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© Mark Wilcox


## Keras related imports
from keras.datasets import mnist
from keras.models import Sequential, model_from_json
from keras.layers import Activation, Dropout, Flatten, Dense, Convolution2D, MaxPooling2D
from keras.utils import np_utils, data_utils, visualize_util
from keras.preprocessing.image import load_img, img_to_array
## Other data science libraries
import numpy as np
import pandas as pd
import json
from PIL import Image
import matplotlib.pylab as plt
import seaborn as sns
%matplotlib inline
## Some model and data processing constants
batch_size = 128
nb_classes = 10
nb_epoch = 12
# input image dimensions
img_rows, img_cols = 28, 28
# number of convolutional filters to use
nb_filters = 32
# size of pooling area for max pooling
nb_pool = 2
# convolution kernel sizeb
nb_conv = 3
(X_train, y_train), (X_test, y_test) = mnist.load_data()
y_train.shape
y_test.shape
fig, axes = plt.subplots(5, 5, figsize=(8,8), sharex=True, sharey=True)
for id, ax in enumerate(axes.ravel()):
image = Image.fromarray(X_train[id, :, :])
ax.imshow(image, cmap='Greys_r')
fig, (ax1, ax2) = plt.subplots(2, 1, figsize=(8, 10), sharex=True)
sns.distplot(y_train, kde=False, ax=ax1, color='blue', hist_kws={"width": 0.3, "align": "mid"})
ax1.set_ylabel('Train samples')
sns.distplot(y_test, kde=False, ax=ax2, color='green', hist_kws={"width": 0.3, "align": "mid"})
ax2.set_ylabel('Test samples')
ax2.set_xlabel('Labels')
This is a model that is mostly inspired from here: https://github.com/fchollet/keras/blob/master/examples/mnist_cnn.py
X_train = X_train.reshape(X_train.shape[0], 1, img_rows, img_cols)
X_test = X_test.reshape(X_test.shape[0], 1, img_rows, img_cols)
X_train = X_train.astype('float32')
X_test = X_test.astype('float32')
X_train /= 255
X_test /= 255
print('X_train shape:', X_train.shape)
print(X_train.shape[0], 'train samples')
print(X_test.shape[0], 'test samples')
# convert class vectors to binary class matrices
Y_train = np_utils.to_categorical(y_train, nb_classes)
Y_test = np_utils.to_categorical(y_test, nb_classes)
model = Sequential()
model.add(Convolution2D(nb_filters, nb_conv, nb_conv,
border_mode='valid',
input_shape=(1, img_rows, img_cols)))
model.add(Activation('relu'))
model.add(Convolution2D(nb_filters, nb_conv, nb_conv))
model.add(Activation('relu'))
model.add(MaxPooling2D(pool_size=(nb_pool, nb_pool)))
model.add(Dropout(0.25))
model.add(Flatten())
model.add(Dense(128))
model.add(Activation('relu'))
model.add(Dropout(0.5))
model.add(Dense(nb_classes))
model.add(Activation('softmax'))
model.compile(loss='categorical_crossentropy',
optimizer='adadelta',
metrics=['accuracy'])
model.summary()
visualize_util.plot(loaded_model,
to_file='simple_image_classification_architecture.png', show_shapes=True)
load_img('simple_image_classification_architecture.png')
model.fit(X_train, Y_train, batch_size=batch_size, nb_epoch=nb_epoch,
verbose=1, validation_data=(X_test, Y_test))
score = model.evaluate(X_test, Y_test, verbose=0)
print('Test score:', score[0])
print('Test accuracy:', score[1])
model.save_weights('simple_image_classification_weights.h5')
saved_model = model.to_json()
with open('simple_image_classification_architecture.json', 'w') as outfile:
json.dump(saved_model, outfile)
### Load architecture
with open('simple_image_classification_architecture.json', 'r') as architecture_file:
model_architecture = json.load(architecture_file)
loaded_model = model_from_json(model_architecture)
### Load weights
loaded_model.load_weights('simple_image_classification_weights.h5')
predictions = model.predict_classes(X_test)
(predictions == y_test).sum() / len(predictions)
### Load, resize, scale and reshape the new digit image (the output is a 4D array)
def load_resize_scale_reshape(img_path):
img = load_img(img_path, grayscale=True, target_size=(img_rows, img_cols))
array_img = img_to_array(img) / 255.0
reshaped_array_img = array_img.reshape(1, *array_img.shape)
return reshaped_array_img
two = load_resize_scale_reshape('data/digits/2.png')
five = load_resize_scale_reshape('data/digits/5.png')
images_list = [two, five]
digits = np.stack(images_list).reshape(len(images_list), *six.shape[1:])
loaded_model.predict_classes(digits)


KAMA SUTRA A film review by Steve Rhodes Copyright 1997 Steve Rhodes
RATING (0 TO ****): *
Let's be honest. There are some movies that don't need to be made. With movies able to show almost any sexual behavior known, is there any longer any reason for one of those pseudo-instructional films on sex? In the 1960s that was a popular way to get sex and nudity past the censors, but today our movies are quite explicit, too explicit some will undoubtedly argue.
Respected director Mira Nair (SALAAM BOMBAY! and MISSISSIPPI MASALA) takes us back to sixteenth century India for a fictionalized tale using the "Kama Sutra of Vatsayana" as the guidebook. In one of the most pedantic shows in some time, characters read from the instructions on sex and love with complete seriousness and devotion, but it is dry as reading the phone book. Okay, maybe as lively as the dictionary.
Looking something like an aerobics class, the teachers in KAMA SUTRA read to groups of women students the precise way to caress the toes. (There is precious little actual sex or nudity in the movie although there is some. Just like in the old risque pictures, more is promised than delivered. The script titillates while insulting the audience's intelligence.)
Because the last Indian film I saw, JAYA GANGA, was such an unexpected delight, I naively went to KAMA SUTRA with positive expectations. Within 15 minutes of arrival, however, I was already checking my watch.
KAMA SUTRA's rich sets by Mark Friedberg, gorgeous cinematography by Declan Quinn, and elegant red and gold costumes by Eduardo Castro are the only reasons to see the picture. But, as people rarely buy Playboy to read the articles, the only possible reason people would stay to see all of KAMA SUTRA is to wait for another brief glimpse of flesh. (Well, there are those of us who are critics who feel compelled to stay, but the temptation to leave is almost irresistible with this class, I mean picture.)
To the extent that this pointless story has a plot it can be summarized thus. The King (Naveen Andrews) marries a woman named Tara (Sarita Choudhury). Having a wandering eye, he first has an affair with Maya (Indira Varma), who is in Tara's entourage. Maya, in turn, falls for the stone mason Jai (Ramon Tikaram). You can guess whom Jai will end up sculpting and what trouble this will cause.
 The men are hunks who look like they have been posing for the covers of those romance novels known as bodice-rippers. No genuine acting is in evidence.
 ("One day you are your father's property," says the king to his new queen. "One day you are your husband's property. It must be difficult.")
As I sat trying to endure the film, I tried to pass the time by figuring out which film KAMA SUTRA most reminded me of. The first that came to mind was I AM CURIOUS (YELLOW) from 1967. Finally, I decided KAMA SUTRA was closest to EVITA. Both KAMA SUTRA and EVITA are lovely for the eyes to behold but have few other redeeming qualities.
If you want an erotic film, KAMA SUTRA isn't it. If you are searching for a meaningful experience at the cinema, KAMA SUTRA will not supply it. If you want a movie with depth, this isn't it. If you want romance, try THE ENGLISH PATIENT. The only possible motivation for paying your hard earned cash to see this picture is if you like being teased and hearing someone reading passages from obscure and didactic manuals on sexuality.
"Some things don't make sense immediately," cautions the Kama Sutra teacher in the film to her eager female pupils. And then some movies never do. Whatever your reason for going to this film, I suspect you will leave disappointed and perhaps angry that this filmmaker has wasted your time with such drivel.
KAMA SUTRA runs an incredibly long 2:00. It is in English. It is rated R for full frontal nudity, sex, drug usage, and gratuitous violence. I see no reason for your teenagers to see this movie, but if they do, they should be mature. I recommend you avoid this meaningless film. I give it a single * only for the technical aspects of the production.
**** = A must see film. *** = Excellent show. Look for it. ** = Average movie. Kind of enjoyable. * = Poor show. Don't waste your money. 0 = Totally and painfully unbearable picture.
REVIEW WRITTEN ON: February 26, 1997
Opinions expressed are mine and not meant to reflect my employer's.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


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POSIX Thread (required)
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automake 1.4
libtool 1.4.3
jade and some SGML tools will be required


---
subject: Covid-19
---
We know that coronavirus is a topic being discussed not just nationwide, but right here in our office. That is why Today, we plan to send letters home to all families laying out Our Plans. Before that happens we would like all of you to take a look at the attached document that explains what is being done Office Wise at this time. In addition, attached is a flyer that should be printed and hung in high traffic areas of your buildings.
We ask that you do not share the letter before it is ready to go out all families.
Thank You


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|
Groovy JDK |
| Method Summary | |
|---|---|
boolean
|
asBoolean()
Coerce a string (an instance of CharSequence) to a boolean value. |
Object
|
asType(Class c)
Provides a method to perform custom 'dynamic' type conversion
to the given class using the |
Pattern
|
bitwiseNegate()
Turns a CharSequence into a regular expression Pattern |
CharSequence
|
capitalize()
Convenience method to capitalize the first letter of a CharSequence. |
CharSequence
|
center(Number numberOfChars)
Pad a CharSequence to a minimum length specified by numberOfChars by adding the space character around it as many times as needed so that it remains centered. |
CharSequence
|
center(Number numberOfChars, CharSequence padding)
Pad a CharSequence to a minimum length specified by numberOfChars, appending the supplied padding CharSequence around the original as many times as needed keeping it centered. |
boolean
|
contains(CharSequence text)
Provide an implementation of contains() like Collection#contains to make CharSequences more polymorphic. |
int
|
count(CharSequence text)
Count the number of occurrences of a sub CharSequence. |
CharSequence
|
denormalize()
Return a CharSequence with lines (separated by LF, CR/LF, or CR) terminated by the platform specific line separator. |
CharSequence
|
drop(int num)
Drops the given number of chars from the head of this CharSequence if they are available. |
CharSequence
|
dropWhile(Closure condition)
Create a suffix of the given CharSequence by dropping as many characters as possible from the front of the original CharSequence such that calling the given closure condition evaluates to true when passed each of the dropped characters. |
Object
|
eachLine(Closure closure)
Iterates through this CharSequence line by line. |
Object
|
eachLine(int firstLine, Closure closure)
Iterates through this CharSequence line by line. |
String
|
eachMatch(CharSequence regex, Closure closure)
Process each regex group matched substring of the given CharSequence. |
String
|
eachMatch(Pattern pattern, Closure closure)
Process each regex group matched substring of the given pattern. |
CharSequence
|
expand()
Expands all tabs into spaces with tabStops of size 8. |
CharSequence
|
expand(int tabStop)
Expands all tabs into spaces. |
CharSequence
|
expandLine(int tabStop)
Expands all tabs into spaces. |
CharSequence
|
find(CharSequence regex)
Finds the first occurrence of a regular expression CharSequence within a CharSequence. |
CharSequence
|
find(CharSequence regex, Closure closure)
Returns the result of calling a closure with the first occurrence of a regular expression found within a CharSequence. |
CharSequence
|
find(Pattern pattern)
Finds the first occurrence of a compiled regular expression Pattern within a CharSequence. |
CharSequence
|
find(Pattern pattern, Closure closure)
Returns the result of calling a closure with the first occurrence of a regular expression found within a CharSequence. If the regex doesn't match, the closure will not be called and find will return null. |
List
|
findAll(CharSequence regex)
Returns a (possibly empty) list of all occurrences of a regular expression (in CharSequence format) found within a CharSequence. |
List
|
findAll(CharSequence regex, Closure closure)
Finds all occurrences of a capturing regular expression CharSequence within a CharSequence. |
List
|
findAll(Pattern pattern)
Returns a (possibly empty) list of all occurrences of a regular expression (in Pattern format) found within a CharSequence. |
List
|
findAll(Pattern pattern, Closure closure)
Finds all occurrences of a compiled regular expression Pattern within a CharSequence. |
CharSequence
|
getAt(Collection indices)
Select a List of characters from a CharSequence using a Collection to identify the indices to be selected. |
CharSequence
|
getAt(EmptyRange range)
Support the range subscript operator for CharSequence or StringBuffer with EmptyRange |
CharSequence
|
getAt(int index)
Support the subscript operator for CharSequence. |
CharSequence
|
getAt(IntRange range)
Support the range subscript operator for CharSequence or StringBuffer with IntRange |
CharSequence
|
getAt(Range range)
Support the range subscript operator for CharSequence |
char[]
|
getChars()
Converts the given CharSequence into an array of characters. |
boolean
|
isAllWhitespace()
True if a CharSequence only contains whitespace characters. |
boolean
|
isBigDecimal()
Determine if a CharSequence can be parsed as a BigDecimal. |
boolean
|
isBigInteger()
Determine if a CharSequence can be parsed as a BigInteger. |
boolean
|
isCase(Object switchValue)
'Case' implementation for a CharSequence, which simply calls the equivalent method for String. |
boolean
|
isDouble()
Determine if a CharSequence can be parsed as a Double. |
boolean
|
isFloat()
Determine if a CharSequence can be parsed as a Float. |
boolean
|
isInteger()
Determine if a CharSequence can be parsed as an Integer. |
boolean
|
isLong()
Determine if a CharSequence can be parsed as a Long. |
boolean
|
isNumber()
Determine if a CharSequence can be parsed as a Number. |
StringBuilder
|
leftShift(Object value)
Overloads the left shift operator to provide an easy way to append multiple objects as string representations to a CharSequence. |
boolean
|
matches(Pattern pattern)
Tells whether or not a CharSequence matches the given compiled regular expression Pattern. |
CharSequence
|
minus(Object target)
Remove a part of a CharSequence by replacing the first occurrence of target within self with '' and returns the result. |
CharSequence
|
multiply(Number factor)
Repeat a CharSequence a certain number of times. |
CharSequence
|
next()
This method is called by the ++ operator for the class CharSequence. |
CharSequence
|
normalize()
Return a CharSequence with linefeeds and carriage returns normalized to linefeeds. |
CharSequence
|
padLeft(Number numberOfChars)
Pad a CharSequence to a minimum length specified by numberOfChars by adding the space character to the left as many times as needed. |
CharSequence
|
padLeft(Number numberOfChars, CharSequence padding)
Pad a CharSequence to a minimum length specified by numberOfChars, adding the supplied padding CharSequence as many times as needed to the left. |
CharSequence
|
padRight(Number numberOfChars)
Pad a CharSequence to a minimum length specified by numberOfChars by adding the space character to the right as many times as needed. |
CharSequence
|
padRight(Number numberOfChars, CharSequence padding)
Pad a CharSequence to a minimum length specified by numberOfChars, adding the supplied padding CharSequence as many times as needed to the right. |
CharSequence
|
plus(Object value)
Appends the String representation of the given operand to this string. |
CharSequence
|
previous()
This method is called by the -- operator for the class CharSequence. |
List
|
readLines()
Return the lines of a CharSequence as a List of CharSequence. |
CharSequence
|
replaceAll(CharSequence regex, CharSequence replacement)
Replaces each substring of this CharSequence that matches the given regular expression with the given replacement. |
CharSequence
|
replaceAll(CharSequence regex, Closure closure)
Replaces all occurrences of a captured group by the result of a closure on that text. |
CharSequence
|
replaceAll(Pattern pattern, CharSequence replacement)
Replaces all substrings of a CharSequence that match the given compiled regular expression with the given replacement. |
String
|
replaceAll(Pattern pattern, Closure closure)
Replaces all occurrences of a captured group by the result of a closure call on that text. |
String
|
replaceFirst(CharSequence regex, CharSequence replacement)
Replaces the first substring of this CharSequence that matches the given regular expression with the given replacement. |
String
|
replaceFirst(CharSequence regex, Closure closure)
Replaces the first occurrence of a captured group by the result of a closure call on that text. |
CharSequence
|
replaceFirst(Pattern pattern, CharSequence replacement)
Replaces the first substring of a CharSequence that matches the given compiled regular expression with the given replacement. |
String
|
replaceFirst(Pattern pattern, Closure closure)
Replaces the first occurrence of a captured group by the result of a closure call on that text. |
CharSequence
|
reverse()
Creates a new CharSequence which is the reverse (backwards) of this string |
int
|
size()
Provide the standard Groovy size() method for CharSequence .
|
CharSequence[]
|
split()
Convenience method to split a CharSequence (with whitespace as delimiter). |
Object
|
splitEachLine(CharSequence regex, Closure closure)
Iterates through the given CharSequence line by line, splitting each line using the given separator. |
Object
|
splitEachLine(Pattern pattern, Closure closure)
Iterates through the given CharSequence line by line, splitting each line using the given separator Pattern. |
CharSequence
|
stripIndent()
Strip leading spaces from every line in a CharSequence. |
CharSequence
|
stripIndent(int numChars)
Strip numChar leading characters from every line in a CharSequence. |
CharSequence
|
stripMargin()
Strip leading whitespace/control characters followed by '|' from every line in a CharSequence. |
CharSequence
|
stripMargin(char marginChar)
Strip leading whitespace/control characters followed by marginChar from every line in a String. |
String
|
stripMargin(CharSequence marginChar)
Strip leading whitespace/control characters followed by marginChar from every line in a CharSequence. |
CharSequence
|
take(int num)
Returns the first num elements from this CharSequence.
|
CharSequence
|
takeWhile(Closure condition)
Returns the longest prefix of this CharSequence where each element passed to the given closure evaluates to true. |
BigDecimal
|
toBigDecimal()
Parse a CharSequence into a BigDecimal |
BigInteger
|
toBigInteger()
Parse a CharSequence into a BigInteger |
Double
|
toDouble()
Parse a CharSequence into a Double |
Float
|
toFloat()
Parse a CharSequence into a Float |
Integer
|
toInteger()
Parse a CharSequence into an Integer |
List
|
toList()
Converts the given CharSequence into a List of CharSequence of one character. |
Long
|
toLong()
Parse a CharSequence into a Long |
Set
|
toSet()
Converts the given CharSequence into a Set of unique CharSequence of one character. |
Short
|
toShort()
Parse a CharSequence into a Short |
URI
|
toURI()
Transforms a CharSequence representing a URI into a URI object. |
URL
|
toURL()
Transforms a CharSequence representing a URL into a URL object. |
List
|
tokenize()
Tokenize a CharSequence (with a whitespace as the delimiter). |
List
|
tokenize(Character token)
Tokenize a CharSequence based on the given character delimiter. |
List
|
tokenize(CharSequence token)
Tokenize a CharSequence based on the given CharSequence delimiter. |
CharSequence
|
tr(CharSequence sourceSet, CharSequence replacementSet)
Translates a string by replacing characters from the sourceSet with characters from replacementSet. |
CharSequence
|
unexpand()
Replaces sequences of whitespaces with tabs using tabStops of size 8. |
CharSequence
|
unexpand(int tabStop)
Replaces sequences of whitespaces with tabs. |
CharSequence
|
unexpandLine(int tabStop)
Replaces sequences of whitespaces with tabs within a line. |
| Method Detail |
|---|
public boolean asBoolean()
public Object asType(Class c)
Provides a method to perform custom 'dynamic' type conversion
to the given class using the as
operator.
c
- the desired class.public Pattern bitwiseNegate()
public CharSequence capitalize()
public CharSequence center(Number numberOfChars)
numberOfChars
- the total minimum number of characters of the resulting CharSequence.public CharSequence center(Number numberOfChars, CharSequence padding)
numberOfChars
- the total minimum number of characters of the resulting CharSequence.padding
- the characters used for padding.public boolean contains(CharSequence text)
text
- the CharSequence to look for.public int count(CharSequence text)
text
- a sub CharSequence.public CharSequence denormalize()
public CharSequence drop(int num)
def text = "Groovy" assert text.drop( 0 ) == 'Groovy' assert text.drop( 2 ) == 'oovy' assert text.drop( 7 ) == ''
num
- the number of characters to drop from this iterator.num
ones,
or else an empty String, if this CharSequence has less than num
characters.public CharSequence dropWhile(Closure condition)
def text = "Groovy" assert text.dropWhile{ false } == 'Groovy' assert text.dropWhile{ true } == '' assert text.dropWhile{ it < 'Z' } == 'roovy' assert text.dropWhile{ it != 'v' } == 'vy'
condition
- the closure that while continuously evaluating to true will cause us to drop elements from
the front of the original CharSequence.public Object eachLine(Closure closure)
closure
- a closure.public Object eachLine(int firstLine, Closure closure)
firstLine
- the line number value used for the first line (default is 1, set to 0 to start counting from 0).closure
- a closure (arg 1 is line, optional arg 2 is line number).public String eachMatch(CharSequence regex, Closure closure)
regex
- a Regex CharSequence.closure
- a closure with one parameter or as much parameters as groups.public String eachMatch(Pattern pattern, Closure closure)
pattern
- a regex Pattern.closure
- a closure with one parameter or as much parameters as groups.public CharSequence expand()
public CharSequence expand(int tabStop)
tabStop
- The number of spaces a tab represents.public CharSequence expandLine(int tabStop)
tabStop
- The number of spaces a tab represents.public CharSequence find(CharSequence regex)
regex
- the capturing regex.public CharSequence find(CharSequence regex, Closure closure)
regex
- the capturing regex CharSequence.closure
- the closure that will be passed the full match, plus each of the capturing groups.public CharSequence find(Pattern pattern)
pattern
- the compiled regex Pattern.public CharSequence find(Pattern pattern, Closure closure)
pattern
- the compiled regex Pattern.closure
- the closure that will be passed the full match, plus each of the capturing groups.public List findAll(CharSequence regex)
regex
- the capturing regex CharSequence.public List findAll(CharSequence regex, Closure closure)
regex
- the capturing regex CharSequence.closure
- will be passed the full match plus each of the capturing groups.public List findAll(Pattern pattern)
pattern
- the compiled regex Pattern.public List findAll(Pattern pattern, Closure closure)
pattern
- the compiled regex Pattern.closure
- will be passed the full match plus each of the capturing groups.public CharSequence getAt(Collection indices)
indices
- a Collection of indices.public CharSequence getAt(EmptyRange range)
range
- an EmptyRange.public CharSequence getAt(int index)
index
- the index of the Character to get.public CharSequence getAt(IntRange range)
range
- an IntRange.public CharSequence getAt(Range range)
range
- a Range.public char[] getChars()
public boolean isAllWhitespace()
public boolean isBigDecimal()
public boolean isBigInteger()
public boolean isCase(Object switchValue)
switchValue
- the switch value.public boolean isDouble()
public boolean isFloat()
public boolean isInteger()
public boolean isLong()
public boolean isNumber()
public StringBuilder leftShift(Object value)
value
- an Object.public boolean matches(Pattern pattern)
pattern
- the regex Pattern to which the string of interest is to be matched.public CharSequence minus(Object target)
target
- an object representing the part to remove.public CharSequence multiply(Number factor)
factor
- the number of times the CharSequence should be repeated.public CharSequence next()
public CharSequence normalize()
public CharSequence padLeft(Number numberOfChars)
numberOfChars
- the total minimum number of characters of the resulting CharSequence.public CharSequence padLeft(Number numberOfChars, CharSequence padding)
numberOfChars
- the total minimum number of characters of the resulting CharSequence.padding
- the characters used for padding.public CharSequence padRight(Number numberOfChars)
numberOfChars
- the total minimum number of characters of the resulting string.public CharSequence padRight(Number numberOfChars, CharSequence padding)
numberOfChars
- the total minimum number of characters of the resulting CharSequence.padding
- the characters used for padding.public CharSequence plus(Object value)
value
- any Object.public CharSequence previous()
public List readLines()
public CharSequence replaceAll(CharSequence regex, CharSequence replacement)
regex
- the capturing regex.replacement
- the capturing regex.public CharSequence replaceAll(CharSequence regex, Closure closure)
regex
- the capturing regex.closure
- the closure to apply on each captured group.public CharSequence replaceAll(Pattern pattern, CharSequence replacement)
pattern
- the regex Pattern to which the CharSequence of interest is to be matched.replacement
- the CharSequence to be substituted for the first match.public String replaceAll(Pattern pattern, Closure closure)
pattern
- the capturing regex Pattern.closure
- the closure to apply on each captured group.public String replaceFirst(CharSequence regex, CharSequence replacement)
regex
- the capturing regex.replacement
- the capturing regex.public String replaceFirst(CharSequence regex, Closure closure)
regex
- the capturing regex.closure
- the closure to apply on the first captured group.public CharSequence replaceFirst(Pattern pattern, CharSequence replacement)
pattern
- the regex Pattern to which the CharSequence of interest is to be matched.replacement
- the CharSequence to be substituted for the first match.public String replaceFirst(Pattern pattern, Closure closure)
pattern
- the capturing regex Pattern.closure
- the closure to apply on the first captured group.public CharSequence reverse()
public int size()
size()
method for CharSequence
.public CharSequence[] split()
public Object splitEachLine(CharSequence regex, Closure closure)
regex
- the delimiting regular expression.closure
- a closure.public Object splitEachLine(Pattern pattern, Closure closure)
pattern
- the regular expression Pattern for the delimiter.closure
- a closure.public CharSequence stripIndent()
public CharSequence stripIndent(int numChars)
numChars
- The number of characters to strip.public CharSequence stripMargin()
public CharSequence stripMargin(char marginChar)
marginChar
- Any character that serves as margin delimiter.public String stripMargin(CharSequence marginChar)
marginChar
- Any character that serves as margin delimiter.public CharSequence take(int num)
num
elements from this CharSequence.
def text = "Groovy" assert text.take( 0 ) == '' assert text.take( 2 ) == 'Gr' assert text.take( 7 ) == 'Groovy'
num
- the number of chars to take from this CharSequence.num
chars,
or else the whole CharSequence if it has less then num
elements.public CharSequence takeWhile(Closure condition)
def text = "Groovy" assert text.takeWhile{ it < 'A' } == '' assert text.takeWhile{ it < 'Z' } == 'G' assert text.takeWhile{ it != 'v' } == 'Groo' assert text.takeWhile{ it < 'z' } == 'Groovy'
condition
- the closure that must evaluate to true to continue taking elements.public BigDecimal toBigDecimal()
public BigInteger toBigInteger()
public Double toDouble()
public Float toFloat()
public Integer toInteger()
public List toList()
public Long toLong()
public Set toSet()
public Short toShort()
public URI toURI()
public URL toURL()
public List tokenize()
public List tokenize(Character token)
token
- the delimiter.public List tokenize(CharSequence token)
token
- the delimiter.public CharSequence tr(CharSequence sourceSet, CharSequence replacementSet)
sourceSet
- the set of characters to translate from.replacementSet
- the set of replacement characters.public CharSequence unexpand()
public CharSequence unexpand(int tabStop)
tabStop
- The number of spaces a tab represents.public CharSequence unexpandLine(int tabStop)
tabStop
- The number of spaces a tab represents.
|
Groovy JDK |


Welcome to ReciFlix
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home
about me
documents
reading list
the swordsman
old tailor
tutorials
Procedural generation in GMS: Part 1
Playing with Tilesets
Procedural generation in GMS: Part 2
projects
Serve the Council


General Information
- Breed Purpose
- Egg Layer
- Comb
- Single
- Broodiness
- Seldom
- Climate Tolerance
- Heat
- Egg Productivity
- Medium
- Egg Size
- Small
- Egg Color
- White
- Breed Temperament
- Friendly, easily handled, bears confinement well
- Breed Colors/Varieties
- The White Faced Black Spanish chicken is available in both bantam and standard sizes. The only accepted color is the pure black with white faces and earlobes and bright, red comb & wattles. The shiny black plumage should have a green sheen and the shanks are dark gray.
- Breed Size
- Large Fowl
The White Faced Black Spanish is one of the oldest Mediterranean breeds developed in Spain (said to date back to the mid-1500's). It is also known as the Clown-face Chicken because of the pancake-makeup-white coloring on the skin of the face and the large bright-white earlobes that hang down, giving an appearance of a clown's face. Set against the pure black plumage and the bright red wattles and comb, the Clown-faced Chicken surely does look like it's wearing clown makeup colors!
The full-sized, antique version was admitted to APA in 1874.
The full-sized, antique version was admitted to APA in 1874.


Why a mobile version of the same app?
As someone who is not very creative, I wanted to focus on picking up a new technology by myself - learning how to create a mobile app without prior experience, and not having to spend too much time on ideation due to time constraints.
That said, I did not expect an unforseen networking issue and could not implement all the features I had planned. The gruelling process of googling for answers taught me more about networking as well. More on than in the learning points section below.
Description
Freight Buddy was created to help people (requesters) gain access to their beloved overseas products by enlisting the help of others overseas to purchase the products and ship them over to the requesters.
Motivation
Ever once in a while, there will be a product sold overseas that my friends and I want but can't be found on any e-commerce platform, or the shop that sells the product does not ship to my country. Thus sprouted the idea of a peer-to-peer platform which could solve this problem, where people finally have an avenue for getting their hands on the product they dearly want.
Technologies Used
React Native (Expo)
PostgreSQL/Sequelize, Node/Express
GitHub, Snack
Main Features
- A user (requester) can create/cancel a request for a product.
- A user can update the status of a request.
ERD
Main Learning Points
- Implemented a React Native app by self-learning through reading documentation and googling.
- Implemented a workaround for a bug which prevented connection between the local repository (server) and mobile devices that are on the same WIFI network. Workaround was to install ngrok package to provide the local repository with an internet IP address so any device could connect to the local repository through the internet.


Vivus.tis
Script for adjusting your SVG to run nice with Sciter + Vivus.tis
This page/script process 'input.svg' and adds the 'length' attribute to every <path> element, and allows you to get the output SVG markup.
- The textarea allows you to copy the output markup (my preferred method)
- First image is the SVG as a DOM element; you can inspect it with F12 tools
- Second image is the SVG inserted as an <img> so you can right-click it and 'Save image as..'
- Third is a link which you click to download the SVG


Foundation is an open-source web framework that lets developers forget about the complications of styling a website. Foundation relies on the usage of its XY Grid System to pad divs and organize the layout of the website.
You can simply link Foundation's stylesheet into your page's
tag. You can find it below.
<link rel="stylesheet"<EMAIL_ADDRESS>If you want complete access to all of the different settings Foundation allows you to edit, here is the download link.
Foundation's grid system separates a webpage into grids. These grids can be further divided into cell-blocks. You can find a basic grid-x below. Try changing the size of the window to see how cell proportions are preserved.

XY Grid System

 Foundation's grid system separates a webpage into grids. These grids can be further divided into cell-blocks. You can find a basic grid-x below.

I'm a 12 cell div.

I'm a 6 cell div.

I'm a 6 cell div.

I'm a 3 cell div.

I'm a 3 cell div.

I'm a 3 cell div.

I'm a 3 cell div.

Navbars can be created easily with Foundation's classes made for navigation.
The navbar above is a vertical menu. Click on the navbar links to be sent to the appropriate
cell. Please note that the cells to the right demonstrate the use of callouts, which combine the functionality of panels (elements that easily outline sections of the page)
and alerts (a feature used to communicate success, warnings or other information by a differing style).
Refer to lines 131-141 for the source code.
Foundation facilitates the inclusion of form components on webpages. Shown below are some examples of forms that can be easily done with foundation!


{{$authApp.Name}} API key
Here is information about the API key.
{{if $apiKey}}API key
This is your API key - it will only be displayed once. You
must securely save this API key elsewhere!
Details
App name
{{$authApp.Name}}
Type
{{if (eq $authApp.APIKeyType 0)}}
Device (can verify codes)
{{else if (eq $authApp.APIKeyType 1)}}
Admin (can issue codes)
{{else}}
Unknown
{{end}}
Statistics
| Keys issued | ||
|---|---|---|
| Today | Past 7 days | Past 30 days |
| {{$stats.CodesIssued1d}} | {{$stats.CodesIssued1d}} | {{$stats.CodesIssued1d}} |


Teams rooms has several requirements to assure a great meeting room experience. Below is a summary of things you need to keep in mind before deploying Teams Rooms.
Teams Rooms is only available as a Microsoft certified system. You can’t build your own Teams Rooms. This is done to be certain that Teams Rooms will provide an excellent experience for in-room and remote attendees.
You can have up to two 1080p displays with HDMI connections connected to Teams Rooms. Teams Rooms does support 4K monitors but will only send a 1080p image.
It's recommended that you use a USB keyboard and mouse for initial configuration of Teams Rooms. Once the room is in production, you can safely remove the keyboard and mouse. Attendees in Teams Rooms meetings never need to use a USB keyboard and mouse as all interaction is handled by the center of table console.
A wired network connection is also required. Microsoft doesn't support wireless networking with Teams Rooms. Proxy bypass is strongly encouraged.
On the software side, you will need to have a Microsoft Teams license and/or Skype for Business license. If you’re using on-premises Skype for Business, be sure to install the enterprise trusted root certificate onto the compute module.
You will also need Exchange Online or Exchange on-premises. Note that an Exchange license is not required if the Teams Rooms account is configured as an Exchange resource account.
For initial configuration, Teams Rooms requires DHCP. However, once you have configured the device, you can switch from DHCP to a static IP address. When using Teams or Skype for Business, be sure that all the proper ports and protocols are enabled for access via your firewalls or proxy servers.
You should use either the Microsoft Teams Rooms Standard or Microsoft Teams Rooms Premium license. These are Microsoft 365 licenses that contain all the required licensing components for Microsoft Teams Rooms. Every Teams Rooms has a unique resource account, and it is this resource account that will need the license. Using a meeting room license assures that you have everything correctly configured on the licensing side.
The Teams Rooms Premium license adds a managed service component to the Teams Rooms Standard license. This managed service is run by Microsoft and will help you manage, monitor, and maintain Teams Rooms across your organization. It will help you have an optimal experience with Teams Rooms.
Finally, when rolling out Teams Rooms, there are several roles that will be needed within the deployment.


this is client 1
serverurl:
token:
连接
断开
{"from":"client1Token","to":"client2Token","type":"1","time":"20190906140918288","data":{"url":"/api/hello","param":"ais"}}
发送


info
Ligands are resolved through NCATSFind, which can resolve inputs in many formats,
including SMILES, common name, CAS Number, ChEMBL etc.
info
Error connecting to NCATSFind service. If you need your list to be resolved, please try again later. Without
resolving your input, the lists can still work with drug name, ChEMBL ID, PubChem ID, or UNII.


2.06 (12/25/2016)
- Always-HTTPS is not yet available. The Settings option has been disabled.
- Archived Allowed SSL Ciphers.
- Basic print support through a QTextBrowser widget.
- Cancel repetitive authentication requests.
- Center child windows default changed to true.
- Copy a Web page's selected text via QClipboard and QWebEngineView::selectedText().
- Do not resize the main window if the status bar's label is resized as a result of lengthy status text.
- Full screen support.
- Issue activateWindow() before issuing raise() as some desktop environments ignore raise().
- Offline mode is not supported. The File->Offline option has been disabled.
- Open new windows as tabs if the Control key is depressed while a link is clicked.
- Prepare QWebEngine's default cache and persistent storage paths.
- Private tabs.
- Purge cipher handle's contents in dcrypt::setCipherPassphrase() upon a failure.
- Register special types with Qt.
- Remind the user if the selected iteration count exceeds the default value during passphrase preparation.
- Removed zoom-text-only option.
- Replaced dmisc::centerChildWithParent() with QDialog::adjustPosition().
- Report gcrypt key-generation failures.
- SHA-3. libgcrypt 1.7.0, or newer, is required.
- Scrolling animation.
- Splash screen.
- The directory .dooble has been renamed to .dooble_v2. Version 1.x settings will not be transferred.
- Tools menu, per warp9pnt9. A copy of the Windows menu.
- Upgraded SQLite to version 3.15.2 on Windows.
- Upgraded libgcrypt products to version 1.6.6 on Windows.
- User agent strings. Exceptions not included.
- libspoton at version 0.1.6.
2.05 (05/01/2016)
- Added GOST support, if available.
- Allow disabling of automatic recording of file suffixes. Please see Settings.
- Allow the user to restore Dooble after a tardy authentication.
- Authenticate via a status bar button.
- Avoid reloading the most current history item after a restoration as this generates an additional history entry.
- Bit-by-bit comparisons; please see dmisc::compareByteArrays().
- Corrected Default font application.
- Corrected dooble::promptForPassphrase(). The method should not reset the current credentials.
- Deleted Include.win32/gcrypt.h and Include.win32/gpg-error.h.
- Disabled JIT (https://en.wikipedia.org/wiki/Just-in-time_compilation).
- Do not assume that an integer has a specific width (dcrypt.cc).
- Enable Spot-On widgets if DOOBLE_LINKED_WITH_LIBSPOTON is defined.
- Enforce limits on numeric INI values according to their widget representations.
- Minimum iteration count set to 10000. Default set to 25000.
- Modes of operation: CBC-CTS, CTR.
- New Applications context menu item in Settings.
- New default.html page. Removed previous pages.
- Please remove shared.db, if such a file exists in the user's Dooble directory.
- Remove the files httponlyexceptions.db and preferences.db during a reset of Dooble.
- Removed Google and OS X-specific logic from agent strings.
- Removed modifier-key URL transformations.
- Salt length maximum set to 8192 bytes.
- Secure database deletes.
- The method dmisc::iconForUrl() must consider variations of the URL parameter with respect to trailing slashes.
- The plugins architecture has been deprecated.
- Upgraded OpenSSL libraries to version 1.0.2g on Windows.
- Upgraded SQLite libraries to version 3.11.1 on Windows.
- Upgraded libgcrypt to version 1.6.5 on Windows.
- Upgraded libspoton to version 0.1.5.
- Verify modified URLs in the Bookmarks window.
- Wrap lines on page source; default of true.
2.04 (11/05/2015)
- Allow suspending of a page load via a tab's context menu.
- Avoid accepting secure cookies from HTTP sites.
- Avoid serving secure cookies over HTTP.
- Enable cross-site-scripting auditing. New installations only.
- New per-tab progress bars.
- Upgraded Qt to version 5.5.1 on OS X and Windows.
- Upgraded SQLite products to version 3.9.1 on Windows.
- Upgraded libgcrypt to version 1.6.4 on Windows.
2.03 (09/18/2015)
- Allow hiding of the search widget. Please see the View menu.
- Configurable tab bar position.
- Increased maximum discarded tabs and favorite links from 15 to 30.
- Limit results of qgetenv().
- Thread scheduling may not be available.
- Upgraded Qt products to version 5.5 on OS X and Windows.
2.02 (07/04/2015)
- Added Stribog-512.
- Allow for automatic cancellation of stagnant JavaScript scripts.
- Allow non-authenticated sessions to share plaintext information with Spot-On.
- Allow removal of Spot-On shared links. Please see Clear Containers and the Edit menu.
- Corrected Qt macro usage.
- Corrected SSL widget states in the Settings panel.
- Corrected Spot-On button state in the URL location widget.
- Corrected retrieval of default iteration count.
- Log libspoton errors.
- Modified the favicon's context menu so that the available option references the site's host instead of the domain.
- Properly center exceptions windows that are activated from Settings.
- Removed all support for Qt 4.x, Qt 5.0.x, Qt 5.1.x, Qt 5.2.x, and Qt 5.3.x. Only Qt 5.4.x and newer will be supported in Dooble 2.x.
- Removed non-native full-screen support.
- Removed translated log entries.
- Replaced QCryptographicHash::Sha1 with QCryptographicHash::Sha3_512.
- Set the location widget's text after a successful page load or an update of the URL if and only if the user has not modified the location widget's text.
- The method dwebpage::slotFinished() must inspect the reply's "dooble-favicon" property as the method may be reached after a download of a favicon.
- Updated Czech translation. Thanks to Pavel Fric.
- Updated SQLite to version <IP_ADDRESS>, Windows.
- Updated libspoton to 0.1.2.
- Upgraded OpenSSL products to version 1.0.2c on Windows.
- Upgraded Qt products to version 5.4.2 on OS X and Windows.
2.01 (04/01/2015)
- Ability to hide the main window's menu bar.
- Added the search engine wikibooks.org.
- Adjusted full-screen support.
- Allow hiding of the Desktop and Home buttons.
- Corrected dooble::saveSettings() with respect to the full screen mode.
- Display the JavaScript alert in dwebpage::javaScriptAlert() via QMessageBox::exec() instead of show().
- Issue std::nothrow in gcry_qmutex_init().
- Remind the user if the SQLite database driver is missing.
- Removed hiding of the location tool bar.
- The Dogpile search engine supports SSL/TLS.
- The default SSL configuration's protocol must be set according to the available cipher protocols (SSLv3, TLSv1.0, TLSv1.1, TLSv1.2). Please see http://doc.qt.digia.com/qt-maemo/qsslconfiguration.html.
- Upgraded OpenSSL libraries to version 1.0.2a.
- Upgraded libgcrypt to version 1.6.3 on Windows.
- Upgraded libgpg-error to version 1.13 on Windows.
2.00 (03/01/2015)
- Added a Spot-On button to the location widget.
- Allow configuration of the main thread's priority.
- Avoid real-time storing of splitter states.
- Corrected month translations in the History window.
- Qt 5.4.1 release. Source only. Many, many changes. WebKit has been replaced by WebEngine. Please see dooble.qt5.pro for example preparation. WebKit support persists.
- Removed support for ancient versions of GCC.
Archived Contents
https://github.com/textbrowser/dooble/blob/master/Documentation/RELEASE-NOTES.archived


class Constants
Constant values that are used throughout the app
Constants()
Constant values that are used throughout the app |
const val DOT_DELAY: Int
The duration of a single dot in morse code |
|
const val RC_SETTINGS: Int
Request code used when opening app Settings |
|
val SPACE_PATTERN: Regex
Pattern to detect whitespaces in a string |
|
val englishToMorseCode: Map<Char, String>
Map of english characters to Morse dots and dashes |


About
Contact
World Search
US Housing
EMOVO
About
Contact
World Search
US Housing
Contact
Any questions or recommendations? Feel free to email me!
United States
Email: redsealabs@gmail.com


cl-gserver
(X)HTML documentation produced with
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Last modified: Mon Nov 23 20:16:6 GMT-1 2020
© 2020, Marco Antoniotti, all rights reserved.


- field(String, Class<F>) - Method in class net.cassite.style.reflect.ClassSup
-
Retrieve a field supporter with given field name, and specify its
type with the 2nd arg
- FieldSupport<FieldType,ObjectType> - Class in net.cassite.style.reflect
-
Supporter for fields
- FieldSupport(Field, Class<FieldType>, Class<ObjectType>) - Constructor for class net.cassite.style.reflect.FieldSupport
-
- fill(Object...) - Method in class net.cassite.style.util.StringFuncSup
-
fill the string like My name is {0}, I'm {1} years old
with given objects.
simply invoke MessageFormat.format(String, Object...)
- findAll(RFunc1<Boolean, T>) - Method in interface net.cassite.style.aggregation.A1FuncSup
-
find all matched elements
- findAll(def<Boolean>) - Method in interface net.cassite.style.aggregation.A1FuncSup
-
find all matched elements
- findAll(RFunc1<Boolean, T>, Coll) - Method in interface net.cassite.style.aggregation.A1FuncSup
-
add all matched elements into given collection
- findAll(def<Boolean>, Coll) - Method in interface net.cassite.style.aggregation.A1FuncSup
-
add all matched elements into given collection
- findAll(RFunc1<Boolean, T>, Coll, int) - Method in interface net.cassite.style.aggregation.A1FuncSup
-
add limited number of matched elements into given collection
- findAll(def<Boolean>, Coll, int) - Method in interface net.cassite.style.aggregation.A1FuncSup
-
add limited number of matched elements into given collection
- findAll(def<Boolean>, Coll, int) - Method in class net.cassite.style.aggregation.ArrayFuncSup
-
- findAll(def<Boolean>, Coll, int) - Method in class net.cassite.style.aggregation.IterableFuncSup
-
- findAll(RFunc2<Boolean, K, V>) - Method in class net.cassite.style.aggregation.MapFuncSup
-
put all matched entries to a new map
- findAll(def<Boolean>) - Method in class net.cassite.style.aggregation.MapFuncSup
-
put all matched entries to a new map
- findAll(RFunc2<Boolean, K, V>, Map<K, V>) - Method in class net.cassite.style.aggregation.MapFuncSup
-
put all matched entries to given map
- findAll(def<Boolean>, Map<K, V>) - Method in class net.cassite.style.aggregation.MapFuncSup
-
put all matched entries to given map
- findAll(RFunc2<Boolean, K, V>, Map<K, V>, int) - Method in class net.cassite.style.aggregation.MapFuncSup
-
put limited number of matched entries to given map
- findAll(def<Boolean>, Map<K, V>, int) - Method in class net.cassite.style.aggregation.MapFuncSup
-
put limited number of matched entries to given map
- findOne(RFunc1<Boolean, T>) - Method in interface net.cassite.style.aggregation.A1FuncSup
-
find the first matched element
- findOne(def<Boolean>) - Method in interface net.cassite.style.aggregation.A1FuncSup
-
find the first matched element
- findOne(RFunc2<Boolean, K, V>) - Method in class net.cassite.style.aggregation.MapFuncSup
-
find the first matched entry
- findOne(def<Boolean>) - Method in class net.cassite.style.aggregation.MapFuncSup
-
find the first matched entry
- first() - Method in interface net.cassite.style.aggregation.A1FuncSup
-
Return first element in the array/iterable or null if not found
- first() - Method in class net.cassite.style.aggregation.ArrayFuncSup
-
- first() - Method in class net.cassite.style.aggregation.IterableFuncSup
-
- first() - Method in class net.cassite.style.aggregation.MapFuncSup
-
- For(T, RFunc1<Boolean, T>, UnaryOperator<T>, def<R>) - Static method in class net.cassite.style.Core
-
Enhanced for expression.
For with return value: returns 'last loop value'.
Check
tutorial for
more info about 'last loop value'
- For(T, RFunc1<Boolean, T>, UnaryOperator<T>, VFunc1<T>) - Static method in class net.cassite.style.Core
-
- For(T, RFunc1<Boolean, T>, UnaryOperator<T>, RFunc1<R, T>) - Static method in class net.cassite.style.Core
-
- For(T, RFunc1<Boolean, T>, UnaryOperator<T>, VFunc2<T, LoopInfo<R>>) - Static method in class net.cassite.style.Core
-
- For(T, RFunc1<Boolean, T>, UnaryOperator<T>, RFunc2<R, T, LoopInfo<R>>) - Static method in class net.cassite.style.Core
-
- For(N) - Static method in class net.cassite.style.Core
-
Entrance of For-to-step loop
See ForSupport for more info
- For(T, RFunc1<Boolean, T>, UnaryOperator<T>, def<R>) - Static method in class net.cassite.style.Style
-
Enhanced for expression.
For with return value: returns 'last loop value'.
Check
tutorial for
more info about 'last loop value'
- For(T, RFunc1<Boolean, T>, UnaryOperator<T>, VFunc1<T>) - Static method in class net.cassite.style.Style
-
- For(T, RFunc1<Boolean, T>, UnaryOperator<T>, RFunc1<R, T>) - Static method in class net.cassite.style.Style
-
- For(T, RFunc1<Boolean, T>, UnaryOperator<T>, VFunc2<T, LoopInfo<R>>) - Static method in class net.cassite.style.Style
-
- For(T, RFunc1<Boolean, T>, UnaryOperator<T>, RFunc2<R, T, LoopInfo<R>>) - Static method in class net.cassite.style.Style
-
- For(N) - Static method in class net.cassite.style.Style
-
Entrance of For-to-step loop
See ForSupport for more info
- For(T, RFunc1<Boolean, T>, UnaryOperator<T>, def<R>) - Method in interface net.cassite.style.var
-
Enhanced for expression.
For with return value: returns 'last loop value'.
Check
tutorial for
more info about 'last loop value'
- For(T, RFunc1<Boolean, T>, UnaryOperator<T>, VFunc1<T>) - Method in interface net.cassite.style.var
-
- For(T, RFunc1<Boolean, T>, UnaryOperator<T>, RFunc1<R, T>) - Method in interface net.cassite.style.var
-
- For(T, RFunc1<Boolean, T>, UnaryOperator<T>, VFunc2<T, LoopInfo<R>>) - Method in interface net.cassite.style.var
-
- For(T, RFunc1<Boolean, T>, UnaryOperator<T>, RFunc2<R, T, LoopInfo<R>>) - Method in interface net.cassite.style.var
-
- For(N) - Method in interface net.cassite.style.var
-
Entrance of For-to-step loop
See ForSupport for more info
- forEach(VFunc1<T>) - Method in interface net.cassite.style.aggregation.A1FuncSup
-
define a function to deal with each element in the array/iterable
- forEach(VFunc2<T, IteratorInfo<R>>) - Method in interface net.cassite.style.aggregation.A1FuncSup
-
define a function to deal with each element in the array/iterable
- forEach(RFunc1<R, T>) - Method in interface net.cassite.style.aggregation.A1FuncSup
-
define a function to deal with each element in the array/iterable
- forEach(RFunc2<R, T, IteratorInfo<R>>) - Method in interface net.cassite.style.aggregation.A1FuncSup
-
define a function to deal with each element in the array/iterable
- forEach(def<R>) - Method in interface net.cassite.style.aggregation.A1FuncSup
-
define a function to deal with each element in the array/iterable
- forEach(RFunc1<R, T>) - Method in class net.cassite.style.aggregation.ArrayFuncSup
-
- forEach(RFunc2<R, T, IteratorInfo<R>>) - Method in class net.cassite.style.aggregation.ArrayFuncSup
-
- forEach(VFunc1<T>) - Method in class net.cassite.style.aggregation.ArrayFuncSup
-
- forEach(VFunc2<T, IteratorInfo<R>>) - Method in class net.cassite.style.aggregation.ArrayFuncSup
-
- forEach(def<R>) - Method in class net.cassite.style.aggregation.ArrayFuncSup
-
- forEach(VFunc1<T>, int) - Method in class net.cassite.style.aggregation.ListFuncSup
-
define a function to deal with each element in the list with given
start index
- forEach(VFunc2<T, IteratorInfo<R>>, int) - Method in class net.cassite.style.aggregation.ListFuncSup
-
define a function to deal with each element in the list with given
start index
- forEach(RFunc1<R, T>, int) - Method in class net.cassite.style.aggregation.ListFuncSup
-
define a function to deal with each element in the list with given
start index
- forEach(RFunc2<R, T, IteratorInfo<R>>, int) - Method in class net.cassite.style.aggregation.ListFuncSup
-
define a function to deal with each element in the list with given
start index
- forEach(def<R>, int) - Method in class net.cassite.style.aggregation.ListFuncSup
-
define a function to deal with each element in the list with given
start index
- forEach(VFunc2<K, V>) - Method in class net.cassite.style.aggregation.MapFuncSup
-
define a function to deal with each entry in the map
- forEach(VFunc3<K, V, IteratorInfo<R>>) - Method in class net.cassite.style.aggregation.MapFuncSup
-
define a function to deal with each entry in the map
- forEach(RFunc2<R, K, V>) - Method in class net.cassite.style.aggregation.MapFuncSup
-
define a function to deal with each entry in the map
- forEach(RFunc3<R, K, V, IteratorInfo<R>>) - Method in class net.cassite.style.aggregation.MapFuncSup
-
define a function to deal with each entry in the map
- forEach(def<R>) - Method in class net.cassite.style.aggregation.MapFuncSup
-
define a function to deal with each entry in the map
- ForSupport<N extends java.lang.Number> - Class in net.cassite.style
-
Supporter for For-to-step expression
- ForSupport.ToSupport<N extends java.lang.Number> - Class in net.cassite.style
-
Supporter for For-to-step expression
- forThose(RFunc1<Boolean, T>, VFunc1<T>) - Method in interface net.cassite.style.aggregation.A1FuncSup
-
define a function to deal with each element in the array/iterable
- forThose(RFunc1<Boolean, T>, VFunc2<T, IteratorInfo<R>>) - Method in interface net.cassite.style.aggregation.A1FuncSup
-
define a function to deal with each element in the array/iterable
- forThose(RFunc1<Boolean, T>, RFunc1<R, T>) - Method in interface net.cassite.style.aggregation.A1FuncSup
-
define a function to deal with each element in the array/iterable
- forThose(RFunc1<Boolean, T>, RFunc2<R, T, IteratorInfo<R>>) - Method in interface net.cassite.style.aggregation.A1FuncSup
-
define a function to deal with each element in the array/iterable
- forThose(RFunc1<Boolean, T>, def<R>) - Method in interface net.cassite.style.aggregation.A1FuncSup
-
define a function to deal with each element in the array/iterable
- forThose(RFunc1<Boolean, T>, RFunc1<R, T>) - Method in class net.cassite.style.aggregation.ArrayFuncSup
-
- forThose(RFunc1<Boolean, T>, RFunc2<R, T, IteratorInfo<R>>) - Method in class net.cassite.style.aggregation.ArrayFuncSup
-
- forThose(RFunc1<Boolean, T>, VFunc1<T>) - Method in class net.cassite.style.aggregation.ArrayFuncSup
-
- forThose(RFunc1<Boolean, T>, VFunc2<T, IteratorInfo<R>>) - Method in class net.cassite.style.aggregation.ArrayFuncSup
-
- forThose(RFunc1<Boolean, T>, def<R>) - Method in class net.cassite.style.aggregation.ArrayFuncSup
-
- forThose(RFunc1<Boolean, T>, def<R>) - Method in class net.cassite.style.aggregation.IterableFuncSup
-
- forThose(RFunc1<Boolean, T>, VFunc1<T>, int) - Method in class net.cassite.style.aggregation.ListFuncSup
-
define a function to deal with each element in the list with given
start index
- forThose(RFunc1<Boolean, T>, VFunc2<T, IteratorInfo<R>>, int) - Method in class net.cassite.style.aggregation.ListFuncSup
-
define a function to deal with each element in the list with given
start index
- forThose(RFunc1<Boolean, T>, RFunc1<R, T>, int) - Method in class net.cassite.style.aggregation.ListFuncSup
-
define a function to deal with each element in the list with given
start index
- forThose(RFunc1<Boolean, T>, RFunc2<R, T, IteratorInfo<R>>, int) - Method in class net.cassite.style.aggregation.ListFuncSup
-
define a function to deal with each element in the list with given
start index
- forThose(RFunc1<Boolean, T>, def<R>) - Method in class net.cassite.style.aggregation.ListFuncSup
-
- forThose(RFunc1<Boolean, T>, def<R>, int) - Method in class net.cassite.style.aggregation.ListFuncSup
-
define a function to deal with each element in the list with given
start index
- forThose(RFunc2<Boolean, K, V>, VFunc2<K, V>) - Method in class net.cassite.style.aggregation.MapFuncSup
-
define a function to deal with each element in the map
- forThose(RFunc2<Boolean, K, V>, VFunc3<K, V, IteratorInfo<R>>) - Method in class net.cassite.style.aggregation.MapFuncSup
-
define a function to deal with each element in the map
- forThose(RFunc2<Boolean, K, V>, RFunc2<R, K, V>) - Method in class net.cassite.style.aggregation.MapFuncSup
-
define a function to deal with each element in the map
- forThose(RFunc2<Boolean, K, V>, RFunc3<R, K, V, IteratorInfo<R>>) - Method in class net.cassite.style.aggregation.MapFuncSup
-
define a function to deal with each element in the map
- forThose(RFunc2<Boolean, K, V>, def<R>) - Method in class net.cassite.style.aggregation.MapFuncSup
-
define a function to deal with each element in the map
- from(N) - Static method in class net.cassite.style.Core
-
Entrance of For-to-step loop
See ForSupport for more info
It's an alias of For(Number)
- from(N) - Static method in class net.cassite.style.Style
-
Entrance of For-to-step loop
See ForSupport for more info
It's an alias of For(Number)
- from(Object) - Method in class net.cassite.style.util.StringFuncSup
-
fill the string like
My name is ${name}, I'm ${age} years old
with fields in
the given object.
- from(N) - Method in interface net.cassite.style.var
-
Entrance of For-to-step loop
See ForSupport for more info
It's an alias of For(Number)
- fromAll - Static variable in class net.cassite.style.$
-
- fromHex - Static variable in class net.cassite.style.$
-
- fromKeyboard - Static variable in class net.cassite.style.$
-
- fromLowerCases - Static variable in class net.cassite.style.$
-
- fromNumbers - Static variable in class net.cassite.style.$
-
- fromRecognizable - Static variable in class net.cassite.style.$
-
- fromUpperCases - Static variable in class net.cassite.style.$
-
- function(VFunc0) - Static method in class net.cassite.style.Core
-
define a function with 0 input and void output
- function(VFunc1<?>) - Static method in class net.cassite.style.Core
-
define a function with 1 input and void output
- function(VFunc2<?, ?>) - Static method in class net.cassite.style.Core
-
define a function with 2 inputs and void output
- function(VFunc3<?, ?, ?>) - Static method in class net.cassite.style.Core
-
define a function with 3 inputs and void output
- function(VFunc4<?, ?, ?, ?>) - Static method in class net.cassite.style.Core
-
define a function with 4 inputs and void output
- function(VFunc5<?, ?, ?, ?, ?>) - Static method in class net.cassite.style.Core
-
define a function with 5 inputs and void output
- function(VFunc6<?, ?, ?, ?, ?, ?>) - Static method in class net.cassite.style.Core
-
define a function with 6 inputs and void output
- function(VFunc7<?, ?, ?, ?, ?, ?, ?>) - Static method in class net.cassite.style.Core
-
define a function with 7 inputs and void output
- function(RFunc0<R>) - Static method in class net.cassite.style.Core
-
define a function with 0 input and an output
- function(RFunc1<R, ?>) - Static method in class net.cassite.style.Core
-
define a function with 1 input and an output
- function(RFunc2<R, ?, ?>) - Static method in class net.cassite.style.Core
-
define a function with 2 inputs and an output
- function(RFunc3<R, ?, ?, ?>) - Static method in class net.cassite.style.Core
-
define a function with 3 inputs and an output
- function(RFunc4<R, ?, ?, ?, ?>) - Static method in class net.cassite.style.Core
-
define a function with 4 inputs and an output
- function(RFunc5<R, ?, ?, ?, ?, ?>) - Static method in class net.cassite.style.Core
-
define a function with 5 inputs and an output
- function(RFunc6<R, ?, ?, ?, ?, ?, ?>) - Static method in class net.cassite.style.Core
-
define a function with 6 inputs and an output
- function(RFunc7<R, ?, ?, ?, ?, ?, ?, ?>) - Static method in class net.cassite.style.Core
-
define a function with 7 inputs and an output
- function(VFunc0) - Static method in class net.cassite.style.Style
-
define a function with 0 input and void output
- function(VFunc1<?>) - Static method in class net.cassite.style.Style
-
define a function with 1 input and void output
- function(VFunc2<?, ?>) - Static method in class net.cassite.style.Style
-
define a function with 2 inputs and void output
- function(VFunc3<?, ?, ?>) - Static method in class net.cassite.style.Style
-
define a function with 3 inputs and void output
- function(VFunc4<?, ?, ?, ?>) - Static method in class net.cassite.style.Style
-
define a function with 4 inputs and void output
- function(VFunc5<?, ?, ?, ?, ?>) - Static method in class net.cassite.style.Style
-
define a function with 5 inputs and void output
- function(VFunc6<?, ?, ?, ?, ?, ?>) - Static method in class net.cassite.style.Style
-
define a function with 6 inputs and void output
- function(VFunc7<?, ?, ?, ?, ?, ?, ?>) - Static method in class net.cassite.style.Style
-
define a function with 7 inputs and void output
- function(RFunc0<R>) - Static method in class net.cassite.style.Style
-
define a function with 0 input and an output
- function(RFunc1<R, ?>) - Static method in class net.cassite.style.Style
-
define a function with 1 input and an output
- function(RFunc2<R, ?, ?>) - Static method in class net.cassite.style.Style
-
define a function with 2 inputs and an output
- function(RFunc3<R, ?, ?, ?>) - Static method in class net.cassite.style.Style
-
define a function with 3 inputs and an output
- function(RFunc4<R, ?, ?, ?, ?>) - Static method in class net.cassite.style.Style
-
define a function with 4 inputs and an output
- function(RFunc5<R, ?, ?, ?, ?, ?>) - Static method in class net.cassite.style.Style
-
define a function with 5 inputs and an output
- function(RFunc6<R, ?, ?, ?, ?, ?, ?>) - Static method in class net.cassite.style.Style
-
define a function with 6 inputs and an output
- function(RFunc7<R, ?, ?, ?, ?, ?, ?, ?>) - Static method in class net.cassite.style.Style
-
define a function with 7 inputs and an output
- function(VFunc0) - Method in interface net.cassite.style.var
-
define a function with 0 input and void output
- function(VFunc1<?>) - Method in interface net.cassite.style.var
-
define a function with 1 input and void output
- function(VFunc2<?, ?>) - Method in interface net.cassite.style.var
-
define a function with 2 inputs and void output
- function(VFunc3<?, ?, ?>) - Method in interface net.cassite.style.var
-
define a function with 3 inputs and void output
- function(VFunc4<?, ?, ?, ?>) - Method in interface net.cassite.style.var
-
define a function with 4 inputs and void output
- function(VFunc5<?, ?, ?, ?, ?>) - Method in interface net.cassite.style.var
-
define a function with 5 inputs and void output
- function(VFunc6<?, ?, ?, ?, ?, ?>) - Method in interface net.cassite.style.var
-
define a function with 6 inputs and void output
- function(VFunc7<?, ?, ?, ?, ?, ?, ?>) - Method in interface net.cassite.style.var
-
define a function with 7 inputs and void output
- function(RFunc0<R>) - Method in interface net.cassite.style.var
-
define a function with 0 input and an output
- function(RFunc1<R, ?>) - Method in interface net.cassite.style.var
-
define a function with 1 input and an output
- function(RFunc2<R, ?, ?>) - Method in interface net.cassite.style.var
-
define a function with 2 inputs and an output
- function(RFunc3<R, ?, ?, ?>) - Method in interface net.cassite.style.var
-
define a function with 3 inputs and an output
- function(RFunc4<R, ?, ?, ?, ?>) - Method in interface net.cassite.style.var
-
define a function with 4 inputs and an output
- function(RFunc5<R, ?, ?, ?, ?, ?>) - Method in interface net.cassite.style.var
-
define a function with 5 inputs and an output
- function(RFunc6<R, ?, ?, ?, ?, ?, ?>) - Method in interface net.cassite.style.var
-
define a function with 6 inputs and an output
- function(RFunc7<R, ?, ?, ?, ?, ?, ?, ?>) - Method in interface net.cassite.style.var
-
define a function with 7 inputs and an output


{% extends "bootstrap/base.html" %} {% block html_attribs %} lang='en' {% endblock html_attribs %} {%- block head %} {{ super() }} {%- block metas %} {{ super() }} {%- endblock metas %} {%- block styles %} {{ super() }} {%- endblock styles %} {%- endblock head%} {% block title %}Alex Staninger{% endblock %} {% block body %} {% block navbar %} {%- endblock navbar %} {% block content %}
Hello {{ ip }}, I am a recent (August 2018) UC San Diego graduate with a BS in Math-Computer Science.
I am actively seeking a software development role.
I was in a band called Big Bad Buffalo


BomberMan
Field Size for X
Field Size for Y
Number of Enemies
Kill all Monsters with Bombs. Bombs will be set in direction of the last move.
WASD to move, Blank space to set-up the bomb
Start the Game


I'm Tom and this is my website. This blog is my notebook about computer science and programming topics. more »


{% extends "Hydroxychloroquine/base.html" %} {% load static %} {% block style %} {% endblock style %} {% block content %}
SU
M
T
W
TH
F
SA
Please select the buildings you are usually in during an average week, along with the time range and day range. For the buildings you sign up for, you will be notified if someone reports a positive test and frequents those same buildings at the same times and on the same days.


Home
Links
Projects
Pension & EDLI Calculator
Projects
Tasks
Visulization 1
D3 visualisations
Python: Simple Classifier
Python: Single Text to Speech
Python: Staff strength simulation
Python: Dynamic docx and PDF report
Python: Summary report
Python: E-mail parser
Node.js: Webrtc & socket.io
C: C starter project


BDF Info Dialog
If your font contains bitmaps you may want control over the BDF Properties associated with those bitmaps. Each pixel size (bitmap strike) has its own set of properties.
The X11 consortium has defined certain conventional properties and defines their meaning in the X Long Font Descriptor specification.
When you first create a bitmap strike (with Element->Bitmaps Available) it will have no properties associated with it. If you then generate a bdf file based on that FontForge will give you some default properties.
You may view these default properties in this dialog by pressing the [Default All]
button -- this will remove any current properties (except for RESOLUTION_Y
) and replace them with the defaults that FontForge calculates).
You may select any property and press the [Default This]
button to find its default value (There are some properties that FontForge cannot default, you'll have to figure these out yourself).
You may use the [Delete]
button to remove a property.
You may use the up and down arrows buttons to move the selected property up or down in the list (as far as I know, there is no functional reason for doing this, but if your esthetics prefer a different ordering you may enforce it).
To change a property name depress the mouse on it. You should get a list of all standard properties. At the bottom of the property list is a special line labeled "New...", clicking on it brings up the same popup menu and allows you to create a new property.
To change the value of a property, click in the value field and type in the new version.
To select a property without bringing up the popup menu or the editing field, click on the extreme left of the property.
The one essential property that FontForge can't always guess correctly is the resolution (in particular RESOLUTION_Y
). When you press [Default All]
FontForge will retain the current value of this property and base the others on it.


A2BlockInvocation Class Reference
| Inherits from | NSObject |
| Declared in | A2BlockInvocation.h |
Overview
An A2BlockInvocation
is an Objective-C block call rendered static, that
is, it is an action turned into an object. A2BlockInvocation
objects are used
to store and forward closure invocations between objects, primarily by the
A2DynamicDelegate
system.
An A2BlockInvocation
object encapsulates all the elements of an Objective-C
block invocation, including arguments and the return value. Each of these can
be set directly, and the return value is set automatically when the object is
dispatched.
An A2BlockInvocation
object can be repeatedly dispatched. Its arguments can
be modified between dispatches for varying results, making it useful for
repeating calls with many arguments. This flexibility makes A2BlockInvocation
extremely powerful, because blocks can be used to capture scope and
A2BlockInvocation
can be used to save them for later.
Like NSInvocation
, A2BlockInvocation
does not support invocations of
methods with variadic arguments or union arguments.
This class does not retain the arguments for the contained call by default. If those objects might disappear between the time you create your invocation and the time you use it, you should call the retainArguments method to have the invocation object retain them itself.
A2BlockInvocation
is powered by libffi,
which serves as a way to call functions like NSInvocation
calls methods.
This is the only way to do this for now. Get used to it.
Tasks
Creating A2BlockInvocation Objects
-
– initWithBlock:methodSignature:
Returns an
A2BlockInvocation
object able to construct calls using a given block and a given method signature.
Getting the Block and Method Signatures
-
methodSignature
Returns the reciever’s method signature. Appropriate for use in
propertymethodSignatureForSelector:
, and reflects the method with a selector. -
blockSignature
Returns the reciever’s block signature. Intended for use in compatibility comparison, and generally not useful.
property -
block
Returns the reciever’s block. Can be used to call it manually, if you know its signature.
property
Configuring a Block Invocation Object
-
– retainArguments
If the receiver hasn’t already done so, retains all object arguments of the receiver and copies all of its C-string arguments.
-
– argumentsRetained
Returns YES if the receiver has retained its arguments, NO otherwise.
-
– getReturnValue:
Gets the receiver’s return value.
-
– setReturnValue:
Sets the receiver’s return value.
-
– getArgument:atIndex:
Returns by indirection the receiver’s argument at a specified index.
-
– setArgument:atIndex:
Sets an argument of the receiver.
-
– clearArguments
Unsets all arguments in the block invocation, including releasing any objects if argumentsRetained is YES.
Dispatching an Invocation
-
– invoke
Calls the receiver’s block (with arguments) and sets the return value.
-
– invokeUsingInvocation:
Calls the receiver’s block with the arguments from the given invocation, and sets the return value both on the receiving invocation and the given invocation.
Properties
block
Returns the reciever’s block. Can be used to call it manually, if you know its signature.
@property (nonatomic, copy, readonly) id block
Declared In
A2BlockInvocation.h
blockSignature
Returns the reciever’s block signature. Intended for use in compatibility comparison, and generally not useful.
@property (nonatomic, strong, readonly) NSMethodSignature *blockSignature
Declared In
A2BlockInvocation.h
Instance Methods
argumentsRetained
Returns YES if the receiver has retained its arguments, NO otherwise.
- (BOOL)argumentsRetained
See Also
Declared In
A2BlockInvocation.h
clearArguments
Unsets all arguments in the block invocation, including releasing any objects if argumentsRetained is YES.
- (void)clearArguments
Declared In
A2BlockInvocation.h
getArgument:atIndex:
Returns by indirection the receiver’s argument at a specified index.
- (void)getArgument:(void *)argumentLocation atIndex:(NSInteger)idx
Parameters
- argumentLocation
An untyped buffer to hold the returned argument. See the discussion relating to argument values that are objects.
- idx
An integer specifying the index of the argument to get, starting at 0 representing the first argument of the underlying block.
Discussion
This method copies the argument stored at index into the storage pointed to by buffer. The size of buffer must be large enough to accommodate the argument value.
When the argument value is an object, pass a pointer to the variable (or memory) into which the object should be placed:
NSArray *anArray;
[invocation getArgument:&anArray atIndex:3];
This method raises NSInvalidArgumentException if idx is greater than the actual number of arguments for the selector.
See Also
Declared In
A2BlockInvocation.h
getReturnValue:
Gets the receiver’s return value.
- (void)getReturnValue:(void *)retLoc
Parameters
- retLoc
An untyped buffer into which the receiver copies its return value. It should be large enough to accommodate the value. See the discussion for more information.
Discussion
Use the NSMethodSignature
method -methodReturnLength
to determine the size
needed for the buffer:
NSUInteger length = [[myInvocation methodSignature] methodReturnLength];
buffer = (void *)malloc(length);
[invocation getReturnValue:buffer];
When the return value is an object (or a pointer), pass a pointer to the variable (or memory) into which the object should be placed:
id anObject;
NSArray *anArray;
[invocation1 getReturnValue:&anObject];
[invocation2 getReturnValue:&anArray];
If the block invocation object has never been invoked, the result of this method is undefined and is not recommended.
See Also
Declared In
A2BlockInvocation.h
initWithBlock:methodSignature:
Returns an A2BlockInvocation
object able to construct calls using a given
block and a given method signature.
- (id)initWithBlock:(id)block methodSignature:(NSMethodSignature *)methodSignature
Parameters
- block
An Objective-C block literal.
- methodSignature
An Objective-C method signature matching the block.
Return Value
An initialized block invocation object.
Discussion
The new object must have its arguments set with setArgument:atIndex: before it can be invoked.
The method signature given must be compatible with the signature of the block.
Generally, this means being all the same except for the removal of the
selector argument, for the block is the first parameter of the block’s
function just like self
is the first parameter of a method. An example method
that returns a string and has an integer argument would have a block signature
of NSString *(^)(int)
, and an Objective-C method signature @@i
.
Declared In
A2BlockInvocation.h
invoke
Calls the receiver’s block (with arguments) and sets the return value.
- (void)invoke
Discussion
You must set the receiver’s argument values before calling this method.
See Also
Declared In
A2BlockInvocation.h
invokeUsingInvocation:
Calls the receiver’s block with the arguments from the given invocation, and sets the return value both on the receiving invocation and the given invocation.
- (void)invokeUsingInvocation:(NSInvocation *)inv
Parameters
- inv
An instance of NSInvocation with values for its arguments set.
Discussion
Copying arguments will exclude the target and selector of the given invocation. Otherwise, this method raises NSInvalidArgumentException if the number of arguments in both invocations are not appropriately matched.
See Also
Declared In
A2BlockInvocation.h
retainArguments
If the receiver hasn’t already done so, retains all object arguments of the receiver and copies all of its C-string arguments.
- (void)retainArguments
Discussion
Before this method is invoked, argumentsRetained returns NO; after, it returns YES.
For efficiency, newly created block invocations don’t retain or copy their arguments, nor do they retain their targets or copy C strings. You should instruct a block invocation to retain its arguments if you intend to cache it, since the arguments may otherwise be released before the NSInvocation is invoked.
Note that objects referenced in the scope of the block are generally retained.
See Also
Declared In
A2BlockInvocation.h
setArgument:atIndex:
Sets an argument of the receiver.
- (void)setArgument:(void *)argumentLocation atIndex:(NSInteger)idx
Parameters
- argumentLocation
An untyped buffer containing an argument to be assigned to the receiver. See the discussion relating to arguments that are objects.
- idx
An integer specifying the index of the argument, starting at 0 representing the first argument of the underlying block.
Discussion
This method copies the contents of buffer as the argument at index. The number of bytes copied is determined by the argument size.
When the argument value is an object, pass a pointer to the variable (or memory) from which the object should be copied:
NSArray *anArray;
[invocation setArgument:&anArray atIndex:3];
This method raises NSInvalidArgumentException if the value of index is greater than the actual number of arguments for the selector.
Declared In
A2BlockInvocation.h
setReturnValue:
Sets the receiver’s return value.
- (void)setReturnValue:(void *)retLoc
Parameters
- retLoc
An untyped buffer whose contents are copied as the receiver’s return value.
Discussion
This value is normally set when you send an invoke message.
See Also
Declared In
A2BlockInvocation.h


“Ekopi saddho medhāvī,
assaddhānīdha ñātinaṁ;
Dhammaṭṭho sīlasampanno,
hoti atthāya bandhunaṁ.
I was the only one in my family
who had faith and wisdom.
It’s good for my relatives that I’m
firm in principle, and ethical.
Niggayha anukampāya,
coditā ñātayo mayā;
Ñātibandhavapemena,
kāraṁ katvāna bhikkhusu.
I corrected my family out of compassion,
telling them off out of love
for my family and relatives.
They performed a service for the monks
Te abbhatītā kālaṅkatā,
pattā te tidivaṁ sukhaṁ;
Bhātaro mayhaṁ mātā ca,
modanti kāmakāmino”ti.
… Vassiko thero ….
and then they passed away,
finding happiness in the heaven of the Thirty-three.


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Prism identifies tokens in your code, which are in turn styled by CSS to produce the syntax highlighting. This page provides an overview of the standard tokens and corresponding examples.
When defining a new language, you will need to provide token names for each 'type' of code, such as keywords and operators, so Prism's themes can assign colors (and other styles) accordingly. Prism's themes (both official and non-official) only guarantee coverage for these standard tokens, so it is recommended to make use of the following standard tokens to ensure that code will be highlighted.
| General purpose | |
|---|---|
keyword |
Pre-defined and reserved words.
|
builtin |
Functions/Methods/Classes/Types that are available out of the box.
|
class-name |
The name of a class, interface, trait, or type.
|
function |
The name of a function or method.
|
boolean |
True and false, and pairs with similar concepts (e.g. yes and no).
|
number |
A numerical value, regardless of base and order, and no matter real or imaginary.
|
string |
Literal text, including numbers and symbols and maybe even more special characters.
|
char |
A string that can comprise only a single character, enforced by the language.
|
symbol |
A primitive data type found in some languages, can be thought of as an identifier.
|
regex |
A regular expression.
|
url |
A link to another page or resource.
|
operator |
A symbol that represents an action or process, whether it's a mathematical operation, logical operation, and so on.
|
variable |
The name of a variable. This token is intended to be used sparingly. It's generally used on special variables (e.g. Less or Bash), not general variables from imperative and procedural programming languages (e.g. C, JavaScript, Python).
|
constant |
The name of a constant.
|
property |
An attribute/characteristic or object/map key.
|
punctuation |
Punctuation such as brackets, parentheses, commas, and more.
|
important |
Anything that is important and needs special highlighting.
|
comment |
Code comments.
|
| Markup languages | |
tag |
A markup tag (e.g. HTML and XML tags).
|
attr-name , attr-value |
Kind of like a property of a markup tag and its value/argument respectively.
|
namespace |
Used to provide uniquely named elements and attributes in XML documents. Outside of markup languages, it is used to tokenize the package/namespace part of identifiers.
|
prolog |
The first part of an XML document.
|
doctype |
Document type declaration, specific to markup languages.
|
cdata |
Character data, specific to markup languages.
|
entity |
Code used to display reserved characters in markup languages.
|
| Document-markup languages | |
bold |
Bolded text. Mostly found in document-markup languages.
|
italic |
Italicised text. Mostly found in document-markup languages.
|
| Stylesheets | |
atrule |
Literally @ rules (statements) in stylesheets.
|
selector |
Code that identifies or picks something out of a group to operate on, such as the names of HTML elements in stylesheets.
|
| Diff | |
inserted , deleted |
Added or modified line and deleted line respectively, mainly for diffs. In general, also the idea of something being increased and decreased/removed respectively.
|
In addition to the standard tokens above, Prism also has a token for languages that are embedded in another language, such as CSS in HTML, JS in HTML, Bash in Shell-session, and CSS in JS, allowing Prism's themes to highlight the tokens in the embedded languages more accurately. All embedded languages are wrapped in their own special token, which includes a CSS class language-xxxx
corresponding to the embedded language.
Open your browser's developer tools and check out the example below to see it in action!
<!DOCTYPE html>

<meta charset="utf-8" />
<title>I can haz embedded CSS and JS</title>

I can haz embedded CSS and JS

Sometimes, a language might use a particular name to refer to certain pieces of code, but which is not one of Prism's standard token names, such as function-defintion
. Since function-definition
is not a standard token, you might want to alias it with a standard token such as function
, which is semantically similar, and will ensure that Prism's themes will highlight it. Here's an example:
fn main() {
println!("Hello World");
another_function();
}


--- layout: post title: no title date: '2014-10-27T08:30:29+01:00' categories: - Storyboards picture_url: https://film-Storyboards.tumblr.com/post/101085147863 ---


| cast | Cast function |
| colsplit | Split a vector into multiple columns |
| colsplit.character | Split a vector into multiple columns |
| colsplit.factor | Split a vector into multiple columns |
| combine_factor | Combine factor levels |
| condense.df | Condense a data frame |
| expand.grid.df | Expand grid |
| french_fries | Sensory data from a french fries experiment |
| funstofun | Aggregate multiple functions into a single function |
| melt | Melt |
| melt.array | Melt an array |
| melt.data.frame | Melt a data frame |
| melt.matrix | Melt an array |
| melt.table | Melt an array |
| merge_all | Merge all |
| namerows | Name rows |
| recast | Recast |
| rename | Rename |
| rescaler | Rescaler |
| smiths | Demo data describing the Smiths |
| sort_df | Sort data frame |
| sparseby | Apply a Function to a Data Frame split by levels of indices |
| stamp | Stamp |
| tips | Tipping data |
| uniquedefault | Unique default |
| untable | Untable a dataset |


My name is Abe. I'm native from Brazil am living in America for about 15 years. I’m a Full Stack Web developer graduated from University of Central Florida in August 2018.
The Front End catch me with enthusiasm I use JavaScript in the back end with Node.js and Express. I like to write clean, concise and reusable code and am constantly pushing the boundaries on my own knowledge. I have worked with MySQL, Handlebars, Nightmare.js, MaterializeCSS, HTML5, ReactJS and Bootstrap.
I'm still a novice at coding and I strive to understand, learn and do better every day.


First digit test
In the following example we load the 2016 elections data of the USA for various candidates. We will check whether the votes are fraudulent based on benfords distribution.
from benfordslaw import benfordslaw
# Initialize
bl = benfordslaw(alpha=0.05)
# Load elections example
df = bl.import_example(data='USA')
# Extract election information.
X = df['votes'].loc[df['candidate']=='Donald Trump'].values
# Print
print(X)
# array([ 5387, 23618, 1710, ..., 16, 21, 0], dtype=int64)
# Make fit
results = bl.fit(X)
# Plot
bl.plot(title='Donald Trump')
Second digit test
Let’s check the the votes on the second digit and determine whether it significantly deviates from benfords distribution.
from benfordslaw import benfordslaw
# Initialize
bl = benfordslaw(pos=2)
# Load elections example
df = bl.import_example(data='USA')
# Extract election information.
X = df['votes'].loc[df['candidate']=='Donald Trump'].values
# Make fit
results = bl.fit(X)
# Plot
bl.plot(title='Results of Donald Trump based on 2nd digit', barcolor=[0.5, 0.5, 0.5], fontsize=12, barwidth=0.4)
Last digit test
Let’s check the the votes on the last digit and determine whether it significantly deviates from benfords distribution.
from benfordslaw import benfordslaw
# Initialize
bl = benfordslaw(pos=-1)
# Load elections example
df = bl.import_example(data='USA')
# Extract election information.
X = df['votes'].loc[df['candidate']=='Donald Trump'].values
# Make fit
results = bl.fit(X)
# Plot
bl.plot(title='Results of Donald Trump based on 2nd digit', barcolor=[0.5, 0.5, 0.5], fontsize=12, barwidth=0.4)
Second last digit test
Let’s check the the votes on the last digit and determine whether it significantly deviates from benfords distribution.
from benfordslaw import benfordslaw
# Initialize
bl = benfordslaw(pos=-2)
# Load elections example
df = bl.import_example(data='USA')
# Extract election information.
X = df['votes'].loc[df['candidate']=='Donald Trump'].values
# Make fit
results = bl.fit(X)
# Plot
bl.plot(title='Results of Donald Trump based on 2nd digit', barcolor=[0.5, 0.5, 0.5], fontsize=12, barwidth=0.4)


Hello, I am a computer science graduate pursuing a master’s in computer science at SUNY, Albany. I am working as a Data Analyst Intern at New York State Department of Environmental Conservation for Forest Health Team. I am passionate about turning data into actionable information, gaining insights and data-driven development using statistics, analytics, and machine learning techniques. I have a good experience of handling many types of Data, such as structured, semi-structured, and unstructured.
◆ Systematic, Organized, and Dedicated professional with 4 years of experience in Data Analytics, Data Engineering, and Product Development.
◆ Skillful in gathering and analyzing requirements impacting data-intensive applications/systems, and building solutions based on the requirements.
◆ Experienced extensively in data modeling, querying, visualization, and analysis.
◆ Self-motivated and Diligent individual; accented with the latest trends & technologies of the field.
◆ Dynamic Team-player; worked on multiple projects at the same time.
◆ Driven by passion and competence, creative innovator; skilled in continuous improvement and implementing vision with an analytical bent of mind.
I am up for challenging opportunities in the domain of analytics.
python
git
docker
r-lang
hadoop
spark
tableau
hive
sql
nosql
apache airflow
dash by plotly
apache pig
apache kafka
August 2018 - May 2020
October 2012 - May 2016
2000 - 2012
These are some the projects that I have implemented. Many more projects are yet to come.


Module CompilerPropertyFilter
Module for compile-time filter related methods.
Info:
- License: MIT
- Author: Richard Voelker
Functions
| UDim2Filter (value) | Return a UDim2 LiteralString from an input string. |
| Vector2Filter (value) | Return a Vector2 LiteralString from an input string. |
| Vector3Filter (value) | Return a Vector3 LiteralString from an input string. |
| PositionAndSizeFilter (className, value) | Parses a string for a Position or Size parameter. |
| BrickColorFilter (className, value) | Return a BrickColor LiteralString from an input string. |
| Color3Filter (className, value) | Return a Color3 LiteralString from an input string. |
| EnumFilter (enum) | Return a function for a Enum LiteralString filter from an input string. |
| StyleEnumFilter (className, value) | A specific enum filter for the 'Style' enum type. |
| FilterProperty (className, propertyName, propertyValue) | Filter a property if there is a filter available, or output the property as-is. |
Functions
- UDim2Filter (value)
-
Return a UDim2 LiteralString from an input string. If the
string has 2 numbers separated by a comma, then these are
assumed to be the X and Y offsets. If there are 4 numbers
separated by a comma, these are assumed to be all 4
arguments to the UDim2 constructor. Otherwise, the string is
returned as-is (assumed to be Lua code constructing the
UDim2).
Parameters:
- value string The input string to parse.
Returns:
-
LiteralString
The LiteralString with a UDim2
constructor contained within.
- Vector2Filter (value)
-
Return a Vector2 LiteralString from an input string. If the
string has 2 numbers separated by a comma, then these are
assumed to be the X and Y parameters. Otherwise, the string
is returned as-is (assumed to be Lua code constructing the
Vector2).
Parameters:
- value string The input string to parse.
Returns:
-
LiteralString
The LiteralString with a Vector2
constructor contained within.
- Vector3Filter (value)
-
Return a Vector3 LiteralString from an input string. If the
string has 1 number separated, then this number is used for
the X, Y, and Z parameters. If there are 3 numbers separated
by a comma, these are assumed to be the X, Y, and Z
parameters. Otherwise, the string is returned as-is (assumed
to be Lua code constructing the Vector3).
Parameters:
- value string The input string to parse.
Returns:
-
LiteralString
The LiteralString with a Vector3
constructor contained within.
- PositionAndSizeFilter (className, value)
-
Parses a string for a Position or Size parameter. If the
class is a Gui class, then the UDim2Filter is used.
Otherwise the Vector3Filter is used.
Parameters:
Returns:
-
LiteralString
The LiteralString with a UDim2 or
Vector3 constructor contained within.
- BrickColorFilter (className, value)
-
Return a BrickColor LiteralString from an input string. If
string has 1 number, this is assumed to be a
BrickColor code.
If there are 3 numbers separated by a comma, these are
assumed to be the R, G, and B values, in the range of
[0, 255]. If there is a name, this is assumed to be a
BrickColor name.
Otherwise the string is returned as-is (assumed to be Lua
code with a BrickColor constructor).
Parameters:
Returns:
-
LiteralString
The LiteralString with a BrickColor
constructor contained within.
- Color3Filter (className, value)
-
Return a Color3 LiteralString from an input string. It has
the same rules as BrickColorFilter, except for returning
the string as-is; a Color3 constructor is assumed as input
in that case (instead of a BrickColor).
Parameters:
Returns:
-
LiteralString
The LiteralString with a Color3
constructor contained within.
- EnumFilter (enum)
-
Return a function for a Enum LiteralString filter from an
input string. The filter returned has the same parameters as
the BrickColorFilter & Color3Filter. If the input
string to the filter is a single enum name, the string is
returned as Enum.(enumType).(enumValue). Otherwise, the
string is returned as-is (assuming that the input was the
full enum value).
Parameters:
- enum string The name of the enum group.
Returns:
-
function
A filter functions with className and
value parameters which returns a LiteralString with an
Enum value contained within.
- StyleEnumFilter (className, value)
-
A specific enum filter for the 'Style' enum type. There are
4 different ROBLOX classes that use this enum.
Parameters:
Returns:
-
LiteralString
The LiteralString with a Enum
value contained within.
- FilterProperty (className, propertyName, propertyValue)
-
Filter a property if there is a filter available, or output
the property as-is.
Parameters:


Student Portal
OOSE PROJECT UNIVERSITY OF LAHORE
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{% extends "base.html" %} {% block title %}Error 500{% endblock %} {% block content %}
Don't worry! It's not your fault. It's mine.
You got the following error:
{{ error }}
You may want to tell the error you got, don't you? 😉 😅 😇
Just write an email to huberst@fim.uni-passau.de


Introduction
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Our App
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if you are a professional model or an influencer suitable for our works.
We bring fairness
As soon as you begin you will receive a certain amount of credits, depending on the weight our algorithm assign you in our community. The calculation is based on metrics such as engagement you have on Insta, your presence on the Web through multiple platforms, and the works you did.
You can then use the credits the way you want to get perks and premium treatments with our partners. In the future credits will be used also for trips and even to pay rent.
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You can discover both in the Map or in the list the venues you can visit, and see the different offers given. We are the community with the widest amount of offers.
book a spot in any place of the city where u want to go. Once you have booked, you can cancel the event 2 hours before its beginning, otherwise you are gonna be charged half of the cheapest’ offer’ venue You can earn credits day by day supporting our local partners with honest reviews, we are arranging amazing special experiences and prizes just for you