Before Change
save_checkpoint(trainer, args, epoch, i + 1)
fmt = desc + " | train loss {:2.2f} | train ppl {:3.2f}".format(
loss_meter.avg, math.pow(2, loss_meter.avg))
fmt += " | s/checkpoint {:7d} | words/s {:6d} | words/batch {:6d}".format(
round(wps_meter.elapsed_time), round(wps_meter.avg), round(wpb_meter.avg))
fmt += " | bsz {:5d} | lr {:0.6f} | clip {:3.0f}%".format(
After Change
save_checkpoint(trainer, args, epoch, i + 1)
fmt = desc + " | train loss {:2.2f} | train ppl {:3.2f}".format(
loss_meter.avg, get_perplexity(loss_meter.avg))
fmt += " | s/checkpoint {:7d} | words/s {:6d} | words/batch {:6d}".format(
round(wps_meter.elapsed_time), round(wps_meter.avg), round(wpb_meter.avg))
fmt += " | bsz {:5d} | lr {:0.6f} | clip {:3.0f}%".format(


--- products: new: limit: {{theme_settings.homepage_new_products_count}} featured: limit: {{theme_settings.homepage_featured_products_count}} top_sellers: limit: {{theme_settings.homepage_top_products_count}} carousel: {{theme_settings.homepage_show_carousel}} blog: recent_posts: limit: {{theme_settings.homepage_blog_posts_count}} --- {{#partial "hero"}} {{!-- {{#if carousel}} {{> components/carousel}} {{/if}} --}} {{> components/common/hero}} {{> components/common/ctas}} {{!-- {{> components/common/banner1}} --}} {{{snippet 'home_content'}}} {{/partial}} {{#partial "page"}} {{#each shipping_messages}} {{> components/common/alert-info message}} {{/each}}


my Car Garage
Car name
Category Model
BMW
Lexus
Toyota
Tesla
Chevrolet
Hyundai
KIA
Model Year
2021
2020
2019
2018
2017
2016
2015
clear Storage


Nice video explaing colors
Little quote:
When we are closer of our main color we can use more saturated colors. For example if we are at out main color we can use 100% possible saturations, if we at opposite color we are limited to 25% of "color triangle".


--- layout: default Title: How to pay for parking by phone Breadcrumb1_title: Parking & Travel Breadcrumb1_url: section-parking.html ---
Download the MiPermit Android app or Apple iOS app to your phone (you might want to do this before you arrive, to ensure you have a good network connection). You'll need to create an account and register your vehicle before you can make your first payment.
Local residents can get a 10% discount (you must register and apply for this before paying for your parking).
Send an SMS to 61600 with the word PARK and your vehicle registration number. For example:
PARK GY19GGK
Our automated system will call you back for the following information.
Send an SMS text message to 61600 with the word PARK and the location number and duration in hours or minutes. For example:
PARK 702233 30mins
PARK 702233 90mins
PARK 702233 2hrs
PARK 702233 1day
If you want to add a new vehicle to your account, or have more than one vehicle on your account already, you can stipulate which vehicle to use by adding the registration number to the end of the text message. For example:
PARK 702233 30mins GY19GGK
Please note that once you have more than one vehicle on your account, you will need to add the registration number of the vehicle you wish to park to all messages. If you do not, the system will take the last vehicle added to your account as default.
To extend your stay, send a message to 61600 with the word EXTEND and the duration to extend by. For example:
EXTEND 30mins
You won't be able to extend a stay past its opening hours, or if the location has a maximum stay limit.
Local residents can get a 10% discount (you must register and apply for this before paying for your parking).
You can also register, manage your account and pay for parking or permits online at https://secure.mipermit.com/bathnes/.


This SRFI defines the following multithreading datatypes for Scheme
It also defines a mechanism to handle exceptions and some multithreading exception datatypes.


{% macro output(headingSize) %}
<EMAIL_ADDRESS>We'll get back to you within 10 days.
0300 123 7050
Monday to Friday, 8.30am to 5pm.
Find out about call charges (opens in a new window)
We're closed from 24 to 28 December and 1 January.
{% endmacro %}


Press n or j to go to the next uncovered block, b, p or k for the previous block.
| File | Statements | Branches | Functions | Lines | |||||
|---|---|---|---|---|---|---|---|---|---|
| comment.js |
|
86.05% | 37/43 | 86.67% | 26/30 | 100% | 3/3 | 90.24% | 37/41 |
| task.js |
|
91.53% | 54/59 | 93.33% | 14/15 | 100% | 7/7 | 91.38% | 53/58 |
| user.js |
|
82.64% | 119/144 | 64.29% | 18/28 | 82.35% | 14/17 | 82.52% | 118/143 |
| userworkflowcontrol.js |
|
80.31% | 102/127 | 68.89% | 31/45 | 89.47% | 17/19 | 81.45% | 101/124 |
| workflow.js |
|
84.92% | 152/179 | 63.64% | 28/44 | 88.46% | 23/26 | 84.83% | 151/178 |


if comm.rank == 0:
// ChainerMN integration supports only RDB backend.
sqlite_file = tempfile.NamedTemporaryFile()
sqlite_url = "sqlite:///{}".format(sqlite_file.name)
study_uuid = pfnopt.create_study(storage=sqlite_url).study_uuid
else:
if __name__ == "__main__":
// Please make sure common study and storage are shared among nodes.
study_uuid = sys.argv[1]
storage_url = sys.argv[2]
comm = chainermn.create_communicator("naive")
if comm.rank == 0:


The f_fdisk fucntion divides a physical drive.
FRESULT f_fdisk ( BYTE pdrv, /* [IN] Physical drive number */ const DWORD* szt, /* [IN] Partition map table */ void* work /* [IN] Work area */ );
FR_OK, FR_DISK_ERR, FR_NOT_READY, FR_WRITE_PROTECTED, FR_INVALID_PARAMETER
The f_fdisk function creates partitions on the physical drive. The partitioning format is in generic FDISK format, so that it can create upto four primary partitions. Logical volumes in the extended partition is not supported. The partition map table with four items specifies how to divide the physical drive. The first item specifies the size of first primary partition and fourth item specifies the fourth primary partition. If the value is less than or equal to 100, it specifies the partition size in percentage of the entire drive space. If it is larger than 100, it specifies the partition size in unit of sector. The partitions are located on the drive in order of from first item.
Available when _FS_READOLNY == 0, _USE_MKFS == 1 and _MULTI_PARTITION == 1.
/* Volume management table defined by user (required when _MULTI_PARTITION == 1) */ PARTITION VolToPart[] = { {0, 1}, /* Logical drive 0 ==> Physical drive 0, 1st partition */ {0, 2}, /* Logical drive 1 ==> Physical drive 0, 2nd partition */ {1, 0} /* Logical drive 2 ==> Physical drive 1, auto detection */ };
/* Initialize a brand-new disk drive mapped to physical drive 0 */ FATFS fs; DWORD plist[] = {50, 50, 0, 0}; /* Divide drive into two partitions */ BYTE work[_MAX_SS]; f_fdisk(0, plist, work); /* Divide physical drive 0 */ f_mkfs("0:", FMT_ANY, work, sizeof work); /* Create FAT volume on the logical drive 0 */ f_mkfs("1:", FMT_ANY, work, sizeof work); /* Create FAT volume on the logical drive 1 */


This Sqlite3 extension module adds assorted functions for working with BLOB types (And strings). Requires OpenSSL.
Largely influenced by MySQL functions in features and names.
Does the opposite of the built in HEX()
function - given a string that’s Base16 encoded, returns the decoded BLOB. Returns NULL
if the string is not Base16 encoded or isn’t an even length, or if passed a NULL
.
Returns blob
encoded as a Base64 string. To match MySQL, the result is broken up into multiple lines if long enough.
Returns str
decoded from Base64 into a BLOB. If the argument is NULL
or an invalid Base64 string, returns NULL
.
If any of these functions are passed a NULL
argument, return NULL
.
Returns the MD5 digest of its blob argument as a Base16 encoded string.
Returns the SHA1 digest of its blob argument as a Base16 encoded string.
Returns the i
-bit SHA2 digest of its blob argument as a Base16 encoded string. i
can be 224, 256, 384, 512, or 0 (Which is treated as 256). Defaults to 256 if ommitted.
Returns the i
-bit SHA3 digest of its blob argument as a Base16 encoded string. i
can be 224, 256, 384, or 512. Defaults to 256 if omitted.
Implementation taken from the shathree
extension in the sqlite3 source tree. This version returns a Base16 string, not blob, though.
Returns the algo
digest of b
as a blob. algo
can be any message digest supported by OpenSSL, including but not limited to, ‘md5’, ‘rmd160’, ‘sha1’, ‘sha256’, ‘sha512’, etc.
You can get the complete list with openssl list --digest-commands
at a shell.
Returns the HMAC of b
, using the algo
message digest algorithm, and secret secret
as a Base16 encoded string.
Computes the CRC-32 checksum of its blob argument and returns the result as an integer.
Computes the CRC-32C checksum of its blob argument and returns the result as an integer. Currently only available on x86 processors.
Returns a BLOB of str
encrypted using the AES-128-ECB algorithm with key key
. The key should be a 128 bit (16 byte) or larger blob or string.
Returns the decrypted aes
, which is a BLOB holding padded, AES-128-ECB encrypted data.
These functions require the zlib library and work with arbitrary blobs of data.
For compressing non-ASCII text, consider the Unicode-specific compression functions in the string_funcs
module.
Returns its blob argument as a zlib-compressed blob. The first four bytes are the length of the uncompressed text, in big-endian format. Note: This makes it incompatible with the compress module in the sqlite source tree, which uses a variable-width encoding.
Returns its decompressed argument as a blob. b
must be a blob that was compressed with COMPRESS()
.
Generate a new type 4 (Random) UUID and return it as a blob.
Convert a UUID blob to a string representation.
Convert a UUID string to a blob representation.
Returns 1 if s
is a valid string or blob representation of a UUID, 0 if not, and NULL if NULL.
TODO: Aggregate versions of the digest functions?


Enter the system
It is necessary to login in Your account in order to sign in for a course.
Are you new?
register
Already a student? Login
Remember me?
Forgot Password?


-M
Multi-grib support off. Turn off support for multiple fields in single grib message
-m missingValue
The missing value is given through this option. Any string is allowed and it is printed in place of the missing values. Default is to skip the missing values.
-p key[:{s/d/l}],key[:{s/d/l}],...
Declaration of keys to print. For each key a string (key:s) or a double (key:d) or a long (key:l) type can be requested. Default type is string.
-R key1=relative_error1,key2=relative_error2,...
Compare floating point values using the relative error as tolerance. key1=relative_error will compare key1 using relative_error1. all=relative_error will compare all the floating point keys using relative_error. Default all=0.
-F format
C style format for values. Default is "%.10e"
-w key[:{s/d/l}]{=/!=}value,key[:{s/d/l}]{=/!=}value,...
Where clause. Grib messages are processed only if they match all the key/value constraints. A valid constraint is of type key=value or key!=value. For each key a string (key:s) or a double (key:d) or a long (key:l) type can be specified. Default type is string.
-f
Force. Force the execution not to fail on error.
-G
GRIBEX compatibility mode.
-7
Does not fail when the message has wrong length


Username:
Email Address:
Password:
Add User
Username:
New Password:
Change Password
Username:
Remove User


Logger¶
-
class
tensorrt.
Logger
(self: tensorrt.tensorrt.Logger, min_severity: tensorrt.tensorrt.Logger.Severity = Severity.WARNING) → None¶ Logger for the
Builder
,ICudaEngine
andRuntime
.Parameters: min_severity – The initial minimum severity of this Logger. Variables: min_severity – Logger.Severity
This minimum required severity of messages for the logger to log them.Note that although a logger is passed on creation to each instance of a
Builder
orRuntime
interface, the logger is internally considered a singleton, and thus multiple instances ofRuntime
and/orBuilder
must all use the same logger.-
class
Severity
(self: tensorrt.tensorrt.Logger.Severity, arg0: int) → None¶ Members:
- INTERNAL_ERROR :
- Represents an internal error. Execution is unrecoverable.
- ERROR :
- Represents an application error.
- WARNING :
- Represents an application error that TensorRT has recovered from or fallen back to a default.
- INFO :
- Represents informational messages.
- VERBOSE :
- Verbose messages with debugging information.
-
log
(self: tensorrt.tensorrt.Logger, severity: tensorrt.tensorrt.Logger.Severity, msg: str) → None¶ Logs a message to stderr .
Parameters: - severity – The severity of the message.
- msg – The log message.
Derived classes should generally overload this function.
-
class
It is also possible to access the Severity
Enum values directly in the Logger
scope.
tensorrt.Logger.VERBOSE
corresponds totensorrt.Logger.Severity.VERBOSE
tensorrt.Logger.INFO
corresponds totensorrt.Logger.Severity.INFO
tensorrt.Logger.WARNING
corresponds totensorrt.Logger.Severity.WARNING
tensorrt.Logger.ERROR
corresponds totensorrt.Logger.Severity.ERROR
tensorrt.Logger.INTERNAL_ERROR
corresponds totensorrt.Logger.Severity.INTERNAL_ERROR


or not:
miner.cpp: In function ‘CBlockTemplate* CreateNewBlock(CPubKey, const CScript&, int32_t, bool)’:
miner.cpp:539:25: error: expected ‘)’ before ‘return’
return(0);
^~~~~~
At global scope:
cc1plus: warning: unrecognized command line option ‘-Wno-builtin-declaration-mismatch’
Makefile:3677: recipe for target 'libbitcoin_server_a-miner.o' failed


This page lists the transmissions via the MQTT Gateway to the Miniserver in the last 24 hours. It is refreshed automatically on-the-fly (as long as you have text selected, updating stops).
You can copy and paste the 'Virtual Input' names for HTTP transmissions, or create command recognitions from the UDP messages.
Transformers are scripts of any programming language provided by YOURSELF (or shipped with the MQTT Gateway), that stands in the middle of the data transfer, and can transform incoming values to other outgoing values. Currently only UDP Transformers are supported, that modify data from the Miniserver before sending to MQTT.
Example: Loxone sends RGB colors as combined 0-100% value, but devices require three seperate 0-255 values. An UDP Transformer can archive this.
Use LoxBerry MQTT's Quick Publisher to test publishes to the MQTT Server.
An UDP Transformer acts Miniserver→Transformer→MQTT and is called from a Virtual Output Command like publish or retain but with added Transformer name in the parameters:
Syntax: publish transformername to/my/topic data1 data2 ...
Example: publish shelly_rgb&w shellies/shelly-12345/color/0/set rgb <v>
(The publish/retain keyword is mandatory with transformers.)
See full documentation how to use and create a UDP Transformer including example scripts.
| mosquitto.log | The Mosquitto log cannot be accessed by the LoxBerry Logviewer. It is located in /var/log/mosquitto/mosquitto.log |


We have a multi tasking team for everything not only web design and development.
We have a multi tasking team for everything not only web design and development.
We have a multi tasking team for everything not only web design and development.
We have a multi tasking team for everything not only web design and development.
We have a multi tasking team for everything not only web design and development.
Daisies is an online store we have designed and develop for a nail polish brand. Here's the process we have followed to build such an amazing product.
View case studyDaisies is an online store we have designed and develop for a nail polish brand. Here's the process we have followed to build such an amazing product.
View case studyWe believe in delivering great products that increases clients revenue and also help in reducing the cost.
"TweakDesings was a pleasure to work with. From initial application, you provided all the information I needed to shortlist you. The phone interview went smoothly. The designs you provided were very high quality. Communication was excellent throughout. And turnover of the entire project exceeded expectations. Looking forward to continuing to working with you. Great work. Thank you."
- CEO, Calibre House Cleaning
""Fantastic work, thanks TweakDesigns! Great quality, adherence to deadlines, good communication. Ashok brought the fresh perspective and creativity we needed to deliver a brilliant result. Highly recommend."
- CEO, Calibre House Cleaning


ExampleAction
You can directly use instance of this class.
exampleAction
Extends:
FrillCore.BaseAction → ExampleAction
Example actions
Example:
// count up counters
this.getFrill().action('Example').countUp();
// count up counters by a number given
this.getFrill().action('Example').countUpBy(10);
// load items by scroll
this.getFrill().action('Example').loadScrollItems(1, 5);
Test:
Constructor Summary
| Public Constructor | ||
| public |
Constructor |
Method Summary
| Public Methods | ||
| public |
countUp() Counts up counter by one. |
|
| public |
Counts up counter by a number given. |
|
| public |
loadScrollItems(lastIndex: number, retrieve: number) load items by scroll (Infinite scrolling) |
Public Constructors
Public Methods
public countUpBy(count: number) source
Counts up counter by a number given.
Params:
| Name | Type | Attribute | Description |
| count | number |
|
a number to count up by |
Emit:
COUNT_UP_BY |
Test:
- ExampleAction ExampleAction#countUpBy
- ExampleAction ExampleAction#countUpBy should have a countUpBy() method
- ExampleAction ExampleAction#countUpBy should dispatch COUNT_UP_BY at execution
- ExampleAction ExampleAction#countUpBy should count up by 1 at default
- ExampleAction ExampleAction#countUpBy should be able to provide a number to count up


Before we study the basic building blocks of the C programming language, let us look at a bare minimum C program structure so that we can take it as a reference in the upcoming chapters.
A C program basically consists of the following parts −
Let us look at a simple code that would print the words "Hello World" −
#include <stdio.h> int main() { /* my first program in C */ printf("Hello, World! \n"); return 0; }
Let us take a look at the various parts of the above program −
The first line of the program #include <stdio.h> is a preprocessor command, which tells a C compiler to include stdio.h file before going to actual compilation.
The next line int main() is the main function where the program execution begins.
The next line /*...*/ will be ignored by the compiler and it has been put to add additional comments in the program. So such lines are called comments in the program.
The next line printf(...) is another function available in C which causes the message "Hello, World!" to be displayed on the screen.
The next line return 0; terminates the main() function and returns the value 0.
Let us see how to save the source code in a file, and how to compile and run it. Following are the simple steps −
Open a text editor and add the above-mentioned code.
Save the file as hello.c
Open a command prompt and go to the directory where you have saved the file.
Type gcc hello.c and press enter to compile your code.
If there are no errors in your code, the command prompt will take you to the next line and would generate a.out executable file.
Now, type a.out to execute your program.
You will see the output "Hello World" printed on the screen.
$ gcc hello.c $ ./a.out Hello, World!
Make sure the gcc compiler is in your path and that you are running it in the directory containing the source file hello.c.


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Virgin Islands, U.s.
Wallis and Futuna
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Gender
Male
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Upload Profile Image
Biography


Before Change
// XGB"s Classifier has a proper .feature_importances_ property, while the XGBRegressor does not.
if self.trained_pipeline.named_steps["final_model"].model_name in ["XGBRegressor", "XGBClassifier"]:
self._get_xgb_feat_importances(self.trained_pipeline.named_steps["final_model"].model)
else:
trained_feature_names = self._get_trained_feature_names()
After Change
def _print_ml_analytics_results_random_forest(self):
try:
final_model_obj = self.trained_pipeline.named_steps["final_model"]
except:
final_model_obj = self.trained_pipeline
print("\n\nHere are the results from our " + final_model_obj.model_name)
if self.name is not None:
print(self.name)
print("predicting " + self.output_column)


| Core Constructs |
| §3.10 |
The History Element |
| 387 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 388 |
X |
|
N/A |
FAIL |
FAIL |
pass |
FAIL |
| 579 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 580 |
X |
|
N/A |
FAIL |
FAIL |
pass |
pass |
| §3.12 |
SCXML Events |
| 396 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 399 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 401 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 402 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| §3.13 |
Selecting and Executing Transitions |
| 403b |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 403a |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 403c |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 404 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 405 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 406 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 407 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 409 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 411 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 412 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 413 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 415 |
X |
X |
N/A |
N/A |
N/A |
N/A |
pass |
| 416 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 417 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 419 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 421 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 422 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 423 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 503 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 504 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 505 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 506 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 533 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| §3.2 |
The SCXML Element |
| 355 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 576 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| §3.3 |
The State Element |
| 364 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| §3.7 |
The Final Element |
| 372 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 570 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| §3.8 |
The Onentry Element |
| 375 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 376 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| §3.9 |
The Onexit Element |
| 377 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 378 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| Executable Content |
| §4.2 |
The Raise Element |
| 144 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| §4.3 |
The If Element |
| 147 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 148 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 149 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| §4.6 |
The Foreach Element |
| 150 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 151 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 152 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 153 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 155 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 156 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 525 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| §4.9 |
Evaluation of Executable Content |
| 158 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 159 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| Data Model and Manipulation |
| §5.10 |
System Variables |
| 318 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 319 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 321 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 322 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 323 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 324 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 325 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 326 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 329 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 330 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 331 |
X |
|
N/A |
FAIL |
FAIL |
pass |
pass |
| 332 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 333 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 335 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 336 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 337 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 338 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 339 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 342 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 346 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| §5.3 |
The Data Element |
| 276 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 277 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 279 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 280 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 550 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 551 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 552 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| §5.4 |
The Assign Element |
| 286 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 287 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 288 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 487 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| §5.5 |
The Donedata Element |
| 294 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| §5.6 |
The Content Element |
| 527 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 528 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 529 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| §5.7 |
The Param Element |
| 298 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 343 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 488 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| §5.8 |
The Script Element |
| 301 |
X |
X |
N/A |
N/A |
N/A |
N/A |
pass |
| 302 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 303 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 304 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| §5.9 |
Expressions |
| 307 |
X |
X |
N/A |
N/A |
N/A |
N/A |
N/A |
| 309 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 310 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 311 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 312 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 313 |
X |
X |
N/A |
N/A |
N/A |
N/A |
FAIL |
| 314 |
X |
X |
N/A |
N/A |
N/A |
N/A |
FAIL |
| 344 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| External Communications |
| §6.2 |
The Send Element |
| 172 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 173 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 174 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 175 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 176 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 178 |
X |
X |
N/A |
N/A |
N/A |
N/A |
pass |
| 179 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 183 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 185 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 186 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 187 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 194 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 198 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 199 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 200 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 201 |
|
|
N/A |
FAIL |
pass |
pass |
pass |
| 205 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 521 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 553 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| §6.3 |
The Cancel Element |
| 207 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 208 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 210 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| §6.4 |
The Invoke Element |
| 215 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 216 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 220 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 223 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 224 |
X |
|
N/A |
FAIL |
FAIL |
pass |
pass |
| 225 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 226 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 228 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 229 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 230 |
X |
X |
N/A |
N/A |
N/A |
N/A |
FAIL |
| 232 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 233 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 234 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 235 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 236 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 237 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 239 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 240 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 241 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 242 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 243 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 244 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 245 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 247 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 250 |
X |
X |
N/A |
N/A |
N/A |
N/A |
pass |
| 252 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 253 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 530 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 554 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| Data Models |
| §C.1 |
The Null Data Model |
| 436 |
X |
|
N/A |
N/A |
N/A |
N/A |
N/A |
| §C.2 |
The ECMAScript Data Model |
| 278 |
|
|
N/A |
FAIL |
pass |
pass |
pass |
| 444 |
|
|
N/A |
N/A |
N/A |
pass |
N/A |
| 445 |
|
|
N/A |
N/A |
N/A |
pass |
N/A |
| 446 |
|
|
N/A |
N/A |
N/A |
pass |
N/A |
| 448 |
|
|
N/A |
N/A |
N/A |
pass |
N/A |
| 449 |
|
|
N/A |
N/A |
N/A |
pass |
N/A |
| 451 |
|
|
N/A |
N/A |
N/A |
pass |
N/A |
| 452 |
|
|
N/A |
N/A |
N/A |
pass |
N/A |
| 453 |
|
|
N/A |
N/A |
N/A |
pass |
N/A |
| 456 |
|
|
N/A |
N/A |
N/A |
pass |
N/A |
| 457 |
|
|
N/A |
N/A |
N/A |
pass |
N/A |
| 459 |
|
|
N/A |
N/A |
N/A |
pass |
N/A |
| 460 |
|
|
N/A |
N/A |
N/A |
pass |
N/A |
| 557 |
|
|
N/A |
N/A |
N/A |
pass |
N/A |
| 558 |
|
|
N/A |
N/A |
N/A |
pass |
N/A |
| 560 |
|
|
N/A |
N/A |
N/A |
pass |
N/A |
| 561 |
|
|
N/A |
N/A |
N/A |
pass |
N/A |
| 562 |
|
|
N/A |
N/A |
N/A |
pass |
N/A |
| 569 |
|
|
N/A |
N/A |
N/A |
pass |
N/A |
| 578 |
|
|
N/A |
N/A |
N/A |
pass |
N/A |
| §C.3 |
The XPath Data Model |
| 463 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 464 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 465 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 466 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 467 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 468 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 469 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 470 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 473 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 474 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 475 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 476 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 477 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 478 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 479 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 480 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 481 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 482 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 483 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 537 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 539 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 540 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 542 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 543 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 544 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 545 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 546 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 547 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 555 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| 568 |
|
|
N/A |
N/A |
N/A |
N/A |
N/A |
| Event I/O Processor |
| §D.1 |
SCXML Event I/O Processor |
| 189 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 190 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 191 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 192 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 193 |
|
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 347 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 348 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 349 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 350 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 351 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 352 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 354 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 495 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 496 |
X |
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 500 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| 501 |
X |
|
N/A |
FAIL |
pass |
pass |
pass |
| §D.2 |
Basic HTTP Event I/O Processor |
| 509 |
|
|
N/A |
FAIL |
FAIL |
pass |
pass |
| 510 |
|
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 513 |
|
X |
N/A |
N/A |
N/A |
N/A |
N/A |
| 518 |
|
|
N/A |
FAIL |
FAIL |
pass |
pass |
| 519 |
|
|
N/A |
FAIL |
FAIL |
pass |
pass |
| 520 |
|
|
N/A |
FAIL |
FAIL |
pass |
FAIL |
| 522 |
|
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 531 |
|
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 532 |
|
|
N/A |
FAIL |
pass |
pass |
FAIL |
| 534 |
|
|
N/A |
FAIL |
FAIL |
pass |
pass |
| 567 |
|
|
N/A |
FAIL |
pass |
pass |
pass |
| 577 |
|
|
N/A |
FAIL |
pass |
pass |
FAIL |


Today I feel An Emotion Happy Hopeful Sad A Tad Angry Envious Emotionless . My energy level is * High! Zen Could be re-energized!On the lazy side . I am going to ....


These are the elements I want to change for an improved look and feel for my blog.
These are the features I want to implement for an improved look and feel of my blog. I will utilise Bookstrap to achieve this, and look forward to understanding more of what its features do.
Hyper Text Markup Language
Is a layout of tags that create the outline, or the skeleton (including skin, hair and nails), of a webpage. All bones, skin, hair and nails (tags) create the structure of how the body (webpage) will look. If you put the bones, skin, hair and nails in an order without thinking about it, you could be putting an arm off the head of the body, and hair hanging from a knee. Which means that everything else that comes next will not fit or look right. By building a skeleton in the right order you know that all the other things you do next will look and work the way you expect them to.
Document Object Model
Is a simple sketch of how your skeleton will look. Maybe you are creating a giant with six toes on each foot, or a cyclops with one eye but two heads. Either way, by sketching out the layout of the skeleton and deciding what bones go where etc, you can put into perspective how the body will look before you start to dress it. After all, maybe you want your cyclops to have no arms, and all their fingers will be in a row going from one ear to the other on top of their head, like a crown. This sketch uses a skeletal structure of lines to show each bone and labels to show the name of each bone and who its connected to. Hair and nails represent the text placement you will have at the end of a collection of bones. By doing this you will know how to layout your body for dressing.
Cascading Style Sheets
Is the clothing you place on the body to make it look good. From colours and fonts, to effects and features.  CSS will cater for the hairdo to showcase the expensive acrylic nails our cyclops has. This will make our cyclop look modern and fun, or modern and serious, depending on who will be looking at our cyclops and why.
Is the thought-out design layout of a webpage. Breaking a layout into squares and rectangles that sit within colums and rows (a grid). This helps to place elements in a logical and aesthetic way.
In CSS is the term used to talk about design and layout. It is basically a box that wraps around every HTML element on a page. Each element consists of a margin, border, padding, and then the actual content.


| Package | Description |
|---|---|
| javax.ws.rs |
High-level interfaces and annotations used to create RESTful service
resources.
|
| javax.ws.rs.client |
The JAX-RS client API
|
| javax.ws.rs.container |
Container-specific JAX-RS API.
|
| javax.ws.rs.core |
Low-level interfaces and annotations used to create RESTful service
resources.
|
| javax.ws.rs.ext |
APIs that provide extensions to the types supported by the JAX-RS API.
|
| org.jboss.resteasy.api.validation | |
| org.jboss.resteasy.client | |
| org.jboss.resteasy.client.core | |
| org.jboss.resteasy.client.jaxrs.internal | |
| org.jboss.resteasy.core | |
| org.jboss.resteasy.core.interception | |
| org.jboss.resteasy.example.pubsub | |
| org.jboss.resteasy.keystone.client | |
| org.jboss.resteasy.keystone.server | |
| org.jboss.resteasy.plugins.providers.jaxb | |
| org.jboss.resteasy.skeleton.key.idm.service | |
| org.jboss.resteasy.skeleton.key.jaxrs | |
| org.jboss.resteasy.specimpl | |
| org.jboss.resteasy.spi | |
| org.jboss.resteasy.springmvc | |
| org.jboss.resteasy.test.application | |
| org.jboss.resteasy.test.async |
| Modifier and Type | Method and Description |
|---|---|
Response |
WebApplicationException.getResponse()
Get the HTTP response.
|
| Constructor and Description |
|---|
BadRequestException(Response response)
Construct a new bad client request exception.
|
BadRequestException(Response response,
Throwable cause)
Construct a new bad client request exception.
|
BadRequestException(String message,
Response response)
Construct a new bad client request exception.
|
BadRequestException(String message,
Response response,
Throwable cause)
Construct a new bad client request exception.
|
ClientErrorException(Response response)
Construct a new client error exception.
|
ClientErrorException(Response response,
Throwable cause)
Construct a new client error exception.
|
ClientErrorException(String message,
Response response)
Construct a new client error exception.
|
ClientErrorException(String message,
Response response,
Throwable cause)
Construct a new client error exception.
|
ForbiddenException(Response response)
Construct a new "forbidden" exception.
|
ForbiddenException(Response response,
Throwable cause)
Construct a new "forbidden" exception.
|
ForbiddenException(String message,
Response response)
Construct a new "forbidden" exception.
|
ForbiddenException(String message,
Response response,
Throwable cause)
Construct a new "forbidden" exception.
|
InternalServerErrorException(Response response)
Construct a new internal server error exception.
|
InternalServerErrorException(Response response,
Throwable cause)
Construct a new internal server error exception.
|
InternalServerErrorException(String message,
Response response)
Construct a new internal server error exception.
|
InternalServerErrorException(String message,
Response response,
Throwable cause)
Construct a new internal server error exception.
|
NotAcceptableException(Response response)
Construct a new "request not acceptable" exception.
|
NotAcceptableException(Response response,
Throwable cause)
Construct a new "request not acceptable" exception.
|
NotAcceptableException(String message,
Response response)
Construct a new "request not acceptable" exception.
|
NotAcceptableException(String message,
Response response,
Throwable cause)
Construct a new "request not acceptable" exception.
|
NotAllowedException(Response response)
Construct a new method not allowed exception.
|
NotAllowedException(Response response,
Throwable cause)
Construct a new method not allowed exception.
|
NotAllowedException(String message,
Response response)
Construct a new method not allowed exception.
|
NotAllowedException(String message,
Response response,
Throwable cause)
Construct a new method not allowed exception.
|
NotAuthorizedException(Response response)
Construct a new "not authorized" exception.
|
NotAuthorizedException(Response response,
Throwable cause)
Construct a new "not authorized" exception.
|
NotAuthorizedException(String message,
Response response)
Construct a new "not authorized" exception.
|
NotAuthorizedException(String message,
Response response,
Throwable cause)
Construct a new "not authorized" exception.
|
NotFoundException(Response response)
Construct a new "not found" exception.
|
NotFoundException(Response response,
Throwable cause)
Construct a new "not found" exception.
|
NotFoundException(String message,
Response response)
Construct a new "not found" exception.
|
NotFoundException(String message,
Response response,
Throwable cause)
Construct a new "not found" exception.
|
NotSupportedException(Response response)
Construct a new unsupported media type exception.
|
NotSupportedException(Response response,
Throwable cause)
Construct a new unsupported media type exception.
|
NotSupportedException(String message,
Response response)
Construct a new unsupported media type exception.
|
NotSupportedException(String message,
Response response,
Throwable cause)
Construct a new unsupported media type exception.
|
RedirectionException(Response response)
Construct a new redirection exception.
|
RedirectionException(String message,
Response response)
Construct a new redirection exception.
|
ServerErrorException(Response response)
Construct a new server error exception.
|
ServerErrorException(Response response,
Throwable cause)
Construct a new server error exception.
|
ServerErrorException(String message,
Response response)
Construct a new server error exception.
|
ServerErrorException(String message,
Response response,
Throwable cause)
Construct a new server error exception.
|
ServiceUnavailableException(Response response)
Construct a new "service unavailable" exception.
|
ServiceUnavailableException(Response response,
Throwable cause)
Construct a new "service unavailable" exception.
|
ServiceUnavailableException(String message,
Response response)
Construct a new "service unavailable" exception.
|
ServiceUnavailableException(String message,
Response response,
Throwable cause)
Construct a new "service unavailable" exception.
|
WebApplicationException(Response response)
Construct a new instance using the supplied response.
|
WebApplicationException(String message,
Response response)
Construct a new instance using the supplied response.
|
WebApplicationException(String message,
Throwable cause,
Response response)
Construct a new instance using the supplied response.
|
WebApplicationException(Throwable cause,
Response response)
Construct a new instance using the supplied response.
|
| Modifier and Type | Method and Description |
|---|---|
Response |
SyncInvoker.delete()
Invoke HTTP DELETE method for the current request synchronously.
|
Response |
SyncInvoker.get()
Invoke HTTP GET method for the current request synchronously.
|
Response |
ResponseProcessingException.getResponse()
Get the HTTP response for which the processing has failed.
|
Response |
SyncInvoker.head()
Invoke HTTP HEAD method for the current request synchronously.
|
Response |
Invocation.invoke()
Synchronously invoke the request and receive a response back.
|
Response |
SyncInvoker.method(String name)
Invoke an arbitrary method for the current request synchronously.
|
Response |
SyncInvoker.method(String name,
Entity<?> entity)
Invoke an arbitrary method for the current request synchronously.
|
Response |
SyncInvoker.options()
Invoke HTTP OPTIONS method for the current request synchronously.
|
Response |
SyncInvoker.post(Entity<?> entity)
Invoke HTTP POST method for the current request synchronously.
|
Response |
SyncInvoker.put(Entity<?> entity)
Invoke HTTP PUT method for the current request synchronously.
|
Response |
SyncInvoker.trace()
Invoke HTTP TRACE method for the current request synchronously.
|
| Modifier and Type | Method and Description |
|---|---|
Future<Response> |
AsyncInvoker.delete()
Invoke HTTP DELETE method for the current request asynchronously.
|
Future<Response> |
AsyncInvoker.get()
Invoke HTTP GET method for the current request asynchronously.
|
Future<Response> |
AsyncInvoker.head()
Invoke HTTP HEAD method for the current request asynchronously.
|
Future<Response> |
AsyncInvoker.head(InvocationCallback<Response> callback)
Invoke HTTP HEAD method for the current request asynchronously.
|
Future<Response> |
AsyncInvoker.method(String name)
Invoke an arbitrary method for the current request asynchronously.
|
Future<Response> |
AsyncInvoker.method(String name,
Entity<?> entity)
Invoke an arbitrary method for the current request asynchronously.
|
Future<Response> |
AsyncInvoker.options()
Invoke HTTP OPTIONS method for the current request asynchronously.
|
Future<Response> |
AsyncInvoker.post(Entity<?> entity)
Invoke HTTP POST method for the current request asynchronously.
|
Future<Response> |
AsyncInvoker.put(Entity<?> entity)
Invoke HTTP PUT method for the current request asynchronously.
|
Future<Response> |
Invocation.submit()
Submit the request for an asynchronous invocation and receive a future
response back.
|
Future<Response> |
AsyncInvoker.trace()
Invoke HTTP TRACE method for the current request asynchronously.
|
| Modifier and Type | Method and Description |
|---|---|
void |
ClientRequestContext.abortWith(Response response)
Abort the filter chain with a response.
|
| Modifier and Type | Method and Description |
|---|---|
Future<Response> |
AsyncInvoker.head(InvocationCallback<Response> callback)
Invoke HTTP HEAD method for the current request asynchronously.
|
| Constructor and Description |
|---|
ResponseProcessingException(Response response,
String message)
Constructs a new JAX-RS runtime processing exception with the specified detail
message.
|
ResponseProcessingException(Response response,
String message,
Throwable cause)
Constructs a new JAX-RS runtime response processing exception with the specified detail
message and cause.
|
ResponseProcessingException(Response response,
Throwable cause)
Constructs a new JAX-RS runtime response processing exception
for a specific
response with the specified cause
and a detail message of (cause==null ? null : cause.toString())
(which typically contains the class and detail message of cause ). |
| Modifier and Type | Method and Description |
|---|---|
void |
ContainerRequestContext.abortWith(Response response)
Abort the filter chain with a response.
|
| Modifier and Type | Method and Description |
|---|---|
abstract Response |
Response.ResponseBuilder.build()
Create a Response instance from the current ResponseBuilder.
|
| Modifier and Type | Method and Description |
|---|---|
static Response.ResponseBuilder |
Response.fromResponse(Response response)
Create a new ResponseBuilder by performing a shallow copy of an
existing Response.
|
| Modifier and Type | Method and Description |
|---|---|
Response |
ExceptionMapper.toResponse(E exception)
Map an exception to a
Response . |
| Modifier and Type | Method and Description |
|---|---|
protected Response |
ResteasyViolationExceptionMapper.buildResponse(Object entity,
String mediaType,
Response.Status status) |
protected Response |
ResteasyViolationExceptionMapper.buildViolationReportResponse(ResteasyViolationException exception,
Response.Status status) |
Response |
ResteasyViolationExceptionMapper.toResponse(javax.validation.ValidationException exception) |
| Modifier and Type | Class and Description |
|---|---|
class |
ClientResponse<T>
Deprecated.
|
| Modifier and Type | Class and Description |
|---|---|
class |
BaseClientResponse<T> |
| Modifier and Type | Class and Description |
|---|---|
class |
AbortedResponse |
| Modifier and Type | Field and Description |
|---|---|
protected Response |
ClientRequestContextImpl.abortedWithResponse |
| Modifier and Type | Method and Description |
|---|---|
Response |
ClientInvocationBuilder.delete() |
Response |
ClientInvocationBuilder.get() |
Response |
ClientRequestContextImpl.getAbortedWithResponse() |
Response |
ClientInvocationBuilder.head() |
Response |
ClientInvocation.invoke() |
Response |
ClientInvocationBuilder.method(String name) |
Response |
ClientInvocationBuilder.method(String name,
Entity<?> entity) |
Response |
ClientInvocationBuilder.options() |
Response |
ClientInvocationBuilder.post(Entity<?> entity) |
Response |
ClientInvocationBuilder.put(Entity<?> entity) |
Response |
ClientInvocationBuilder.trace() |
| Modifier and Type | Method and Description |
|---|---|
Future<Response> |
AsynchronousInvoke.delete() |
Future<Response> |
AsynchronousInvoke.get() |
Future<Response> |
AsynchronousInvoke.head() |
Future<Response> |
AsynchronousInvoke.head(InvocationCallback<Response> callback) |
Future<Response> |
AsynchronousInvoke.method(String name) |
Future<Response> |
AsynchronousInvoke.method(String name,
Entity<?> entity) |
Future<Response> |
AsynchronousInvoke.options() |
Future<Response> |
AsynchronousInvoke.post(Entity<?> entity) |
Future<Response> |
AsynchronousInvoke.put(Entity<?> entity) |
Future<Response> |
ClientInvocation.submit() |
Future<Response> |
AsynchronousInvoke.trace() |
| Modifier and Type | Method and Description |
|---|---|
void |
ClientRequestContextImpl.abortWith(Response response) |
static <T> T |
ClientInvocation.extractResult(GenericType<T> responseType,
Response response,
Annotation[] annotations)
Extracts result from response throwing an appropriate exception if not a successful response.
|
static <T> T |
ClientInvocation.handleErrorStatus(Response response)
Throw an exception.
|
| Modifier and Type | Method and Description |
|---|---|
Future<Response> |
AsynchronousInvoke.head(InvocationCallback<Response> callback) |
| Constructor and Description |
|---|
AbortedResponse(ClientConfiguration configuration,
Response response) |
| Modifier and Type | Class and Description |
|---|---|
class |
ServerResponse |
| Modifier and Type | Method and Description |
|---|---|
Response |
SynchronousDispatcher.execute(HttpRequest request,
HttpResponse response,
ResourceInvoker invoker)
Return a response wither from an invoke or exception handling
|
Response |
ExceptionHandler.executeExactExceptionMapper(Throwable exception)
If there exists an Exception mapper for exception, execute it, otherwise, do NOT recurse up class hierarchy
of exception.
|
Response |
ExceptionHandler.executeExceptionMapper(Throwable exception)
Execute an ExceptionMapper if one exists for the given exception.
|
Response |
ExceptionHandler.executeExceptionMapperForClass(Throwable exception,
Class clazz) |
Response |
AsynchronousDispatcher.get(long wait,
String jobId) |
protected Response |
ExceptionHandler.handleApplicationException(HttpRequest request,
ApplicationException e) |
Response |
ExceptionHandler.handleException(HttpRequest request,
Throwable e) |
protected Response |
ExceptionHandler.handleFailure(HttpRequest request,
Failure failure) |
protected Response |
ExceptionHandler.handleReaderException(HttpRequest request,
ReaderException e) |
protected Response |
ExceptionHandler.handleWebApplicationException(WebApplicationException wae) |
protected Response |
ExceptionHandler.handleWriterException(HttpRequest request,
WriterException e) |
Response |
SynchronousDispatcher.internalInvocation(HttpRequest request,
HttpResponse response,
Object entity) |
Response |
Dispatcher.internalInvocation(HttpRequest request,
HttpResponse response,
Object entity) |
Response |
SynchronousDispatcher.preprocess(HttpRequest request) |
protected Response |
AsynchronousDispatcher.process(long wait,
String jobId,
boolean eatJob) |
Response |
AsynchronousDispatcher.readAndRemove(long wait,
String jobId) |
protected Response |
ExceptionHandler.unwrapException(HttpRequest request,
Throwable e) |
| Modifier and Type | Method and Description |
|---|---|
void |
SynchronousDispatcher.asynchronousDelivery(HttpRequest request,
HttpResponse response,
Response jaxrsResponse) |
protected void |
SynchronousDispatcher.writeResponse(HttpRequest request,
HttpResponse response,
Response jaxrsResponse) |
| Modifier and Type | Field and Description |
|---|---|
protected Response |
PreMatchContainerRequestContext.response |
| Modifier and Type | Method and Description |
|---|---|
Response |
PreMatchContainerRequestContext.getResponseAbortedWith() |
| Modifier and Type | Method and Description |
|---|---|
void |
ResponseContainerRequestContext.abortWith(Response response) |
void |
PreMatchContainerRequestContext.abortWith(Response response) |
| Modifier and Type | Method and Description |
|---|---|
Response |
SubscriptionResource.create(UriInfo uriInfo,
String name) |
| Modifier and Type | Method and Description |
|---|---|
Response |
ProjectsResource.create(Project project) |
Response |
RolesResource.create(Role role) |
Response |
UsersResource.create(StoredUser user) |
Response |
RolesResource.create(String roleName) |
Response |
UsersResource.delete(String id) |
Response |
ProjectsResource.delete(String id) |
| Modifier and Type | Method and Description |
|---|---|
Response |
ProjectsService.create(Project project) |
Response |
RolesService.create(UriInfo uriInfo,
Role role) |
Response |
UsersService.create(UriInfo uriInfo,
StoredUser user) |
Response |
RolesService.create(UriInfo uriInfo,
String roleName) |
Response |
UsersService.delete(String id) |
Response |
RolesService.delete(String id) |
Response |
ProjectsService.delete(String id) |
| Constructor and Description |
|---|
JAXBMarshalException(String s,
Response response) |
JAXBMarshalException(String s,
Throwable throwable,
Response response) |
JAXBMarshalException(Throwable throwable,
Response response) |
JAXBUnmarshalException(String s,
Response response) |
JAXBUnmarshalException(String s,
Throwable throwable,
Response response) |
JAXBUnmarshalException(Throwable throwable,
Response response) |
| Modifier and Type | Method and Description |
|---|---|
Response |
TokenManagement.accessRequest(String realmId,
MultivaluedMap<String,String> formData) |
Response |
TokenManagement.accessTokenGrant(String realmId,
MultivaluedMap<String,String> formParams)
OAuth Section 4.4 Client Credentials Grant
|
Response |
RealmResource.getRealmsByName(String name) |
Response |
RealmFactory.importDomain(RealmRepresentation rep) |
Response |
TokenManagement.login(String realmName,
MultivaluedMap<String,String> formData) |
Response |
TokenManagement.requestAccessCode(String realmName,
String responseType,
String redirect,
String clientId,
String scopeParam,
String state) |
| Modifier and Type | Method and Description |
|---|---|
Response |
JaxrsOAuthClient.redirect(UriInfo uriInfo,
String redirectUri) |
| Modifier and Type | Class and Description |
|---|---|
class |
BuiltResponse
A response object not attached to a client or server invocation.
|
| Modifier and Type | Method and Description |
|---|---|
Response |
ResponseBuilderImpl.build() |
| Modifier and Type | Field and Description |
|---|---|
protected Response |
Failure.response |
| Modifier and Type | Method and Description |
|---|---|
Response |
InternalDispatcher.delete(String uri) |
Response |
InternalDispatcher.executeEntity(String method,
String uri,
String contentType,
Object entity) |
Response |
Failure.getResponse() |
Response |
InternalDispatcher.getResponse(MockHttpRequest request) |
Response |
InternalDispatcher.getResponse(MockHttpRequest request,
Object entity) |
Response |
InternalDispatcher.getResponse(String uri) |
Response |
InternalDispatcher.postEntity(String uri,
Object entity) |
Response |
InternalDispatcher.postEntity(String uri,
String contentType,
Object entity) |
Response |
InternalDispatcher.putEntity(String uri,
Object entity) |
Response |
InternalDispatcher.putEntity(String uri,
String contentType,
Object entity) |
| Modifier and Type | Method and Description |
|---|---|
void |
Failure.setResponse(Response response) |
void |
AsynchronousResponse.setResponse(Response response) |
| Modifier and Type | Method and Description |
|---|---|
Response |
ResteasyRequestWrapper.getAbortedResponse() |
| Modifier and Type | Method and Description |
|---|---|
void |
ResteasyRequestWrapper.setAbortedResponse(Response abortedResponse) |
| Modifier and Type | Method and Description |
|---|---|
Response |
FooExceptionMapper.toResponse(FooException exception) |
| Modifier and Type | Method and Description |
|---|---|
Response |
JaxrsResource.getCancelled() |
Response |
ServiceUnavailableExceptionMapper.toResponse(ServiceUnavailableException exception) |
Response |
MyApp.PrintingErrorHandler.toResponse(Throwable throwable) |
Copyright © 2014. All Rights Reserved.


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--- layout: post date: 2006-02-10 time: "09:00:00" authors: ["Greg Wilson"] title: "Software Carpentry Design Lecture" tags: ["Curriculum"] ---
I've just posted a completely new lecture on object-oriented design ideas. I'd be very grateful for high-level comments: is it useful material? Do you think that relatively inexperienced programmers will get it? Etc.


cotk documentation¶
cotk
is a python package providing utilities for natural language
generation. It contains benchmark data loader, word vector loader,
pretrained baseline models and other useful utilities for evaluating
your models fairly with baselines.


Keep track of how many tileload/tileunload events are being fired. The counts should always match. See #4093, #4193
start = unload + visible on screen


I've maintained a blog for almost 5 years now (though only active over
the last 3) and I've catalogued most of my work(/thoughts) there. I intend
to move the more important things here but until then,
here's a link to the blog.
- Facebook activity statistics, May 21, `16
- Motion in Magnetic Field, Apr 3, `15
- Motion in electric field, Apr 3, `15
- Colorful Galaxies, Mar 11, `15
- Damped Harmonic Oscillators, Mar 11, `15
- Simple Harmonic Oscillators, Mar 11, `15
- Mode locking in lasers, Feb 17, `15
- The Etalon transmission function, Feb 17, `15
- Diffraction limit - The Rayleigh criterion, Oct 19, `14
- Fraunhofer diffraction patterns, Oct 13, `14
- The blackbody radiation curve at different temperatures, Sep 19, `14
- Adding higher harmonics of a sine wave to generate a square wave, Sep 19, `14
- Adding two waves of different frequencies, Sep 19, `14
- Constructing a Tully-Fisher relation for SAMI galaxies, Aug 5, `14
- The Mars Exodus, Aug 5, `14
- Tweaking the bash prompt, June 30, `14.
- Git routine
- Finally up and running


PRIVATE PARTS A film review by Marty Mapes Copyright 1997 Marty Mapes
*** If anyone ever had to play Howard Stern in a cartoon, Alan Alda is the man. Stern and Alda have the same projecting deep voice with just a hint of an east-coast accent. It's eerie. But I digress already.
Private Parts is a typical rags-to-riches story. It tells the life of Howard Stern from cowed kid to troubled teen to Number One in New York. Along the way he gets married, finds the perfect co-hosts and pisses off his bosses and their advertisers while pumping his show's ever-growing ratings.
The story is told (mostly) chronologically, but it plays more like a series of comic bits threaded together. There's not much overarching plot or conflict, but structuring and pacing the movie this way was the right decision. There is some growth in Stern's character, but that's not what's interesting about the man. What's interesting is the funny stuff he does on the air, and there's no overarching coherence to any of that.
Private Parts handles this problem of realism very well. When a movie is based on actual people, sometimes it's distracting when you don't know what's true and what was made up for the movie. Just rent an Oliver Stone movie (JFK, The Doors, Nixon) if you doubt me.
Private Parts tells you right out that it could be lying at any time. Early on, the movie shows us Stern's childhood while in voiceover, Stern describes his parents as very restrictive. The movie cuts to a shot of his actual parents, today, denying everything we just saw on screen. There are documentary aspects to the movie, intermixed with standard, staged movie drama, along with Stern the man's voiceover for Stern the character. The movie tells you that the drama and "reality" are mixed together and that you shouldn't believe everything you see.
Again, this was the right decision for the movie because it allows more funny stuff to happen without raising the distracting questions of reality. A young starlet invites Stern to have his way with her in a bathtub. First, it seems unlikely it would happen to an admittedly ugly man like Stern; it seems much more likely that he's trying to impress the Stern-worshippers in the audience. Then, when he turns her down (sort of), it seems much more likely that he's trying to impress the other half of the audience. Maybe what's on screen is all true, but because the movie plays loose with the facts anyway, it doesn't matter. It's a funny bit that adds to the movie.
After the movie, I liked Howard Stern. He comes off as a fun, likeable, good guy. A little more thought reveals how well made and well publicized this movie is. I don't know if I'd really like the real Howard Stern, but by playing up the character Stern's devotion to his wife and setting up straw-man detractors for him to knock down, he becomes not just the hero of the movie, but a hero
By playing "match game" with his co-hosts, he gets the "contestants" to say "pussy" and "cock" on the air by having them complete the phrases _____ Willow and ____-a-Doodle-Doo. In the context of an irrational, unfair, red-faced, prig of a program director sworn to the task of keeping Stern reined in, this is a very funny and satisfying bit. Try to imagine the same bit without that straw-man context, though, and four adults giggling at the words "cock" and "pussy" is almost sad.
The publicity plays on Stern's reputation as a vulgar, obscene, despicable fellow. Stern himself bragged to several critics about how successful the movie was with test audiences, even with those who say they don't like Howard Stern. One ad for the movie even says "the most shocking thing about this movie is how much people love it." But really, by building up this bad-boy aura about Stern, the publicists are also setting up their own straw men for the public to knock down when they see the movie, by finding the movie's radio bits more amusing than offensive and by finding character Stern to be a loving family man.
The movie and the publicity are manipulative and the movie lies to the audience, but in the case of Private Parts, it's all in the name of making a better movie. I found it enjoyable and funny, and I found myself liking Howard Stern. The movie says Stern is not only successful, he's as a decent family man, too. Who could possibly dislike such an American figure?
Not me. Even if he's lying.
Check out more current movie reviews at http://www.indra.com/~mmapes
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
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belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
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Related links: index of all rec.arts.movies.reviews reviews


3 references to Exit
System.Management.Automation (3)
engine\remoting\common\fragmentor.cs (1)
1027
dataToBeSent.
Exit
();
engine\remoting\server\serverremotesession.cs (2)
702
stream.
Exit
();
705
stream.
Exit
();


This is the summary documentation of the analysis results. Clicking on the link below, you can see each graph.
{remarks}
For this documentation, the tutorial starts here.


Client
public protocol Client
A client for the Nakama server.
-
Declaration
Swift
var serverTime: Int
Return Value
The current server time in UTC milliseconds as reported by the server during the last heartbeat exchange. If this client has never been connected the function returns local device current UTC milliseconds.
-
This is invoked when the socket connection has been disconnected
Declaration
Swift
var onDisconnect: ((Error?) -> Void)?
-
This is invoked when there is a server error.
Declaration
Swift
var onError: ((NakamaError) -> Void)?
-
This is invoked when a new topic message is received.
Declaration
Swift
var onTopicMessage: ((TopicMessage) -> Void)?
-
This is invoked when a new topic presence update is received.
Declaration
Swift
var onTopicPresence: ((TopicPresence) -> Void)?
-
This is invoked when a new notification is received.
Declaration
Swift
var onNotification: ((Notification) -> Void)?
-
Declaration
Swift
func login(with message: AuthenticateMessage) -> Promise<Session>
Parameters
message
message The {@code AuthenticateMessage} to send to the server.
Return Value
A {@code Session} for the user.
-
Declaration
Swift
func register(with message: AuthenticateMessage) -> Promise<Session>
Parameters
message
message The {@code AuthenticateMessage} to send to the server.
Return Value
A {@code Session} for the user.
-
Parameters
session
session The {@code Session} to connect the socket with.
Return Value
Placeholder return type to allow chaining operations.
-
- Sends a disconnect request to the server. When disconnected,
onDisconnect
is invoked.
Declaration
Swift
func disconnect()
- Sends a disconnect request to the server. When disconnected,
-
- Send a logout request to the server
Declaration
Swift
func logout()
-
Declaration
Swift
func send(message: UsersFetchMessage) -> Promise<[User]>
Parameters
message
message The message to send.
Return Value
An instance of the expected return type.
-
Undocumented
Declaration
Swift
func send(message: SelfFetchMessage) -> Promise<SelfUser>
-
Undocumented
Declaration
Swift
func send(message: SelfUpdateMessage) -> Promise<Void>
-
Undocumented
Declaration
Swift
func send(message: SelfLinkMessage) -> Promise<Void>
-
Undocumented
Declaration
Swift
func send(message: SelfUnlinkMessage) -> Promise<Void>
-
Undocumented
Declaration
Swift
func send(message: RPCMessage) -> Promise<RPCResult>
-
Undocumented
Declaration
Swift
func send(message: StorageFetchMessage) -> Promise<[StorageRecord]>
-
Undocumented
Declaration
Swift
func send(message: StorageListMessage) -> Promise<[StorageRecord]>
-
Undocumented
Declaration
Swift
func send(message: StorageRemoveMessage) -> Promise<Void>
-
Undocumented
Declaration
Swift
func send(message: StorageWriteMessage) -> Promise<[StorageRecordID]>
-
Undocumented
Declaration
Swift
func send(message: StorageUpdateMessage) -> Promise<[StorageRecordID]>
-
Undocumented
Declaration
Swift
func send(message: FriendAddMessage) -> Promise<Void>
-
Undocumented
Declaration
Swift
func send(message: FriendBlockMessage) -> Promise<Void>
-
Undocumented
Declaration
Swift
func send(message: FriendRemoveMessage) -> Promise<Void>
-
Undocumented
Declaration
Swift
func send(message: FriendsListMessage) -> Promise<[Friend]>
-
Undocumented
Declaration
Swift
func send(message: NotificationRemoveMessage) -> Promise<Void>
-
Undocumented
Declaration
Swift
func send(message: NotificationListMessage) -> Promise<[Notification]>
-
Undocumented
Declaration
Swift
func send(message: TopicJoinMessage) -> Promise<[Topic]>
-
Undocumented
Declaration
Swift
func send(message: TopicLeaveMessage) -> Promise<Void>
-
Undocumented
Declaration
Swift
func send(message: TopicMessageSendMessage) -> Promise<TopicMessageAck>
-
Undocumented
Declaration
Swift
func send(message: TopicMessagesListMessage) -> Promise<[TopicMessage]>
-
Undocumented
Declaration
Swift
func send(message: GroupAddUserMessage) -> Promise<Void>
-
Undocumented
Declaration
Swift
func send(message: GroupCreateMessage) -> Promise<[Group]>
-
Undocumented
Declaration
Swift
func send(message: GroupJoinMessage) -> Promise<Void>
-
Undocumented
Declaration
Swift
func send(message: GroupKickUserMessage) -> Promise<Void>
-
Undocumented
Declaration
Swift
func send(message: GroupLeaveMessage) -> Promise<Void>
-
Undocumented
Declaration
Swift
func send(message: GroupPromoteUserMessage) -> Promise<Void>
-
Undocumented
Declaration
Swift
func send(message: GroupRemoveMessage) -> Promise<Void>
-
Undocumented
Declaration
Swift
func send(message: GroupsFetchMessage) -> Promise<[Group]>
-
Undocumented
Declaration
Swift
func send(message: GroupsListMessage) -> Promise<[Group]>
-
Undocumented
Declaration
Swift
func send(message: GroupsSelfListMessage) -> Promise<[GroupSelf]>
-
Undocumented
Declaration
Swift
func send(message: GroupUpdateMessage) -> Promise<Void>
-
Undocumented
Declaration
Swift
func send(message: GroupUsersListMessage) -> Promise<[GroupUser]>
-
Undocumented
Declaration
Swift
func send(message: LeaderboardRecordsFetchMessage) -> Promise<[LeaderboardRecord]>
-
Undocumented
Declaration
Swift
func send(message: LeaderboardRecordsListMessage) -> Promise<[LeaderboardRecord]>
-
Undocumented
Declaration
Swift
func send(message: LeaderboardRecordWriteMessage) -> Promise<[LeaderboardRecord]>
-
Undocumented
Declaration
Swift
func send(message: LeaderboardsListMessage) -> Promise<[Leaderboard]>
-
Declaration
Swift
func send(message: Message)
Parameters
message
message The message to send.


| File | Statements | Branches | Functions | Lines | |||||
|---|---|---|---|---|---|---|---|---|---|
| src/ | 41.73% | 106/254 | 38.54% | 37/96 | 40% | 32/80 | 38.86% | 75/193 | |
| src/button/ | 100% | 1/1 | 100% | 2/2 | 100% | 1/1 | 100% | 1/1 | |
| src/collapse/ | 0% | 0/16 | 0% | 0/2 | 0% | 0/5 | 0% | 0/16 | |
| src/grid/ | 3.7% | 1/27 | 0% | 0/11 | 0% | 0/11 | 4.17% | 1/24 | |
| src/nav/ | 53.85% | 21/39 | 87.5% | 7/8 | 62.5% | 15/24 | 53.85% | 21/39 | |
| src/slides/ | 61.54% | 40/65 | 60% | 18/30 | 74.07% | 20/27 | 62.71% | 37/59 | |
| src/tabs/ | 0% | 0/31 | 0% | 0/17 | 0% | 0/21 | 0% | 0/30 | |
| tests/unit/ | 96.89% | 280/289 | 50% | 3/6 | 94.32% | 83/88 | 96.89% | 280/289 |


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--- layout: post title: Introspective Teenage Post Of The Year date: 2006-06-01 00:00:00 category: personal ---
If this post seems a bit self-absorbed, leave a comment or email me and I'll go get a LiveJournal ;) Sophie - who can actually write as opposed to just splashing wordy lumps onto a web page from time to time - sums it up better than I could hope to: Real Life right now is a beautiful mix of wonderful and terrifying.
Here's to adventures!


Web-based Visualization of Scientific Data
Daniel Haehn
Daniel Haehn
PhD Student in Computer Science,
Harvard University (Hanspeter Pfister)
Studied Medical Computer Science (M.S.),
Heidelberg University, Germany
Daniel Haehn (2)
Signal- and Image Processing background
Medical Imaging / Radiology
UPenn
Brigham and Women's Hospital
Boston Children's Hospital
http://slicer.org
http://slicedrop.com
Daniel Haehn (3)
2011 Back to Web Development
Mainly Visualization
Everything Open Source
Web-based visualization
JavaScript
Rendering on the Client
HTML5 Canvas for 2D and 3D (WebGL)
Canvas 2D
WebGL?
Challenges
Browser Compatibility
:D
Performance
Limitations
Advantages
No Installation
Up-to-date
Reachability
3D Slicer and others
Slice:Drop
http://slicedrop.com
XTK
http://goXTK.com
Connectome
Large Electron Microscopy Data (nanoscale, TB, PB)
Automatically Annotated
Manual Proofreading required (~1.5 corrections per cell required)
Connectome (2)
Standalone Proofreading Tool
http://www.rhoana.org/
Connectome (3)
First Approach: IIP Image Server + OpenSeaDragon
http://monster.krash.net/dojo/_legacy/frontend/zstack_hack.html
Connectome (4)
Second Approach: Custom Image Server + OpenSeaDragon
http://monster.krash.net:1338/dojo/
Connectome (5)
Final Approach: Custom Image Server + Custom Viewer
http://monster.krash.net:1337/dojo/
demos
demos
knee atlas
http://demos.goxtk.com/knee_atlas/
demos
brain atlas
http://demos.goxtk.com/brain_atlas/
demos
Semantic Movies
http://gallantlab.org/semanticmovies/
Huth, Nishimoto, Vu and Gallant (2012), "A continuous semantic space describes the representation of thousands of object and action categories across the human brain", Neuron 2012
demos
stackdrop
http://stackdrop.org
demos
fetal mri
http://fetalmri.org
demos
3d slicer webGl export
https://github.com/xtk/SlicerWebGLExport
thank you
http://danielhaehn.com/p/mit2014


MSU is developing butterfly-friendly plants to provide refuge for monarchs.
Experience the beauty and solitude of MSU's W. J. Beal Botanical Garden.
MSU's Department of Geological Sciences receives a 29-ton, 2-billion-year-old rock.
Spartan athletes thank Spartan Fund members.
Take a look at MSU's beautiful campus in motion.
MSU student Bethany Laursen explains her interdisciplinary studies.
@Outtascope: Never cease to be impressed by our amazing undergrads! #MSU #GoGreen #UURAF2016
@ELDittmar: was super impressed with the caliber of undergrad research in the plant sciences at #UURAF2016!...
@matt_sturza: What a beautiful place to call home. #MSU2020 #//t.co/mVm1JXf5yR
@ZachJarrad: Yeah! Got accepted to MSU! Go Green!
@BabyBratton: Too early to enroll? #MSU #futurespartan #//t.co/NkXZ1LIRQM
@evancruse23: I'm still in love with the #SpartansWill commercials
@SkylarTMeade: Even when in other parts of the country, the Spartans take over the magazines! #//t.co/SdmbWXULBk
@A_dubbbbs: Just saw I made the dean's list for my first semester at @michiganstateu! Transferring was the ...
@dmerms: I know colleges do good things. Here's what mine did in 2015. What did yours do?//t.co/6LxCpceq...
@mr_anaya12: Draymond Green showing the world what #SpartansWill truly is. #NBAvote


I saw this blog post a while ago A Programmer’s Introduction to Unicode, a really great write up that is a worth a read for anyone interested in the subject! So go ahead and read that now even as it might not be super important for what I am about to write about here :)
Reading this reminded me of an old project of mine that I think is a bit novel and deserves, at least, a write up. I am talking about utf8_lookup, a small lib to translate utf8 chars into offsets into a table.
It sprung out of the need to convert utf8-strings into bitmap-font glyhps for rendering. I.e. build some kind of data-structure out of a list of supplied codepoints and then use that to translate strings into a lists of indices of valid glyphs or 0 if the glyph wasn’t present in the original codepoint-list, i.e. rendering a bitmap font! That is what I have been using it for but I guess there might be other uses for a sparse lookup structure like this as well.
In short, this is what I have used it for (simplified):
void render_text(const uint8_t* text)
{
utf8_lookup_result res[256];
size_t res_size = ARRAY_LENGTH(res);
const uint8_t* str_iter = text;
while( *str_iter )
{
str_iter = utf8_lookup_perform_scalar( table, str_iter, res, &res_size );
for( size_t g = 0; g < res_size; ++g )
render_glyph( some_glyph_data[res[g].offset] ); // some_glyph_data might contain things such as uv:s etc.
}
}
The properties of the lib are:
- low memory usage
- one memory chunk for the lookup structure with all (one) allocations done by the user.
- fairly quick ( we will get in to this later under “performance” )
- all non-found codepoints should map to offset 0 so that one can place a default-glyph there.
However I hadn’t done any major profiling of the lib and I hadn’t compared it to some other approaches to doing the same thing. Time to change that!
How does it work?
So now lets get to the meat of the post, how does it work?
The lib basically builds compact search tree based on the ideas of a Hash Array Mapped Trie, HAMT for short, where each level of the tree is based on each byte of an utf8-char.
As stated earlier the entire lookup structure is stored as one buffer, a buffer with the following layout.
item_cnt[uint64_t], availability-bits[uint64_t[item_cnt]], offsets[uint16_t[item_cnt]]
| item_cnt | the amount of items in the following lists, kept as uint64_t for alignment reasons. |
| availability-bits | collection of bit-fields of what codepoints that are available in the lookup per “octet-byte”. |
| offsets | depending on the octet of the current char to translate and step in the translation-process the next offset in availability-bits or start of result-offset. |
By octet I refer to how many bytes the current utf8-char is consisting of.
The first section of our availability-bits is the “root” of our lookup-table where a small table is used to find where to start the lookup. As octet one ( i.e. ASCII ) can have 128 possible values in utf8 ( first bit is 0 ) we need two slots in the availability bits where all other octets first byte fit in one 64-bit slots.
So what is stored is something like this: [ octet1 lower start ] [ octet1 higher start ] [ octet2 start ] [ octet3 start ] [ octet4 start ] … [ octet2 bit1 ] [ octet2 bit2 ] … [ octet3 bit1 ] … [ octet3 bit1 bit2 ]
What we are actually storing is info about groups of codepoints in subsequent bytes. I.e. we split the range of codepoints in chunks of 64 and if any char in that group is available in the table that bit is set. This is true except in the “leaf” where it represent if the actual codepoint exists. In short we have built a tree-structure with all levels having between 0 and 64 branches.
Also, if an entire 64-bits chunk is 0, we do not store it at all so there will be no 64-bit chunk that is 0, if there is I have a bug :)
Now to find the actual offset that are to be our result, we store offsets to where the next 64-bit chunk for the next byte in our codepoint is stored. By then storing all subservient levels in the tree after each other as such:
i will do this for 8 bits just to fit on the page :)
avail_bits[some_index] = [00010110] offset[some_index] = 16
avail_bits[16-18] = is the next level in the tree offsets[16-18] = offsets to the next level in the tree or final result-offsets.
As we only store one offset per level we need a way to find what item we need, but we do not want empty elements for the 0-bit. What we can do then is use base_offset + bits_set_before_checked_bit(), an operation that can be performed really fast by modern hardware via the popcnt-instruction and fairly quick with some smart code if popcnt is not available.
So the inner loop of the algorithm will look as follows.
// table telling where to start a lookup-traversal depending on how many bytes the current utf8-char is.
// first item in the avail_bits is always 0, this is used as "not found". If sometime in the lookup-loop
// a char is determined that it do not exist, i.e. a bit in the avail_bits-array is not set, the current
// lookup index will be set to 0 and reference this empty bitset for the rest of the lookup.
//
// This was done under the assumption that you mostly do lookups that "hit" the table, i.e. you will need
// to do all loop-iterations so instead of branching, just make the code always loop all iterations.
//
// if this is a gain is something to actually be tested.
static const uint64_t START_OFFSET[4] = { 1, 3, 4, 5 };
// pos is the current position in the utf8-string to perform a lookup for.
uint8_t first_byte = *pos;
int octet = UTF8_TRAILING_BYTES_TABLE[ first_byte ];
static const uint64_t GROUP_MASK[4] = { 127, 63, 63, 63 };
static const uint64_t GID_MASK[4] = { 63, 31, 15, 7 };
uint64_t curr_offset = START_OFFSET[octet];
uint64_t group_mask = GROUP_MASK[octet];
uint64_t gid_mask = GID_MASK[octet];
for( int i = 0; i <= octet; ++i )
{
// make sure that we get a value between 0-63 to decide what bit the current byte.
// it is only octet 1 that will have more than 6 significant bits.
uint64_t group = (uint64_t)(*pos & group_mask) >> (uint64_t)6;
// mask of the bits that is valid in this mask, only the first byte will have a
// different amount of set bits. Thereof the table above.
uint64_t gid = (uint64_t)(*pos & gid_mask);
uint64_t check_bit = (uint64_t)1 << gid;
// gid mask will always be 0b111111 i.e. the lowest 6 bit set on all loops except
// the first one. This is due to how utf8 is structured, see table at the top of
// the file.
gid_mask = 63;
++pos;
// index in avail_bits and corresponding offsets that we are currently working in.
uint64_t index = group + curr_offset;
// how many bits are set "before" the current element in this group? this is used
// to calculate the next item in the lookup.
uint64_t items_before = utf8_popcnt_impl( avail_bits[index] & ( check_bit - (uint64_t)1 ), has_popcnt );
// select the next offset in the avail_bits-array to check or if this is the last iteration this
// will be the actual result.
// note: if the lookup is a miss, i.e. bit is not set, point curr_offset to 0 that is a bitfield
// that is always 0 and offsets[0] == 0 to just keep on "missing"
curr_offset = ( avail_bits[index] & check_bit ) > (uint64_t)0 ? offsets[index] + items_before : 0x0;
}
// curr_offset is now either 0 for not found or offset in glyphs-table
res_out->offset = (unsigned int)curr_offset;
Performance
To test out the performance of the solution I have written a small benchmark app that is testing 4 different approaches to doing this and measuring some different stats
- memory usage
- total
- amount of allocations
- speed
- GB/sec
- ms/10000 codepoints
These benchmarks runs over quite a few texts in various languages. Downloaded from The Project Gutenberg. I have tried to get a good spread over different kind of texts using different combinations of code-pages etc.
The benchmarks will perform a complete “translation” of each text 100 times in a row.
The tested approaches for doing this are as follows
- use utf8_lookup with a native popcnt instruction
- use utf8_lookup without a native popcnt instruction
- stuff all codepoint/offset pairs into an std::map
- stuff all codepoint/offset pairs into an std::unordered_map
- bitarray with native popcnt
- bitarray without native popcnt
The bitarray-approach is just having a big array of uint64_t, set the bit if the codepoint exists, store an offset per uint64_t, and get the result-offset as:
res = offsets[codepoint / 64] + bits_set_before(lookup[codepoint / 64])
basically utf8_lookup without compression.
Finally its time for some numbers and charts!
Texts used and results:
| file | codepoint count | bpcp utf8_lookup | bpcp bitarray | bpcp std::map | bpcp std::unordered_map |
|---|---|---|---|---|---|
| ancient_greek.txt | 222 | 0.891892 | 5.810811 | 40.0 | 30.342342 |
| stb_image.h | 95 | 0.505263 | 0.019531 | 40.0 | 23.242105 |
| chinese1.txt | 3529 | 0.971380 | 2.893171 | 40.0 | 24.451118 |
| chinese2.txt | 3540 | 0.959887 | 2.884181 | 40.0 | 24.424858 |
| chinese3.txt | 4226 | 0.818268 | 2.415996 | 40.0 | 30.209181 |
| danish.txt | 111 | 1.333333 | 11.351352 | 40.0 | 29.549549 |
| germain.txt | 133 | 1.413534 | 10.526316 | 40.0 | 27.308271 |
| esperanto.txt | 96 | 1.229167 | 13.437500 | 40.0 | 23.166666 |
| japanese.txt | 2176 | 1.506434 | 4.191961 | 40.0 | 28.232977 |
| japanese2.txt | 2438 | 1.506434 | 4.696691 | 40.0 | 29.705883 |
| russian.txt | 145 | 0.882759 | 8.896552 | 40.0 | 26.372414 |
| big.txt | 6069 | 0.607678 | 1.683968 | 40.0 | 25.894217 |
bpcp = bytes per codepoint
All tests has been run on my private machine, an Intel(R) Core(TM) i7-4770K CPU @ 3.50GHz with 16GB DDR3 RAM running Ubuntu 14.04.5 LTS.
All builds has been done with g++ (Ubuntu 4.8.4-2ubuntu1~14.04.3) 4.8.4.
Optimized builds has been compiled with
g++ -Wconversion -Wextra -Wall -Werror -Wstrict-aliasing=2 -O2 -std=gnu++0x -Wconversion -Wextra -Wall -Werror -Wstrict-aliasing=2 -O2
And debug builds with
g++ -Wconversion -Wextra -Wall -Werror -Wstrict-aliasing=2 -std=gnu++0x -Wconversion -Wextra -Wall -Werror -Wstrict-aliasing=2
First lets get this out of the room, the std::map/unordered_map versions are really bad compared to the others in all measurements. That was expected but I added them to the tests as it is something that is the “first thing that comes to mind” and something I wouldn’t be surprised to see in a codebase.
As we can see the memory used and performance ( in GB text translated per second ) by the std::-implementations are just huge compared to the other to solutions, so lets remove them to get some more interesting charts :)
The charts clearly show that utf8_lookup outperforms the bitarray in all cases except pure ASCII ( stb_image.h ) when it comes to memory-usage and loses when it comes to raw lookup performance in all tests. We can also mention that the “tighter” the codepoints to lookup are, the more comparable the both techniques are. We could also plot bytes-per-codepoint vs lookup perf.
In this chart we can clearly see each approach “banding” on bytes-per-codepoint and lookup-perf.
We’ll end with mentioning performance in an non-optimized build as well, something that I find usually is lacking. OK performance in a debug-build is really something that will make your life easier and something I find to be a well worthy goal to strive for.
It’s the same pattern here, the std::-based solutions are just getting crushed and the simple array is by far the fastest but IMHO utf8_lookup holds its ground pretty well. A colleague of mine also pointed out that this is with gcc:s implementation of the STL, if this would have been run with some other STL implementations ( among others the one used in msvc ) the debug-results would have been even worse.
Conclusion
It has been quite interesting to test and benchmark this solution. I guess the findings can be summarized as follows, if you want pure performance nothing beats a simple array ( nothing new under the sun here! ), however utf8_lookup performs really well when it comes to memory-usage.
I also think that there might be other approaches worth testing and adding benchmarks for here and maybe some more investigations into what governs performance. My guess is cache, i.e. depending on how the indexed codepoints are distributed it could give better or worse cache-utilization.
There might also be gains to be had in the actual utf8_lookup implementation, for example one might change the order of how the internal items are stored to better group used memory chunks depending on access-patters. It might be interesting to generate some “heatmaps” of used codepoints for the different texts and see if a patter emerges.
However as I am, depending on when your read this, the father of 2 this is all that I have the time and energy for now and it is good enough for the small things I use it for.
I hope that this might be useful for someone, maybe it can be used for something other than what I have used it for? And if there is something to really take away from this is that base_offset + (popcnt(bits_before)) is a really sweet technique that can be used for many things :)
Have I missed any benchmark approach? Any improvements that I could do? Anything else? Feel free to contact me on twitter!


Integrating R with Power BI
Microsoft Power BI Desktop version nicely integrates with R. R is an open source software for statistical computing and graphics. R has become popular among the data scientists because of its powerful data analytics and visualization capabilities. Power BI is Microsoft’s flagship BI tool for creating dashboards and interactive reports. With R as a backend engine for Power BI Desktop, you can do many cool things, which can be categorized into three broad applications–
- using R to import data into Power BI,
- using R to query existing data in Power BI, and
- creating visuals with R script
In this article, I have demonstrated how to use R with Power BI to perform these applications.
Table of Contents
Application 1: Using R to import data sets into Power BI
Power BI can import data from a variety of sources. For a complete list, please see here.
Importing Excel .xlsx
or .csv
files into Power BI is perhaps the most common usage. However, I’ve personally found it to be problematic. In particular, if your source data is continuously updating including addition or removal of columns, then the changes do not get updated when you simply refresh the data sources from Power BI Desktop. This is a problematic when you are developing your interactive report and also when the dashboard is in production.
A more robust solution of importing data is to use R script. This is known as Running R scripts in Power BI Desktop.
Preparing the R script in R Studio
This is the stage you would write your R script to load your data. I use R studio for that. RStudio is a popular Integrated Development Environment (IDE) for R. If you are not familiar with RStudio, you can use the default R editor or wherever you write your R codes. You do not need any special preparation. Just use the editor to test your code before using in Power BI.
I am going to create a smiple data set with two columns using the R codes below. This data is being created for demonstration purposes only so that you can reproduce it when you are learning.
# Sample data frame object
df <- data.frame(
x= rnorm(100),
y= rnorm(100) + rnorm(100)
)
head(df)
This code creates an R data.frame
and saves in an object df
. This will be the name of the data when you import into Power BI. You can give the data object any valid R-name you want.
The above code also shows head(df)
, but Power BI only imports data.frame
. In this case, it will only import the df
object and ignore the rest. So you don’t have to worry about other codes in the script. Just make sure all codes run without error and without any dependencies.
Run your R script and import data
In Power BI Desktop, the R Script data connector is found in Get Data menu. Click on Get Data > More…, then select Other > R script as shown in the following image:
Notice that at the bottom of the above image, the your R installation path is displayed. If you have multiple installation of R, then you would need to go to Options and Settings > Options > R scripting and then setting the location of the R installation you would like to use.
Error message
After you enter the R script and hit OK, you might see a connection error message as follows:
In that case, you need to click on Retry and that will take to you the following message to enable native database query. Click on Run. If you want to know more about risk involved with this option please see the official documentation
After that, it should run without any issue and you should see a window like the following:
Loading the data
Once you are at this stage, you select the data frame created with the R script (in this case df
), and then click Load (or Edit if you want). This should load the data in Power BI. You can verify that in the Fields pane that the df
has indeeded loaded as shown in the folowing:
Now that you’ve successfully imported the data using R script, you can use the variables the typical way you would work within Power BI Desktop. If you want to add or edit any new column/variables or anything with the data using the R script, you would need to update the R script and load the data as usual.
When you edit the R script, you should not see any error/warning messages because you’ve already made those exceptions.
Updating the R script
It is obvious that you would be updating the R script since that was the whole purpose of importing the data via R script. You continue to edit the script in RStudio and when you are ready to update the code within Power BI, you need to go to Edit Queries option.
Simply right-click on the data under the FIELDS pane, and select Edit query. This should open the Power Query Editor and you can click on the gear icon ([1] in figure) as shown below:
Clicking that gear icon should open the R script editor where you can replace the existing code with the updated code. When you are ready, click OK, and then click Close & Apply ([2] in the figure) in the Power Query Editor to apply the changes.
Application 2: Using R to query existing data in Power BI
This application is useful for manipulating an already imported dataset. That is, data have been imported into Power BI Desktop, and now you want to do some cleaning or perform transformations. Essentially, you could do all of those while importing the data (Application 1). Interested readers may find the detailed document available from Microsoft Power BI on using R in Query Editor. I am giving an example to demonstrate how it works.
Example to demonstrate re-coding
Suppose we’ve imported a data set with missing vlaues and unusually large numbers in some of the fields. We want to perform some cleaning. Of course this is a fictitious example just to demonstrate the idea.
We use the R code to generate the data
df <- data.frame(
name = c("John", "Arif","Samira"),
sex = c(1, 1, 2),
gpa = c(4, 3.9, 3.95)
)
We will import this data using the R (discussed in Application 1). Once loaded, we will then do some transformations. To keep it simple, we will just recode the sex
variable to indicate Male
for 1
and Female
for 2
. For that, we use the following codes which we would enter in the R script:
# 'dataset' holds the input data for this script
library(dplyr)
newcalc <- dataset %>%
mutate(
sex = ifelse(sex == 1, "Male", "Female")
)
dataset
Entering R script to transform data
- Click on the Edit Queries button in Power BI Desktop to open the query editor.
- Select the appropriate query under the
Queries[]
menu on the left of the screen. - Click on the Transform menu above the ribbon.
- You will see the Run R Script button with the
R
icon. Click that.
Enter the R code that will be used to do the transformation. The screen would look like the following:
Click OK. If you see any permission error or message like that, follow the prompts and allow the R codes to execute. Once you successfully pass all the prompts (if any), you will get the screen that looks like this–
Make sure to click on the Table
field shown with the arrow in the figure. That will create the new step named newcalc
and the table as shown in figure below.
Now you click on the Home menu and hit the icon that says Close & Apply as shown in the figure below.
Now the sex
variable in the table should be a character variable with values Male
and Female
instead of 1
s and 2
s.
And you are done!
Application 3: Creating visuals with R script
One of the best applications of R with Power BI is that you can harness the power of R to create high quality graphs and display them within your report/dashboard in Power BI. All the filters/slicers will work as usual and the graphs will the dynamically updated when you slice your data.
You can bring R visual into Power BI in two ways–
- Importing an R visual from [Microsoft AppSource] (https://appsource.microsoft.com/en-us/marketplace/apps?product=power-bi-visuals)
- You can wirte you own code to create the visuals.
In this article, I’ve demonstrated how to use your own code to create visuals with R and display them in Power BI.
Example with mtcars data
This assumes that we already have a dataset in Power BI. For the sake of reproducibility of this example, I will create the data. This time, I will just load a car data set called mtcars
available within R.
Simply follow the steps in Application 1, using the code entered in the R script window:
df <- mtcars
This loads the data in Power BI as shown in the figure below.
Now, we would like to create a boxplot of gas mileage (miles per gallon) by cylinder type. We call the
To creat a R visual, click on the R icon from VISUALIZATIONS pane as seen in the above image (the icon is pointed with a red arrow).This should create a placeholder for a visual in the canvas and an R script editor will show up at the bottom of the screen.
Select the variables you want to use for the visual. In our case, we would need cyl
and mpg
. Once you select them, the R script editor will update with some basic codes (uneditable).
Now you are ready to enter the following code in the area where it says “Type or paste your R-script code here”. Enter the code below:
boxplot(mpg ~ cyl, data = dataset,
xlab = "Number of Cylinders",
ylab = "Miles Per Gallon",
main = "Gas Mileage",
notch = FALSE,
varwidth = TRUE,
col = c("blue","green","red"),
names = c("High","Medium","Low")
)
Then click on the little play button near the top of the script-editor to display the plot on canvas.
dataset
as your data object name in R-script visual.
And it’s that easy.
Hope this tutorial was useful for you. If you have any question or have some tips, please leave them as a comment.
I appreciate if you share this via social media. Thank you for reading.


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