This is the API
https://localhost:8080/api/v1/international-payment-consents
POST
Default
An Authorisation Token as per https://tools.ietf.org/html/rfc6750
Every request will be processed only once per x-idempotency-key. The Idempotency Key will be valid for 24 hours.
A detached JWS signature of the body of the payload.
The time when the PSU last logged in with the TPP. All dates in the HTTP headers are represented as RFC 7231 Full Dates. An example is below: Sun, 10 Sep 2017 19:43:31 UTC
The PSU's IP address if the PSU is currently logged in with the TPP.
An RFC4122 UID used as a correlation id.
https://localhost:8080/api/v1/international-payments
POST
Default
An Authorisation Token as per https://tools.ietf.org/html/rfc6750
Every request will be processed only once per x-idempotency-key. The Idempotency Key will be valid for 24 hours.
A detached JWS signature of the body of the payload.
The time when the PSU last logged in with the TPP. All dates in the HTTP headers are represented as RFC 7231 Full Dates. An example is below: Sun, 10 Sep 2017 19:43:31 UTC
The PSU's IP address if the PSU is currently logged in with the TPP.
An RFC4122 UID used as a correlation id.
https://localhost:8080/api/v1/international-payment-consents/{ConsentId}
GET
ConsentId
An Authorisation Token as per https://tools.ietf.org/html/rfc6750
The time when the PSU last logged in with the TPP. All dates in the HTTP headers are represented as RFC 7231 Full Dates. An example is below: Sun, 10 Sep 2017 19:43:31 UTC
The PSU's IP address if the PSU is currently logged in with the TPP.
An RFC4122 UID used as a correlation id.
https://localhost:8080/api/v1/international-payment-consents/{ConsentId}/funds-confirmation
GET
ConsentId
An Authorisation Token as per https://tools.ietf.org/html/rfc6750
The time when the PSU last logged in with the TPP. All dates in the HTTP headers are represented as RFC 7231 Full Dates. An example is below: Sun, 10 Sep 2017 19:43:31 UTC
The PSU's IP address if the PSU is currently logged in with the TPP.
An RFC4122 UID used as a correlation id.
https://localhost:8080/api/v1/international-payments/{InternationalPaymentId}
GET
InternationalPaymentId
An Authorisation Token as per https://tools.ietf.org/html/rfc6750
The time when the PSU last logged in with the TPP. All dates in the HTTP headers are represented as RFC 7231 Full Dates. An example is below: Sun, 10 Sep 2017 19:43:31 UTC
The PSU's IP address if the PSU is currently logged in with the TPP.
An RFC4122 UID used as a correlation id.


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| cbcopy | Clipboard Copy | Stored in both text and files when copying to the clipboard. |
| remember | Remember folder view settings | Automatically remember folder view settings. |
| addfavorites | Add to Favorites | Add to Favorites Button |
| touch | Change the Date modified | Change the Date modified in the context menu. |
| run | Run | Display the Run Dialog. |
| tabparentname | Tab Parent Folder Name | Tab displays the name of the parent folder. |
| tabdrivename | Tab Drive Name | Tab displays the name of the drive. |
| preventduplicatetabs | Prevent Duplicate Tabs | Prevent Duplicate Tabs |
| openinstead | Open Instead | Open Instead of Explorer |
| back | Back | Back Button |
| forward | Forward | Forward Button |
| up | Up | Up Button |
| newtab | New Tab | New Tab Button |
| refresh | Refresh | Refresh Button |
| titlebar | Title Bar | Title Bar |
| mainmenu | Main Menu | Main Menu |
| addressbar | Address Bar | Address Bar |
| drivebar | Drive Bar | Drive Bar |
| key | Key | Key |
| filterbar | Filter Bar | Filter Bar |
| mouse | Mouse | Mouse button and gestures |
| statusbar | Status Bar | Status Bar |
| tabs | Tabs | Tabs |
| tasktray | Task Tray | Task Tray |
| treeview | Tree View | Tree View |
| linkbar | Link Bar | Link Bar |
| foldersettings | Folder Settings | Folder Settings |
| simpleaddressbar | Simple Address Bar | Simple Address Bar |
| simpletoolbar | Simple Tool Bar | Simple Tool Bar |
| smallicons | Small Icons | The following add-ons are displayed as small icons. |
| controlpanelbutton | Control Panel Button | Control Panel |
| drivebutton | Drive Button Button | Drive Button |
| favoritesbar | Favorites Bar | Favorites Bar |
| toolbar | Tool Bar | Tool Bar |
| undoclosetab | Undo Close Tab | Undo Close Tab. |
| preview | Preview | Preview |
| split | Split | Split |
| foldericon | Folder Icon | Folder icon to icon. |
| escape | Escape Unicode | Unicode characters and bad characters to escape. |
| clipboard | Clipboard | Clipboard Button |
| extract | Extract | Extract the compressed files |


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The Island Of Dr. Moreau A Review by Joe Chamberlain
Starring Marlon Brando; Val Kilmer; David Thewlis & Fairuza Balk The Island Of Dr. Moreau has gotten a lot of bad press, most of it undeserved. It centers on a man named Douglas (David Thewlis), a survivor of a ship lost at sea, he is rescued by a fishing boat. This particular boat is carrying another passenger, a guy by the name of Montgomery (Val Kilmer), who offers to help Douglas. The fishing vessel is heading to the remote island where Montgomery works as a scientist, and he offers to let Douglas stay there until help arrives for him. It turns out the island is a research station run by the once famous Dr. Moreau (Marlon Brando), who had dropped out of site years ago. It seems that Moreau has been doing genetic experiments, namely blending human DNA with that of animals, in order to create a more perfect being. Well, he hasn't been real successful up to this point, and the results of his work roam the island. These half human half whatever (depending on the individual) are wild and kept in line only by their fear of Moreau's henchmen. To make a long story short, Moreau loses control over these creatures, and the results are not pleasant.
Marlon Brando, after you get over the shock of is enormous size, shows just why he is one of the world's greatest actors. His part is not huge, but when he is on camera he can hold your attention. (I was left thinking what a shame it is that this talent has been left largely wasted these last few years, partly due to his living as a recluse, and of course partly due to the fact that he appears to never leave the buffet table.) Val Kilmer's character, Montgomery, had absolutely no redeeming qualities. You pretty much root for this guy to get knocked off from the word go. David Thewlis puts on a fairly good performance as the man who is basically in the wrong place at the wrong time. Fairuza Balk, one of the most underrated actresses in Hollywood, does a great job as Moreaus tormented daughter. Although some of the movies best performances come from the many actors who are buried under piles of makeup as the creatures. A real credit to both actors and writers as they don't get a great deal of meaningful screen time. The creature makeup and effects are amazing -- this was not a low budget production.
As genetic experimentation becomes more and more prevalent in the scientific community, the creatures that populate this island don't seem all that far fetched. Which makes the fact that the novel on which this movie was based was written many years ago by H.G. Wells
This is a good film, it's not for everyone, and a bit gorey in places, but it makes a great alternative to a traditional horror film.
7/10
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This chapter attempts to cover some of the common issues involved when writing 64-bit code, to run under Win64 or Unix. It covers how to write assembly code to interface with 64-bit C routines, and how to write position-independent code for shared libraries.
All 64-bit code uses a flat memory model, since segmentation is not
available in 64-bit mode. The one exception is the
and
registers,
which still add their bases.
Position independence in 64-bit mode is significantly simpler, since the
processor supports
-relative addressing
directly; see the
keyword
(section 3.3). On most 64-bit
platforms, it is probably desirable to make that the default, using the
directive
(section 6.2).
64-bit programming is relatively similar to 32-bit programming, but of course pointers are 64 bits long; additionally, all existing platforms pass arguments in registers rather than on the stack. Furthermore, 64-bit platforms use SSE2 by default for floating point. Please see the ABI documentation for your platform.
64-bit platforms differ in the sizes of the fundamental datatypes, not
just from 32-bit platforms but from each other. If a specific size data
type is desired, it is probably best to use the types defined in the
Standard C header
.
In 64-bit mode, the default instruction size is still 32 bits. When loading a value into a 32-bit register (but not an 8- or 16-bit register), the upper 32 bits of the corresponding 64-bit register are set to zero.
NASM uses the following names for general-purpose registers in 64-bit mode, for 8-, 16-, 32- and 64-bit references, respecitively:
AL/AH, CL/CH, DL/DH, BL/BH, SPL, BPL, SIL, DIL, R8B-R15B AX, CX, DX, BX, SP, BP, SI, DI, R8W-R15W EAX, ECX, EDX, EBX, ESP, EBP, ESI, EDI, R8D-R15D RAX, RCX, RDX, RBX, RSP, RBP, RSI, RDI, R8-R15
This is consistent with the AMD documentation and most other assemblers.
The Intel documentation, however, uses the names
for 8-bit references to the higher
registers. It is possible to use those names by definiting them as macros;
similarly, if one wants to use numeric names for the low 8 registers,
define them as macros. The standard macro package
(see
section 5.1) can be used for this
purpose.
In 64-bit mode, immediates and displacements are generally only 32 bits wide. NASM will therefore truncate most displacements and immediates to 32 bits.
The only instruction which takes a full 64-bit immediate is:
MOV reg64,imm64
NASM will produce this instruction whenever the programmer uses
with an immediate into a 64-bit register. If
this is not desirable, simply specify the equivalent 32-bit register, which
will be automatically zero-extended by the processor, or specify the
immediate as
:
mov rax,foo ; 64-bit immediate mov rax,qword foo ; (identical) mov eax,foo ; 32-bit immediate, zero-extended mov rax,dword foo ; 32-bit immediate, sign-extended
The length of these instructions are 10, 5 and 7 bytes, respectively.
The only instructions which take a full 64-bit displacement is
loading or storing, using
,
,
,
or
(but no
other registers) to an absolute 64-bit address. Since this is a relatively
rarely used instruction (64-bit code generally uses relative addressing),
the programmer has to explicitly declare the displacement size as
:
default abs mov eax,[foo] ; 32-bit absolute disp, sign-extended mov eax,[a32 foo] ; 32-bit absolute disp, zero-extended mov eax,[qword foo] ; 64-bit absolute disp default rel mov eax,[foo] ; 32-bit relative disp mov eax,[a32 foo] ; d:o, address truncated to 32 bits(!) mov eax,[qword foo] ; error mov eax,[abs qword foo] ; 64-bit absolute disp
A sign-extended absolute displacement can access from -2 GB to +2 GB; a zero-extended absolute displacement can access from 0 to 4 GB.
On Unix, the 64-bit ABI is defined by the document:
Although written for AT&T-syntax assembly, the concepts apply equally well for NASM-style assembly. What follows is a simplified summary.
The first six integer arguments (from the left) are passed in
,
,
,
,
, and
, in that
order. Additional integer arguments are passed on the stack. These
registers, plus
,
and
are
destroyed by function calls, and thus are available for use by the function
without saving.
Integer return values are passed in
and
, in that order.
Floating point is done using SSE registers, except for
. Floating-point arguments are passed
in
to
; return
is
and
.
are passed on the stack, and returned
in
and
.
All SSE and x87 registers are destroyed by function calls.
On 64-bit Unix,
is 64 bits.
Integer and SSE register arguments are counted separately, so for the case of
void foo(long a, double b, int c)
is passed in
,
in
, and
in
.
The Win64 ABI is described at:
What follows is a simplified summary.
The first four integer arguments are passed in
,
,
and
, in that
order. Additional integer arguments are passed on the stack. These
registers, plus
,
and
are
destroyed by function calls, and thus are available for use by the function
without saving.
Integer return values are passed in
only.
Floating point is done using SSE registers, except for
. Floating-point arguments are passed
in
to
; return
is
only.
On Win64,
is 32 bits;
or
is
64 bits.
Integer and SSE register arguments are counted together, so for the case of
void foo(long long a, double b, int c)
is passed in
,
in
, and
in
.


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I studied Game AI at the University of California: Santa Cruz, a hotbed for Expressive AI pioneering and home to influential figures such as Michael Mateas, the co-creator of Façade. Here are some examples of work I did:
Standard Behavior Tree architecture implemented to make a bot that plays Space Wars.
Does a reverse search to plan a series of crafting actions that will yield the desired state. With a set of 17 different craftable items and 25 different actions, algorithm is able to calculate a solution for any goal state in less than 1/100 of a second.
Chooses best place to expand tree of actions, simulates the game using a set of heuristics to obtain a result, then propagates the result back through all the actions that led to it. Actions are then chosen based on how likely they will lead to victory.
The user defines a set of constraints for the puzzle: where teleporters go, where the puzzle starts, and where there must be a floor or wall tile. The tool then runs a Depth First Search and generates all puzzles that satisfy the user-defined constraints.
Traversable area is precompiled into a navmesh. Bidirectional A* is used to find a path.


import { Action } from '@ngrx/store';
import {
Comment, Comments, ObjectType, CommentFormMode, CommentParentObject, CommentCounts
} from '../../shared/interfaces/comment.interface';
export class ActionFactory {
public load(parentObject: CommentParentObject): Load {
return new Load(parentObject);
}
public formSubmit(parentObject: CommentParentObject, comment: Comment): FormSubmit {
return new FormSubmit(parentObject, comment);
}
public remove(parentObject: CommentParentObject, commentId: number): Remove {
return new Remove(parentObject, commentId);
}
public changeFormModeToAdd(): ChangeFormModeToAdd {
return new ChangeFormModeToAdd();
}
public changeFormModeToEdit(commentBeingEdited: Comment): ChangeFormModeToEdit {
return new ChangeFormModeToEdit(commentBeingEdited);
}
public getCounts(parentObject: CommentParentObject): GetCounts {
return new GetCounts(parentObject);
}
}
export class InternalActionFactory {
public loadSuccess(comments: Comments): LoadSuccess {
return new LoadSuccess(comments);
}
public formSubmitSuccess(comments: Comments): FormSubmitSuccess {
return new FormSubmitSuccess(comments);
}
public removeSuccess(comments: Comments): RemoveSuccess {
return new RemoveSuccess(comments);
}
public getCountsSuccess(counts: CommentCounts): GetCountsSuccess {
return new GetCountsSuccess(counts);
}
}
export class Load implements Action {
public static readonly Type = '[Comment] Load';
public readonly type = Load.Type;
constructor(public readonly parentObject: CommentParentObject) { }
}
export class FormSubmit implements Action {
public static readonly Type = '[Comment] Form Submit';
public readonly type = FormSubmit.Type;
constructor(public readonly parentObject: CommentParentObject, public readonly comment: Comment) { }
}
export class Remove implements Action {
public static readonly Type = '[Comment] Remove';
public readonly type = Remove.Type;
constructor(public readonly parentObject: CommentParentObject, public readonly commentId: number) { }
}
export class ChangeFormModeToAdd implements Action {
public static readonly Type = '[Comment] Change Form Mode To ADD';
public readonly type = ChangeFormModeToAdd.Type;
}
export class ChangeFormModeToEdit implements Action {
public static readonly Type = '[Comment] Change Form Mode To EDIT';
public readonly type = ChangeFormModeToEdit.Type;
constructor(public readonly commentBeingEdited: Comment) { }
}
export class GetCounts {
public static readonly Type = '[Comment] Get Counts';
public readonly type = GetCounts.Type;
constructor(public readonly parentObject: CommentParentObject) { }
}
export class LoadSuccess implements Action {
public static readonly Type = '[Comment] Load Success';
public readonly type = LoadSuccess.Type;
constructor(public readonly comments: Comments) { }
}
export class FormSubmitSuccess implements Action {
public static readonly Type = '[Comment] Form Submit Success';
public readonly type = FormSubmitSuccess.Type;
constructor(public readonly comments: Comments) { }
}
export class RemoveSuccess implements Action {
public static readonly Type = '[Comment] Remove Success';
public readonly type = RemoveSuccess.Type;
constructor(public readonly comments: Comments) { }
}
export class GetCountsSuccess {
public static readonly Type = '[Comment] Get Counts Success';
public readonly type = GetCountsSuccess.Type;
constructor(public readonly counts: CommentCounts) { }
}
export type Any = Load | FormSubmit | ChangeFormModeToAdd | ChangeFormModeToEdit | GetCounts |
LoadSuccess | FormSubmitSuccess | Remove | RemoveSuccess | GetCountsSuccess;
|


Import the package at the very first.
library(tidyverse)
Introduction
The World Series is the annual championship series of Major League Baseball (MLB) in North America, contested since 1903 between the American League (AL) champion team and the National League (NL) champion team. The winner of the World Series championship is determined through a best-of-seven playoff, and the winning team is awarded the Commissioner’s Trophy. As the series is played during the fall season in North America, it is sometimes referred to as the Fall Classic.
From Wikipedia - World Series
In this blog, we are going to calculate the probability of several questions about the Braves and the Yankees in the World Series.
First, we need to define some parameters.
| Parameter | Explaination |
|---|---|
| PB | In any given game, the probability that the Braves win |
| PY = 1 - PB | in any given game, the probability that the Yankees win |
Questions
1. What is the probability that the Braves win the World Series given that PB=0.55?
First,we need to set the value of PB and PY.
PB <- 0.55
PY <- 1- PB
Create a function to calculate the probability of a win. The win is defined as win 4 times in 7 games.
calc_prob <- function(p){
pnbinom(3, 4, p)
}
Now calculate the probability given that PB=0.55.
calc_prob(PB)
Obviously, when the PB is 0.55, the probability that Braves win the World Series is 0.608.
2. What is the probability that the Braves win the World Series given that PB=x?
Now the PB is not defined yet, so we should assume the x could be any number between 0.5 to 1.
First, we need to generate a series of PB and the probability results.
PBseries <- seq(0.5, 1, 0.01)
win_prob <- rep(NA, length(PBseries))
Now use the function we used before to calculate the probability given every PB.
for(i in 1:length(win_prob)){
win_prob[i] <- calc_prob(PBseries[i])
}
In order to interpret the relationship between PB and the probability that the Braves win, we can draw a graph for them.
plot(x = PBseries,
y = win_prob,
xlim = c(0.5,1),
ylim = 0:1,
xlab = "Probability of the Braves winning a head-to-head matchup",
ylab = "P(Braves win World Series)",
main = "Probability of winning the World Series")
As we can see, in this graph, when PB is increasing, the probability that the Braves win the World Series is increasing too. In fact, when we change the x scale to 0.0-1.0, we will find the line looks like a logistic curve.
3. Suppose one could change the World Series to be best-of-9 or some other best-of-X series. What is the shortest series length so that P(Braves win World Series|PB=0.55) ≥ 0.8?
As same as the first question, the PB needs to be 0.55. And now the game series length is not certain. Definitely, the series length should be an odd number.
PB <- 0.55
series_length <- seq(1, 999, 2)
Now we need to create a function to calculate the probability when the series length is a parameter.
calc_prob_sl <- function(sl){
win_threshhold <- ceiling(sl/2)
pnbinom(win_threshhold - 1, win_threshhold, 0.55)
}
In the end, given every series length, calculate the probability that the Braves win World Series. When the probability is equal to or more than 0.8, stop running and give the series length value and the probability.
for(i in 1:length(series_length)){
pb_win <- calc_prob_sl(series_length[i])
if(pb_win >= 0.8){
shortest <- series_length[i]
p_shortest <- pb_win
break}
}
shortest
p_shortest
Now we get the shortest series length. It should be 71. In that situation, the probability that the Braves win World Series is about 0.802.
4. What is the shortest series length so that P(Braves win World Series|PB= x) ≥ 0.8? This will be a figure (see below) with PB on the x-axis and series length is the y-axis.
Now the PB has not defined again, so we should assume the x could be any number between 0.51 to 1.
First, we need to generate a series of PB and a series to save the length results given different PB. But the way, we also need a series of the possible series length we will test. Now the ceiling is 9999. If it’s not enough, we can set a bigger limitation.
PBseries <- seq(0.51, 1, 0.01)
length_record <- rep(NA, length(PBseries))
series_length <- seq(1, 9999, 2)
In order to calculate the probability that the Braves win the WS, we need a new function with 2 input, because both of the series length and PB are variables.
calc_prob_sl_p <- function(sl,pb){
win_threshhold <- ceiling(sl/2)
pnbinom(win_threshhold - 1, win_threshhold, pb)
}
Now, calculate the shortest series length when PB is changing. Save the values in length_record.
for(j in 1:length(PBseries)){
for(i in 1:length(series_length)){
pb_win <- calc_prob_sl_p(series_length[i],PBseries[j])
if(pb_win >= 0.8){
shortest <- series_length[i]
break}
}
length_record[j] <- shortest
}
We have already got the shortest series length given different PB. Let’s draw the figure to show the relationship between them.
plot(x = PBseries,
y = length_record,
xlim = c(0.5,1),
xlab = "Probability of the Braves winning a head-to-head matchup",
ylab = "Series length",
main = "Shortest series so that P(Win WS given p)>=0.8")
in this graph, when PB is increasing, the shortest series length, when the probability that the Braves win the World Series is more than 0.8, is approaching 1. When the PB is bigger than 0.8, the shortest series length is 1.
5. Calculate P( PB=0.55|Braves lose 3 games before winning a 4th game) under the assumption that either PB=0.55 or PB=0.45. Explain your solution.
According to Conditional probability formula, we can get:
Now the P(A) = P(PB=0.55), P(B) = P(Braves lose 3 games before winning a 4th game). As a result, P( PB=0.55|Braves lose 3 games before winning a 4th game) = P(Braves lose 3 games before winning a 4th game|PB=0.55) * P(PB=0.55) ÷ P(Braves lose 3 games before winning a 4th game).
P(PB=0.55) = 0.5
Then use dnbinom() calculate P(Braves lose 3 games before winning a 4th game) and P(Braves lose 3 games before winning a 4th game|PB=0.55):
(dnbinom(3,4,0.45)+dnbinom(3,4,0.55))/2
dnbinom(3,4,0.55)
P(Braves lose 3 games before winning a 4th game) = 0.1516092
P(Braves lose 3 games before winning a 4th game | PB=0.55) = 0.1667701
P( PB=0.55|Braves lose 3 games before winning a 4th game) = P(Braves lose 3 games before winning a 4th game|PB=0.55) * P(PB=0.55) ÷ P(Braves lose 3 games before winning a 4th game)
0.1667701 * 0.5 / 0.1516092
P( PB=0.55|Braves lose 3 games before winning a 4th game) = 0.1667701 * 0.5 ÷ 0.1516092 = 0.5499999
Therefore, P( PB=0.55|Braves lose 3 games before winning a 4th game) is 0.5499999, about 0.55.


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On De Lima's 1000th day in jail, Duterte insists she's guilty
(UPDATED) Duterte says the greatest insult he’s ever received is when people defend De Lima, whose accusers are convicted traffickers of illegal drugs
by JC GotingaSubscribe
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Lebanese police to boost security near banks amid unrest
by The Associated PressBEIRUT — Lebanese security forces will boost measures near the country’s banks that have been closed for more than a week over fears by employees for their safety amid nationwide unrest.
Police said in a statement Saturday that there will be more patrols near banks.
Lebanon’s financial troubles have worsened since mass protests began on Oct. 17, and snowballed into calls for the entire political elite to step down.
Banks reopened Nov. 1 after a two-week closure amid the protests but depositors have rushed to withdraw their money while the country’s various lenders imposed varying capital controls.
In some banks, customers insulted employees after they were told they cannot withdraw as much money as they want.
The banks closed again on Nov. 9, and employees have been on strike since then.
The Associated Press


!!!You cannot inherit from types of different kind at the same moment ( kinds are: union types, array types, object types, scalar types )
!!!You cannot inherit from types extending union types ( ex: you cannot extend from Pet if Pet = Dog | Cat )
You cannot inherit from multiple primitive types
!!! You cannot inherit from a type that extends Array type
Facets are always inherited
You can fix a previously defined facet to a value if the facet is defined on a superclass
Properties are only allowed on object types
You cannot create cyclic dependencies when inheriting
!!!You cannot inherit from types of different kind at the same moment ( kinds are: union types, array types, object types, scalar types ) !!!You cannot inherit from types extending union types ( ex: you cannot extend from Pet if Pet = Dog | Cat ) You cannot inherit from multiple primitive types !!! You cannot inherit from a type that extends Array type Facets are always inherited You can fix a previously defined facet to a value if the facet is defined on a superclass Properties are only allowed on object types You cannot create cyclic dependencies when inheriting


Proficiencies
- SSR website
- REST API
- Chat-bot
- Web scraping
Technologies
- Python
- Django
- PostgreSQL
- MongoDB
- HTML5
- CSS3
- JavaScript
Tools
- Git
- Linux
- DigitalOcean
Back-end developer who cares deeply about the product. Serious passion for beautiful and effective code.
I developed many different projects and mostly worked on:
I conducted online classes for a group of 20+ students about following topics:
The most popular Russian Telegram channel about Python with 75k subscribers and 500+ publications. My simple goal is to contribute to Python community and help other coders learn new topics. Check it out, it's cool.
A fully functioning CRM system built with Python and Django. Here are some things I have implemented and used:
A fairly simple, but still useful Telegram bot that checks if a username is available in most popular social networks. This project helped me to understand Telegram Bot API and chat-bots in general.


Microservice Resiliency
Hystrix
https://github.com/jeffgbutler/microservice-workshop-java/
https://jeffgbutler.github.io/microservice-workshop-java/
What is Hystrix?
- Implementation of the Circuit Breaker pattern
- Created by Netflix
- Integrated into Spring with Spring Cloud Netflix
What is a Circuit Breaker?
- The circuit breaker is a wrapper over a command
- The wrapper watches for failures and will call a fallback method if there is a failure
- Once failures reach a certain threshold, the circuit will be "opened"
- When a circuit is opened, only the fallback method will be called
- The circuit breaker will periodically try the true method and if the failure rate falls
below the threshold, then the circuit will be "closed" and traffic will begin flowing to the true service
- Closed == Good
Configuring Hystrix and Feign
- Hystrix is available as a dependency in the Spring Initializr
- Hystrix is integrated with Feign...
- Add the
@EnableCircuitBreaker
annotation to a configuration class
- Set the property
feign.hystrix.enabled=true
- Add a
fallback
implementation class on the @FeignClient
annotation
The Hystrix Dashboard
- Hystrix will publish a stream of information about the state of the curcuits on the
/actuator/hystrix.stream
endpoint
- This data stream is hard for a human to consume!
- The Hystrix dashboard will consume the stream and present a friendly UI
- Netflix has stated that the Hystrix dashboard has some security vulnerabilites and should not be
exposed publicly
- PCF implements a circuit breaker dashboard in the Spring Cloud Services tile
Exercise
- Create fallback implementations for the feign clients
- Enable Hystrix
- Setup a Hystrix dashboard


new DataModel()
- Source:
Methods
-
call(argc, rel, ret) → {MVM.DataModel}
-
Call a function at another point in the code, moving any relevant data into the new MVM.StackFrame.
Parameters:
Name Type Description argc
number the amount of arguments to copy into the new scope. rel
number the relative height in scope frames of where the function declaration occurred. ret
number the address the MVM.VM must return to once the function ends. - Source:
Returns:
Returns self to allow for some degree of method chaining.- Type
- MVM.DataModel
-
current() → {MVM.StackFrame}
-
Retrieve the currently active scope frame.
- Source:
Returns:
- Type
- MVM.StackFrame
-
enter() → {MVM.DataModel}
-
Enter a new MVM.StackFrame - signifying a new block scope.
- Source:
Returns:
Returns self to allow for some degree of method chaining.- Type
- MVM.DataModel
-
exit() → {MVM.DataModel}
-
Leave the current MVM.StackFrame - signifying an end to a block scope.
- Source:
Returns:
Returns self to allow for some degree of method chaining.- Type
- MVM.DataModel
-
funcreturn(value) → {number}
-
Return from the current function, moving back to the original scope.
Parameters:
Name Type Description value
* the value to place into the MVM.StackFrame which we are returning to. - Source:
Returns:
The return address that the MVM.VM must utilise.- Type
- number
-
relative(count) → {MVM.StackFrame}
-
Retrieve the scope frame a set height above the current frame, where 0 retrieves the current frame.
Parameters:
Name Type Description count
number the target relative height to retrieve a scope frame from. - Source:
Returns:
- Type
- MVM.StackFrame


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Boris Johnson vows to be 'Corbyn neutral by Christmas' in Tory manifesto speech
Boris Johnson has said the Conservative Party manifesto is a ‘partial blueprint’ for reuniting the UK.
Speaking in Telford today, the Prime Minister said the Tories would ‘get Brexit done’ by January 2020, insisting once more the withdrawal agreement is ‘precooked and ready to go’.
He claimed the party would ‘restore confidence and certainty to businesses and families’, while focusing their ‘hearts and minds on the priorities of British people’.
The audience heard how Boris would also ‘level up’ the UK through education, infrastructure and technology – as well as a points-based immigration system similar to Australia.
He vowed to put 20,000 more police officers on the streets, as well as promising 50,000 new nurses and 50,000,000 GP appointments.
This was followed by a promise that Scots and Northern Irish citizens would remain ‘passionate’ about their identities, while also being part of a ‘proud, strong and whole United Kingdom’.
The Prime Minister also dismissed rival parties during his speech, accusing them of keeping the UK ‘stuck in the same rut’.
Advertisement Advertisement
Making a dig at Labour leader Jeremy Corbyn, he joked: ‘He used to be indecisive, but now he’s not so sure’, causing the audience to laugh and issue a round of applause.
Pledging to address climate change, he ended his speech by saying: ‘Let’s get carbon neutral by 2050 and Corbyn neutral by Christmas.’
During questions, Boris lamented Corbyn’s plans to increase taxation on the top 5% of the country.
He ranted: ‘If we want to make long-term funding commitments to the NHS, which we passionately do, we have to continue to run the economy sensibly and not go after wealth creators as if they are somehow enemies of this country.
‘People who run businesses, people who get up early to get their shops ready, they are doing a fine thing. We should be supporting them.’
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Get in touch with our news team by emailing us at<EMAIL_ADDRESS>For more stories like this, check our news page.


Jacob Patel
My name is Jacob Patel. I am a young, high-school developer who is interested in the world of computer science. Additionally, I greatly enjoy history, and aim to intertwine these two interests whenever I can.
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| Hex Value | Human Readable Value |
|---|---|
| {{value.value.data}} | |
|
|
You can control the LED on the bean by providing RGB (red, green, blue) values and clicking "Change LED Color". You can learn more about RGB here. Each value should be an integer between 0 and 255. |
Important Note about the Bean
| Type | Data | Write a Hex Value |
|---|---|---|
| {{value.value.type}} | {{value.value.data}} |


[§286-302] Oaths and investigations. The examiner of drivers and each authorized subordinate may administer oaths and require and take oral or written statements under oath of any individual in connection with any information required under this part or any rule under part VI and this part. [L 2012, c 310, pt of §2]


APT-FTPARCHIVE(1) APT APT-FTPARCHIVE(1) NAME apt-ftparchive - Utility to generate index files SYNOPSIS apt-ftparchive [-dsq] [--md5] [--delink] [--readonly] [--contents] [--arch architecture] [-o=config_string] [-c=config_file] {packages path... [override-file [pathprefix]] | sources path... [override-file [pathprefix]] | contents path | release path | generate config_file section... | clean config_file | {-v | --version} | {-h | --help}} DESCRIPTION apt-ftparchive is the command line tool that generates the index files that APT uses to access a distribution source. The index files should be generated on the origin site based on the content of that site. apt-ftparchive is a superset of the dpkg-scanpackages(1) program, incorporating its entire functionality via the packages command. It also contains a contents file generator, contents, and an elaborate means to 'script' the generation process for a complete archive. Internally apt-ftparchive can make use of binary databases to cache the contents of a .deb file and it does not rely on any external programs aside from gzip(1). When doing a full generate it automatically performs file-change checks and builds the desired compressed output files. Unless the -h, or --help option is given, one of the commands below must be present. packages The packages command generates a package file from a directory tree. It takes the given directory and recursively searches it for .deb files, emitting a package record to stdout for each. This command is approximately equivalent to dpkg-scanpackages(1). The option --db can be used to specify a binary caching DB. sources The sources command generates a source index file from a directory tree. It takes the given directory and recursively searches it for .dsc files, emitting a source record to stdout for each. This command is approximately equivalent to dpkg-scansources(1). If an override file is specified then a source override file will be looked for with an extension of .src. The --source-override option can be used to change the source override file that will be used. contents The contents command generates a contents file from a directory tree. It takes the given directory and recursively searches it for .deb files, and reads the file list from each file. It then sorts and writes to stdout the list of files matched to packages. Directories are not written to the output. If multiple packages own the same file then each package is separated by a comma in the output. The option --db can be used to specify a binary caching DB. release The release command generates a Release file from a directory tree. It recursively searches the given directory for uncompressed Packages and Sources files and ones compressed with gzip, bzip2 or lzma as well as Release and md5sum.txt files by default (APT::FTPArchive::Release::Default-Patterns). Additional filename patterns can be added by listing them in APT::FTPArchive::Release::Patterns. It then writes to stdout a Release file containing an MD5, SHA1 and SHA256 digest for each file. Values for the additional metadata fields in the Release file are taken from the corresponding variables under APT::FTPArchive::Release, e.g. APT::FTPArchive::Release::Origin. The supported fields are: Origin, Label, Suite, Version, Codename, Date, Valid-Until, Architectures, Components, Description. generate The generate command is designed to be runnable from a cron script and builds indexes according to the given config file. The config language provides a flexible means of specifying which index files are built from which directories, as well as providing a simple means of maintaining the required settings. clean The clean command tidies the databases used by the given configuration file by removing any records that are no longer necessary.  It follows the typical ISC configuration format as seen in ISC tools like bind 8 and dhcpd. apt.conf(5) contains a description of the syntax. Note that the generate configuration is parsed in sectional manner, but apt.conf(5) is parsed in a tree manner. This only effects how the scope tag is handled. The generate configuration has four separate sections, each described below. Dir Section The Dir section defines the standard directories needed to locate the files required during the generation process. These directories are prepended certain relative paths defined in later sections to produce a complete an absolute path. ArchiveDir Specifies the root of the FTP archive, in a standard Debian configuration this is the directory that contains the ls-LR and dist nodes. OverrideDir Specifies the location of the override files. CacheDir Specifies the location of the cache files. FileListDir Specifies the location of the file list files, if the FileList setting is used below. Default Section The Default section specifies default values, and settings that control the operation of the generator. Other sections may override these defaults with a per-section setting. Packages::Compress Sets the default compression schemes to use for the package index files. It is a string that contains a space separated list of at least one of: '.' (no compression), 'gzip' and 'bzip2'. The default for all compression schemes is '. gzip'. Packages::Extensions Sets the default list of file extensions that are package files. This defaults to '.deb'. Sources::Compress This is similar to Packages::Compress except that it controls the compression for the Sources files. Sources::Extensions Sets the default list of file extensions that are source files. This defaults to '.dsc'. Contents::Compress This is similar to Packages::Compress except that it controls the compression for the Contents files. Translation::Compress This is similar to Packages::Compress except that it controls the compression for the Translation-en master file. DeLinkLimit Specifies the number of kilobytes to delink (and replace with hard links) per run. This is used in conjunction with the per-section External-Links setting. FileMode Specifies the mode of all created index files. It defaults to 0644. All index files are set to this mode with no regard to the umask. LongDescription Specifies whether long descriptions should be included in the Packages file or split out into a master Translation-en file. TreeDefault Section Sets defaults specific to Tree sections. All of these variables are substitution variables and have the strings $(DIST), $(SECTION) and $(ARCH) replaced with their respective values. MaxContentsChange Sets the number of kilobytes of contents files that are generated each day. The contents files are round-robined so that over several days they will all be rebuilt. ContentsAge Controls the number of days a contents file is allowed to be checked without changing. If this limit is passed the mtime of the contents file is updated. This case can occur if the package file is changed in such a way that does not result in a new contents file [override edit for instance]. A hold off is allowed in hopes that new .debs will be installed, requiring a new file anyhow. The default is 10, the units are in days. Directory Sets the top of the .deb directory tree. Defaults to $(DIST)/$(SECTION)/binary-$(ARCH)/ SrcDirectory Sets the top of the source package directory tree. Defaults to $(DIST)/$(SECTION)/source/ Packages Sets the output Packages file. Defaults to $(DIST)/$(SECTION)/binary-$(ARCH)/Packages Sources Sets the output Sources file. Defaults to $(DIST)/$(SECTION)/source/Sources Translation Sets the output Translation-en master file with the long descriptions if they should be not included in the Packages file. Defaults to $(DIST)/$(SECTION)/i18n/Translation-en InternalPrefix Sets the path prefix that causes a symlink to be considered an internal link instead of an external link. Defaults to $(DIST)/$(SECTION)/ Contents Sets the output Contents file. Defaults to $(DIST)/$(SECTION)/Contents-$(ARCH). If this setting causes multiple Packages files to map onto a single Contents file (as is the default) then apt-ftparchive will integrate those package files together automatically. Contents::Header Sets header file to prepend to the contents output. BinCacheDB Sets the binary cache database to use for this section. Multiple sections can share the same database. FileList Specifies that instead of walking the directory tree, apt-ftparchive should read the list of files from the given file. Relative files names are prefixed with the archive directory. SourceFileList Specifies that instead of walking the directory tree, apt-ftparchive should read the list of files from the given file. Relative files names are prefixed with the archive directory. This is used when processing source indexes. Tree Section The Tree section defines a standard Debian file tree which consists of a base directory, then multiple sections in that base directory and finally multiple Architectures in each section. The exact pathing used is defined by the Directory substitution variable. The Tree section takes a scope tag which sets the $(DIST) variable and defines the root of the tree (the path is prefixed by ArchiveDir). Typically this is a setting such as dists/wheezy. All of the settings defined in the TreeDefault section can be used in a Tree section as well as three new variables. When processing a Tree section apt-ftparchive performs an operation similar to: for i in Sections do for j in Architectures do Generate for DIST=scope SECTION=i ARCH=j Sections This is a space separated list of sections which appear under the distribution; typically this is something like main contrib non-free Architectures This is a space separated list of all the architectures that appear under search section. The special architecture 'source' is used to indicate that this tree has a source archive. LongDescription Specifies whether long descriptions should be included in the Packages file or split out into a master Translation-en file. BinOverride Sets the binary override file. The override file contains section, priority and maintainer address information. SrcOverride Sets the source override file. The override file contains section information. ExtraOverride Sets the binary extra override file. SrcExtraOverride Sets the source extra override file. BinDirectory Section The bindirectory section defines a binary directory tree with no special structure. The scope tag specifies the location of the binary directory and the settings are similar to the Tree section with no substitution variables or SectionArchitecture settings. Packages Sets the Packages file output. Sources Sets the Sources file output. At least one of Packages or Sources is required. Contents Sets the Contents file output (optional). BinOverride Sets the binary override file. SrcOverride Sets the source override file. ExtraOverride Sets the binary extra override file. SrcExtraOverride Sets the source extra override file. BinCacheDB Sets the cache DB. PathPrefix Appends a path to all the output paths. FileList, SourceFileList Specifies the file list file. THE BINARY OVERRIDE FILE The binary override file is fully compatible with dpkg-scanpackages(1). It contains four fields separated by spaces. The first field is the package name, the second is the priority to force that package to, the third is the section to force that package to and the final field is the maintainer permutation field. The general form of the maintainer field is: old [// oldn]* => new or simply, new The first form allows a double-slash separated list of old email addresses to be specified. If any of those are found then new is substituted for the maintainer field. The second form unconditionally substitutes the maintainer field. THE SOURCE OVERRIDE FILE The source override file is fully compatible with dpkg-scansources(1). It contains two fields separated by spaces. The first field is the source package name, the second is the section to assign it. THE EXTRA OVERRIDE FILE The extra override file allows any arbitrary tag to be added or replaced in the output. It has three columns, the first is the package, the second is the tag and the remainder of the line is the new value. OPTIONS All command line options may be set using the configuration file, the descriptions indicate the configuration option to set. For boolean options you can override the config file by using something like -f-,--no-f, -f=no or several other variations. --md5, --sha1, --sha256 Generate the given checksum. These options default to on, when turned off the generated index files will not have the checksum fields where possible. Configuration Items: APT::FTPArchive::Checksum and APT::FTPArchive::Index::Checksum where Index can be Packages, Sources or Release and Checksum can be MD5, SHA1 or SHA256. -d, --db Use a binary caching DB. This has no effect on the generate command. Configuration Item: APT::FTPArchive::DB. -q, --quiet Quiet; produces output suitable for logging, omitting progress indicators. More q's will produce more quiet up to a maximum of 2. You can also use -q=# to set the quiet level, overriding the configuration file. Configuration Item: quiet. --delink Perform Delinking. If the External-Links setting is used then this option actually enables delinking of the files. It defaults to on and can be turned off with --no-delink. Configuration Item: APT::FTPArchive::DeLinkAct. --contents Perform contents generation. When this option is set and package indexes are being generated with a cache DB then the file listing will also be extracted and stored in the DB for later use. When using the generate command this option also allows the creation of any Contents files. The default is on. Configuration Item: APT::FTPArchive::Contents. -s, --source-override Select the source override file to use with the sources command. Configuration Item: APT::FTPArchive::SourceOverride. --readonly Make the caching databases read only. Configuration Item: APT::FTPArchive::ReadOnlyDB. -a, --arch Accept in the packages and contents commands only package files matching *_arch.deb or *_all.deb instead of all package files in the given path. Configuration Item: APT::FTPArchive::Architecture. APT::FTPArchive::AlwaysStat apt-ftparchive(1) caches as much as possible of metadata in a cachedb. If packages are recompiled and/or republished with the same version again, this will lead to problems as the now outdated cached metadata like size and checksums will be used. With this option enabled this will no longer happen as it will be checked if the file was changed. Note that this option is set to "false" by default as it is not recommend to upload multiply versions/builds of a package with the same versionnumber, so in theory nobody will have these problems and therefore all these extra checks are useless. APT::FTPArchive::LongDescription This configuration option defaults to "true" and should only be set to "false" if the Archive generated with apt-ftparchive(1) also provides Translation files. Note that the Translation-en master file can only be created in the generate command. -h, --help Show a short usage summary. -v, --version Show the program version. -c, --config-file Configuration File; Specify a configuration file to use. The program will read the default configuration file and then this configuration file. If configuration settings need to be set before the default configuration files are parsed specify a file with the APT_CONFIG environment variable. See apt.conf(5) for syntax information. -o, --option Set a Configuration Option; This will set an arbitrary configuration option. The syntax is -o Foo::Bar=bar. -o and --option can be used multiple times to set different options. EXAMPLES To create a compressed Packages file for a directory containing binary packages (.deb): apt-ftparchive packages directory | gzip > Packages.gz SEE ALSO apt.conf(5) DIAGNOSTICS apt-ftparchive returns zero on normal operation, decimal 100 on error. BUGS APT bug page[1]. If you wish to report a bug in APT, please see /usr/share/doc/debian/bug-reporting.txt or the reportbug(1) command. AUTHORS Jason Gunthorpe APT team NOTES 1. APT bug page http://bugs.debian.org/src:apt APT <IP_ADDRESS> 09 June 2012 APT-FTPARCHIVE(1)


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?Specimens
Collected
Under
the
Auspices
of
the
U.
S.
Department
of
Agriculture,
Forest
Service;
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Forest
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Station,
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Piedras,
Puerto
Rico
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carder
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notes:
Local
name:
Date
of
collection:
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1950
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Elbert
i*.
Little,
Jr.
CollectorÕs
No.13412___
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name:
fUiph
TROPICAL
FOREST
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Dipholis
cubensis
(Griseb.)
Pierre
Vine
ō__________?
Height.2Q.-fba-
D.
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sintenisiana
Pierre;
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by
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iiioo
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Cgmino
near
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0
Shrub
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color,
odor;
*
lowers
g
fruit
color,
texture:
Fruits
fleshy;
dark
brown
Abundance,
site,
slope,
vegetation
type,
etc.:
Montane
forest
Uses,
and
part
used;
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locally
or
commercially:
(Accession
number
for
Washington
office)
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very low
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- target - Variable in class org.jamplate.impl.analyzer.ConditionTransformAnalyzer
-
The targeted kind.
- then - Variable in class org.jamplate.impl.parser.ThenAddParser
-
The then parser.
- then - Variable in class org.jamplate.impl.parser.ThenOfferParser
-
The then parser.
- ThenAddParser - Class in org.jamplate.impl.parser
-
A parser that parses using another parser then parser each resultant tree using another
parser and add them to the results.
- ThenAddParser(Parser, Parser) - Constructor for class org.jamplate.impl.parser.ThenAddParser
-
Construct a parser that parses using the given parser
then parses each
resultant tree using the given then
and add it to the results.
- ThenOfferParser - Class in org.jamplate.impl.parser
-
A parser that parses using another parser then parses each resultant tree using another
parser and offers the results to that tree.
- ThenOfferParser(Parser, Parser) - Constructor for class org.jamplate.impl.parser.ThenOfferParser
-
Construct a parser that parses using the given parser
then parses each
resultant tree using the given then
parser and offer results to that tree.
- TIME - Static variable in class org.jamplate.impl.Address
-
An address used to store the time at the time of the execution.
- toArray(Tree) - Static method in class org.jamplate.impl.util.Trees
-
Return an array containing the current children of the given tree
.
- toBoolean(String) - Static method in class org.jamplate.impl.util.Values
-
Return a boolean interpretation of the given text
.
- ToIdleCompiler - Class in org.jamplate.impl.compiler
-
A compiler that compiles an empty instruction.
- ToIdleCompiler() - Constructor for class org.jamplate.impl.compiler.ToIdleCompiler
-
- ToIdleWhitespaceCompiler - Class in org.jamplate.impl.compiler
-
A compiler that compiles whitespaces.
- ToIdleWhitespaceCompiler() - Constructor for class org.jamplate.impl.compiler.ToIdleWhitespaceCompiler
-
- toNumber(String) - Static method in class org.jamplate.impl.util.Values
-
Return a number interpretation of the given text
.
- ToPushConstCompiler - Class in org.jamplate.impl.compiler
-
A compiler that always compiles into a
PushConst
with the constant being the
result of reading the tree given to it.
- ToPushConstCompiler() - Constructor for class org.jamplate.impl.compiler.ToPushConstCompiler
-
- ToPushConstUnescapeCompiler - Class in org.jamplate.impl.compiler
-
A compiler that always compiles into a
PushConst
with the constant being the
result of reading the tree given to it.
- ToPushConstUnescapeCompiler() - Constructor for class org.jamplate.impl.compiler.ToPushConstUnescapeCompiler
-
- ToPushEvalAddrCompiler - Class in org.jamplate.impl.compiler
-
A compiler that always compiles into a
PushEvalAddr
with the address being the
result of reading the tree given to it.
- ToPushEvalAddrCompiler() - Constructor for class org.jamplate.impl.compiler.ToPushEvalAddrCompiler
-
- ToReprntConstCompiler - Class in org.jamplate.impl.compiler
-
A compiler that always compiles into a
ReprntConst
with the constant being the
result of reading the tree given to it.
- ToReprntConstCompiler() - Constructor for class org.jamplate.impl.compiler.ToReprntConstCompiler
-
- toString() - Method in class org.jamplate.impl.model.FileDocument
-
- toString() - Method in class org.jamplate.impl.model.PseudoDocument
-
- toString() - Method in interface org.jamplate.model.Document
-
Returns a string representation of this document.
- toString() - Method in enum org.jamplate.model.Dominance
-
- toString() - Method in enum org.jamplate.model.Intersection
-
- toString() - Method in class org.jamplate.model.Reference
-
Returns a string representation of this reference.
- toString() - Method in enum org.jamplate.model.Relation
-
- toString() - Method in class org.jamplate.model.Sketch
-
- toString() - Method in class org.jamplate.model.Tree
-
- transform - Variable in class org.jamplate.impl.analyzer.ConditionTransformAnalyzer
-
The new kind.
- tree - Variable in class org.jamplate.impl.instruction.AllocAddrConst
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.AllocAddrExecInstr
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.BranchExecInstr0Instr1Instr2
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.ConsoleExecInstr
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.CpedAddrXinstr
-
The tree from where this instruction was declared.
- tree - Variable in class org.jamplate.impl.instruction.ExecImportExecInstr
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.FallocAddrConst
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.FpedAddrExecInstrXinstr
-
The tree from where this instruction was declared.
- tree - Variable in class org.jamplate.impl.instruction.FreeAddr
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.Idle
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.IpedXinstr
-
The tree from where this instruction was declared.
- tree - Variable in class org.jamplate.impl.instruction.IterXinstr
-
The tree from where this instruction was declared.
- tree - Variable in class org.jamplate.impl.instruction.PrintExecInstr
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.PushAddExecInstr0ExecInstr1
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.PushCmpExecInstr0ExecInstr1
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.PushConst
-
The tree of this instruction.
- tree - Variable in class org.jamplate.impl.instruction.PushDefAddr
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.PushDivExecInstr0ExecInstr1
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.PushEqlExecInstr0ExecInstr1
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.PushEvalAddr
-
The tree of this instruction.
- tree - Variable in class org.jamplate.impl.instruction.PushGetAddrExecInstr
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.PushLndExecInstr0ExecInstr1
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.PushLorExecInstr0ExecInstr1
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.PushModExecInstr0ExecInstr1
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.PushMulExecInstr0ExecInstr1
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.PushNdefAddr
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.PushNegExecInstr
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.PushSubExecInstr0ExecInstr1
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.PutAddrExecInstr0ExecInstr1
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.RepllocAddrExecInstr
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.RepreeAddr
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.ReprntConst
-
The tree from where this instruction was declared.
- tree - Variable in class org.jamplate.impl.instruction.SerrExecInstr
-
The tree from where this instruction was declared.
- tree - Variable in class org.jamplate.impl.instruction.SoutExecInstr
-
The tree from where this instruction was declared.
- tree - Variable in class org.jamplate.impl.instruction.SpreadExecInstr
-
The tree this instruction was declared at.
- tree - Variable in class org.jamplate.impl.instruction.WpedInstrXinstr
-
The tree from where this instruction was declared.
- tree - Variable in exception org.jamplate.model.CompileException
-
A reference to where the compilation failure occurred.
- tree - Variable in exception org.jamplate.model.ExecutionException
-
The tree where the failure occurred.
- tree - Variable in class org.jamplate.model.Sketch
-
The tree this sketch is from.
- Tree - Class in org.jamplate.model
-
A tree is a point in a background structure of sketches that hold the variables of a
runtime or a text component.
- Tree(Document) - Constructor for class org.jamplate.model.Tree
-
Construct a new tree for the whole given document
.
- Tree(Document, Sketch) - Constructor for class org.jamplate.model.Tree
-
Construct a new tree for the whole given document
.
- Tree(Document, Reference) - Constructor for class org.jamplate.model.Tree
-
Construct a new tree with the given reference
.
- Tree(Document, Reference, Sketch) - Constructor for class org.jamplate.model.Tree
-
Construct a new tree with the given reference
and the given sketch
.
- Tree(Document, int) - Constructor for class org.jamplate.model.Tree
-
Construct a new tree for the whole given document
.
- Tree(Document, Sketch, int) - Constructor for class org.jamplate.model.Tree
-
Construct a new tree for the whole given document
.
- Tree(Document, Reference, int) - Constructor for class org.jamplate.model.Tree
-
Construct a new tree with the given reference
.
- Tree(Document, Reference, Sketch, int) - Constructor for class org.jamplate.model.Tree
-
Construct a new tree with the given reference
and the given sketch
.
- TreeClashException - Exception in org.jamplate.model
-
An exception to indicate that a provided tree is clashing with another tree and the
operation cannot continue because of that.
- TreeClashException() - Constructor for exception org.jamplate.model.TreeClashException
-
Constructs a new exception with null
as its detail message.
- TreeClashException(String) - Constructor for exception org.jamplate.model.TreeClashException
-
Constructs a new exception with the specified detail message.
- TreeClashException(String, Throwable) - Constructor for exception org.jamplate.model.TreeClashException
-
Constructs a new exception with the specified detail message and cause.
- TreeClashException(Throwable) - Constructor for exception org.jamplate.model.TreeClashException
-
Constructs a new exception with the specified cause and a detail message of
(cause==null ? null : cause.toString()) (which typically contains the
class and detail message of cause).
- TreeClashException(Tree, Tree) - Constructor for exception org.jamplate.model.TreeClashException
-
Construct a new tree clash exception with the given primary
and illegal
trees.
- TreeClashException(String, Tree, Tree) - Constructor for exception org.jamplate.model.TreeClashException
-
Construct a new tree clash exception with the given primary
and illegal
trees and the given message
.
- TreeClashException(String, Throwable, Tree, Tree) - Constructor for exception org.jamplate.model.TreeClashException
-
Construct a new tree clash exception with the given primary
and illegal
trees and the given message
.
- TreeClashException(Throwable, Tree, Tree) - Constructor for exception org.jamplate.model.TreeClashException
-
Construct a new tree clash exception with the given primary
and illegal
trees and the given message
.
- TreeOutOfBoundsException - Exception in org.jamplate.model
-
An exception to indicate that a provided tree is out of the expected bounds.
- TreeOutOfBoundsException() - Constructor for exception org.jamplate.model.TreeOutOfBoundsException
-
Constructs a new exception with null
as its detail message.
- TreeOutOfBoundsException(String) - Constructor for exception org.jamplate.model.TreeOutOfBoundsException
-
Constructs a new exception with the specified detail message.
- TreeOutOfBoundsException(String, Throwable) - Constructor for exception org.jamplate.model.TreeOutOfBoundsException
-
Constructs a new exception with the specified detail message and cause.
- TreeOutOfBoundsException(Throwable) - Constructor for exception org.jamplate.model.TreeOutOfBoundsException
-
Constructs a new exception with the specified cause and a detail message of
(cause==null ? null : cause.toString()) (which typically contains the
class and detail message of cause).
- TreeOutOfBoundsException(Tree, Tree) - Constructor for exception org.jamplate.model.TreeOutOfBoundsException
-
Construct a new tree out of bounds exception with the given bounds
and
illegal
trees.
- TreeOutOfBoundsException(String, Tree, Tree) - Constructor for exception org.jamplate.model.TreeOutOfBoundsException
-
Construct a new tree out of bounds exception with the given bounds
and
illegal
trees.
- TreeOutOfBoundsException(String, Throwable, Tree, Tree) - Constructor for exception org.jamplate.model.TreeOutOfBoundsException
-
Construct a new tree out of bounds exception with the given bounds
and
illegal
trees.
- TreeOutOfBoundsException(Throwable, Tree, Tree) - Constructor for exception org.jamplate.model.TreeOutOfBoundsException
-
Construct a new tree out of bounds exception with the given bounds
and
illegal
trees.
- Trees - Class in org.jamplate.impl.util
-
Common operations functions for
trees
.
- TreeTakeoverException - Exception in org.jamplate.model
-
- TreeTakeoverException() - Constructor for exception org.jamplate.model.TreeTakeoverException
-
Constructs a new exception with null
as its detail message.
- TreeTakeoverException(String) - Constructor for exception org.jamplate.model.TreeTakeoverException
-
Constructs a new exception with the specified detail message.
- TreeTakeoverException(String, Throwable) - Constructor for exception org.jamplate.model.TreeTakeoverException
-
Constructs a new exception with the specified detail message and cause.
- TreeTakeoverException(Throwable) - Constructor for exception org.jamplate.model.TreeTakeoverException
-
Constructs a new exception with the specified cause and a detail message of
(cause==null ? null : cause.toString()) (which typically contains the
class and detail message of cause).
- TreeTakeoverException(Tree, Tree) - Constructor for exception org.jamplate.model.TreeTakeoverException
-
Construct a new tree takeover exception with the given primary
and illegal
trees.
- TreeTakeoverException(String, Tree, Tree) - Constructor for exception org.jamplate.model.TreeTakeoverException
-
Construct a new tree takeover exception with the given primary
and illegal
trees and the given message
.
- TreeTakeoverException(String, Throwable, Tree, Tree) - Constructor for exception org.jamplate.model.TreeTakeoverException
-
Construct a new tree takeover exception with the given primary
and illegal
trees and the given message
.
- TreeTakeoverException(Throwable, Tree, Tree) - Constructor for exception org.jamplate.model.TreeTakeoverException
-
Construct a new tree takeover exception with the given primary
and illegal
trees and the given message
.
- TYPE - Static variable in class org.jamplate.impl.Component
-
The key of the type component.