Methods summary
public static
float
|
#
AVEDEV( )
AVEDEV
Returns the average of the absolute deviations of data points from their mean.
AVEDEV is a measure of the variability in a data set.
Excel Function: AVEDEV(value1[,value2[, ...]])
Returns
float
Category
Statistical Functions
|
public static
float
|
#
AVERAGE( )
AVERAGE
Returns the average (arithmetic mean) of the arguments
Excel Function: AVERAGE(value1[,value2[, ...]])
Returns
float
Category
Statistical Functions
|
public static
float
|
#
AVERAGEA( )
AVERAGEA
Returns the average of its arguments, including numbers, text, and logical values
Excel Function: AVERAGEA(value1[,value2[, ...]])
Returns
float
Category
Statistical Functions
|
public static
float
|
#
AVERAGEIF( mixed $aArgs, string $condition, mixed[] $averageArgs = array() )
AVERAGEIF
Returns the average value from a range of cells that contain numbers within the list of arguments
Excel Function: AVERAGEIF(value1[,value2[, ...]],condition)
Parameters
- $aArgs
- $arg,... Data values
- $condition
- The criteria that defines which cells will be checked.
- $averageArgs
- Data values
Returns
float
Category
Mathematical and Trigonometric Functions
|
public static
float
|
#
BETADIST( float $value, float $alpha, float $beta, boolean $rMin = 0, $rMax = 1 )
BETADIST
Returns the beta distribution.
Parameters
- $value
- Value at which you want to evaluate the distribution
- $alpha
- Parameter to the distribution
- $beta
- Parameter to the distribution
- $rMin
- $cumulative
- $rMax
Returns
float
|
public static
float
|
#
BETAINV( float $probability, float $alpha, float $beta, float $rMin = 0, float $rMax = 1, boolean $cumulative,… )
BETAINV
Returns the inverse of the beta distribution.
Parameters
- $probability
- Probability at which you want to evaluate the distribution
- $alpha
- Parameter to the distribution
- $beta
- Parameter to the distribution
- $rMin
- Minimum value
- $rMax
- Maximum value
- $cumulative,…
Returns
float
|
public static
float
|
#
BINOMDIST( float $value, float $trials, float $probability, boolean $cumulative )
BINOMDIST
Returns the individual term binomial distribution probability. Use BINOMDIST in problems with a fixed number of tests or trials, when the outcomes of any trial are only success or failure, when trials are independent, and when the probability of success is constant throughout the experiment. For example, BINOMDIST can calculate the probability that two of the next three babies born are male.
Parameters
- $value
- Number of successes in trials
- $trials
- Number of trials
- $probability
- Probability of success on each trial
- $cumulative
Returns
float
|
public static
float
|
#
CHIDIST( float $value, float $degrees )
CHIDIST
Returns the one-tailed probability of the chi-squared distribution.
Parameters
- $value
- Value for the function
- $degrees
- degrees of freedom
Returns
float
|
public static
float
|
#
CHIINV( float $probability, float $degrees )
CHIINV
Returns the one-tailed probability of the chi-squared distribution.
Parameters
- $probability
- Probability for the function
- $degrees
- degrees of freedom
Returns
float
|
public static
float
|
#
CONFIDENCE( float $alpha, float $stdDev, float $size )
CONFIDENCE
Returns the confidence interval for a population mean
Parameters
- $alpha
- $stdDev
- Standard Deviation
- $size
Returns
float
|
public static
float
|
#
CORREL( array $yValues, array $xValues = null )
CORREL
Returns covariance, the average of the products of deviations for each data point pair.
Parameters
- $yValues
- mixed Data Series Y
- $xValues
- mixed Data Series X
Returns
float
|
public static
integer
|
#
COUNT( )
COUNT
Counts the number of cells that contain numbers within the list of arguments
Excel Function: COUNT(value1[,value2[, ...]])
Returns
integer
Category
Statistical Functions
|
public static
integer
|
#
COUNTA( )
COUNTA
Counts the number of cells that are not empty within the list of arguments
Excel Function: COUNTA(value1[,value2[, ...]])
Returns
integer
Category
Statistical Functions
|
public static
integer
|
#
COUNTBLANK( )
COUNTBLANK
Counts the number of empty cells within the list of arguments
Excel Function: COUNTBLANK(value1[,value2[, ...]])
Returns
integer
Category
Statistical Functions
|
public static
integer
|
#
COUNTIF( mixed $aArgs, string $condition )
COUNTIF
Counts the number of cells that contain numbers within the list of arguments
Excel Function: COUNTIF(value1[,value2[, ...]],condition)
Parameters
- $aArgs
- $arg,... Data values
- $condition
- The criteria that defines which cells will be counted.
Returns
integer
Category
Statistical Functions
|
public static
float
|
#
COVAR( array $yValues, array $xValues )
COVAR
Returns covariance, the average of the products of deviations for each data point pair.
Parameters
- $yValues
- mixed Data Series Y
- $xValues
- mixed Data Series X
Returns
float
|
public static
integer
|
#
CRITBINOM( float $trials, float $probability, float $alpha )
CRITBINOM
Returns the smallest value for which the cumulative binomial distribution is greater than or equal to a criterion value
See http://support.microsoft.com/kb/828117/ for details of the algorithm used
Parameters
- $trials
- number of Bernoulli trials
- $probability
- probability of a success on each trial
- $alpha
- criterion value
Returns
integer
|
public static
float
|
#
DEVSQ( )
DEVSQ
Returns the sum of squares of deviations of data points from their sample mean.
Excel Function: DEVSQ(value1[,value2[, ...]])
Returns
float
Category
Statistical Functions
|
public static
float
|
#
EXPONDIST( float $value, float $lambda, boolean $cumulative )
EXPONDIST
Returns the exponential distribution. Use EXPONDIST to model the time between events, such as how long an automated bank teller takes to deliver cash. For example, you can use EXPONDIST to determine the probability that the process takes at most 1 minute.
Parameters
- $value
- Value of the function
- $lambda
- The parameter value
- $cumulative
Returns
float
|
public static
float
|
#
FISHER( float $value )
FISHER
Returns the Fisher transformation at x. This transformation produces a function that is normally distributed rather than skewed. Use this function to perform hypothesis testing on the correlation coefficient.
Parameters
Returns
float
|
public static
float
|
#
FISHERINV( float $value )
FISHERINV
Returns the inverse of the Fisher transformation. Use this transformation when analyzing correlations between ranges or arrays of data. If y = FISHER(x), then FISHERINV(y) = x.
Parameters
Returns
float
|
public static
float
|
#
FORECAST( float $xValue, array $yValues, array $xValues )
FORECAST
Calculates, or predicts, a future value by using existing values. The predicted value is a y-value for a given x-value.
Parameters
- $xValue
- of X for which we want to find Y
- $yValues
- mixed Data Series Y
- $xValues
- mixed Data Series X
Returns
float
|
public static
float
|
#
GAMMADIST( float $value, float $a, float $b, boolean $cumulative )
GAMMADIST
Returns the gamma distribution.
Parameters
- $value
- Value at which you want to evaluate the distribution
- $a
- Parameter to the distribution
- $b
- Parameter to the distribution
- $cumulative
Returns
float
|
public static
float
|
#
GAMMAINV( float $probability, float $alpha, float $beta )
GAMMAINV
Returns the inverse of the beta distribution.
Parameters
- $probability
- Probability at which you want to evaluate the distribution
- $alpha
- Parameter to the distribution
- $beta
- Parameter to the distribution
Returns
float
|
public static
float
|
#
GAMMALN( float $value )
GAMMALN
Returns the natural logarithm of the gamma function.
Parameters
Returns
float
|
public static
float
|
#
GEOMEAN( )
GEOMEAN
Returns the geometric mean of an array or range of positive data. For example, you can use GEOMEAN to calculate average growth rate given compound interest with variable rates.
Excel Function: GEOMEAN(value1[,value2[, ...]])
Returns
float
Category
Statistical Functions
|
public static
array
|
#
GROWTH( array $yValues, array $xValues = array(), array $newValues = array(), boolean $const = True )
GROWTH
Returns values along a predicted emponential trend
Parameters
- $yValues
- mixed Data Series Y
- $xValues
- mixed Data Series X
- $newValues
- mixed Values of X for which we want to find Y
- $const
- logical value specifying whether to force the intersect to equal 0.
Returns
array of float
|
public static
float
|
#
HARMEAN( )
HARMEAN
Returns the harmonic mean of a data set. The harmonic mean is the reciprocal of the arithmetic mean of reciprocals.
Excel Function: HARMEAN(value1[,value2[, ...]])
Returns
float
Category
Statistical Functions
|
public static
float
|
#
HYPGEOMDIST( float $sampleSuccesses, float $sampleNumber, float $populationSuccesses, float $populationNumber )
HYPGEOMDIST
Returns the hypergeometric distribution. HYPGEOMDIST returns the probability of a given number of
sample successes, given the sample size, population successes, and population size.
Parameters
- $sampleSuccesses
- Number of successes in the sample
- $sampleNumber
- Size of the sample
- $populationSuccesses
- Number of successes in the population
- $populationNumber
- Population size
Returns
float
|
public static
float
|
#
INTERCEPT( array $yValues, array $xValues )
INTERCEPT
Calculates the point at which a line will intersect the y-axis by using existing x-values and y-values.
Parameters
- $yValues
- mixed Data Series Y
- $xValues
- mixed Data Series X
Returns
float
|
public static
float
|
#
KURT( )
KURT
Returns the kurtosis of a data set. Kurtosis characterizes the relative peakedness
or flatness of a distribution compared with the normal distribution. Positive
kurtosis indicates a relatively peaked distribution. Negative kurtosis indicates a
relatively flat distribution.
Returns
float
|
public static
float
|
#
LARGE( integer $entry,… )
LARGE
Returns the nth largest value in a data set. You can use this function to select a value based on its relative standing.
Excel Function: LARGE(value1[,value2[, ...]],entry)
Parameters
- $entry,…
- Position (ordered from the largest) in the array or range of data to return
Returns
float
Category
Statistical Functions
|
public static
array
|
#
LINEST( array $yValues, array $xValues = NULL, boolean $const = TRUE, boolean $stats = FALSE )
LINEST
Calculates the statistics for a line by using the "least squares" method to calculate a straight line that best fits your data, and then returns an array that describes the line.
Parameters
- $yValues
- mixed Data Series Y
- $xValues
- mixed Data Series X
- $const
- logical value specifying whether to force the intersect to equal 0.
- $stats
- logical value specifying whether to return additional regression statistics.
Returns
array
|
public static
array
|
#
LOGEST( array $yValues, array $xValues = null, boolean $const = True, boolean $stats = False )
LOGEST
Calculates an exponential curve that best fits the X and Y data series, and then returns an array that describes the line.
Parameters
- $yValues
- mixed Data Series Y
- $xValues
- mixed Data Series X
- $const
- logical value specifying whether to force the intersect to equal 0.
- $stats
- logical value specifying whether to return additional regression statistics.
Returns
array
|
public static
float
|
#
LOGINV( float $probability, float $mean, float $stdDev )
LOGINV
Returns the inverse of the normal cumulative distribution
Parameters
- $probability
- $mean
- $stdDev
Returns
float
|
public static
float
|
#
LOGNORMDIST( float $value, float $mean, float $stdDev )
LOGNORMDIST
Returns the cumulative lognormal distribution of x, where ln(x) is normally distributed
with parameters mean and standard_dev.
Parameters
Returns
float
|
public static
float
|
#
MAX( )
MAX
MAX returns the value of the element of the values passed that has the highest value, with negative numbers considered smaller than positive numbers.
Excel Function: MAX(value1[,value2[, ...]])
Returns
float
Category
Statistical Functions
|
public static
float
|
#
MAXA( )
MAXA
Returns the greatest value in a list of arguments, including numbers, text, and logical values
Excel Function: MAXA(value1[,value2[, ...]])
Returns
float
Category
Statistical Functions
|
public static
float
|
#
MAXIF( mixed $aArgs, string $condition, $sumArgs = array() )
MAXIF
Counts the maximum value within a range of cells that contain numbers within the list of arguments
Excel Function: MAXIF(value1[,value2[, ...]],condition)
Parameters
- $aArgs
- $arg,... Data values
- $condition
- The criteria that defines which cells will be checked.
- $sumArgs
Returns
float
Category
Mathematical and Trigonometric Functions
|
public static
float
|
#
MEDIAN( )
MEDIAN
Returns the median of the given numbers. The median is the number in the middle of a set of numbers.
Excel Function: MEDIAN(value1[,value2[, ...]])
Returns
float
Category
Statistical Functions
|
public static
float
|
#
MIN( )
MIN
MIN returns the value of the element of the values passed that has the smallest value, with negative numbers considered smaller than positive numbers.
Excel Function: MIN(value1[,value2[, ...]])
Returns
float
Category
Statistical Functions
|
public static
float
|
#
MINA( )
MINA
Returns the smallest value in a list of arguments, including numbers, text, and logical values
Excel Function: MINA(value1[,value2[, ...]])
Returns
float
Category
Statistical Functions
|
public static
float
|
#
MINIF( mixed $aArgs, string $condition, $sumArgs = array() )
MINIF
Returns the minimum value within a range of cells that contain numbers within the list of arguments
Excel Function: MINIF(value1[,value2[, ...]],condition)
Parameters
- $aArgs
- $arg,... Data values
- $condition
- The criteria that defines which cells will be checked.
- $sumArgs
Returns
float
Category
Mathematical and Trigonometric Functions
|
public static
float
|
#
MODE( )
MODE
Returns the most frequently occurring, or repetitive, value in an array or range of data
Excel Function: MODE(value1[,value2[, ...]])
Returns
float
Category
Statistical Functions
|
public static
float
|
#
NEGBINOMDIST( float $failures, float $successes, float $probability )
NEGBINOMDIST
Returns the negative binomial distribution. NEGBINOMDIST returns the probability that there will be number_f failures before the number_s-th success, when the constant probability of a success is probability_s. This function is similar to the binomial distribution, except that the number of successes is fixed, and the number of trials is variable. Like the binomial, trials are assumed to be independent.
Parameters
- $failures
- Number of Failures
- $successes
- Threshold number of Successes
- $probability
- Probability of success on each trial
Returns
float
|
public static
float
|
#
NORMDIST( float $value, float $mean, float $stdDev, boolean $cumulative )
NORMDIST
Returns the normal distribution for the specified mean and standard deviation. This
function has a very wide range of applications in statistics, including hypothesis
testing.
Parameters
- $value
- $mean
- Mean Value
- $stdDev
- Standard Deviation
- $cumulative
Returns
float
|
public static
float
|
#
NORMINV( float $probability, float $mean, float $stdDev )
NORMINV
Returns the inverse of the normal cumulative distribution for the specified mean and standard deviation.
Parameters
- $probability
- $value
- $mean
- Mean Value
- $stdDev
- Standard Deviation
Returns
float
|
public static
float
|
#
NORMSDIST( float $value )
NORMSDIST
Returns the standard normal cumulative distribution function. The distribution has
a mean of 0 (zero) and a standard deviation of one. Use this function in place of a
table of standard normal curve areas.
Parameters
Returns
float
|
public static
float
|
#
NORMSINV( float $value )
NORMSINV
Returns the inverse of the standard normal cumulative distribution
Parameters
Returns
float
|
public static
float
|
#
PERCENTILE( float $entry,… )
PERCENTILE
Returns the nth percentile of values in a range..
Excel Function: PERCENTILE(value1[,value2[, ...]],entry)
Parameters
- $entry,…
- Percentile value in the range 0..1, inclusive.
Returns
float
Category
Statistical Functions
|
public static
float
|
#
PERCENTRANK( array $valueSet, number $value, number $significance = 3 )
PERCENTRANK
Returns the rank of a value in a data set as a percentage of the data set.
Parameters
- $valueSet
- number An array of, or a reference to, a list of numbers.
- $value
- number whose rank you want to find.
- $significance
- number of significant digits for the returned percentage value.
Returns
float
|
public static
integer
|
#
PERMUT( integer $numObjs, integer $numInSet )
PERMUT
Returns the number of permutations for a given number of objects that can be selected from number objects. A permutation is any set or subset of objects or events where internal order is significant. Permutations are different from combinations, for which the internal order is not significant. Use this function for lottery-style probability calculations.
Parameters
- $numObjs
- Number of different objects
- $numInSet
- Number of objects in each permutation
Returns
integer Number of permutations
|
public static
float
|
#
POISSON( float $value, float $mean, boolean $cumulative )
POISSON
Returns the Poisson distribution. A common application of the Poisson distribution
is predicting the number of events over a specific time, such as the number of
cars arriving at a toll plaza in 1 minute.
Parameters
- $value
- $mean
- Mean Value
- $cumulative
Returns
float
|
public static
float
|
#
QUARTILE( integer $entry,… )
QUARTILE
Returns the quartile of a data set.
Excel Function: QUARTILE(value1[,value2[, ...]],entry)
Parameters
- $entry,…
- Quartile value in the range 1..3, inclusive.
Returns
float
Category
Statistical Functions
|
public static
float
|
#
RANK( number $value, array $valueSet, mixed $order = 0 )
RANK
Returns the rank of a number in a list of numbers.
Parameters
- $value
- number whose rank you want to find.
- $valueSet
- number An array of, or a reference to, a list of numbers.
- $order
- to sort the values in the value set
Returns
float
|
public static
float
|
#
RSQ( array $yValues, array $xValues )
RSQ
Returns the square of the Pearson product moment correlation coefficient through data points in known_y's and known_x's.
Parameters
- $yValues
- mixed Data Series Y
- $xValues
- mixed Data Series X
Returns
float
|
public static
float
|
#
SKEW( )
SKEW
Returns the skewness of a distribution. Skewness characterizes the degree of asymmetry
of a distribution around its mean. Positive skewness indicates a distribution with an
asymmetric tail extending toward more positive values. Negative skewness indicates a
distribution with an asymmetric tail extending toward more negative values.
Returns
float
|
public static
float
|
#
SLOPE( array $yValues, array $xValues )
SLOPE
Returns the slope of the linear regression line through data points in known_y's and known_x's.
Parameters
- $yValues
- mixed Data Series Y
- $xValues
- mixed Data Series X
Returns
float
|
public static
float
|
#
SMALL( integer $entry,… )
SMALL
Returns the nth smallest value in a data set. You can use this function to select a value based on its relative standing.
Excel Function: SMALL(value1[,value2[, ...]],entry)
Parameters
- $entry,…
- Position (ordered from the smallest) in the array or range of data to return
Returns
float
Category
Statistical Functions
|
public static
float
|
#
STANDARDIZE( float $value, float $mean, float $stdDev )
STANDARDIZE
Returns a normalized value from a distribution characterized by mean and standard_dev.
Parameters
- $value
- Value to normalize
- $mean
- Mean Value
- $stdDev
- Standard Deviation
Returns
float Standardized value
|
public static
float
|
#
STDEV( )
STDEV
Estimates standard deviation based on a sample. The standard deviation is a measure of how widely values are dispersed from the average value (the mean).
Excel Function: STDEV(value1[,value2[, ...]])
Returns
float
Category
Statistical Functions
|
public static
float
|
#
STDEVA( )
STDEVA
Estimates standard deviation based on a sample, including numbers, text, and logical values
Excel Function: STDEVA(value1[,value2[, ...]])
Returns
float
Category
Statistical Functions
|
public static
float
|
#
STDEVP( )
STDEVP
Calculates standard deviation based on the entire population
Excel Function: STDEVP(value1[,value2[, ...]])
Returns
float
Category
Statistical Functions
|
public static
float
|
#
STDEVPA( )
STDEVPA
Calculates standard deviation based on the entire population, including numbers, text, and logical values
Excel Function: STDEVPA(value1[,value2[, ...]])
Returns
float
Category
Statistical Functions
|
public static
float
|
#
STEYX( array $yValues, array $xValues )
STEYX
Returns the standard error of the predicted y-value for each x in the regression.
Parameters
- $yValues
- mixed Data Series Y
- $xValues
- mixed Data Series X
Returns
float
|
public static
float
|
#
TDIST( float $value, float $degrees, float $tails )
TDIST
Returns the probability of Student's T distribution.
Parameters
- $value
- Value for the function
- $degrees
- degrees of freedom
- $tails
- number of tails (1 or 2)
Returns
float
|
public static
float
|
#
TINV( float $probability, float $degrees )
TINV
Returns the one-tailed probability of the chi-squared distribution.
Parameters
- $probability
- Probability for the function
- $degrees
- degrees of freedom
Returns
float
|
public static
array
|
#
TREND( array $yValues, array $xValues = array(), array $newValues = array(), boolean $const = True )
TREND
Returns values along a linear trend
Parameters
- $yValues
- mixed Data Series Y
- $xValues
- mixed Data Series X
- $newValues
- mixed Values of X for which we want to find Y
- $const
- logical value specifying whether to force the intersect to equal 0.
Returns
array of float
|
public static
float
|
#
TRIMMEAN( float $discard,… )
TRIMMEAN
Returns the mean of the interior of a data set. TRIMMEAN calculates the mean taken by excluding a percentage of data points from the top and bottom tails of a data set.
Excel Function: TRIMEAN(value1[,value2[, ...]],$discard)
Parameters
- $discard,…
- Percentage to discard
Returns
float
Category
Statistical Functions
|
public static
float
|
#
VARFunc( )
VARFunc
Estimates variance based on a sample.
Excel Function: VAR(value1[,value2[, ...]])
Returns
float
Category
Statistical Functions
|
public static
float
|
#
VARA( )
VARA
Estimates variance based on a sample, including numbers, text, and logical values
Excel Function: VARA(value1[,value2[, ...]])
Returns
float
Category
Statistical Functions
|
public static
float
|
#
VARP( )
VARP
Calculates variance based on the entire population
Excel Function: VARP(value1[,value2[, ...]])
Returns
float
Category
Statistical Functions
|
public static
float
|
#
VARPA( )
VARPA
Calculates variance based on the entire population, including numbers, text, and logical values
Excel Function: VARPA(value1[,value2[, ...]])
Returns
float
Category
Statistical Functions
|
public static
float
|
#
WEIBULL( float $value, float $alpha, float $beta, boolean $cumulative )
WEIBULL
Returns the Weibull distribution. Use this distribution in reliability
analysis, such as calculating a device's mean time to failure.
Parameters
- $value
- $alpha
- Alpha Parameter
- $beta
- Beta Parameter
- $cumulative
Returns
float
|
public static
float
|
#
ZTEST( float $dataSet, float $m0, float $sigma = NULL, boolean $cumulative,… )
ZTEST
Returns the Weibull distribution. Use this distribution in reliability
analysis, such as calculating a device's mean time to failure.
Parameters
- $dataSet
- $m0
- Alpha Parameter
- $sigma
- Beta Parameter
- $cumulative,…
Returns
float
|


Summary information such as alarm counts, location, version, boostrap status for Network Services Gateway
This object has no members.
Formatted address including property number, street name, suite or office number of the NSG
Format: free
SDK attribute: address
Bootstrap status of the NSG
Allowed values: ACTIVE, CERTIFICATE_SIGNED, INACTIVE, NOTIFICATION_APP_REQ_ACK, NOTIFICATION_APP_REQ_SENT, QUARANTINED, REVOKED
SDK attribute: bootstrapStatus
Country in which the NSG is located
Format: free
SDK attribute: country
Total number of alarms with CRITICAL severity
SDK attribute: criticalAlarmsCount
Metadata objects associated with this entity. This will contain a list of Metadata objects if the API request is made using the special flag to enable the embedded Metadata feature. Only a maximum of Metadata objects is returned based on the value set in the system configuration.
SDK attribute: embeddedMetadata
The enterprise associated with this NSG
Format: free
SDK attribute: enterpriseID
Specify if scope of entity is Data center or Enterprise level
Allowed values: ENTERPRISE, GLOBAL
SDK attribute: entityScope
External object ID. Used for integration with third party systems
Format: free
SDK attribute: externalID
The ID of the NSG from which the infomation was collected.
Format: free
SDK attribute: gatewayID
The name of the gateway
Format: free
SDK attribute: gatewayName
Details on the type of gateway for which the summary is given. For NSGs, the value would be NSGateway.
SDK attribute: gatewayType
Total number of alarms with INFO severity
SDK attribute: infoAlarmsCount
ID of the user who last updated the object.
Format: free
SDK attribute: lastUpdatedBy
The latitude of the location of the NSG
SDK attribute: latitude
Locality/City/County of the NSG
Format: free
SDK attribute: locality
The longitude of the location of the NSG
SDK attribute: longitude
Total number of alarms with MAJOR severity
SDK attribute: majorAlarmsCount
Total number of alarms with MINOR severity
SDK attribute: minorAlarmsCount
The NSG Version (software) as reported during bootstrapping or following an upgrade.
Format: free
SDK attribute: NSGVersion
Personality of the corresponding Network Services Gateway
Allowed values: NSG, NSGBR, NSGDUC
SDK attribute: personality
The ID of the Redundant Group which has this gateway
Format: free
Max length: 255
SDK attribute: redundantGroupID
The Name of the Redundant Group which has this gateway
Format: free
SDK attribute: redundantGroupName
State/Province/Region
Format: free
SDK attribute: state
Identifier of the gateway
Format: free
SDK attribute: systemID
Time zone in which the Gateway is located. This can be in the form of a UTC/GMT offset, continent/city location, or country/region. The available time zones can be found in /usr/share/zoneinfo on a Linux machine or retrieved with TimeZone.getAvailableIDs() in Java. Refer to the IANA (Internet Assigned Numbers Authority) for a list of time zones. URL : http://www.iana.org/time-zones Default value is UTC (translating to Etc/Zulu)
Format: free
SDK attribute: timezoneID


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+++ title = "record-collector.net" description = "The documentation and Record Collector demo web site." note = "Should be the language selection page" robots = "noindex" +++
A .NET 6.0 static site kit. Follow the repository on Github and the author's blog to get updates on new features and more sample usage.
Learn about and see the framework in English.
Läs om och se ramverket på svenska.


Experienced software engineer with a passion for building innovative software applications that conform to software construction principles and expedites the efficiency and effectiveness of organizational success. Well-versed in technology to create systems that are maintainable and useable. A skilled leader who has the proven ability to motivate, educate, and manage a team to build software applications and effectively track changes.
Alaa' Omar is mainly interested in:
I don't pretend to know everything, but surely I have what it takes to accomplish anything.
View ResumeA Content Aggregator fetches information from different website sources and displays the aggregated information in one place, so you don’t have to visit multiple websites to get the latest info: one website is enough.
An implementation of a simple shopping mall in Java. The project is built using Design patterns.
The GUI Application is built using Java.
Download full reportA Windows Application for the student loan fund data Mangment.
A web application for student loan fund.


<colophon>
The <colophon>
element references a topic describing how this document
was created. In publishing, a colophon describes details of the production of a book. This
information generally includes the typefaces used, and often the names of their designers;
the paper, ink and details of the binding materials and methods may also receive mention.
In the case of technical books, a colophon may specify the software used to prepare the
text and diagrams for publication. The <colophon>
may appear in the
<frontmatter>
or <backmatter>
.
Category: Bookmap content elements


Recent Posts
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By: john Deo / Date: 2 Aug 2012 / Time:09:27 AM
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By: john Deo / Date: 2 Aug 2012 / Time:09:27 AM
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By: john Deo / Date: 2 Aug 2012 / Time:09:27 AM
This is a much longer one that will go on for a few lines.Itaffle to pad out the comment.
 Usually, you just wish these sorts of comments would come to an end.multiple paragraphs and is full of waffle to pad out the comment. Usually, you just wish these sorts of comments would come to an end.multiple paragraphs and is full of waffle to pad out the comment. Usually, you just wish these sorts of comments would come to an end.
waffle to pad out the comment. Usually, you just wish these sorts of comments would come to an end.multiple paragraphs and is full of waffle to pad out the comment. Usually, you just wish these sorts of comments would come to an end.
full of waffle to pad out the comment. Usually, you just wish these sorts of comments would come to an end.multiple paragraphs and is full of waffle to pad out the comment. Usually, you just wish these sorts of comments would come to an end.
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Save 53% On Your First 3 Months Of Audible
If you've been waiting for a good deal on Audible to take the plunge, well now is the time.
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Audible is an audiobook service, that offers you an audiobook and two Audible originals every single month. Which is more than worth the money you're paying even at full price. Considering most books are at least $14.95 by themselves and don't usually come with an audio version available to listen too.
Audible also has some of the newest books, like "A Warning" by Anonymous. Which is a brand new book about the Trump Administration written by an anonymous person who work(ed) in The White House. It's supposedly the same person that wrote that anonymous Op-Ed in The New York Times back in 2017. It's a big seller already, and you can get it included in Audible.
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1 person dead, 3 others wounded in shooting in Newark
by Eyewitness NewsNEWARK, New Jersey (WABC) -- Authorities are searching for a gunman after one person was killed and three others wounded in a shooting in Newark Monday.
Police were called to the 100 block of South 8th Street when shots rang out shortly after 5 p.m.
The identity of the person killed has not yet been released. The three wounded victims suffered non-critical injuries, according to police.
There is no word yet on what led to the shooting.
One witness who lives in the area said it sounded like a gun battle involving more than one shooter.
The incident is under investigation by the Essex County Prosecutor's Office.
Officials reopened South 8th Street Monday night after investigators finished collecting their evidence and towed some cars from the block.


Send some love.
Give your love to friends and family even when you can't be near.
- Box of Love has a large selection of curated boxes that you can send to your loved ones.
- Choose from our monthly themed boxes or boxes designed for special occasions.
- Add a personal note, and we'll do the rest!
December's Themed Box
- Stocking
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- Egg Nog
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- Notebook
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- Hot Cocoa
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- Holiday Plate
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Special Occasions
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Engagement
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Break Up
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Big Test
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Baby
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Provides a compact variation of the usual syntax of function declaration, in order to support tidyverse-style quasiquotation of a function's arguments and body.
| Version: | 0.3.0 |
| Depends: | R (≥ 3.1.0) |
| Imports: | rlang (≥ 0.1.2) |
| Suggests: | testthat, dplyr (≥ 0.7.0) |
| Published: | 2018-01-21 |
| Author: | Eugene Ha [aut, cre] |
| Maintainer: | Eugene Ha <eha at posteo.de> |
| BugReports: | https://github.com/egnha/nofrills/issues |
| License: | MIT + file LICENSE |
| URL: | https://github.com/egnha/nofrills |
| NeedsCompilation: | no |
| Materials: | README NEWS |
| CRAN checks: | nofrills results |
| Reference manual: | nofrills.pdf |
| Package source: | nofrills_0.3.0.tar.gz |
| Windows binaries: | r-devel: nofrills_0.3.0.zip, r-release: nofrills_0.3.0.zip, r-oldrel: nofrills_0.3.0.zip |
| OS X binaries: | r-release: nofrills_0.3.0.tgz, r-oldrel: nofrills_0.3.0.tgz |
| Old sources: | nofrills archive |
Please use the canonical form https://CRAN.R-project.org/package=nofrills to link to this page.


The Browse view tab is displayed in Figure 1 below:
To select a single file or directory simply: click on the row.
To select one or more additional files and/or directories: hold-down the CTRL
key and then click on another row.
Alternatively, you can use the ARROW UP
/ ARROW DOWN
keys to move up or down and then the SPACE
key to select.
To block-select multiple files and/or directories: hold-down the SHIFT
key and then click on another row or use the ARROW UP
/ ARROW DOWN
keys to select a range based on this and the initial selection.
Note: if you need more space to view: the form itself is resizable and scrollbars are also provided. Additionally, the table headings are also resizable.
By default, the files are sorted in alphabetical order based on Name. To sort the files based on Type, Size (using numerical order), or Date (using chronological order): click on the respective table heading.
To alternate between ascending and descending order: click again on the already selected table heading. This will toggle from ascending to descending or from descending to ascending based on the current state.
To open any single selected file or directory, perform a double-click of that row.
To open multiple selected files or directories, click the Open... toolbar button or the ReSearcher > Open... menu item.
For more information, see: Opening documents.
To begin a search, first select any files and/or directories that you would like to search within. Then click the Search... toolbar button or the ReSearcher > Search... menu item. This will open the Search form, proceed to: Searching, Step 1. Specifying Criteria.
The Search form will be populated with the list of files that you selected and will also use the selected filter from the open Browse view tab.
To open a new Browse view to a directory on your machine: click on the Browse... toolbar button or the ReSearcher > Browse... menu item. This will open the Browse for folder dialogue box (shown in Figure 2).
Once you have selected the desired starting point folder: click on the OK button to close the dialogue box. This will open a new Browse view tab to the specified directory.
Or to cancel: click on the Cancel button.
To close a Browse tab: select the Tab > Close option from the menu, as shown in Figure 2 below.
When ReSearcher starts-up a Browse view tab will be automatically opened to a pre-defined Starting location. This can be configured from the Settings form, see: Configuring, Locations, Starting location for more information.


public interface AsyncSession
| Modifier and Type | Method and Description |
|---|---|
Future<Acl> |
applyAcl(ObjectId objectId,
List<Ace> addAces,
List<Ace> removeAces,
AclPropagation aclPropagation)
Applies ACL changes to an object and dependent objects.
|
Future<?> |
applyPolicy(ObjectId objectId,
ObjectId... policyIds)
Applies a set of policies to an object.
|
Future<ObjectId> |
createDocument(Map<String,?> properties,
ObjectId folderId,
ContentStream contentStream,
VersioningState versioningState)
Creates a new document.
|
Future<ObjectId> |
createDocument(Map<String,?> properties,
ObjectId folderId,
ContentStream contentStream,
VersioningState versioningState,
List<Policy> policies,
List<Ace> addAces,
List<Ace> removeAces)
Creates a new document.
|
Future<ObjectId> |
createDocumentFromSource(ObjectId source,
Map<String,?> properties,
ObjectId folderId,
VersioningState versioningState)
Creates a new document from a source document.
|
Future<ObjectId> |
createDocumentFromSource(ObjectId source,
Map<String,?> properties,
ObjectId folderId,
VersioningState versioningState,
List<Policy> policies,
List<Ace> addAces,
List<Ace> removeAces)
Creates a new document from a source document.
|
Future<ObjectId> |
createFolder(Map<String,?> properties,
ObjectId folderId)
Creates a new folder.
|
Future<ObjectId> |
createFolder(Map<String,?> properties,
ObjectId folderId,
List<Policy> policies,
List<Ace> addAces,
List<Ace> removeAces)
Creates a new folder.
|
Future<ObjectId> |
createItem(Map<String,?> properties,
ObjectId folderId)
Creates a new item.
|
Future<ObjectId> |
createItem(Map<String,?> properties,
ObjectId folderId,
List<Policy> policies,
List<Ace> addAces,
List<Ace> removeAces)
Creates a new item.
|
Future<ObjectId> |
createPolicy(Map<String,?> properties,
ObjectId folderId)
Creates a new policy.
|
Future<ObjectId> |
createPolicy(Map<String,?> properties,
ObjectId folderId,
List<Policy> policies,
List<Ace> addAces,
List<Ace> removeAces)
Creates a new policy.
|
Future<ObjectId> |
createRelationship(Map<String,?> properties)
Creates a new relationship.
|
Future<ObjectId> |
createRelationship(Map<String,?> properties,
List<Policy> policies,
List<Ace> addAces,
List<Ace> removeAces)
Creates a new relationship.
|
Future<ObjectType> |
createType(TypeDefinition type)
Creates a new type.
|
Future<?> |
delete(ObjectId objectId)
Deletes an object and, if it is a document, all versions in the version
series.
|
Future<?> |
delete(ObjectId objectId,
boolean allVersions)
Deletes an object.
|
Future<List<String>> |
deleteTree(ObjectId folderId,
boolean allVersions,
UnfileObject unfile,
boolean continueOnFailure)
Deletes a folder and all subfolders.
|
Future<?> |
deleteType(String typeId)
Deletes a type.
|
Future<ContentStream> |
getContentStream(ObjectId docId)
Retrieves the main content stream of a document.
|
Future<ContentStream> |
getContentStream(ObjectId docId,
String streamId,
BigInteger offset,
BigInteger length)
Retrieves the content stream of a document.
|
Future<Document> |
getLatestDocumentVersion(ObjectId objectId)
Returns the latest version in a version series.
|
Future<Document> |
getLatestDocumentVersion(ObjectId objectId,
boolean major,
OperationContext context)
Returns the latest version in a version series.
|
Future<Document> |
getLatestDocumentVersion(ObjectId objectId,
OperationContext context)
Returns the latest version in a version series.
|
Future<Document> |
getLatestDocumentVersion(String objectId)
/** Returns the latest version in a version series.
|
Future<Document> |
getLatestDocumentVersion(String objectId,
boolean major,
OperationContext context)
Returns the latest version in a version series.
|
Future<Document> |
getLatestDocumentVersion(String objectId,
OperationContext context)
Returns the latest version in a version series.
|
Future<CmisObject> |
getObject(ObjectId objectId)
Returns a CMIS object from the session cache.
|
Future<CmisObject> |
getObject(ObjectId objectId,
OperationContext context)
Returns a CMIS object from the session cache.
|
Future<CmisObject> |
getObject(String objectId)
Returns a CMIS object from the session cache.
|
Future<CmisObject> |
getObject(String objectId,
OperationContext context)
Returns a CMIS object from the session cache.
|
Future<CmisObject> |
getObjectByPath(String path)
Returns a CMIS object from the session cache.
|
Future<CmisObject> |
getObjectByPath(String path,
OperationContext context)
Returns a CMIS object from the session cache.
|
Future<CmisObject> |
getObjectByPath(String parentPath,
String name)
Returns a CMIS object from the session cache.
|
Future<CmisObject> |
getObjectByPath(String parentPath,
String name,
OperationContext context)
Returns a CMIS object from the session cache.
|
Session |
getSession()
Returns the session object.
|
Future<ObjectType> |
getTypeDefinition(String typeId)
Gets the definition of a type.
|
Future<?> |
removePolicy(ObjectId objectId,
ObjectId... policyIds)
Removes a set of policies from an object.
|
Future<Acl> |
setAcl(ObjectId objectId,
List<Ace> aces)
Removes the direct ACEs of an object and sets the provided ACEs.
|
Future<ContentStream> |
storeContentStream(ObjectId docId,
OutputStream target)
Reads the document content and writes it to an output stream.
|
Future<ContentStream> |
storeContentStream(ObjectId docId,
String streamId,
BigInteger offset,
BigInteger length,
OutputStream target)
Reads the document content and writes it to an output stream.
|
Future<ObjectType> |
updateType(TypeDefinition type)
Updates an existing type.
|
Session getSession()
null
Future<ObjectType> getTypeDefinition(String typeId)
typeId
- the ID of the typeCmisObjectNotFoundException
- if a type with the given type ID doesn't existFuture<ObjectType> createType(TypeDefinition type)
type
- the type definitionFuture<ObjectType> updateType(TypeDefinition type)
type
- the type definition updatesFuture<?> deleteType(String typeId)
typeId
- the ID of the type to deleteFuture<CmisObject> getObject(ObjectId objectId)
OperationContext
, it
will load the object from the repository and puts it into the cache.
This method might return a stale object if the object has been found in
the cache and has been changed in or removed from the repository. Use
CmisObject.refresh()
and CmisObject.refreshIfOld(long)
to
update the object if necessary.
objectId
- the object IDFuture<CmisObject> getObject(ObjectId objectId, OperationContext context)
OperationContext
has caching turned off, it
will load the object from the repository and puts it into the cache.
This method might return a stale object if the object has been found in
the cache and has been changed in or removed from the repository. Use
CmisObject.refresh()
and CmisObject.refreshIfOld(long)
to
update the object if necessary.
objectId
- the object IDcontext
- the OperationContext
to useFuture<CmisObject> getObject(String objectId)
OperationContext
, it
will load the object from the repository and puts it into the cache.
This method might return a stale object if the object has been found in
the cache and has been changed in or removed from the repository. Use
CmisObject.refresh()
and CmisObject.refreshIfOld(long)
to
update the object if necessary.
objectId
- the object IDFuture<CmisObject> getObject(String objectId, OperationContext context)
OperationContext
has caching turned off, it
will load the object from the repository and puts it into the cache.
This method might return a stale object if the object has been found in
the cache and has been changed in or removed from the repository. Use
CmisObject.refresh()
and CmisObject.refreshIfOld(long)
to
update the object if necessary.
objectId
- the object IDcontext
- the OperationContext
to useFuture<CmisObject> getObjectByPath(String path)
OperationContext
, it
will load the object from the repository and puts it into the cache.
This method might return a stale object if the object has been found in
the cache and has been changed in or removed from the repository. Use
CmisObject.refresh()
and CmisObject.refreshIfOld(long)
to
update the object if necessary.
path
- the object pathFuture<CmisObject> getObjectByPath(String path, OperationContext context)
OperationContext
has caching turned off, it
will load the object from the repository and puts it into the cache.
This method might return a stale object if the object has been found in
the cache and has been changed in or removed from the repository. Use
CmisObject.refresh()
and CmisObject.refreshIfOld(long)
to
update the object if necessary.
path
- the object pathcontext
- the OperationContext
to useFuture<CmisObject> getObjectByPath(String parentPath, String name)
OperationContext
, it
will load the object from the repository and puts it into the cache.
This method might return a stale object if the object has been found in
the cache and has been changed in or removed from the repository. Use
CmisObject.refresh()
and CmisObject.refreshIfOld(long)
to
update the object if necessary.
parentPath
- the path of the parent foldername
- the (path segment) name of the object in the folderFuture<CmisObject> getObjectByPath(String parentPath, String name, OperationContext context)
OperationContext
has caching turned off, it
will load the object from the repository and puts it into the cache.
This method might return a stale object if the object has been found in
the cache and has been changed in or removed from the repository. Use
CmisObject.refresh()
and CmisObject.refreshIfOld(long)
to
update the object if necessary.
parentPath
- the path of the parent foldername
- the (path segment) name of the object in the foldercontext
- the OperationContext
to useFuture<Document> getLatestDocumentVersion(ObjectId objectId)
objectId
- the document ID of an arbitrary version in the version seriesFuture<Document> getLatestDocumentVersion(ObjectId objectId, OperationContext context)
objectId
- the document ID of an arbitrary version in the version seriescontext
- the OperationContext
to useFuture<Document> getLatestDocumentVersion(ObjectId objectId, boolean major, OperationContext context)
objectId
- the document ID of an arbitrary version in the version seriesmajor
- if true
the latest major version will be returned,
otherwise the very last version will be returnedcontext
- the OperationContext
to useFuture<Document> getLatestDocumentVersion(String objectId)
objectId
- the document ID of an arbitrary version in the version seriesFuture<Document> getLatestDocumentVersion(String objectId, OperationContext context)
objectId
- the document ID of an arbitrary version in the version seriescontext
- the OperationContext
to useFuture<Document> getLatestDocumentVersion(String objectId, boolean major, OperationContext context)
objectId
- the document ID of an arbitrary version in the version seriesmajor
- if true
the latest major version will be returned,
otherwise the very last version will be returnedcontext
- the OperationContext
to useFuture<ObjectId> createDocument(Map<String,?> properties, ObjectId folderId, ContentStream contentStream, VersioningState versioningState, List<Policy> policies, List<Ace> addAces, List<Ace> removeAces)
contentStream
is consumed but not closed by this
method.Future<ObjectId> createDocument(Map<String,?> properties, ObjectId folderId, ContentStream contentStream, VersioningState versioningState)
contentStream
is consumed but not closed by this
method.Future<ObjectId> createDocumentFromSource(ObjectId source, Map<String,?> properties, ObjectId folderId, VersioningState versioningState, List<Policy> policies, List<Ace> addAces, List<Ace> removeAces)
Future<ObjectId> createDocumentFromSource(ObjectId source, Map<String,?> properties, ObjectId folderId, VersioningState versioningState)
Future<ObjectId> createFolder(Map<String,?> properties, ObjectId folderId, List<Policy> policies, List<Ace> addAces, List<Ace> removeAces)
Future<ObjectId> createFolder(Map<String,?> properties, ObjectId folderId)
Future<ObjectId> createPolicy(Map<String,?> properties, ObjectId folderId, List<Policy> policies, List<Ace> addAces, List<Ace> removeAces)
Future<ObjectId> createPolicy(Map<String,?> properties, ObjectId folderId)
Future<ObjectId> createItem(Map<String,?> properties, ObjectId folderId, List<Policy> policies, List<Ace> addAces, List<Ace> removeAces)
Future<ObjectId> createItem(Map<String,?> properties, ObjectId folderId)
Future<ObjectId> createRelationship(Map<String,?> properties, List<Policy> policies, List<Ace> addAces, List<Ace> removeAces)
Future<ObjectId> createRelationship(Map<String,?> properties)
Future<ContentStream> getContentStream(ObjectId docId, String streamId, BigInteger offset, BigInteger length)
docId
- the ID of the documentstreamId
- the stream IDoffset
- the offset of the stream or null
to read the stream
from the beginninglength
- the maximum length of the stream or null
to read to
the end of the streamnull
if the document has no content
streamFuture<ContentStream> getContentStream(ObjectId docId)
docId
- the ID of the documentnull
if the document has no content
streamFuture<ContentStream> storeContentStream(ObjectId docId, String streamId, BigInteger offset, BigInteger length, OutputStream target)
docId
- the ID of the documentstreamId
- the stream IDoffset
- the offset of the stream or null
to read the stream
from the beginninglength
- the maximum length of the stream or null
to read to
the end of the streamnull
if the document has no content streamFuture<ContentStream> storeContentStream(ObjectId docId, OutputStream target)
docId
- the ID of the documentnull
if the document has no content streamFuture<?> delete(ObjectId objectId, boolean allVersions)
objectId
- the ID of the objectallVersions
- if this object is a document this parameter defines if only
this version or all versions should be deletedFuture<?> delete(ObjectId objectId)
objectId
- the ID of the objectFuture<List<String>> deleteTree(ObjectId folderId, boolean allVersions, UnfileObject unfile, boolean continueOnFailure)
folderId
- the ID of the folderallVersions
- if this object is a document this parameter defines if only
this version or all versions should be deletedunfile
- defines how objects should be unfiledcontinueOnFailure
- if true
the repository tries to delete as many objects
as possible; if false
the repository stops at the
first object that could not be deletedFuture<Acl> applyAcl(ObjectId objectId, List<Ace> addAces, List<Ace> removeAces, AclPropagation aclPropagation)
objectId
- the ID the objectaddAces
- list of ACEs to be added or null
if no ACEs should be
addedremoveAces
- list of ACEs to be removed or null
if no ACEs should
be removedaclPropagation
- value that defines the propagation of the ACE changes;
null
is equal to
AclPropagation.REPOSITORYDETERMINED
Future<Acl> setAcl(ObjectId objectId, List<Ace> aces)
objectId
- the ID the objectaces
- list of ACEs to be setFuture<?> applyPolicy(ObjectId objectId, ObjectId... policyIds)
objectId
- the ID the objectpolicyIds
- the IDs of the policies to be appliedFuture<?> removePolicy(ObjectId objectId, ObjectId... policyIds)
objectId
- the ID the objectpolicyIds
- the IDs of the policies to be removedCopyright © 2009–2016 The Apache Software Foundation. All rights reserved.


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Select Size
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Select Toppings
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Add Pizza
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2 overrides of PerformAction
Microsoft.PowerShell.Security (2)
security\CatalogCommands.cs (2)
177
protected override void
PerformAction
(Collection<string> path, string catalogFilePath)
273
protected override void
PerformAction
(Collection<string> path, string catalogFilePath)
1 reference to PerformAction
Microsoft.PowerShell.Security (1)
security\CatalogCommands.cs (1)
115
PerformAction
(paths, catalogFilePath);


Optimize your code in sauch a way that native code is executed as infrequently as possible.
Executing native code forces the developer to implement extra security checks and may result in security bugs (such as buffer overflows), which would otherwise be mitigated by the Java Virtual Machine.
Always optimize your code so that native code is executed as infrequently as possible.
To minimize the number of times language boundaries are crossed:
The following segment shows JNI code that utilizes a COM object. Because the code uses Java to verify the GUID's length, the application does unnecessary crossing of language boundaries by invoking Java functionality from native code, thereby disrupting the JVM's security optimization routines.
JNIEXPORT jboolean JNICALL Java_Identifier_invokeObject
(JNIEnv * env, jobject jobj, jstring jguid){
...
// The code crosses the language boundaries twice:
// get the string and get the string's length
char* temp_guid = (*env)->GetStringUTFChars(env, jguid, &iscopy);
int guid_size = (int)(*env)->GetStringLength(env, jguid);
...
}
The following segment shows JNI code that utilizes a COM object. Because the code uses C to verify the GUID's length, there is no extra crossing of language boundaries; therefore, the JVM's security optimization routines are not disrupted.
JNIEXPORT jboolean JNICALL Java_Identifier_invokeObject
(JNIEnv * env, jobject jobj, jstring jguid){
...
// The code crosses the language boundaries once:
// get the string
char* temp_guid = (*env)->GetStringUTFChars(env, jguid, &iscopy);
int guid_size = (int)strlen(temp_guid);
...
}


cf.Field.subspace¶
-
Field.
subspace
()¶ Create a subspace of the field.
The subspace retains all of the metadata of the original field, with those metadata items that contain data arrays also subspaced.
A subspace may be defined in “metadata-space” via conditionss on the data array values of its domain items: dimension coordinate, auxiliary coordinate, cell measure, domain ancillary and field ancillary objects.
Alternatively, a subspace may be defined be in “index-space” via explicit indices for the data array using an extended Python slicing syntax.
See also
Size one axes
Size one axes in the data array of the subspaced field are always retained, but may be subsequently removed with the field construct’ssqueeze
method:Defining a subspace in metadata-space
Defining a subspace in metadata-space has the following features
- Axes to be subspaced may identified by metadata, rather than their position in the data array.
- The position in the data array of each axis need not be known and the axes to be subspaced may be given in any order.
- Axes for which no subspacing is required need not be specified.
- Size one axes of the domain which are not spanned by the data array may be specified.
- The field may be subspaced according to conditions on multidimensional items.
Subspacing in metadata-space is configured with the following parameters:
Parameters: - positional arguments: optional
Configure the type of subspace that is created. Zero or one of:
argument Description 'compress'
The default. Create the smallest possible subspace that contains the selected elements. As many non-selected elements are discarded as possible, meaning that the subspace may not form a contiguous block of the original field. The subspace may still contain non-selected elements, which are set to missing data. 'envelope'
Create the smallest subspace that contains the selected elements and forms a contiguous block of the original field. Interior, non-selected elements are set to missing data. 'full'
Create a subspace that is the same size as the original field, but with all non-selected elements set to missing data. In addition the following optional argument specifies how to interpret the keyword parameter names:
argument Description 'exact'
Keyword parameters names are not treated as abbreviations of item identities. By default, keyword parameters names are allowed to be abbreviations of item identities. - Parameter example:
To create a subspace that is the same size as the original field, but with missing data at non-selected elements:
f.subspace('full', **kwargs)
, where**kwargs
are the positional parameters that define the selected elements.
- keyword parameters: optional
Keyword parameter names identify items of the domain (such as a particular coordinate type) and their values set conditions on their data arrays (e.g. the actual coordinate values). These conditions define the subspace that is created.
Keyword names
TODO A keyword name selects a unique item of the field. The name may be any value allowed by the description parameter of the field construct’s
item
method, which is used to select a unique domain item. Seecf.Field.item
for details.- Parameter example:
The keyword
lat
will select the item returned byf.item(description='lat')
. See the exact positional argument.- Parameter example:
The keyword
'T'
will select the item returned byf.item(description='T')
.- Parameter example:
The keyword
'dim2'
will select the item that has this internal identifierf.item(description='dim2')
. This can be useful in the absence of any more meaningful metadata. A full list of internal identifiers may be found with the field construct’sitems
method. TODO
Keyword values
A keyword value specifies a selection on the selected item’s data array which identifies the axis elements to be be included in the subspace.
If the value is a
Query
object then then the query is applied to the item’s data array to create the subspace.- Parameter example:
To create a subspace for the northern hemisphere, assuming that there is a coordinate with identity “latitude”:
f.subspace(latitude=cf.ge(0))
- Parameter example:
To create a subspace for the time 2018-08-27:
f.subspace(T=cf.dteq('2018-08-27'))
- Parameter example:
To create a subspace for the northern hemisphere, identifying the latitude coordinate by its long name:
f.subspace(**{'long_name:latitude': cf.ge(0)})
. In this case it is necessary to use the**
syntax because the:
character is not allowed in keyword parameter names.
If the value is a
list
of integers then these are used as the axis indices, without testing the item’s data array.- Parameter example:
To create a subspace using the first, third, fourth and last indices of the “X” axis:
f.subspace(X=[0, 2, 3, -1])
.
If the value is a
slice
object then it is used as the axis indices, without testing the item’s data array.- Parameter example:
To create a subspace from every even numbered index along the “Z” axis:
f.subspace(Z=slice(0, None, 2))
.
If the value is anything other thaqn a
Query
,list
orslice
object then, the subspace is defined by where the data array equals that value. I.e.f.subspace(name=x)
is equivalent tof.subspace(name=cf.eq(x))
.- Parameter example:
To create a subspace where latitude is 52 degrees north:
f.subspace(latitude=52)
. Note that this assumes that the latitude coordinate are in units of degrees north. If this were not known, either off.subspace(latitude=cf.Data(52, 'degrees_north'))
andf.subspace(latitude=cf.eq(52, 'degrees_north'))
would guarantee the correct result.
Returns: Field
An independent field containing the subspace of theoriginal field.
Multidimensional items
Subspaces defined by items which span two or more axes are allowed.
- Parameter example:
- The subspace for the Nino Region 3 created by
f.subspace(latitude=cf.wi(-5, 5), longitude=cf.wi(90, 150))
will work equally well if the latitude and longitude coordinates are stored in 1-d or 2-d arrays. In the latter case it is possble that the coordinates are curvilinear or unstructured, in which case the subspace may contain missing data for the non-selected elements.
Subspacing multiple axes simultaneously
To subspace multiple axes simultaneously, simply provide multiple keyword arguments.
- Parameter example:
- To create an eastern hemisphere tropical subspace:
f.subspace(X=cf.wi(0, 180), latitude=cf.wi(-30, 30))
.
Defining a subspace in index-space
Subspacing in index-space uses an extended Python slicing syntax, which is similar to numpy array indexing. Extensions to the numpy indexing functionality are:
- When more than one axis’s slice is a 1-d boolean sequence or 1-d sequence of integers, then these indices work independently along each axis (similar to the way vector subscripts work in Fortran), rather than by their elements.
- Boolean indices may be any object which exposes the numpy array interface, such as the field construct’s coordinate objects.
Returns: Field
An independent field containing the subspace of the original field.
Examples:
>>> f <CF Field: air_temperature(time(12), latitude(73), longitude(96)) K> >>> f.subspace[:, [0, 72], [5, 4, 3]] <CF Field: air_temperature(time(12), latitude(2), longitude(3)) K> >>> f.subspace[:, f.coord('latitude')<0] <CF Field: air_temperature(time(12), latitude(36), longitude(96)) K>
Assignment to the data array
A subspace defined in index-space may have its data array values changed by assignment:
>>> f <CF Field: air_temperature(time(12), latitude(73), longitude(96)) K> >>> f.subspace[0:6] = f.subspace[6:12] >>> f.subspace[..., 0:48] = -99
To assign to a subspace defined in metadata-space, the equivalent index-space indices must first be found with the field construct’s
indices
method, and then the assignment may be applied in index-space:>>> index = f.indices(longitude=cf.lt(180)) >>> f.subspace[index] = cf.masked
Note that the
indices
method accepts the same positional and keyword arguments assubspace
.


Kotlin/Native 与 Swift/Objective-C 互操作
This document covers some details of Kotlin/Native interoperability with Swift/Objective-C.
Usage
Kotlin/Native provides bidirectional interoperability with Objective-C.
Objective-C frameworks and libraries can be used in Kotlin code if
properly imported to the build (system frameworks are imported by default).
See e.g. "Using cinterop" in
Gradle plugin documentation.
A Swift library can be used in Kotlin code if its API is exported to Objective-C
with @objc
. Pure Swift modules are not yet supported.
Kotlin modules can be used in Swift/Objective-C code if compiled into a framework (see "Targets and output kinds" section in Gradle plugin documentation). See calculator sample for an example.
Mappings
The table below shows how Kotlin concepts are mapped to Swift/Objective-C and vice versa.
| Kotlin | Swift | Objective-C | Notes |
|---|---|---|---|
class |
class |
@interface |
note |
interface |
protocol |
@protocol |
|
constructor /create |
Initializer | Initializer | note |
| Property | Property | Property | note |
| Method | Method | Method | note note |
@Throws |
throws |
error:(NSError**)error |
note |
| Extension | Extension | Category member | note |
companion member <- |
Class method or property | Class method or property | |
null |
nil |
nil |
|
Singleton |
Singleton() |
[Singleton singleton] |
note |
| Primitive type | Primitive type / NSNumber |
note | |
Unit return type |
Void |
void |
|
String |
String |
NSString |
|
String |
NSMutableString |
NSMutableString |
note |
List |
Array |
NSArray |
|
MutableList |
NSMutableArray |
NSMutableArray |
|
Set |
Set |
NSSet |
|
MutableSet |
NSMutableSet |
NSMutableSet |
note |
Map |
Dictionary |
NSDictionary |
|
MutableMap |
NSMutableDictionary |
NSMutableDictionary |
note |
| Function type | Function type | Block pointer type | note |
| Suspend functions | Unsupported | Unsupported | note |
| Inline classes | Unsupported | Unsupported | note |
Name translation
Objective-C classes are imported into Kotlin with their original names.
Protocols are imported as interfaces with Protocol
name suffix,
i.e. @protocol Foo
-> interface FooProtocol
.
These classes and interfaces are placed into a package specified in build configuration
(platform.*
packages for preconfigured system frameworks).
The names of Kotlin classes and interfaces are prefixed when imported to Objective-C. The prefix is derived from the framework name.
Initializers
Swift/Objective-C initializers are imported to Kotlin as constructors and factory methods
named create
. The latter happens with initializers declared in the Objective-C category or
as a Swift extension, because Kotlin has no concept of extension constructors.
Kotlin constructors are imported as initializers to Swift/Objective-C.
Top-level functions and properties
Top-level Kotlin functions and properties are accessible as members of special classes. Each Kotlin file is translated into such a class. E.g.
// MyLibraryUtils.kt
package my.library
fun foo() {}
can be called from Swift like
MyLibraryUtilsKt.foo()
Method names translation
Generally Swift argument labels and Objective-C selector pieces are mapped to Kotlin parameter names. Anyway these two concepts have different semantics, so sometimes Swift/Objective-C methods can be imported with a clashing Kotlin signature. In this case the clashing methods can be called from Kotlin using named arguments, e.g.:
[player moveTo:LEFT byMeters:17]
[player moveTo:UP byInches:42]
in Kotlin it would be:
player.moveTo(LEFT, byMeters = 17)
player.moveTo(UP, byInches = 42)
Errors and exceptions
Kotlin has no concept of checked exceptions, all Kotlin exceptions are unchecked.
Swift has only checked errors. So if Swift or Objective-C code calls a Kotlin method
which throws an exception to be handled, then the Kotlin method should be marked
with a @Throws
annotation. In this case all Kotlin exceptions
(except for instances of Error
, RuntimeException
and subclasses) are translated into
a Swift error/NSError
.
Note that the opposite reversed translation is not implemented yet: Swift/Objective-C error-throwing methods aren't imported to Kotlin as exception-throwing.
Category members
Members of Objective-C categories and Swift extensions are imported to Kotlin as extensions. That's why these declarations can't be overridden in Kotlin. And the extension initializers aren't available as Kotlin constructors.
Kotlin singletons
Kotlin singleton (made with an object
declaration, including companion object
)
is imported to Swift/Objective-C as a class with a single instance.
The instance is available through the factory method, i.e. as
[MySingleton mySingleton]
in Objective-C and MySingleton()
in Swift.
NSNumber
Kotlin primitive type boxes are mapped to special Swift/Objective-C classes.
For example, kotlin.Int
box is represented as KotlinInt
class instance in Swift
(or ${prefix}Int
instance in Objective-C, where prefix
is the framework names prefix).
These classes are derived from NSNumber
, so the instances are proper NSNumber
s
supporting all corresponding operations.
NSNumber
type is not automatically translated to Kotlin primitive types
when used as a Swift/Objective-C parameter type or return value.
The reason is that NSNumber
type doesn't provide enough information
about a wrapped primitive value type, i.e. NSNumber
is statically not known
to be a e.g. Byte
, Boolean
, or Double
. So Kotlin primitive values
should be cast to/from NSNumber
manually (see below).
NSMutableString
NSMutableString
Objective-C class is not available from Kotlin.
All instances of NSMutableString
are copied when passed to Kotlin.
Collections
Kotlin collections are converted to Swift/Objective-C collections as described
in the table above. Swift/Objective-C collections are mapped to Kotlin in the same way,
except for NSMutableSet
and NSMutableDictionary
. NSMutableSet
isn't converted to
a Kotlin MutableSet
. To pass an object for Kotlin MutableSet
,
you can create this kind of Kotlin collection explicitly by either creating it
in Kotlin with e.g. mutableSetOf()
, or using the KotlinMutableSet
class in Swift
(or ${prefix}MutableSet
in Objective-C, where prefix
is the framework names prefix).
The same holds for MutableMap
.
Function types
Kotlin function-typed objects (e.g. lambdas) are converted to
Swift functions / Objective-C blocks. However there is a difference in how
types of parameters and return values are mapped when translating a function
and a function type. In the latter case primitive types are mapped to their
boxed representation. Kotlin Unit
return value is represented
as a corresponding Unit
singleton in Swift/Objective-C. The value of this singleton
can be retrieved in the same way as it is for any other Kotlin object
(see singletons in the table above).
To sum the things up:
fun foo(block: (Int) -> Unit) { ... }
would be represented in Swift as
func foo(block: (KotlinInt) -> KotlinUnit)
and can be called like
foo {
bar($0 as! Int32)
return KotlinUnit()
}
Generics
Objective-C supports "lightweight generics" defined on classes, with a relatively limited feature set. Swift can import generics defined on classes to help provide additional type information to the compiler.
Generic feature support for Objc and Swift differ from Kotlin, so the translation will inevitably lose some information, but the features supported retain meaningful information.
To Use
Generics are currently not enabled by default. To have the framework header written with generics, add an experimental flag to the compiler config:
compilations.main {
outputKinds("framework")
extraOpts "-Xobjc-generics"
}
Limitations
Objective-C generics do not support all features of either Kotlin or Swift, so there will be some information lost in the translation.
Generics can only be defined on classes, not on interfaces (protocols in Objc and Swift) or functions.
Nullability
Kotlin and Swift both define nullability as part of the type specification, while Objc defines nullability on methods and properties of a type. As such, the following:
class Sample<T>(){
fun myVal():T
}
will (logically) look like this:
class Sample<T>(){
fun myVal():T?
}
In order to support a potentially nullable type, the Objc header needs to define myVal
with a nullable return value.
To mitigate this, when defining your generic classes, if the generic type should never be null, provide a non-null type constraint:
class Sample<T:Any>(){
fun myVal():T
}
That will force the Objc header to mark myVal
as non-null.
Variance
Objective-C allows generics to be declared covariant or contravariant. Swift has no support for variance. Generic classes coming from Objective-C can be force-cast as needed.
data class SomeData(val num:Int = 42):BaseData()
class GenVarOut<out T:Any>(val arg:T)
let variOut = GenVarOut<SomeData>(arg: sd)
let variOutAny : GenVarOut<BaseData> = variOut as! GenVarOut<BaseData>
Constraints
In Kotlin you can provide upper bounds for a generic type. Objective-C also supports this, but that support is unavailable in more complex cases, and is currently not supported in the Kotlin - Objective-C interop. The exception here being a non-null upper bound will make Objective-C methods/properties non-null.
Casting between mapped types
When writing Kotlin code, an object may need to be converted from a Kotlin type to the equivalent Swift/Objective-C type (or vice versa). In this case a plain old Kotlin cast can be used, e.g.
val nsArray = listOf(1, 2, 3) as NSArray
val string = nsString as String
val nsNumber = 42 as NSNumber
Subclassing
Subclassing Kotlin classes and interfaces from Swift/Objective-C
Kotlin classes and interfaces can be subclassed by Swift/Objective-C classes and protocols.
Subclassing Swift/Objective-C classes and protocols from Kotlin
Swift/Objective-C classes and protocols can be subclassed with a Kotlin final
class.
Non-final
Kotlin classes inheriting Swift/Objective-C types aren't supported yet, so it is
not possible to declare a complex class hierarchy inheriting Swift/Objective-C types.
Normal methods can be overridden using the override
Kotlin keyword. In this case
the overriding method must have the same parameter names as the overridden one.
Sometimes it is required to override initializers, e.g. when subclassing UIViewController
.
Initializers imported as Kotlin constructors can be overridden by Kotlin constructors
marked with the @OverrideInit
annotation:
class ViewController : UIViewController {
@OverrideInit constructor(coder: NSCoder) : super(coder)
...
}
The overriding constructor must have the same parameter names and types as the overridden one.
To override different methods with clashing Kotlin signatures, you can add a
@Suppress("CONFLICTING_OVERLOADS")
annotation to the class.
By default the Kotlin/Native compiler doesn't allow calling a non-designated
Objective-C initializer as a super(...)
constructor. This behaviour can be
inconvenient if the designated initializers aren't marked properly in the Objective-C
library. Adding a disableDesignatedInitializerChecks = true
to the .def
file for
this library would disable these compiler checks.
C features
See INTEROP.md for an example case where the library uses some plain C features (e.g. unsafe pointers, structs etc.).
Unsupported
Some features of Kotlin programming language are not yet mapped into respective features of Objective-C or Swift. Currently, following features are not properly exposed in generated framework headers:
- suspend functions
- inline classes (arguments are mapped as either underlying primitive type or
id
) - custom classes implementing standard Kotlin collection interfaces (
List
,Map
,Set
) and other special classes - Kotlin subclasses of Objective-C classes


{% load i18n %} {% load eventurl %} {% if payment.state == "pending" %}
{% blocktrans trimmed %} We're waiting for an answer from the payment provider regarding your payment. Please contact us if this takes more than a few days. {% endblocktrans %}
{% elif payment.state == "created" and payment_info.resultCode in "AuthenticationFinished,ChallengeShopper,IdentifyShopper,RedirectShopper" %}{% blocktrans trimmed %} You need to confirm your payment. Please click the link below to do so or start a new payment. {% endblocktrans %}
{% else %}{% blocktrans trimmed %}
The payment transaction could not be completed for the following reason:
{% endblocktrans %}
{% if payment_info and payment_info.refusalReason %}
{{ payment_info.refusalReason }}
{% elif payment_info and payment_info.reason %}
{{ payment_info.reason }}
{% else %}
{% trans "Unknown reason" %}
{% endif %}


@(user: models.users.User) @main("Membership", user){
Average Joes offers the best atmosphere and equipment for any powerlifting, Olympic lifting, body building, recreational weightlifting, cross training or general fitness.
Average Joes is first and foremost a family; a family of great people of all types that share a unique drive to become stronger, healthier, and more confident, while remaining supportive of one another and humble.
Average Joes is born out of the desire to provide a place for people who are tired of the ridiculous fees, rules, and poor atmosphere of commercial gyms; the unfriendly, ego-centric "muscle-gyms", and the outrageous price and rigid format of clubs/boxes.
We want to provide a friendly, positive, supportive atmosphere to workout that you can call home.
The Average Joes family would love to meet you and we welcome you to workout with us soon!
Be sure to check out Joe's Online, Where you can join the community of Joe's around the world
| Monday - Friday | Saturday | Sunday | |
|---|---|---|---|
| 07:45 || 08:35 | Performance Training | - | - |
| 08:35 || 09:25 | Aqua | - | - |
| 09:30 || 10:20 | TRX step | FitSteps | Spin+Pump |
| 10:35 || 11:25 | Aqua | - | Aqua |
| 11:30 || 12:20 | - | Aqua | Fightclub Combo |
| 12:20 || 13:10 | ABS Blast | Fightclub Combo | - |
| 13:10 || 14:00 | Mega Mix | - | Performance Training |
| 14:00 || 14:50 | Performance Training | Mixed Circuit | ABS Blast |
| 15:00 || 15:50 | - | ABS Blast | TRX Kettlebells |
| 15:55 || 16:45 | Spin+Pump | Performance Training | |
| 16:50 || 17:40 | - | Zumba | Zumba |
| 17:40 || 18:30 | Aqua | - | - |
| 18:55 || 19:40 | Performance Training | FitSteps | Spin+Pump |
| 19:40 || 20:25 | Mega Mix | - | - |
| 20:30 || 21:15 | - | - | - |
| 21:00 || 21:45 | Fight club | - | - |


| Class | Description |
|---|---|
| AddReviewController |
Takes the values for a review and saves it to the reviewed profile
|
| ElasticSearchController |
Class used to connect to server
|
| ElasticSearchController.AddProfile |
This AsyncTask will add a profile to the db (can also be used to update profile)
|
| ElasticSearchController.AddTask |
This AsyncTask will add a task to the db.
|
| ElasticSearchController.DeleteProfile |
This AsyncTask will update a task from the db based on a taskid
|
| ElasticSearchController.DeleteTask |
This AsyncTask will update a task from the db based on a taskid
|
| ElasticSearchController.GetProfile |
This AsyncTask will retrieve profile from the db matching a username.
|
| ElasticSearchController.GetTask |
This AsyncTask will retrieve a task from the db based on a taskid
|
| ElasticSearchController.GetTasks |
This async task will return a list of task dependent on the preformatted query
|
| ElasticSearchController.UpdateTask |
This AsyncTask will update a task from the db based on a taskid
|
| ProviderTaskController |
Provider Task Controller
This class is used to help control any Task view for the
Provider.
|
| RequesterTaskController |
Created by Hailan
Referenced from Allison's ProviderTaskController
|
| RequesterViewTaskController |
Created by Hailan
Referenced from Allison's ProviderTaskController
|
| ServerHelper |
This class will handle the connection and async tasks to the es server
|
| SyncController |
This controller is used to sync offline changes with online
The business logic driving this sync is that only a task in
"Requested" status can be edited/deleted.
|
| TaskListController |
This class is used to help control any TaskList view for the
Requester or Provider.
|
| ValidationController |
Validates email and phone number when user adds/updates their information
|


Day 1
Goverment appoints various officials to survey andfind imprt data related to their locailty. The surveyors fill this collected data after verification of authentication from a superior authority
Day 5-7
There is hierarchial structure of supervisors who have specific domain knowledge.
They check the authenticity of the entered data for various anomalies.Once this data is verified the data passes to next stage.
Day 30
Data Analyst aggregate the data from various domains, states and analyse this data to find key insights. They write queries and code that form the crux behind this platform.
Day 45
PolicyMaker.io hires various Domain 'Gurus' who verify this analysis. These Domain Gurus are expert with various years of knowledge under their belt who consult the Data Analyst regarding their repective fields. Providing an Outside Eye
Day 60
The Analysis is then provided to policy drafters who use this analysis to make better decisions. The key insights our platform provides help them be better decison makers. They use drop downs as below to learn about the different domains.
Day 120
The policy drafter after months of arduous hardwork submit a draft proposal to Policymaker.io which is put sent ahead to the head Policy Maker.
Day 180
The head Policy Maker reviews the draft policy and submits the draft proposal to the CongressMen who review the policies and submit them to senate.


We have the best product in the world
Check our product
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To show the price
and to show vat
Add to shopping basket
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To show the price
and to show vat
Add to shopping basket
Seven RGB candles
To show the price
and to show vat
Add to shopping basket


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You can apply service at https://cloud.google.com with your Visa or Master Card. To apply for a service, you need to sign in to your Google account.
Google will offer a $ 300 voucher after subscribing to the service. A $ 300 service is free for up to one year after application. If you spend $ 300 or a year, Google asks if you want to continue using the service. If you confirm that you will continue to use the service, Google will initialize the service cost to zero, and any subsequent service charges will be automatically credited to the card you enrolled at the time of application.
Once you've completed your application, go back to https://cloud.google.com and you'll see a GO TO CONSOLE button. Click this button to go to the web console screen. The first thing to do on the web console screen is to create a project. Click the Create Project menu next to Google Cloud Platform in the top left corner.
If you enter a project name, the project ID is made in project name-number format. If you name the project uniquely, the project name and project ID can be the same. Remember the project ID.
Install the latest version of Java. See Java Install for installation instructions.
Install the latest version of Maven. See Maven Install for installation instructions.
See https://cloud.google.com/sdk/downloads.
To add the Cloud SDK bin path to the environment variable PATH on Windows, run the following as administrator:
.\google-cloud-sdk\install.bat
Install the app-engine-java component. you need to open the command prompt as an administrator.
gcloud components install app-engine-java
Initialize gcloud with the following command:
gcloud init
Initialize the project and zone of Google Compute Engine. (You should create the project in the Google Cloud Console before running the command, we have already done this) Zoning specifies the region in which the instance will be created, usually a location close to the service area. See https://cloud.google.com/compute/docs/regions-zones/ for more information about zone.
Download the Eclipse installer file from http://www.eclipse.org. Unzip and run the Eclipse installer named eclipse-inst in the generated directory and install Eclipse for Java EE Developers.
Download the latest binary file from https://git-scm.com and unzip it. Unzip and move the generated directory to the appropriate location and add the path to the Git bin directory to your PATH environment variable.
Execute the following command in the workspace.
C:\ Command PromptC:\Lab>mvn archetype:generate -Dappengine-version=1.9.70 -Dfilter=com.google.appengine.archetype: Choose archetype: 1: remote -> com.google.appengine.archetypes:appengine-flexible-archetype 2: remote -> com.google.appengine.archetypes:appengine-skeleton-archetype 3: remote -> com.google.appengine.archetypes:appengine-standard-archetype 4: remote -> com.google.appengine.archetypes:endpoints-skeleton-archetype 5: remote -> com.google.appengine.archetypes:guestbook-archetype 6: remote -> com.google.appengine.archetypes:hello-endpoints-archetype 7: remote -> com.google.appengine.archetypes:skeleton-archetype (-) Choose a number or apply filter (format: [groupId:]artifactId, case sensitive contains): : 5 Choose com.google.appengine.archetypes:guestbook-archetype version: 1: 1.7.4 2: <IP_ADDRESS> 3: 1.7.5 4: 1.7.6 5: 1.7.7 6: 1.8.4 7: 2.0.0-1.9.10 8: 3.0.0-1.9.20 9: 3.0.1-1.9.21 10: 3.0.1-1.9.25 11: 3.0.2-1.9.38 12: 3.1.0-1.9.42 13: 4.0.0 14: 4.0.1 15: 4.0.2 Choose a number: 15: 14 Define value for property 'groupId': : net.java_school.guestbook Define value for property 'artifactId': : guestbook Define value for property 'version': 1.0-SNAPSHOT: : ↵ Define value for property 'package': net.java_school.guestbook: : ↵ [INFO] Using property: CloudSDK_Tooling = true [INFO] Using property: appengine-version = 1.9.70 [INFO] Using property: application-id = your-app-id [INFO] Using property: java8 = true [INFO] Using property: service = default Confirm properties configuration: groupId: net.java_school.guestbook artifactId: guestbook version: 1.0-SNAPSHOT package: net.java_school.guestbook CloudSDK_Tooling: true appengine-version: 1.9.70 application-id: your-app-id java8: true service: default Y: : ↵ [INFO] ---------------------------------------------------------------------------- [INFO] Using following parameters for creating project from Archetype: guestbook-archetype:4.0.1 [INFO] ---------------------------------------------------------------------------- [INFO] Parameter: groupId, Value: net.java_school.guestbook [INFO] Parameter: artifactId, Value: guestbook [INFO] Parameter: version, Value: 1.0-SNAPSHOT [INFO] Parameter: package, Value: net.java_school [INFO] Parameter: packageInPathFormat, Value: net/java_school/guestbook [INFO] Parameter: CloudSDK_Tooling, Value: true [INFO] Parameter: groupId, Value: net.java_school.guestbook [INFO] Parameter: service, Value: default [INFO] Parameter: version, Value: 1.0-SNAPSHOT [INFO] Parameter: application-id, Value: your-app-id [INFO] Parameter: package, Value: net.java_school.guestbook [INFO] Parameter: artifactId, Value: guestbook [INFO] Parameter: java8, Value: true [INFO] Parameter: appengine-version, Value: 1.9.70 [INFO] project created from Archetype in dir: C:\Lab\guestbook [INFO] ------------------------------------------------------------------------ [INFO] BUILD SUCCESS [INFO] ------------------------------------------------------------------------ [INFO] Total time: 01:30 min [INFO] Finished at: 2018-01-14T23:02:25+09:00 [INFO] Final Memory: 11M/50M [INFO] ------------------------------------------------------------------------
When the build is complete, a subfolder with the same name as the artifactId value is created. Since you gave the artifactId value to guestbook, a guestbook subfolder is created. Go to the guestbook folder and run the following command.
C:\ Command Prompt
C:\Lab>cd guestbook C:\Lab\guestbook>mvn clean package
The command for local testing is mvn appengine:run.
C:\ Command PromptC:\Lab\guestbook>mvn appengine:run
If you see "Dev App Server is now running", visit http://localhost:8080 in your web browser and test. When the test is finished, press Ctrl + C to exit.
Open pom.xml and modify "your-app-id" to real project id in "<!-- <app.deploy.project>your-app-id</app.deploy.project> -->" then Remove comment.
<properties> <app.deploy.project>real project id</app.deploy.project>
To deploy the app to the server, run mvn appengine:deploy.
C:\ Command PromptC:\Lab\guestbook>mvn appengine:deploy
If the build is successful, visit https://your-project-id.appspot.com. Unlike local tests, you will encounter the following server error: However, if you try again after a few minutes, the error disappears and you can see the guestbook.
The reason for the error is that it was requested before the datastore index was created. The data store index takes a few minutes to be created. The error that occurred because there is no index can be checked in the log of Google's cloud console log as follows.
The datastore index can be found in the Google Cloud Console.
Create a personal repository in the Google Cloud as follows:
gcloud source repos create firstGaePjt
The firstGaePjt repository was created in the Google cloud.
Create a local repository as follows:
C:\Lab>gcloud source repos clone firstGaePjt
The firstGaePjt local repository was created on the development system.
Since the remote repository is empty, it is natural to see the message "warning: You appear to have cloned an empty repository.".
The generated firstGaePjt directory is where the source is located.
Copy all the files in C:\Lab\guestbook to the C:\Lab\firstGaePjt directory.
You can now manage guestbook sources with git.
git add . -A git commit -m "First Commit" git push origin masterReferences