To calculate hash of some data, you should first construct a hash object by calling the appropriate constructor function (blake2b() or blake2s()), then update it with the data by calling update() on the object, and, finally, get the digest out of the object by calling digest() (or hexdigest() for hex-encoded string).
>>> from pyblake2 import blake2b
>>> h = blake2b()
>>> h.update(b'Hello world')
>>> h.hexdigest()
'6ff843ba685842aa82031d3f53c48b66326df7639a63d128974c5c14f31a0f33343a8c65551134ed1ae0f2b0dd2bb495dc81039e3eeb0aa1bb0388bbeac29183'
As a shortcut, you can pass the first chunk of data to update directly to the constructor as the first argument (or as data keyword argument):
>>> from pyblake2 import blake2b
>>> blake2b(b'Hello world').hexdigest()
'6ff843ba685842aa82031d3f53c48b66326df7639a63d128974c5c14f31a0f33343a8c65551134ed1ae0f2b0dd2bb495dc81039e3eeb0aa1bb0388bbeac29183'
You can call hash.update() as many times as you need to iteratively update the hash:
>>> from pyblake2 import blake2b
>>> items = [b'Hello', b' ', 'world']
>>> h = blake2b()
>>> for item in items:
... h.update(item)
>>> h.hexdigest()
'6ff843ba685842aa82031d3f53c48b66326df7639a63d128974c5c14f31a0f33343a8c65551134ed1ae0f2b0dd2bb495dc81039e3eeb0aa1bb0388bbeac29183'
BLAKE2 has configurable size of digests up to 64 bytes for BLAKE2b and up to 32 bytes for BLAKE2s. For example, to replace SHA-1 with BLAKE2b without changing the size of output, we can tell BLAKE2b to produce 20-byte digests:
>>> from pyblake2 import blake2b
>>> h = blake2b(digest_size=20)
>>> h.update(b'Replacing SHA1 with the more secure function')
>>> h.hexdigest()
'd24f26cf8de66472d58d4e1b1774b4c9158b1f4c'
>>> h.digest_size
20
>>> len(h.digest())
20
Hash objects with different digest sizes have completely different outputs (shorter hashes are not prefixes of longer hashes); BLAKE2b and BLAKE2s produce different outputs even if the output length is the same:
>>> from pyblake2 import blake2b, blake2s
>>> blake2b(digest_size=10).hexdigest()
'6fa1d8fcfd719046d762'
>>> blake2b(digest_size=11).hexdigest()
'eb6ec15daf9546254f0809'
>>> blake2s(digest_size=10).hexdigest()
'1bf21a98c78a1c376ae9'
>>> blake2s(digest_size=11).hexdigest()
'567004bf96e4a25773ebf4'
Keyed hashing can be used for authentication as a faster and simpler replacement for Hash-based message authentication code (HMAC). BLAKE2 can be securely used in prefix-MAC mode thanks to the indifferentiability property inherited from BLAKE.
This example shows how to get a (hex-encoded) 128-bit authentication code for message b'message data' with key b'pseudorandom key':
>>> from pyblake2 import blake2b
>>> h = blake2b(key=b'pseudorandom key', digest_size=16)
>>> h.update(b'message data')
>>> h.hexdigest()
'3d363ff7401e02026f4a4687d4863ced'
As a practical example, a web application can symmetrically sign cookies sent to users and later verify them to make sure they weren’t tampered with:
>>> from pyblake2 import blake2b
>>>
>>> SECRET_KEY = b'pseudorandomly generated server secret key'
>>> AUTH_SIZE = 16
>>>
>>> def sign(cookie):
... h = blake2b(data=cookie, digest_size=AUTH_SIZE, key=SECRET_KEY)
... return h.hexdigest()
>>>
>>> def verify(cookie, sig):
... good_sig = sign(cookie)
... if len(sig) != len(good_sig):
... return False
... # Use constant-time comparison to avoid timing attacks.
... result = 0
... for x, y in zip(sig, good_sig):
... result |= ord(x) ^ ord(y)
... return result == 0
>>>
>>> cookie = b'user:vatrogasac'
>>> sig = sign(cookie)
>>> print("{0},{1}".format(cookie.decode('utf-8'), sig))
user:vatrogasac,349cf904533767ed2d755279a8df84d0
>>> verify(cookie, sig)
True
>>> verify(b'user:policajac', sig)
False
>>> verify(cookie, b'0102030405060708090a0b0c0d0e0f00')
False
Even though there’s a native keyed hashing mode, BLAKE2 can, of course, be used in HMAC construction with hmac module from the standard library:
>>> import hmac, pyblake2
>>> m = hmac.new(b'secret key', digestmod=pyblake2.blake2s)
>>> m.update(b'message')
>>> m.hexdigest()
'e3c8102868d28b5ff85fc35dda07329970d1a01e273c37481326fe0c861c8142'
By setting salt parameter users can introduce randomization to the hash function. Randomized hashing is useful for protecting against collision attacks on the hash function used in digital signatures.
Randomized hashing is designed for situations where one party, the message preparer, generates all or part of a message to be signed by a second party, the message signer. If the message preparer is able to find cryptographic hash function collisions (i.e., two messages producing the same hash value), then she might prepare meaningful versions of the message that would produce the same hash value and digital signature, but with different results (e.g., transferring $1,000,000 to an account, rather than $10). Cryptographic hash functions have been designed with collision resistance as a major goal, but the current concentration on attacking cryptographic hash functions may result in a given cryptographic hash function providing less collision resistance than expected. Randomized hashing offers the signer additional protection by reducing the likelihood that a preparer can generate two or more messages that ultimately yield the same hash value during the digital signature generation process – even if it is practical to find collisions for the hash function. However, the use of randomized hashing may reduce the amount of security provided by a digital signature when all portions of the message are prepared by the signer.
(NIST SP-800-106 “Randomized Hashing for Digital Signatures”)
In BLAKE2 the salt is processed as a one-time input to the hash function during initialization, rather than as an input to each compression function.
Warning
Salted hashing (or just hashing) with BLAKE2 or any other general-purpose cryptographic hash function, such as SHA-256, is not suitable for hashing passwords. See BLAKE2 FAQ for more information.
>>> import os
>>> from pyblake2 import blake2b, BLAKE2B_SALT_SIZE
>>> msg = b'some message'
>>> # Calculate the first hash with a random salt.
>>> salt1 = os.urandom(BLAKE2B_SALT_SIZE)
>>> h1 = blake2b(salt=salt1)
>>> h1.update(msg)
>>> # Calculate the second hash with a different random salt.
>>> salt2 = os.urandom(BLAKE2B_SALT_SIZE)
>>> h2 = blake2b(salt=salt2)
>>> h2.update(msg)
>>> # The digests are different.
>>> h1.digest() != h2.digest()
True
Sometimes it is useful to force hash function to produce different digests for the same input for different purposes. Quoting the authors of the Skein hash function:
We recommend that all application designers seriously consider doing this; we have seen many protocols where a hash that is computed in one part of the protocol can be used in an entirely different part because two hash computations were done on similar or related data, and the attacker can force the application to make the hash inputs the same. Personalizing each hash function used in the protocol summarily stops this type of attack.
(The Skein Hash Function Family, p. 21)
BLAKE2 can be personalized by passing bytes to the person argument:
>>> from pyblake2 import blake2b
>>> FILES_HASH_PERSON = b'MyApp Files Hash'
>>> BLOCK_HASH_PERSON = b'MyApp Block Hash'
>>> h = blake2b(digest_size=32, person=FILES_HASH_PERSON)
>>> h.update(b'the same content')
>>> h.hexdigest()
'20d9cd024d4fb086aae819a1432dd2466de12947831b75c5a30cf2676095d3b4'
>>> h = blake2b(digest_size=32, person=BLOCK_HASH_PERSON)
>>> h.update(b'the same content')
>>> h.hexdigest()
'cf68fb5761b9c44e7878bfb2c4c9aea52264a80b75005e65619778de59f383a3'
Personalization together with the keyed mode can also be used to derive different keys from a single one.
>>> from pyblake2 import blake2s
>>> from base64 import b64decode, b64encode
>>> orig_key = b64decode('Rm5EPJai72qcK3RGBpW3vPNfZy5OZothY+kHY6h21KM=')
>>> enc_key = blake2s(key=orig_key, person=b'kEncrypt').digest()
>>> mac_key = blake2s(key=orig_key, person=b'kMAC').digest()
>>> print(b64encode(enc_key))
rbPb15S/Z9t+agffno5wuhB77VbRi6F9Iv2qIxU7WHw=
>>> print(b64encode(mac_key))
G9GtHFE1YluXY1zWPlYk1e/nWfu0WSEb0KRcjhDeP/o=
Here’s an example of hashing a minimal tree with two leaf nodes:
10
/ \
00 01
The example uses 64-byte internal digests, and returns the 32-byte final digest.
>>> from pyblake2 import blake2b
>>>
>>> FANOUT = 2
>>> DEPTH = 2
>>> LEAF_SIZE = 4096
>>> INNER_SIZE = 64
>>>
>>> buf = bytearray(6000)
>>>
>>> # Left leaf
... h00 = blake2b(buf[0:LEAF_SIZE], fanout=FANOUT, depth=DEPTH,
... leaf_size=LEAF_SIZE, inner_size=INNER_SIZE,
... node_offset=0, node_depth=0, last_node=False)
>>> # Right leaf
... h01 = blake2b(buf[LEAF_SIZE:], fanout=FANOUT, depth=DEPTH,
... leaf_size=LEAF_SIZE, inner_size=INNER_SIZE,
... node_offset=1, node_depth=0, last_node=True)
>>> # Root node
... h10 = blake2b(digest_size=32, fanout=FANOUT, depth=DEPTH,
... leaf_size=LEAF_SIZE, inner_size=INNER_SIZE,
... node_offset=0, node_depth=1, last_node=True)
>>> h10.update(h00.digest())
>>> h10.update(h01.digest())
>>> h10.hexdigest()
'3ad2a9b37c6070e374c7a8c508fe20ca86b6ed54e286e93a0318e95e881db5aa'


--- layout: post title: 99% Done Unloading date: 2009-10-17 19:22:23.000000000 -07:00 type: post published: true status: publish categories: [] tags: [] meta: {} author: ---
Sent via iPidgeon


The Society for Imaging Science and Technology is an
international non-profit organization whose goal is to keep members
aware of the latest scientific and technological developments in the
field of imaging through conferences, journals and other publications.
We focus on imaging in all its aspects, with particular emphasis on
silver halide, digital printing, electronic imaging, photofinishing,
image preservation, image assessment, pre-press technologies and hybrid
imaging systems.
Please report any bugs to<EMAIL_ADDRESS>and we
will repair them as quickly as
possible.


Recommendations
Below are a few recommendations or alternatives for managing online images.
Photo-Sharing Websites
- tumblr - not only provides good image hosting, but generally simplified blogging experience
- pinterest - a very popular image sharing site


I'm Kareem Kwong, a software engineer currently based in New York City . I'm hoping to spend the rest of my life eating & breathing code & product.
I've worked with some of the great teams at Venmo, Pave Microsoft and OneClass.
Tweet me @kwngo, fork my Github, check out some designs at Behance or let's connect on LinkedIn.


Blood Group : A -ve
Date Of Birth : 7th April 2000
Languages :
+91<PHONE_NUMBER>
<EMAIL_ADDRESS>Silvassa, DNH & DD(U.T.)
India - 396230
Web Developer
A motivated junior web developer looking for a role of Full-Stack Web Developer. Dedicated and passionate in building creative web applications. Looking forward to explore more in the field.
June 2018 - May 2021
June 2016 - May 2018


After you have built the CSlib and built the test apps, you can run them by following the directions in the quick tour, which explains the command-line arguments used by both the client and server apps. Both the quick tour and running client/server apps sections explain the syntax for launching both apps together, either from two terminal windows or a single window, or on a parallel machine.
We explain some additional details here.
You can perform a series of test runs via the shell scripts provided in the test dir:
% cd cslib/test % sh Run_serial.sh # for serial apps % sh Run_parallel.sh # for parallel apps % sh Run_mixed.sh # for mixed apps (language, serial/parallel, etc) % sh Run_simple.sh # for simple apps
which first build the CSlib, then build a subset of test apps, then perform a series of runs in serial or parallel using all the langauges.
As explained in "this section", after a successful run both apps should exit cleanly, the error count should be zero, and the effective messaging bandwidth of the run should be shown.
You can also run any pairing of a single client and single server app together from the command line. Note that the two apps can be in different languages, the two apps can be run on different processor counts, or one can be serial and the other parallel. For the latter, you must use mode = "file" or "zmq"; modes "mpi/one" and "mpi/two" require both apps be parallel. The Run_mixed.sh scripts gives several examples of this.
The quick tour section gives many examples of the syntax for running a client and server app from two terminal windows. The *.sh scripts illustrate the syntax for running both apps from one window, by simply appending a "&" character to run the first app in the background.
Note that for mode = "mpi/one", a single mpirun command launches both apps, so this mode must be used from one terminal window.
Note that for mode = "mpi/two", each app must be launched by a mpirun command, even if they run on a single processor. This is so that MPI can figure out how to connect both MPI processes together to exchange MPI messages between them.
If the Python apps fail to launch or give errors, see this section for details on how to setup Python to work with the CSlib on your machine.
The simple apps do not use the CSlib and may be useful to test if the ZeroMQ (ZMQ) library and MPI library work as expected on your system. You can run two of them like this, from different terminal windows.
% simple_client_zmq 10 & # 10 = # of times to loop % simple_server_zmq
% mpirun -np 3 simple_client_mpi_two 10 & # 10 = # of times to loop % mpirun -np 4 simple_server_mpi_two
And the third like this, from one terminal window
% mpirun -np 3 simple_client_mpi_one 10 : -np 4 simple_server_mpi_one
Again, 10 = # of times to loop.
The simple ZMQ example is adpated from the ZeroMQ guidebook web page (C version).


Congrats! You no longer have a negative oxygen rate.
Refresh the page to play again, or continue this game.
If you enjoyed the game, please consider sharing it with your friends.
Oxygen Levels Critical
How to play
Click on the floor to move
Some doors can be locked by a switch next to it
Click on various terminals to use them
Click on people to chat; you might convince them to go to the cargo hold
Mouse wheel to zoom
How to win
Don't die
Be careful when opening cargo doors
Get to a sustainable level of oxygen consumption
Sacrifices may be required
Oxygen Levels Critical
Made entirely by Luke -- with one contribution from Lenora (age: 8 months), banging on the keyboard:
vc bvc vc bvhgf v b jnmm c bvg jnh jnh h vg ju bvb n m m bh n jbhu bv b bbbbbbbbbbbbbbbbbbbbbbbbbbb nb nbm c v b nb bvfb b jk,m jnhmb n b bvf jk,mkl,jk78574200<IP_ADDRESS>.<IP_ADDRESS>.<IP_ADDRESS>. 01,2
Created in VS Code, with testing in Chrome. Star field background made with Photoshop.
All other "graphics" are made with CSS and text.


CHEMISTRY SYLLABUS
??????
INTRODUCTION
This syllabus is drawn purposely for examination, hence the topics are not necessarily arranged in the order in which they should be taught.
The following assumptions were made in drawing of the syllabus:
- That candidates must have covered the Integrated Science/Basic Science or General Science and Mathematics syllabuses at the Junior Secondary School (JSS)/Junior High School (J.H.S) level;
- That candidates would carry out as many of the suggested activities and project work as possible, and consequently develop the intended competencies and skills as spelt out in the relevant Chemistry teaching syllabuses;
- That schools which offer the subject have well-equipped laboratories.
Note: Candidates are required to have the knowledge of the significant figures, S.I. units and the conventional/IUPAC system of nomenclature.
2. AIMS
The aims and objectives of the syllabus are to assess candidates’
- understanding of basic chemistry concepts;
- level of acquisition of laboratory skills including awareness of hazards and safety measures;
- level of awareness of the inter-relationship between chemistry and other discipline;
- level of awareness of the linkage between chemistry and industry/environment/everyday life in terms of benefits and hazards;
- skills of critical and logical thinking.


Custom UI cannot be displayed. The used Config UI X version is not supported!
Welcome to
Bravia TV OS
Homebridge plugin for Sony Bravia Android TVs
To start the process, we need some data from the TV.
Please fill out all marked fields.
Authentication
Please choose between the two authentication methods.
Pre Shared Key *
Please enter the 4-digit code shown on the TV screen.


Hello Technologies
Demo Task
Johny Smith
My Profile
Another action
Log Out
Dashboard
3
New Orders
306
20
Total Expense
$56576
3
Total Income
$123454
20
New Users
154
+10
Users
Map
Settings
Lab
$2851
Delivery
Charts
Add New Article
Add New Page
26
Comments
Latest Orders
5 Orders
id
Customer
Status
Date Added
Total
Action
134
Summer Throssell
Pending
24/04/2015
$120.23
133
Declan Pamphlett
Pending
23/04/2015
$320.00
132
Erin Church
Pending
23/04/2015
$44.00
131
Koby Auld
Pending
22/04/2015
$180.20
130
Anthony Pound
Pending
20/04/2015
$610.42
User task
15
Number of work package=
Duration
Prev ¨Next
DOES
DID
READ
WRITE
TASK
Sidebar switch
Employee Management
User data Dashboard
Create User
Document Upload


import inspect
from selenium.common.exceptions import NoSuchElementException
from webdriver_test_tools.pageobject import utils, BasePage, YAMLParsingPageObject
from webdriver_test_tools.webdriver import actions
[docs]class ModalObject(YAMLParsingPageObject):
"""Page object prototype for modals
Subclasses should set the following attributes:
:var ModalObject.YAML_FILE: Path to a YAML file representing the modal
object. This file is parsed during initialization using
:meth:`parse_yaml` and is used to determine :attr:`MODAL_LOCATOR` and
:attr:`CLOSE_LOCATOR`
:var ModalObject.MODAL_BODY_CLASS: (Optional) Page object for the contents
of the modal body. If set to a subclass of :class:`BasePage
<webdriver_test_tools.pageobject.base.BasePage>`,
:meth:`get_modal_body()` will return an instance of this object.
The following attributes are determined based on the contents of
:attr:`YAML_FILE` (or should be set in subclasses if :attr:`YAML_FILE` is
``None``):
:var ModalObject.MODAL_LOCATOR: Locator for the modal element. Override in
subclasses
:var ModalObject.CLOSE_LOCATOR: Locator for the close button. Override in
subclasses
"""
_YAML_ROOT_KEY = 'modal'
# Locators
MODAL_LOCATOR = None
CLOSE_LOCATOR = None
# Optional page object for the modal body content
MODAL_BODY_CLASS = None
[docs] def parse_yaml(self, file_path):
"""Parse a YAML representation of the modal object and set attributes
accordingly
See :ref:`YAML ModalObjects doc <yaml-modal-objects>` for details on
syntax.
:param file_path: Full path to the YAML file
"""
parsed_yaml = super().parse_yaml(file_path)
# Initialize locators
try:
self.MODAL_LOCATOR = utils.yaml.parse_locator_dict(parsed_yaml['modal_locator'])
self.CLOSE_LOCATOR = utils.yaml.parse_locator_dict(parsed_yaml['close_locator'])
except KeyError as e:
raise utils.yaml.YAMLKeyError(
'Missing required {} key in modal YAML'.format(e)
)
[docs] def is_displayed(self):
"""Check if the modal is displayed
This method checks if the element located by :attr:`MODAL_LOCATOR`
exists and is visible. This should be sufficient for many common
implementations of modals, but can be overridden if this isn't a
reliable detection method for an implementation
:return: True if the modal is displayed, False otherwise
"""
try:
displayed = self.find_element(self.MODAL_LOCATOR).is_displayed()
except NoSuchElementException:
displayed = False
return displayed
[docs] def get_modal_body(self):
"""If :attr:`self.MODAL_BODY_CLASS <MODAL_BODY_CLASS>` is set to a
subclass of :class:`BasePage
<webdriver_test_tools.pageobject.base.BasePage>`, returns an instance
of that object. Otherwise, returns None
"""
return self.MODAL_BODY_CLASS(self.driver) if inspect.isclass(self.MODAL_BODY_CLASS) and issubclass(self.MODAL_BODY_CLASS, BasePage) else None


--- layout: post status: publish published: true title: Mac OS X 10.4.6 author: Leask author_login: leask author_email<EMAIL_ADDRESS>author_url: https://leaskh.com wordpress_id: 581 wordpress_url: http://leaskh.wordpress.com/2006/04/04/mac-os-x-10-4-6 date: '2006-04-04 06:37:42 +0800' date_gmt: '2006-04-04 06:37:42 +0800' categories: - Computers and Internet tags: [] comments: [] ---


Introduction
Welcome to the Ethereum POS (Point of Sale) API Documentation! This documentation covers everything you need to know about accepting ethereum for your application. You’ll be able to create orders, retrieve order information, and get your account history.
Ethereum POS has a pretty basic transaction system.
- Application creates new order for customer
- Customer pays QR code Ethereum address
- Successful alert for customer letting them know they paid. (expires in 15 minutes)
- Application receives a POST to callback URL of order information and transaction ID.
- Ethereum POS waits for 12 confirmations then sends entire wallet balance to your Ethereum address.
- Another POST request to your application’s callback URL.
We have language bindings in cURL, Golang, and in jQuery. You can view code examples in the dark area to the right, and you can switch the programming language of the examples with the tabs in the top right.
Ethereum POS is currently in the process of making the transaction callback process a seamless and transparent process. The plan is to have the customer pay directly to Ethereum POS Contract with data to include your Ethereum address, order ID and callback information. Once you’ve collected your funds into your account inside of the contract, you’ll be able to withdraw directly from contract, thus reducing the transaction fee each time a payment is transmitted.
API Endpoints
Production API Endpoint (Ethereum Blockchain ETH)
https://api.ethereumpos.com
Testing API Endpoint (Ethereum Ropsten Testnet)
https://testapi.ethereumpos.com
Authentication
Ethereum POS uses API keys to allow access to the API. You can register a new API key by registering on ethereumpos.com.
API requests to the server as a HEADER will look like the following:
Authorization: MYKEYHERE
Orders API
Create New Order
curl -X POST -H "Authorization: MYAPIKEY" -H "Content-Type: application/json" -d '{
"amount": "13.54",
"callback": "http://domain.com"
}' "https://api.ethereumpos.com/order"
<?php
$request = new HttpRequest();
$request->setUrl('https://api.ethereumpos.com/order');
$request->setMethod(HTTP_METH_POST);
$request->setHeaders(array(
'Authorization' => 'MYAPIKEY'
'Content-Type' => 'application/json'
));
$request->setBody('{
"amount": "13.54",
"address": "0x3f05dc64b34f5063461f81d88972a3f542f57331",
"callback": "http://domain.com"
}');
try {
$response = $request->send();
echo $response->getBody();
} catch (HttpException $ex) {
echo $ex;
}
var http = require("https");
var options = {
"method": "POST",
"hostname": "api.ethereumpos.com",
"port": null,
"path": "/order",
"headers": {
"Authorization": "MYAPIKEY",
"Content-Type": "application/json"
}
};
var req = http.request(options, function (res) {
var chunks = [];
res.on("data", function (chunk) {
chunks.push(chunk);
});
res.on("end", function () {
var body = Buffer.concat(chunks);
console.log(body.toString());
});
});
req.write(JSON.stringify({
"amount": "13.54",
"address": "0x3f05dc64b34f5063461f81d88972a3f542f57331",
"callback": "http://domain.com"
});
req.end();
NOT complete
import http.client
conn = http.client.HTTPSConnection("api.ethereumpos.com")
payload = "{ \"amount\": \"13.54\", \"address\": \"0x3f05dc64b34f5063461f81d88972a3f542f57331\", \"callback\": \"http://domain.com\" }"
headers = { 'Authorization': "MYAPIKEY", 'Content-Type': "application/json" }
conn.request("POST", "/order", payload, headers)
res = conn.getresponse()
data = res.read()
print(data.decode("utf-8"))
require 'uri'
require 'net/http'
url = URI("https://api.ethereumpos.com/order")
http = Net::HTTP.new(url.host, url.port)
http.use_ssl = true
http.verify_mode = OpenSSL::SSL::VERIFY_NONE
request = Net::HTTP::Post.new(url)
request["Authorization"] = 'MYAPIKEY'
request["Content-Type"] = 'application/json'
request.body = "{ \"amount\": \"13.54\", \"address\": \"0x3f05dc64b34f5063461f81d88972a3f542f57331\", \"callback\": \"http://domain.com\" }"
response = http.request(request)
puts response.read_body
NOT complete
The above command returns JSON structured like this:
{
"id": 716101402,
"address": "0x1679548078de9a5a9129d75719b5e442abd5b2e5",
"expected_amount": "0.4173",
"currency": "usd",
"currency_amount": "13.54",
"payment_url": "https://ethereumpos.com/test_payment/716101402",
"status": "pending",
"eth_price": "69.98",
"qr_code": "http://chart.apis.google.com/chart?cht=qr&chs=500x500&chl=ethereum%3A0x1679548078de9a5a9129d75719b5e442abd5b2e5&chld=H|0",
"transaction_id": "",
"sent_transaction": "",
"created_at": "0001-01-01T00:00:00Z",
"return_to": "0x888a5fEFAA912778FdBf8eC222F299e96057c43b",
"paid": false,
"expired": false
}
This request will create a new order for your customer to send ETH to. Each new request creates a new ethereum wallet. Once the order is paid in full and confirmed the ether is forwarded to your ethereum wallet address. This address is set when you registered for ethereumpos.com and is available in your dashboard.
Expiration
If an order does not get paid within 50 blocks it will expire. An expiration is needed since ETH vs USD changes often. Once an order is expired, the order cannot be paid to. Create a new order to update the pricing relative to ether.
HTTP Request
POST https://api.ethereumpos.com/order
Query Parameters
| Parameter | Required | Description |
|---|---|---|
| amount | true | Currency value of order in USD ($25.85) |
| callback | false | Callback URL for your application for this order. |
| ref_id | false | Order ID based on your website or application (optional) |
| item_title | false | The item title to be shown to user (optional) |
| item_description | false | The item description for user (optional) |
| item_image | false | The item image to display to user (optional) |
Get Order Information
curl -X GET "https://api.ethereumpos.com/order/<ID>"
<?php
$request = new HttpRequest();
$request->setUrl('https://api.ethereumpos.com/order/<ID>');
$request->setMethod(HTTP_METH_GET);
$request->setHeaders(array(
'Authorization' => 'MYAPIKEY'
'Content-Type' => 'application/json'
));
try {
$response = $request->send();
echo $response->getBody();
} catch (HttpException $ex) {
echo $ex;
}
var http = require("https");
var options = {
"method": "GET",
"hostname": "api.ethereumpos.com",
"port": null,
"path": "/order/<ID>",
"headers": {
"Authorization": "MYAPIKEY",
"Content-Type": "application/json"
}
};
var req = http.request(options, function (res) {
var chunks = [];
res.on("data", function (chunk) {
chunks.push(chunk);
});
res.on("end", function () {
var body = Buffer.concat(chunks);
console.log(body.toString());
});
});
req.write();
req.end();
NOT complete
import http.client
conn = http.client.HTTPSConnection("api.ethereumpos.com")
headers = { 'Authorization': "MYAPIKEY", 'Content-Type': "application/json" }
conn.request("GET", "/order/<ID>", "", headers)
res = conn.getresponse()
data = res.read()
print(data.decode("utf-8"))
require 'uri'
require 'net/http'
url = URI("https://api.ethereumpos.com/order/<ID>")
http = Net::HTTP.new(url.host, url.port)
http.use_ssl = true
http.verify_mode = OpenSSL::SSL::VERIFY_NONE
request = Net::HTTP::Get.new(url)
request["Authorization"] = 'MYAPIKEY'
request["Content-Type"] = 'application/json'
response = http.request(request)
puts response.read_body
NOT complete
The above command returns JSON structured like this:
{
"id": 716101402,
"address": "0x1679548078de9a5a9129d75719b5e442abd5b2e5",
"expected_amount": "0.4173",
"currency": "usd",
"currency_amount": "29.20",
"payment_url": "https://ethereumpos.com/test_payment/716101402",
"status": "complete",
"eth_price": "69.98",
"qr_code": "http://chart.apis.google.com/chart?cht=qr&chs=500x500&chl=ethereum%3A0x1679548078de9a5a9129d75719b5e442abd5b2e5&chld=H|0",
"transaction_id": "0x8586aebc2ae317388955f4cbf073aa736e8fe440aca7eec90f3bfe303e59abd6",
"sent_transaction": "0x4746935c2b001f45d8c907e2bb425106411e03d8afc8940b47298a099509f48c",
"created_at": "0001-01-01T00:00:00Z",
"return_to": "0x888a5fEFAA912778FdBf8eC222F299e96057c43b",
"paid": true,
"expired": false
}
This API request will respond with the order information. You can send this request if you need to update the stats of an order on your application. The request includes the same JSON structure as creating a new order.
HTTP Request
GET https://api.ethereumpos.com/order/<ID>
Query Parameters
| Parameter | Required | Description |
|---|---|---|
| ID | true | Ethereum POS Order ID |
Subscriptions API
Create Subscription
curl -X POST -H "Authorization: MYAPIKEY" -d '{
"amount": "13.54",
"recurring": "1m",
"callback": "http://domain.com"
}' "https://api.ethereumpos.com/subscription"
The above command returns JSON structured like this:
{
"id": 32341402,
"currency": "usd",
"currency_amount": "29.20"
}
Create a Recurring Subscription for customers that are billed the same for each month/week/day/etc.
HTTP Request
POST https://api.ethereumpos.com/subscription
Query Parameters
| Parameter | Required | Description |
|---|---|---|
| amount | true | Currency value of order in USD ($25.85) |
| callback | false | Callback URL for your application for this order. |
| recurring | true | This subscription is due every interval - see format |
Recurring Format
Recurring input is formatted in a simple method, put a number followed by a character to symbolize a interval. (d=day, w=week, m=month, y=year)
| Example | Description |
|---|---|
| 7d | 7 days |
| 3w | 3 weeks |
| 6m | 6 months |
| 1y | 1 year |
Create Subscription Order
curl -X POST -H "Authorization: MYAPIKEY" -d '{
"id": 34654567,
"ref_id": "2312324",
"ref_address": "0x00000000000000000000000000000000",
"callback": "http://domain.com"
}' "https://api.ethereumpos.com/subscription/order"
The above command returns JSON structured like this:
{
"id": 736101402,
"address": "0x1679548078de9a5a9129d75719b5e442abd5b2e5",
"expected_amount": "0.4173",
"currency": "usd",
"currency_amount": "13.54",
"payment_url": "https://ethereumpos.com/test_payment/716101402",
"status": "pending",
"eth_price": "69.98",
"qr_code": "http://chart.apis.google.com/chart?cht=qr&chs=500x500&chl=ethereum%3A0x1679548078de9a5a9129d75719b5e442abd5b2e5&chld=H|0",
"transaction_id": "",
"sent_transaction": "",
"created_at": "0001-01-01T00:00:00Z",
"return_to": "0x888a5fEFAA912778FdBf8eC222F299e96057c43b",
"paid": false,
"expired": false,
"subscription": 34654567
}
This endpoint will create a new order for your subscription.
HTTP Request
POST https://api.ethereumpos.com/subscription/order
Query Parameters
| Parameter | Required | Description |
|---|---|---|
| ID | true | Ethereum POS Subscription ID |
| callback | false | A callback URL to notify ETH payment |
| ref_id | false | Reference ID for your application |
| ref_address | false | Reference another ETH address for contract callbacks |
curl -X GET "https://api.ethereumpos.com/subscription/<id>"
Get Subscription
This endpoint retrieves subscription information
curl -X GET "https://api.ethereumpos.com/subscription/<ID>"
HTTP Request
GET https://api.ethereumpos.com/subscription/<ID>
Query Parameters
| Parameter | Required | Description |
|---|---|---|
| ID | true | Ethereum POS Order ID |
History API
Show All Orders
This endpoint retrieves all orders related to your account.
curl -X GET -H "Authorization: MYAPIKEY" "https://api.ethereumpos.com/history"
<?php
$request = new HttpRequest();
$request->setUrl('https://api.ethereumpos.com/history');
$request->setMethod(HTTP_METH_GET);
$request->setHeaders(array(
'Authorization' => 'MYAPIKEY'
'Content-Type' => 'application/json'
));
try {
$response = $request->send();
echo $response->getBody();
} catch (HttpException $ex) {
echo $ex;
}
var http = require("https");
var options = {
"method": "GET",
"hostname": "api.ethereumpos.com",
"port": null,
"path": "/history",
"headers": {
"Authorization": "MYAPIKEY",
"Content-Type": "application/json"
}
};
var req = http.request(options, function (res) {
var chunks = [];
res.on("data", function (chunk) {
chunks.push(chunk);
});
res.on("end", function () {
var body = Buffer.concat(chunks);
console.log(body.toString());
});
});
req.write();
req.end();
NOT complete
import http.client
conn = http.client.HTTPSConnection("api.ethereumpos.com")
headers = { 'Authorization': "MYAPIKEY", 'Content-Type': "application/json" }
conn.request("GET", "/history", "", headers)
res = conn.getresponse()
data = res.read()
print(data.decode("utf-8"))
require 'uri'
require 'net/http'
url = URI("https://api.ethereumpos.com/history")
http = Net::HTTP.new(url.host, url.port)
http.use_ssl = true
http.verify_mode = OpenSSL::SSL::VERIFY_NONE
request = Net::HTTP::Get.new(url)
request["Authorization"] = 'MYAPIKEY'
request["Content-Type"] = 'application/json'
response = http.request(request)
puts response.read_body
NOT complete
The above command returns JSON structured like this:
{
"orders": [
{
"id": 716101419,
"address": "0x2524e3c29bd8ed8a16344ae0da27898dbef08511",
"expected_amount": "0.2281",
"currency": "usd",
"currency_amount": "16.00",
"payment_url": "",
"status": "complete",
"eth_price": "70.15",
"qr_code": "",
"transaction_id": "0x8403bcf744da5862eef5d3dd2fef951b06a582938e4848940bf0e87889d09012",
"sent_transaction": "",
"created_at": "0001-01-01T00:00:00Z",
"return_to": "0x888a5fEFAA912778FdBf8eC222F299e96057c43b",
"paid": true,
"expired": false
},
...
]
}
This API request lets you view each order you have with EthereumPOS.com.
HTTP Request
GET https://api.ethereumpos.com/history
Show Orders with Status
curl -X GET -H "Authorization: MYAPIKEY" "https://api.ethereumpos.com/history/<METHOD>"
<?php
$request = new HttpRequest();
$request->setUrl('https://api.ethereumpos.com/history/<METHOD>');
$request->setMethod(HTTP_METH_GET);
$request->setHeaders(array(
'Authorization' => 'MYAPIKEY'
'Content-Type' => 'application/json'
));
try {
$response = $request->send();
echo $response->getBody();
} catch (HttpException $ex) {
echo $ex;
}
var http = require("https");
var options = {
"method": "GET",
"hostname": "api.ethereumpos.com",
"port": null,
"path": "/history/<METHOD>",
"headers": {
"Authorization": "MYAPIKEY",
"Content-Type": "application/json"
}
};
var req = http.request(options, function (res) {
var chunks = [];
res.on("data", function (chunk) {
chunks.push(chunk);
});
res.on("end", function () {
var body = Buffer.concat(chunks);
console.log(body.toString());
});
});
req.write();
req.end();
NOT complete
import http.client
conn = http.client.HTTPSConnection("api.ethereumpos.com")
headers = { 'Authorization': "MYAPIKEY", 'Content-Type': "application/json" }
conn.request("GET", "/history/<METHOD>", "", headers)
res = conn.getresponse()
data = res.read()
print(data.decode("utf-8"))
require 'uri'
require 'net/http'
url = URI("https://api.ethereumpos.com/history/<METHOD>")
http = Net::HTTP.new(url.host, url.port)
http.use_ssl = true
http.verify_mode = OpenSSL::SSL::VERIFY_NONE
request = Net::HTTP::Get.new(url)
request["Authorization"] = 'MYAPIKEY'
request["Content-Type"] = 'application/json'
response = http.request(request)
puts response.read_body
NOT complete
The above command returns JSON structured like this:
{
"orders": [
{
"id": 716101419,
"address": "0x2524e3c29bd8ed8a16344ae0da27898dbef08511",
"expected_amount": "0.2281",
"currency": "usd",
"currency_amount": "16.00",
"payment_url": "",
"status": "complete",
"eth_price": "70.15",
"qr_code": "",
"transaction_id": "0x8403bcf744da5862eef5d3dd2fef951b06a582938e4848940bf0e87889d09012",
"sent_transaction": "",
"created_at": "0001-01-01T00:00:00Z",
"return_to": "0x888a5fEFAA912778FdBf8eC222F299e96057c43b",
"paid": true,
"expired": false
},
...
]
}
This API request will respond back with an array of orders based on the order method status you requested.
HTTP Request
GET https://api.ethereumpos.com/history/<METHOD>
URL Parameters
| Parameter | Value |
|---|---|
| METHOD | pending,success,complete,expired,refunded |
Method Values
| Method Value | Description |
|---|---|
| pending | Customer has not sent this transaction yet. |
| success | Customer has sent the correct amount and has at least 1 confirmation |
| complete | Ethereum POS sent the entire wallet balance to the creators Ethereum address |
| expired | Customer didn’t send the transaction within 15 minutes. This can also happen if customer sent a low transaction fee. |
| refunded | Merchant has successfully refunded the customer |
System API
Show Sever Status
curl -X GET "https://api.ethereumpos.com/status"
<?php
$request = new HttpRequest();
$request->setUrl('https://api.ethereumpos.com/status');
$request->setMethod(HTTP_METH_GET);
try {
$response = $request->send();
echo $response->getBody();
} catch (HttpException $ex) {
echo $ex;
}
var http = require("https");
var options = {
"method": "GET",
"hostname": "api.ethereumpos.com",
"port": null,
"path": "/status"
};
var req = http.request(options, function (res) {
var chunks = [];
res.on("data", function (chunk) {
chunks.push(chunk);
});
res.on("end", function () {
var body = Buffer.concat(chunks);
console.log(body.toString());
});
});
req.write();
req.end();
NOT complete
import http.client
conn = http.client.HTTPSConnection("api.ethereumpos.com")
conn.request("GET", "/status", "", "")
res = conn.getresponse()
data = res.read()
print(data.decode("utf-8"))
require 'uri'
require 'net/http'
url = URI("https://api.ethereumpos.com/status")
http = Net::HTTP.new(url.host, url.port)
http.use_ssl = true
http.verify_mode = OpenSSL::SSL::VERIFY_NONE
request = Net::HTTP::Get.new(url)
request["Content-Type"] = 'application/json'
response = http.request(request)
puts response.read_body
NOT complete
The above command returns JSON structured like this:
{
"block": "966798",
"test": true
}
This API request responds useful information to help your application know what’s going on with EthereumPOS.com API and blockchain status.
HTTP Request
GET https://api.ethereumpos.com/status
Response Values
| Value | Description |
|---|---|
| block | the most up to date block with Ethereum and our servers. |
| test | will be set to true if request is sent to test API. |
| usd | USD pricing of ETH |
| eur | EURO pricing of ETH |
| gbp | GBP pricing of ETH |
Smart Contract API
Introduction
contract EthereumPOS {
function subscriptionActive(int256 id) constant returns (bool);
function subscriptionStartedDate(int256 id) constant returns (string);
function subscriptionStartedBlock(int256 id) constant returns (int);
function subscriptionExpiresDate(int256 id) constant returns (string);
function subscriptionExpiresBlock(int256 id) constant returns (int);
function subscriptionAddressActive(address wallet) constant returns (bool);
function orderPaid(int256 id) constant returns (bool);
function orderPaidBlock(int256 id) constant returns (int);
function approvedSender() constant returns (address);
}
Ethereum POS includes a ethereum smart contract so your contracts can reference it run functionality within the blockchain within your own environment.
Contract Calls
| Value | Description |
|---|---|
| subscriptionActive | will response true or false if subscription is active/paid |
| subscriptionStartedDate | subscription starting date as a string in UTC format |
| subscriptionStartedBlock | subscription initial block as int |
| subscriptionExpiresDate | subscription expiration date as a string in UTC format |
| subscriptionExpiresBlock | subscription initial block as int |
| subscriptionAddressActive | subscription for a ref_address specified with new order |
| orderPaid | responds true or false if order was paid |
| orderPaidBlock | responds the block number when order was paid |
| approvedSender | returns the ETH address of the trusted Ethereum POS account |
Contract Callbacks
Insert the Ethereum POS Contract API into your contract
function callbackOrder(uint256 id, string ref_id, bool paid) {
require(msg.sender == EthereumPOS.approvedSender());
// run your functions here
}
function callbackSubscription(uint256 id, string ref_id, address ref_address, bool active) {
require(msg.sender == EthereumPOS.approvedSender());
// run your functions here
}
When you choose to use Ethereum POS contract callback feature, you must include a callback function inside of your contract. Ethereum POS will submit a contract call to the callback address.
Example Contract
pragma solidity ^0.4.11;
contract EthereumPOS {
function subscriptionActive(int256 id) constant returns (bool);
function subscriptionStartedDate(int256 id) constant returns (string);
function subscriptionStartedBlock(int256 id) constant returns (int);
function subscriptionExpiresDate(int256 id) constant returns (string);
function subscriptionExpiresBlock(int256 id) constant returns (int);
function subscriptionAddressActive(address wallet) constant returns (bool);
function orderPaid(int256 id) constant returns (bool);
function orderPaidBlock(int256 id) constant returns (int);
function approvedSender() constant returns (address);
}
contract Example {
EthereumPOS public pos;
address public owner;
mapping(int256 => bool) isPaid;
mapping(address => bool) allowedUsers;
function Example() {
pos = EthereumPOS(0x0000000000000000000000000000000000000);
owner = msg.sender;
}
// EtheruemPOS.com subscription callback request
function callbackSubscription(uint256 id, string ref_id, address ref_address, bool active) {
require(msg.sender == pos.approvedSender());
allowedUsers[ref_address] = active;
isPaid[ref_address] == active
}
function testSubscription() external payable {
require(pos.subscriptionAddressActive(msg.sender));
owner.transfer(msg.value);
}
}
This is a full example of using Ethereum POS smart contract to run functions inside of another contract.

In this example, this contract would allow ETH to be transferred to a different address if the sending address has a active subscription.
testSubscription(address wallet) Function
This public function will force the sender to have a active subscription to continue. If the address has an active subscription the sending ETH amount will be sent to the owner.
Pricing and Fees
Memberships
Ethereum Point of Sale is extremly low cost for the customer and the developer/merchant. While you use Etheruem POS you can accept payments from any type of ETH wallet, even Coinbase. All pricing is measured in USD but will be converted in ETH when an order is placed.
Monthly Plans
| Plan | Price | Monthly Cost | Max (ETH) | Recurring Payments | Contract Calls |
|---|---|---|---|---|---|
| Basic | $0.25 per order | $0.00 | 0.25 ETH | yes | no |
| Seller | $0.15 per order | $6.00 | 2 ETH | yes | no |
| Premium | $0.10 per order | $25.00 | 10 ETH | yes | yes |
| Exclusive | $0.00 | $50.00 | 100 ETH | yes | yes |
| Corporate | Contact Us | — | 100+ ETH | yes | yes |
Smart Contract Features
This fee includes all ETH transactions fees so you won’t have to worry. Depending on how large your callback function is you can choose the gas limit.
| Cost Per Call | Gas Limit |
|---|---|
| $0.25 | 50,000 |
| $0.30 | 80,000 |
| $0.50 | 120,000 |
| $1.00 | 250,000 |
Recurring Subscription Payments
Give your customers the ability to pay monthly with a dedicated QR code.
Ethereum Fees
When the customer first submits the transaction, they will be forced to pay for the transaction fee which is around $0.02 USD. Once Ethereum POS has at least 12 confirmations on the customers transaction, the entire balance of the wallet will be sent to your Ethereum address that you inserted on the /new request.
For example, a customer sends $10.00. Most likely, the customer wallet will send around $10.02 to the Ethereum POS wallet. The Ethereum POS wallet will only receive $10.00 because of the $0.02 transaction fee. Once theres 12+ confirmation, Ethereum POS will send the entire wallet balance to your Ethereum address. You’ll receive around $9.98, since the $0.02 transaction fee has been included.
Contract Information
Ethereum POS is currently in the process of making the transaction callback process a seamless and transparent process. The plan is to have the customer pay directly to Ethereum POS Contract with data to include your Ethereum address, order ID and callback information. Once you’ve collected your funds into your account inside of the contract, you’ll be able to withdraw directly from contract, thus reducing the transaction fee each time a payment is transmitted.
- Customer pays Etheruem address QR code
- Ethereum POS sends entire balance with order data to Ethereum POS contract.
- Merchant/Developer can hold funds inside of the contract and withdraw when requested. (sending a call to contract from requesting address)
Errors
Errors are no fun when you have to debug, but it’s ok. Here’s a list of the error codes.
| Error Code | Meaning |
|---|---|
| 1 | Invalid or Missing Authorization Header API Key |
| 2 | API issue - try later? |
| 3 | Invalid or Missing callback URL or ETH contract address |
| 4 | Order not found |
| 5 | Subscription not found |
| 6 | Subscription has an incorrect interval |
| 7 | Missing required input parameters |
| 8 | Incorrect currency value or ETH value |
| 9 | History found no results |
| 10 | Currency pricing is incorrect |


[gecode-users] Specifying QT's location before compiling Gecode
Luis Quesada
l.quesada at 4c.ucc.ie
Tue Apr 30 00:49:27 CEST 2013
Dear all,
I am using OS X 10.8 (with gcc version 4.2.1). I managed to build both QT
5.0.2 and Gecode 4.0 successfully. However, I am getting the following
error when adding -lgecodegist:
dyld: Library not loaded: QtGui.framework/Versions/4/QtGui
Referenced from: /usr/local/lib/libgecodegist.33.dylib
Reason: image not found
I guess I need to specify where my QT is before building geocode, but I
don't know how to do that.... I did went through Section 2.3.3, but maybe
I am missing something. I can compile examples that don't use Gist without
any issue.
Thanks in advance for your help!
Cheers,
Luis
More information about the users
mailing list


Brigid Kosgei shortlisted for IAAF top award
by Timothy OlobuluNAIROBI, Kenya, Nov 12 – Marathon world record holder Brigid Kosgei has been named in the shortlist of five who will vie for the 2019 IAAF world female athlete of the year in Monaco at the end of the month.
Kosgei broke Paula Radcliffe’s 16-year world record at the Chicago Marathon last month whehn she ran 2:14:04 to take off a minute and 22 seconds from the previous record.
She is the only Kenyan to have made the final shortlist with 3,000m steeplechase world champion Beatrice Chepkoech failing to make it into the top five.
The World Athletics Council and the World Athletics Family cast their votes by email, while fans voted online via our social media platforms. The Council’s vote counted for 50% of the result, while the Athletics Family’s votes and the public votes each counted for 25% of the final result.
She will vie for the award with Jamaican sprinter Shelly-Ann Fraser-Pryce, Sifan Hassan of The Netherlands, USA’s Dalilah Mohammed and Venezuelan triple jumper Yulimar Rojas.
Top five list
Shelly-Ann Fraser-Pryce (JAM)
– won world 100m and 4x100m titles in world-leading times of 10.71 and 41.44
– won Pan-American 200m title
– won seven of her 10 races at 100m
Sifan Hassan (NED)
– won world 1500m and 10,000m titles in world-leading times of 3:51.95 and 30:17.62
– won Diamond League 1500m and 5000m titles
– broke world mile record with 4:12.33 in Monaco
Brigid Kosgei (KEN)
– set a world record of 2:14:04 to win the Chicago Marathon
– won the London Marathon
– ran a world-leading 1:05:28 for the half marathon and 1:04:28 on a downhill course
Dalilah Muhammad (USA)
– broke world record with 52.20 at the US Championships
– improved her own world record to win the world 400m hurdles title in 52.16
– won world 4x400m title
Yulimar Rojas (VEN)
– won world triple jump title with 15.37m
– jumped world-leading 15.41m to move to second on the world all-time list
– won nine of her 12 competitions, including the Pan-American Games
(Visited 17 times, 10 visits today)


Why didn’t Ambassador Chris Stevens get the security he requested?
Three reasons, basically: bureaucratic confusion, the mission’s unique legal status, and the murky nature of the intelligence warning of potential threats.
After the attack on the mission, the State Department convened an Accountability Review Board to identify what went wrong with security. Its final report faulted “systemic failures and leadership and management deficiencies at senior levels” for the inadequate security at the mission.
One major cause of those deficiencies was that no one was quite sure who was in charge of the mission’s security. Two State Department bureaus, Diplomatic Security and Near Eastern Affairs, had nominal authority. However, there were no clear lines of responsibility; no person or bureau had point on Benghazi security. So while both bureaus made piecemeal improvements to the mission’s security, they didn’t add up to enough to make a real difference.
Moreover, the mission’s confusing legal status made meeting its security needs particularly hard. The Benghazi mission wasn’t an embassy or even an official consulate; it was so off-book that the Libyan government was never officially notified of its existence. This strange legal status put the mission outside the normal State Department procedures used to allocate security funding and personnel.
Finally, since no one in the US intelligence community had evidence of an imminent attack, neither Ambassador Stevens nor the State Department made Benghazi security a very high priority. Stevens’ trip to Benghazi on the day of attack wasn’t coordinated with the US security team based with the US embassy in Tripoli, so they didn’t go. The ambassador, according to the review board, “did not see a direct threat of an attack of this nature and scale.” So while Stevens did ask for more security, his requests weren’t taken as urgent enough to overcome the bureaucratic muddle standing in their way.


pyhpeimc.plat.groups module¶
This module contains functions for working with the groups capabilities of the HPE IMC NMS platform using the RESTful API
-
pyhpeimc.plat.groups.
HEADERS
= {'Content-Type': 'application/json', 'Accept': 'application/json', 'Accept-encoding': 'application/json'}¶ This section deals with HPE IMC Custom View functions
-
pyhpeimc.plat.groups.
add_devs_custom_views
(custom_view_name, dev_list, auth, url)[source]¶ - function takes a list of devIDs from devices discovered in the HPE IMC platform and and issues a RESTFUL call to
- add the list of devices to a specific custom views from HPE IMC.
Parameters: - custom_view_name – str of the target custom view name
- dev_list – list containing the devID of all devices to be contained in this custom view.
- auth – requests auth object #usually auth.creds from auth pyhpeimc.auth.class
- url – base url of IMC RS interface #usually auth.url from pyhpeimc.auth.authclass
Returns: str of creation results ( “view ” + name + “created successfully”
Return type: str
>>> from pyhpeimc.auth import *
>>> auth = IMCAuth("http://", "<IP_ADDRESS>", "8080", "admin", "admin")
-
pyhpeimc.plat.groups.
create_custom_views
(auth, url, name=None, upperview=None)[source]¶ function takes no input and issues a RESTFUL call to get a list of custom views from HPE IMC. Optional Name input will return only the specified view.
Parameters: - auth – requests auth object #usually auth.creds from auth pyhpeimc.auth.class
- url – base url of IMC RS interface #usually auth.url from pyhpeimc.auth.authclass
- name – string containg the name of the desired custom view
- upperview – str contraining the name of the desired parent custom view
Returns: str of creation results ( “view ” + name + “created successfully”
Return type: str
>>> from pyhpeimc.auth import *
>>> from pyhpeimc.plat.groups import *
>>> auth = IMCAuth("http://", "<IP_ADDRESS>", "8080", "admin", "admin")
#Create L1 custom view >>> create_custom_views(auth.creds, auth.url, name=’L1 View’) ‘View L1 View created successfully’
>>> view_1 =get_custom_views( auth.creds, auth.url, name = 'L1 View')
>>> assert type(view_1) is list
>>> assert view_1[0]['name'] == 'L1 View'
#Create Nested custome view >>> create_custom_views(auth.creds, auth.url, name=’L2 View’, upperview=’L1 View’) ‘View L2 View created successfully’
>>> view_2 = get_custom_views( auth.creds, auth.url, name = 'L2 View')
>>> assert type(view_2) is list
>>> assert view_2[0]['name'] == 'L2 View'
-
pyhpeimc.plat.groups.
delete_custom_view
(auth, url, name)[source]¶ function takes input of auth, url, and name and issues a RESTFUL call to delete a specific of custom views from HPE IMC. :param name: string containg the name of the desired custom view
Parameters: - auth – requests auth object #usually auth.creds from auth pyhpeimc.auth.class
- url – base url of IMC RS interface #usually auth.url from pyhpeimc.auth.authclass
Returns: str of creation results ( “view ” + name + “created successfully”
Return type: str
>>> from pyhpeimc.auth import *
>>> from pyhpeimc.plat.groups import *
>>> auth = IMCAuth("http://", "<IP_ADDRESS>", "8080", "admin", "admin")
>>> delete_custom_view(auth.creds, auth.url, name = "L1 View") 'View L1 View deleted successfully'
>>> view_1 =get_custom_views( auth.creds, auth.url, name = 'L1 View')
>>> assert view_1 is None
>>> delete_custom_view(auth.creds, auth.url, name = "L2 View") 'View L2 View deleted successfully'
>>> view_2 =get_custom_views( auth.creds, auth.url, name = 'L2 View')
>>> assert view_2 is None
-
pyhpeimc.plat.groups.
get_custom_view_details
(name, auth, url)[source]¶ function requires no input and returns a list of dictionaries of custom views from an HPE IMC. Optional name argument will return only the specified view. :param name: str containing the name of the desired custom view
Parameters: - auth – requests auth object #usually auth.creds from auth pyhpeimc.auth.class
- url – base url of IMC RS interface #usually auth.url from pyhpeimc.auth.authclass
- name – (optional) str of name of specific custom view
Returns: list of dictionaties containing attributes of the custom views
Return type: list
>>> from pyhpeimc.auth import *
>>> from pyhpeimc.plat.groups import *
>>> auth = IMCAuth("http://", "<IP_ADDRESS>", "8080", "admin", "admin")
>>> view_details = get_custom_view_details('My Network View', auth.creds, auth.url)
>>> assert type(view_details) is list
>>> assert 'label' in view_details[0]
-
pyhpeimc.plat.groups.
get_custom_views
(auth, url, name=None)[source]¶ function requires no input and returns a list of dictionaries of custom views from an HPE IMC. Optional name argument will return only the specified view. :param name: str containing the name of the desired custom view
Parameters: - auth – requests auth object #usually auth.creds from auth pyhpeimc.auth.class
- url – base url of IMC RS interface #usually auth.url from pyhpeimc.auth.authclass
- name – (optional) str of name of specific custom view
Returns: list of dictionaties containing attributes of the custom views
Return type: list
>>> from pyhpeimc.auth import *
>>> from pyhpeimc.plat.groups import *
>>> auth = IMCAuth("http://", "<IP_ADDRESS>", "8080", "admin", "admin")
>>> all_views = get_custom_views(auth.creds, auth.url)
>>> assert type(all_views) is list
>>> assert 'name' in all_views[0]
>>> non_existant_view = get_custom_views(auth.creds, auth.url, name = '''Doesn't Exist''')
>>> assert non_existant_view is None


Lelgit


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Goal-structuring Notation (GSN), developed by the University of York, provides a graphical means of setting out
hierarchical Safety Arguments, with textual annotations and references to supporting Evidence.
The logical approach of GSN, if correctly applied, brings some rigor into the process of deriving
Safety Arguments and provides the means for capturing essential explanatory material,
including assumptions, context and justifications, within the argument framework.
An
Argument should take the form of a simple predicate - i.e. a statement which can be shown to be only true or false.
GSN provides for the structured, logical decomposition of Arguments into lower-level Arguments.
For an Argument structure to be sufficient, it is essential to ensure that, at each level of decomposition:
- the set of Arguments covers everything that is needed in order to show that the parent Argument is true;
- there is no valid (counter) Argument that could undermine the parent Argument.
If this principle is applied rigorously all the way down through and across a GSN structure,
then it is necessary to show only that each Argument at the very bottom of the structure is satisfied
(i.e. shown to be true) in order to assert that the top-level Claim has been satisfied.
Satisfaction of the lowest-level Arguments is the purpose of Evidence.


30 January 2006
A WHO collaborating laboratory in the United Kingdom has now confirmed 12 of the 21 cases of H5N1 avian influenza previously announced by the Turkish Ministry of Health. All four fatalities are among the 12 confirmed cases.
Samples from the remaining 9 patients, confirmed as H5 positive in the Ankara laboratory, are undergoing further joint investigation by the Ankara and UK laboratories.
Testing for H5N1 infection is technically challenging, particularly under the conditions of an outbreak where large numbers of samples are submitted for testing and rapid results are needed to guide clinical decisions. Additional testing in a WHO collaborating laboratory may produce inconclusive or only weakly positive results. In such cases, clinical data about the patient are used to make a final assessment.


I am currently a senior at the University of Tulsa studying computer informatons systems. I currently work as a Service Center Analyst, but starting in May, I will be working as a Database Administrator Analyst in OKC. This page will reflect some of the technical skills I have learned over the course of my time at TU.
Some of the technical skills that I have learned over the the courses that I have taken at TU and that are unrelated to the work that was completed in the tech skills class include:
GitHub lab aims to teach users how to use and navigate through github. through this course, I learned:
Power BI allows user to customize and create interactive vizualizations, reports, and dashboards. It is a businness analytics service created by Microsoft. Through the EDx course, I learned basics of using Power BI, such as:
Amazon Web services is a service offered by Amazon that provides on-demand cloud computing platforms. It is a pay-as-you-go service. It offers a wide range of services. The Linux Acadamey course introduced to me to some of the basics to using AWS, including:
As part of our final grade, I created a dashboard with Power Bi based off of the Opportunity Analysis sample data. Here is the link to the video I created explaining the dashboard.
The MTA 98-364 is a database fundamentals certificate exam created by Microsoft. To prepare for it, I've been following this linked in course.


CABIN BOY A film review by Scott Renshaw Copyright 1994 Scott Renshaw
Starring: Chris Elliott, Ritch Brinkley, James Gammon, Brian Doyle-Murray, Brion James, Melora Walters. Screenplay/Director: Adam Resnick.
A couple of years ago, Chris Elliot and writer/director Adam Resnick teamed up for a Fox television series called "Get a Life" which lasted, oh, about three weeks. I enjoyed its silly humor, but if the microscopic ratings were any indication, the audience for Elliott's fey goofball character was severely limited. It's therefore hard to figure why a studio would green-light a project like CABIN BOY, particularly assuming anyone actually saw a script before shooting started. CABIN BOY is dumb even by the standards of a Chris Elliott project, depending almost entirely on Elliott's dopey grin and taking far too long to get to anything with any real wit.
Elliott plays Nathanial Mayweather, an obnoxious and overly- sheltered lad just out of prep school. Looking for the ship which will take him to his father's Hawaiian hotel, he instead mistakenly ends up on board The Filthy Whore, a fishing boat with a considerably less cultured crew: Captain Greybar (Ritch Brinkley); Skunk (Brian Doyle-Murray); Paps (James Gammon); and Big Teddy (Brion James). The salty fishermen are none-too-pleased with their prissy stowaway, but they're even less pleased when he inadvertently causes the ship to end up in Hell's Bucket. There many dangers await, which Nathanial must overcome to win the respect of his new comrades and the love of the girl he pulls out of the ocean (Melora Walters) ... who, incidentally was trying to set a world record for swimming across the ocean.
CABIN BOY gets off to a bad start from which it never really recovers. This includes a prologue at the prep school which seems to last about twice as long as the ten minutes it actually is.  Then we get a bizarre cameo by David Letterman, which is almost funny simply for its bald refusal to disguise his regular TV personality. In a film which runs under eighty minutes, a tedious set-up is more than a hindrance ... it's a pre-emptive first strike.
Once CABIN BOY hits open water (or at least as open as it gets on the sound stage), it's no longer actively annoying. It's also not much more funny. Elliott's schtick always tends to the surreal, but as weird as things get, they remain curiously uninteresting.  If any of that sounds funny on paper, well, it did to me, too. It's the execution that fails. While the bargain basement production values might be endearing to some, I found the visual gags in CABIN BOY painfully unfunny. Some of the verbal bits work, but in their rarity I hesitate to spoil them.
I think one of the main reasons CABIN BOY comes up short is that it is so obviously a Chris Elliott vanity project. The four fishermen are virtually interchangeable characters; not one of them is given a distinct comic personality out of which some humor could arise. There is a glimpse of what could have been in the character of the impossibly dense first cabin boy, who has a few brief scenes worth a chuckle or two, but he soon disappears. Melora Walters as Trina is only asked to react, which is fortunate because she has about as much presence as a slight breeze. Almost every punch line is Elliott's, and a little of him can go a very long way. His comic vision is certainly unique, and viewers perfectly attuned to a mind that concocts a giant talking cupcake that spits tobacco might have much more fun with CABIN BOY than I had. However, I suspect a larger percentage will find it slow going, and exceedingly short on solid laughs.
Like caviar, Chris Elliott is an acquired taste. Also like caviar, he should probably only be digested in very small portions. CABIN BOY was just too much for me to swallow.
On the Renshaw scale of 0 to 10 talking cupcakes: 3.
-- Scott Renshaw Stanford University Office of the General Counsel
.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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Related links: index of all rec.arts.movies.reviews reviews


Snookes1516.github.io
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An "expert system" approach was used based on available data and the collective knowledge and experience of people involved with land science and the rating of land suitability for crop production throughout the country. The CLI system (ARDA, 1965) was used as a general framework as it has proven useful and it is familiar to people involved with all aspects of land evaluation. Thus, a seven class system was chosen with Class I having the highest suitability (least limitations) and Class 7 having the lowest suitability (greatest limitations). The component breakdown and specific factor ratings follow the early approach of Stone (1933) and more recently that of the Alberta Soils Advisory Committee (1987).
Changes from the CLI are reflected in some of the following guidelines and assumptions:
As a basis for developing specific ratings for various factors, the following relationship was established:
| LSRS Manual Table 2.1 -- Relationship of suitability class to index points. | ||
| Suitability Class | Index Points | Limitations for specified crop* |
| 1 | 80 -100 | none to slight |
| 2 | 60 79 | slight |
| 3 | 45 59 | moderate |
| 4 | 30 44 | severe |
| 5 | 20 29 | very severe |
| 6 | 10 19 | extremely severe |
| 7 | 0 9 | unsuitable |
| *Limitations are for production of the specified crops. This does not imply that the land could not be developed for other crops or for other uses. |
The system has two categories: "Classes" based on the degree of limitation of land for production of the specified crop or crops (LSRS Manual Table 2.1), and "Subclasses" based on the kind of limitation. This information is useful for land use planning and for determining conservation and management requirements. The first three classes are considered suitable for sustained production of the crop in question, Class 4 is considered marginal, and Classes 5 to 7 are not considered capable of supporting sustained production of the crop using presently recommended practices. Subclasses reflect the kind of climate, soil and landscape limitations.
Provision is made for a third category "Units" which are groupings of soil-landscapes based on management considerations. For example, all areas having similar requirements for conservation practices, or drainage, or fertility amendments might be grouped. This category has not been developed here but attempts have been made where intensive land management is practiced (cf Luttmerding, 1984).
It must be emphasized that land areas assigned to the same suitability class are similar only with respect to the degree, and not the kind, of limitation for production of a crop. Each class can include different soil and landscape characteristics which may require different management practices.
| Class 1 | Land in this class has no significant limitations for production of the specified crops (80 - 100 index points). |
| Class 2 | Land in this class has slight limitations that may restrict the growth of the specified crops or require modified management practices (60 - 79 index points). |
| Class 3 | Land in this class has moderate limitations that restrict the growth of the specified crops or require special management practices (45 - 59 index points). |
| Class 4 | Land in this class has severe limitations that restrict the growth of the specified crops or require special management practices or both. This class is marginal for sustained production of the specified crops (30 - 44 index points). |
| Class 5 | Land in this class has very severe limitations for sustained production of the specified crops. Annual cultivation using common cropping practices is not recommended (20 - 29 index points). |
| Class 6 | Land in this class has extremely severe limitations for sustained production of the specified crops. Annual cultivation is not recommended even on an occasional basis (10 - 19 index points). |
| Class 7 | Land in this class is not suitable for the production of the specified crops (0 - 9 index points). |
CLIMATE (C): A general climatic restriction.
| Temperature (H) | This subclass indicates inadequate heat units for the optimal growth of the specified crops. |
| Moisture (A) | This subclass indicates inadequate moisture for the optimal growth of the specified crops. |
SOIL (S): A general soil restriction.
| Water holding capacity/texture (M) | This subclass indicates land areas where the specified crops are adversely affected by lack of water due to inherent soil characteristics. |
| Soil structure (D) | This subclass indicates land areas where the specified crops are adversely affected either by soil structure that limits the depth of rooting, or by surface crusting that limits the emergence of shoots. Root restriction by bedrock and by a high water table are considered separately (see Rock and Drainage). |
| Organic matter (F) | This subclass indicates mineral soil with a low organic matter content in the Ap or Ah horizon (often considered a fertility factor). |
| Depth of topsoil (E) | This subclass indicates mineral soil with a thin Ap or Ah horizon (often resulting from erosion). |
| Soil reaction (V) | This subclass indicates soils with a pH value either too high or too low for optimum growth of the specified crops. |
| Salinity (N) | This subclass indicates soils with amounts of soluble salts sufficient to have an adverse effect on the growth of the specified crops. |
| Sodicity (Y) | This subclass indicates soils having amounts of exchangeable sodium sufficient to have an adverse effect on soil structure or on the growth of the specified crops. Its use is restricted to reconstructed soils. |
| Organic surface (0) | This subclass indicates mineral soils having a peaty surface layer up to 40 cm thick. |
| Drainage (W) | This subclass indicates soils in which excess water (not due to inundation) limits the production of specified crops. Excess water may result from a high water table or inadequate soil drainage. |
| Organic soil temperature (Z) | This subclass recognizes the additional temperature limitation associated with organic soils - particularly where the regional climate has less than 1600 Effective Growing Degree Days (EGDD). |
| Rock (R) | This subclass indicates soils having bedrock sufficiently close to the surface to have an adverse effect on the production of the specified crops. |
| Degree of Decomposition or Fibre Content (B) | This subclass identifies organic soils in which the degree of decomposition of the organic material is not optimum for the production of the specified crops. |
| Depth and Substrate (G) | This subclass indicates shallow organic soils with underlying material that is not optimum for the production of the specified crops. |
LANDSCAPE (L): a general landscape restriction.
| Slope (T) | This subclass indicates landscapes with slopes steep enough to incur a risk of water erosion or to limit cultivation. |
| Landscape Pattern (K) | This subclass indicates land areas with strongly contrasting soils and/or nonarable obstacles that limit production of the specified crops or substantially impact on management practices. |
| Stoniness and Coarse Fragments (P) | This subclass indicates land that is sufficiently stony (fragments coarser than 7.5 cm) or gravelly (fragments smaller than 7.5 cm diameter) so as to hinder tillage or limit the production of specified crops. |
| Wood content (J) | This subclass indicates organic soils with a content of wood or of Eriophorum species sufficient to limit the production of the specified crops. |
| Inundation (I) | This subclass indicates land areas subject to inundation or flooding that limits the production of the specified crops. |
Units should be considered as soil management groups. That is, groupings of soils or map units with similar relevance and response to a particular management objective. It is suggested that criteria and groupings could change with objective of decision and scale of data or application. These types of groupings are more appropriate at levels of detailed land management such as individual farms or site plans and the need for national guidelines has not been established. However, some general statements are included for orientation.
The original concept (Klingebiel and Montgomery, 1961) was that the capability unit should group soils that were nearly alike in their suitability for plant growth and responses to management. Thus, soils in the same unit should be sufficiently uniform to (a) produce similar kinds of cultivated crops and pasture plants with similar management practices, (b) require similar conservation treatment and management under the same kind and condition of plant cover, and (c) have comparable potential productivity. The principal control-ling parameters are texture, drainage, slope and climate although others such as fertility requirements, salinity or stoniness can be locally important.
Use of the rating system requires information for each factor within the climate, soil and landscape components. The information may be for a specific site or estimated from maps, reports and local information. In some cases, data for factors can be estimated from data for other parameters. For example, the AWC can be estimated from information on texture and structure, or the water table of undrained mineral soils might be estimated from the classification of the soil. The level and purpose of the suitability rating have a bearing on the degree of specificity of the data required. Regional assessments of the suitability of land can generally be made using published data. Assessments of specific tracts of land for the production of specified crops, however, usually require specific data for the sites involved, including on-site inspection, unless the available data are unusually comprehensive.


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Templar Assassin
Tips
- The bonus damage charges you get on Refraction don't get dropped on denial attacks. This is relevant for
mid lane controlling purposes, because you can aggressively deny your creeps and push the lane at the
same time with the spill.
- All damage sources are created equal on the temple steps. Whether it's a ranged creep, a tower shot, or
a Laguna Blade, every instance of damage you take will wipe a Refraction charge off. As a TA, it's
massively important to learn how to maintain creep aggro to ensure that creeps won't burn off Refraction
charges.
- The cooldown on Refraction is the same as its duration. Before going in for a gank or joining a team
fight, you want a fully charged Refraction to be on the tail end of its timer so you can put a fresh one
up when everything inevitably starts going wrong.
- Meld has no cast time and no fade time. This is useful for disjointing spells, tower shots, and right
clicks, but it's also huge for juking. When you're getting chased, Meld as soon as you get a moment of
high ground above the enemies. If you're juking in the jungle, Meld as soon as you think you're in a
split-second of fog.
- You have no collision when you're Melded, so you won't block pathways.
- If you have trouble landing Meld strikes in the heat of the moment, try using A+left click instead of
right clicking on the enemy.
- Meld damage does not spill. So stop wasting mana Melding the front creep in a wave.
- The armor reduction debuff from Meld works on Rosh.
- To be an effective Lanaya, you've got to learn how to play Psi Blades like a concert pianist. Each deny
should effortlessly pick up a last hit in the same stroke. A full creep wave should be wiped in two
spills after you pick up a Desolator. Move creeps and neutrals in the jungle around to get the perfect
spills.
- You can give shared control of your Traps to all of your teammates so they can detonate your Traps
themselves. However, please notify your teammates that you're doing this otherwise you're going to
sabotage their micro.
- The core Trap locations are the runes (or one rune), their side of the hill, your side of the hill,
Rosh, and choke points on stairs. The rest is dealer's choice.
- If a unit gets hit by a second Trap while already slowed, the slow debuff refreshes duration, but doesn't
stack. You can use this to your advantage by detonating a fully-charged trap and then refreshing the
fully-charged slow debuff with a fresh trap.
Counters
- If TA has the damage buff from Refraction, her Psi-Blades will be longer and glow redder.
Personally, I can't tell the difference and I don't have the time to color match it at Home Depot when
I'm dying under my tower, but it's true.
- DoT her Refraction. Venomancer, Viper, Radiance, etc. Spells that deal lots of instances of damage like
Dark Pact, Torrent, or Rot are good too.
- Urn of Shadows can also break TA's Refraction, but it only ticks once every ~0.5s, so it's not very
effective.
- Orb of Venom can break TA's Blink Dagger through Refraction. It won't remove any Refraction charges,
though.
- You can't break TA's Meld with any stun or silence since Meld invisibility is an infinite duration buff
(which is purgable), not a channeled spell.
- However, spells that change her position like Flamebreak, Blinding Light, Power Cogs, Gust, or Fissure,
can break Meld.
- Know what you're getting yourself into if you dive a TA. Can you handle her having Refraction? Do you
have detection if she Melds? Will you be able to kill her if she has five Traps lying around?
- Always be moving around when you're against her mid. Make her miss last hits because she's too busy
trying to position spill on you.
- If you're mid against Lanaya, get some sentry wards at around 6 minutes. Not only will this allow you to
actually finish a gank on her if you get the upper hand, but you can also clear the Trap(s) that
you know she has on your side of the hill.
- Smokes are great against teams with a TA since they will often be lazy when spamming observer wards if
they can rely on Trap vision. On the other hand, you need to be careful that you're not smoking on top
of a Trap.
- She almost definitely has a Trap in the Rosh pit, so either bring sentries or don't go for sneaky Rosh
attempts against a TA.