump tapped as his ambassador to the European Union. He is more directly entangled than any witness yet in the president’s efforts to get Ukraine to investigate political rival Joe Biden and Democrats in the 2016 election.
Sondland’s closeness to Trump makes his appearance of particular concern to the White House as the historic impeachment inquiry reaches closer to the president.


Our newly opened store is based in Cork, if you are an Airsoft player from the region you must come and have a look in what we have to offer. We deal only with the best guns & gears in the market and with competitive prices. We specialise in all things airsoft related, including auto-electric guns, sniper rifles, GBB pistols, accessories and clothing.
Repair and Upgrade Service: We offer diagnostics, repairs, and upgrades of all AEGs at a reasonable cost. Our skilled technicians will make sure that your parts are installed correctly and that your AEG is working flawlessly. We do everything from high speed builds to high FPS upgrades. We also do external upgrades and other custom builds. Stop by today to see what we can do for you! Please note that all airsoft guns brought into our store must be in a gun bag or box.
Our store location
We are located in 4 Eastville, East Douglas Street, Douglas, Cork


OUR LOCATIONS
Seattle
Address5608 17th Avenue NW, Seattle, WA 98107
Call us<PHONE_NUMBER>
Tokyo
Address354 MONTAUK HWY WAINSCOTT, NY 11975
Call us<PHONE_NUMBER>
Dubai
AddressTECOM Building, Dubai Internet City, Sheikh Zayed Road
Call us<PHONE_NUMBER>
Paris
Address99 Place de la Madeleine-PARIS-Île-de-France
Call us<PHONE_NUMBER>
Lima
Address 164 N. 4TH ST., BROOKLYN, NY 11211
Call us<PHONE_NUMBER>
Working Hours : 6AM-8PM
Our Products
It all began with two great friends and a simple mission: create the world’s best chocolate chip cookie. 25 years later, the rest is history, baked fresh daily. Sharing something truly delicious can change your day. And day by day, it can change the world. World Peace, one cookie at time. It all began with two great friends and a simple mission: create the world’s best chocolate chip cookie. 25 years later, the rest is history, baked fresh daily. Sharing something truly delicious can change your day. And day by day, it can change the world. World Peace, one cookie at time.
OUR STORY
Pam Weekes and Connie McDonald created Levain Bakery in 1995, out of their passions for food, friendship and hard work. Competitive swimmers and triathletes, Pam and Connie passed their grueling workouts by engaging in passionate conversations about starting their own company and baking, which ultimately inspired them to leave their respective careers in fashion and finance. They opened a small bread shop in 1995, which they named Levain Bakery. One day, they created an ultimate chocolate chip walnut cookie to give them energy while training for a triathlon. They decided to sell a batch in their bakery, and they flew off the shelves. An icon was born. The cozy shop on West 74th Street quickly became a neighborhood favorite and a destination for epicurious travelers from around the world, hungry for the world-famous six-ounce cookies. From the start they baked everything fresh on-site each day and donated the day’s leftovers to charity each night, actions that remain solidly in place almost 25 years later. Levain Bakery now has eight locations with more to come, plus ecommerce gift boxes, and recently made its debut in grocery stores with the debut of Levain Bakery Frozen Cookies!
Contact Us
For Sales, contact our headquarter in Seattle
5608 17th Avenue NW, Seattle, WA 98107
WA 98107
Seattle
USA
Tel.: +962 5350666
Tel.: +962 6 5350524
Fax: +962 6 537 7106
E-mail: customerservicejo@ups.com


My life is dull and grey just like this website (I really need to change the color scheme soon...it's so depressing...)
Conflict
Posted on May 31, 2014
Discuss a time you had a conflict. What was it about? What happened?
What was the source of the conflict?
What basic emotions did you feel upon analyzing the conflict?
What actions did you take to resolve your conflict?
If you could go back, what would you do differently, if anything?
What did you learn from this experience?


Trees with [in]finite branches
Define four predicates on potentially infinite binary trees :
- Having some infinite branch
- Having only infinite branches
- Having some finite branch
- Having only finite branches (i.e. being finite)
For each of the preceding predicates, build an example tree, then prove
that it satisfies this predicate.
Prove the following theorems (for any tree t) :
- If every branch of t is finite, t has no
infinite branch.
- If t has some infinite branch, the not every branch of t is finite.
- If t has some finite branch, then not every branch of t is infinite.
- If t has no finite branch, then every branch of t is
infinite.
- If t is finite, then (graft t (LLeaf A))=t.
- (in classical logic :) if not every branch of
t is finite, then t has some infinite branch.
Resources
Use the solution of all preceding exercises of this thread.
Caution
Please remind that you've just defined these four predicates, and can't
argue that "being infinite" is just the negation of "being finite".
Moreover,
the last theorem of the list above can't be proved in the intuitionnistic
framework of Coq, since knowing that not every branch of
t is finite doesn't help you to build an infinite branch !
You can use Coq's classical module, or just open a section
like that :
Section classic.
Hypothesis class : forall P:Prop, ~~P->P.
...
Solution
Follow this link


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Introducing Gai
/price BTC
BTC = $6827.70000000
/bal Daniel
52 GULD Daniel:Assets
/price GULD
GULD = $75
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Team
Ira Miller
Founder & Maintainer
IraMiller.com
Cindy Zimmerman
Co-founder & Head of Security
tigoctm.com
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Head of UX
ChrissMejia.com
Fernando Dreyfus
Technical Project Manager
Technical Project Manager
Juan Kong
Marketing & Operations
Marketing & Operations
Daniel Castellanos
Creative Producer
Creative Producer
Adriaan Beiertz
Business Developer
Business Developer
Pamela Rodriguez
Administrative Assistant
Administrative Assistant
Ingrid Suarez
Personal Assistant/Sales
Personal Assistant/Sales
Alex Stang
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Guld Support
Michael Stang
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Video Production and Photography
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Chaufer/Assistant
Chaufer/Assistant
Steven Haddadian
Community Builder
Community Builder
Gabriel Abed
Advisor
bitt.com
Network
Papers
guld Consensus Whitepaper
pdf
guldFS Decentralized FileSystem Specification
pdf
guldOS Operating System Specification
pdf
guld Name Service (gns)
pdf
guld Ledger
html presentation
guldOS Seminar 1
html presentation
ICO Whales
html presentation
Plato's Cave Screen
html presentation
The Blocktree Story
html presentation
Consensus & Governance
html presentation
Plain & Simple Smart Contracts
html presentation
P2Pre-nup
html presentation
Auto-Generated, Model Driven Apps
html presentation
SEND US MAIL


Hewbot
Hewbot is a chat bot built on the Hubot framework.
Running Hewbot Locally
If you don't have a Node.js environment set up, you can use the provided Dockerfile:
$ docker build .
$ docker run -it [container_id]
Alternatively, if you already have Node.js installed:
$ bin/hubot --adapter shell --name hewbot
You'll see some start up output and a prompt:
[Sat Feb 28 2015 12:38:27 GMT+0000 (GMT)] INFO Using default redis on localhost:6379
hewbot>
Then you can interact with hewbot by typing hewbot help
.
hewbot> hewbot help
hewbot animate me <query> - The same thing as `image me`, except adds [snip]
hewbot help - Displays all of the help commands that hewbot knows about.
...
Running Hewbot on IRC
The Dockerfile allows you to send Hewbot on IRC:
docker build .
docker run -e "ADAPTER=irc" -e "NAME=[hewbot_nickname]" -e "HUBOT_IRC_ROOMS=#[channel]" -it [container_id]
Or, with a registered nickname:
docker run -e "ADAPTER=irc" -e "HUBOT_IRC_NICKSERV_PASSWORD=[password]" -e "NAME=[hewbot_nickname]" -e "HUBOT_IRC_ROOMS=#[channel]" -it [container_id]
See Dockerfile for other possible environment variables.
Contributing
Please check out our contribution guidelines.
License
This projet is under MIT license.