REST
Representational State Transfer
Good news, everyone!
- You already know REST
- Representations (HTML! but also XML, JSON)
- State
- Transfer
History
- Roy Fielding co-wrote HTTP specs
- Defined REST in his 2000 PhD dissertations
- Defined core set of constraints and why they were important
Constraints
- Client-server: Two separate systems talk to each other through a well defined interface
- Stateless: No context is stored between requests
- Cacheable: Clients or intermediaries can cache results, and requests and results can specify caching information
Constraints
- Layered: Requests can go through intermediaries (proxies)
- Uniform Interface: The protocol between client and server follows the same rules regardless of the specific application
Client-Server
Pros
- Browsers don't care what web server is providing representations, or which database is holding data
- Servers don't care which clients are connecting
Cons
- Overhead of transferring data
- Fewer, simpler failure modes
Stateless
Pros
- Simplifies server design and storage
- Simplifies request grammar
- Improves scalability, error recovery
Cons
- Overhead of transferring client state
- Not convenient for interactivity at protocol level
Cacheable
Pros
- Browsers can store CSS and JavaScript
- Businesses can cache responses, even from external sites
- Servers can specify how long things should be cached for
Cons
- Cache invalidation is hard
- Can't rely on updated resources updating "everywhere"
Uniform Interface
Pros
- Client and server know how to interact regardless of application hosted
- Ancestry uses same interface as Yelp
- Wider variety of clients that can handle multiple applications
Cons
- For really unique applications, must jam into old paradigms
- Difficult to optimize for performance of single application
REST is not HTTP
- Remember HTTP is a transport protocol: a tube!
- REST is a set of constraints on how to use that tube
- We could use other tubes, like FTP, SMTP
Web is RESTful
- Web is build on these ideas
- Better leverage attained by embracing REST
- Flexibility, scalability, visibility, simplicity
How to Spot RESTfulness
- Should think through constraints, but here are some heuristics
Uses HTTP
- REST is the underlying architectural principle of the web
- The web primarily uses the HTTP protocol
- The way browsers interface with web servers is inherently RESTFul if you think about it
Uses HTTP Commands
- GET, POST, PUT...
- vs using POST for everything
Uses HTTP response codes
- 404 Not Found, 200 OK
- vs. always responding with 200 OK but has an error message
URLs point to resources
- /blog, /api/messages/34
- vs. URLs pointing to commands: /api/createBlog, /api/getMessage/34
Representation links
- A representation links to new possible actions
- Client only needs to have representation
- Hypermedia as the engine of application state (HATEOAS)
Example
{
"business": "http://yelp.com/biz/27",
"user": "http://yelp.com/user/5",
"review_text": "..."
}
Counter Example
data = {
"business_id": 27,
"user_id": 5
"review_text": "..."
}
requests.get("http://yelp.com/biz/{}".format(data[business_id"]))
Uses headers for meta data
- Content-Type XML or JSON
- vs. response has extra meta data in XML


Changelog
sever <IP_ADDRESS>00
- Added
.class
argument to button and links functions.
sever 0.0.7
- Fix image background #8
- Use webpack for JavaScript (via packer) now minified dependencies.
- Deprecate
use_sever
in favour ofuseSever
sever 0.0.6
- Added
rupture
to display a disconnected message after the user has been idle for a while.
sever 0.0.5
- Fix passing multiple ids to
cleave
see #1 - Fix to remove cleave error on new value render + empty HTML content on error, see #2.
- Add
chisel
to style soft error messages, those raised byvalidate
.
sever 0.0.4
Initial CRAN version.
sever 0.0.3
- Changed cleave
center
argument tocenter_horizontal
andcenter_vertical
for more flexibility. - Change cleave appear animation speed.
sever 0.0.2
- Added
cleave
to customise error messages! - Created website
- Ensure a single severed screen is present at any one time.
- Check if
golem.app.prod
option is set to keep functions from running if in dev mode to allow debugging, runs in prod. If not set runs functions as expected. - Added
bg_image
argument tosever
function.
sever 0.0.1
sever_default
A default sever screen.- Simplified
sever
function: change three-dots tohtml
argument which takessever_default
.
sever <IP_ADDRESS>00
Initial dev version.


--- layout: post title: Calculating distance between 2 points on the Earth date: 2010-10-22 16:10:19.000000000 -04:00 type: post published: true status: publish comments: true categories: - Coding tags: - Datalogger - Distance Calculation - GPS - Haversine - Math meta: _wp_old_slug: '' ---
Out of curiosity I had built myself a GPS Datalogger, I was able to get the raw NMEA data out of it but it only provided information regarding my position and time. I wanted to calculate the velocity of a vehicle at a given location and plot a graph of distance Vs velocity. I used the following calculations to calculate the distance between the two coordinates on the Earth's surface. By dividing that distance with time I was able to calculate the velocity in KMPH at a given location.
To calculate the distance between two Latitude and Longitude coordinates, I am using the 'Havesine' formula. Haversine formaula calculates the great-circle distance between the two points i.e. the shortest distance given between the two points on the earth's surface. It calculates the "as-the-crow-flies" distance between the points ignoring any terrain.
Here's the formula (angles are assumed to be in Radians)
R = Earth's radius = 6,371 Km
Dlat = latitude2 - latitude1
Dlong = longitude2 - longitude1
a = sin²(Dlat/2) + cos(latitude1)*cos(latitude2)*sin²(Dlong/2)
c = 2.atan2(√a, √(1−a))
d = R*c
Haversine formula (Mathematical explanation)
haversin (d/R) = haversin(θ2 - θ1) + cos(θ1)cos(θ2)havesin(Δλ)
Where:
havesine(θ) = sin²(θ/2) = (1−cos(θ))/2
d is the distance between two points on a sphere
R is the radius of the sphere
θ1 is the latitude at point 1
θ2 is the latitude at point 2
Δλ is the longitude seperation
The arguments to the haversine function are assumed to be in Radians.
so, to calculate the distance we have
d = R haversine(inverse)(h) = 2Rarcsin(√h)
Where h = haversin (d/R)
My implementation of the above formula is in Java, I be publishing the code as soon as I get some free time.
I can email the code if anybody wants it urgently.
References:
[1] http://en.wikipedia.org/wiki/Haversine_formula
[2] http://www.movable-type.co.uk/scripts/latlong.html


730_arun_j.py
import math
class GfG :
# Private constructor for initializing
# the table and the height of the tree
def __init__(self, n):
# log(n) with base 2
# To store the height of the tree
self.height = int(math.ceil(math.log10(n) / math.log10(2)))
# Table for storing 2^ith parent
self.table = [0] * (n + 1)
# Filling with -1 as initial
def preprocessing(self):
i = 0
while ( i < len(self.table)) :
self.table[i] = [-1]*(self.height + 1)
i = i + 1
# Calculating sparse table[][] dynamically
def calculateSparse(self, u, v):
# Using the recurrence relation to
# calculate the values of table[][]
self.table[v][0] = u
i = 1
while ( i <= self.height) :
self.table[v][i] = self.table[self.table[v][i - 1]][i - 1]
# If we go out of bounds of the tree
if (self.table[v][i] == -1):
break
i = i + 1
# Function to return the Kth ancestor of V
def kthancestor(self, V, k):
i = 0
# Doing bitwise operation to
# check the set bit
while ( i <= self.height) :
if ((k & (1 << i)) != 0) :
V = self.table[V][i]
if (V == -1):
break
i = i + 1
return V
class TreeAncestor:
def __init__(self, n: int, parent: List[int]):
self.obj = GfG(n)
self.obj.preprocessing()
for index, pa in enumerate(parent):
if pa != -1:
self.obj.calculateSparse(pa, index)
def getKthAncestor(self, node: int, k: int) -> int:
return self.obj.kthancestor(node, k)
# Your TreeAncestor object will be instantiated and called as such:
# obj = TreeAncestor(n, parent)
# param_1 = obj.getKthAncestor(node,k)


--- layout: default title: Deploying to AWS permalink: /aws/ redirect_from: - /aws.html sitemap: priority: 0.7 lastmod: 2015-07-30T00:00:00-00:00 ---
WARNING! This is a new sub-generator, of BETA quality. Use it at your own risk! Feedback is highly welcome!
WARNING! Amazon does not provide a free tier, and does not sponsor JHipster. As such, we cannot test this sub-generator, and cannot garantee that it works correctly. If you want us to be able to test this generator, you can consider sponsoring the project.
This sub-generator allows to deploy automatically your JHipster application to the Amazon AWS cloud.
Before running the sub-generator, you need to go the JHipster Generator directory, and install the AWS-SDK with some other dependencies.
Under Windows following these Steps:
cd %USERPROFILE%\AppData\Roaming\npm\node_modules\generator-jhipster npm install aws-sdk progress node-uuid
and under Mac/Linux following these Steps:
cd /usr/local/lib/node_modules/generator-jhipster # Path to globally installed node modules npm install aws-sdk progress node-uuid
Then log in with your Amazon AWS account and create a user for your JHipster application. To grant this user the required permissions attach the AWSElasticBeanstalkFullAccess
policy.
After that create a credentials file at ~/.aws/credentials on Mac/Linux or C:\Users\USERNAME\.aws\credentials on Windows.
[default] aws_access_key_id = your_access_key aws_secret_access_key = your_secret_key
To deploy your application to Amazon AWS, type:
yo jhipster:aws
This should package your application in "production" mode, create an Bean Stalk application (with a MySQL database), upload your code, and start the application.
When your application is already deployed, you can re-deploy it by run the sub-generator again:
yo jhipster:aws
The subgenerator ask your database credentials again but they will be ignored during the update.


Verify that error codes returned by memory allocation functions are checked and handled.
If memory allocation fails and the error is not handled, the result may be unpredictable and dangerous behavior of the program.
Identify code that allocates memory. Verify that returned error codes or thrown exceptions are handled.
Identify code that allocates memory. Add code that checks error codes and handles errors or handles thrown exceptions.


CONTACT US
Find us on github
here
Find us on Linkedin below
ANUBHAV MISHRA
ARYAN VERMA
ANOOP
chavvi sachan
Github repository for this game
here
"Thanks for playing this game i hope you loved it!.." - Creator


LesnyRumcajs/grpc_bench Various gRPC benchmarks. Contribute to LesnyRumcajs/grpc_bench development by creating an account on GitHub.
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No luck this weekend with light colored or brown sweats. We looked in the mall, target and kohl's and only some dark colored sweats. There are lots of clothes in khaki colored - could we use pants or shorts this color?
Namita
-------------- Original message --------------
Hi Everyone,
I still have not had any luck with brown clothing for the monkey costumes (sweats, tees, jeans, etc). In case anyone needs adhesive felt, Joann Fabrics at Oak Valley has sheets of dark brown adhesive felt (8-1/2 x 11 inches) . They also have fuzzy brown felt for $4.99 a yard. Has anyone come across pale yellow or white sweats? We could always dye the white sweats brown (just an idea).
Laura


Hello World!
Here is an example for DOM
Here is another example for DOM
Here is part1
Here is part2
Here is part3


When Sebastian Coe spoke of “the greatest tickets on earth”, he was talking twaddle, but at least it was amusing twaddle. Too often, the twaddle babbled by politicians and others is composed of readymade phrases seemingly used to fill time—or, in written form, space—without the inconvenience of thought.
One practice that has become ubiquitous is an inability to say “diverse” without immediately adding “vibrant”. The most recent culprit I noted was the cabinet minister Francis Maude, on last week's Question Time. Having told us how great it was that the country is “diverse”, and not really knowing what else he wanted to say, after a very brief pause he added “and vibrant”, clearly playing for time.
Similarly, the front page headline on a recent issue of my local council's Pravda-style newspaper was a quote from a resident announcing “I love that the borough is so diverse and vibrant”.
Can one be diverse without being vibrant? Or vibrant without being diverse? And, if interrogated, chained to a chair in a dank basement, could most of the people trotting out this stuff define what they actually mean by “vibrant”?
Hooting Yard—it's diverse! It vibrates!


SshSource allows you to connect to a remote SSH server and download one or more paths. Paths can be either a directory or a file. You can specify as many directories or paths as you want to download and SshSource will send those InputStreams through the Pipeline. The SshSource rows will have the following keys:
ssh( host )
.knownHosts( knownHostFile )
.authPass( username, password )
.download( "/some/path/file.txt", "/some/other/path/file2.txt", "/other/directory")
.into()
...
.go()
Using public key authentication:
ssh( host, 2222 )
.knownHosts( knownHostFile )
.identity( username, keyFile, passphrase )
.download( "/some/path/file.txt", "/some/other/path/file2.txt", "/other/directory")
.into()
...
.go()
The known hosts file can be created using the following:
ssh-keyscan -H -t rsa example.org >> known_hosts
| Constructor and description |
|---|
SshSource
(java.lang.String host, int port) |
| Type Params | Return Type | Name and description |
|---|---|---|
|
SshSource |
authPass(java.lang.String username, java.lang.String password) Authenticate with a username and password. |
|
SshSource |
download(java.lang.String... remotePath) One or more remote paths you wish to download from the SFTP server. |
|
void |
downloadPath(Pipeline pipeline, com.jcraft.jsch.ChannelSftp channel, java.lang.String path) |
|
SshSource |
enableStrictHostCheck(boolean enable) Can be used to disable the known host checking, but this has serious security implications which need to be carefully considered before doing this. |
|
SshSource |
identity(java.lang.String username, java.io.File identity, java.lang.String passphrase) This uses a SSH key pair to authenticate the given username. |
|
SshSource |
knownHosts(java.io.File knownHostsFile) A file containing the list of known hosts the client will use to authorize the connection to the server. |
|
static SshSource |
ssh(java.lang.String remoteHost, int port = 22) Returns a SshSource for file transfer over sftp connecting the given remote host over the given TCP port. |
|
void |
start(Pipeline pipeline) |
| Methods inherited from class | Name |
|---|---|
class AbstractSource |
into, name |
Authenticate with a username and password.
username
- The user name to authenticatepassword
- The password for the given user nameOne or more remote paths you wish to download from the SFTP server. These can be individual files or directories. If a directory is specified all files within the directory are downloaded (recursively).
remotePath
- one or more remote paths you wish to download, file or directory is acceptable Can be used to disable the known host checking, but this has serious security
implications which need to be carefully considered before doing this. If you're
having problems with not being able to connect an safer option is to run the following:
ssh-keyscan -H -t rsa example.org >> known_hosts
Then use the file you created as the known host file.
enable
- if true enable strict host checking else disable strict host checkingThis uses a SSH key pair to authenticate the given username. This uses public-key authentication of SSH. The given passphrase is used to decrypt the private key in the identity file.
username
- the username to authenticat asidentity
- the key file that holds the private key of the identity you wish to usepassphrase
- the passphrase that is used to protect the given identity fileA file containing the list of known hosts the client will use to authorize the connection to the server.
knownHostsFile
- The file of known hosts the client is willing to connect to.Returns a SshSource for file transfer over sftp connecting the given remote host over the given TCP port.
remoteHost
- The remote host to connect toport
- the remote TCP port to use to connectGroovy Documentation


Worked as a full-time Android application developer intern at
W3Dev Private Limited for a period of 6 weeks. Gained a lot of experience in Android
Developemnt by working on several applications.
Tech Stack (Notes sharing application): Java, Openfire server, HSQL embedded Database, XMPP
protocol
Also worked on a hybrid application built on Flutter.
Certificate of internship
Worked from home as React Native front-end developer intern at Orivin Technologies. Developed a couple of hybrid applications using React
Native.
Certificate of internship
Worked as a full-time Android developer intern at Litifer. Worked primarily on Bluetooth Connections, Audio Streaming, Speech
Recognition & Behaviour Testing.
Certificate of internship
Worked as a Tech lead at HomePlanify. I was responsible for creating an android application from scratch and mentoring interns.
Easy Screen Recorder is a free, easy to use and light-weight screen recording app to record and capture your
mobile screen. ( 150k+ installs on Google Play Store )
🎉 🎉 Glad to mention that Easy Screen Recorder was reviewed and recommended by Trakin Tech YT Channel. 🎉 🎉
You can watch the video below.
UrbanLiv is a Complaint & Visitor Management solution for Housing societies and commercial complexes.
View ProjectMyopia Calculator+ is an application developed to help assist people with vision disorders.
View Project


{% extends 'instance/base.html' %} {% block instance_data %}
This tool generates a timetable which can be imported in a digital calendar.
| Study block size in hours: | |
| Minimum time between study blocks in hours: | |
| Skip week numbers (comma separated integers): |
Click on every hour that is usually free in the coming {{weeks}} weeks. You should select at least {{maxload}} hours.


|
cds
1.5.0
|
Michael's hash set, RCU specialization. More...
#include <cds/intrusive/michael_set_rcu.h>
Public Types | |
| typedef OrderedList | bucket_type |
| type of ordered list used as a bucket implementation | |
| typedef Traits | options |
| Traits template parameters. | |
| typedef bucket_type::value_type | value_type |
| type of value stored in the list | |
| typedef cds::urcu::gc< RCU > | gc |
| RCU schema. | |
| typedef bucket_type::key_comparator | key_comparator |
| key comparision functor | |
| typedef bucket_type::disposer | disposer |
| Node disposer functor. | |
|
typedef cds::opt::v::hash_selector < typename options::hash > ::type | hash |
| Hash functor for value_type and all its derivatives that you use. | |
| typedef options::item_counter | item_counter |
| Item counter type. | |
|
typedef cds::details::Allocator < bucket_type, typename options::allocator > | bucket_table_allocator |
| Bucket table allocator. | |
| typedef michael_set::details::iterator < bucket_type, false > | iterator |
| Forward iterator. More... | |
| typedef michael_set::details::iterator < bucket_type, true > | const_iterator |
| Const forward iterator. More... | |
Public Member Functions | |
| iterator | begin () |
| Returns a forward iterator addressing the first element in a set. More... | |
| iterator | end () |
| Returns an iterator that addresses the location succeeding the last element in a set. More... | |
| MichaelHashSet (size_t nMaxItemCount, size_t nLoadFactor) | |
| Initialize hash set. More... | |
| ~MichaelHashSet () | |
| Clear hash set and destroy it. | |
| bool | insert (value_type &val) |
| Inserts new node. More... | |
| template<typename Func > | |
| bool | insert (value_type &val, Func f) |
| Inserts new node. More... | |
| template<typename Func > | |
| std::pair< bool, bool > | ensure (value_type &val, Func func) |
Ensures that the item exists in the set. More... | |
| bool | unlink (value_type &val) |
Unlinks the item val from the set. More... | |
| template<typename Q > | |
| bool | erase (Q const &val) |
| Deletes the item from the set. More... | |
| template<typename Q , typename Less > | |
| bool | erase_with (Q const &val, Less pred) |
Deletes the item from the set using pred predicate for searching. More... | |
| template<typename Q , typename Func > | |
| bool | erase (const Q &val, Func f) |
| Deletes the item from the set. More... | |
| template<typename Q , typename Less , typename Func > | |
| bool | erase_with (const Q &val, Less pred, Func f) |
Deletes the item from the set using pred predicate for searching. More... | |
| template<typename Q > | |
| value_type * | extract (Q const &val) |
| Extracts an item from the set. More... | |
| template<typename Q , typename Less > | |
| value_type * | extract_with (Q const &val, Less pred) |
Extracts an item from the set using pred predicate for searching. More... | |
| template<typename Q , typename Less > | |
| value_type * | extract (const Q &val, Less cmp) |
Extracts an item from the set using Less predicate for searching. More... | |
| template<typename Q > | |
| bool | find (Q const &val) |
Finds the key val . More... | |
| template<typename Q , typename Less > | |
| bool | find_with (Q const &val, Less pred) |
Finds the key val using pred predicate for searching. More... | |
| template<typename Q , typename Func > | |
| bool | find (Q &val, Func f) |
Find the key val . More... | |
| template<typename Q , typename Less , typename Func > | |
| bool | find_with (Q &val, Less pred, Func f) |
Finds the key val using pred predicate for searching. More... | |
| template<typename Q , typename Func > | |
| bool | find (Q const &val, Func f) |
Find the key val . More... | |
| template<typename Q , typename Less , typename Func > | |
| bool | find_with (Q const &val, Less pred, Func f) |
Finds the key val using pred predicate for searching. More... | |
| void | clear () |
| Clears the set (non-atomic) More... | |
| bool | empty () const |
| Checks if the set is empty. More... | |
| size_t | size () const |
| Returns item count in the set. | |
| size_t | bucket_count () const |
| Returns the size of hash table. More... | |
| const_iterator | begin () const |
| Returns a forward const iterator addressing the first element in a set. | |
| const_iterator | cbegin () |
| const_iterator | end () const |
| Returns an const iterator that addresses the location succeeding the last element in a set. | |
| const_iterator | cend () |
Protected Member Functions | |
| template<typename Q > | |
| size_t | hash_value (Q const &key) const |
Calculates hash value of key . | |
| template<typename Q > | |
| bucket_type & | bucket (Q const &key) |
Returns the bucket (ordered list) for key . | |
Protected Attributes | |
| item_counter | m_ItemCounter |
| Item counter. | |
| hash | m_HashFunctor |
| Hash functor. | |
| bucket_type * | m_Buckets |
| bucket table | |
Michael's hash set, RCU specialization.
Michael's hash table algorithm is based on lock-free ordered list and it is very simple. The main structure is an array T
of size M
. Each element in T
is basically a pointer to a hash bucket, implemented as a singly linked list. The array of buckets cannot be dynamically expanded. However, each bucket may contain unbounded number of items.
Template parameters are:
RCU
- one of RCU typeOrderedList
- ordered list implementation used as bucket for hash set, for example, MichaelList, LazyList. The intrusive ordered list implementation specifies the type T
stored in the hash-set, the reclamation schema GC
used by hash-set, the comparison functor for the type T
and other features specific for the ordered list.Traits
- type traits. See michael_set::type_traits for explanation. Instead of defining Traits
struct you can use option-based syntax with michael_set::make_traits metafunction.<cds/intrusive/michael_set_rcu.h>
you should include appropriate RCU header file, see RCU type for list of existing RCU class and corresponding header files. For example, for general-purpose buffered RCU you should include: | typedef michael_set::details::iterator< bucket_type, true > cds::intrusive::MichaelHashSet< cds::urcu::gc< RCU >, OrderedList, Traits >::const_iterator |
Const forward iterator.
For iterator's features and requirements see iterator
| typedef michael_set::details::iterator< bucket_type, false > cds::intrusive::MichaelHashSet< cds::urcu::gc< RCU >, OrderedList, Traits >::iterator |
Forward iterator.
The forward iterator for Michael's set is based on OrderedList
forward iterator and has some features:
|
inline |
Initialize hash set.
See MichaelHashSet ctor for explanation
| nMaxItemCount | estimation of max item count in the hash set |
| nLoadFactor | load factor: estimation of max number of items in the bucket |
|
inline |
|
inline |
Returns the size of hash table.
Since MichaelHashSet cannot dynamically extend the hash table size, the value returned is an constant depending on object initialization parameters; see MichaelHashSet for explanation.
|
inline |
Clears the set (non-atomic)
The function unlink all items from the set. The function is not atomic. It cleans up each bucket and then resets the item counter to zero. If there are a thread that performs insertion while clear
is working the result is undefined in general case: empty()
may return true
but the set may contain item(s). Therefore, clear
may be used only for debugging purposes.
For each item the disposer
is called after unlinking.
|
inline |
Checks if the set is empty.
Emptiness is checked by item counting: if item count is zero then the set is empty. Thus, the correct item counting feature is an important part of Michael's set implementation.
|
inline |
|
inline |
Ensures that the item
exists in the set.
The operation performs inserting or changing data with lock-free manner.
If the item val
not found in the set, then val
is inserted into the set. Otherwise, the functor func
is called with item found. The functor signature is:
with arguments:
bNew
- true
if the item has been inserted, false
otherwiseitem
- item of the setval
- argument val
passed into the ensure
function If new item has been inserted (i.e. bNew
is true
) then item
and val
arguments refers to the same thing.The functor can change non-key fields of the item
; however, func
must guarantee that during changing no any other modifications could be made on this item by concurrent threads.
You can pass func
argument by value or by reference using boost::ref
or cds::ref.
Returns std::pair<bool, bool> where first
is true
if operation is successfull, second
is true
if new item has been added or false
if the item with key
already is in the set.
|
inline |
Deletes the item from the set.
The function searches an item with key equal to val
in the set, unlinks it from the set, and returns true
. If the item with key equal to val
is not found the function return false
.
Note the hash functor should accept a parameter of type Q
that may be not the same as value_type
.
|
inline |
Deletes the item from the set.
The function searches an item with key equal to val
in the set, call f
functor with item found, and unlinks it from the set. The disposer specified in OrderedList
class template parameter is called by garbage collector GC
asynchronously.
The Func
interface is
The functor may be passed by reference with boost:ref
If the item with key equal to val
is not found the function return false
.
Note the hash functor should accept a parameter of type Q
that can be not the same as value_type
.
|
inline |
Deletes the item from the set using pred
predicate for searching.
The function is an analog of erase(Q const&) but pred
is used for key comparing. Less
functor has the interface like std::less
. pred
must imply the same element order as the comparator used for building the set.
|
inline |
Deletes the item from the set using pred
predicate for searching.
The function is an analog of erase(Q const&) but pred
is used for key comparing. Less
functor has the interface like std::less
. pred
must imply the same element order as the comparator used for building the set.
|
inline |
Extracts an item from the set.
The function searches an item with key equal to val
in the set, unlinks it from the set, and returns pointer to an item found. If the item with the key equal to val
is not found the function return NULL
.
|
inline |
Extracts an item from the set using Less
predicate for searching.
The function searches an item with key equal to val
in the set, unlinks it from the set, and returns pointer to an item found. If the item with the key equal to val
is not found the function return NULL
.
The cmp
is a predicate used for key comparing. Less
has the interface like std::less
. cmp
must imply the same element order as key_comparator.
|
inline |
Extracts an item from the set using pred
predicate for searching.
The function is an analog of extract(Q const&) but pred
is used for key comparing. Less
functor has the interface like std::less
. pred
must imply the same element order as the comparator used for building the set.
|
inline |
|
inline |
Find the key val
.
The function searches the item with key equal to val
and calls the functor f
for item found. The interface of Func
functor is:
where item
is the item found, val
is the find
function argument.
You can pass f
argument by value or by reference using boost::ref
or cds::ref.
The functor can change non-key fields of item
. The functor does not serialize simultaneous access to the set item
. If such access is possible you must provide your own synchronization schema on item level to exclude unsafe item modifications.
The val
argument is non-const since it can be used as f
functor destination i.e., the functor can modify both arguments.
Note the hash functor specified for class Traits
template parameter should accept a parameter of type Q
that can be not the same as value_type
.
The function returns true
if val
is found, false
otherwise.
|
inline |
Find the key val
.
The function searches the item with key equal to val
and calls the functor f
for item found. The interface of Func
functor is:
where item
is the item found, val
is the find
function argument.
You can pass f
argument by value or by reference using boost::ref
or cds::ref.
The functor can change non-key fields of item
. The functor does not serialize simultaneous access to the set item
. If such access is possible you must provide your own synchronization schema on item level to exclude unsafe item modifications.
Note the hash functor specified for class Traits
template parameter should accept a parameter of type Q
that can be not the same as value_type
.
The function returns true
if val
is found, false
otherwise.
|
inline |
Finds the key val
using pred
predicate for searching.
The function is an analog of find(Q const&) but pred
is used for key comparing. Less
functor has the interface like std::less
. pred
must imply the same element order as the comparator used for building the set.
|
inline |
Finds the key val
using pred
predicate for searching.
The function is an analog of find(Q&, Func) but pred
is used for key comparing. Less
functor has the interface like std::less
. pred
must imply the same element order as the comparator used for building the set.
|
inline |
Finds the key val
using pred
predicate for searching.
The function is an analog of find(Q const&, Func) but pred
is used for key comparing. Less
functor has the interface like std::less
. pred
must imply the same element order as the comparator used for building the set.
|
inline |
Inserts new node.
The function inserts val
in the set if it does not contain an item with key equal to val
.
Returns true
if val
is placed into the set, false
otherwise.
|
inline |
Inserts new node.
This function is intended for derived non-intrusive containers.
The function allows to split creating of new item into two part:
f
functor to initialize value-field of val
.The functor signature is:
where val
is the item inserted. User-defined functor f
should guarantee that during changing val
no any other changes could be made on this set's item by concurrent threads. The user-defined functor is called only if the inserting is success and can be passed by reference using boost::ref
|
inline |
Unlinks the item val
from the set.
The function searches the item val
in the set and unlink it from the set if it is found and is equal to val
.
The function returns true
if success and false
otherwise.


Java Code Examples for java.io.Reader
The following are top voted examples for showing how to use
java.io.Reader. These examples are extracted from open source projects.
You can vote up the examples you like and your votes will be used in our system to product
more good examples.
Example 1
| Project: Telecom8 File: JSONTokener.java View source code | 7 votes |
/** * Construct a JSONTokener from a reader. * * @param reader A reader. */ public JSONTokener(Reader reader) { this.reader = reader.markSupported() ? reader : new BufferedReader(reader); this.eof = false; this.usePrevious = false; this.previous = 0; this.index = 0; this.character = 1; this.line = 1; }
Example 2
| Project: jentrata-msh File: MessageListenerJMSClient.java View source code | 6 votes |
private String convertStreamToString(InputStream is) throws IOException { if (is != null) { Writer writer = new StringWriter(); char[] buffer = new char[1024]; try { Reader reader = new BufferedReader(new InputStreamReader(is, "UTF-8")); int n; while ((n = reader.read(buffer)) != -1) { writer.write(buffer, 0, n); } } finally { is.close(); } return writer.toString(); } else { return ""; } }
Example 3
| Project: apache-james-mime4j-groundhog File: StringTextBody.java View source code | 6 votes |
@Override public void writeTo(OutputStream out) throws IOException { if (out == null) throw new IllegalArgumentException(); Reader reader = new StringReader(text); Writer writer = new OutputStreamWriter(out, charset); char buffer[] = new char[1024]; while (true) { int nChars = reader.read(buffer); if (nChars == -1) break; writer.write(buffer, 0, nChars); } reader.close(); writer.flush(); }
Example 4
| Project: JerseyTest File: Stax2JsonFactory.java View source code | 6 votes |
private static Reader ensureNonEmptyReader(Reader reader) throws XMLStreamException { try { Reader mr = reader.markSupported() ? reader : new BufferedReader(reader); mr.mark(1); if (mr.read() == -1) { throw new XMLStreamException("JSON expression can not be empty!"); } mr.reset(); return mr; } catch (IOException ex) { throw new XMLStreamException(ex); } }
Example 5
| Project: resin File: OracleOciLob.java View source code | 6 votes |
/** * Exports LOB's contents to a file */ public boolean export(Env env, Path file, @Optional("0") long start, @Optional("-1") long length) { try { WriteStream writeStream = file.openWrite(); if (_lob instanceof Blob) { Blob blob = (Blob) _lob; InputStream is = blob.getBinaryStream(); is.skip(start); writeStream.writeStream(is); is.close(); } else if (_lob instanceof Clob) { Clob clob = (Clob) _lob; Reader reader = clob.getCharacterStream(); reader.skip(start); writeStream.writeStream(reader); reader.close(); } else { writeStream.close(); return false; } writeStream.close(); return true; } catch (Exception ex) { log.log(Level.FINE, ex.toString(), ex); return false; } }
Example 6
| Project: raml-tester File: IoUtils.java View source code | 6 votes |
public static String readIntoString(Reader reader) throws IOException { if (reader == null) { return null; } try { final StringBuilder sb = new StringBuilder(); final char[] buf = new char[1000]; while (reader.ready()) { final int read = reader.read(buf); sb.append(buf, 0, read); } return sb.toString(); } finally { reader.close(); } }
Example 7
| Project: externals File: DOMConfigurator.java View source code | 6 votes |
/** Configure log4j by reading in a log4j.dtd compliant XML configuration file. */ public void doConfigure(final Reader reader, LoggerRepository repository) throws FactoryConfigurationError { ParseAction action = new ParseAction() { public Document parse(final DocumentBuilder parser) throws SAXException, IOException { InputSource inputSource = new InputSource(reader); inputSource.setSystemId("dummy://log4j.dtd"); return parser.parse(inputSource); } public String toString() { return "reader [" + reader.toString() + "]"; } }; doConfigure(action, repository); }
Example 8
| Project: callback-blackberry File: Tokenizer.java View source code | 6 votes |
/** * Constructor. * @param reader The reader from which the JSON string is read. Same as Tokenizer(reader, false); * * @throws IOException Thrown on IOErrors such as invalid JSON or sudden reader closures. */ public Tokenizer(Reader reader) throws IOException { super(); Class readerClass= reader.getClass(); //In-memory readers don't need to be buffered. Also, skip PushbackReaders //because they probably already wrap a buffered stream. And lastly, anything //that extends from a BufferedReader also doesn't need buffering! // if (!StringReader.class.isAssignableFrom(readerClass) && // !CharArrayReader.class.isAssignableFrom(readerClass) && // !PushbackReader.class.isAssignableFrom(readerClass) && // !BufferedReader.class.isAssignableFrom(readerClass)) { // reader = new BufferedReader(reader); // } this.reader = reader; this.lineNo = 0; this.colNo = 0; this.lastChar = '\n'; readChar(); }


Type that holds all relevant data related to the Firebase project | |
Type that offers methods for managing authentication and users of the Firebase | |
Type that offers methods for adding, updating and deleting data from the Firebase Realtime Database | |
Type that encapsulate user data for easy access | |
Helper for authenticating using a google account |


{% extends "/html/base_sidebar.html" %} {%block subtitle %}: {{page.title}}{% endblock %} {% block content %}
As your professional IT partner, we produce specialized and customized software and consult and assist you in your IT needs. We are sure you will become a satisfied customer as well.


Research Intern in Data Science
March 2019 - present | PARIS, France
The goal is to handle classification tasks on evolving data streams with very few labeled data (semi-supervised learning).
My role consists of:
More details here.
- I use Java to add new algorithms in MOA
- I use Python to analyze the experiment result (pandas, numpy, matplotlib, Jupyter Notebook)
Research Intern in Data Engineering
March 2018 - August 2018 | PALAISEAU, France
A project in the domain of fact-checking to help the journalists detect fake-news. The project results in the publication of a scientific demo paper in VLDB 2018. The paper can be accessed here.
The project is still on-going after I finished my internship.
More details here.
- The frameword is written in Java
- We used SQL (PostgreSQL) to manage the data
IT Intern
Intel Products Vietnam
January 2016 - March 2016 | HO CHI MINH, Vietnam
I helped developing the web applications for internal use in the IT department of Intel.
- ASP.NET
- Microsoft SQL Server
Business Intelligence Intern
Linkbynet Vietnam
Augutst 2015 - November 2015 | HO CHI MINH, Vietnam
My main role was to develop a web application where employees can create or take part in internal surveys of the company. Paralelly, I joined a team that developed the backend (REST service) for the SelfDeploy portal, which allows clients of Linkbynet to manage their virtual machines hosted in the cloud.
I also tried Business Intelligence tools for a short time, such as SSAS, Microsoft 365 CRM.
More details here.
- The web applications were developed with Ruby on Rails
- Microsoft SQL Server were used to manage the data


Warrior Meditation
Insight Meditation
Insight meditation is meditation in the oldest and most widely practiced form. The practice of insight meditation involves watching the breath, and watching the thoughts and emotions that arise as you attempt to quiet your mind. As you witness these thoughts and emotions you visualize them being released. As you release your thoughts and emotions they cease to have any power over your conscious mind.
Body Scan Meditation
The body scan meditation is based on the practice of Yoga Nidra. The meditator begins by setting an intention for their practice, then watching their breath, and scanning their body. Emotions and thoughts will arise as you do an internal scan of your body, and each time you recognize a discursive thought or emotion and return to the body scan practice, your ability to deal with discursive thoughts and emotions in your everyday life will be greatly improved.
Shapeshifting Meditation
Since the earliest recorded history, meditators have drawn from the natural world as a source for guidance and inspiration. The shamanic practice of shapeshifting allows the meditator to identify and align themselves with the characteristics of an animal or natural element that facilitates separation from your identity of self. It allows you to step outside of yourself as you envision aspects of your mind from the frame of reference of an animal entity. This separation allows for more compassion and more imagination in dealing with your strengths and weaknesses. The goal is the realization that the strengths and weaknesses that you perceive in an animal entity are the same strengths and weaknesses that you perceive in yourself, allowing you to appreciate your strengths and begin to eliminate weaknesses.
Journal Archive Content
What is meditation?
Meditation is a way to develop space between your PERCEPTION OF and your RESPONSE TO external stimulation.
Once you begin to perceive this space you will realize that your mind constantly reacts without your permission!
Something happens, and before you have made a conscious decision, your mind has attached itself to anger, or sadness, or even happiness.
You have been developing these patterns of thought since birth.
There is no right way to meditate.
Spiritual and wisdom traditions worldwide agree that you will gain the most benefit by using metaphors that inspire compassion and love for all sentient beings, but this can be done with a broad spectrum of techniques ranging from sitting quietly and watching your breath, following a sound, or imagining spirit animals.
This website will give you an introduction to some basic practices and patterns of thought on which to rest your mind and point yourself in the direction of your own inner space and strength.
Disclaimer
This website contains general information about medical conditions and treatments. The information is not medical advice, and should not be treated as such.
Limitation of warranties
The medical information on this website is provided “as is” without any representations or warranties, express or implied. Warrior Meditation makes no representations or warranties in relation to the medical information on this website. Without prejudice to the generality of the foregoing paragraph, Warrior Meditation does not warrant that:
- the medical information on this website will be constantly available, or available at all; or
- the medical information on this website is complete, true, accurate, up-to-date, or non-misleading.
Professional assistance
You must not rely on the information on this website as an alternative to medical advice from your doctor or other professional healthcare provider. If you have any specific questions about any medical matter you should consult your doctor or other professional healthcare provider. If you think you may be suffering from any medical condition you should seek immediate medical attention. You should never delay seeking medical advice, disregard medical advice, or discontinue medical treatment because of information on this website.
Liability
Nothing in this medical disclaimer will limit any of our liabilities in any way that is not permitted under applicable law, or exclude any of our liabilities that may not be excluded under applicable law.


Transforms
-
packnet_sfm.datasets.transforms.
get_transforms
(mode, image_shape, jittering, **kwargs)[source] Get data augmentation transformations for each split
- Parameters
mode (str {'train', 'validation', 'test'}) – Mode from which we want the data augmentation transformations
image_shape (tuple (height, width)) – Image dimension to reshape
jittering (tuple (brightness, contrast, saturation, hue)) – Color jittering parameters
- Returns
XXX_transform – Data augmentation transformation for that mode
- Return type
Partial function
-
packnet_sfm.datasets.transforms.
test_transforms
(sample, image_shape)[source] Test data augmentation transformations
- Parameters
sample (dict) – Sample to be augmented
image_shape (tuple (height, width)) – Image dimension to reshape
- Returns
sample – Augmented sample
- Return type
dict
-
packnet_sfm.datasets.transforms.
train_transforms
(sample, image_shape, jittering)[source] Training data augmentation transformations
- Parameters
sample (dict) – Sample to be augmented
image_shape (tuple (height, width)) – Image dimension to reshape
jittering (tuple (brightness, contrast, saturation, hue)) – Color jittering parameters
- Returns
sample – Augmented sample
- Return type
dict
-
packnet_sfm.datasets.transforms.
validation_transforms
(sample, image_shape)[source] Validation data augmentation transformations
- Parameters
sample (dict) – Sample to be augmented
image_shape (tuple (height, width)) – Image dimension to reshape
- Returns
sample – Augmented sample
- Return type
dict


Once you have unpacked the gzipped tar file, you should be able to
make Eco Lab by running ``make'' or ``gmake'' in the top level
directory. Eco Lab needs GNU make (which available by default on
Linux, Cygwin/Windows or MacOS, but can be installed from sources on
most operating systems if needed). If you have a multiprocessor, or
multicore computer, you can speed up the build time by spreading the
compilation over multiple processors using the -j
option to make
.
Currently Eco Lab has been developed against TCL/Tk 8.5 and gcc 4.5,
but should build with other versions.
Eco Lab's Makefile searches for the software it needs, and sets Makefile flags appropriately depending on what it finds. The only software that is an absolute requirement is TCL, however it will also use Tk, BLT (version 2.4.z), Cairo, zlib, readline, XDR, UNURAN or GNUSL, Berkley DB or gdbm if available.
For the plotting widgets, EcoLab will use Cairo by preference - if you wish to use the older BLT-based widgets, specify BLT=1 on the makefile build line. If Cairo is not installed on the system, Ecolab will fall back to using BLT, and if that is not available either, will not provide the plotting widgets.
For parallel programming, it also uses MPI and ParMETIS. Eco Lab's
Makefile searches for the software in $HOME/usr
, then
/usr/local
and finally /usr
. When installing 3rd party
libraries, please install them in either $HOME/usr
or
/usr/local
, usually by specify the --prefix
option to
the ``configure'' command of the package.
You can override the default settings by passing options to make. In the following table, you can define an option by specifying (eg MPI=1) on the make command line, or undefine it using (eg MPI=).
| DEBUGGING | Turns on -g, and assertions |
| MEMDEBUG | replaces new and delete with a version that
tracks and reports memory usage |
| PROFILING | logs times executed by each TCL command |
| GCOV | Prepares executable for test coverage analysis |
| VPROF | Prepares executables for use by the vprof tool |
| MPI | Enable distributed parallel version |
| OPENMP | Enable the use of OpenMP shared memory parallel constructs |
| PARALLEL | Enable the use of automatic parallelisation (Intel compiler) |
| XDR | Enable use of XDR for checkpoints and client-server. On some systems, XDR needs to be disabled for correct compilation in MPI mode. This bug should be fixed in this version of Eco Lab. |
| GCC | Force use of gcc compiler. |
| NOGUI | Disables all GUI functionality. |
| BDB | Use Berkley database from Sleepycat for the cachedDBM class. |
| UNURAN | select UNURAN random number library |
| GNUSL | select GNUSL random number library |
| PREFIX | installation location for ``make install''. Defaults to
$HOME/usr/ecolab . |
Eco Lab will use the UNURAN non-uniform
random number library
or
the GNU Scientific
Library
if
available. Note that the author uses UNURAN, so GNUSL is typically not
tested. If neither library is available, a limited library based on
the libc rand()
function is used instead. The Make flags
UNURAN
and GNUSL
can be used to override the defaults.
Please note the following point when installing unuran (tested against unuran 1.6.0):
The other options are relatively straight forward. Define MPI if you wish to run Eco Lab in parallel using the MPI message passing library. You will also need to install the ParMETIS library.
The standard build will also build in the example models directory. You may also do a make install, which will install the Eco Lab software into the directory given by the PREFIX variable in the top level Makefile. By default, this is /usr/ecolab. You can change this value to something else (eg /usr/local/ecolab) by giving the command make PREFIX=/usr/local/ecolab install. After that, you can compile the models directory completely independently of the rest of the distribution -- use the example Makefile in the models directory as a template. If you have installed Eco Lab in a non-standard location, you may need to modify the ECOLAB_HOME Makefile variable to point to the installed directory.


|
|
Official
Contest Guidelines |
|
|
|
Official Sweepstakes Rules and Regulations
1. No purchase necessary. All entries must be received by
5:00 PM June 30, 2000.
2. Contest open to all existing Coastline Micro customers
and any new customers registered during the term of the contest, up
to and including June 30, 2000.
3. Any new Coastline Micro customers who register during the contest
period will automatically receive an entry into the Grand Prize drawing.
4. In addition to the entry at the time of registration, for
each purchase of a Coastline Micro equal to or greater than $2,500,
each registrant will receive an additional entry into the drawing
for the Grand Prize. No limit on the number of entries allowed. Registrants
must be 18 years or older to qualify for the Grand Prize.
5. The Grand Prize drawing will be held before July 31, 2000.
Odds of winning are based on the number of entries. The winner will
be selected by random drawing from among all entries. The Grand Prize
winner shall be notified by telephone, fax and/or mail. The Grand
Prize is not transferable and no substitutions are allowed. The Grand
Prize may not be redeemed for cash. Taxes, if any, are the sole responsibility
of the winner.
6. The Grand Prize winner waives any and all claims of liability
and hereby releases, indemnifies and holds harmless Coastline Micro,
their affiliates, subsidiaries, advertising and promotional agencies,
and Pelican Hill Golf Club from any loss, accident, or injuring occurring
as a result or consequence of this program or any award received through
the program. Coastline Micro reserves the right to add, modify or
delete any of the policies and/or awards at any time with or without
prior notice. All policy interpretations and implementations will
be made by Coastline Micro. Corporate names and trademarks stated
herein are the property of their respective companies.
7. The Grand Prize is a complete round of golf (18 holes)
and a golf cart for two players at Pelican Hill Golf Club at 22651
Pelican Hill Road South, Newport Coast, CA 92657. Grand Prize winner
is responsible for transportation to and from Pelican Hill Golf Club.
Grand Prize winner is responsible for abiding by Pelican Hill Golf
Club's rules, regulations, dress codes and hours of operation. Grand
Prize winner must make reservations for the round of golf no later
than one year after being notified of prize. For reservations and
information, call Pelican Hills Golf Club at<PHONE_NUMBER>.
|
|


|
MoveToCode
|
This class represents an AssemblyDefinition file of a Unity project. More...
Public Member Functions | |
| void | Validate (IEnumerable< CompilationPlatformInfo > availablePlatforms) |
| After it's parsed from JSON, this method should be invoked to validate some of the values and set additional properties. More... | |
| SourceFileInfo[] | GetSources () |
| Gets the source files for this assembly definition. More... | |
| override string | ToString () |
| A more readable string representation for assembly definition. More... | |
Static Public Member Functions | |
| static AssemblyDefinitionInfo | GetDefaultAssemblyCSharpInfo (Assembly assembly) |
| Creates an instance of AssemblyDefinitionInfo for the default projects (such as Assembly-CSharp) More... | |
| static AssemblyDefinitionInfo | Parse (FileInfo file, UnityProjectInfo unityProjectInfo, Assembly assembly, bool isBuiltInPackage=false) |
| Parses an asmdef file creating a new instance of AssemblyDefinitionInfo. More... | |
Public Attributes | |
| string[] | optionalUnityReferences |
| string[] | includePlatforms |
| string[] | excludePlatforms |
| bool | allowUnsafeCode |
| bool | overrideReferences |
| bool | autoReferenced |
| string[] | defineConstraints |
Static Public Attributes | |
| const string | EditorPlatform = "Editor" |
| const string | TestAssembliesReference = "TestAssemblies" |
Properties | |
| Guid | Guid [get, set] |
| Gets or sets the parsed Guid of the AssemblyDefinition asset. More... | |
| DirectoryInfo | Directory [get] |
| Gets the parent directory of the associated file, or returns the Assets folder if it's a DefaultAssembly. More... | |
| string | Name [get] |
| Name of this assembly definition info More... | |
| bool | EditorPlatformSupported [get] |
| Gets whether the Editor platform is specified to be supported. More... | |
| bool | NonEditorPlatformSupported [get] |
| Gets whether any non-Editor platforms are specified to be supported. More... | |
| bool | TestAssembly [get] |
| Gets whether this is marked as a TestAssembly. More... | |
| bool | IsDefaultAssembly = false [get] |
| Gets whether this is a default assembly definition like Assembly-CSharp More... | |
| bool | BuiltInPackage = false [get] |
| Gets whether this represents a built-in package that lives in Editor installation folder. More... | |
| string[] | References [get] |
| Gets AsmDef references for this assembly definition. More... | |
| HashSet< string > | PrecompiledAssemblyReferences [get] |
| Gets DLL references for this assembly definition. More... | |
This class represents an AssemblyDefinition file of a Unity project.
It can be used to parse the file contents using JsonUtility.FromJson
.
|
static |
Creates an instance of AssemblyDefinitionInfo for the default projects (such as Assembly-CSharp)
| assembly | The Unity assembly reference. |
| SourceFileInfo [] Microsoft.MixedReality.Toolkit.MSBuild.AssemblyDefinitionInfo.GetSources | ( | ) |
Gets the source files for this assembly definition.
|
static |
Parses an asmdef file creating a new instance of AssemblyDefinitionInfo.
| file | The file representing asmdef. |
| unityProjectInfo | Instance of UnityProjectInfo. |
| assembly | The Unity assembly reference. |
| isBuiltInPackage | True whether this asmdef lives in the editor installation folder. |
| override string Microsoft.MixedReality.Toolkit.MSBuild.AssemblyDefinitionInfo.ToString | ( | ) |
A more readable string representation for assembly definition.
| void Microsoft.MixedReality.Toolkit.MSBuild.AssemblyDefinitionInfo.Validate | ( | IEnumerable< CompilationPlatformInfo > | availablePlatforms | ) |
After it's parsed from JSON, this method should be invoked to validate some of the values and set additional properties.
| bool Microsoft.MixedReality.Toolkit.MSBuild.AssemblyDefinitionInfo.allowUnsafeCode |
| bool Microsoft.MixedReality.Toolkit.MSBuild.AssemblyDefinitionInfo.autoReferenced |
| string [] Microsoft.MixedReality.Toolkit.MSBuild.AssemblyDefinitionInfo.defineConstraints |
|
static |
| string [] Microsoft.MixedReality.Toolkit.MSBuild.AssemblyDefinitionInfo.excludePlatforms |
| string [] Microsoft.MixedReality.Toolkit.MSBuild.AssemblyDefinitionInfo.includePlatforms |
| string [] Microsoft.MixedReality.Toolkit.MSBuild.AssemblyDefinitionInfo.optionalUnityReferences |
| bool Microsoft.MixedReality.Toolkit.MSBuild.AssemblyDefinitionInfo.overrideReferences |
|
static |
|
get |
Gets whether this represents a built-in package that lives in Editor installation folder.
|
get |
Gets the parent directory of the associated file, or returns the Assets folder if it's a DefaultAssembly.
|
get |
Gets whether the Editor platform is specified to be supported.
|
getset |
Gets or sets the parsed Guid of the AssemblyDefinition asset.
|
get |
Gets whether this is a default assembly definition like Assembly-CSharp
|
get |
Name of this assembly definition info
|
get |
Gets whether any non-Editor platforms are specified to be supported.
|
get |
Gets DLL references for this assembly definition.
|
get |
Gets AsmDef references for this assembly definition.
|
get |
Gets whether this is marked as a TestAssembly.


Sense is split into two panes: an editor pane (white) and a response pane (black). Use the editor to type requests and submit them to Elasticsearch. The results will be displayed in the response pane on the right side.
Sense understands requests in a compact format, similar to cURL:
While typing a request, Sense will make suggestions which you can than accept by hitting Enter/Tab. These suggestions are made based on the request structure as well as your indices and types.


{% extends "base.html" %} {% block title %}Feedback{% endblock %} {% block content %} {% if adjective == True and noun == True %}
Yes, that's a {{ prompt.adjective }} {{ prompt.noun }}! Thank you, my apprentice. I always appreciate your help.
That looks like a {{ prompt.noun }}, but it's not {{ prompt.adjective }}. Try again!
Well... it's {{ prompt.adjective }}, but it's not even a {{ prompt.noun }}. Try again!
This is not a {{ prompt.noun }}. It's not even {{ prompt.adjective }}! Are you trying to deceive me? To the dungeon with you!


{% extends "base.html" %} {% block scripts %} {% endblock %} {% block content %}
This database is created and maintained by Ian Webster. Asterank was acquired by Planetary Resources in May 2013. The code is available on github.
Asterank code has been generalized into SpaceKit, a library for creating interactive 3D space visualizations.
Feedback and questions are always appreciated. Please email or use this form.
Scientists know very little about the composition of asteroids. Most data used in our calculations come from the JPL's Small Body Database and the Minor Planet Center. The overwhelming majority of asteroids have no spectral classification and are missing other important data attributes. Without full information it is impossible to fully estimate the true value of an asteroid or the cost of mining it.
Asterank applies accurate, up-to-date information from world markets and scientific papers. To ensure realistic estimates, data from meteorites on Earth and known reference asteroids heavily influence our calculations.
As validation, our accessibility scores agree with numbers produced by a 2012 report on asteroid retrieval feasibility by Caltech's Keck Institute for Space Studies.
Value estimates are based on the mass of a given asteroid and its spectral type. Asteroid spectra is used to infer composition, which, in conjunction with current market prices, determine potential value.
Accessibility estimates are based primarily on delta-v, but it also incorporate orbital characteristics such as perihelion, aphelion, eccentricity, and period. The formula is biased toward low delta-v with orbits that maintain a generally consistent distance from the sun (ie., no objects that swing far into the belt).
Profit and ROI calculations are a combination of accessibility and value. The formula strikes a balance between high value and high distance and energy expenditure. Mining costs are factored in as a flat percentage of potential value.
A number of references, including:
A number of papers, books, and presentations on this subject, including:


R Client for the Microsoft Cognitive Services Web Language Model REST API, including Break Into Words, Calculate Conditional Probability, Calculate Joint Probability, Generate Next Words, and List Available Models. A valid account MUST be registered at the Microsoft Cognitive Services website <https://www.microsoft.com/cognitive-services/> in order to obtain a (free) API key. Without an API key, this package will not work properly.
| Version: | 0.1.2 |
| Imports: | methods, httr, jsonlite, pander |
| Suggests: | knitr, rmarkdown, testthat, mscstexta4r |
| Published: | 2016-06-15 |
| Author: | Phil Ferriere [aut, cre] |
| Maintainer: | Phil Ferriere <pferriere at hotmail.com> |
| BugReports: | http://www.github.com/philferriere/mscsweblm4r/issues |
| License: | MIT + file LICENSE |
| URL: | https://github.com/philferriere/mscsweblm4r |
| NeedsCompilation: | no |
| SystemRequirements: | A valid account MUST be registered with Microsoft's Cognitive Services website <https://www.microsoft.com/cognitive-services/> in order to obtain a (free) API key. Without an API key, this package will not work properly. |
| Materials: | README NEWS |
| In views: | NaturalLanguageProcessing, WebTechnologies |
| CRAN checks: | mscsweblm4r results |
| Reference manual: | mscsweblm4r.pdf |
| Vignettes: |
mscsweblm4r vignette |
| Package source: | mscsweblm4r_0.1.2.tar.gz |
| Windows binaries: | r-devel: mscsweblm4r_0.1.2.zip, r-release: mscsweblm4r_0.1.2.zip, r-oldrel: mscsweblm4r_0.1.2.zip |
| OS X binaries: | r-release: mscsweblm4r_0.1.2.tgz, r-oldrel: mscsweblm4r_0.1.2.tgz |
| Old sources: | mscsweblm4r archive |
| Reverse suggests: | mscstexta4r |
Please use the canonical form https://CRAN.R-project.org/package=mscsweblm4r to link to this page.


Warehouse Keeper Valkon:
It is said that Altran was once a kind man, but perhaps due to his age he has become much more irritable these days. They say that his arthritis is making him a crooked old man...
Do you know of a good remedy for arthritis?


|
This is a combined introduction to Objectify and to the Appengine datastore.
So, you want to persist some data. You've probably looked at the datastore documentation and thought "crap, that's complicated!"  However, the complexity of JDO is hiding a lot of simplicity under the covers. The first thing you should do is set aside all your preconceived notions about relational databases. The GAE datastore is not an RDBMS. In fact, it acts much more like a HashMap that gives you the additional ability to index and query for values. When you think of the datastore, imagine a persistent HashMap. EntitiesThis document will talk a lot about entities. An entity is an object's worth of data in the datastore. Using Objectify, an entity will correspond to a single POJO class you define. In the datastore, an entity is a HashMap-like object of type Entity. Conceptually, they are the same. Since the datastore is conceptually a HashMap of keys to entities, and an entity is conceptually a HashMap of name/value pairs, your mental model of the datastore should be a HashMap of HashMaps! OperationsThere are only four basic operations in the datastore, and any persistence API must boil operations down to:
KeysAll entities have either a Long id or a String name, but those values are not unique by themselves. In the datastore, entities are identified by the id (or name) and a kind, which corresponds to the type of object you are storing. So, to get Car #959 from the datastore, you need to call something equivalent to get_from_datastore("Car", 959) (not real code yet). By the way, I lied. There is actually a third value which is necessary to uniquely identify an entity, called parent. Parent defines a special kind of relationship, placing the child in the same entity group as the parent. Entity groups will be discussed next in the section on Transactions, but for now what you need to know is that this parent (which is often simply null, creating an unparented, root entity) is also required to uniquely identify an entity. So, to get Car #959 from the datastore, you actually need to call something equivalent to get_from_datastore("Car", 959, null) or get_from_datastore("Car", 959, theOwner) . Yeech. Instead of passing three parameters around all the time, the datastore wraps these values into a single object - a Key. That's all a Key is, a holder for the three parts that uniquely identify an entity. The native Datastore Key class is simple and untyped, like the native Entity class. Objectify provides a generified Key that carries type information: Key<Car> rootKey = new Key<Car>(Car.class, 959); Key<Car> keyWithParent = new Key<Car>(parent, Car.class, 959); With a Key you can use the most fundamental method on the Objectify interface, nearly identical to the DatastoreService equivalent. If the generics are confusing, hold on - there will be examples later. <T> T get(Key<? extends T> key) throws EntityNotFoundException; In Objectify, you define your object as a Java class with a mandatory identifier (Long, long, or String) and an optional parent. However, when you look up or reference your object, you do so by Key. In fact, you can (and should) batch together a variety of requests into a single call, even if it will fetch many different kinds of objects: Map<Key<Object>, Object> lotsOfThings = objectify.get(carKey, airplaneKey, chairKey, personKey, yourMamaKey); Actually, I lied again. We don't force you to create keys by hand all the time. There is a convenient shorthand for the very common case of loading a single type of object, but don't forget that this is really just creating an Key and calling get()! Car c = objectify.get(Car.class, 959); Map<Long, Car> cars = objectify.get(Car.class, 959, 911, 944, 924); By the way, Key is used for relationship references as well. Remember that value that defines a parent entity? The type of this parent is Key : public Key(Key<?> parent, Class<? extends T> kind, long id) When you create relationships to other entities in your system, the type of the entity relationship should be Key . TransactionsThe datastore has a lot of odd concepts designed to facilitate building a JTA interface - thread local transactions, implicit transaction management policies, and methods that behave differently whether you pass them a transaction or not. Forget all that. Here's what you need to know: Entity GroupsWhen you put() your entity, it gets stored somewhere in a gigantic farm of thousands of machines. In order to perform an atomic transaction, the datastore (currently) requires that all the data that is a part of that transaction live on the same server. To give you some control over where your data is stored, the datastore has the concept of an entity group. Remember the parent that is part of a Key ? If an entity has a parent, it belongs to the same entity group as its parent. If an entity does not have a parent, it is the "root" of an entity group, and may be physically located anywhere in the cluster. Within a transaction, you can only access data from a single entity group. If you try to access data from multiple entity groups, you will get an Exception. This means you must pick your entity groups carefully, usually to correspond to the data associated with a single user. Yes, this severely limits the utility of transactions. Why not store all your data with a common parent, putting it all in a single entity group? You can, but it's a bad idea. Google limits the number of requests per second that can be served by a particular entity group. It should be worth mentioning that the term parent is somewhat misleading. There is no "cascading delete" in the datastore; if you delete the parent entity it will NOT delete the child entities. For that matter, you can create child entites with a parent Key (or any other key as a member field) that points to a nonexistant entity! Parent is only important in that it defines entity groups; if you do not need transactions across several entities, you may wish to use a normal nonparent key relationship - even if the entities have a conceptual parent-child relationship. Executing TransactionsWhen you execute a get() , put() , delete() , or query() , you will either be in a transaction or you will not. If you execute within a transaction:
If you execute without a transaction:
IndexesWhen using a traditional RDBMS, you become accustomed to issuing any ad-hoc SQL query you want and letting the query planner figure out how to obtain the result. It may take twelve hours to linear scan five tables in the database and sort the 8 gigabyte result set in RAM, but eventually you get your result! The appengine datastore does NOT work this way. Appengine only allows you to run efficient queries. The exact meaning of this limitation is somewhat arbitrary and changes as Google rolls out more powerful versions of the query planner, but generally this means:
The datastore query planner really only likes one operation: Find an index and walk it in-order. This means that for any query you perform, the datastore must already contain properly ordered index on the field or fields you want to filter by! And since appengine doesn't do joins, queries are limited to what you can stuff into a single index -- you can't filter by one property and then sort by a different one. Actually, it's not quite true that appengine won't do joins. It will do one kind of join - a "zig-zag" merge join which lets you perform equality filters on multiple separate properties. But this is still an efficient query - it walks each of the property indexes in order without buffering chunks of data in RAM. What you should be getting out of this is that if you want queries, you need indexes tailored to the queries you want to run. To make this easier, the datastore has an innate ability to store each and every (single) property as "indexed" or "unindexed" ( Entity.setProperty() vs Entity.setUnindexedProperty() . This allows you to easily issue a queries based on single properties. By default, Objectify defaults to setting all properties as indexed unless you flag the field (or class) with an @Unindexed annotation. To run queries by filtering or sorting against multiple properties (that is, if it can't be satisfied by a zigzag merge on single-property indexes), you must create a multi-value index in your datastore-indexes.xml . There is a great deal written on this subject; we recommend How Entities and Indexes are Stored and Index Building. Note that there are some tricks to creating indexes:
Now that you are familiar with the underlying concepts of the datastore, read the IntroductionToObjectify. |


Admin
This page contains links to which the admin can add new events to the database and can edit current events as well. This will change the View Event page.
To add new a new event to the database click on this link Add New Event
To edit an existing event click on this link. Edit Existing Event


Okay, that didn't really work. Would you like to
try again?
(psst -- you might want to double-check your url)


Seen at the 21st Portland International Film Festival
FILM TITLE: THE ISLAND ON BIRD STREET DIRECTOR: SOREN KRAGH-JACOBSEN COUNTRY: DENMARK/UK/GERMANY 1997 CINEMATOGRAPHY: Ian Wilson MUSIC: Zbigniew Preisner CAST: Patrick Bergin, Jordan Kisiuk, Jack Warden James Bolam, Simon Gregor, Lee Ross, Michael Byrne SUPER FEATURES: Awesome story and work.
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
For a film that is billed as a foreign entry, this is really one of those films that transcend classifications. It does help, for American audiences, that it does not have subtitles, and that what it does have in foregin languages, is not really "necessary" at all.
Europe has, over the years, issued many films that stand out as testimonials to survival, from the many people that were oppressed during World War II. This film, should be listed amidst some of the very best. Few have such a nice story, amidst such awful consditions as those that are presented in this film. And it is a tribute to the director that this film is so beautifully polished and comes off so well.
And if this is not enough, it also includes the beautiful music of Zbigniew Preiner, so descriptive and ready to help the film along. It is not a showy score, like a Hollywood mammoth picture show, but it is subtle, and solid, and speaks many more volumes than otherwise.
It is taken from Polish writer Uri Orlev's novel about his survival instinct and luck during a time when the Germans were segregating the Jews and exterminating as many as they could. Alex manages to survive in the rubble of the household where he had lived, with only one companion, a small mouse, who was instrumental in helping him find food, the mainstay of his survival for several months. And the main line in the film seems to be the father's strong conviction and faith, that he will return and that they will see each other again, if they come apart, which is likely.
During this time. Alex manages to create himself a space, where he is less likely to be found, or disturbed by anyone like the Germans, or curiosity seekers, or thieves. From his spot, he can see across the street, into a building, where a girl his age lives. As Alex becomes familiar with the surroundings, he discovers that there are underground tunnels that help him get out from under the brick walls and barricades. He also manages to help the cause of these Jews, by finding a doctor once, and eventually making friends with the young girl. But his act of heroism, may have been the undoing for the helpful doctor one time, as the film suggests, but we know is otherwise.
In time, the wall comes down, and the residents return, and in the film's finest moments, the father returns. Although the lighting suggests that this might be another dream, it is not, and the film comes to a close. The young man has survived, with a little luck involved, and is doing well, although he no longer has around the girl he had met, or his pet mouse, who had been instrumental in finding his food.
With some excellent performances, Jack Warden being one of the best, this film marks what the value of many foreign films have that Hollywood has rarely appreciated, and has failed to take to the American public. This is a rare film, and beauty to watch all the way through.
With some awesome sets, and designs, this film has very little that could be said to be weak, or bad. It's "truth" is what makes it, and the film does not complicate things.
Beautifully directed, and acted. Excellent film. MUST SEE.
4.5 of 5 GIBLOONS Reviewed by Pedro Sena. Copyright (c) Pedro Sena 1997. All Rights Reserved.
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.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Hello there! This is our live schedule! Make sure to refresh the page to stay up to date with the latest events, workshops, and more.
Hey again! Just wanted to let you know that this is our external schedule. For our internal schedule (which is a lot better looking) you can go to https://dashboard.hackher413.com/


Hi and welcome to my page.
I am Sourik Siva
My fater dhilipsiva created this page for me. So that no one else reserves it.
Until I am old enough to code my own page - this will be my site
My github profile: https://github.com/souriksiva
My twitter profile: https://twitter.com/souriksiva


--- layout: post title: "Day 42 - Bar Brothers Workout" subtitle: "So I've dropped more than a pound since yesterday, it means nothing, the real results we will only know this weekend." date: 2019-12-02 background: '/img/posts/intro-barbrothers.png' ---
The truth is that I thought I would lose weight last weekend a lot more than I gained. But getting to the previous weight this weekend is 91.4 or reaching less weight, surely it will be harder, my wife says to do more walking and so I'll be back for it.
Tonight I did combined body workouts, that included cardio and body part on it, the truth was that I was pretty tired and felt weak and didn't have the strength to do the workout, but I did stress on the bar and also pullup and managed to get more than half, for me it's progress.
Good night.


Preparation time
less than 30 mins
Cooking time
30 mins to 1 hour
Serves
Makes 6
A moist ginger sponge topped with tangy stewed rhubarb and served with crème anglaise.
Grease six metal pudding moulds and line the bottoms with a small circle of parchment paper.
In a medium-sized pan, cook the rhubarb, blackcurrant cordial and caster sugar over a medium heat and cook for four minutes. Add the cornflour, stir and cook for another minute. Remove from the heat and add the strawberries. Put two to three tablespoons of mixture into the bottom of each mould (approximately a quarter full) and set aside.
Preheat the oven to 180C/350F/Gas 4. Cream the butter and sugar with a whisk until it is pale and smooth. Add the eggs one at time, making sure that each one is fully incorporated before adding the next. Sift in the ground ginger and flour in three stages, making sure the batter is mixed thoroughly. Add in the chopped pieces of crystallised ginger and stir through.
Spoon the mixture into the moulds until they are no more than three quarters full. Place the moulds in a roasting tray and pour hot water in to the tray until half way up the side of the moulds. Transfer the puddings to the oven and bake for 25–30 minutes, or until springy to touch. Then set aside to cool on a rack.
To make the crème anglaise, scrape out the seeds from the vanilla pod. In a pan set over a medium heat bring the vanilla seeds, cream and milk to the boil. In a medium-sized bowl, beat the egg yolks and caster sugar together with a whisk. Gradually pour in the hot milk and whisk to incorporate. Transfer to a clean saucepan and cook over a low heat, constantly stirring until it starts to thicken. As soon as it is thick enough to coat the back of a wooden spoon, strain through a fine sieve into a serving jug.
To serve, run a small sharp knife round the inside of each mould and turn the puddings out onto serving plates. Pour over the crème anglaise.


Top 3 Places to Buy Bitcoin in Britain
by Ali RazaThe United Kingdom was recently announced has having the most crypto users in Europe, but buying and selling Bitcoin is by no means an easy feat for its citizens. To help out, here are 3 of the best places to buy Bitcoin in Britain.
Bitcoin is currently approaching its eleventh birthday, and while the very fact that it survived for this long is praiseworthy, it pales in comparison with what the coin has achieved in the past decade. Bitcoin is the reason why the crypto markets around the world exist in the first place.
However, when it comes to the UK, many still do not know where to buy BTC and how to get involved with cryptocurrency. New FCA guidelines on cryptocurrency businesses and ownership has perhaps also made this more difficult.
How to get Bitcoin in the UK?
Whether you live in the UK or any other part of the world, the methods of obtaining Bitcoin are pretty much the same. The best ones are through crypto exchanges, crypto custodian services, and crypto brokers.
Crypto exchanges are well-known to everyone who has had any contact with the crypto industry. They are the most popular way of exchanging coins, as well as for buying or selling crypto.
Bitcoin, as the most widespread cryptocurrency, is listed on pretty much every exchange in the world.
Crypto brokers may be a better option for those who plan to buy or sell large amounts of cryptocurrencies because placing a buy or sell order on the exchanges can often result in price slippage, multiple transactions and incomplete orders. It is sometimes unlikely that there will be another person that will buy or sell the same volume as your own order, which is why the process often includes several people.
Multiple transactions can, therefore, lead to greater chances of having issues with the process of exchanging coins for fiat money, or another coin. Brokers do it in a single transaction, ensure faster settlements, and ensure the process runs safely.
Meanwhile, custodians are the best service for buying, selling, and particularly storing coins in a safe spot until the user wants to retrieve them, and sell them off. They often target businesses and wealthy owners who can afford larger volumes of coins.
Where to actually buy Bitcoin in the UK?
With all of that out of the way, here are particular services that can be accessed by UK traders and investors that will allow the easy purchase of BTC and other coins.
1. Coinbase
One of the best choices for buying BTC in the UK is Coinbase — a US-based exchange that has also expanded to other countries, including several European countries. It has over 30 million users, and it has traded over £116 billion in cryptocurrencies during the last 7 years, which is how long it has been since its launch.
It also allows credit and debit card deposits, SEPA transfers, as well as a few other payment methods that make it very popular among crypto users. The only issue with it is that settlements can sometimes take a long time — up to 5 days.
2. LocalBitcoins
Another good platform for obtaining BTC is LocalBitcoins, which connects buyers and sellers directly. It is a P2P platform that allows private purchase and sale of Bitcoin, although the fact that the service does little beyond connecting two individuals means that the buyer needs to trust the seller and vice versa.
This makes it a good place for scammers to try and trick people, which is why being extra cautious pays off.
3. Binance.Jersey
Finally, there is Binance.Jersey — the first fiat-to-crypto exchange launched by Binance itself. Binance is one of the world’s largest and busiest crypto exchanges, but it doesn’t support fiat transactions, meaning that its users cannot simply deposit their fiat currencies and buy Bitcoin on the main platform.
This is why Binance launched a number of subsidiaries in 2019, with Binance.Jersey being the first one. This particular subsidiary was specifically designed for European crypto users, and it represents one of the best ways for UK crypto enthusiasts to enter the market easily.
Are you interested in buying Bitcoin in the UK? If so, one of the services mentioned above will definitely see to your needs. All you need to do is register on one of them, and you can have access to BTC in no time.
Images via Shutterstock
The Rundown


--- layout: post date: 2011-03-23 time: "09:00:00" authors: ["Greg Wilson"] title: Our First Episode on Microsoft Access tags: ["Content"] ---
We have just posted our first episode on using a database with Microsoft Access — many thanks to Utah State's Ethan White for creating it.


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Paul Roskell
BSc Mathematics and Computer Science with Honours
blurrech@gmail.com


BC Mapping Source
This structure represents the following BC mapping definition:
oncology.BreastCancerPresenceStatement maps to http://hl7.org/fhir/us/core/StructureDefinition/us-core-condition: PersonOfRecord maps to subject ConditionAssertionTopic.Category maps to category ConditionAssertionTopic.TopicCode maps to code constrain bodySite to 0..0 ConditionAssertionTopic.AnatomicalLocation maps to http://hl7.org/fhir/StructureDefinition/condition-targetBodySite ConditionPresenceContext.Encounter maps to context ConditionPresenceContext.ClinicalStatus maps to clinicalStatus ConditionPresenceContext.VerificationStatus maps to verificationStatus ConditionPresenceContext.Onset maps to onset[x] ConditionPresenceContext.Abatement maps to abatement[x] ConditionPresenceContext.Severity maps to severity ConditionPresenceContext.Stage maps to stage ConditionPresenceContext.Stage.CodeableConcept maps to stage.summary ConditionPresenceContext.Stage.StageDetail maps to stage.assessment


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hocvar
Access and test hoc variables.
AUTHORS:
- THOMAS MCTAVISH (2010-04-05): initial version
EXAMPLES:
Retrieve the variables associated with an object:
>>>vars = get_variables(hoc, obj)
-
neuronpy.util.hocvar.get_variables(hoc, obj, vartype=0)[source]
Get the variables associated with an object.
| Parameters: |
- hoc – is a hoc object such as would be obtained
when importing neuron.
- obj – is the object from which to retrieve
its variable names. This can be a Section, Segment,
Mechanism, or Point Process
- vartype –
If vartype = 1, 2, or 3, the storage is for
PARAMETER, ASSIGNED, or STATE variables respectively.
If vartype = 0, the storage is for all three types.
If vartype = -1, the count and names (and array size)
of the GLOBAL variables are accessible, but any other
method will generate an error message.
|
http://www.neuron.yale.edu/neuron/static/docs/help/neuron/neuron/classes/mechstan.html
| Returns: | a dict object where the keys are the names of the
variables and the value is filled with the value. |
-
neuronpy.util.hocvar.get_variables_from_mechanism(hoc, obj, vartype=0)[source]
Get the variables associated with a hoc object.
| Parameters: |
- hoc – is a hoc object such as would be obtained
when importing neuron.
- obj – is the Mechanism or Point Process object from
which to retrieve its variable names.
- vartype –
If vartype = 1, 2, or 3, the storage is for
PARAMETER, ASSIGNED, or STATE variables respectively.
If vartype = 0, the storage is for all three types.
If vartype = -1, the count and names (and array size)
of the GLOBAL variables are accessible, but any other
method will generate an error message.
|
http://www.neuron.yale.edu/neuron/static/docs/help/neuron/neuron/classes/mechstan.html
| Returns: | a dict object where the keys are the names of the
variables and the value is filled with the value. |
-
neuronpy.util.hocvar.get_variables_from_object(hoc, obj, vartype=0)[source]
Get the variables associated with a hoc object.
| Parameters: |
- hoc – is a hoc object such as would be obtained
when importing neuron.
- obj – is the HocObject object from
which to retrieve its variable names.
- vartype –
If vartype = 1, 2, or 3, the storage is for
PARAMETER, ASSIGNED, or STATE variables respectively.
If vartype = 0, the storage is for all three types.
If vartype = -1, the count and names (and array size)
of the GLOBAL variables are accessible, but any other
method will generate an error message.
|
http://www.neuron.yale.edu/neuron/static/docs/help/neuron/neuron/classes/mechstan.html
| Returns: | a dict object where the keys are the names of the
variables and the value is filled with the value. |
-
neuronpy.util.hocvar.get_variables_from_section(hoc, obj, vartype=0)[source]
Get the variables associated with a segment.
| Parameters: |
- hoc – is a hoc object such as would be obtained
when importing neuron.
- obj – is the Section object from
which to retrieve its variable names.
- vartype –
If vartype = 1, 2, or 3, the storage is for
PARAMETER, ASSIGNED, or STATE variables respectively.
If vartype = 0, the storage is for all three types.
If vartype = -1, the count and names (and array size)
of the GLOBAL variables are accessible, but any other
method will generate an error message.
|
http://www.neuron.yale.edu/neuron/static/docs/help/neuron/neuron/classes/mechstan.html
| Returns: | a dict object where the keys are the names of the
variables and the value is filled with the value. |
-
neuronpy.util.hocvar.get_variables_from_segment(hoc, obj, vartype=0)[source]
Get the variables associated with a segment.
| Parameters: |
- hoc – is a hoc object such as would be obtained
when importing neuron.
- obj – is the Segment object from
which to retrieve its variable names.
- vartype –
If vartype = 1, 2, or 3, the storage is for
PARAMETER, ASSIGNED, or STATE variables respectively.
If vartype = 0, the storage is for all three types.
If vartype = -1, the count and names (and array size)
of the GLOBAL variables are accessible, but any other
method will generate an error message.
|
http://www.neuron.yale.edu/neuron/static/docs/help/neuron/neuron/classes/mechstan.html
| Returns: | a dict object where the keys are the names of the
variables and the value is filled with the value. |