I cant watch fox. Everytime I've tried , I hear them lie and Iget pissed so for my blood pressures sake , I stay away from all commie stations .. I get my news here ..
@1e798e8a4f474d5abe14055adb8f95d9 So was Gym, when he basically OKed abuse and covered it up at OSU . @JimJordan But you’re totally fine with that I guess.
That's all you can say ? Your level of your "intelligence " need a lot of improvement. Jim Jordan represents true Americans who loves and appreciate Freedom and Capitalism. You seems like representative of the opposite. I would sponsor a one way ticket for you to move to Venezuela.
@Lindakimbro Uh seriously? Google Jim and OSU.
Name Hidden·@Private User4 days ago
@Dunebugger Haha sorry puppet but we are all here where you at? Still hiding in your momma's basement?    I will research more before I make a Opinion will you
Name Hidden·@Private User4 days ago
@Dunebugger Time for you to grow up your all talk.  We know how you demoRats are.  Quit hiding behind a keyboard
@LocationTC I was a faithful supporter of fox news & as far as I am concerned they screwed me over, when I get screwed over - I WILL HAVE THE LAST WORD-- NO MORE FOX NEWS!!
@Thecommish Hey. Whatever. Personally the only boycott I am promoting is a boycott of all products not made in America. I even have the t-shirt. This shirt was made in America. Covid-19 was not. Think before you shop.

No sir, FOX NEWS turned its back on us
Hey Jim FFFUUUCCKKKK YYOOUUUU! @JimJordan
No to Faux News
Fox is not our friend November 3, 2020 they died to me
Who would miss that Gym.
We don’t watch Fox and Friends?
Italy!!!!!!!
No Jim no fox peroid
Why r u on Fox. They hate trump.
I’ll wait till u post in Parler
Jim I do not know were you have been but we do not watch Fox News anymore & we will never go back.
So sad for your loss. 15 days to go!
At what time today do all of the wonderful things we've been promised for so long start happening?
#dumpfox
Love you and what you’re doing. I will not watch Fox. Good luck today!!!! No pressure 😀
Don’t watch Fake Fox News!!
We are always interested in what Jim Jordan has to say. Always.


Helper Functions¶
-
blogo_utils.
dump
(obj) Helper function to print what is inside a python object
-
blogo_utils.
run
(file=None, **kwargs) Run a python script specified by file
- Parameters
file – The name of the file to load, or None to reload the last file loaded
kwargs – User data which can be used by the script.
-
blogo_utils.
show
(file=None, **kwargs) Run a python script specified by file and then show the rendered results
- Parameters
file – The name of the file to load, or None to reload the last file loaded
kwargs – User data which can be used by the script.


This pages shows the published open-source packages from HKV Consultants.
Hkvsobekpy
HKVSOBEKPY
is package for reading his and bui-files into pandas DataFrames. This package also contains some modules for applying statistics to obtain the return period for T10, T25, T50 and T100. This information is useful to compare against actual waterlevels.
Hkvfewspy
HKVFEWSPY
is a Python wrapper for Delft-FEWS PI Web Services.
Test Notebooks | Pypi | GitHub
Hkvwaporpy
HKVWAPORPY
is a Python package that connects to the FAO WaPOR webservice. This package provide options to retrieve the url where the raster information is stored on the server given the parameter, level and location.
Utilities
Hkvportal is a Python package to work with the HKV dataportal.


- AbstractDataMapping<T> - Class in xyz.swatt.data_mapping_validator
-
This is an Abstract Implementation of the DataMapping Interface.
- AbstractDataMapping()
- Constructor for class xyz.swatt.data_mapping_validator.AbstractDataMapping
-
- AbstractSwattException - Exception in xyz.swatt.exceptions
-
An Abstract Runtime Exception that all other Exceptions in the xyz.swatt.exceptions
package inherit from.
- AbstractSwattException() -
Constructor for exception xyz.swatt.exceptions.AbstractSwattException
-
Constructs a new runtime exception with null
as its
detail message.
- AbstractSwattException(String)
- Constructor for exception xyz.swatt.exceptions.AbstractSwattException
-
Constructs a new runtime exception with the specified detail message.
- AbstractSwattException(Throwable)
- Constructor for exception xyz.swatt.exceptions.AbstractSwattException
-
Constructs a new runtime exception with the specified cause and a
detail message of (cause==null ? null : cause.toString())
(which typically contains the class and detail message of
cause).
- AbstractSwattException(String, Throwable)
- Constructor for exception xyz.swatt.exceptions.AbstractSwattException
-
Constructs a new runtime exception with the specified detail message and
cause.
- addKnownError(String) - Static method in
class xyz.swatt.testng.reporters.TestNgMatrixReporter
-
Will take in a Bug Id and report it as an error at the end of Regressions.
- addKnownError() - Static
method in class xyz.swatt.testng.reporters.TestNgPassPercentageReporter
-
Will allow the Error Count to be incremented by 1.
- addToArray(JsonPath, Object)
- Method in class xyz.swatt.json.JsonWrapper
-
Will add the given object to the array specified by the JSON Path.
- addToArray(String, Object) - Method in class
xyz.swatt.json.JsonWrapper
-
Will add the given object to the array specified by the JSON Path.
- ArgumentChecks - Class in xyz.swatt.asserts
-
Tests for method Arguments.
- ArgumentChecks() - Constructor for class
xyz.swatt.asserts.ArgumentChecks
-
- around(ProceedingJoinPoint)
- Method in class xyz.swatt.log.LogMethodsAspect
-
- autoTakeScreenshotsOnErrors -
Static variable in class xyz.swatt.selenium.WebDriverWrapper
-
If true
, when an exception happens, a screenshot will automatically be taken and added to the Exception's Message.


Teachers Without Borders is working to inform, educate, and call its members to action in response to the earthquake in Haiti.
We have created a resource page where you can find more out about the earthquake and how you can help. To view it, click here.


Truly a world in of itself, it is a country where you can get an amazing experience without a lot of worry about spending money other than travel. With a vibrant culture, many exciting dishes, and both urban and rural areas for people to visit and explore, this is an destination that you must go to once in your life!


On the View subscription page, you can view the details of subscriptions customers have created for services you offer. As a supplier, you can also view the details of subscriptions that customers of broker organizations have created for your services.
The following information on a subscription is available:
To view the details of a subscription:
You can select any subscription of your customers that is currently active. If you are logged in as a supplier, you can also select an active subscription of your brokers' customers.
The details of the subscription are instantly displayed in the lower page area.


--- title: Phrases and Collocation Detection with Gensim author: Alex Wold date: '2021-06-24' slug: phrases-and-collocation-detection-with-gensim categories: - N-Grams tags: - Gensim - Collocation - Phrases - N-Grams subtitle: '' summary: '' authors: [] lastmod: '2021-06-24T01:17:10-05:00' featured: no image: caption: '' focal_point: '' preview_only: no projects: [] ---
So far, we’ve used a set-list of replacement rules to incorporate n-grams within our tax-embeddings, but the Gensim Phrases library allows us to train a customized tokenizer to identify multiple-word terms specific to the IRS corpora using collocation detection. This pushes our model to capture expressions beyond the default unigram level and our own preservation strategies.
It’s easier to work directly in python when using the Gensim functionalities. Therefore, we’ll start with the following libraries and load a our example corpus for training and testing.
# load packages
library(reticulate)
library(stringr)
library(tokenizers)
# load the instructions (as object instext)
textpath <- "/home/alex/Projects/taxembed/data/corpora/irs_corpi/instructions.rda"
load(textpath)
instructions.rda refers to a vector of strings, where each string is the ripped text from an individual IRS instruction posting. We don’t need all of the data for a simple trial run, so we’ll just use the first seven instruction texts (six for training, one for testing).
Unfortunately, the example corpus isn’t very clean; regex expressions, like \n
and \t
, riddle the text with symbols that don’t belong in the n-gram vocabulary. Luckily, the stringr
package provides a few removal functions that can target these expressions and eliminate duplicate spaces. Afterwords, we can apply a sentence and word tokenizer to split the data into the form of a list, where each entry consists of a character vector of the separated words. We then convert the objects to their python equivalents, where we can access them by r.words
for the training set and r.twords
for the testing set.
# create example corpus
excor <- paste(instext[1], instext[2], instext[3], instext[4], instext[5], instext[6])
testcor <- instext[7]
# replace regex characters and duplicate spaces
excor <- str_replace_all(excor, pattern = "(\\n|\\t)+", replacement = " ")
excor <- str_replace_all(excor, pattern = "\\s{2,}", replacement = " ")
testcor <- str_replace_all(testcor, pattern = "(\\n|\\t)+", replacement = " ")
testcor <- str_replace_all(testcor, pattern = "\\s{2,}", replacement = " ")
# tokenize the string into sentences
sentences <- unlist(tokenize_sentences(excor))
testsents <- unlist(tokenize_sentences(testcor))
# tokenize the sentences into words
words <- lapply(sentences, tokenize_words)
twords <- lapply(testsents, tokenize_words)
# unlist the secondary lists for proper form
for (i in 1:length(words)) {
words[[i]] <- unlist(words[i])
}
for (i in 1:length(twords)) {
twords[[i]] <- unlist(twords[i])
}
# convert the r object to a python object (# access with r.words in python chunk)
r_to_py(words)
r_to_py(twords)
## List (3206 items)
## List (299 items)
It’s easier to work directly in python when using the Gensim library, so we’ll need to switch to an anaconda environment and load a few modules. Then, we train the first bigram and the succeeding trigram (by feeding the bigram through the first tgram).
from gensim.models.phrases import Phrases, Phraser
# first train a bigram
bigram = Phrases(r.words)
trigram = Phrases(bigram[r.words])
Using a portion of the testing data, we feed in a sentence and let the trigram connect the most likely bigrams together.
# print the original sentence
print("Original Sentence:")
## Original Sentence:
print(r.twords[86])
# run the sentence through the trigram model
## ['this', 'rule', 'does', 'not', 'apply', 'to', 'a', 'transfer', 'to', 'an', 'individual', 'who', 'is', 'not', 'a', 'lineal', 'descendant', 'of', 'the', 'transferor', 'if', 'the', 'transferor', 'has', 'any', 'living', 'lineal', 'descendants']
print(f"\n\nPhrased Sentence:")
##
##
## Phrased Sentence:
print(trigram[bigram[r.twords[86]]])
## ['this_rule', 'does_not_apply', 'to', 'a', 'transfer', 'to', 'an_individual', 'who', 'is', 'not', 'a', 'lineal_descendant', 'of', 'the', 'transferor', 'if', 'the', 'transferor', 'has', 'any', 'living', 'lineal_descendants']
Note: we must run the sentence through the bigram layer first, and then through the subsequent, higher-level phrasers thereafter. Some vocabulary terms look like 4-grams, but they’re just two bigrams attached in the trigram process.
In the training stage, we can further adjust the phraser using the tuning parameters available with the Phrases()
function. min_count will ignore all words and bigrams with total collected counts lower than the provided value, and threshold will determine the sensitivity of the model when detecting n-grams. The parser will accept Phrase A followed by Phrase B as a bigram only if it scores higher than this threshold value, which in turn relies on the scoring parameter. Therefore, higher threshold values result in a lower amount of recognized bigrams, see the example below.
from gensim.models.phrases import Phrases, Phraser
# first train a bigram
bigram2 = Phrases(r.words, threshold = 50)
trigram2 = Phrases(bigram[r.words], threshold = 50)
# print the original sentence
print("Original Sentence:")
## Original Sentence:
print(r.twords[86])
# run the sentence through the trigram model
## ['this', 'rule', 'does', 'not', 'apply', 'to', 'a', 'transfer', 'to', 'an', 'individual', 'who', 'is', 'not', 'a', 'lineal', 'descendant', 'of', 'the', 'transferor', 'if', 'the', 'transferor', 'has', 'any', 'living', 'lineal', 'descendants']
print(f"\n\nPhrased Sentence:")
##
##
## Phrased Sentence:
print(trigram2[bigram2[r.twords[86]]])
## ['this', 'rule', 'does_not', 'apply', 'to', 'a', 'transfer', 'to', 'an', 'individual', 'who', 'is', 'not', 'a', 'lineal_descendant', 'of', 'the', 'transferor', 'if', 'the', 'transferor', 'has', 'any', 'living', 'lineal_descendants']
Note: “this” and “rule” were not concatenated as “this_rule” with the higher threshold. A higher value means fewer phrases.
Again, this threshold depends on the scoring function used to specify how the model evaluates potential phrases. Gensim allows the user to change the default function to npmi_scorer(), or they can provide their own method.


Namespace Manatee.Json.Schema
Classes
AdditionalItems
Defines additional items for array-type schemas.
AdditionalProperties
Defines additional properties for object-specific schemas.
EnumSchemaValue
Defines a single schema enumeration value.
JsonSchema04
Provides base functionality for the basic IJsonSchema implementations.S
JsonSchema06
Provides base functionality for the basic IJsonSchema implementations.
JsonSchema07
Provides base functionality for the basic IJsonSchema implementations.
JsonSchemaCollection
Represents a collection of schemata.
JsonSchemaFactory
Defines methods to build schema objects.
JsonSchemaOptions
Defines options associated with JSON Schema.
JsonSchemaPropertyValidatorFactory
Provides the validation system with validators.
JsonSchemaReference
Defines a reference to a schema.
JsonSchemaRegistry
Provides a registry in which JSON schema can be saved to be referenced by the system.
PropertyDependency
Declares a dependency that is based on the presence of other properties in the JSON.
SchemaDependency
Creates a dependency that is based on a secondary schema.
SchemaErrorMessages
Defines tokenized error messages for schema validations.
SchemaLoadException
Thrown when a schema could not be loaded.
SchemaValidationError
Represents a single schema validation error.
SchemaValidationResults
Contains the results of schema validation.
StringFormat
Defines various string formatting types used for StringSchema validation.
Interfaces
IJsonSchema
Defines a type for all schema to implement.
IJsonSchemaDependency
Defines properties and methods required to represent dependencies within JSON Schema.
IJsonSchemaPropertyValidator
Performs validations for a single schema property.
Enums
ContentEncoding
Defines possible values for the draft-07 JSON Schema property ContentEncoding.
JsonSchemaType
Defines the recognized schema data types.


{% extends "layout.html" %} {% block head %} {% endblock %} {% block content %}
Attention :This is just a diagnosis please consult your primary care physician.


{% extends "base.html" %} {% block title %}RESET{% endblock title%} {% block content %}
I sure hope it was on purpose


This page was created for debugging with the WebStorm IDE, which provides its own web server.
Debug Reset Previous
No status


{% extends "layout.html" %} {% block page_title %} Fresh Start - Birth Certificate {% endblock %} {% block content %} Back Do you have a birth certificate? Where should we send your new passport? No Yes Nice! You can skip ahead to the last step. That's great! I don't know A birth certificate is...If you are a native Alaskan [go here]. Your other address Street Street Town or City Postcode {% endblock %}


CodePipeline Pipeline Stages Actions
Actions
is a property of the CodePipeline Pipeline Stages property that specifies an
action for an CodePipeline stage.
Syntax
JSON
{ "ActionTypeId" :
ActionTypeID
, "Configuration" : {Key
:Value
}, "InputArtifacts" : [InputArtifacts, ...
], "Name" :String
, "OutputArtifacts" : [OutputArtifacts, ...
], "Region" :String
, "RoleArn" :String
, "RunOrder" :Integer
}
YAML
ActionTypeId:
ActionTypeID
Configuration:Key
:Value
InputArtifacts: -InputArtifacts
Name:String
OutputArtifacts: -OutputArtifacts
Region:String
RoleArn:String
RunOrder:Integer
Properties
ActionTypeId
-
Specifies the action type and the provider of the action.
Required: Yes
Configuration
-
The action's configuration. These are key-value pairs that specify input values for an action. For more information, see Action Structure Requirements in CodePipeline in the CodePipeline User Guide.
Required: No
Type: JSON object
InputArtifacts
-
The name or ID of the artifact that the action consumes, such as a test or build artifact.
Required: No
Type: List of CodePipeline Pipeline Stages Actions InputArtifacts
Name
-
The action name.
Required: Yes
Type: String
OutputArtifacts
-
The artifact name or ID that is a result of the action, such as a test or build artifact.
Required: No
Type: List of CodePipeline Pipeline Stages Actions OutputArtifacts
Region
-
Specifies the action’s AWS Region, such as
us-east-1
.Required: No
Type: String
RoleArn
-
The Amazon Resource Name (ARN) of a service role that the action uses. The pipeline's role assumes this role.
Required: No
Type: String
RunOrder
-
The order in which CodePipeline runs this action.
Required: No
Type: Integer


R/txshift.R
txshift.Rd
Efficient Estimate of Counterfactual Mean of Stochastic Shift Intervention
txshift( W, A, C_cens = rep(1, length(A)), Y, C_samp = rep(1, length(Y)), V = NULL, delta = 0, estimator = c("tmle", "onestep"), fluctuation = c("standard", "weighted"), max_iter = 10, samp_fit_args = list(fit_type = c("glm", "sl", "external"), sl_learners = NULL), g_exp_fit_args = list(fit_type = c("hal", "sl", "external"), n_bins = c(10, 25), grid_type = c("equal_range", "equal_range"), lambda_seq = exp(seq(-1, -13, length = 300)), use_future = FALSE, sl_learners_density = NULL), g_cens_fit_args = list(fit_type = c("glm", "sl", "external"), glm_formula = "C_cens ~ .", sl_learners = NULL), Q_fit_args = list(fit_type = c("glm", "sl", "external"), glm_formula = "Y ~ .", sl_learners = NULL), eif_reg_type = c("hal", "glm"), ipcw_efficiency = TRUE, samp_fit_ext = NULL, gn_exp_fit_ext = NULL, gn_cens_fit_ext = NULL, Qn_fit_ext = NULL )
| W | A |
|---|---|
| A | A |
| C_cens | A |
| Y | A |
| C_samp | A |
| V | The covariates that are used in determining the sampling procedure
that gives rise to censoring. The default is |
| delta | A |
| estimator | The type of estimator to be fit, either |
| fluctuation | The method to be used in the submodel fluctuation step (targeting step) to compute the TML estimator. The choices are "standard" and "weighted" for where to place the auxiliary covariate in the logistic tilting regression. |
| max_iter | A |
| samp_fit_args | A |
| g_exp_fit_args | A |
| g_cens_fit_args | A |
| Q_fit_args | A |
| eif_reg_type | Whether a flexible nonparametric function ought to be
used in the dimension-reduced nuisance regression of the targeting step for
the censored data case. By default, the method used is a nonparametric
regression based on the Highly Adaptive Lasso (from hal9001). Set
this to |
| ipcw_efficiency | Whether to use an augmented inverse probability of
censoring weighted EIF estimating equation to ensure efficiency of the
resultant estimate. The default is |
| samp_fit_ext | The results of an external fitting procedure used to
estimate the two-phase sampling mechanism, to be used in constructing the
inverse probability of censoring weighted TML or one-step estimator. The
input provided must match the output of |
| gn_exp_fit_ext | The results of an external fitting procedure used to
estimate the exposure mechanism (generalized propensity score), to be used
in constructing the TML or one-step estimator. The input provided must
match the output of |
| gn_cens_fit_ext | The results of an external fitting procedure used to
estimate the censoring mechanism (propensity score for missingness), to be
used in constructing the TML or one-step estimator. The input provided must
match the output of |
| Qn_fit_ext | The results of an external fitting procedure used to
estimate the outcome mechanism, to be used in constructing the TML or
one-step estimator. The input provided must match the output of
|
S3 object of class txshift
containing the results of the
procedure to compute a TML or one-step estimate of the counterfactual mean
under a modified treatment policy that shifts a continuous-valued exposure
by a scalar amount delta
. These estimates can be augmented to be
consistent and efficient when two-phase sampling is performed.
Construct a one-step estimate or targeted minimum loss estimate of the counterfactual mean under a modified treatment policy, automatically making adjustments for two-phase sampling when a censoring indicator is included. Ensemble machine learning may be used to construct the initial estimates of nuisance functions using sl3.
set.seed(429153) n_obs <- 100 W <- replicate(2, rbinom(n_obs, 1, 0.5)) A <- rnorm(n_obs, mean = 2 * W, sd = 1) Y <- rbinom(n_obs, 1, plogis(A + W + rnorm(n_obs, mean = 0, sd = 1))) C_samp <- rbinom(n_obs, 1, plogis(W + Y)) # two-phase sampling # construct a TML estimate tmle <- txshift( W = W, A = A, Y = Y, delta = 0.5, estimator = "onestep", g_exp_fit_args = list( fit_type = "hal", n_bins = 5, grid_type = "equal_range", lambda_seq = exp(-1:-9) ), Q_fit_args = list( fit_type = "glm", glm_formula = "Y ~ ." ) ) # add a natural censoring process and construct a TML estimate C_cens <- rbinom(n_obs, 1, plogis(rowSums(W) + 0.5)) tmle <- txshift( W = W, A = A, C_cens = C_cens, Y = Y, delta = 0.5, estimator = "onestep", g_exp_fit_args = list( fit_type = "hal", n_bins = 5, grid_type = "equal_range", lambda_seq = exp(-1:-9) ), g_cens_fit_args = list( fit_type = "glm", glm_formula = "C_cens ~ ." ), Q_fit_args = list( fit_type = "glm", glm_formula = "Y ~ ." ) ) # construct a TML estimate under two-phase sampling ipcwtmle <- txshift( W = W, A = A, Y = Y, delta = 0.5, C_samp = C_samp, V = c("W", "Y"), estimator = "onestep", max_iter = 5, samp_fit_args = list(fit_type = "glm"), g_exp_fit_args = list( fit_type = "hal", n_bins = 5, grid_type = "equal_range", lambda_seq = exp(-1:-9) ), Q_fit_args = list( fit_type = "glm", glm_formula = "Y ~ ." ), eif_reg_type = "glm" ) # construct a TML estimate under two-phase sampling and loss to follow-up ipcwtmle <- txshift( W = W, A = A, C_cens = C_cens, Y = Y, delta = 0.5, C_samp = C_samp, V = c("W", "Y"), estimator = "onestep", max_iter = 5, samp_fit_args = list(fit_type = "glm"), g_exp_fit_args = list( fit_type = "hal", n_bins = 5, grid_type = "equal_range", lambda_seq = exp(-1:-9) ), g_cens_fit_args = list( fit_type = "glm", glm_formula = "C_cens ~ ." ), Q_fit_args = list( fit_type = "glm", glm_formula = "Y ~ ." ), eif_reg_type = "glm" )


Collection
National curriculum assessments: practice materials
Practice materials for the phonics screening check, key stage 1 and key stage 2 national curriculum tests, including sample papers and past test papers.
Contents
Key stage 2 past papers
Key stage 2 sample materials
Key stage 1 past papers
Key stage 1 sample materials
Phonics screening check resources
Key stage 2 past papers
Resources include:
2016 key stage 2 tests
guidance on scaled scores
Key stage 2 sample materials
Resources include:
sample test papers
sample modified test papers
sample mark schemes
sample test administration instructions
Key stage 1 past papers
Resources include:
2016 key stage 1 test papers
guidance on scaled scores
Key stage 1 sample materials
Resources include:
sample test papers
sample modified test papers
sample mark schemes
sample test administration instructions
19 February 2016
Guidance
Phonics screening check resources
Resources include:
scoring guidance
pupil’s materials
answer sheets


{% extends "layout.html" %} {% block body %}
Giannis Giannakopoulos -<EMAIL_ADDRESS>If you like what you see, please star our github page.
This work was supported by the TREDISEC project.


Pixel Racer was created in Unity as a group assignment. The group consisted of two designers, and me, as a programmer.
In this project, my role was to attach assets, such as images, sounds, and scenes together in order to properly transition and indicate when certain actions have been completed by the player. Another portion of the project that I completed was the movement of the player and their opponents. This includes the AI and player controls.


FUNCTIONS
AND SUB ROUTINES
Functions and Sub
Routines are blocks of code that can be executed any where in your
program.
The biggest difference between Functions and Sub
Routines is that Functions can return a value. Basically Functions
and be used as a string or number value in an expression. RC BASIC
has several built-in functions to perform different task such as compute
square roots, get the time, etc. Functions are either numbers or
strings just like variables and arrays. As such, functions can be
used anywhere a variable or array can be used. Look at the
following:
DIM X[2]
X[0] = SQRT(25)
X[1] = SQRT(36)
PRINT "THE SQUARE ROOT OF 25 IS " + X[0]
PRINT "THE SQUARE ROOT OF 36 IS " + X[1]
The above code creates a number array called X with 2
elements in it. It stores the square root of 25 in the first index
and stores the square root of 36 in the second index. It then
outputs both values to the console. The output should look like
this:
THE SQUARE ROOT OF 25 IS 5
THE SQUARE ROOT OF 36 IS 6
String functions can be used in a string expression
just like number functions can be used in a number expression. Look
at the following code:
B$ = MID$("HELLO WORLD", 0, 2)
PRINT "THE FIRST TWO CHARACTERS IN HELLO WORLD ARE "
& B$
The above code creates a string variable called B and
stores 2 characters starting from position 0 in the string HELLO
WORLD. It then outputs the value to the console. The output
should look like the following:
THE FIRST TWO CHARACTERS IN HELLO WORLD ARE HE
Sub Routines can execute code in other parts of your
program just like a function. However Sub Routines cannot return
values and cannot be used in expressions. So why would you want to
use a Sub Routine over a function? Well Sub Routines have less over
head since it does not have to internally push a value onto the stack like
a function does. So in cases where you do not need to return a value
you should use a Sub Routine. RC BASIC has several built-in Sub
Routines to perform task where a return value is not necessary. Look
at the following:
SYSTEM("PAUSE")
SYSTEM is a Sub Routine that sends a command to the
operating system shell. The line above will pause the system shell
until a key is pressed. Since SYSTEM doesn't perform calculations of
any kind it did not need to be implemented as a Function.
In addition to the built-in Functions and Sub Routines
RC BASIC also allows programmers to build there own Functions and Sub
Routines. You do this using the FUNCTION or SUB keywords.
FUNCTION MYFUNC(A, B)
C = A + B
RETURN C
END FUNCTION
The above code creates a function called MYFUNC which
takes in two arguments: A and B. To use this function you would call
it like this:
MYFUNC(3, 4)
The code above will pass 3 and 4 to the variables A and
B in MYFUNC respectively. The function creates a variable called C
and sets it equal to the sum of 3 + 4. It then returns C. So
the function equals 7. Since this is a number function you could
store the value in a number variable or use PRINT to output the value to
the console.
To make a string function you simply add $ to the end
of the function name when you create it just like with variables and
arrays.
FUNCTION MYSTRING$ ( G$ )
RETURN "YOU ENTERED " + G$
END FUNCTION
PRINT MYSTRING("SOMETHING")
The above code should output the following:
YOU ENTERED SOMETHING
Sub Routines are created using the SUB keyword.
Look at the following:
SUB MYSUB ( )
FOR I = 1 TO 5
PRINT I
NEXT
END SUB
MYSUB ( )
The code above creates a Sub Routine called MYSUB which
uses a FOR loop to output the numbers 1 to 5 to the console.
Functions and Sub Routines pass variables by value by
default. Look at the following:
SUB MYSUB ( A )
A = 5
END SUB
N = 0
MYSUB ( N )
PRINT N
In the above code the Sub Routine has a variable called A
as an argument. It sets A equal to 5. Then we create a variable
called N outside of the Sub Routine and set N equal to 0. N is passed as an
argument to MYSUB. Then N is output to the console. This will
output 0 to the console. That is because only the value of N is passed
to MYSUB so MYSUB is not able to change N itself. In order to allow
MYSUB to change N we must have MYSUB accept an argument by Reference.
To do this we will use the BYREF keyword.
SUB MYSUB ( BYREF A )
A = 5
END SUB
N = 0
MYSUB ( N )
PRINT N
The above code is the same as the previous example except
that now we use the BYREF keyword to change a to a reference rather than a
value. This means the when we pass the variable N to MYSUB, instead of
the value stored in N being used as A, whatever we do to A will be done to N
directly. This example will output 5 to the console.


 If someone else choose this username, you'll have to find another one to create a new account. The information will be immiedately drop from our database, we don't keep archive of your data.
If you still want to delete your account, please press the confirmation button down here.


API Reference
A Supervisor API used by the Watchdog daemon to let the Supervisor know that a watched process has timed out
Copyright (C) Sierra Wireless Inc. Use of this work is subject to license.


I've just installed an emonpi and am using the onboard emoncms installation.
In addition to the directly connected inputs, I also have a fronius data logger, which has been monitoring my PV array for some time. This is a web-enabled device that can serve up readings over ethernet when polled.
I've set up a crontab shell script on the emonpi to pass values from the fronius logger to the emoncms on the emonpi as a feed, so I can see the solar PV on my dashboard, which works well.
The trouble is that what I want here, I think, is an 'input' or 'node', rather than a 'feed'. I need to be able to do kWh accumulation and arithmetic between inputs, which are done in terms of inputs, rather than feeds when I use 'Add Process' on a node input. I'm still going up the learning curve with this kit.
I get the impression that the emoncms on the emonpi is a cut down version, and that the ability to add 'virtual' inputs is not there. Am I understanding this right? If so, is it possible to run a fuller version on the emonpi itself? Alternatively, could I fake readings from an unused physical node, or something?
I can see alternatives to what I'm doing: hosting the data elsewhere, or using a CV to monitor the solar instead of the existing data logger, but with my configuration getting the software on the emonpi to do it all would be most convenient.
Extra inputs for emoncms on an emonpi
Submitted by crispin on Thu, 08/10/2015 - 11:09I've just installed an emonpi and am using the onboard emoncms installation.
In addition to the directly connected inputs, I also have a fronius data logger, which has been monitoring my PV array for some time. This is a web-enabled device that can serve up readings over ethernet when polled.
I've set up a crontab shell script on the emonpi to pass values from the fronius logger to the emoncms on the emonpi as a feed, so I can see the solar PV on my dashboard, which works well.
The trouble is that what I want here, I think, is an 'input' or 'node', rather than a 'feed'. I need to be able to do kWh accumulation and arithmetic between inputs, which are done in terms of inputs, rather than feeds when I use 'Add Process' on a node input. I'm still going up the learning curve with this kit.
I get the impression that the emoncms on the emonpi is a cut down version, and that the ability to add 'virtual' inputs is not there. Am I understanding this right? If so, is it possible to run a fuller version on the emonpi itself? Alternatively, could I fake readings from an unused physical node, or something?
I can see alternatives to what I'm doing: hosting the data elsewhere, or using a CV to monitor the solar instead of the existing data logger, but with my configuration getting the software on the emonpi to do it all would be most convenient.
I would appreciate any suggestions.


Jack uses the following scheme to generate his passwords:
- Choose 5 lowercase letters randomly from the English alphabet.
Say they are
L1
L2
L3
L4
L5.
- Then choose two digits randomly and append them to the 5 letters.
Say they are
D1
D2.
- Flip a fair coin. If heads, then swap the last two digits else, if tails, do nothing.
Say they are L1 L2 L3 L4 L5.
Say they are D1 D2.
Thus the final password will look like
L1
L2
L3
L4
L5
D1
D2
or
L1
L2
L3
L4
L5
D2
D1.
or
L1 L2 L3 L4 L5 D2 D1.


Tremor
During 1999 and 2000, I was part of a rock band called Tremor.
Previously I’d been playing around with the bass and guitars for a couple of years, but never really got my act together to join a band until I met Jeff Moore. Jeff invited me around to Paul Hagan’s house for jam-session – which turned out to be an audition! We went for a pint afterwards, and asked me to the Bassist.
Hagan was still in his band, Keegan, who had no idea that he was having an ‘affair’ with Tremor. Which we ended up stealing Graeme (the Drummer) from. :-|
We spent a solid six-months practising and rehearsing, we wanted to be as tight as possible. Then in early-2000 we were ready to gig!
During our rehearsal period, there were personal tensions between Jeff and Paul … (which remain personal) … ultimately Paul decided to leave the band. :-( Leaving us without a rhythm-guitarist. Luckily, Jeff knew of a young demon guitarist, Ian (who I also knew of via my sister). So we were back on track!
After a few more gigs, we started to get calls from promotion agencies for demo CDs and even had an offer to support a touring band. However Jeff had a few personal things going on, and decided to call it a day! (I was in the middle of my final year at Uni, so it wasn’t great timing for me either). So that was the end of the mighty Tremor!
We only got to play 4 live gigs in total before we split up, we actually headlined all of them, they were: The Picket (twice); The LoMAX and The Cavern Club
Tremor were: Jeff Moore, Graeme Bourque, Lee Kelleher, Ian Dunn and Paul Hagan.
Get Yourself a Mate Called Smith
Demo CD featuring Day At The End Of The World and This Time.
- Day At The End Of The World (04:30 • 4.16 MB)
- This Time (04:09 • 3.85 MB)
Live at Crash
CD-EP featuring Out That Way, Somewhere and The Girl Next Door.
- Another Planet (03:00 • 2.78 MB)
- Girl Next Door (03:10 • 2.93 MB)
- Day At The End Of The World (03:20 • 3.09 MB)
- Not Today (04:16 • 3.94 MB)
- Somewhere (03:51 • 3.56 MB)
- Out That Way (03:33 • 3.29 MB)
- Let’s Get High (03:08 • 2.91 MB)
- This Time (04:19 • 3.99 MB)


Password will be updated inside executable command
Host definition will be permanently removed and cannot be recovered. Please confirm.
Release definition will be permanently removed and cannot be recovered. Please confirm.
All Matches in command's Executable will be replaced.
Service definition will be permanently removed and cannot be recovered. Please confirm.


{% extends 'base.html'%} {% block content %}
By:{{pitch.post}}
Posted at {{pitch.date_posted}}
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FromArgsUsage is a partial usage message that applications calling FromArgs may wish to include in their -help output.
const FromArgsUsage = `
<args> is a list of arguments denoting a set of initial packages.
It may take one of two forms:
1. A list of *.go source files.
All of the specified files are loaded, parsed and type-checked
as a single package. All the files must belong to the same directory.
2. A list of import paths, each denoting a package.
The package's directory is found relative to the $GOROOT and
$GOPATH using similar logic to 'go build', and the *.go files in
that directory are loaded, parsed and type-checked as a single
package.
In addition, all *_test.go files in the directory are then loaded
and parsed. Those files whose package declaration equals that of
the non-*_test.go files are included in the primary package. Test
files whose package declaration ends with "_test" are type-checked
as another package, the 'external' test package, so that a single
import path may denote two packages. (Whether this behaviour is
enabled is tool-specific, and may depend on additional flags.)
A '--' argument terminates the list of packages.
`
Config specifies the configuration for loading a whole program from Go source code. The zero value for Config is a ready-to-use default configuration.
type Config struct { // Fset is the file set for the parser to use when loading the // program. If nil, it may be lazily initialized by any // method of Config. Fset *token.FileSet // ParserMode specifies the mode to be used by the parser when // loading source packages. ParserMode parser.Mode // TypeChecker contains options relating to the type checker. // // The supplied IgnoreFuncBodies is not used; the effective // value comes from the TypeCheckFuncBodies func below. // The supplied Import function is not used either. TypeChecker types.Config // TypeCheckFuncBodies is a predicate over package paths. // A package for which the predicate is false will // have its package-level declarations type checked, but not // its function bodies; this can be used to quickly load // dependencies from source. If nil, all func bodies are type // checked. TypeCheckFuncBodies func(path string) bool // If Build is non-nil, it is used to locate source packages. // Otherwise &build.Default is used.  This behaviour can be // disabled by setting CGO_ENABLED=0 in the environment prior // to startup, or by setting Build.CgoEnabled=false. Build *build.Context // The current directory, used for resolving relative package // references such as "./go/loader". If empty, os.Getwd will be // used instead. Cwd string // If DisplayPath is non-nil, it is used to transform each // file name obtained from Build.Import(). This can be used // to prevent a virtualized build.Config's file names from // leaking into the user interface. DisplayPath func(path string) string // If AllowErrors is true, Load will return a Program even // if some of the its packages contained I/O, parser or type // errors; such errors are accessible via PackageInfo.Errors. If // false, Load will fail if any package had an error. AllowErrors bool // CreatePkgs specifies a list of non-importable initial // packages to create. The resulting packages will appear in // the corresponding elements of the Program.Created slice. CreatePkgs []PkgSpec // ImportPkgs specifies a set of initial packages to load. // The map keys are package paths. // // The map value indicates whether to load tests. If true, Load // will add and type-check two lists of files to the package: // non-test files followed by in-package *_test.go files. In // addition, it will append the external test package (if any) // to Program.Created. ImportPkgs map[string]bool // FindPackage is called during Load to create the build.Package // for a given import path from a given directory. // If FindPackage is nil, (*build.Context).Import is used. // A client may use this hook to adapt to a proprietary build // system that does not follow the "go build" layout // conventions, for example. // // It must be safe to call concurrently from multiple goroutines. FindPackage func(ctxt *build.Context, importPath, fromDir string, mode build.ImportMode) (*build.Package, error) // AfterTypeCheck is called immediately after a list of files // has been type-checked and appended to info.Files. // // This optional hook function is the earliest opportunity for // the client to observe the output of the type checker, // which may be useful to reduce analysis latency when loading // a large program. // // The function is permitted to modify info.Info, for instance // to clear data structures that are no longer needed, which can // dramatically reduce peak memory consumption. // // The function may be called twice for the same PackageInfo: // once for the files of the package and again for the // in-package test files. // // It must be safe to call concurrently from multiple goroutines. AfterTypeCheck func(info *PackageInfo, files []*ast.File) }
func (conf *Config) CreateFromFilenames(path string, filenames ...string)
CreateFromFilenames is a convenience function that adds a conf.CreatePkgs entry to create a package of the specified *.go files.
func (conf *Config) CreateFromFiles(path string, files ...*ast.File)
CreateFromFiles is a convenience function that adds a conf.CreatePkgs entry to create package of the specified path and parsed files.
func (conf *Config) FromArgs(args []string, xtest bool) ([]string, error)
FromArgs interprets args as a set of initial packages to load from source and updates the configuration. It returns the list of unconsumed arguments.
It is intended for use in command-line interfaces that require a set of initial packages to be specified; see FromArgsUsage message for details.
Only superficial errors are reported at this stage; errors dependent on I/O are detected during Load.
func (conf *Config) Import(path string)
Import is a convenience function that adds path to ImportPkgs, the set of initial packages that will be imported from source.
func (conf *Config) ImportWithTests(path string)
ImportWithTests is a convenience function that adds path to ImportPkgs, the set of initial source packages located relative to $GOPATH. The package will be augmented by any *_test.go files in its directory that contain a "package x" (not "package x_test") declaration.
In addition, if any *_test.go files contain a "package x_test" declaration, an additional package comprising just those files will be added to CreatePkgs.
func (conf *Config) Load() (*Program, error)
Load creates the initial packages specified by conf.{Create,Import}Pkgs, loading their dependencies packages as needed.
On success, Load returns a Program containing a PackageInfo for each package. On failure, it returns an error.
If AllowErrors is true, Load will return a Program even if some packages contained I/O, parser or type errors, or if dependencies were missing. (Such errors are accessible via PackageInfo.Errors. If false, Load will fail if any package had an error.
It is an error if no packages were loaded.
func (conf *Config) ParseFile(filename string, src interface{}) (*ast.File, error)
ParseFile is a convenience function (intended for testing) that invokes the parser using the Config's FileSet, which is initialized if nil.
src specifies the parser input as a string, []byte, or io.Reader, and filename is its apparent name. If src is nil, the contents of filename are read from the file system.
PackageInfo holds the ASTs and facts derived by the type-checker for a single package.
Not mutated once exposed via the API.
type PackageInfo struct { Pkg *types.Package Importable bool // true if 'import "Pkg.Path()"' would resolve to this TransitivelyErrorFree bool // true if Pkg and all its dependencies are free of errors Files []*ast.File // syntax trees for the package's files Errors []error // non-nil if the package had errors types.Info // type-checker deductions. // contains filtered or unexported fields }
func (info *PackageInfo) String() string
A PkgSpec specifies a non-importable package to be created by Load. Files are processed first, but typically only one of Files and Filenames is provided. The path needn't be globally unique.
For vendoring purposes, the package's directory is the one that contains the first file.
type PkgSpec struct { Path string // package path ("" => use package declaration) Files []*ast.File // ASTs of already-parsed files Filenames []string // names of files to be parsed }
A Program is a Go program loaded from source as specified by a Config.
type Program struct { Fset *token.FileSet // the file set for this program // Created[i] contains the initial package whose ASTs or // filenames were supplied by Config.CreatePkgs[i], followed by // the external test package, if any, of each package in // Config.ImportPkgs ordered by ImportPath. // // NOTE: these files must not import "C". Cgo preprocessing is // only performed on imported packages, not ad hoc packages. // // TODO(adonovan): we need to copy and adapt the logic of // goFilesPackage (from $GOROOT/src/cmd/go/build.go) and make // Config.Import and Config.Create methods return the same kind // of entity, essentially a build.Package. // Perhaps we can even reuse that type directly. Created []*PackageInfo // Imported contains the initially imported packages, // as specified by Config.ImportPkgs. Imported map[string]*PackageInfo // AllPackages contains the PackageInfo of every package // encountered by Load: all initial packages and all // dependencies, including incomplete ones. AllPackages map[*types.Package]*PackageInfo // contains filtered or unexported fields }
func (prog *Program) InitialPackages() []*PackageInfo
InitialPackages returns a new slice containing the set of initial packages (Created + Imported) in unspecified order.
func (prog *Program) Package(path string) *PackageInfo
Package returns the ASTs and results of type checking for the specified package.
func (prog *Program) PathEnclosingInterval(start, end token.Pos) (pkg *PackageInfo, path []ast.Node, exact bool)
PathEnclosingInterval returns the PackageInfo and ast.Node that contain source interval [start, end), and all the node's ancestors up to the AST root. It searches all ast.Files of all packages in prog. exact is defined as for astutil.PathEnclosingInterval.
The zero value is returned if not found.


A YouTube UI that remembers positions and watched videos on site return and cycles through unwatched videos. Once you click play it keeps playing. The idea is to have a TV like station on a website that will show the new videos whenever someone visits, it uses localstorage to save the data.
In the index.html file notice the divs with "YouTubeVideoNav" as the class. There are some data variables which you must change for your specific site, they are rather self explanatory. Make sure "data-origin" is set correctly and if you have multiple video navigators on the same page that each id attribute is unique. The data format is in the unordered list "
", which you can view below. New list items "
" can be added or removed as needed. The styling and layout can be modified with the CSS file. Once the data is set correctly the files in this package can be uploaded to your site and tested.

...

 Home with Bean | Funny Clips | Mr. Bean Official
What would you do if Mr Bean stayed with you?

Dec 6, 2017

 Tee Off, Mr. Bean | Episode 12 | Mr. Bean Official
*Remastered Version* After causing chaos in the town launderette, Bean tries his hand at Krazy Golf, but after being told he can only touch the ball with the club, Bean's poor aim leads him on an elaborate tour around town before returning to the course several hours later to score 3,427.

Dec 3, 2017


Module logentries
source code
(c) 2015, Logentries.com, Jimmy Tang<EMAIL_ADDRESS># This file is part of Ansible
#
# Ansible is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
#
# Ansible is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with Ansible. If not, see <http://www.gnu.org/licenses/>.
This callback plugin will generate json objects to be sent to logentries
for auditing/debugging purposes.
Todo:
* Better formatting of output before sending out to logentries data/api nodes.
To use:
Add this to your ansible.cfg file in the defaults block
[defaults]
callback_plugins = ./callback_plugins
callback_stdout = logentries
callback_whitelist = logentries
Copy the callback plugin into the callback_plugins directory
Either set the environment variables
export LOGENTRIES_API=data.logentries.com
export LOGENTRIES_PORT=10000
export LOGENTRIES_ANSIBLE_TOKEN=dd21fc88-f00a-43ff-b977-e3a4233c53af
Or create a logentries.ini config file that sites next to the plugin with the following contents
[logentries]
api = data.logentries.com
port = 10000
tls_port = 20000
use_tls = no
token = dd21fc88-f00a-43ff-b977-e3a4233c53af
flatten = False
|
|
HAS_CERTIFI = True
|
|
|
HAS_FLATDICT = False
|
|
|
HAS_SSL = True
|
|
|
__package__ = None
hash(x)
|
Imports:
__metaclass__,
os,
socket,
random,
time,
codecs,
uuid,
configparser,
certifi,
flatdict,
CallbackBase,
ssl


We have some important content
This is very important
Also important
Not so important
Images and Attached File
Embedded File
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It seems you didn't encountered any problems installing Journal in your server because if you have, you'll not see this page.
You're just a few steps away on starting new your blog using Journal.


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A collection of Entry
instances to be incrementally
returned from a JavaSpaces(TM) service. Some operations on a
space must return more entries than can be conveniently
returned by a single call, generally because returning all the
entries in one result would consume too many resources in the
client or introduce too much latency before the first entry
could be processed. In these cases, match sets are returned to
incrementally return the necessary entries. A
MatchSet
instance is a proxy object that can be
used to access a match set created by a space.
Typically match sets are created by some factory method on the
space (for example, JavaSpace05.contents
) which returns a MatchSet
instance that will serve as a proxy to the match set. The match
set will initially contain some population of entries specified
by the operation that created it. These entries can be
retrieved by calling next
. A successful call to
next
will remove the returned Entry
from the match set. Match sets can end up in one of two
terminal states, exhausted or invalidated.
Under what conditions a match set enters one of these states is
specified by the operation that created it. An exhausted match
set is empty and will have no more entries added. Calling
next
on an exhausted match set must always return
null
. Calling next
on an invalidated
match set may return a non-null
value, or it may
throw one of the allowed exceptions. In particular it may
throw NoSuchObjectException
to indicate that the match
set has been invalidated. Once next
throws a
NoSuchObjectException
, all future
next
calls on that instance must also throw
NoSuchObjectException
. Calling next
on an invalidated match set must never return
null
. Implementations must not add entries to an
invalidated match set.
Between the time a match set is created and the time it reaches a
terminal state, entries may be added by the space. However, an
Entry
that is removed by a next
call
must not be added back to a match set (though if there is a
distinct but equivalent entry in the space it may be
added). The space may also remove entries independent of
next
calls. The conditions under which entries
will be removed independent of next
calls or added
after the initial creation of the match set are specified by
the operation that created the match set.
If there is a possibility that a match set may become
invalidated, it must be leased and an appropriate proxy must be
returned by the getLease
method. If there is
no possibility that the match set will become invalidated,
implementations should not lease the match set. If a match set
is not leased, then getLease
must return
null
.
An active lease on a match set serves as a hint to the space
that the client is still interested in the match set, and as a
hint to the client that the match set is still functioning.
However, implementations are allowed to invalidate match sets
associated with active leases and to unilaterally cancel leases
associated with functioning match sets. If a match set is
leased and the lease is active, implementations should, to the
best of their ability, maintain the match set and not invalidate
it. There are cases, however, where this may not be possible in
particular, it is not expected that implementations will
maintain match sets across crashes. If the lease expires or is
canceled, an implementation should invalidate the match
set. An implementation must unilaterally cancel a match set's
lease if the match set is invalidated. An implementation may
unilaterally cancel the lease at other times without necessarily
invalidating the match set. Clients should not assume
that the resources associated with a leased match set will be
freed if the match set reaches the exhausted state, and should
instead cancel the lease.
This interface is not a remote interface; though in general a
MatchSet
is a proxy for some remote match set,
only the next
method is considered to be a remote
method, and as outlined in its description
it deviates in a number of ways from normal Java(TM) Remote
Method Invocation remote method semantics.
| Method Summary | |
net.jini.core.lease.Lease |
getLease()
Returns a proxy to the Lease associated with this
match set, or null if this match set is not
leased. |
net.jini.core.entry.Entry |
getSnapshot()
Returns a snapshot of the Entry removed by
the last call to next . |
net.jini.core.entry.Entry |
next()
Removes one Entry from the match set and
returns a copy to the caller. |
| Method Detail |
public net.jini.core.entry.Entry next() throws RemoteException, net.jini.core.entry.UnusableEntryException
Entry
from the match set and
returns a copy to the caller. Returns null
if
the match set is empty. The returned Entry
must be unmarshalled in accordance with the Jini(TM) Entry
Specification.
A given invocation of this method may perform remote
communications, but generally the next
method
is not expected to have remote method constraints that
can vary from invocation to invocation. Instead the set of
constraints associated with the next
method
will be fixed at the time the match set was created, even
if this object implements an interface like RemoteMethodControl
that would otherwise allow the set of
constraints associated with the next
method to
be altered.
Entry
from the match set, or
null
if the match set is empty
net.jini.core.entry.UnusableEntryException
- if the entry removed from
the match set could not be unmarshalled
RemoteException
- if a communication error occurs. If a
RemoteException
is thrown, no
Entry
was removed from the match set
because of this callpublic net.jini.core.lease.Lease getLease()
Lease
associated with this
match set, or null
if this match set is not
leased.
null
if there is no lease associated with this
match setpublic net.jini.core.entry.Entry getSnapshot()
Entry
removed by
the last call to next
. Snapshots are defined
in section JS.2.6 of the
JavaSpaces Service Specification and are an
alternative representation of a given Entry
produced by a particular space for use with that same
space. Passing a snapshot to a space is generally more
efficient than passing the original representation.
Any snapshot returned by this method will meet the same
contract as the object returned by passing the result of
the last next
invocation to JavaSpace.snapshot
.
Generally there is a cost associated with calling the
JavaSpace.snapshot
method. Thus creating a
snapshot using that method is usually only worthwhile if
the resulting snapshot is used more than once. The cost of
invoking this method should be low and should be worthwhile
even if the resulting snapshot is used only once.
Entry
removed
from the match set by the last call to next
IllegalStateException
- if the last call to
next
did not remove an
Entry
from the match set, or no call
to next
has been made
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


--- layout: page title: About header-img: "img/about-bg.png" ---
I am a professional manufacturing engineer. over the years, I have created visual basic apps to collected data and analyze them. overtime I found myself more and more interested in computer programming. So I have decided to take my experience to the next level. I am currently enrolled at flatiron coding bootcamp. This blog will be about my code learning progress. I will be writing on a monthly basis about what I learn.


| Class | Test::Unit::TestCase |
| In: |
vendor/plugins/file_column/lib/test_case.rb
|
| Parent: | Object |
Add the methods upload, the setup_file_fixtures and teardown_file_fixtures to the class Test::Unit::TestCase.
| path | -> | local_path |
Copies the fixture files from "RAILS_ROOT/test/fixtures/file_column" into the temporary storage directory used for testing ("RAILS_ROOT/test/tmp/file_column"). Call this method in your setup methods to get the file fixtures (images, for example) into the directory used by file_column in testing.
Note that the files and directories in the "fixtures/file_column" directory must have the same structure as you would expect in your "/public" directory after uploading with FileColumn.
For example, the directory structure could look like this:
test/fixtures/file_column/ `-- container |-- first_image | |-- 1 | | `-- image1.jpg | `-- tmp `-- second_image |-- 1 | `-- image2.jpg `-- tmp
Your fixture file for this one "container" class fixture could look like this:
first: id: 1 first_image: image1.jpg second_image: image1.jpg
A usage example:
def setup setup_fixture_files # ... end
# File vendor/plugins/file_column/lib/test_case.rb, line 72 72: def setup_fixture_files 73: tmp_path = File.join(RAILS_ROOT, "test", "tmp", "file_column") 74: file_fixtures = Dir.glob File.join(RAILS_ROOT, "test", "fixtures", "file_column", "*") 75: 76: FileUtils.mkdir_p tmp_path unless File.exists?(tmp_path) 77: FileUtils.cp_r file_fixtures, tmp_path 78: end
Removes the directory "RAILS_ROOT/test/tmp/file_column/" so the files copied on test startup are removed. Call this in your unit test‘s teardown method.
A usage example:
def teardown teardown_fixture_files # ... end
# File vendor/plugins/file_column/lib/test_case.rb, line 91 91: def teardown_fixture_files 92: FileUtils.rm_rf File.join(RAILS_ROOT, "test", "tmp", "file_column") 93: end
Returns a Tempfile object as it would have been generated on file upload. Use this method to create the parameters when emulating form posts with file fields.
def test_file_column_post entry = { :title => 'foo', :file => upload('/tmp/foo.txt')} post :upload, :entry => entry # ... end
# File vendor/plugins/file_column/lib/test_case.rb, line 24 24: def upload(path, content_type=:guess, type=:tempfile) 25: if content_type == :guess 26: case path 27: when /\.jpg$/ then content_type = "image/jpeg" 28: when /\.png$/ then content_type = "image/png" 29: else content_type = nil 30: end 31: end 32: uploaded_file(path, content_type, File.basename(path), type) 33: end


ZptSharp View Engines
ZptSharp provides two view engines, allowing ASP.NET MVC applications to display views using ZPT document templates. The table below shows the applicable packages and MVC versions.
| NuGet Package | MVC version | Intended usage |
|---|---|---|
| ZptSharp.MvcCore | ASP.NET Core MVC 2+ | .NET Core 2.0+ or .NET 5+ |
| ZptSharp.Mvc5 | ASP.NET MVC5 | .NET Framework 4.6.1+ |
Install the package for your MVC version/runtime (as well as at least one document provider package, and any additional expression evaluators, if applicable) into your MVC Web Application project.
Activating the view engine
As well as installing the appropriate package (above) to your web application, you must activate the view engine in your web app setup.
Common to both framework-specific packages is the ZptSharpViewEngine
constructor.
This makes use of a builder action/callback in which an object is configured with the optional/elective functionality.
To have a useful ZptSharp environment, at least one document provider and one expression evaluator must be activated here.
Full documentation for this set-up is available in the reference for the ZptSharp DI builder object; the examples below demonstrate a typical usage.
ASP.NET Core MVC
To activate the ZptSharp view engine for ASP.NET Core MVC you must add code similar to the below to your application starup, where services are configured.
This may include a modification to an existing usage of AddControllersWithViews()
in order to add the view options, where you add the ZptSharp view engine.
var viewEngine = new ZptSharpViewEngine(builder => {
builder.AddStandardZptExpressions();
builder.AddHapZptDocuments();
});
services.AddControllersWithViews()
.AddViewOptions(opts => {
opts.ViewEngines.Insert(0, viewEngine);
});
ASP.NET MVC5
To activate the ZptSharp view engine for ASP.NET MVC5 you must add code similar to the below to either your Global.asax.cs
within the Application_Start
handler, or adapt it as middleware if you are using OWIN.
var viewEngine = new ZptSharp.Mvc5.ZptSharpViewEngine(builder => {
builder
.AddHapZptDocuments()
.AddStandardZptExpressions();
});
ViewEngines.Engines.Insert(0, viewEngine);
Writing views
When using the ZptSharp view engine, HTML views (using either the HTML Agility Pack or AngleSharp document providers) must have filename extensions of either .pt
(page template), .htm
or .html
.
When using XML views, they must have extensions of either .xml
or .xhtml
.
Views are kept in the same file/directory structure as usual, so by default a subdirectory of Views
based upon the controller name, and then a file-name which matches the Action.
Controllers may return view results which specify other view-names, just as with other view-engines.
Added TALES contexts/variables for MVC
When using the ZptSharp view engine, a few additional TALES contexts (essentially, predefined variables) are added automatically. These contexts/variables are accessible to all views rendered by the view engine and they are in addition to the global contexts built-into Zptsharp. The table below shows these extra contexts; the Framework column shows whether each context is available for ASP.NET Core MVC, ASP.NET MVC5 or both of these frameworks.
| Name | Framework | Description |
|---|---|---|
Context |
Both | The current HttpContext |
Model |
Both | The current model, an alias for here |
Request |
Both | The HTTP request, equivalent to HttpContext.Request |
request |
Both | The HTTP request, an alias for Request |
Response |
Both | The HTTP response, equivalent to HttpContext.Response |
RouteData |
Both | The route data, equivalent to ViewContext.RouteData |
TempData |
Both | The temporary data, equivalent to ViewContext.TempData |
Url |
Both | The current request URL |
User |
Both | The current user principal, equivalent to HttpContext.User |
ViewBag |
Both | The view bag, equivalent to ViewContext.ViewBag |
ViewContext |
Both | The current view context |
ViewData |
Both | The view data, equivalent to ViewContext.ViewData |
Views |
Both | An object which provides access to the directory containing views, typically ~/Views in your app |
Application |
MVC5 only | The application state, roughly equivalent to HttpContext.Application |
Cache |
MVC5 only | The cache object, equivalent to HttpContext.Cache |
Server |
MVC5 only | The server utility object, equivalent to HttpContext.Server |
Session |
MVC5 only | The session-state object, equivalent to HttpContext.Session |


public class GameListener
Created by Shynixn 2018.
| Constructor and Description |
|---|
GameListener(GameService gameService,
RightclickManageService rightClickManageService,
GameActionService gameActionService,
GameExecutionService gameExecutionService,
ConcurrencyService concurrencyService,
BallForceFieldService forceFieldService)
Created by Shynixn 2018.
|
| Modifier and Type | Method and Description |
|---|---|
void |
onBallInteractEvent(BallInteractEvent event)
Caches the last interacting entity with the ball.
|
void |
onBallPostMoveEvent(BallPostMoveEvent event)
Gets called when a ball move and calculates forcefield interactions.
|
void |
onClickOnPlacedSign(NonExistentClass event)
Handles clicking and joining on signs.
|
void |
onPlayerClickInventoryEvent(NonExistentClass event)
Gets called when the player interacts with his inventory and cancels it.
|
void |
onPlayerDamageEvent(NonExistentClass event)
Cancels all fall damage in the games.
|
void |
onPlayerDeathEvent(NonExistentClass event)
Player Death event.
|
void |
onPlayerDropItemEvent(NonExistentClass event)
Gets called when a player drops his item and cancels the action.
|
void |
onPlayerHungerEvent(NonExistentClass event)
Gets called when the foodLevel changes and cancels it if the player is inside of a game.
|
void |
onPlayerOpenInventoryEvent(NonExistentClass event)
Gets called when a player opens his inventory and cancels the action.
|
void |
onPlayerQuitEvent(NonExistentClass event)
Gets called when a player leaves the server and the game.
|
void |
onPlayerRespawnEvent(NonExistentClass event)
Gets called when a player dies by strange occasions which are not handled by the EntityDamageEvent.
|
public GameListener(GameService gameService, RightclickManageService rightClickManageService, GameActionService gameActionService, GameExecutionService gameExecutionService, ConcurrencyService concurrencyService, BallForceFieldService forceFieldService)
Created by Shynixn 2018.
public void onPlayerQuitEvent(NonExistentClass event)
Gets called when a player leaves the server and the game.
public void onPlayerHungerEvent(NonExistentClass event)
Gets called when the foodLevel changes and cancels it if the player is inside of a game.
public void onBallPostMoveEvent(BallPostMoveEvent event)
Gets called when a ball move and calculates forcefield interactions.
event
- eventpublic void onPlayerClickInventoryEvent(NonExistentClass event)
Gets called when the player interacts with his inventory and cancels it.
public void onPlayerOpenInventoryEvent(NonExistentClass event)
Gets called when a player opens his inventory and cancels the action.
public void onPlayerDropItemEvent(NonExistentClass event)
Gets called when a player drops his item and cancels the action.
public void onPlayerRespawnEvent(NonExistentClass event)
Gets called when a player dies by strange occasions which are not handled by the EntityDamageEvent.
public void onPlayerDeathEvent(NonExistentClass event)
Player Death event.
public void onPlayerDamageEvent(NonExistentClass event)
Cancels all fall damage in the games.
public void onBallInteractEvent(BallInteractEvent event)
Caches the last interacting entity with the ball.
public void onClickOnPlacedSign(NonExistentClass event)
Handles clicking and joining on signs.


Eight Stone Chakra Set
Candle for grounding
Manifesting harmony candle
Manifesting Love candle
Manifesting Money Candle


请参阅: 说明
| 类 | 说明 |
|---|---|
| AbstractInterceptorDrivenBeanDefinitionDecorator |
Base implementation for
BeanDefinitionDecorators
wishing to add an interceptor
to the resulting bean. |
| AdviceEntry |
ParseState entry representing an advice element. |
| AdvisorComponentDefinition |
ComponentDefinition
that bridges the gap between the advisor bean definition configured
by the <aop:advisor> tag and the component definition
infrastructure. |
| AdvisorEntry |
ParseState entry representing an advisor. |
| AopConfigUtils |
Utility class for handling registration of AOP auto-proxy creators.
|
| AopNamespaceHandler |
NamespaceHandler for the aop namespace. |
| AopNamespaceUtils |
Utility class for handling registration of auto-proxy creators used internally
by the '
aop ' namespace tags. |
| AspectComponentDefinition |
ComponentDefinition
that holds an aspect definition, including its nested pointcuts. |
| AspectEntry |
ParseState entry representing an aspect. |
| MethodLocatingFactoryBean |
FactoryBean implementation that locates a Method on a specified bean. |
| PointcutComponentDefinition |
ComponentDefinition
implementation that holds a pointcut definition. |
| PointcutEntry |
ParseState entry representing a pointcut. |
| SimpleBeanFactoryAwareAspectInstanceFactory |
Implementation of
AspectInstanceFactory that locates the aspect from the
BeanFactory using a configured bean name. |


Class DimensionArrowhead
Predefined shapes for dimension style arrowheads.
Inheritance
Inherited Members
Namespace: netDxf.Entities
Assembly: CADability.dll
Syntax
public static class DimensionArrowhead
Remarks
Arrowhead block names and its representation.
"" = closed filled
"_DOT" = dot
"_DOTSMALL" = dot small
"_DOTBLANK" = dot blank
"_ORIGIN" = origin indicator
"_ORIGIN2" = origin indicator 2
"_OPEN" = open
"_OPEN90" = open 90 (right angle)
"_OPEN30" = open 30
"_CLOSED" = closed
"_SMALL" = dot small blank
"_NONE" = none
"_OBLIQUE" = oblique
"_BOXFILLED" = box filled
"_BOXBLANK" = box
"_CLOSEDBLANK" = closed blank
"_DATUMFILLED" = datum triangle filled
"_DATUMBLANK" = datum triangle
"_INTEGRAL" = integral
"_ARCHTICK" = architectural tick
Properties
| Improve this Doc View SourceArchitecturalTick
Architectural tick arrowhead.
Declaration
public static Block ArchitecturalTick { get; }
Property Value
| Type | Description |
|---|---|
| Block |
Box
Box arrowhead.
Declaration
public static Block Box { get; }
Property Value
| Type | Description |
|---|---|
| Block |
BoxFilled
Filled box arrowhead.
Declaration
public static Block BoxFilled { get; }
Property Value
| Type | Description |
|---|---|
| Block |
Closed
Closed arrowhead.
Declaration
public static Block Closed { get; }
Property Value
| Type | Description |
|---|---|
| Block |
ClosedBlank
Blank closed arrowhead.
Declaration
public static Block ClosedBlank { get; }
Property Value
| Type | Description |
|---|---|
| Block |
DatumTriangle
Datum triangle arrowhead.
Declaration
public static Block DatumTriangle { get; }
Property Value
| Type | Description |
|---|---|
| Block |
DatumTriangleFilled
Filled datum triangle arrowhead.
Declaration
public static Block DatumTriangleFilled { get; }
Property Value
| Type | Description |
|---|---|
| Block |
Dot
Dot arrowhead.
Declaration
public static Block Dot { get; }
Property Value
| Type | Description |
|---|---|
| Block |
DotBlank
Blank dot arrowhead.
Declaration
public static Block DotBlank { get; }
Property Value
| Type | Description |
|---|---|
| Block |
DotSmall
Small dot arrowhead.
Declaration
public static Block DotSmall { get; }
Property Value
| Type | Description |
|---|---|
| Block |
DotSmallBlank
Small blank dot arrowhead.
Declaration
public static Block DotSmallBlank { get; }
Property Value
| Type | Description |
|---|---|
| Block |
Integral
Integral symbol arrowhead.
Declaration
public static Block Integral { get; }
Property Value
| Type | Description |
|---|---|
| Block |
None
Empty arrowhead.
Declaration
public static Block None { get; }
Property Value
| Type | Description |
|---|---|
| Block |
Oblique
Oblique arrowhead.
Declaration
public static Block Oblique { get; }
Property Value
| Type | Description |
|---|---|
| Block |
Open
Open arrowhead.
Declaration
public static Block Open { get; }
Property Value
| Type | Description |
|---|---|
| Block |
Open30
Open 30 degree angle arrowhead.
Declaration
public static Block Open30 { get; }
Property Value
| Type | Description |
|---|---|
| Block |
Open90
Open 90 degree arrowhead (right angle arrowhead).
Declaration
public static Block Open90 { get; }
Property Value
| Type | Description |
|---|---|
| Block |
OriginIndicator
Origin indicator arrowhead.
Declaration
public static Block OriginIndicator { get; }
Property Value
| Type | Description |
|---|---|
| Block |
OriginIndicator2
Origin indicator 2 arrowhead.
Declaration
public static Block OriginIndicator2 { get; }
Property Value
| Type | Description |
|---|---|
| Block |


Human’s innate ability to compare ourselves to others is perhaps the root of all sins in this world. Knowing that I am better create a sense of pride or even arrogant, while knowing that I am less create a sense of envy and jealousy toward the other. There can be no ends to our comparison unless we stop to put any value into it.
The fuels behind our comparisons are our likes and dislikes.
Let’s say for example that we would like to be promoted. However, someone was promoted instead. We can’t help but feel disappointed or even a sense of hate or jealousy. Why? Because we believe a promotion has value and is desirable. But if we did not want to be promoted in the first place then we simply would not care who got promoted or didn’t.
I used to be someone who enjoyed being better than others. My identity was dependent upon others being less than who I am. Every conversation I start every word I speak leak a sense of pride and the desperate need to show off myself. When I met someone who is worse of than I am then I became overjoyed because I felt I was “better”. But when I met someone who was better suddenly I felt scared and inferior.
My happiness was contextual. I thought my happiness was to look better than others, but what I couldn’t see is how tiresome it was for me as well as those around me to put up with my own inferiority complex.
Happiness is not to be taken likely. If one does not take care of it and see it objectively. It is most likely that this kind of pursue of “happiness” will never stop. And for me or for anyone, they would forever carry around this “happiness” complex without noticing it.

I was lucky. I somehow found my way to the practice of mindfulness. Through the practice mindfulness, I began to reflect upon this inferiority complex I called “happiness”. And the more I reflect the more I see its negative effects.
First, it is rather obnoxious for others who have to put up with my own insecurity. No one likes someone who fill up the conversation only to boast about himself.
Second, it was tiresome to try to talk about how great you are in every context. I simply can’t be happy by myself. I needed someone to be better than at all time else I couldn’t be happy. When I felt like I am better than a person, I became happy. When that person or someone else become better than me then I became unsatisfied. My happiness was fleeting. It’s the kind of happiness which is dependent upon whether or not the context allow me to feel as if I am “better” than others.
What I eventually realise is that it was too hard for me to find happiness. My happiness to look better didn’t do anyone, including myself, any good except fulfilling the unfulfillable desire to look “better”.
Comparing myself to others did not bring me any joy, only pain and bitterness. Thus, I quit.
How to Stop Comparing Yourself to Others
- Reflect. As long as you are biased toward yourself and your ways of attaining happiness, you will never find True Happiness. You will say, "This is my happiness. Why would I change?" Thus, it is necessary to have the desire to improve one's happiness by reflecting often. Question yourself. Why I am still unhappy even though I am trying to be happy?  Know thyself and change yourself before it's too late!
- Knowing that there is no ends to comparing yourself to others. You will never be satisfied because your satisfaction is relative to how others are.
- Better could mean worse and less is sometimes more. It all depends on which standard or perspective are you putting yourself against. No one is better or worse. Everyone has different background and up-bring and naturally each is incomparably different from one another.
- Seeing the negative effects it has on oneself and everyone around you.
- Compare yourself today with yourself yesterday
- Learn the art of mindfulness! Click here to learn!
Posted with : Dealing With Unhappiness
- ← Cause of Unhappiness Part One: Externalizing Our Happiness
- The Six Greatest Gifts You Can Give Your Loved Ones →


instead of coding
with no manual timeouts
with selectors
a specialized environment
---
layout: landing
title: A cross-platform IDE for end-to-end web testing
description: You can create and maintain tests without coding using the built-in Visual Test Recorder. TestCafe Studio does not require WebDriver, browser plugins or other tools. It works on Windows, macOS and Linux.
permalink: /
---
{% include youtube-video-init.html %}
instead of coding
with no manual timeouts
with selectors
a specialized environment


- Understanding Instruction Sequence Disasm (04 Feb 2014)
With the upcoming bookclub on Ruby Under a Microscope I decided to dive into some C internals to better understand what was going on.
- Finding Failure - Git Bisect (20 Dec 2013)
Any sufficiently large development team will assuredly run into a situation where a failure occurs in a codebase that isn't exposed by the test suite. When this happens it helps to have something to reach for, something to help you narrow down that sea of incoming code into a manageable chunk to be debugged. We're in luck, let's learn about Git's Bisect command
- Transient Attributes with Fabrication (16 Sep 2013)
Here I'll show you a brief example of how to use transient attributes with the Fabrication gem!
- Phantom Js CLI options (13 Sep 2013)
Quick tip about customizing phantom js through poltergeist.
- SSL Nightmares (02 May 2013)
Here we'll talk about what SSL is, some of the perils while using it, and how to set up mutual authentication with Ruby's net-http library.
- Method Signatures You Can Sink Your Teeth Into (07 Mar 2013)
Let's review various ways to create methods in Ruby!
- Code Metrics and You (03 Jan 2013)
Here we'll go over some of the rudiments of code metrics. Learn how to detect overly complex code.
- Try and Try Again (15 Oct 2012)
I'll breifly go through a simple implementation of the NullOjbect pattern. Also some refactoring. :)
- Pry 102: Advanced Features (03 May 2012)
Give this link a click if you are interested in learning more about the advanced features of the ruby REPL Pry.
- Hitchhiker's Guide to Metaprogramming: Class/Module Hooks (23 Apr 2012)
I wrote another article for Rubysource about metaprogramming in ruby. In part one of this series I cover some of the basic class/module hooks. Maybe you should check it out. ;)
- Introducing Pivot.js (10 Apr 2012)
Here I'll talk a little bit about Pivot.js a new reporting library that let's you create extremely flexible reports on the fly.
- Zero to Jekyll in Twenty Minutes (04 Apr 2012)
Hey everyone I've posted an article over on Rubysource.com be sure to check it out.
- New Site, New Style (22 Mar 2012)
I've migrated Run With It to jekyll. The migration introduces a bunch of changes that will let me write more while still keeping the code clean.
- Setting Up a Remote Environment (20 Mar 2012)
Here I'll show you how easy it is to set up an alternate remote dev environment in Rails. Allowing you to work from home. ^_^
- Introducing EspnRb (12 Mar 2012)
Announcing EspnRb my wrapper around the ESPN developer API. It covers some basic usage examples and where you can learn more about it.


[OgreKit Lua] |
Classes | |
| class | gsLogicTree |
| class | gsILogicSocket |
| class | gsVariable |
| class | gsLogicNode |
Functions | |
| gkLogicTree * | getLogicTree (const gkString &logicTreeName) |
| int | getLogicTreeAmount () |
| gkLogicTree * | getLogicTreeAt (int at) |
| gkLogicTree * | getCurrentLogicTree () |
| gkLogicNode * | getCurrentLogicNode () |
| void | enableLogicTreeDebug (bool enable) |
| gkString | getLogicTreeDebugOutput () |
| gkString | getLogicTreeDebugOutputCompressed () |
| bool | isLogicTreeDebugging () |
| void enableLogicTreeDebug | ( | bool | enable | ) |
| gkLogicNode* getCurrentLogicNode | ( | ) |
| gkLogicTree* getCurrentLogicTree | ( | ) |
| gkLogicTree* getLogicTree | ( | const gkString & | logicTreeName | ) |
| int getLogicTreeAmount | ( | ) |
| gkLogicTree* getLogicTreeAt | ( | int | at | ) |
| gkString getLogicTreeDebugOutput | ( | ) |
| gkString getLogicTreeDebugOutputCompressed | ( | ) |
| bool isLogicTreeDebugging | ( | ) |


{% comment %} Add content to be output after excerpt. Default is to show Table Of Contents. {% endcomment %} {% include custom/beforeTOC.html %} * Table Of Contents {:toc}


|
TritonPlatform
0.1
Crossplatform API
|
#include <Renderer.h>
Public Member Functions | |
| virtual void | destroy ()=0 |
| virtual void | newFrame (float red, float green, float blue, float alpha)=0 |
| virtual void | endFrame ()=0 |
| virtual void | default ()=0 |
| virtual void | setViewPort (int x, int y, int width, int height)=0 |
| virtual void | depthBufferState (bool state)=0 |
| virtual void | cullBufferState (bool state)=0 |
| virtual void | render (reference< Renderable > &renderable)=0 |
| virtual void | render (unsigned int indiceCount)=0 |
| void | vsync (bool value) |
| void | fov (float value) |
| void | nearPlane (float value) |
| void | farPlane (float value) |
| Matrix44 | projection () |
| Matrix44 | orthographic () |
Protected Member Functions | |
| void | recalcMatrices () |
Protected Attributes | |
| Window * | m_renderingTo |
| Window that the renderer is rendering to. | |
| bool | m_vsync = false |
| Variable used to keep track if the renderer should present the content synced up or not. | |
| float | m_fov = 3.141592654f / 4.0f |
| FOV of the renderer. | |
| float | m_nearPlane = 0.1f |
| The near plane where renderer starts culling objects. | |
| float | m_farPlane = 100.0f |
| The far plane where renderer starts culling objects. | |
| Matrix44 | m_projectionMatrix |
| Renderer calculated projection matrix. | |
| Matrix44 | m_orthographicMatrix |
| Renderer calculated orthographic matrix. | |
| Matrix44 | m_worldMatrix |
| Renderer calculated world matrix. | |
The renderer is similar to the context in that each API has a specific way to render the renderer is created using the context and requires a valid window so that the render could know where to render to
|
pure virtual |
Set cull buffer state
| state | if false then the back face culling will not be active |
|
pure virtual |
Restore the renderer to it's default state
|
pure virtual |
Set depth buffer state
| state | if false then the depth will not be calculate |
|
pure virtual |
Destroys the renderer
|
pure virtual |
End the frame and flush the contents
| void Renderer::farPlane | ( | float | value | ) |
Set the renderer far clipping plane
| value | New v sync value |
| void Renderer::fov | ( | float | value | ) |
Set the renderer field of vision
| value | New v sync value |
| void Renderer::nearPlane | ( | float | value | ) |
Set the renderer near clipping plane
| value | New v sync value |
|
pure virtual |
Starts a new frame for the renderer with specified pixel color
| red | color value for the red pixel color |
| green | color value for the green pixel color |
| blue | color value for the blue pixel color |
| alpha | color value for the alpha pixel color |
| Matrix44 Renderer::orthographic | ( | ) |
Get the orthographic matrix
| Matrix44 Renderer::projection | ( | ) |
Get the projection matrix
|
protected |
Recalculates the matrices for the renderer
|
pure virtual |
Render a renderable
| renderable | the renderable to render |
|
pure virtual |
Render the current bound vertex array with specified index count
| indiceCount | The amount of indices to render |
|
pure virtual |
Set the view port for rendering
| x | start horizontal coordinate |
| y | start vertical coordinate |
| width | the width of new view port |
| height | the height of new view port |
| void Renderer::vsync | ( | bool | value | ) |
Set the renderer vertical sync variable
| value | New v sync value |


public class Result
extends java.lang.Object
The following methods are not yet defined but should be:
public Result getDAG(int compressionLevel);
| Constructor and Description |
|---|
Result(ActiveList activeList,
java.util.List<Token> resultList,
long collectTime,
boolean isFinal,
boolean wordTokenFirst,
boolean toCreateLattice)
Creates a result
|
Result(AlternateHypothesisManager alternateHypothesisManager,
ActiveList activeList,
java.util.List<Token> resultList,
long collectTime,
boolean isFinal,
boolean wordTokenFirst,
boolean toCreateLattice)
Creates a result
|
| Modifier and Type | Method and Description |
|---|---|
java.util.List<Token> |
findPartialMatchingTokens(java.lang.String text)
Searches through the n-best list to find the the branch that matches the
beginning of the given string
|
Token |
findToken(java.lang.String text)
Searches through the n-best list to find the the branch that matches the
given string
|
ActiveList |
getActiveTokens()
Returns a list of active tokens for this result.
|
AlternateHypothesisManager |
getAlternateHypothesisManager()
Returns the AlternateHypothesisManager Used to construct a Lattice
|
Token |
getBestActiveParitalMatchingToken(java.lang.String text)
Returns the best scoring token that matches the beginning of the given
text.
|
Token |
getBestActiveToken()
Returns the best scoring token in the active set
|
java.lang.String |
getBestFinalResultNoFiller()
Returns the string of the best final result, removing any filler words.
|
Token |
getBestFinalToken()
Returns the best scoring final token in the result.
|
java.lang.String |
getBestPronunciationResult()
The method is used when the application wants the phonemes on the best
final path.
|
java.lang.String |
getBestResultNoFiller()
Returns the string of the best result, removing any filler words.
|
Token |
getBestToken()
Returns the best scoring token in the result.
|
long |
getCollectTime()
Returns the current frame number
|
java.util.List<Data> |
getDataFrames()
Gets the feature frames associated with this result
|
int |
getEndFrame()
Gets the ending frame number for the result.
|
FrameStatistics[] |
getFrameStatistics()
Returns detailed frame statistics for this result
|
LogMath |
getLogMath()
Returns the log math used for this Result.
|
java.lang.String |
getReferenceText()
Retrieves the reference text.
|
java.util.List<Token> |
getResultTokens()
Returns a list of result tokens for this result.
|
int |
getStartFrame()
Gets the starting frame number for the result.
|
java.util.List<WordResult> |
getTimedBestResult(boolean withFillers)
Returns the string of words (with timestamp) for this token.
|
boolean |
getWordTokenFirst()
Getter for wordTokenFirst flag
|
boolean |
isFinal()
Determines if the result is a final result.
|
void |
setReferenceText(java.lang.String ref)
Sets the reference text
|
boolean |
toCreateLattice()
Checks if it justified to build lattice for this result
|
java.lang.String |
toString()
Returns a string representation of this object
|
boolean |
validate()
Determines if the Result is valid.
|
public Result(AlternateHypothesisManager alternateHypothesisManager, ActiveList activeList, java.util.List<Token> resultList, long collectTime, boolean isFinal, boolean wordTokenFirst, boolean toCreateLattice)
alternateHypothesisManager
- hypothesis manageractiveList
- the active list associated with this resultresultList
- the result list associated with this resultcollectTime
- token time in a stream.isFinal
- if true, the result is a final resultwordTokenFirst
- if word token goes first.toCreateLattice
- create lattice or not.public Result(ActiveList activeList, java.util.List<Token> resultList, long collectTime, boolean isFinal, boolean wordTokenFirst, boolean toCreateLattice)
activeList
- the active list associated with this resultresultList
- the result list associated with this resultcollectTime
- token collect time in a stream.isFinal
- if true, the result is a final result. This means that the
last frame in the speech segment has been decoded.wordTokenFirst
- if word token goes first.toCreateLattice
- create lattice or not.public boolean isFinal()
SearchManager.recognize
calls.public boolean toCreateLattice()
public LogMath getLogMath()
public ActiveList getActiveTokens()
Token
objects that represents the leaf nodes of
all active branches in the result (sometimes referred to as the
'lattice').
The lattice is live and may be modified by a SearchManager during a
recognition. Once the Result is final, the lattice is fixed and will no
longer be modified by the SearchManager. Applications can modify the
lattice (to prepare for a re-recognition, for example) only after
isFinal
returns true
Token
public java.util.List<Token> getResultTokens()
Token
objects that represents the leaf nodes
of all final branches in the result (sometimes referred to as the
'lattice').
The lattice is live and may be modified by a SearchManager during a
recognition. Once the Result is final, the lattice is fixed and will no
longer be modified by the SearchManager. Applications can modify the
lattice (to prepare for a re-recognition, for example) only after
isFinal
returns true
Token
public AlternateHypothesisManager getAlternateHypothesisManager()
public long getCollectTime()
public Token getBestFinalToken()
public Token getBestToken()
public Token getBestActiveToken()
public Token findToken(java.lang.String text)
text
- the string to search forpublic java.util.List<Token> findPartialMatchingTokens(java.lang.String text)
text
- the string to search forpublic Token getBestActiveParitalMatchingToken(java.lang.String text)
text
- the text to matchpublic FrameStatistics[] getFrameStatistics()
null
if no frame statistics are
available.public int getStartFrame()
public int getEndFrame()
public java.util.List<Data> getDataFrames()
public java.lang.String getBestResultNoFiller()
public java.lang.String getBestFinalResultNoFiller()
public java.lang.String getBestPronunciationResult()
public java.util.List<WordResult> getTimedBestResult(boolean withFillers)
withFillers
- true if we want filler words included, false otherwisepublic java.lang.String toString()
toString
in class java.lang.Object
public boolean validate()
public void setReferenceText(java.lang.String ref)
ref
- the reference textpublic java.lang.String getReferenceText()
public boolean getWordTokenFirst()


Tropical Forest Foliar Stoichiometry
I collaborated with Molly Cavaleri, Paulo Olivas, Steve Oberbauer & my PhD advisor Stephen Porder to analyze foliar stoichiometry (10 elements!) across La Selva, Costa Rica. We used modular towers to comprehensively sample leaves, from forest floor to canopy top.


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Exam 70-761: Querying data with Transact-SQL


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/namespace.html ---
I thought it was about time I read through theorem proving in Lean again, to make sure I understand it 100% now. I don't.
namespace foo def a : ℕ := 5 def f (x : ℕ) : ℕ := x + 7 def fa : ℕ := f a def ffa : ℕ := f (f a) #print "inside foo" #check a #check f #check fa #check ffa #check foo.fa end foo
Why does that last #check
work? What if there had been a foo.foo.fa
? Who wins? Can I control who wins?
you have a misplaced #
I'm on my phone, sorry
I think the definition closest to your "#check" wins
namespace foo def fa : ℕ := 5 def foo.fa : ℤ := 5 #print "inside foo" #check fa -- fa : ℕ #check foo.fa -- foo.fa : ℤ end foo
In a nested namespace situation what are the rules?
And can I bend them with extra annotations? Is this to do with private
?
Kenny, interchanging the definition order there doesn't change the result
hmm
surely Mario knows why
well, it's not to hard to come up with a post hoc rule given this data
I don't have access to lean right now
That's why I'm reading TPIL :-)
Okay, here's the rule, I think: If you are in namespace foo
, ignoring open
s, you can refer to things in the root namespace, and in the foo
namespace. You can also refer to things in namespaces below that by adding prefixes relative to one of these roots. If there is a conflict, then the stuff in namespace foo
wins over the root namespace
So #check foo.fa
inside namespace foo
refers to foo.fa
relative to the root namespace. If there was a foo.foo.fa
it would take precedence over this
I think I meant protected
not private
Difficult to check right now
Something with protected
marking cannot be referred to without its last namespace. So if A.B.C
was declared protected
then it could be referred to as A.B.C
or B.C
but not C
Something with private
marking has a name which is rather obscured, usually something like _private.12345.name
. Inside the section/namespace it is declared, you can use name
as its short name, but after that it is essentially inaccessible. I don't think it participates in namespacing
after some testing, it looks like you can't actually type _private.12345.name
and refer to the private value since the 12345
is a numeric name part, which you can't type using the usual lean parser. You can refer to it using tactics though. Here's a silly example:
import data.quot section foo private def my_password : ℕ := 57 def I_haz_pass : trunc ℕ := trunc.mk my_password end foo open tactic def evil : ℕ := by do env ← get_env, d ← env.get ``I_haz_pass, `(trunc.mk %%e) ← return d.value, exact e #eval evil -- 57 example : evil = 57 := rfl
the lesson here is that private
definitions are not an impermeable abstraction layer, if you want to use them to hide the details of a construction. If consistency depends on this (e.g. Dan Licata's trick) then it's not a good plan
Thanks for the detective work!
I'm 1/3 of the way through my 100% playthrough of TPIL.
In the middle of a section inside a namespace, is there a way to declare somme lemma in the root namespace without closing the section, then closing the namespace, then stating the lemma, then opening the namespace again, then opening the section again?
No, not unless you declare the lemma using tactics. I want to fix lean so that def _root_.bla
works
OK, that's what I thought but it is good (and sad) to have a confirmation.
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


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