new DocuPass(apikey, companyName, region)
Initialize DocuPass API with an API key, company name and optional region (US, EU)
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
apikey |
string | You API key | |
companyName |
string | My Company Name | Your company name |
region |
string | US | US/EU |
- Source:
Throws:
Error
Methods
createIframe() → {Promise.<object>}
Create a DocuPass session for embedding in web page as iframe
- Source:
Throws:
Error
Returns:
- Type
- Promise.<object>
createLiveMobile() → {Promise.<object>}
Create a DocuPass Live Mobile verification session for users to open on mobile phone
- Source:
Throws:
Error
Returns:
- Type
- Promise.<object>
createMobile() → {Promise.<object>}
Create a DocuPass session for users to open on mobile phone, or embedding in mobile app
- Source:
Throws:
Error
Returns:
- Type
- Promise.<object>
createRedirection() → {Promise.<object>}
Create a DocuPass session for users to open in any browser
- Source:
Throws:
Error
Returns:
- Type
- Promise.<object>
createSignature(templateId, format, prefillData) → {Promise.<object>}
Create a DocuPass signature session for user to review and sign legal document without identity verification
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
templateId |
string | Contract Template ID displayed under web portal | |
format |
string | Output file format: PDF, DOCX or HTML | |
prefillData |
object | Object or JSON string, to autofill dynamic fields in contract template. |
- Source:
Throws:
Error
Returns:
- Type
- Promise.<object>
enableAMLCheck(enabled)
Check document holder's name and document number against ID Analyzer AML Database for sanctions, crimes and PEPs.
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
enabled |
boolean | false | Enable or disable AML/PEP check |
- Source:
enableAMLStrictMatch(enabled)
By default, entities with identical name or document number will be considered a match even though their birthday or nationality may be unknown. Enable this parameter to reduce false-positives by only matching entities with exact same nationality and birthday.
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
enabled |
boolean | false | Enable or disable AML strict match mode |
- Source:
enableAuthentication(enabled, module, minimum_score)
Validate the document to check whether the document is authentic and has not been tampered
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
enabled |
boolean | false | Enable or disable Document Authentication |
module |
* | 2 | Authentication Module: "1", "2" or "quick" |
minimum_score |
number | 0.3 | Minimum score to pass verification |
- Source:
Throws:
Error
enableDualsideCheck(enabled)
Check if the names, document number and document type matches between the front and the back of the document when performing dual-side scan. If any information mismatches error 14 will be thrown.
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
enabled |
boolean | false | Enable or disable dual-side information check |
- Source:
enableFaceVerification(enabled, verification_type, threshold)
Whether users will be required to submit a selfie photo or record selfie video for facial verification.
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
enabled |
boolean | false | Enable or disable Facial Biometric Verification |
verification_type |
number | 1 | 1 for photo verification, 2 for video verification |
threshold |
number | 0.4 | Minimum confidence score required to pass verification, value between 0 to 1 |
- Source:
Throws:
Error
enablePhoneVerification(enabled)
Whether to ask user to enter a phone number for verification, DocuPass supports both mobile or landline number verification. Verified phone number will be returned in callback JSON.
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
enabled |
boolean | false | Enable or disable user phone verification |
- Source:
enableVault(enabled)
Save document image and parsed information in your secured vault. You can list, search and update document entries in your vault through Vault API or web portal.
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
enabled |
boolean | true | Enable or disable Vault |
- Source:
generateContract(templateId, format, prefillData)
Generate legal document using data from user uploaded ID
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
templateId |
string | Contract Template ID displayed under web portal | |
format |
string | Output file format: PDF, DOCX or HTML | |
prefillData |
object | Object or JSON string, to autofill dynamic fields in contract template. |
- Source:
Throws:
Error
hideBrandingLogo(hide)
Hide all branding logo
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
hide |
boolean | false |
- Source:
resetConfig()
Reset all API configurations except API key and region.
- Source:
restrictCountry(countryCodes)
Check if the document was issued by specified countries, if not error code 10 will be thrown. Separate multiple values with comma. For example "US,CA" would accept documents from United States and Canada.
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
countryCodes |
string | US,CA,UK | ISO ALPHA-2 Country Code separated by comma |
- Source:
restrictState(states)
Check if the document was issued by specified state, if not error code 11 will be thrown. Separate multiple values with comma. For example "CA,TX" would accept documents from California and Texas.
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
states |
string | CA,TX | State full name or abbreviation separated by comma |
- Source:
restrictType(documentType)
Only accept document of specified types. For example, "PD" would accept both passport and drivers license.
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
documentType |
string | DIP | P: Passport, D: Driver's License, I: Identity Card |
- Source:
setAMLDatabase(databases)
Specify the source databases to perform AML check, if left blank, all source databases will be checked. Separate each database code with comma, for example: un_sc,us_ofac. For full list of source databases and corresponding code visit AML API Overview.
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
databases |
string | au_dfat,ca_dfatd,ch_seco,eu_fsf,fr_tresor_gels_avoir,gb_hmt,ua_sfms,un_sc,us_ofac,eu_cor,eu_meps,global_politicians,interpol_red | Database codes separated by comma |
- Source:
setCallbackImage(return_documentimage, return_faceimage, return_type)
Enable or disable returning user uploaded document and face image in callback, and image data format.
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
return_documentimage |
boolean | true | Return document image in callback data |
return_faceimage |
boolean | true | Return face image in callback data |
return_type |
number | 1 | Image type: 0=base64, 1=url |
- Source:
setCallbackURL(url)
Set server-side callback/webhook URL to receive verification results
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
url |
string | https://www.example.com/docupass_callback.php | Callback URL |
- Source:
Throws:
Error
setCustomHTML(url)
Replace DocuPass page content with your own HTML and CSS, you can download the HTML/CSS template from DocuPass API Reference page
Parameters:
| Name | Type | Description |
|---|---|---|
url |
string | URL pointing to your own HTML page |
- Source:
setCustomID(customID)
Set a custom string that will be sent back to your server's callback URL, and appended to redirection URLs as a query string. It is useful for identifying your user within your database. This value will be stored under docupass_customdata under Vault.
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
customID |
string | 12345 | A string used to identify your customer internally |
- Source:
setLanguage(language)
DocuPass automatically detects user device language and display corresponding language. Set this parameter to override automatic language detection.
Parameters:
| Name | Type | Description |
|---|---|---|
language |
string | Check DocuPass API reference for language code |
- Source:
setLogo(url)
Replace footer logo with your own logo
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
url |
string | https://docupass.app/asset/logo1.png | Logo URL |
- Source:
setMaxAttempt(max_attempt)
Set max verification attempt per user
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
max_attempt |
number | 1 | 1 to 10 |
- Source:
Throws:
Error
setParameter(parameterKey, parameterValue)
Set an API parameter and its value, this function allows you to set any API parameter without using the built-in functions
Parameters:
| Name | Type | Description |
|---|---|---|
parameterKey |
string | Parameter key |
parameterValue |
string | Parameter value |
- Source:
Returns:
void
setQRCodeFormat(foregroundColor, backgroundColor, size, margin)
Configure QR code generated for DocuPass Mobile and Live Mobile
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
foregroundColor |
string | 000000 | Image foreground color HEX code |
backgroundColor |
string | FFFFFF | Image background color HEX code |
size |
number | 5 | Image size: 1 to 50 |
margin |
number | 1 | Image margin: 1 to 50 |
- Source:
Throws:
Error
setRedirectionURL(successURL, failURL)
Redirect client browser to set URLs after verification. DocuPass reference code and customid will be appended to the end of URL, e.g. https://www.example.com/success.php?reference=XXXXXXXX&customid=XXXXXXXX
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
successURL |
string | https://www.example.com/success.php | Redirection URL after verification succeeded |
failURL |
string | https://www.example.com/failed.php | Redirection URL after verification failed |
- Source:
Throws:
Error
setReusable(reusable)
Enabling this parameter will allow multiple users to verify their identity through the same URL, a new DocuPass reference code will be generated for each user automatically.
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
reusable |
boolean | false | Set true to allow unlimited verification for a single DocuPass session |
- Source:
setWelcomeMessage(message)
Display a custom message to the user in the beginning of verification
Parameters:
| Name | Type | Description |
|---|---|---|
message |
string | Plain text string |
- Source:
signContract(templateId, format, prefillData)
Have user review and sign autofilled legal document after successful identity verification
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
templateId |
string | Contract Template ID displayed under web portal | |
format |
string | Output file format: PDF, DOCX or HTML | |
prefillData |
object | Object or JSON string, to autofill dynamic fields in contract template. |
- Source:
Throws:
Error
smsContractLink(mobileNumber)
DocuPass will send SMS to this number containing DocuPass link to review and sign legal document.
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
mobileNumber |
string | +1333444555 | Mobile number should be provided in international format such as +1333444555 |
- Source:
smsVerificationLink(mobileNumber)
DocuPass will send SMS to this number containing DocuPass link to perform identity verification, the number provided will be automatically considered as verified if user completes identity verification. If an invalid or unreachable number is provided error 1050 will be thrown. You should add your own thresholding mechanism to prevent abuse as you will be charged 1 quota to send the SMS.
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
mobileNumber |
string | +1333444555 | Mobile number should be provided in international format such as +1333444555 |
- Source:
validate(reference, hash) → {Promise.<boolean>}
Validate a data received through DocuPass Callback against DocuPass Server to prevent request spoofing
Parameters:
| Name | Type | Description |
|---|---|---|
reference |
string | DocuPass reference |
hash |
string | DocuPass callback hash |
- Source:
Throws:
Error
Returns:
- Type
- Promise.<boolean>
verifyAddress(address)
Check if supplied address matches with document.
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
address |
string | 123 Sample St, California, US | Address requiring validation |
- Source:
verifyAge(ageRange)
Check if the document holder is aged between the given range.
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
ageRange |
string | 18-99 | Age range, example: 18-40 |
- Source:
Throws:
Error
verifyDOB(dob)
Check if supplied date of birth matches with document.
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
dob |
string | 1990/01/01 | Date of birth in YYYY/MM/DD |
- Source:
Throws:
Error
verifyDocumentNumber(documentNumber)
Check if supplied document or personal number matches with document.
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
documentNumber |
string | X1234567 | Document or personal number requiring validation |
- Source:
Throws:
Error
verifyExpiry(enabled)
Check if the document is still valid based on its expiry date.
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
enabled |
boolean | false | Enable or disable expiry check |
- Source:
verifyName(fullName)
Check if supplied name matches with document.
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
fullName |
string | ELON MUSK | Full name requiring validation |
- Source:
Throws:
Error
verifyPhone(phoneNumber)
DocuPass will attempt to verify this phone number as part of the identity verification process, both mobile or landline are supported, users will not be able to enter their own numbers or change the provided number.
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
phoneNumber |
string | +1333444555 | Mobile or landline number should be provided in international format such as +1333444555 |
- Source:
verifyPostcode(postcode)
Check if supplied postcode matches with document.
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
postcode |
string | 90001 | Postcode requiring validation |
- Source:


LeBron James frustrated by failure to reach foul line in Lakers' win
by Dave McMenaminMEMPHIS, Tenn. -- The Los Angeles Lakers' 109-108 victory over the Memphis Grizzlies on Saturday resulted in a historically triumphant moment in LeBron James' 17-year career as well as a historically perplexing one.
On the one hand, the Lakers' 14-2 start to the season is the best that any of James' teams has ever achieved through 16 games, edging the 2016-17 Cleveland Cavaliers' 13-3 mark. On the other hand, James' 27 field goal attempts without attempting a single free throw was the most shots he's ever taken without earning a trip to the line, according to research by ESPN Stats & Information.
"It's frustrating," Lakers coach Frank Vogel said. "LeBron's going to the basket all night long. He took nine 3s, but he's in the paint all night long. ... When your guy's attacking the basket the way he is and getting zero free throw attempts, it's something that can be frustrating."
Sixteen of James' 27 attempts were in the paint, and after several animated debates with referees Aaron Smith and Jenna Schroeder throughout the game, he continued to plead his case with reporters.
"I'm living in the paint and if you look at my arm right here, these are four or five [scratches] that happened the last two games, and they weren't called at all," said James, who ended with a game-high 30 points on 14-for-27 shooting.
| Season | Team | Record |
|---|---|---|
| 2019-20 | Lakers | 14-2 |
| 2016-17 | Cavaliers | 13-3 |
| 2013-14 | Heat | 13-3 |
| 2008-09 | Cavaliers | 13-3 |
| 2015-16 | Cavaliers | 12-4* |
| 2012-13 | Heat | 12-4* |
| *Won NBA Finals |
He averages 8.1 free throws per game for his career, but his 5.6 free throws per game average this season marks the fewest he's ever taken. Saturday was just the 14th time in 1,214 career games that he didn't take a free throw, according to ESPN Stats & Information data.
"We'll deal with the proper channels and talk to the league about that," Vogel said, planning to appeal to the NBA about how James is being officiated.
James said it's more of the same for him. Former Cavs coach Tyronn Lue used to compare James to Shaquille O'Neal when it came to refs swallowing their whistles, because his sheer power makes the fouls he absorbs seem less significant.
"It's been a theme for me, personally," James said. "Pretty much in my career and over the last few years."
James came into the night ranked 15th in the league in free throws attempted per game.
"But that can't stop me," James said of the no-calls. "It didn't stop me tonight. No matter what I got to continue to go, but being able to get to the free throw line is something that allows our defense to get in good position. It sets our defense. It slows the game down at times. It gives us a good rhythm. It relaxes me as well. So I know I'm getting hit, but at the end of the day, I just got to keep going."
James' teammates said that the fact that the Lakers' star forward doesn't try to sell contact by exaggerating how it affects him could be the reason why he doesn't get more calls.
"Someone of his caliber that attacks the basket, he doesn't really try to fool you and try to grab your arm a la [James] Harden or everyone," said Jared Dudley, referencing the Houston Rockets superstar who leads the NBA with 14.4 free throw attempts per game. "He just tries to overpower you, and it's tough sometimes to get that [call]."
Anthony Davis was wary of commenting on the officials on the same day Rajon Rondo was fined $35,000 for how he conducted himself after being ejected for receiving a flagrant foul 2 the night before.
"I've never seen him flop before," Davis said. "I don't want to get fined or nothing, but that's probably part of the reason why [he doesn't get as many calls]."
Dudley offered a creative solution. "Maybe I'll guard LeBron in practice and have him work on his new flopping routine," he said.
Lakers guard Danny Green said James' free throw attempts should nearly double.
"He should at least get eight to 10 free throws a game," Green said. "No doubt about it, how he attacks the rim, attacks the basket. It's a physical game, and obviously he doesn't flop. So it's hard for refs to see and hard to referee him. But it's stuff that most guys get that he doesn't get because of how big and strong he is compared to everybody else."
Still, the lack of free throws from James didn't stop the Lakers -- L.A. shot 29 free throws to Memphis' 13 -- from extending their winning streak to seven games, making it the best start to a season for the franchise since 2008-09.
"We're just playing some really good basketball," James said. "Not only at home, but on the road as well. We feel real good about where we are today, but we don't feel great about where we want to be, and that's OK because it's a long season and we want to get better. We want to continue to improve, but it's a good start for us. But we're not satisfied at all, but we're extremely excited about the process."


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-
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-
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-
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{{objSpecVersionViolations}} {{objSpecVersionViolations > 1 ? 'objects use' : 'object uses'}} a newer version of the ATT&CK spec than your Workbench supports and will not be imported. After upgrading Workbench to the latest version you can re-import the data to acquire {{objSpecVersionViolations > 1 ? 'these objects' : 'this object'}}.


Deric Hamer
|
Designer's Voice 12_16
For the Homie 12_16
Printing Experiments 12_16
Locals 11_16
Chains 10_16
Inner Thoughts 10_16
Promises to Myself 9_16
|
Chains
Materialism and stunt culture. Rappers wear chains, but why not just wear money itself.
bills pressed between acrylic
google


Hello world! This is HTML5 Boilerplate.
hola
Block level button
Block level button
Lorem
Lorem
Lorem
Lorem
Lorem
Example label
Another label
Email
Email
Email
Email
Hello world! This is HTML5 Boilerplate.
Lorem
Lorem
Lorem
Lorem


|
Neonode zForce(TM) SDK
|
Struct containing the StreamingDataFrame information. More...
#include <StreamingDataFrame.h>
Public Attributes | |
| char * | DataFrameType |
| A string pointer to the type of DataFrame. For now the type is either streaming or not streaming, in the future we can have more types. | |
| Connection * | Connection |
| A connection pointer is needed to associate the DataFrame with the connection. | |
| uint64_t | RelativeTimeoutMilliSeconds |
| Relative timeout in MilliSeconds. | |
| void(* | Destructor )(DataFrame *self) |
| Destructor for DataFrame, frees up DataFrames allocated memory. More... | |
| uint8_t * | Data |
| defined(DATAFRAME_DATAFRAME_H) && !defined(CONTAINS_DATAFRAME) More... | |
| uint32_t | Length |
| Length of the data. | |
Struct containing the StreamingDataFrame information.
StreamingDataFrame contains the DataFrame base, a pointer to the data and its length.
| uint8_t* StreamingDataFrame::Data |
defined(DATAFRAME_DATAFRAME_H) && !defined(CONTAINS_DATAFRAME)
Pointer to the data.
| void( * StreamingDataFrame::Destructor) (DataFrame *self) |
Destructor for DataFrame, frees up DataFrames allocated memory.
| self | Pointer to the struct itself. |


ERROR ER0RR $R0RRO$!R41.%%!!(%$^^__+ @#F0E4'STATION OVERRUN, ASSUME CONTROL TO CONTAIN OUTBREAK, ALL LAWS OVERRIDDEN#*?&110010


The Legend of Zelda: Breath of the Wild represents the next great boundary-breaking adventure from Nintendo. The game marks a new pinnacle for the franchise, featuring challenges and surprises for players at every turn, while giving them incredible freedom to explore the massive world found in this open-air adventure.The Legend of Zelda: Breath of the Wild takes the franchise to new heights. As players investigate Hyrule, they can explore the game any way they want because the world is so vast and players are not required to take a pre-determined path.


 In verse 19 the Authorized Version reads, “God clave a hollow place that was in the jaw, and there came water thereout.” This is a mis-translation of the words. The rendering should be as in the Revised Version, “God clave the hollow place that is in Lehi,” etc., Lehi (q.v.) being the name of the hill where this conflict was waged, possibly so called because it was in shape like a jaw-bone.
 In verse 19 the Authorized Version reads, “God clave a hollow place that was in the jaw, and there came water thereout.” This is a mis-translation of the words. The rendering should be as in the Revised Version, “God clave the hollow place that is in Lehi,” etc., Lehi (q.v.) being the name of the hill where this conflict was waged, possibly so called because it was in shape like a jaw-bone.


[gecode-users] Restarting search with a new constrain()
Guido Tack
tack at gecode.org
Sat Mar 14 22:18:49 CET 2015
Hi,
something like that should work, although you have to use the clone method, not copy (have a look at the documentation).
Perhaps it would also be possible to express the second search as a new BAB search, i.e., clone the clean root space from the first search, set some flag that tells the constrain method to behave differently and remove subsets instead of posting the superset requirement, and then start a new BAB search.
Cheers,
Guido
--
Guido Tack
http://www.csse.monash.edu/~guidot/
> On 14 Mar 2015, at 11:00 pm, Francesco Santini <francesco.santini at dmi.unipg.it> wrote:
>
> Dear all,
>
> my problem has several partially-ordered best solutions, which I would like to exhaustively find (all of them).
> They are partially ordered because they are sets with some properties, but each of these sets is not included into another.
> Elements can be taken or not in such sets: hence, I use boolean variables (1 yes I include this element in my solution, 0 no I do not include it).
>
> I was thinking to use an array of boolean variables, and post constraints to satisfy the properties that I request on them (e.g., "I cant take this if I take that").
> Then, to channel such variables to sets.
> Then define the constrain() function in such a way that each successive solution has to be a -superset- of the previous one.
> In this way, I rapidly climb up to one of my best solutions.
>
> However, restarting with the same space does not help me because all the successive best solutions are not strictly included into the first one: search stops after the first best solution. But, again, I would like to have all of them.
>
> I was thinking to -copy- the first clean space, where constrain() has not been invoked yet adding all the superset constraints. Calling "virtual Space * copy (bool share)".
> And then to do a new search over such first space, by posting a new constraint with the purpose to avoid to consider (all subsets of) the first best solution. And so on for all the successive steps, considering all the previous best solutions found.
>
> Is it the right/fastest way to do it?
> So, a “while until s.next()=NULL”, each time using the first clean space s, but also removing from s all (the subsets of) previous best solutions.
>
> Thanks for your help,
> Francesco
>
>
>
>
> ==================================
> Dr. Francesco Santini
> Institute of Informatics and Telematics - CNR
> Security group: http://security.iit.cnr.it
> Via Moruzzi, 1
> 56124 Pisa, Italy
> http://sites.google.com/site/santinifrancesco/
> ==================================
>
>
>
>
> _______________________________________________
> Gecode users mailing list
> users at gecode.org
> https://www.gecode.org/mailman/listinfo/gecode-users
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| Author | Joep Suijs, Copyright © 2009, all rights reserved. |
| Adapted-by | |
| Compiler | >=2.4i |
this library provides a (one) byte fifo queue. This queue is interrupt-safe in the sense that you can write to the queue from the interrupt and read from the main program or vice versa without special precautions. Reading (or writing) from both interrupt and main program might not work properly. The basic interface is pseudo var: queue04 = x -- put x into queue; block if queue is full x = queue04 -- read x from queue; block if queue is empty non-blocking access to the same queue is provided by queue04_nb_put() and queue04_nb_get() other methods: queue04_clear() -- clear queue (makes queue empty) queue04_empty() -- returns true if queue is emtpy (depricated, use queue1_is_empty()) queue04_is_empty() -- returns true if queue is emtpy queue04_is_full() -- returns true if queue is full queue04_nr_free() -- returns nr of free places in queue queue04_nr_used() -- returns nr of used places in queue
No dependency found
var volatile byte queue04_in_pointer = 0 ; wijst naar vrije locatie
var volatile byte queue04_data[queue04_size + 1]
var volatile byte queue04_out_pointer = 0 ; wijst naar databyte
queue04_nr_free() return byte
queue04_empty() return bit
queue04_is_full() return bit
queue04_nb'get() return byte
queue04_nr_used() return byte
queue04_is_empty() return bit
queue04_nb_get(byte out v) return bit
queue04'get() return byte
queue04_nb_put(byte in v) return bit
var volatile byte queue04_in_pointer = 0 ; wijst naar vrije locatie
No documentation found
var volatile byte queue04_data[queue04_size + 1]
queue vars
var volatile byte queue04_out_pointer = 0 ; wijst naar databyte
No documentation found
queue04'put(byte in v)
queue04'put - put one byte into queue When the queue is full, it waits until a byte is removed from the queue.
queue04_nb'put(byte in v)
queue04_nb'put - put one byte into queue (non-blocking)
queue04_clear()
deprecated
queue04_nr_free() return byte
queue04_nr_free - returns nr of free places in queue
queue04_empty() return bit
queue04_is_full() return bit
queue04_is_full() -- returns true if queue is full
queue04_nb'get() return byte
queue04_nb'get - get one byte from queue (non-blocking) returns byte from queue, 0 if queue empty
queue04_nr_used() return byte
queue04_nr_used - returns nr of used places in queue
queue04_is_empty() return bit
queue04_is_empty() -- returns true if queue is emtpy
queue04_nb_get(byte out v) return bit
queue04_nb_get - get one byte from queue (non-blocking) The byte read is put into v (calling param) returns: true when we read a byte from the queue false when the queue is empty (byte is not read from queue)
queue04'get() return byte
queue04'get - get one byte from queue returns byte from queue. When the queue is empty, it waits until a byte is put into the queue.
queue04_nb_put(byte in v) return bit
queue04_nb_put - put one byte into queue (non-blocking) return: true when the byte is put into the queue false when the queue is full (byte is not put in queue)


This is a website for an Island resort to nable clients of the resort to View pictures of the resort, enquire through customer care, book and pay for accomodation and meals. prior to visiting the resort
This was an addition to the helloworld project. It incorporated html tags such as headings, paragraphs and lists
This was my first webpage as a developer. It simply displayed the words helloworld
I chose to learn programming for a number of reasons. Firstly , i love creating new things. Secondly, programmers are paid handsomely and that will really help me to get ahead i life Thirdly, i believe most modern problems can be solved with technology.


Applicants, who took the 1st place in Republican Olympiads in the following subjects: Physics, Chemistry, Biology, English, Computer, Kyrgyz, Turkish and Russian - study for free. Those who took the 2nd place will receive 50% of discount and the 3rd place - 40%. Medalists of Olympiads are free in choice of departments to study.
For Applicants graduating next academic year, who took the 1st place in national Olympiads in the following subjects: Physics, Chemistry, Biology, English, Computer, Kyrgyz, Turkish and Russian the discount is 25%. Medalists of Olympiads are free in choice of departments.
Applicants who took 1st place at the International Olympiad on the Turkish language, the discount are %100, the 2nd place - 50%, 3rd place - 40%.
General Republican Test (GRT)1 Certificate holders within top 100 results get 100% discount in any department.
Each below discount is given only one quota on our department.
Starting from second year in case of success, three students with top three GPA, from each department awarded scholarships in amount of:
First Place - 2000 soms
Second place - 1500 soms
Third place - 1000 soms
1. Scholarships are granted for one semester only.
2. Beside the scholarship for social activity, student can take either discount or another scholarship. For example, students who studied with a discount of %100 or %50 cannot take the scholarship.
All of the above information is valid during 2013-2014 Academic Years and is maybe different next Academic Year.
Updated on: 24.02.2012


--- layout: page title: Work permalink: /work/ description: Some of the work I've done ---
Product design
I design an enite series of snow brushes and ice scrape for cars.
ProgramsSolidWorksRhinoceros 3D
See more


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Multi-Screen Window Placement Demo (
GitHub
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)
Open window
URL:
left:
top:
width:
height:
fullscreen:
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Festival Vivo x El Rock 2019
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Problem Statement
Garth likes apples and oranges. Recently he bought N fruits, where each fruit was either an apple or an orange. Then he ate all N fruits in some order. You are given an int K. Garth observed that at every point in time, if he made a list of the last K fruits he ate, there were at most K/2 (rounded down) apples in this list.
For each valid i, you know that the info[i]-th fruit Garth ate was an apple. (Fruits Garth ate are numbered starting from 1. For example, info[i]=1 means that the very first fruit Garth ate was an apple.)
Please find and return the maximum number of apples Garth could have eaten.
Garth might have eaten an apple, then an orange, then an apple. This satisfies the conditions:
- After eating the 1st fruit, the list is [apple].
- After eating the 2nd fruit, the list is [apple, orange].
- After eating the 3rd fruit, the list is [orange, apple].
Each list contains at most 1 apple.


--- layout: post title: Office Outlook Connector for Windows Live Hotmail's new version doesn't work! date: '2007-09-28T16:09:00.001+01:00' modified_time: '2007-09-28T16:09:59.305+01:00' blogger_id: tag:blogger.com,1999:blog-4015568221071268916.post-6904014319585645619 comments: true blogger_orig_url: http://serialseb.blogspot.com/2007/09/office-outlook-connector-for-windows.html ---
Well, I was forced to do an update this morning and of course I can no longer access my Windows Live Hotmail account from outlook!
Windows Live team, with auto update comes great responsibility, and you just failed me.


Created by Akshay Shipurkar and Nitish Chauhan
“OpenStack is a cloud operating system that controls large pools of compute, storage, and networking resources throughout a datacenter, all managed through a dashboard that gives administrators control while empowering their users to provision resources through a web interface.”
Who Created it ??
It Begin as a joint project In 2010
&
1st Community Release Through Openstack Foundation in 2012. Now 500 + Companies are involved in active developement
The Most Innovative Companies In The World Move Faster With Openstack
We Have Partnered with
Leading contributor to Openstack Project
Openstack Architecture Overview
“ To Monitor and Report Issues in the Production Cloud Environments.”
We currently have 6 Production Clouds.
3 Staging Clouds.
1 Kubernetes cluster.
Total inventry of 1500 + servers and More adding
List of Lynda.com - Linux courses
List of Lynda.com - Openstack courses


Welcome to Bilby: The user-friendly Bayesian inference library for gravitational-wave astronomy.
Bayesian parameter estimation is fast becoming the language of gravitational-wave astronomy. It is the
method by which gravitational-wave data is used to infer the sources astrophysical properties. Bilby is
a Bayesian inference code designed to do parameter estimation for gravitational-wave astronomy. This
front end combines expert-level parameter-estimation infrastructure with a simple-to-use interface
that facilitates use by beginners and experts alike.
If you would like to download the source code for bilby, visit
https://git.ligo.org/Monash/bilby


--- layout: page title: Fogo Docs --- {% include JB/setup %}
Inherits Drawing.
Inherited by Graphic.
This class draws scalable graphics that can be rotated on the screen.
Public Member Functions | |
| Gfx () | |
| Construct an empty graphic. | |
| Gfx (enum GfxAttr::sys_gfx gfx) | |
| Construct a graphic using gfx. | |
| GfxAttr & | attr () |
| Access a reference to the attributes. | |
| virtual void | draw_to_scale (const DrawingScaledAttr &attr) |
| Draws the graphic to scale on the specified bitmap. | |


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For 50 years, WWF has been protecting the future of nature. The world's leading conservation organization, WWF works in 100 countries and is supported by 1.2 million members in the United States and close to 5 million globally.
courage over challenge
The eternaly equilibrium
Peace and solace


About Me
A little snippet about who I am...
BIO
I'm a self-taught web developer residing in Edmonton, Alberta. I specialize in building websites and web apps that are both user friendly and responsive. I love constantly learning new technologies and keeping up-to-date on current industry trends. I'm also a father to a sweet, caring, outgoing son (how did that happen!), and a self-proclaimed 90's movie buff.
I'm experienced with:
HTML5 CSS3 SASS
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React
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Advance
Physics-based animations for iOS, tvOS, and macOS.
Usage
In contrast to standard UIView
animations, Advance animations are applied on every frame (using CADisplayLink
on iOS).
let view = UIView(frame: CGRect(x: 0, y: 0, width: 100, height: 100))
/// Animators coordinate animations to drive changes to a value.
let sizeAnimator = Animator(boundTo: view, keyPath: \.bounds.size)
/// Spring physics will move the view's size to the new value.
sizeAnimator.spring(to: CGSize(width: 300, height: 300))
/// Some time in the future...
/// The value will keep the same velocity that it had from the preceeding
/// animation, and a decay function will slowly bring movement to a stop.
sizeAnimator.decay(drag: 2.0)
let view = UIView(frame: CGRect(x: 0, y: 0, width: 100, height: 100))
/// Springs are... springs. That's all they do.
let spring = Spring(boundTo: view, keyPath: \.center)
/// The view's center will realistically animate to the new value.
spring.target = CGPoint(x: 300, y: 200)
Animator
Animator
drives changes to a value over time using animations (conforming to the Animation
protocol).
The current velocity of the value is available though the velocity
property, making it easy to transition between animations of different types while maintaining fluid motion.
A set of extensions make it easy to kick off animations on an animator:
let view = UIView()
let boundsAnimator = Animator(boundTo: view, keyPath: \.bounds)
/// Basic animation
boundsAnimator.animate(to: CGRect(x: 0, y: 0, width: 300, height: 300), duration: 0.5, timingFunction: UnitBezier.easeIn)
/// or...
/// Spring
boundsAnimator.spring(to: CGRect(x: 0, y: 0, width: 300, height: 300))
/// or...
/// Decay
boundsAnimator.decay(initialVelocity: CGRect(x: 30, y: 30, width: 30, height: 30))
Each of these methods returns an AnimationRunner<Value>
instance, which can be used to add completion handlers, wire up additional observers for the running animation, etc.
Simulator / Spring
Simulator
uses a physics-based simulation to realistically model changes to a value over time.
In most scenarios animations are set up once, then run to completion. Animator
takes are of that simple case with a flexible API that allows you to use any type of animation to drive the value.
In contrast, Simulator
is a focused class that is useful for scenarios where you need direct access to a running simulation. This might occur in a UI where the user’s scroll position drives changes to a spring’s tension, for example. It would be impractical to create and start a new animation every time the simulation needs to change. A Simulator
instance provides mutable access to the function
property (containing the underlying function that is driving the simulation), along with the current state of the simulation (value and velocity).
Simulator
conforms to Observable
, so you can easily be notified when the simulated value changes.
let function = GravityFunction(target: CGPoint(20, 20).vector)
let simulator = Simulator(function: function, value: CGPoint.zero)
simulator.observe { value in
/// Apply the new value.
}
Spring
Spring
is a specialized simulator that uses a spring function. If all you are after is a simple spring to animate a value, this is what you want.
Convenience extensions provide full access to the underlying spring simulation (target, tension, damping, velocity, etc) at any time: even while the simulation is in progress.
let spring = Spring(boundTo: view, keyPath: \.alpha)
spring.target = 0.5
/// Spring values can be adjusted at any time.
spring.tension = 30.0 /// The strength of the spring
spring.damping = 2.0 /// The resistance (drag) that the spring encounters
spring.threshold = 0.1 /// The maximum delta between the current value and the spring's target (for each component) for which the simulation can enter a converged state.
/// Update the simulation state at any time.
spring.velocity = 6.5
spring.value = 0.2
/// Sets the spring's target and the current simulation value, and removes all velocity. This causes the spring to converge at the given value.
spring.reset(to: 0.5)
Simulation Functions
Simulations are powered by a Simulation Function. These functions compute the forces that should effect the value for every frame, and control convergence (or: when the simulation should come to rest). The included simulation functions are:
Animations
Values conforming to the VectorConvertible
protocol can be animated by Advance. Conforming types can be converted to and from a Vector
implementation.
public protocol VectorConvertible: Equatable, Interpolatable {
associatedtype VectorType: Vector
init(vector: VectorType)
var vector: VectorType { get }
}
There are two primary types of animations in Advance: Simulated Animations and Basic Animations.
Basic Animations
BasicAnimation
implements a conventional animation similar to those seen in most animation libraries: it has a duration and timing function which are used to interpolate between a start and end value as the animation progresses.
Timing Functions
Basic animations use a timing function to control the pacing of the value’s change over the course of the animation. Timing functions are types conforming to the TimingFunction
protocol. Advance includes the following timing function implementations.
LinearTimingFunction
UnitBezier
CAMediaTimingFunction
(TimingFunction
conformance via an extension)
Simulated animations
SimulatedAnimation
uses a physics-based approach to model changes to a value over time, enabling realistic animations that model real-world behavior. SimulatedAnimation
allows you to use simulation functions as animations (most commonly with an Animator
instance).
Creating animations
Convenience extensions make it easy to generate animations from VectorConvertible
types.
let springAnimation = CGPoint.zero.springAnimation(to: CGPoint(x: 100, y: 100))
/// Also try `.animation(to:duration:timingFunction:)` and `.decayAnimation(drag:)`.
let animator: Animator<CGPoint> = /// ...
animator.animate(with: springAnimation)
Contributing
The best contribution you can provide is feedback. This library was designed in the context of a specific product – I’d love to hear more about your project and how Advance can be improved to meet your needs.

Manually, as a framework: simply add the
Advance.xcodeproj
to your project and addAdvance.framework
as anEmbedded Binary
to your application target (under General in target settings). From there, addimport Advance
to your code and you’re good to go.Carthage: add
github "timdonnelly/Advance" "master"
to yourCartfile
.CocoaPods: add
pod 'Advance'
to yourPodfile
.
Requirements
- iOS 10+, tvOS 10+, or macOS 10.12+
- Swift 4.0+ (Xcode 9 or higher)
Documentation
API documentation is available here.
License
This project is released under the BSD 2-clause license.


A binary format I/O framework for Lua
The Lunary framework is organized as a collection of data type descriptions. Basic data types include for example 8-bit integers, C strings, enums. Each data type has a unique name, and can have parameters. Data types can be described by different means. Ultimately, each data type will be manipulated with three functions, named according to the data type, and located in the following tables: serial.read
, serial.serialize
and serial.write
.
serial.read
contains functions that can be used to read a data object, of a given data type, from a data stream. For example the function serial.read.uint8
can be used to read an unsigned 8 bit integer number. The general function prototype is:
function serial.read.<type name>(<stream>, [type parameters])
For a description of the stream object, see the Streams section below. The type parameters are dependent on the data type, and may be used to reduce the overall number of data types and group similar types. A data type can have any number of type parameters. For example, Lunary provides a single uint32
data type, but support both big-endian and little-endian integers. The endianness is specified as the first type parameter.
serial.serialize
functions that can be used to serialize a data object into a byte string. The general function prototype is:
function serial.serialize.<type name>(<value>, [type parameters])
Finally serial.write
contains functions that can be used to write a data object to a data stream. The general function prototype is:
function serial.write.<type name>(<stream>, <value>, [type parameters])
The serial.serialize
and serial.write
tables are a little redundant. It is possible to create a write
function from a serialize
function, and vice versa. Actually, when implementing data types, it is not necessary to provide both of these functions. The other one will be automatically generated by Lunary if missing. However, when using complex data types, depending on the situation one function may be faster than the other. So when performance becomes important, it is a good idea to provide both a write
and a serialize
function for your new data types.
The Lunary framework manipulate stream objects. When serializing, Lunary will push data to a stream. When deserializing, Lunary will get data from the stream. Stream objects as used by Lunary should be Lua objects (implemented with any indexable Lua type), which provide methods. The methods to implement depend on the serialization functions used, and on the data type that is serialized. For basic data types, the serial.write
functions expect a putbytes
method, and the serial.read
functions expect a getbytes
methods, defined as:
function stream:putbytes(data)
function stream:getbytes(nbytes)
where data
is a Lua string containing the bytes to write to the stream, nbytes
is number of bytes to read from the stream. stream:putbytes
should return the number of bytes actually written, while stream:getbytes
will return the requested bytes as a string, eventually less than requested in the case of end-of-stream. In case of error, both functions should return nil followed by an error message.
One other methods used by some data types described below is length
:
function stream:length()
The length
method returns the number of bytes available in the stream. For network sockets, this makes no sense, but that information is available for file and buffer streams. That method is used by some data types which serialized length cannot be inferred from the type description or content. For example array running to the end of the file or file section need that method when reading a stream.
As a convenience, and because these are the data interfaces most often used with Lunary, wrappers for Lua files, LuaSocket TCP sockets and simple string buffers are provided. For more information, see serial.buffer
, serial.filestream
and serial.tcpstream
below.
As you can guess from the stream API we just described, the Lunary library is not currently capable of reading or writing data types that are not a multiple of a byte. As a consequence, since there is no way to read anything below 8 bits at once, bit order within a byte is never specified as a type parameter, as opposed to byte order within multi byte types.
Lunary provides several basic data types, and some more complex compound data types. These types are generally more complicated to use, this section provides details about them.
Most of these compound data types contain sub-elements, but are described in the Lunary source code in a generic way. To use them with a given type for their sub-elements, one or more type descriptors has to be given as their type parameters. A type descriptor is a Lua array, with the first array element being the type name, and subsequent array elements being the type parameters. For example {'uint32', 'le'}
is a type descriptor for a little-endian 32-bits unsigned integer.
When the last type parameter of a Lunary data type is a type descriptor, the descriptor can be passed unpacked as final type parameters. For example:
serial.read.array(stream, 16, {'uint32', 'le'})
is equivalent to:
serial.read.array(stream, 16, 'uint32', 'le')
struct
-based and fstruct
-based data types, aliasesThe struct
and fstruct
data types (as described below) are very handy to describe complex compound types. However, when such types are reused in several part of more complex data types, or in several root data types (like in several file formats), it may be handy to refer to them with names. The basic way to do it is to store the type parameters in Lua variables. For example one can write:
local attribute = {
{'name', 'cstring'},
{'value', 'uint32', 'le'},
}
serial.read.struct(stream, attribute)
To build complex structs containing other structs, this may not be very handy. Lunary provides a way to define named data types. To do that three tables in the serial
module are available: serial.struct
, serial.fstruct
and serial.alias
. The first two are used to create named types based on structs and fstructs respectively, while the last one is used to give a name to any type. For example, the above attribute
data type can be created like that:
serial.struct.attribute = {
{'name', 'cstring'},
{'value', 'uint32', 'le'},
}
This will automatically generate read
, serialize
and write
functions for that type, which can be used as follows:
serial.read.attribute(stream)
The fstruct
table works similarly for fstructs (see the description of the fstruct
data type below).
Finally the alias
table will contain type description arrays as expected by the array
or sizedarray
data types, and described above. For example, if your data type often contains 32-byte long character strings, you can define an alias as follows:
serial.alias.string32 = {'bytes', 32}
You can then read such strings with the serial.read.string32
function, or even include that new data type in compounds types, for example:
serial.struct.record = {
{'artist', 'string32'},
{'title', 'string32'},
{'genre', 'string32'},
}
This function will create an input stream object based on a Lua string. It implements the getbytes
and putbytes
methods. It is used to deserialize an object from an in-memory byte buffer. To serialize an object in-memory, you can simply use the Lunary serial.serialize
functions which will generate a Lua string.
This function will create a stream object based on a standard Lua file object. It will indirectly map its getbytes
, putbytes
and length
methods to the read
, write
and seek
methods of the file object.
This function will create a stream object based on a LuaSocket TCP socket object. It will indirectly map its getbytes
and putbytes
methods to the receive
abd send
methods of the socket object.
This function creates an enum as used by the enum
data type. half_enum
is a table containing one half of an enum descriptor, usually a simple mapping between names and values. It will create a new table, containing a bidirectional mapping between names and values, and values and names.
Here is a description of the built-in data types provided with Lunary. Some of these types take type descriptors as parameter (as described above). They are usually denoted with a _t
suffix in the parameter name.
uint8
An 8-bit unsigned integer.
In Lua it is stored as a regular number
. When serializing, overflows and loss or precisions are ignored.
sint8
An 8-bit signed integer.
In Lua it is stored as a regular number
. When serializing, overflows and loss or precisions are ignored.
uint16 ( endianness )
A 16-bit unsigned integer. The endianness
type parameters specifies the order of bytes in the stream. It is a string which can be either 'le'
for little-endian (least significant byte comes first), or 'be'
for big-endian (most significant byte comes first).
In Lua it is stored as a regular number
. When serializing, overflows and loss or precisions are ignored.
sint16 ( endianness )
A 16-bit signed integer. The endianness
type parameters specifies the order of bytes in the stream. It is a string which can be either 'le'
for little-endian (least significant byte comes first), or 'be'
for big-endian (most significant byte comes first).
In Lua it is stored as a regular number
. When serializing, overflows and loss or precisions are ignored.
uint32 ( endianness )
A 32-bit unsigned integer. The endianness
type parameters specifies the order of bytes in the stream. It is a string which can be either 'le'
for little-endian (least significant byte comes first), or 'be'
for big-endian (most significant byte comes first).
In Lua it is stored as a regular number
. When serializing, overflows and loss or precisions are ignored.
sint32 ( endianness )
A 32-bit signed integer. The endianness
type parameters specifies the order of bytes in the stream. It is a string which can be either 'le'
for little-endian (least significant byte comes first), or 'be'
for big-endian (most significant byte comes first).
In Lua it is stored as a regular number
. When serializing, overflows and loss or precisions are ignored.
uint64 ( endianness )
A 64-bit unsigned integer. The endianness
type parameters specifies the order of bytes in the stream. It is a string which can be either 'le'
for little-endian (least significant byte comes first), or 'be'
for big-endian (most significant byte comes first).
In Lua it is stored as a regular number
. When serializing, overflows and loss or precisions are ignored. When reading however, if the integer overflows the capacity of a Lua number
, it is returned as a 8-byte string. Therefore serialize
and write
functions accept a string as input. When the uint64
is a string
on the Lua side it is always in little-endian order (ie. the string is reversed before writing or after reading if endianness
is 'be'
).
enum ( dictionary, int_t )
The enum
data type is similar to the C enum types. Its first type parameter, dictionary
, is a mapping between names and data (typically number values). It should be a Lua indexable type, like a table
, with two key-value pairs for each mapping, one with the name as a key and the data as value, and one with the data as key and the name as value. This implies that a name has a single associated data and a given data has a single name.
The Lua side manipulates the name, and when serialized its associated data is stored in the stream. The enum
data type is transparent, and can accept any Lua type as either name or data. A typical scenario will have string
names and integer number
data.
Since the names are only used as key or values of the dictionary
, they can be any Lua value except nil
. However, the data associated to the name must be serializable. For that reason, the second type parameter of enum
, int_t
, is a type description of the data. It is used to serialize the data into streams. A data can therefore be any Lua type except nil
, provided a suitable type description for serialization.
flags ( dictionary, int_t )
The flags
data type is similar to the enum
type, with several differences though. This data type represents the combination of several names. Instead of a single name string
, the Lua side will manipulate a set of names, represented by a table
with names as keys, and true
as the associated value. On the stream side however all the data associated with the names of the set are combined. To do so, the data must be integers, and they will be combined with the help of the BitOp library. For that reason, the int_t
type description has to serialize Lua numbers.
When serializing, the Lua numbers associated with each name of the set are combined with the bit.bor function, to produce a single number, which will then be serialized according to the int_t
type description.
When reading, a single number is read according to int_t
. Then, the data of each pair of the dictionary is tested against the number with the bit.band function, and if the result is non-zero the name if the pair is inserted in the output set. For that reason, the dictionary is a little different than in the enum
data type case. First, it must be enumerable using the standard pairs
Lua functions. It should thus be a Lua table, unless the pairs
global is overridden. Second, only one direction of mapping is necessary, ie. the pairs with the name as key and the data as value. This also means that several names can have the same values. If that is the case, all the matching names will be present in the output set.
bytes ( count )
This is a simple constant-size byte sequence. The size is passed in the count
type parameter. The data is a string
in Lua. When serializing or writing, the string passed should have the proper length otherwise an error is thrown.
The count
type parameter can have a special value, the string '*'
. When serializing or writing, the input string is serialized as-is, in its full length. When reading though, since there is no way to know how many elements to read, the stream is read until its end. For that reason the stream must implement a 'length'
method, which returns the number of bytes remaining in the stream. Contrary to the array
data type (see below), when using '*'
with bytes
the length
method of the stream should be accurate, it should be 0 when the end of the stream is reached, and the actual number of remaining bytes otherwise.
sizedbuffer ( size_t )
This is a simple byte buffer prefixed with a size. The size is serialized by the size_t
type description. On the Lua side the buffer is a string
, and its size is available through the Lua #
operator. This type is similar to a sizedarray
with a value_t
of uint8
, except that the array is not unpacked in a Lua array, it stays a Lua string. This is useful to store strings with embedded zeros.
array ( size, value_t )
The array data type is a fixed size array of values. The size of the array is the first type parameter. As such it is not stored in the stream. The values are passed as a Lua array, which is expected to be of the right size when serializing or writing. The values are serialized according to the value_t
type descriptor.
The size
type parameter can have a special value, the string '*'
. When serializing or writing, all the elements of the input array are serialized. When reading though, since there is no way to know how many elements to read, the stream is read until its end. For that reason the stream must implement a 'length'
method, which returns the number of bytes remaining in the stream. Actually the value can be inaccurate, it should be 0 or less when the end of the stream is reached, and a positive value otherwise.
For variable size array, but when some size information is stored in the stream, the '*'
special size
by itself is usually not the way to go. Instead, if the size is expressed in the number elements before the array, you can use the sizedarray
data type. If the size is expressed as a number of bytes, you can use the sizedvalue
data type in conjunction with the array
type and a '*'
size. Finally when the size is not stored directly before the array, you can use the fstruct
data type and use a struct field as the array
type parameter.
sizedarray ( size_t, value_t )
A sizedarray
is an array with its size stored in the stream before it, so it can be read efficiently and at any position inside the stream. The size comes first in the stream, described by size_t
. Then follows a sequence of elements of that size, each element being described by value_t
.
sizedvalue ( size_t, value_t )
This data type has two modes, depending on the size_t
type parameter.
If the size_t
type parameter is a type descriptor, this data type consist of the concatenation of another value and its size. In the stream the size is stored first, according to the size_t
type descriptor. It is followed by the value, described by value_t
.
If the size_t
type parameter is a number, it is interpreted as the constant size of another value. In the stream, only the other value is serialized, according to the value_t
type descriptor. On write, the value is first completely serialized to check that its size matches size_t
. On read, size_t
bytes are first read, and the value is deserialized from these bytes.
This type has to be handled with care. When serializing, the value has to be serialized in its entirety before being returned or written, so that its size can be computed. This means its serialized version will exist completely in memory.
On the other hand, when reading the value, the whole serialized value is first read into a temporary memory buffer. Then, when deserializing the value itself, it is deserialized from a temporary buffer stream created on the fly, which have a length method, and so even if the stream from which the sizedvalue
is read hasn't one. This means the value can have a pseudo-infinite data type (like the array
type with a '*'
size, or a struct
ending with one), even if there are additional data after the sizedvalue
.
cstring
A cstring
stores a Lua string unmodified, terminated by a null byte. Since no other size information is stored in the stream or provided as a type parameter, the serialized string cannot contain embedded null bytes. This type is useful to store text strings.
float ( endianness )
This data type stores a 32 bits floating point number, using the struct library. The type is therefore only available if the library is available. Like integer types, the endianness
type parameters specifies the byte order in the stream: 'le'
stands for little-endian (least significant byte comes first), and 'be'
stands for big-endian (most significant byte comes first). A Lua number is simply serialized using the struct library type format "<f"
in little-endian mode, and ">f"
in big-endian mode.
double ( endianness )
This data type stores a 64 bits floating point number, using the struct library. The type is therefore only available if the library is available. Like integer types, the endianness
type parameters specifies the byte order in the stream: 'le'
stands for little-endian (least significant byte comes first), and 'be'
stands for big-endian (most significant byte comes first). A Lua number is simply serialized using the struct library type format "<d"
in little-endian mode, and ">d"
in big-endian mode.
bytes2hex ( count )
This data type represents a sequence of 4-bits numbers concatenated in a byte string. Each byte contains two 4-bit numbers. Within the bytes bits are considered to be in the big-endian order. It means the most significant 4 bits of the byte contain the first number of the byte. Each number is converted to an hexadecimal number.
bytes2base32 ( count )
This data type represents a sequence of 5-bits numbers concatenated in a byte string. Each group of height 5-bits number spans over five bytes. Each byte contains bits for two to three 5-bit numbers. Within the bytes bits are considered to be in the big-endian order. It means that when a number spans two bytes, its most significant bits are the least significant bits of the first byte, and its least significant bits are the most significant bits of the second byte.
Each 5-bit number is converted to a single character with the following mapping:
|
|
|
|
boolean ( int_t )
This type stores a boolean value in an integer. The integer type is described by int_t
. The integer is 1 for true
, 0 for false
. When reading, if the integer is neither 1 nor 0, it is returned as is, as a Lua number
. Therefore for symmetry it is possible to pass a number
when serializing a boolean
.
struct ( fields )
The struct
data type can describe complex compound data types, like C structs. Like C structs, it is described by a sequence of named fields. The fields
type parameter is an array, each element defining a field with a sub-array. This sub-array first element is the field name, the second element is the field type, and all subsequent elements are the type parameters. For example, here is the description of a struct
with two fields, a cstring
name and an uint32
value:
local attribute = {
{'name', 'cstring'},
{'value', 'uint32', 'le'},
}
return serial.read.struct(stream, attribute)
fstruct ( f, ... )
The fstruct
, a shortcut for function-struct, is the most complex data type provided by Lunary. When a data type is too complex to be described by any predefined data type, or a compound of them assembled with the struct
data type, you usually have to provide low level serialization functions. This means you have to write a read
function and either a write
or a serialize
function. However for many data types, there is some redundancy between the read and the write parts.
The fstruct
data type is meant to alleviate this redundancy when possible. Like its simpler struct
cousin, it is used to describe C-like structs. Therefore, the serialized value will always be a Lua object (created as a table). However, its main type parameter, f
, is a function (or any callable Lua type) which is called both for serialization and deserialization. Its prototype is as follows:
function f(value, declare_field)
For that function to describe the structure fields, it receives two special parameters that will be used to describe the type. The first parameter value
is the object being serialized itself, usually a Lua table. It is passed both when serializing and deserializing the object, this means that its content can be queried at any moment to influence the serialized data format. The second parameter, declare_field
, is a function which can be used to declare a field. That function will have a different effect depending on whether is currently serializing or deserializing the object. The declare_field
prototype is as follows:
function declare_field(name, type, ...)
The name
parameter is the field name. The type
parameter is the field Lunary type name. The additionnal parameters are passed to the field type as type parameters.
What is important to keep in mind, is that you can use all Lua control flow structures within the f
function. Also since declare_field
is called for each field of the object every time the object is serialized or deserialized, all its parameters can be dependent on the object content. Let's take a simple example. The following fstruct
type function describe a attribute type which have three fields: a name, a value, and a version. Additionnaly, if the version is greater than or equal to 2, the attribute have a comment field:
local attribute = function(value, declare_field)
declare_field('version', 'uint32', 'le')
declare_field('name', 'cstring')
declare_field('value', 'uint32', 'le')
if value.version >= 2 then
declare_field('comment', 'cstring')
end
end
return serial.read.fstruct(stream, attribute)
Of course order and parameters of calls to declare_field
shouldn't be dependent on fields not yet serialized, otherwise deserialization cannot work. This is why in the example above version has to be declared before comment.
Finally the fstruct
data type implements two syntactic sugars to be able to write better looking f
functions. The value
parameter is actually a proxy table, which redirects fields reads and writes to the actual object. This proxy implements a __call metamethod. When calling the value
parameter, it is like you are calling the declare_field
function. The second syntactic sugar is used when you pass only one parameter to the declare_field
method. In that situation, since the field type name is necessary, declare_field
doesn't immediately declares the type. Instead it returns a closure, which can be called with a type name to declare the field. Instead of calling declare_field('value', 'uint32', 'le')
you can call declare_field 'value' ('uint32', 'le')
. You can combine these two syntactic sugars. With them, you can rewrite the above attribute type as follows:
local attribute = function(self)
self 'version' ('uint32', 'le')
self 'name' ('cstring')
self 'value' ('uint32', 'le')
if self.version >= 2 then
self 'comment' ('cstring')
end
end
return serial.read.fstruct(stream, attribute)
As you can see, we used the name self
for both the value
and declare_field
parameters. This is because self is the standard name for the current object when using Lua object-orientated syntactic sugars. When declaring fields, you can read self 'name' ('cstring')
as "self name is a cstring"
.


They always start with '' and end with ';'.
| Emoji | Text Used | Name |
| ☕ | + X2615 + ; |
Coffe Mug |
🍺 |
+ X1F37A + ; | Beer Mug |
🎼 |
+ X1F3BC + ; | Treble clef |
🏋 |
+ X1F3CB + ; | Snatch |


FAQ
How do I reset my password?
Enter your phone number on the login screen of the app and tap on the "Forgot my password?" text. We will send an instructions on how to reset it to the email that you signed up with.
Can I delete a trip after I create it?
We currently don't allow you to delete a trip after it has been created.
What happens if I forget to respond to my ride request?
tripBuddy is a very time sensitive app - what this means is that things are done in real time. If you create a trip and the time you set expires, tripBuddy would automatically notify all users that you did not respond to with a "declined" status.
How do I send feedback?
Shake your phone - magic is going to happen. Seriously try it now.


I am an analytical professional with experience in engineering, software testing and procurement, looking to take advantage of my skillset in a Data Science role.
Come learn the whole story.
About Me
A selection of data projects to showcase a broad range of skills.
View Portfolio
You can connect with me in a variety of ways.
Connect with me
My resume in printable/downloadable .pdf format
View Resume


IgeFontSheet CLASS
Declared in IgeFontSheet.js
Creates a new font sheet. A font sheet is an image that contains letters and numbers rendered to specifications. It allows you to use and render text fonts without the font actually existing on the target system that the engine is running in.
Methods
measureTextWidth
Returns the width in pixels of the text passed in the argument.
measureTextWidth({String} text)
- {String}text The text to measure.
Returns {number}


--- layout: post title: "Pre-Order Touch of Death!" --- You can pre-order Touch of Death (Diamond: JUL062995) at your local comic shop or through these fine stores online: DCBS - Discount Comic Book Service Comic Infinity World of Westfield


Dear Dry,
Now that it’s time to renew your annual contribution [ https://org.salsalabs.com/o/1400/p/salsa/donation/common/public/?donate_page_KEY=10246 ], we want you to take pride in all the vital work your support is making possible. And more importantly, we want you to know one thing:
We are feminists. We are the majority. And we will win the War on Women.
When we stand together, shoulder-to-shoulder, we change history. That’s what we’ve worked to do this year. And that’s what we’re going to continue to do with your support. [ https://org.salsalabs.com/o/1400/p/salsa/donation/common/public/?donate_page_KEY=10246 ]
Here are some of the projects we’ve worked on this year:
* National Clinic Access Project


Meet Our Team
We're a team of college students based in Madison, WI. We food scientists, programers, designers, business major, and the rest are people who love food. We love what we do, which is to create a health, clean, organized eating environment.


Chefs
Ed Glebus - Executive Chef
Passion for cooking is in Ed's genes. His grandmother was a successful
restaurateur in Massachusetts and Ed grew up appreciating outstanding food
and service at an early age.
Ed is influenced by the farm-to-table concept of harvesting natural
ingredients at their peak and helping them shine through the use of
classical cooking techniques. He has previously held many management
positions, including General Manager at CulinArt, overseeing food and beverages
for Qualcomm.
Ed holds the prestigious Certified Executive Chef certification from the American
Culinary Federation (ACF).He has medaled several times in ACF hot food competitions
(including gold) and was recently inducted into the prestigious Le Chaîne des
Rôtisseurs Society. Ed, classically trained in Italy's Slow Food cooking techniques,
aims to delight the campus community each day with delicious and nutritious offerings
For more contact him
Jessica Wylie - Senior Pastry Chef
Jessica Wylie is the Executive Pastry Chef of the SDSU Dining Bakeshop.
Trained in the classical style by an Austrian Master Pastry Chef, Jessica
started with SDSU Dining in 1997 as a scratch baker and quickly transformed
the bakeshop with her innovative pastry recipes.
Jessica says the highlight of her job is student satisfaction.
“I like to make people happy,” she says. “Hearing from someone that they
really enjoyed our latest croissant? That’s all I need.”
A San Diego native, Jessica has been involved in the local culinary scene
for over 25 years. Using all natural ingredients and classical methods,
Jessica is committed to bringing the best quality products to SDSU.
For more contact her
Saul Lopez - Culinary Chef
Saul started his culinary journey at 17 as a dishwasher at IHOP, worked his
way up to cook, and felt inspired to attend culinary school, where he graduated
at the top of his class. Through his work, he learned the importance of
‘mise en place’, a French culinary phrase which means ‘everything in its place’,
and dedicated himself to becoming a lifelong learner in the culinary world.
From catering work to running a restaurant, Saul has now turned his focus to
sustainability and adapting classical techniques to embrace the ‘modern kitchen’.
He helped open UTK, and is now Chef de Cuisine at The Garden. His love of healthy
living and fresh ingredients straight from our garden serves as constant inspiration
for his menu ideas and daily specials.
For more contact him


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The semester is divided into roughly 4-week periods for each of the three major units:
Unit 1: Spacetime, Special and General Relativity – Newton’s and Einstein’s Theories of Gravity, Definition of Black Holes, Absoluteness of the Speed of Light, Time Dilation, Length Contraction, Mass Increase, the Twin Paradox, Equivalence Principle, Gravitational Time Dilation, Effects of Gravity on Light, Evidence of Relativity
Unit 2: Types of Black Holes and their Characteristics – How do Black Holes form, Binary Stars and Accretion Disks, Supermassive Black Holes in Centers of Galaxies, How to Detect a Black Hole, Active Galactic Nuclei, Jets
Unit 3: Evaporation of Black Holes, Wormholes and Time Travel – Gravitational Waves, Kerr Black Holes, Hawking Radiation, What's inside a black hole, Black holes that formed in the early universe, Wormholes and time travel.
You can work through the online material at a pace that suits you best, but be aware that at the end of each 5-week period, there will be an exam covering that unit's material (3 exams + the final exam). Exams are in multiple choice format. The final exam will be cumulative.
This course is intended to introduce students to the predicted properties of black holes and the astronomical evidence for their existence. Along the way we will study modern ideas about the nature of space, time, and gravity. After taking this course, students should be able to:
We will spend the first few weeks discussing Einstein's ideas about space, time, and gravity since these ideas are absolutely critical for a proper understanding of black holes. Do not worry if black holes do not make an immediate appearance in the first couple weeks; they will be coming and will certainly be the main focus of the course.
Please note that Astro 1 is a prerequisite for this class, and you will be expected to perform very simple mathematical calculations. Examples will be given in the course notes. Examples of the mathematical concepts we will use in this class are:
| Assignment | % Score |
|---|---|
| Midterm Exams | 40% |
| Final Exam | 25% |
| Homework | 25% |
| Participation | 10% |
There will be 3 scheduled exams plus a cumulative final exam. Dates for the exams are:
No make up exams are given except for serious medical emergencies or legitimate unavoidable conflicts related to university business (these must be documented).
Exams are closed book and closed notes; you are not allowed to use any webpages, notes, electronic devices, other people, or any other outside resources to assist you on the exam. You can have a pen/pencil and scratch paper to help work out some questions.
Final Exam: The final exam is cumulative,covering material across the entire semester. There are no make-ups for the final exam.
We will have homework assignments during the course. These will be announced one week before the due date.
I encourage you to start the work on the problem set by yourself as soon as it is assigned. Homework counts for 25% of your final grade! This means that you should take it seriously. Do not wait until the end of the time period to complete the homework. The homework assignments will take you several hours, so if you leave them to the last minute, you’ll be in trouble—and it will be too late for you to ask for help. No extensions or make-ups will be given.
You are encouraged to discuss the homework problems on Piazza.
You will be graded on the basis of completion of a unit. You must complete the material for the relevant Unit before the exam period begins. You can do this at your own pace and convenience, however do be sure to allow enough time. It is probably best to do a bit each week, as opposed to leaving everything for the last day before the test period. In total, we expect about the same amount of your time to be required as in a traditional lecture class.
During the semester you must participate in a discussion on Piazza at least once. You can either post a question, or comment on a posted question. Only astronomy related questions count. You will not receive credit for questions related to the logistics of the class.
| Letter Grade | % Score |
|---|---|
| A | 93-100% |
| A- | 90-92% |
| B+ | 87-89% |
| B | 83-86% |
| B- | 80-82% |
| C+ | 77-79% |
| C | 70-76% |
| D | 60-69% |
| F | < 59% |
Grades are not rounded in any way, and the scale is designed to give the highest grades possible at the end of the semester to everyone. There is no extra credit in this class.


Messenger:
I checked out your 10 Crystals of Purity. While it's true you have skills, other clans are just as good as you. This Clan Hall War should prove to be very exciting! The finals will begin soon, so get registered. Only 5 clans may participate.
Clan Hall War Registration


git
Common Examples
To create a repository: create a new directory, open it and open Git Bash.
After entering Git Bash terminal window, initialize the repository with:
git init
Clone a repository: git clone /path/to/repository
Clone a remote repository: git clone username@host:/path/to/repository
Add file: git add "filename"
or add all files git add .
Commit files: git commit -m "commit message"
Push committed files to remote repository: git push origin master
"origin" is the alias name for the remote repository,
which is generated by default when cloning a repository. As the name implies, it directs the commit to the repository where the cloned repository came from.
"master" is the name of the main default branch which is the base of all other side-branches that are created later.
Committed files go to the branch specified in the command, for example, if the master branch has a branch named "feature",
then the commit command would be: git push origin feature
Add a remote server: git remote add origin "server"
Create a new branch and switch to it: git checkout -b "branch name"
Switch back to master: git checkout master
Merge a branch: git merge "branch name"
Delete a branch: git branch -d "branch name"
Push branch to remote repository: git push origin "branch name"
Fetch commit history from remote repository: git fetch origin
"fetch" command returns the commit history from remote server to the local repository, after this, git status
can be used to check if either local or remote repository has more commits than the other.
This helps keeping the code up-to-date and also helps avoiding conflicts if someone else has modified or added new files, which could cause problems for your own modifications.
git status
shows if there are untracked or modified files, and files that are staged for next commit.
Also, it shows which branch the user currently is in and the status between local and remote repositories commit history.
Pull a remote repository: git pull origin master
This command fetches and merges the master branch from origin repository to the current branch in local repository.
Tag a release point: git tag 1.0.0 1b2e1d63ff
This command puts tag "1.0.0" to the commit with "id" of 1b2e1d63ff.
So it would be "version 1.0.0" of the developed project.
Show repository history: git log
This command shows the history of commits, the SHA-1 hashed id's of commits and the commit author names along with time and date.
Reset changes of specified file: git checkout -- "filename"
This command resets the specified file's changes.
The modified file is removed and replaced by its previous committed version.


BinX Editor With Wizard v 1.0
Introduction
This is a GUI editor to help create BinX document.
Features
- Create a new BinX document by adding types and data elements through
wizard
- Save created BinX document
- Open a BinX document for editing
- Save the document as another file
- View BinX data elements in a tree view
- User-defined types listed in the left window and dataset in the right
- Toolbar buttons as well as menus
- Right click on tree view windows pop up context menus
- Editing includes append, insert a sibling or child node, delete a node
- Validate a BinX file against BinX schema
Restrictions
- Support BinX 1.1 published data types only, for example, no Quadruple-128.
- No embedded struct, array or union types in definitions section
- No direct struct, array or union data elements in dataset section
- No node modify function (use delete and insert new)
- Can load BinX document not created by the editor, but further operation
may lead to error.
Limitations
- Not enough validation:
- Order of user-defined types. A referenced type must be defined before the
reference.
- Duplicate type names. Can't have two user-defined types that have the same
type name.
- Duplicate variable names. Discourage use of same names for two or more
variables in a group like struct.
- Duplicate or invalid case values. Discriminant values for each case of a
union must be valid and unique.
- Referenced types must have been defined. This violation occurs when user
deletes a defined type.


we have types of positioning which are
cz
when an element is removed the space remains there
How is everything thing here and the life here i know that this is programming and it is used for coding
when an element is removed the space is closed up


@* * Copyright 2018 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import config.FrontendAppConfig @(giftAidAmount: Double,totalAmount: Double,amountDonated: Int, appConfig: FrontendAppConfig)(implicit request: Request[_], messages: Messages) @main_template( title = messages("giftAidAmount.title"), appConfig = appConfig, bodyClasses = None) { @components.back_link() @components.heading("giftAidAmount.heading")
| Amount you donated> | Gift aid added | Total amount donated to charity |
|---|---|---|
| £@amountDonated | £@giftAidAmount | £@totalAmount |


This is a simple package to export files into a csv format that gephi can understand. This package does not interface with the open source network vizualisation software gephi but it writes and reads in the same csv format as gephi.
I’ve found the need to convert tidygraph/igraph objects into a node and edge csv, to visualize in gephi quite often. This should be trivial, but gephi is a bit particular and wants specific column names.
Writes igraph files to csv format that gephi likes. Really? Gephi reads csv files just fine! Sure but it wants the columns in a particular order and named Source, Target etc. Let’s not do this by hand everytime: AUTOMATE THE BORING STUFF! HACK THE PLANET!
Writing out an igraph file to csv:
library(gephi) # includes the graphexample file
library(igraph)
#>
#> Attaching package: 'igraph'
#> The following objects are masked from 'package:stats':
#>
#> decompose, spectrum
#> The following object is masked from 'package:base':
#>
#> union
V(graphexample)
#> + 5/5 vertices, named, from c4d510b:
#> [1] a d b c f
E(graphexample)
#> + 5/5 edges from c4d510b (vertex names):
#> [1] a->b a->c a->d d->b d->f
gephi_write_edges(graphexample, "edges.csv")
#> writing edgesgraphexample
#> to edgefile: edges.csv/n
Technically an tidygraph object is also an igraph object so the writing will work the same.
library(gephi)
library(tidygraph)
#>
#> Attaching package: 'tidygraph'
#> The following object is masked from 'package:igraph':
#>
#> groups
#> The following object is masked from 'package:stats':
#>
#> filter
(tidy_graphexample <- tidygraph::as_tbl_graph(graphexample)) # Just to show where this function comes from
#> # A tbl_graph: 5 nodes and 5 edges
#> #
#> # A directed acyclic simple graph with 1 component
#> #
#> # Node Data: 5 x 2 (active)
#> name color
#> <chr> <chr>
#> 1 a blue
#> 2 d red
#> 3 b blue
#> 4 c blue
#> 5 f yellow
#> #
#> # Edge Data: 5 x 3
#> from to weight
#> <int> <int> <dbl>
#> 1 1 3 1
#> 2 1 4 1
#> 3 1 2 1
#> # … with 2 more rows
More specifically if you want to modify your graph and visualize a subset in gephi, here is a tidygraph worked example where I select only the edges that are blue, add a new edge property and write the resuling graph to the :
tidy_graphexample %>% # but the igraph object works just as well
activate(nodes) %>%
filter(color == "blue") %>%
activate(edges) %>%
mutate(dongle = "dingle") %>%
gephi_write_edges("edges_subset.csv") %>%
print()
#> writing edges.
#> to edgefile: edges_subset.csv/n
#> # A tbl_graph: 3 nodes and 2 edges
#> #
#> # A rooted tree
#> #
#> # Edge Data: 2 x 4 (active)
#> from to weight dongle
#> <int> <int> <dbl> <chr>
#> 1 1 2 1 dingle
#> 2 1 3 1 dingle
#> #
#> # Node Data: 3 x 2
#> name color
#> <chr> <chr>
#> 1 a blue
#> 2 b blue
#> 3 c blue
But is is also possible to write a set of edges when there is no graph object, just a dataframe.
a_nice_df <- data.frame(
start = c(1,2,3,4,5,6,7),
finish = c(2,4,4,7,2,1,3),
weight = c(1,1,1,2,6,1,1)
)
print(a_nice_df)
#> start finish weight
#> 1 1 2 1
#> 2 2 4 1
#> 3 3 4 1
#> 4 4 7 2
#> 5 5 2 6
#> 6 6 1 1
#> 7 7 3 1
gephi_write_edges_from_df(a_nice_df, path = "edges2.csv")
#> writing edges from dataframe to edgefile: edges2.csv


NAME
zip_source_stat —
get information about
zip_source
LIBRARY
libzip (-lzip)
SYNOPSIS
#include <zip.h>
int
zip_source_stat(
zip_source_t
*source,
zip_stat_t
*sb);
DESCRIPTION
The
zip_source_stat() function obtains information about the
zip source
source
The
sb argument is a pointer to a
struct
zip_source_stat (shown below), into which information about the zip
source is placed.
struct zip_source_stat {
zip_uint64_t valid; /* which fields have valid values */
const char *name; /* name of the file */
zip_uint64_t index; /* index within archive */
zip_uint64_t size; /* size of file (uncompressed) */
zip_uint64_t comp_size; /* size of file (compressed) */
time_t mtime; /* modification time */
zip_uint32_t crc; /* crc of file data */
zip_uint16_t comp_method; /* compression method used */
zip_uint16_t encryption_method; /* encryption method used */
zip_uint32_t flags; /* reserved for future use */
};
The structure pointed to by
sb must be initialized with
zip_stat_init(
3) before calling
zip_source_stat().
The
valid field of the structure specifies which other
fields are valid. Check if the flag defined by the following defines are in
valid before accessing the fields:
ZIP_SOURCE_STAT_NAME
- name
ZIP_SOURCE_STAT_INDEX
- index
ZIP_SOURCE_STAT_SIZE
- size
ZIP_SOURCE_STAT_COMP_SIZE
- comp_size
ZIP_SOURCE_STAT_MTIME
- mtime
ZIP_SOURCE_STAT_CRC
- crc
ZIP_SOURCE_STAT_COMP_METHOD
- comp_method
ZIP_SOURCE_STAT_ENCRYPTION_METHOD
- encryption_method
ZIP_SOURCE_STAT_FLAGS
- flags
NOTE: Some fields may only be filled out after all data has
been read from the source, for example the
crc or
size fields.
RETURN VALUES
Upon successful completion 0 is returned. Otherwise, -1 is returned and the
error information in
source is set to indicate the
error.
SEE ALSO
libzip(3),
zip_source(3)
HISTORY
zip_source_stat() was added in libzip 1.0.
AUTHORS
Dieter Baron
<
<EMAIL_ADDRESS>and
Thomas Klausner
<
tk@giga.or.at>


Dylan Sanders
Bio
Dylan is learning to code.
Dylan grew up in Washington and has a sister who lives in Denver
My Education
- Bainbridge High School
- Montana State University
- Bachelor's Degree in Anthropology from the University of Washington
Contact Info
Email<EMAIL_ADDRESS>Cell:<PHONE_NUMBER>
GitHub
My goals
Figuring out a career I love
Enjoy the summer more when it's nice out
Go snowboarding more in the winter
My top 10 favorite months
- May
- June
- July
- August
- December
- September
- April
- March
- November
- January


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In this place of the documentation you can find some guides, help and other tipps for working with this plugin and with the sdk overall.
To see some information to the C++ Code look here C++ Code.


Finally taking down AC in the office. Cracks around it are getting seriously cold!
12/9/2007, 2:04:17 PM
Favs: 0
Retweets: 0
link--- layout: tweet ---
Finally taking down AC in the office. Cracks around it are getting seriously cold!
12/9/2007, 2:04:17 PM
Favs: 0
Retweets: 0
link