Data¶
Test data for ultrasound (US) imaging is provided with this package in the following link: https://zenodo.org/record/5599242#.Yhz28Rso-EI
After the download, place the data in “data/rawData/” folder that shares the same root directory with “exampleCpuDAS.py” script that can be run for testing “pyruct”.
First dimension of the raw data is the number of samples and defined by “nSamples” variable in the modules. The second dimension contains the channels of transducer array which is defined automatically based on “cupType”. So, it is important to assign correct type of transducer array that was used in the data acquisition. The third dimension represents how many times acquisition of one frame or transmission event repeated.
Ultrasound Data¶
US data was acquired using synthetic transmit aperture (STA) technique which uses single transducer elements to transmit unfocused US waves. All transducer elements were used to record reflected and transmitted US waves. Usually, the neighboring channels of transmitting channel contain reflected (pulse-echo) US waves which are used for reflection ultrasound computed tomography (RUCT) reconstructions.
Parameters¶
There are some specific parameters that need to be known to reconstruct data.
Speed of Sound (SoS): Speed of the sound wave while it travels in the imaging medium. It is defined by the parameter “speedOfSound” in the reconstruction algorithms. Change of SoS based on temperature of the imaging medium (water for our data). Usually the phantom data is acquired at 1490 m/s and mouse data is acquired at 1540 m/s. Unit: “m/s” Default Value: “1480 m/n”
Imaging Array: Type of the imaging array. It is defined by the parameter “cupType” in the reconstruction functions. The array type used in the signal acquisition should match the array type defined by the user. Unit: ” ” Default Value: “ring”
Reception Delay: Raw data acquisition starts after reception delay defined by the operator who makes the data acquisition. It is defined by the parameter “delayInSamples” in reconstruction algorithms in this package.
Number of Transmission Events: Number of transmission events used in one acquisition. It is defined by the parameter “numTxEvents” in the reconstruction functions. For example, if the image acquisition is done with every single element in ring array, this results in 512 transmission event for one full acquisition. Unit: “elements” Default Value: “512”
Sampling Rate: Sampling rate of data acquisition system. It is defined by the parameter “fSampling” in the reconstruction functions. Sampling rate used in signal acquisition should match the sampling rate used in the reconstruction function. Unit: “samples” Default Value: “24 MSamples”


Other Projects by David Duckwitz: Bitcoin-Tech - Bitcoin-School - Selfpres - .ws Doamins - Bitcoin-Script


Notice that if you omit tablet, the default fluid behavior will kick in (your column will become full width). If you narrow you viewport to about tablet width (~480w-900w), you should see the first four columns exhibiting this below.
So the "take-away" is if you choose to use phone-X for more control, you will likely want to also use tablet-X. Using phone-X and tablet-X together will likely result in a more predictable transition that you're expecting.


Pygments
Builtin Tokens
« Back To IndexInside the pygments.token module, there is a special object called Token that is used to create token types.
You can create a new token type by accessing an attribute of Token:
>>> from pygments.token import Token >>> Token.String Token.String >>> Token.String is Token.String True
Note that tokens are singletons so you can use the is operator for comparing token types.
As of Pygments 0.7 you can also use the in operator to perform set tests:
>>> from pygments.token import Comment >>> Comment.Single in Comment True >>> Comment in Comment.Multi False
This can be useful in filters and if you write lexers on your own without using the base lexers.
You can also split a token type into a hierarchy, and get the parent of it:
>>> String.split() [Token, Token.Literal, Token.Literal.String] >>> String.parent Token.Literal
In principle, you can create an unlimited number of token types but nobody can guarantee that a style would define style rules for a token type. Because of that, Pygments proposes some global token types defined in the pygments.token.STANDARD_TYPES dict.
For some tokens aliases are already defined:
>>> from pygments.token import String >>> String Token.Literal.String
Inside the pygments.token module the following aliases are defined:
| Text | Token.Text | for any type of text data |
| Whitespace | Token.Text.Whitespace | for specially highlighted whitespace |
| Error | Token.Error | represents lexer errors |
| Other | Token.Other | special token for data not matched by a parser (e.g. HTML markup in PHP code) |
| Keyword | Token.Keyword | any kind of keywords |
| Name | Token.Name | variable/function names |
| Literal | Token.Literal | Any literals |
| String | Token.Literal.String | string literals |
| Number | Token.Literal.Number | number literals |
| Operator | Token.Operator | operators (+, not...) |
| Punctuation | Token.Punctuation | punctuation ([, (...) |
| Comment | Token.Comment | any kind of comments |
| Generic | Token.Generic | generic tokens (have a look at the explanation below) |
The Whitespace token type is new in Pygments 0.8. It is used only by the VisibleWhitespaceFilter currently.
Normally you just create token types using the already defined aliases. For each of those token aliases, a number of subtypes exists (excluding the special tokens Token.Text, Token.Error and Token.Other)
The is_token_subtype() function in the pygments.token module can be used to test if a token type is a subtype of another (such as Name.Tag and Name). (This is the same as Name.Tag in Name. The overloaded in operator was newly introduced in Pygments 0.7, the function still exists for backwards compatiblity.)
With Pygments 0.7, it's also possible to convert strings to token types (for example if you want to supply a token from the command line):
>>> from pygments.token import String, string_to_tokentype >>> string_to_tokentype("String") Token.Literal.String >>> string_to_tokentype("Token.Literal.String") Token.Literal.String >>> string_to_tokentype(String) Token.Literal.String
Keyword Tokens
- Keyword
- For any kind of keyword (especially if it doesn't match any of the subtypes of course).
- Keyword.Constant
- For keywords that are constants (e.g. None in future Python versions).
- Keyword.Declaration
- For keywords used for variable declaration (e.g. var in some programming languages like JavaScript).
- Keyword.Pseudo
- For keywords that aren't really keywords (e.g. None in old Python versions).
- Keyword.Reserved
- For reserved keywords.
- Keyword.Type
- For builtin types that can't be used as identifiers (e.g. int, char etc. in C).
Name Tokens
- Name
- For any name (variable names, function names, classes).
- Name.Attribute
- For all attributes (e.g. in HTML tags).
- Name.Builtin
- Builtin names; names that are available in the global namespace.
- Name.Builtin.Pseudo
- Builtin names that are implicit (e.g. self in Ruby, this in Java).
- Name.Class
- Class names. Because no lexer can know if a name is a class or a function or something else this token is meant for class declarations.
- Name.Constant
- Token type for constants. In some languages you can recognise a token by the way it's defined (the value after a const keyword for example). In other languages constants are uppercase by definition (Ruby).
- Name.Decorator
- Token type for decorators. Decorators are synatic elements in the Python language. Similar syntax elements exist in C# and Java.
- Name.Entity
- Token type for special entities. (e.g. in HTML).
- Name.Exception
- Token type for exception names (e.g. RuntimeError in Python). Some languages define exceptions in the function signature (Java). You can highlight the name of that exception using this token then.
- Name.Function
- Token type for function names.
- Name.Label
- Token type for label names (e.g. in languages that support goto).
- Name.Namespace
- Token type for namespaces. (e.g. import paths in Java/Python), names following the module/namespace keyword in other languages.
- Name.Other
- Other names. Normally unused.
- Name.Tag
- Tag names (in HTML/XML markup or configuration files).
- Name.Variable
- Token type for variables. Some languages have prefixes for variable names (PHP, Ruby, Perl). You can highlight them using this token.
- Name.Variable.Class
- same as Name.Variable but for class variables (also static variables).
- Name.Variable.Global
- same as Name.Variable but for global variables (used in Ruby, for example).
- Name.Variable.Instance
- same as Name.Variable but for instance variables.
Literals
- Literal
- For any literal (if not further defined).
- Literal.Date
- for date literals (e.g. 42d in Boo).
- String
- For any string literal.
- String.Backtick
- Token type for strings enclosed in backticks.
- String.Char
- Token type for single characters (e.g. Java, C).
- String.Doc
- Token type for documentation strings (for example Python).
- String.Double
- Double quoted strings.
- String.Escape
- Token type for escape sequences in strings.
- String.Heredoc
- Token type for "heredoc" strings (e.g. in Ruby or Perl).
- String.Interpol
- Token type for interpolated parts in strings (e.g. #{foo} in Ruby).
- String.Other
- Token type for any other strings (for example %q{foo} string constructs in Ruby).
- String.Regex
- Token type for regular expression literals (e.g. /foo/ in JavaScript).
- String.Single
- Token type for single quoted strings.
- String.Symbol
- Token type for symbols (e.g. :foo in LISP or Ruby).
- Number
- Token type for any number literal.
- Number.Float
- Token type for float literals (e.g. 42.0).
- Number.Hex
- Token type for hexadecimal number literals (e.g. 0xdeadbeef).
- Number.Integer
- Token type for integer literals (e.g. 42).
- Number.Integer.Long
- Token type for long integer literals (e.g. 42L in Python).
- Number.Oct
- Token type for octal literals.
Operators
- Operator
- For any punctuation operator (e.g. +, -).
- Operator.Word
- For any operator that is a word (e.g. not).
Punctuation
New in Pygments 0.7.
- Punctuation
- For any punctuation which is not an operator (e.g. [, (...)
Comments
- Comment
- Token type for any comment.
- Comment.Multiline
- Token type for multiline comments.
- Comment.Preproc
- Token type for preprocessor comments (also <?php/<% constructs).
- Comment.Single
- Token type for comments that end at the end of a line (e.g. # foo).
- Comment.Special
- Special data in comments. For example code tags, author and license informations etc.
Generic Tokens
Generic tokens are for special lexers like the DiffLexer that doesn't really highlight a programming language but a patch file.
- Generic
- A generic, unstyled token. Normally you don't use this token type.
- Generic.Deleted
- Marks the token value as deleted.
- Generic.Emph
- Marks the token value as emphasized.
- Generic.Error
- Marks the token value as an error message.
- Generic.Heading
- Marks the token value as headline.
- Generic.Inserted
- Marks the token value as inserted.
- Generic.Output
- Marks the token value as program output (e.g. for python cli lexer).
- Generic.Prompt
- Marks the token value as command prompt (e.g. bash lexer).
- Generic.Strong
- Marks the token value as bold (e.g. for rst lexer).
- Generic.Subheading
- Marks the token value as subheadline.
- Generic.Traceback
- Marks the token value as a part of an error traceback.


{%extends "django_registration/base.html"%} {% load bootstrap4 %} {% load static %} {% block content %}
Best & free website to find out the things about your hood
You can login and rate the posted websites
Sign UPYour username and password didn't match. Please try again.
Error message {% endif %}


| Name: MRS. GAYATHRI | Reg No: 11-10SMMHC18 |
|---|---|
| Age / Sex:27/F | Contact No:8884272544 |
| Marital Status:ML – 3.5 YRS | Date:13/10/18 |
| Occupation:HOUSEWIFE. BSC MATHS | Dr. PJFP |
| Address: NATIVE OF PUNGANURU. BLORE SINCE MARRIAGE. | DIAGNOSIS- |
SMALL ERUPTIONS IN THE GENITAL REGION WITH EXTENSION AND THICKNESS. SINCE BEFORE MARRIAGE. 2014. THEN USE TO GET SINGLE ERUPTION BUT FROM 6-8 MONTHS AFTER MARRIAGE STARTED GETTING IN CLUSTERS. USE TO HAVE A LOT OF ITCHING THEN.
PAINFUL NO PUS OR WATERY. <EATS BRINJAL, JOURNEY.>
COITION IS PAINFUL AND FEELS SOMETHING IS COMING INBETWEEN. AFTER MARRIGE FEW MONTHS LATER.
LESS BLEEDING DURIGN MENSES. 2 YEARS.
BEFORE MENSES PAIN LOT OF TENDERNESS. WHEN PERIOD COMES REDUCES IMM.
BACKPAIN IN ONE POINT ONLY. ALONG WITH THE ERUPTION GOT THE PAIN.
OCCASSIONAL WD. FROM 5 YEARS. CURDY BUT NO SMELL. ONE DROP ONLY AND STAYS IN THE GARMENT ITSELF.
PAST H/O:
TYPHOID 2 TIMES – 21 YEAR;24 YEARS.
JAUNDICE 8-9 YEARS.
2 YEARS BACK HAD SOME BURNING IN THE FEET. NOW NOT THERE.
FAMILY H/O:
DAD:ALIVE 59 YRS. ?CA OF ABD
ELDER BRO : 29 YEARS. IH HIS CHILDHOOD HAD EPILEPSY.
OBG H/O:
MENARCHE – 14 YEARS.
NO ISSUES.
FROM 2 YEARS ONLY 1 DAY BLEEDING 3 PADS A DAY THT ONE DAY. .
LIFE SPACE INVESTIGATION:
PARENTS FARMER. HAS ONE ELDER BROTHER AND ONE YOUNGER SISTER. SMILES FOR EVERYTHING. SITS WITH HER ARM HOLDING THE HANDLE OF CHAIR. GOOD STUDENT. CONTROLLING HER TEARS.. WANTED TO GAIN SOME NAME AND POSITION IN HER LIFE BUT AFTER HER DADS CA GOT MARRIED.
PERSONAL H/O:
DIET : VEG.
IRREGULAR .
LIKES POTATO A LOT.
DUE TO HER ITCHING THE AYURVEDIC DOCTOR ASKED TO STOP THE.
DREAMS: OF MURDERING SOMEONE STRANGER. OF GHOSTS. SOMETIMES TRAVELLING TO A DISTANT LAND.
FEARS:
O/E:
THE LABIA MINORA INCREASED IN SIZE LLIKE BUTTERFLY.  WART LIKE IN THE VULVAL INSIDE OF THE LIPS. 6/11/18 LMP. ONE DAY BLEEDING SCANTY 2ND DAY SPOTING.
RX:
NAT MUR 1M – 1 DOSE WEEKLY.
MEDORRHINUM 10M – 1 DOSE
RUB 15 – 1 NIGHT B/FOOD.
KALI PHOS 6X 4-4-4-4.
27/10/18:same change. pain increased in the labial lips. Dreams not coming like before says better. Backpain reduced. W.d there. Sleep finds better (observed by husband). Also he says mind better like
Rx:
Nat mur1m/medo1m/thuja1m. 4-4-4-4 for 4 days weekly.
Rub 30 – 1-0-1 b/food.
Kali bi 30 – disc 4-0-4.
Hypericum 30/rhus tox30. – disc 4-0-4
12/11/18: BACKPAIN MILD STARTED. DREAMS CAME AGN .VAGINAL AREA SAME. PERIOD BEFORE LOT OF BREAST PAIN.
RX:
ACID NITRICUM 200/SYPHILINUM1M – 4-4-4-4 1ST AND 3RD WEEK 2 DRAM PILLS.
SEPIA200 – 4-4-4-4 2ND AND 4TH WEEK 2 DRAM PILLS.
KALI MUR +NAT MUR 6X 4-0-4
ECHNICEA+EQUISETUM Q – 15-15-15 DROPS A/FOOD WATER.
RUB 30 – 1 NIGHT B/FOOD.
9/1/19: itching, swelling eruptions all same. But wd and backpain reduced. (nat mur 10m, medo1m prev med ). Feeling hard in that area. Coition is difficult since 4 years. Not passing inside. Lmp: 28/12/18
Rx:
Carcinosin 1m- 1 dose
Sil 1m 3 doses 2 weeks once.
thuja 1m 6 doses Sunday
Rub 45 – night 1 tab b/food.
Nat phos 12 4-4-4-4.
6/3/19: backpain not there. Lmp: 24/02/19.
Rx:
Nat sulph10m – 4-0-4 b/food.pills
Crotallus horridus 200 – disc 4-0-4.
Echnicea Q 15-0-15 drops a/food.water
Rub 30 – 1 tab night b/food.
11/5/19: no change. white discharge not there. Backpain mild. B4 period breast pain. feels no chnge. Nails roughened frm 4-5 months.
Rx:
Syphilinum1m/thuja1m – 4-4-4-41st week.
Conium 1m/schirrhinum1m/amn1m– 4-4-4-4- 1st /3rd week
Rub 30 – 1 tab nt b/food.


John R. Rose
Oct 4, 1996
Problem:
Java 1.1 introduces many new APIs, some of which supersede older ones. The new and old APIs co-exist in the same packages. The superseded ones add various difficulties to the programmer's job, the chief being the need to ignore and avoid them in most cases.
Partial Solution: If we mark superseded classes, methods, and fields clearly and unambiguously as "deprecated", the programmers will know where to concentrate their attention. Also, the compiler will be able to help with this process, by bringing unintentional uses of deprecated APIs to the programmer's attention.
Details:
Within documentation comments, we define the new paragraph tag "@deprecated". (See the Java Language Specification.) It can appear in both class and member documentation comments, and will apply specifically the construct its comment introduces.
The tagged paragraph can be empty. If it is not, it should tell the programmer how to avoid using the deprecated feature.
There should be "@see" tagged paragraphs which refer to the new versions of the same functionality.
As far as the compiler is concerned, the presence of the string "@deprecated" at the beginning of a documentation comment line (except for whitespace) causes it to place a "Deprecated" attribute in the output classfile for the corresponding class, field, or method.
Moreover, in parallel with the access checking logic for classes and members, the compiler looks for "Deprecated" attributes of classes and members being accessed, and issues warnings when the deprecated classes or members are used.
Note that deprecation applies to classes and to individual members, not to their names. It is possible for a single method to have deprecated and non-deprecated overloadings. It is possible for a non-deprecated member to hide or override a deprecated one, which removes deprecation. It is the responsibility of the programmer to deprecate overrides of a deprecated method, if in fact they should be deprecated.
A deprecation warning is suppressed if the compilation unit containing the deprecation is being compiled at the same time as the compilation unit using the deprecated class or member. This allows legacy APIs to be built without warnings. There currently is no other way to suppress the deprecation warnings.
A hypothetical "-strict" option to the compiler could promote all warnings, including deprecation warnings, to hard errors. This is not in 1.1.
Javadoc should somehow highlight deprecation paragraphs, and perhaps should place a characteristic glyph next to references to deprecated names.
Practice:
Here is an example of the most common form of a deprecated method:
/** * @deprecated * @see #getPreferredSize */ public Dimension preferredSize() { return getPreferredSize(); }(Notes: The "@deprecated" tag must be followed by a space or newline. The "@see" tag must be at the beginning of the line. See the Java Language Specification.)
If the deprecation is a simple renaming, there is no need to say something like "this method is replaced by getPreferredSize"; the "@see"-tagged paragraph points the user to the replacement.
The deprecation may be more complex if the API was reorganized by other than a renaming of features. Here is an example of a method that is being retracted:
/** * Delete multiple items from the list. * * @deprecated Not for public use in the future. * This method is expected to be retained only as a package * private method. * @see #remove(int) * @see #removeAll() */ public synchronized void delItems(int start, int end) { ... }Designers of new 1.1 APIs should carefully consider whether they are superseding old APIs. For each such API, if they wish to encourage users of the old previous API to migrate to the new API, they should add a deprecation paragraph to the documentation comment. Empty deprecation paragraphs are bad form, because they do not help the user fix the warnings that arise from the deprecation.
Valid reasons for wishing one's users to migrate to the new API include:
Not all of these reasons are of equal weight, yet deprecation is a reasonable (though not mandatory) choice in all these cases. Therefore, the use of deprecated APIs can never be made a hard error by default. Also, the deprecation comments need to help the user decide when to move to the new API, and so should briefly mention the technical reasons for deprecation.
(It is probably not good to specifically mention a timetable for phase-out of the deprecated API; this is a business decision that needs to be communicated other ways.)
It is not necessary to deprecate individual members of a deprecated class, unless of course the programmer wants to explain some specific point about one member.
When a feature is deprecated, it is a good idea to notify the engineering organization of this fact, so that other engineers can respond to the change (pro or con) in a timely manner.
Other Design Options:
This is the first time the compiler is in any way cognizant of document comment contents. (Once, it made sure that they were at the right place in the parse tree, but this is no longer true.) We did not lightly choose to make the compiler's behavior dependent on the contents of a comment.
One precedent for looking into comments is "lint", which uses comments like /*PRINTFLIKE2*/ to annotate C APIs.
Note that Java documentation comments are structured, and the structure is specified in the Java Language Specification. This means that we "own" the format of this particular sort of comment, so our design is somewhat more reasonable than the less-differentiated conventions used by lint.
We considered introducing pragmas, and using them for deprecation (e.g., <*deprecated*>) but this would open the door very wide to many sorts of incompatible extensions and, possibly, to serious abuses.
However, @deprecated does work like a pragma: It belongs in the source, expresses information about it, but does not modify its semantics. Unlike many pragmas, @deprecated is intended for a human audience.
The compiler emits warnings as a friendly and helpful reminder, but does not enforce any rules. It's up to the programmer to use the contents of the deprecation paragraph. Since the human is the primary user of the data, it belongs in comments.
We considered introducing a new keyword, something like "transient". This would solve the mechanical problem, but at the cost of modifying the language itself. In particular, we would have to take away an identifier from coders that we had not previously reserved (like "var"). Moreover, since the primary audience of deprecations is humans, a keyword-based approach is insufficient, and must be augmented by comment conventions, preferably ones which integrate with javadoc. Thus, the keyword approach does not pay.
Still, the compiler has heretofore ignored and should generally ignore documentation comments. This is an admittedly irregular exception to that practice. But the other design options for deprecation involve worse sorts of irregularity.


|
Compute Library
18.08
|
Strides of an item in bytes. More...
#include <Strides.h>
Public Member Functions | |
| template<typename... Ts> | |
| constexpr | Strides (Ts...strides) |
| Constructor to initialize the strides. More... | |
| constexpr | Strides (const Strides &)=default |
| Allow instances of this class to be copy constructed. More... | |
| Strides & | operator= (const Strides &)=default |
| Allow instances of this class to be copied. More... | |
| constexpr | Strides (Strides &&)=default |
| Allow instances of this class to be move constructed. More... | |
| Strides & | operator= (Strides &&)=default |
| Allow instances of this class to be moved. More... | |
| ~Strides ()=default | |
| Default destructor. More... | |
| Public Member Functions inherited from Dimensions< size_t > | |
| Dimensions (Ts...dims) | |
| Constructor to initialize the tensor shape. More... | |
| Dimensions (const Dimensions &)=default | |
| Allow instances of this class to be copy constructed. More... | |
| Dimensions (Dimensions &&)=default | |
| Allow instances of this class to be move constructed. More... | |
| Dimensions & | operator= (const Dimensions &)=default |
| Allow instances of this class to be copied. More... | |
| Dimensions & | operator= (Dimensions &&)=default |
| Allow instances of this class to be moved. More... | |
| void | set (size_t dimension, size_tvalue) |
| Accessor to set the value of one of the dimensions. More... | |
| size_t | x () const |
| Alias to access the size of the first dimension. More... | |
| size_t | y () const |
| Alias to access the size of the second dimension. More... | |
| size_t | z () const |
| Alias to access the size of the third dimension. More... | |
| const size_t & | operator[] (size_t dimension) const |
| Generic accessor to get the size of any dimension. More... | |
| size_t & | operator[] (size_t dimension) |
| Generic accessor to get the size of any dimension. More... | |
| unsigned int | num_dimensions () const |
| Returns the effective dimensionality of the tensor. More... | |
| void | set_num_dimensions (size_t num_dimensions) |
| Set number of dimensions. More... | |
| void | collapse (const size_t n, const size_t first=0) |
| Collapse dimensions. More... | |
| void | collapse_from (size_t start) |
| Collapse dimensions starting from a given point. More... | |
| std::array< size_t, num_max_dimensions >::iterator | begin () |
| Returns a read/write iterator that points to the first element in the dimension array. More... | |
| std::array< size_t, num_max_dimensions >::const_iterator | begin () const |
| Returns a read-only (constant) iterator that points to the first element in the dimension array. More... | |
| std::array< size_t, num_max_dimensions >::const_iterator | cbegin () const |
| Returns a read-only (constant) iterator that points to the first element in the dimension array. More... | |
| std::array< size_t, num_max_dimensions >::iterator | end () |
| Returns a read/write iterator that points one past the last element in the dimension array. More... | |
| std::array< size_t, num_max_dimensions >::const_iterator | end () const |
| Returns a read-only (constant) iterator that points one past the last element in the dimension array. More... | |
| std::array< size_t, num_max_dimensions >::const_iterator | cend () const |
| Returns a read-only (constant) iterator that points one past the last element in the dimension array. More... | |
Additional Inherited Members | |
| Static Public Attributes inherited from Dimensions< size_t > | |
| static constexpr size_t | num_max_dimensions |
| Number of dimensions the tensor has. More... | |
|
inline |
Constructor to initialize the strides.
| [in] | strides | Values to initialize the strides. |
Definition at line 45 of file Strides.h.
References Strides::operator=(), and Strides::~Strides().
|
default |
Default destructor.
Referenced by Strides::Strides().
Allow instances of this class to be copied.
Referenced by Strides::Strides().


--- title: Title keywords: fastai sidebar: home_sidebar nb_path: "nbs/04_enhanced_jmd_imagecleaner.ipynb" ---
from my_timesaver_utils.all import *
from fastcore.test import *
test_eq(hello_world(),'hello world!')
Configure git and "push" exported image classifier to Github


- REDIS_ADMIN_CHANNEL - Static variable in class jrigby.openstack_queue.server.RedisConstants
-
- REDIS_JOB_CHANNEL - Static variable in class jrigby.openstack_queue.server.RedisConstants
-
- REDIS_STATUS_CHANNEL - Static variable in class jrigby.openstack_queue.server.RedisConstants
-
- redisClient - Variable in class jrigby.openstack_queue.server.RedisQueueStatusPublisher
-
- RedisConstants - Class in jrigby.openstack_queue.server
-
A set of constants for the redis services
- RedisConstants() - Constructor for class jrigby.openstack_queue.server.RedisConstants
-
- redisHost - Variable in class jrigby.openstack_queue.server.ServerSettings
-
- redisPort - Variable in class jrigby.openstack_queue.server.ServerSettings
-
- RedisQueueStatusPublisher - Class in jrigby.openstack_queue.server
-
Publishes the state of the queue at a set interval
- RedisQueueStatusPublisher(Jedis, ResourceQueue) - Constructor for class jrigby.openstack_queue.server.RedisQueueStatusPublisher
-
Sets up the publisher to publish the state of the given queue to the specificed redis server
- RedisSubscriber - Class in jrigby.openstack_queue.server
-
- RedisSubscriber(QueueCommandProcessor) - Constructor for class jrigby.openstack_queue.server.RedisSubscriber
-
- regenerateAuthorizedKeysFile() - Method in class jrigby.openstack_queue.server.AuthorizedKeysList
-
Generates the public key file list
- registerPublicKey(NodeMetadata, String) - Method in class jrigby.openstack_queue.server.AuthorizedKeysList
-
Registers a public key
- reloadConfigurationFile() - Static method in class jrigby.openstack_queue.server.ServerSettings
-
Reloads the configuration file
- remove(Object) - Method in class jrigby.openstack_queue.server.ServerCollection
-
Deprecated.
- removeAll(Collection<?>) - Method in class jrigby.openstack_queue.server.ServerCollection
-
Deprecated.
- requestId - Variable in class jrigby.openstack_queue.server.ResourceRequest
-
- requestToJobStatus(ResourceRequest, ResourceQueue.QueueStatus, Long) - Method in class jrigby.openstack_queue.server.ResourceQueue
-
- requireOpenState() - Method in class jrigby.openstack_queue.server.ServerCollection
-
Throws an IllegalStateException
if the ServerCollection
is closed.
- ResourceProvisioningCallback - Interface in jrigby.openstack_queue.server
-
Provides callback methods once resources have been created
in the cloud.
- ResourceQueue - Class in jrigby.openstack_queue.server
-
The job queue.
- ResourceQueue(OSConnection) - Constructor for class jrigby.openstack_queue.server.ResourceQueue
-
Initialises the queue, linking it to a particular
OSConnection
.
- ResourceQueue.QueueStatus - Enum in jrigby.openstack_queue.server
-
A status designation.
- ResourceQueue.QueueStatus(String) - Constructor for enum jrigby.openstack_queue.server.ResourceQueue.QueueStatus
-
- ResourceRequest - Class in jrigby.openstack_queue.server
-
- ResourceRequest(String, ResourceProvisioningCallback) - Constructor for class jrigby.openstack_queue.server.ResourceRequest
-
Initialises the request with default values, most of which are defined in
a configuration file.
- ResourcesPermanentlyExceededException - Exception in jrigby.openstack_queue.server
-
Thrown when the request will never fit within the queue quotas.
- ResourcesPermanentlyExceededException() - Constructor for exception jrigby.openstack_queue.server.ResourcesPermanentlyExceededException
-
- ResourcesTemporarilyExceededException - Exception in jrigby.openstack_queue.server
-
Thrown when the currently running jobs have reduced the available
instances/CPUs such that this job cannot currently run.
- ResourcesTemporarilyExceededException() - Constructor for exception jrigby.openstack_queue.server.ResourcesTemporarilyExceededException
-
- ResourceUsage - Class in jrigby.openstack_queue.server
-
Specifies consumed resources.
- ResourceUsage() - Constructor for class jrigby.openstack_queue.server.ResourceUsage
-
- resultsPath - Variable in class jrigby.openstack_queue.request_templates.ThreeStageJobCallbackImpl
-
- resultsPath - Variable in class jrigby.openstack_queue.request_templates.ThreeStageJobResourceRequestJsonMessage
-
- retainAll(Collection<?>) - Method in class jrigby.openstack_queue.server.ServerCollection
-
Deprecated.
- run() - Method in class jrigby.openstack_queue.server.RedisQueueStatusPublisher
-
Loops until the object is closed with the status of the queue being
published at each iteration.
- run() - Method in class jrigby.openstack_queue.server.ResourceQueue
-
Queue polling loop.
- runningJobFutures - Variable in class jrigby.openstack_queue.server.ResourceQueue
-
Maintains a list of the Future
objects to terminate
the threads running the jobs
- runningJobs - Variable in class jrigby.openstack_queue.server.ResourceQueue
-
Maintains a list of jobs that are currently running
- runningJobThreadPool - Variable in class jrigby.openstack_queue.server.ResourceQueue
-
- runScriptOnAllNodes(String) - Method in class jrigby.openstack_queue.server.ServerCollection
-
Runs a script on all nodes
- runScriptOnAllNodes(Statement) - Method in class jrigby.openstack_queue.server.ServerCollection
-
Runs a script on all nodes
- runScriptOnAllNodes(String, RunScriptOptions) - Method in class jrigby.openstack_queue.server.ServerCollection
-
Runs a script on all nodes
- runScriptOnAllNodes(Statement, RunScriptOptions) - Method in class jrigby.openstack_queue.server.ServerCollection
-
Runs a script on all nodes
- runScriptOnNode(int, String) - Method in class jrigby.openstack_queue.server.ServerCollection
-
Runs a script on a node
- runScriptOnNode(int, Statement) - Method in class jrigby.openstack_queue.server.ServerCollection
-
Runs a script on a node
- runScriptOnNode(int, String, RunScriptOptions) - Method in class jrigby.openstack_queue.server.ServerCollection
-
Runs a script on a node
- runScriptOnNode(int, Statement, RunScriptOptions) - Method in class jrigby.openstack_queue.server.ServerCollection
-
Runs a script on a node


@* * Copyright 2018 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import include._ @import config.AppConfig @import model.AccessType @import model.AccessType.AccessType @import model.TotpSecrets @(applicationId: String, applicationName: String, environment: String, accessType: Option[AccessType], totpSecret: Option[TotpSecrets], clientId: String, clientSecret: Option[String] = None )(implicit userFullName: Option[String], messages: Messages, appConfig: AppConfig) @secretType = @{ if (totpSecret.isDefined) "TOTP" else "client" } @main(title = s"${appConfig.title} - Create privileged or ROPC application success", userFullName = userFullName) {
| Application ID | @applicationId | ||
|---|---|---|---|
| Application name | @applicationName | ||
| Environment | @environment.toLowerCase.capitalize | ||
| Access type | @{accessType match { case Some(AccessType.PRIVILEGED) => {Privileged | } case Some(AccessType.ROPC) => {ROPC | } case _ => {} }} |
| TOTP secret | @totpSecret.get.production | ||
| Client secret | @clientSecret.get | ||
| Client ID | @clientId |


To see how it works resize your window to around 400px height (red line below) and scroll down/up
Smaller than viewport
one
two
three
To see how it works resize your window to around 400px height (red line below) and scroll down/up
Bigger than viewport
one
two
three


{% extends "index.html"%} {% load staticfiles %} {% block breadcrumb %} Current Page: Home »Introduction » {% endblock %} {% block content %}
Introduction
Maps are the base for the efficient planning and management of all development works. To prepare maps indigenously, and to fulfill the various mapping needs of Government, a central mapping agency, the Survey Department was born in B.S. 2014. In its early days, the activities of the Survey Department ware focused mainly on cadastral mapping to assist in the collection of land revenue. In B.S. 2019, legislation was passed and revised in B.S. 2021 to allow the Department to prepare maps and Land Registers, which helped not only to assess the revenue, but also to give the individual the right to his land. All cadastral mapping works of 75 districts of Nepal was completed throughout the kingdom in B.S. 2055. Out of which 38 districts ware mapped without National Control Network and the remaining 37 districts ware mapped with National Control Network. Therefore, the decision was taken to re-survey the districts for which National Control was not used and also decided to prepare parcel plan in urban areas. The present needs of technology demanded that the old mapping should be repeated and with that concept in mind, cadastral re-mapping works was started in 9 districts (Jhapa, Morang, Parsa, Kathmandu, Rupandehi, Banke, Bardiya, Kailali, Kanchanpur) of the kingdom. A Geodetic Survey Branch (previously known as Trigonometrically Survey Branch) was created in B.S. 2026 to help in establishing a network of trigonometrically points or control stations for cadastral mapping works. These control station are now use, not only to tie in various maps to the national control network system, but also, to study the crustal movements of the Himalayas. It is also involved in Geodetic Leveling, Gravity Survey. |


Homophonic substitution is a generalization of monoalphabetic substitution. Monoalphabetic substitution can be easily cracked with the aid of simple frequency analysis. To avoid this, homophonic substitution encrypts letters that occurs frequently (e.g. the letter "E" in German) in a selection of characters: for each letter in plaintext the homophonic key defines a list of possible encryptions. During encryption, one character (homophone) is chosen at random from this list.
The key is entered in the Key Homophonic Substitution dialog.
The homophonic key is formed as a function of the plaintext so that in the frequency analysis of the ciphertext all homophones occur equally often. Despite this, with the aid of digram analysis information can be obtained from comparisons with reference text that can be used to crack homophonic encryption.
Homophonic encryption with a known key is faster than encryption with this key, as during encryption a random function is always called for every letter if there is more than one homophone for that letter.


Hello,
I am a student currently pursuing my bachelorette degree in Computer Science at Southern Illinois University of Carbondale. Prior to coming to SIUC I was a student at Southeastern Illinois College where I earned my associates in Computer Science.
Currently, I work part-time as a software developer for Potentia Analytics creating medical scheduling software. My interests mainly lie in Machine Learning, AI, and Application Development.


Mediation model with AGW regressed upon the experimental variables type of post (TP), type of comments (TC), and a TP × TC interaction term (TP*TC). The reflected perceived reader consensus score (abbreviated to refRCons) is the hypothesized mediator. Significant weights and correlations are indicated by solid lines and non-significant weights and correlations by dashed lines


This notification reports new alerts for the area you subscribed to. You will receive a separate email for each.
Please note that this information is subject to the
Global Forest Watch Terms of Service
. You can unsubscribe or manage your subscriptions
here.


Girl Develop It is here to provide affordable and accessible programs to learn software through mentorship and hands-on instruction.
Some "rules"
gdila.github.io/intro-javascript
Follow along with us on your computer!
A quirky but powerful and ubiquitous programming language -- it's built into every modern web browser!
Originally a client-side language for making websites more interactive, but now so much more!
Stats by RedMonk, based on data from GitHub and StackOverflow


My name is Gyuhyeon Jeon. I'm graduate student in Graduate School of Culture Technology(GSCT), Korea Advanced Institute of Science & Technology(KAIST). I have interested in Complex Network, Computer-Mediated Communication(CMC), Culture Technology and Data Science.
I holds a B.S. in Journalism & Mass Communication and Computer Science and Engineering in Sungkyunkwan University(SKKU).
I prefer to use Scala, Java and C# for my projects but sometimes I use C, PHP, Javascript, node.js if needed.
Nowadays, I lives in Daejeon, Republic of Korea to perform Master's degree in KAIST.
I'll be update this section as soon as possible.


Latitude
Plots
Max Temperature
Humidity
Cloudiness
Wind Speed
Comparison
Data
Comparison: Latitude vs X
Click any plot to get an in depth analysis.
vs. Max Temperature
vs. Humidity
vs. Cloudiness
vs. Wind Speed


How much do you weigh?
Are you a new, or experienced rider?
Where on the mountain do you plan to ride?
What are the weather conditions at your mountain?
How cold is your mountain?


:(
Your PC ran into a problem that it couldn't handle, and now it needs to restart.
You can search for the error online: DRIVER_IRQL_NOT_LESS_OR_EQUAL (storahci.sys)


AWS::Transfer::Server Protocol
Specifies the file transfer protocol or protocols over which your file transfer protocol client can connect to your server's endpoint. The available protocols are:
-
SFTP
(Secure Shell (SSH) File Transfer Protocol): File transfer over SSH -
FTPS
(File Transfer Protocol Secure): File transfer with TLS encryption -
FTP
(File Transfer Protocol): Unencrypted file transfer -
AS2
(Applicability Statement 2): used for transporting structured business-to-business data
-
If you select
FTPS
, you must choose a certificate stored in AWS Certificate Manager (ACM) which is used to identify your server when clients connect to it over FTPS. -
If
Protocol
includes eitherFTP
orFTPS
, then theEndpointType
must beVPC
and theIdentityProviderType
must be eitherAWS_DIRECTORY_SERVICE
,AWS_LAMBDA
, orAPI_GATEWAY
. -
If
Protocol
includesFTP
, thenAddressAllocationIds
cannot be associated. -
If
Protocol
is set only toSFTP
, theEndpointType
can be set toPUBLIC
and theIdentityProviderType
can be set any of the supported identity types:SERVICE_MANAGED
,AWS_DIRECTORY_SERVICE
,AWS_LAMBDA
, orAPI_GATEWAY
. -
If
Protocol
includesAS2
, then theEndpointType
must beVPC
, and domain must be Amazon S3.


CreateCube( [parent] )
Parameters:
| parent (optional) - parent entity of cube |
Description:
| Creates a cube mesh/entity and returns its handle. The cube will extend from -1,-1,-1 to +1,+1,+1. The optional parent parameter allow you to specify a parent entity for the cube so that when the parent is moved the child cube will move with it. However, this relationship is one way; applying movement commands to the child will not affect the parent. Specifying a parent entity will still result in the cube being created at position 0,0,0 rather than at the parent entity's position. See also: CreateSphere, CreateCylinder, CreateCone. |
| ; CreateCube Example ; ------------------ Graphics3D 640,480 SetBuffer BackBuffer() camera=CreateCamera() light=CreateLight() RotateEntity light,90,0,0 ; Create cube cube=CreateCube() PositionEntity cube,0,0,5 While Not KeyDown( 1 ) RenderWorld Flip Wend End |


swc2vtk
1.1.0
README
Examples
Draw Mode
Volume Rendering
Draw Annotations
Gallery
swc2vtk
swc2vtk
Docs
»
Welcome to swc2vtk’s documentation!
View page source
Welcome to swc2vtk’s documentation!
¶
README
Introduction
Installation
Quick example
Reference
Citation
Examples
Generate a VTK file from multiple SWC files
Generate a VTK file from SWC file with simulation data
Generate VTK files from SWC file with sequential simulation data
Change SWC file position
Draw Mode
Sample Program
draw_mode
=
0
draw_mode
=
1
draw_mode
=
2
draw_mode
=
3
draw_mode
=
3
with Gourand Shading
Volume Rendering
Sample Code
Output Images
Draw Annotations
Draw marks
Draw SWC compartment marks
Draw Synapses
Gallery
Single neuron morphology (antennal lobe neuron of silk worm moth)
Standard brain mapped neuron simulation (LAL-VPC region of silk worm moth)
Volume rendering of standard brain mapped neurons (LAL-VPC region of silk worm moth)
swc2vtk
swc2vtk package
Indices and tables
¶
Index
Module Index
Search Page
Example image
¶


As the need arose to implement some kind of Web Service/HTTP API I thought I would evaluate NancyFX, ASP.NET Web API and ServiceStack.
Suffice to say all performed as expected and I was actually surprised to find that implementing ASP.NET Web API was easier than ServiceStack (I know that might be a bit of a statement to make to the ServiceStack followers, sorry). I found Nancy easiest to implement. The very simple API demos can be found on my Github page.
When it came to testing ASP.NET Web API I found it to be wanting slightly in comparison to Nancy. With WebAPI I could make direct calls to the controller methods to make sure data was returned correctly and I could mock a repository and test that the methods in the repository were being called but there was nothing I could see to test the HTTP response I would get.
I found that you could configure a lot of stuff to get a HttpResponseMessage back as shown below however in my opinion it wasn’t particularly easy on the eye and seemed a bit over the top just to get a response back.
//Arrange
var config = new HttpConfiguration();
var request = new HttpRequestMessage(HttpMethod.Post, "http://localhost/api/products");
var route = config.Routes.MapHttpRoute("DefaultApi", "api/{controller}/{id}");
var routeData = new HttpRouteData(route, new HttpRouteValueDictionary { { "controller", "products" } });
var controller = new ProductsController(repo);
controller.ControllerContext = new HttpControllerContext(config, routeData, request);
controller.Request = request;
controller.Request.Properties[HttpPropertyKeys.HttpConfigurationKey] = config;
Then you can call your controller method and assert against it.
// Act
var result = controller.PostProduct(new Product { Id = 1 });
// Assert
Assert.Equal(HttpStatusCode.Created, result.StatusCode);
I can’t take credit for finding this out though. I found it on Peter Provost blog post where he says Brad Wilson helped him construct the code.
I wasn’t positive whether the HTTP response returned was as pure as if the request was actually made to a server. By understanding the Nancy.Testing library I knew that the response given there was an exact copy of what would be given if hitting a server.
I then investigated a bit more and found a great blog post by Filip W about in-memory hosting. This essentially mirrors a server in terms of receiving a request and issuing a response.
Knowing what I knew from Nancy I thought I could apply it to Web API. What this meant was you could submit requests and test against the response. I’m not sure how you would classify it in terms of unit testing or integration testing because the tests run very quickly but I suppose you are hitting an actual server albeit in memory.
Here’s what a simple test looks like:
public class GetDataTests
{
[Fact]
public void GetData_WhenRequested_ShouldReturnJSON()
{
var browser = new Browser();
var response = browser.Get("/GetData", (with) =>
{
with.Header("Accept", "application/json");
with.HttpRequest();
});
Assert.Equal("application/json", response.Content.Headers.ContentType.MediaType);
}
[Fact]
public void GetData_WhenRequested_ShouldReturnOKStatusCode()
{
var browser = new Browser();
var response = browser.Get("/GetData", (with) =>
{
with.Header("Authorization", "Bearer johnsmith");
with.Header("Accept", "application/json");
with.HttpRequest();
});
Assert.Equal(HttpStatusCode.Forbidden, response.StatusCode);
}
}
You define your test, in this case xUnit. You create an instance of the Browser class. This is just a class name there is no browser, it doesn’t fire up IE or anything like that. You then call a method named after a HTTP verb with a path specified. You also have the ability to specify items within the request such as headers, form values and cookies using a delegate. The methods in the Browser class will return a HttpResponseMessage which is what Web API server returns and you can then assert against the response.
Delving a little deeper into the code, the Browser class takes an optional HttpConfiguration constructor argument or if one is not supplied it uses the below configuration. It then creates an instance of HttpServer and passes the configuration into it.
private readonly HttpServer _server;
public Browser()
{
var config = new HttpConfiguration();
config.Routes.MapHttpRoute(name: "Default", routeTemplate: "api/{controller}/{action}/{id}", defaults: new { id = RouteParameter.Optional });
config.IncludeErrorDetailPolicy = IncludeErrorDetailPolicy.Always;
_server = new HttpServer(config);
}
When a method is called it then builds up a HttpRequestMessage using the items defined in the delegate in the unit test and passes it to the server variable and the HttpResponseMessage is returned.
public HttpResponseMessage Get(string path, Action browserContext = null)
{
return this.HandleRequest(HttpMethod.Get, path, browserContext);
}
private HttpResponseMessage HandleRequest(HttpMethod method, string path, Action browserContext)
{
var request = CreateRequest(method, path, browserContext ?? this.DefaultBrowserContext);
if (BrowserHttpClient == null)
BrowserHttpClient = new HttpClient(_server);
HttpResponseMessage response = BrowserHttpClient.SendAsync(request).Result;
request.Dispose();
if (_server != null)
{
_server.Dispose();
}
return response;
}
This gives you the ability to pretty much test the full pipeline of a request and response.
The Github repository is located here and if you like what you see please take a closer look into NancyFX.
NancyFX
UPDATE 7th Dec 2012: The project is available on Nuget


If Player 1 choose something, player 2 shouldnt know the choosen one, if player 2 choose something, player 1 shouldnt kno about the choosen. Goal is it to remove all lives from enemie
© Sharkbyteprojects


{% extends "admin/base_site.html" %} {% load i18n %} {% block breadcrumbs %} {% endblock %} {% block branding %}
{% trans "Your password has been set. You may go ahead and log in now." %}


Hi {{ party.name }}! Thanks for your response!
{% if party.any_guests_attending %}We can't wait to celebrate with you in Niagara!
If you've got a minute, you can help us out by filling in a super quick survey that will help us plan for the most fun and smooth event possible. If you have any other questions, don't hesitate to email us at {{ support_email }}.
{% else %}We're sorry you won't be able to join us in Niagara.
We look forward to catching up with you some other time!
{% endif %}- Cory and Rowena


[gecode-users] Display the values of a set of variable without duplicates
Christian Schulte
cschulte at kth.se
Fri May 31 12:04:42 CEST 2013
Hi,
I am not sure whether I understand your question correctly. But you can
exchange the order of the search engine (that is, in my previous reply swap
e1 and e2).
Best
Christian
--
Christian Schulte, Professor of Computer Science, KTH,
www.ict.kth.se/~cschulte/
-----Original Message-----
From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On Behalf
Of Amina Kemmar
Sent: Friday, May 31, 2013 10:00 AM
To: users at gecode.org
Subject: [gecode-users] Display the values of a set of variable without
duplicates
Hello,
I already asked for the following problem:
According to the variables defined in our model (x,y,z,k), I obtained the
following solutions :
1,1,2,3
1,1,5,6
1,1,7,9
1.1,8,8
I am interested to the values of the two variable x and y, so I want to
avoid the enumeration of the three last solution in order to display just
the first solution.
I got the following response:
One way to do it is as follows:
- You create a space s that only has a brancher for x and y
- You create a search engine e1 for s and find a solution, say s1
- You post a brancher in s1 for z and k.
- You create a search engine e2 for s and find just a single solution!
- You can then also get more solutions from e1 and repeat the previous two
steps.
Thank you for the solution, it works very well, but I have an other problem
which is the enumeration order of the variables x, y, z and k. I must begin
the branching from the variables z and k, then x, y (In this way, Gecode
enumerates quickly the solutions but for the first order "x,y,z,k", it takes
about 30 minutes to enumerate the first solution).
Is there an other solution?
Thank you.
-----
Amina
_______________________________________________
Gecode users mailing list
users at gecode.org
https://www.gecode.org/mailman/listinfo/gecode-users
More information about the users
mailing list


Source code for selenium.webdriver.common.keys
# copyright 2008-2009 WebDriver committers
# Copyright 2008-2009 Google Inc.
#
# Licensed under the Apache License Version 2.0 = uthe "License")
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http //www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing software
# distributed under the License is distributed on an "AS IS" BASIS
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
"""
The Keys implementation.
"""
from __future__ import unicode_literals
[docs]class Keys(object):
"""
Set of special keys codes.
"""
NULL = '\ue000'
CANCEL = '\ue001' # ^break
HELP = '\ue002'
BACK_SPACE = '\ue003'
TAB = '\ue004'
CLEAR = '\ue005'
RETURN = '\ue006'
ENTER = '\ue007'
SHIFT = '\ue008'
LEFT_SHIFT = '\ue008' # alias
CONTROL = '\ue009'
LEFT_CONTROL = '\ue009' # alias
ALT = '\ue00a'
LEFT_ALT = '\ue00a' # alias
PAUSE = '\ue00b'
ESCAPE = '\ue00c'
SPACE = '\ue00d'
PAGE_UP = '\ue00e'
PAGE_DOWN = '\ue00f'
END = '\ue010'
HOME = '\ue011'
LEFT = '\ue012'
ARROW_LEFT = '\ue012' # alias
UP = '\ue013'
ARROW_UP = '\ue013' # alias
RIGHT = '\ue014'
ARROW_RIGHT = '\ue014' # alias
DOWN = '\ue015'
ARROW_DOWN = '\ue015' # alias
INSERT = '\ue016'
DELETE = '\ue017'
SEMICOLON = '\ue018'
EQUALS = '\ue019'
NUMPAD0 = '\ue01a' # numbe pad keys
NUMPAD1 = '\ue01b'
NUMPAD2 = '\ue01c'
NUMPAD3 = '\ue01d'
NUMPAD4 = '\ue01e'
NUMPAD5 = '\ue01f'
NUMPAD6 = '\ue020'
NUMPAD7 = '\ue021'
NUMPAD8 = '\ue022'
NUMPAD9 = '\ue023'
MULTIPLY = '\ue024'
ADD = '\ue025'
SEPARATOR = '\ue026'
SUBTRACT = '\ue027'
DECIMAL = '\ue028'
DIVIDE = '\ue029'
F1 = '\ue031' # function keys
F2 = '\ue032'
F3 = '\ue033'
F4 = '\ue034'
F5 = '\ue035'
F6 = '\ue036'
F7 = '\ue037'
F8 = '\ue038'
F9 = '\ue039'
F10 = '\ue03a'
F11 = '\ue03b'
F12 = '\ue03c'
META = '\ue03d'
COMMAND = '\ue03d'


Simple application that:
Here you can observe the list of channels available and their characteristics.
Here you can see list of subscribers, create new ones, or delete or modify existing.
Here you can observe dynamic characteristics of events flows.


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 4
Succulent halibut with decadent langoustines, cut through with a refreshing yoghurt dressing
For the pickling mix, place all the ingredients with two tablespoons water in a sauce pan and bring to a simmer. Remove from the heat then pour into a bowl and chill.
For the pickle, place the cucumber in a sieve over a bowl, and sprinkle with half the salt and leave for two minutes. Then add the shallot and radishes and sprinkle over the remaining salt and leave for a further three minutes.
Rinse under cold water and pat dry. Add the cucumber, shallots and radishes to the pickling mix, along with the ginger.
For the roast halibut and langoustine, plunge the langoustine tails in boiling salted water for 40 seconds, then remove and allow to cool before peeling the shell off, retaining the meat.
Meanwhile heat a large frying pan and add the oil, once hot add the halibut, skin side down, and cook for two minutes. Turn the fish over, add the butter and cook for a further two minutes. Then add the langoustine tails to the pan to warm through.
For the dressing, place the yoghurt, coriander, mint, garlic and fish sauce in a jug blender and blend until smooth.
To serve, spoon the yoghurt dressing onto the centre of each serving plate and place the halibut in the centre skin side up. Top with the pickle, a couple of langoustine tails and the two cresses. Arrange the remaining langoustine tails around the plate.


Toronto
Bellgor Process Servers
149 Fake Street, Suite # 237, Hamilton, On L8N 1B2
+1<PHONE_NUMBER> | bellgor.com
Bonafide Paralegal
149 Fake Street, Suite # 237, Hamilton, On L8N 1B2
(416) 462-3633
| bonafideparalegal.com
Borg Process Serving
149 Fake Street, Suite # 237, Hamilton, On L8N 1B2
(416) 746-4437
| www.borgprocessservers.com
Bulletproof Legal
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(416) 830-0727
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(416) 356-8636 | www.dialandfile.com
Dial and File North York
149 Fake Street, Suite # 237, Hamilton, On L8N 1B2
(416) 356-8636
| dialandfile.com
DO Process Serving
149 Fake Street, Suite # 237, Hamilton, On L8N 1B2
(416) 322-6111 | doprocess.com
Dropdocs
149 Fake Street, Suite # 237, Hamilton, On L8N 1B2
(416) 462-3633
| dropdocs.ca
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149 Fake Street, Suite # 237, Hamilton, On L8N 1B2
(416) 503-2924
| lormit.com
RMG Legal Services
149 Fake Street, Suite # 237, Hamilton, On L8N 1B2
(416) 890-7974
| rmglegal.ca
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149 Fake Street, Suite # 237, Hamilton, On L8N 1B2
(416) 887-6218
| kaplitigation.com
TAS Process Service
149 Fake Street, Suite # 237, Hamilton, On L8N 1B2
(416) 903-8643
| tasps.ca
Stamped Process Serving - Front St.
149 Fake Street, Suite # 237, Hamilton, On L8N 1B2
(416) 300-5434
| stampedservices.ca
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| stampedservices.ca
Stamped Process Serving - Richmond Hill
149 Fake Street, Suite # 237, Hamilton, On L8N 1B2
(416) 300-5434
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Ottawa
Adams Process Serving
149 Fake Street, Suite # 237, Hamilton, On L8N 1B2
(613) 794-7396 | aaa-adams.com
Couvrette Legal Services
149 Fake Street, Suite # 237, Hamilton, On L8N 1B2
(613) 769-3259 | www.couvrette.ca
Lormit Personal Services
149 Fake Street, Suite # 237, Hamilton, On L8N 1B2
(613) 244-9097
| lormit.com
Adams Process Serving
149 Fake Street, Suite # 237, Hamilton, On L8N 1B2
(613) 794-7396 | aaa-adams.com
MCA Process Service
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(613) 791-4954 | www.mcaprocessservice.com
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Infiniti Legal Support Services
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Canadian Process Serving Inc
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City County Process Service
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Quick Serve Document Service
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Marlow Bailiff and Property Management Servers
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Ok, so you've got the game up and running, you've changed your character skin and given your Minecraft world a whole new look, but now it's time to take the next step. Mods are different from the tweaks covered above in that they fundamentally alter how the game functions, instead of just upgrading its looks. Because of this, installing mods is a slightly more involved process.
The first thing you need to do is install Minecraft Forge. Minecraft Forge streamlines the installation of mods by replacing the necessary files for you, rather than requiring you to swap out all the files each time you want to try a new mod. Find the Forge version that corresponds to your Minecraft install the wheel on the Forge website and download it.
Note: The vast majority of mods are Forge-compatible, and many actually require Forge in order to be used. There are still a few that don't workwith Forge, but since your chances of coming across an incompatible mod are rather slim, we're sticking with the Forge method here.
Now it's time to find a mod that you want to install. A community-compiled list of mods on MCF Modlist is a great place to start, but you can also browse for mods on the forums or sites like Planet Minecraft. Once you've found a mod you want to use, download the file.
For this tutorial we'll install a mod that gives in-game characters and animals on-screen life bars.
That's it! You now have everything you need to change the look, feel, and gameplay of one of the most popular PC games of all time. So experiment, try anything that sounds even mildly interesting, and keep an eye on new and exciting mods as they debut around the web.


Secrets is a tool to help manage your application's development secrets within a Team.
View project on GithubKeybase 0.18 or later is required.
$ brew tap bugcrowd/cartons
$ brew install bugcrowd/cartons/secrets
Secrets encrypts your secrets to a .secrets directory, which should then be committed to git. This coupling of secrets with code ensures that when the application is executed, it will have the correct secrets configuration. To grant your team mates access to the secrets repository simply do secrets members add ${keybase_username}.
The encryption is performed by the local Keybase service running on your machine. This allows Secrets to pass off all the hard work of making sure encryption is done right to Keybase. It also means Secrets doesn't need access to your Keybase authentication details. As long as you are logged into Keybase on your local machine Secrets can communicate to it via a socket.
$ secrets init
$ secrets set key=value
$ secret get key
$ secrets export
$ secrets export -f json
$ secrets members
All members added to secrets require a Keybase device key.
$ secrets members add ${keybase_username}
$ secrets members remove ${keybase_username}
Copyright 2017 Coen Hyde
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


HTTP Versioning
► Page Contents:
How many HTTP versions have you come across before?
Introduction⌗
HTTP/1.0
has been created since 1996~97 and we move to HTTP/1.1
(since 1999) and using it for most of the time. And then HTTP working group has introduced HTTP/2.0
(aka spdy) in 2015, and now HTTP/3
(aka QUIC) in 2022.
About HTTP/1.x⌗
HTTP/1.x
released since 1996, and it is a stateless protocol. The release of HTTP/1.1
is to introduce the following features (lack in HTTP/1.0
):
- Keep-alive mechanism which reuse the same TCP connection for multiple requests.
- Pipelining features which implies that user can send multiple requests before waiting for responses from servers.
- Parallel TCP connection with client to keep the browser performance at an acceptable level.
Problems with HTTP/1.x:
- Lack of prioritization which could lead to blocking of critical resources being download.
- Head-of-line blocking led to inefficient use of network resources, because it can handle only one request within the same pipeline at a time. This means
HTTP/1.1
requires the responses to be sent in the order in which the requests were received. - Large size in header which impacting performance especially on modern web (like mobile 4G connection).
About HTTP/2⌗
HTTP/2
or SPDY, has some new features and it is mainly to address the problems found at HTTP/1.1
. It includes:
- Multiplexing which effectively sending request and receiving response asynchronously.
- Header compression to compress request/response headers for reducing the amount of data transmitted.
- Server push which allow pushing of resources to client’s cache (before being requested) for better user experience.
- Stream prioritization allows critical resources to be fetched and rendered first, in clients' request.
- Binary framing is used to encapsulate message to make protocol more efficient.
About HTTP/3⌗
HTTP/3
or QUIC - is a UDP-based stream-multiplexing, encrypted transport protocol that documented under RFC9000. This also means that firewall rule update is needed for HTTP/3
to work correctly because of new UDP transport protocol is introduced here. Thus it is aka Quick UDP Internet Connections (QUIC).
QUIC has the benefits:
- Built-in encryption by incorporate TLS 1.3 by defaulti, and thus reduce the latency of establishing connection.
- Connection migration which allow mobile client to change IP address without lossing connectivity.
- 0-RTT or zero-round-trip-time is enabled for reducing latency of establishing connection.
As of today, a few web sites have migrated to HTTP/3, for example, www.facebook.com , blog.cloudflare.com and www.google.com .
Manual checking on HTTP version⌗
Majority of the browsers are supporting HTTP/2 (enabled by default) but not all are supporting HTTP/3 yet. Below are the curl and (projectdiscovery) httpX commands to check HTTP version.
$ curl -sI https://www.google.com -o/dev/null -w '%{http_version}\n'
2
$ curl -sI https://www.isc2.org -o/dev/null -w '%{http_version}\n'
1.1
$ echo www.youtube.com | ./httpx -http2 -title -pipeline -vhost
__ __ __ _ __
/ /_ / /_/ /_____ | |/ /
/ __ \/ __/ __/ __ \| /
/ / / / /_/ /_/ /_/ / |
/_/ /_/\__/\__/ .___/_/|_|
/_/
projectdiscovery.io
[INF] Current httpx version v1.3.0 (latest)
Tools at MySeq: httpver_scan⌗
I have created cli tool, to perform quick scan on HTTP version. It is called httpver_scan .
Below is the sample output where [301] redirection is not followed:
[*] Scanning [7] sites...
URLs Protocols Server Time / Total Content
==================================================================================================================
[ 1] https://requestbin.com/ r_0 [307] HTTP/2 s:CloudFront [0.1506]/[0.1510] ~0.0kb
[ 2] https://nghttp2.org/ r_0 [200] HTTP/2 s:nghttpx [0.3011]/[0.3014] ~6.2kb
[ 3] http://www.isc2.org/ r_0 [301] HTTP/1.0 s: [0.0905]/[0.0908] ~0.0kb
[ 4] https://www.isc2.org/ r_0 [200] HTTP/1.1 s: [1.9348]/[1.9355] ~114.7kb
[ 5] https://facebook.com/ r_0 [301] HTTP/2 s: [0.3001]/[0.3006] ~0.0kb
[ 6] https://www.facebook.com/ r_0 [200] HTTP/2 s: [0.5904]/[0.5906] ~61.2kb
[ 7] https://httpbin.org/ < Timeout > [6.0867]
[*] Completed 7/7 sites with 7 connections for 9.456673 sec. [ real: 6.10 sec].
Below is the sample output where [301] redirection is followed:
[*] Scanning [7] sites...
URLs Protocols Server Time / Total Content
==================================================================================================================
[ 1] https://requestbin.com/ r_1 [200] HTTP/2 s: [1.3965]/[1.6643] ~522.1kb
[ 2] https://nghttp2.org/ r_0 [200] HTTP/2 s:nghttpx [0.3163]/[0.3168] ~6.2kb
[ 3] http://www.isc2.org/ r_1 [200] HTTP/1.1 s: [2.0711]/[2.1660] ~114.7kb
[ 4] https://www.isc2.org/ r_0 [200] HTTP/1.1 s: [1.9245]/[1.9249] ~114.7kb
[ 5] https://facebook.com/ r_1 [200] HTTP/2 s: [0.3767]/[0.6940] ~61.2kb
[ 6] https://www.facebook.com/ r_0 [200] HTTP/2 s: [0.6108]/[0.6110] ~61.2kb
[ 7] https://httpbin.org/ < Timeout > [6.0383]
[*] Completed 7/7 sites with 10 connections for 13.415142 sec. [ real: 6.05 sec].
Links⌗
- HTTP/3 check - by LiteSpeed
- HTTP/2 - by Wikipedia
- HTTP/3 - by Wikipedia
- httpX - by Project Discovery
- http2 explained
- HTTP/2 Explained
- HTTP/3 Explained
- HTTP/1.1 Vs HTTP/2 Akamai demo
- HTTP Testing Tools


---
layout: page
title: Japan 2019
---
I was lucky enough to travel to Japan this past month, and this blog documents all the places I went to during my trip there from Nov. 28 to Dec. 14 in 2019. Hopefully, someone out there looking to travel to Japan (or is just interested in seeing what's out there) will find this helpful, or interesting.


This chapter will guide you to use PyBrain’s most basic structural elements: the FeedForwardNetwork and RecurrentNetwork classes and with them the Module class and the Connection class. We have already seen how to create networks with the buildNetwork shortcut - but since this technique is limited in some ways, we will now explore how to create networks from the ground up.
We will start with a simple example, building a multi layer perceptron.
First we make a new FeedForwardNetwork object:
>>> from pybrain.structure import FeedForwardNetwork
>>> n = FeedForwardNetwork()
Next, we’re constructing the input, hidden and output layers:
>>> from pybrain.structure import LinearLayer, SigmoidLayer
>>> inLayer = LinearLayer(2)
>>> hiddenLayer = SigmoidLayer(3)
>>> outLayer = LinearLayer(1)
There are a couple of different classes of layers. For a complete list check out the modules package.
In order to use them, we have to add them to the network:
>>> n.addInputModule(inLayer)
>>> n.addModule(hiddenLayer)
>>> n.addOutputModule(outLayer)
We can actually add multiple input and output modules. The net has to know which of its modules are input and output modules, in order to forward propagate input and to back propagate errors.
It still needs to be explicitly determined how they should be connected. For this we use the most common connection type, which produces a full connectivity between layers, by connecting each neuron of one layer with each neuron of the other. This is implemented by the FullConnection class:
>>> from pybrain.structure import FullConnection
>>> in_to_hidden = FullConnection(inLayer, hiddenLayer)
>>> hidden_to_out = FullConnection(hiddenLayer, outLayer)
As with modules, we have to explicitly add them to the network:
>>> n.addConnection(in_to_hidden)
>>> n.addConnection(hidden_to_out)
All the elements are in place now, so we can do the final step that makes our MLP usable, which is to call the .sortModules() method:
>>> n.sortModules()
This call does some internal initialization which is necessary before the net can finally be used: for example, the modules are sorted topologically.
We can actually print networks and examine their structure:
>>> print n
FeedForwardNetwork-6
Modules:
[<LinearLayer 'LinearLayer-3'>, <SigmoidLayer 'SigmoidLayer-7'>, <LinearLayer 'LinearLayer-8'>]
Connections:
[<FullConnection 'FullConnection-4': 'LinearLayer-3' -> 'SigmoidLayer-7'>, <FullConnection 'FullConnection-5': 'SigmoidLayer-7' -> 'LinearLayer-8'>]
Note that the output on your machine will not necessarily be the same.
One way of using the network is to call its ‘activate()’ method with an input to be transformed:
>>> n.activate([1, 2])
array([-0.11302355])
Again, this might look different on your machine - the weights of the connections have already been initialized randomly. To have a look at those parameters, just check the .params field of the connections:
We can access the trainable parameters (weights) of a connection directly, or read all weights of the network at once:
>>> in_to_hidden.params
array([ 1.37751406, 1.39320901, -0.24052686, -0.67970042, -0.5999425 , -1.27774679])
>>> hidden_to_out.params
array([-0.32156782, 1.09338421, 0.48784924])
The network encapsulating the modules actually holds the parameters too. You can check them out here:
>>> n.params
array([ 1.37751406, 1.39320901, -0.24052686, -0.67970042, -0.5999425 ,
-1.27774679, -0.32156782, 1.09338421, 0.48784924])
As you can see, the last three parameters of the network equal the parameters of the second connection.
In some settings it makes sense to give the parts of a network explicit identifiers. The structural components are derive from the Named class, which means that they have an attribute .name by which you can identify it by. If no name is given, a new name will be generated automatically.
Subclasses can also be named by passing the name argument on initialization:
>>> LinearLayer(2)
<LinearLayer 'LinearLayer-11'>
>>> LinearLayer(2, name="foo")
<LinearLayer 'foo'>
By using names for your networks, printouts look more concise and readable. They also ensure that your network components are named in the same way every time you run your program.
In order to allow recurrency, networks have to be able to “look back in time”. Due to this, the RecurrentNetwork class is different from the FeedForwardNetwork class in the substantial way, that the complete history is saved. This is actually memory consuming, but necessary for some learning algorithms.
To create a recurrent network, just do as with feedforward networks but use the appropriate class:
>>> from pybrain.structure import RecurrentNetwork
>>> n = RecurrentNetwork()
We will quickly build up a network that is the same as in the example above:
>>> n.addInputModule(LinearLayer(2, name='in'))
>>> n.addModule(SigmoidLayer(3, name='hidden'))
>>> n.addOutputModule(LinearLayer(1, name='out'))
>>> n.addConnection(FullConnection(n['in'], n['hidden'], name='c1'))
>>> n.addConnection(FullConnection(n['hidden'], n['out'], name='c2'))
The RecurrentNetwork class has one additional method, .addRecurrentConnection(), which looks back in time one timestep. We can add one from the hidden to the hidden layer:
>>> n.addRecurrentConnection(FullConnection(n['hidden'], n['hidden'], name='c3'))
If we now activate the network, we will get different outputs each time:
>>> n.sortModules()
>>> n.activate((2, 2))
array([-0.1959887])
>>> n.activate((2, 2))
array([-0.19623716])
>>> n.activate((2, 2))
array([-0.19675801])
Of course, we can clear the history of the network. This can be done by calling the reset method:
>>> n.reset()
>>> n.activate((2, 2))
array([-0.1959887])
>>> n.activate((2, 2))
array([-0.19623716])
>>> n.activate((2, 2))
array([-0.19675801])
After the call to .reset(), we are getting the same outputs as just after the objects creation.


|
|
| ApiBuilder (void *fileptr, chars package) |
| |
|
void | WriteTypes (chars value) |
| |
|
void | WriteDeclares () |
| |
|
void | WriteIncludes (chars value) |
| |
|
void | WriteTypedefs () |
| |
|
void | WriteInitializer (chars value1, chars value2) |
| |
|
void | WriteImplement () |
| |
|
void | WritePackageAndImport (chars company) |
| |
|
void | WriteClass (chars application) |
| |
|
void | WriteLoadLibrary (chars application, chars tab) |
| |
|
void | WriteNativeFunctions (chars tab) |
| |
The documentation for this class was generated from the following file:


| Method | Defined by | ||
|---|---|---|---|
|
clamp(n:Number, min:Number, max:Number):Number
[static]
Returns the value of n clamped to be within the range [min, max].
| MathUtil | ||
|
distance(x1:Number, y1:Number, x2:Number, y2:Number, p:Number = 2):Number
[static]
Returns distance from point (x1, y1) to (x2, y2) in 2D.
| MathUtil | ||
|
normalizeDegrees(degrees:Number):Number
[static]
Normalizes an angle in degrees to occupy the [0, 360) range.
| MathUtil | ||
|
normalizeRadians(radians:Number):Number
[static]
Normalizes an angle in radians to occupy the [0, 2pi) range.
| MathUtil | ||
|
toDegrees(radians:Number):Number
[static]
Converts radians to degrees.
| MathUtil | ||
|
toRadians(degrees:Number):Number
[static]
Converts degrees to radians.
| MathUtil |
| clamp | () | method |
public static function clamp(n:Number, min:Number, max:Number):Number
Returns the value of n clamped to be within the range [min, max].
Parametersn:Number |
|
min:Number |
|
max:Number |
Number |
| distance | () | method |
public static function distance(x1:Number, y1:Number, x2:Number, y2:Number, p:Number = 2):Number
Returns distance from point (x1, y1) to (x2, y2) in 2D.
Supports various distance metrics: the common Euclidean distance, taxicab distance, arbitrary Minkowski distances, and Chebyshev distance.
See the NIST web page on distance definitions.
Parameters
x1:Number — x value of the first point
|
|
y1:Number — y value of the first point
|
|
x2:Number — x value of the second point
|
|
y2:Number — y value of the second point
|
|
p:Number (default = 2 ) — Optional: p value of the norm function. Common cases:
|
Number |
| normalizeDegrees | () | method |
public static function normalizeDegrees(degrees:Number):Number
Normalizes an angle in degrees to occupy the [0, 360) range.
Parametersdegrees:Number |
Number |
| normalizeRadians | () | method |
public static function normalizeRadians(radians:Number):Number
Normalizes an angle in radians to occupy the [0, 2pi) range.
Parametersradians:Number |
Number |
| toDegrees | () | method |
public static function toDegrees(radians:Number):Number
Converts radians to degrees.
Parametersradians:Number |
Number |
| toRadians | () | method |
public static function toRadians(degrees:Number):Number
Converts degrees to radians.
Parametersdegrees:Number |
Number |


R -- R Object Data Store
The R Object File Format is supported for write access, and limited
read access by GDAL. This format is the native format R uses for objects
saved with the save command and loaded with the load command.
GDAL supports writing a dataset as an array object in this format, and
supports reading files with simple rasters in essentially the same
organization. It will not read most R object files.
Currently there is no support for reading or writing georeferencing
information.
Creation Options
- ASCII=YES/NO: Produce an ASCII formatted file, instead of binary, if set to YES. Default is NO.
- COMPRESS=YES/NO: Produces a compressed file if YES, otherwise an uncompressed file. Default is YES.
See Also:


--- layout: post status: publish published: true title: Editable XPathDocument author: display_name: Tomas Restrepo login: tomasr email<EMAIL_ADDRESS>url: http://winterdom.com/ author_login: tomasr author_email<EMAIL_ADDRESS>author_url: http://winterdom.com/ wordpress_id: 720 wordpress_url: http://winterdom.com/2004/04/editablexpathdocument date: '2004-04-11 08:57:54 +0000' date_gmt: '2004-04-11 08:57:54 +0000' categories: - ".NET" tags: [] comments: [] ---
I've just been scratching the surface of all the new cool things coming down in Whidbey, but one thing that struck me as very useful right away was the fact that in the XML Stack, XPathDocument is now an editable concept, with the help of XPathEditableNavigator. Way cool!.


devops
ease our life
Created by
右领军大都督
Background
Trust breakdown between management — and everyone else in the
business
- Developers can not finish it by deadline
- Developers finish it on time, but with limitations and bugs
What is devOps
A set of practices that automates the processes between software
development and operation teams
Aim to shorten the systems development life cycle while delivering
features, fixes, and updates frequently in close alignment with
business objectives
devOps model
theory of devOps
Development and operations teams are going to work together across
the entire application lifecycle
Benefits
- Speed - release even faster
- Rapid Delivery - tight connection with customers
- Reliability - quality guaranteed by auto-process
- Scale - robust infrastructure
- Improved Collaboration - no "wall" between different teams
How we achieve
- Cultural philosophy
- Toolchains buildup
Cultural philosophy
Try to break barriers between different teams, there should no need
for specific operations team, every engineer can thinking in ops as
well.
regardless of their organizational structure, have teams that view
the entire development and infrastructure lifecycle as part of their
responsibilities
Coding
-
Team agreed IDE, such as:
vscode
Building
here are some Continuous Integration tools
Testing
here are some Continuous Testing tools
Packaging
here are some Packaging tools
Releasing
here are some Releasing tools
Configuring
here are some Configuring tools


Page 7
This pages currently also serves to showcase navigating with Turbo Drive
Turbo Streams wrapped in a Custom Element
This page redoes the WS Stream example, it simply provides an easy Custom elemnt to wrap all the Setup
Stream targets
The contents of this paragraph will be replaced
- New contents will be appendeed to this list


Class RTCPReport
Inheritance
System.Object
RTCPReport
Inherited Members
System.Object.Equals(System.Object)
System.Object.Equals(System.Object, System.Object)
System.Object.GetHashCode()
System.Object.GetType()
System.Object.MemberwiseClone()
System.Object.ReferenceEquals(System.Object, System.Object)
System.Object.ToString()
Assembly: SIPSorcery.dll
Syntax
Constructors
|
Improve this Doc
View Source
RTCPReport()
Declaration
|
Improve this Doc
View Source
RTCPReport(Byte[])
Declaration
public RTCPReport(byte[] packet)
Parameters
| Type |
Name |
Description |
| System.Byte[] |
packet |
|
|
Improve this Doc
View Source
RTCPReport(DataRow)
Declaration
public RTCPReport(DataRow row)
Parameters
| Type |
Name |
Description |
| System.Data.DataRow |
row |
|
|
Improve this Doc
View Source
RTCPReport(Guid, UInt32, IPEndPoint)
Declaration
public RTCPReport(Guid rtpStreamId, uint syncSource, IPEndPoint remoteEndPoint)
Parameters
| Type |
Name |
Description |
| System.Guid |
rtpStreamId |
|
| System.UInt32 |
syncSource |
|
| System.Net.IPEndPoint |
remoteEndPoint |
|
Fields
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AverageTransitTime
Declaration
public uint AverageTransitTime
Field Value
| Type |
Description |
| System.UInt32 |
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BytesReceived
Declaration
public ulong BytesReceived
Field Value
| Type |
Description |
| System.UInt64 |
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Duplicates
Declaration
Field Value
| Type |
Description |
| System.UInt32 |
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Duration
Declaration
Field Value
| Type |
Description |
| System.UInt64 |
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EndSequenceNumber
Declaration
public ushort EndSequenceNumber
Field Value
| Type |
Description |
| System.UInt16 |
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JitterAverage
Declaration
public uint JitterAverage
Field Value
| Type |
Description |
| System.UInt32 |
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JitterDiscards
Declaration
public uint JitterDiscards
Field Value
| Type |
Description |
| System.UInt32 |
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JitterMaximum
Declaration
public uint JitterMaximum
Field Value
| Type |
Description |
| System.UInt32 |
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LastReceivedReportNumber
Declaration
public uint LastReceivedReportNumber
Field Value
| Type |
Description |
| System.UInt32 |
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OutOfOrder
Declaration
Field Value
| Type |
Description |
| System.UInt32 |
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PacketsLost
Declaration
Field Value
| Type |
Description |
| System.UInt32 |
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ReportNumber
Declaration
Field Value
| Type |
Description |
| System.UInt32 |
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RTCPREPORT_BYTES_LENGTH
Declaration
public const int RTCPREPORT_BYTES_LENGTH = 84
Field Value
| Type |
Description |
| System.Int32 |
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RTPStreamId
Declaration
Field Value
| Type |
Description |
| System.Guid |
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SampleEndTime
Declaration
public DateTime SampleEndTime
Field Value
| Type |
Description |
| System.DateTime |
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SampleStartTime
Declaration
public DateTime SampleStartTime
Field Value
| Type |
Description |
| System.DateTime |
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StartSequenceNumber
Declaration
public ushort StartSequenceNumber
Field Value
| Type |
Description |
| System.UInt16 |
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SyncSource
Declaration
Field Value
| Type |
Description |
| System.UInt32 |
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TestId
Declaration
Field Value
| Type |
Description |
| System.Guid |
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TotalPackets
Declaration
Field Value
| Type |
Description |
| System.UInt32 |
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TransmissionRate
Declaration
public uint TransmissionRate
Field Value
| Type |
Description |
| System.UInt32 |
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Properties
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RemoteEndPoint
Declaration
public string RemoteEndPoint { get; }
Property Value
| Type |
Description |
| System.String |
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Methods
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GetBytes()
Declaration
Returns
| Type |
Description |
| System.Byte[] |
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ToResultsString()
Declaration
public string ToResultsString()
Returns
| Type |
Description |
| System.String |
|


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(+1)<PHONE_NUMBER>
(+1)<PHONE_NUMBER>
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from pip._internal.distributions.base import AbstractDistribution from pip._internal.utils.typing import MYPY_CHECK_RUNNING if MYPY_CHECK_RUNNING: from typing import Optional from pip._vendor.pkg_resources import Distribution from pip._internal.index.package_finder import PackageFinder class InstalledDistribution(AbstractDistribution): """Represents an installed package. This does not need any preparation as the required information has already been computed. """ def get_pkg_resources_distribution(self): # type: () -> Optional[Distribution] return self.req.satisfied_by def prepare_distribution_metadata(self, finder, build_isolation): # type: (PackageFinder, bool) -> None pass