The idea of a trapdoor one-way function is that you have a function that is easy to compute in one direction, but difficult to compute in the opposite direction without special information called the "trapdoor".
We want to tell you a story about RSA cryptography, so the best way to show you that is to provide a real world example. So, the story says that one crucial property of a public key cryptosystem is that the private key should not be computable given the public key. If this is not the case, an attacker could just take Bob's public key, compute the corresponding private key and use it to decrypt any messages sent to Bob.
That's why we need two different keys (public and private) such that we can't compute private key from public, but we can use private key to decrypt any message encrypted with public key.
We saw the idea of the trapdoor one-way function and the problem of using public and private keys in public key cryptosystem. Well, what type of function can we use to solve this problem? (Hint: trapdoor one-way function)
Informally (see), a function f is a one-way function if:
The description of f is publicly known and does not require any secret information for its operation.
Given x, it is easy to compute f(x)
Given y, in the range of f, it is hard to find an x such that f(x)=y. More precisely, any efficient algorithm solving a P-problem succeeds in inverting f with negligible probability.
Informally (see), a function f:\left\{0, 1\right\}^{l(n)} \times \left\{0, 1\right\}^n \dashrightarrow \left\{0, 1\right\}^{m(n)} is a trapdoor one-way function if:
It is a one-way function.
For fixed public key y \in \left\{0, 1\right\}^{l(n)}, f(x, y) is viewed as a function f_y(x) of x that maps n bits to m(n) bits. Then there is an efficient algorithm that, on input \langle y, f_y(x), z\rangle produces x' such that f_y(x')=f_y(x) for some trapdoor key z \in \left\{0, 1\right\}^{k(n)}.
Public-key cryptosystem
"Public-key cryptosystem" is a concept invented by Diffie and Hellman. In a public-key cryptosystem each user places an encryption procedure E in a public file. The user keeps secret the details of his corresponding decryption procedure D. These procedures have the following four properties:
Deciphering the enciphered form of a message M yields M. Formally,
D(E(M)) = M(RSA M 1)
Both E and D are easy to compute.
By publicly revealing E the user does not reveal an easy way to compute D. This means that in practice only he can decrypt messages encrypted with E, or compute D efficiently.
If a message M is first deciphered and then enciphered, M is the result. Formally,
E(D(M)) = M(RSA M 2)
Encipherment process consists of a general method and encryption key. We use the general method, under the control of the key, to encipher a message M and get ciphertext C, which is the enciphered form of the message. Since the security of the encipherment process depends on the security of the key that means that everyone can use the same general method. A function E that satisfies (a)-(c) is called a "trap-door one-way function" (who knew). If it also satisfies (d) it is called a "trap-door one-way permutation". A trap-door one-way function which satisfies (d) must be a permutation: every message is the ciphertext for some other message and every ciphertext is itself a permissible message.
Totient function
Ahh...The properties of numbers...If you get deep into this topic, you will realise how numbers are interesting. So, the totient function \phi(n) (\phi is Greek letter PHI), also called Euler's totient function, is defined as the number or positive integers \leq n that are relatively prime to n. Also, 1 is counted as relatively prime to all numbers. And yes, two integers are relatively prime if they share no common positive factors (divisors). Well, besides 1.
Ok...Since a positive integer \leq n which is also relatively prime to n is called a "totative", the totient fucntion \phi(n) can be defined as the number of totatives of n.
Let us give you an example:
There are 4 totatives of number 8 (1, 3, 5, 7), so we can write this like \phi(8)=4.
This was easy because we had to check only 8 numbers. Usually, this process is hard with large numbers, except in one case. If you look closely at figure 1, you will notice some patterns (at least we hope so).
The straight line of points along the top represents all the prime numbers. Since prime numbers have no factors grater than one, the \phi(p) where p is prime number can be expressed as follows:
\phi(p)=p-1
Ok...Now if someone asks you to find \phi(15485867) where 15485867 is a prime number you can say: "No worries, I got this!"
\phi(15485867)=15485866
As you can see this is very easy to compute. This leads to an interesting result based on the fact that the \phi function is multiplicative. For example,
\phi(p\cdot q)=\phi(p)\cdot\phi(q)
where p and q are prime numbers. So if we know that n=p\cdot q then computing \phi(n) is:
\phi(n)=(p-1)\cdot(q-1).
Fermat's Little Theorem
If p is a prime number and a is a natural number, then
a^p \equiv a(mod p).
Furthermore, if p \nmid a(p does not divide a), then there exists some smallest exponent d such that
a^d - 1 \equiv 0 (mod p)
and d divides p-1. Hence,
a^{p-1} -1 \equiv 0 (mod p)
Euler's Totient Theorem
Euler publiushed a proof of the Fermant's little theorem in 1736. Let \phi(n) denote the totient function. Then
a^{\phi(n)} \equiv 1 (mod n)
for all a relativly prime to n.
The correctness of the deciphering RSA algorithm
We can prove the correctness of the deciphering algorithm using an identity due to Euler and Fermat previously described: for any integer (message) M which is relatively prime to n,
M^{\phi(n)} \equiv 1 (mod n)(RSA M 3)
where \phi(n) is our well known Euler totient function.
Since d is relatively prime to \phi(n), it has a multiplicative inverse e in the ring of integers modulo \phi(n):
e\cdot d \equiv 1 (mod \phi(n)).(RSA M 5)
Now, we can prove that (RSA M 1) and (RSA M 2) hold (if we choose e and d like earlier described). Now
From (RSA M 3) we see that for all M such that p does not divide M
M^{p-1} \equiv 1 (mod p)
and since (p-1) divides \phi(n)
M^{k\cdot\phi(n)+1} \equiv M (mod p).
This is trivially true when M \equiv 0 (mod p), so that this equality actually holds for allM. Arguing similarly for q yields
M^{k\cdot\phi(n)+1} \equiv M (mod q).
Together these last two equations imply that for all M,
M^{e\cdot d} \equiv M^{k\cdot\phi(n)+1} \equiv M (mod n).
This implies (RSA M 1) and (RSA M 2) for all M, 0 \leq M < n. Therefore E and D are inverse permutation.
Note: This proof was obtained from original work "A Method for Obtaining Digital Signatures and Public-Key Cryptosystems" by R.L. Rivest, A. Shamir, and L. Adleman.
After all this mathematics, we can finally see how to implement RSA algorithm.


A Facility represents a physical structure or environment.
A Facility is a specialization of a Node. It represents a physical resource that has the capability of facilitating (e.g., housing or locating) the use of equipment. It is typically used to model factories, buildings, or outdoor constructions that have an important role in production or distribution processes.
Facilities can be interconnected by Distribution Networks. Material can be accessed (e.g., created, used, stored, moved, or transformed) by Equipment. A Facility can serve other Facilities, and also Business Roles and Actors. Locations can be assigned to Facilities. A Facility can be composed of other Facilities and can be aggregated in a Location.
The name of a Facility should preferably be a noun referring to the type of Facility.
Physical. Active Structure.
Oil refinery, Factory, Laboratory, Warehouse, Shopping Mall, Office.


-
Cartoon to be given away online, by the guy sitting next to me at the LIFT07 keynote
-
-
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Sources close to Nokia say that Symbian is secretly regarded inside the company--even among high level senior executives--as a "piece-of-shit-OS,"
-
Nice interview with Russell @ Admob
-
I like the 4-question test
-
"I'm not wishing confusion and chaos on your team. I'm actually wishing better communication on it. My belief is that if you are building the product and touching the features that you'll be closer to your team. But, more importantly you'll be closer to h
-
One micron over the reality/satire barrier
-
...and Sponge at #6, I note. Congrats to all of ye
-
Samsung just announced an i7 device with orientation-dependent UI which they call Physical User Interface (PUI). The i7 is equipped with a 3.0” touch screen LCD which rotates through 180 degrees allowing the user to quickly switch between features.
-
Some brilliant mind thinks of a way to save money or deliver earlier by patching up and shipping the prototype.
-
Adam put me onto these guys today...


Safe
In
Logout
Manage Support
Transportation
Map Visualization
Vehicles
View vehicles
Map
Transportation route
Transportation Route
Choose vehicle type :
Helicopter
Plane
Rotorcraft
Truck
Shelter Site 1
Shelter Site 2
Shelter Site 3
Shelter Site 4
Shelter Site 5
Shelter Site 6


- Send your child to school without a jacket when it’s below 60 degrees.
- Assume that just because you can skip breakfast once in a while, it’s ok for your child to do the same.
- Think that a donut or any other sugary breakfast is a good way to start the school day.
- Encourage your child to keep a cell phone on in their backpack in case you need to reach them.
- Be late for pickup.
- Forget to check your child’s homework, backpack or folder.
- Force the teacher to send you several reminders before you remember to send back in permission slips or other important papers.
- Make excuses for your child’s inappropriate behavior.


This Seestadt project is a community-based initiative that aims to educate and engage children in Seestadt about the importance of climate change and gardening through the installation of interactive and collaborative plant displays in public spaces.
Our goal is to create a sense of community among the children of Seestadt by encouraging them to learn and explore together through these interactive displays. By using real plants, we aim to foster empathy and understanding towards the natural world, as well as provide a calming and soothing environment.
As a team member of this project, my role was to design and develop the interactive displays, which included creating the hardware and software system requirements that controlled the displays, as well as the user interface.
This project was a great opportunity for me to use my skills in design decisions to create something that had a positive impact on my community. I am proud to have been a part of this initiative, and I am excited to see the impact it will have on the children of Seestadt.
Our project was based on the following provocative requisits:
We used a design game to explore different ideas and concepts for the interactive plant displays. The game involved a series of brainstorming and prototyping sessions, where we experimented with different design elements and user interactions.
Our target group was primarily children aged 6-12 in the Seestadt community. We conducted research and user testing with this age group to ensure that the interactive plant displays would be engaging and appropriate for them.
The design of the interface for the interactive plant displays was carefully considered to ensure that it was user-friendly and intuitive for children. We used a combination of physical and digital elements to create an interactive and engaging experience.
We are currently in the process of implementing the interactive plant displays in various public spaces in Seestadt. We are also planning to conduct further research and user testing to gather feedback and make any necessary improvements.


I’m getting behind on my blogging, meep.
Day 11 recap:
- Spent half of the day trying to debug my sudoku solver’s board parser, which was pretty difficult as everything type checked, but I was getting the wrong output.
- Learned about the GHCI interactive debugger, which let me place break points and inspect variables where the execution of the program has stopped.
- Alan gave me a quick overview of “equational debugging”, which is to test little snippets of your program and make sure that it is returning the right output.
- I ended up pulling out more complicated bits of my code into smaller functions to make equational debugging more manageable.
- Spent the rest of the day finishing up the sudoku solver. I debugged the constraint propagation aspect of the program, and then implemented the depth first search function which utilized the constraint propagation logic.
Day 12 (today!), I decided to take (another) break from Haskell. I played around for most of the day with Paper.js, trying to make something beautiful, but eventually found that it didn’t actually interest me too much. Around 3:00 pm, Stacy from Winter 2013 batch came by Hacker School to do a goal making workshop. It did really get me thinking about my time at Hacker School, and how I need to figure out when I can say that I have achieved my goal of being literate in Haskell. I think I will spend maybe a couple more weeks max on Haskell, and then switch over to Python. My main fear is that while Haskell is awesome, it isn’t exactly a language that I will be able to work in once I become a professional software engineer.
After hitting a dead end with Paper.js, I decided to pivot and play around with Python. I implemented a simple echo server in Python, where the client will send back what the server sent to it. Then I got the idea to work on a GIF bot for Zulip because sometimes emoji just aren’t enough :). You can ask gif bot “gif me cats” and an API query is sent to Giphy, and gif bot returns a gif that has been tagged with cats, in this example. It’s basically done at this point, and works locally, but I’m not sure what the protocol is for having a permanent presence from the bot. Do I serve it on AWS/Heroku? I think I will ask Allison tomorrow. I’m also curious if I should demo this tomorrow afternoon.
Here is gif bot in action:


app
/
com.magnitudestudios.GameFace.ui.camera
/
CameraViewModel
/
newMember
newMember
val
newMember
:
MutableLiveData
<
Member
>


Provides strategies to buffer data used along the application.
Package Specification
All the classes in this package should implement the Store
interface.
Related Documentation
For overviews, tutorials, examples, guides, and tool documentation,
please see:
@since 1.2.0
@see com.gc.iotools.stream.is.InputStreamFromOutputStream
@see com.gc.iotools.stream.os.OutputStreamToInputStream


Email
Contact me!
Hello
I'm Róbert Schöffer
a Front-end developer
My focus is on to write quality code with the most modern technologies.


{% include "install/deb.sh" %}
{% include "install/rpm.sh" %}
{% include "install/tgz.sh" %}
{% include "install/arm.sh" %}
{% include "install/mac-x86.sh" %}
{% include "install/mac-arm.sh" %}
{% include "install/freebsd.sh" %}
There's a number of alternative options to get started, most notably the official Docker images of ClickHouse. To learn more about our future cloud offerings, contact us.
After you got connected to your ClickHouse server, you can proceed to:


Filters and sorts data coming from a source QAbstractItemModel More...
| Import Statement: | import . |
The SortFilterProxyModel type provides support for filtering and sorting data coming from a source model.
filters : list<Filter> |
This property holds the list of filters for this proxy model. To be included in the model, a row of the source model has to be accepted by all the top level filters of this list.
See also Filter.
proxyRoles : list<ProxyRole> |
This property holds the list of proxy roles for this proxy model. Each proxy role adds a new custom role to the model.
See also ProxyRole.
The role name of the source model's data used for the sorting.
See also sortRole and roleForName.
sorters : list<Sorter> |
This property holds the list of sorters for this proxy model. The rows of the source model are sorted by the sorters of this list, in their order of insertion.
See also Sorter.
Return the data for the given roleNamte of the item at row in the proxy model. This allows the role data to be read (not modified) from JavaScript. This equivalent to calling data(index(row, 0), roleForName(roleName))
.
Return the item at row in the proxy model as a map of all its roles. This allows the item data to be read (not modified) from JavaScript.
Returns the row in the SortFilterProxyModel given the sourceRow from the source model. Returns -1 if there is no corresponding row.
Returns the model index in the SortFilterProxyModel given the sourceIndex from the source model.
Returns the source model row corresponding to the given proxyRow from the SortFilterProxyModel. Returns -1 if there is no corresponding row.
Returns the source model index corresponding to the given proxyIndex from the SortFilterProxyModel.
Returns the role number for the given roleName. If no role is found for this roleName, -1
is returned.


Nikita Litvin
I write code.
Experience
- Freelancer since 2013
- More than 5 years of experience with web technologies
- Fluent in JavaScript (ES6+), TypeScript, CoffeeScript
- Angular — since 2014
- React — since 2017
- Node.js — since 2013
- Desktop apps (NW.js, Electron) — since 2014
- Browser extensions (Chrome, Firefox) — since 2013


Introductions
The High Line Canal is an experience like no other in the Denver region. Historically engineered for the conveyance of irrigation water and now used primarily for recreation, its uniqueness as a greenway stems from its original function as a utility. It does not conform to the traditions of city grids or natural water bodies. Rather, it winds its way with the region’s topography in a completely unexpected way–revealing to its users an unfolding sequence of views, encounters, and experiences that feel both interwoven within and a world apart from its urban context.
The Plan serves as a pathway forward to revitalize and transition the Canal as a regional greenway while improving the health of the ecosystem. The Plan illuminates both the opportunities and challenges that accompany the historic Canal system, while laying out inspiring and practical guidance for improvements that honor and enhance its unique attributes. The recommendations are customized to respect the character of the varied communities along the way and offer improvements to areas that are currently underserved by or in high need of public open space.
Canal-Wide Objectives
The Canal-Wide Objectives summarize the holistic and ambitious ideas that underpin all of the Plan’s recommendations. They were developed by looking carefully at the findings from the existing-conditions report, listening intently to community and stakeholder feedback, and understanding the technical challenges at hand for this complex system. These represent our highest aspirations for the future of the resource and a series of strategies to realize them.
Tools for Transformation
The Plan includes six tools to support the Canal’s transformation. The tools address various scales and types of changes along 71 miles of the Canal. These six tools are the essential elements of the Plan, and provide guidance for organizations, jurisdictions, and the Conservancy to collectively evolve the Canal.
Stormwater Management
Design Guidelines
Signage & Wayfinding
Character Zone Plans
Opportunity Areas
Regional Collaboration
Character Zones
The Character Zones acknowledge and celebrate the varying nature of the Canal. Each Character Zone offers a distinct identity and enjoyable experience, displayed through the mosaic of communities and diversity of wildlife and ecology. The basic structure of these five different Character Zones was determined in the Community Vision Plan, while The Plan and Character Zone Plans further define the desired vision and exact boundaries for each zone.


Module
public final class Module : CustomStringConvertible
A Module
represents the top-level structure of an LLVM program. An LLVM
module is effectively a translation unit or a collection of translation
units merged together.
LLVM programs are composed of Module
s consisting of functions, global
variables, symbol table entries, and metadata. Modules may be combined
together with the LLVM linker, which merges function (and global variable)
definitions, resolves forward declarations, and merges symbol table entries.
Creating a Module
A module can be created using init(name:context:)
.
Note that the default target triple is bare metal and there is no default data layout.
If you require these to be specified (e.g. to increase the correctness of default alignment values),
be sure to set them yourself.
if let machine = try? TargetMachine() {
module.targetTriple = machine.triple
module.dataLayout = machine.dataLayout
}
Verifying a Module
A module naturally grows to encompass a large amount of data during code
generation. To verify that the module is well-formed and suitable for
submission to later phases of LLVM, call Module.verify()
. If the module
does not pass verification, an error describing the cause will be thrown.
let module = Module(name: "Example")
let builder = IRBuilder(module: module)
let main = builder.addFunction("main",
type: FunctionType([], VoidType()))
let entry = main.appendBasicBlock(named: "entry")
builder.positionAtEnd(of: entry)
builder.buildRet(main.address(of: entry)!)
try module.verify()
// The following error is thrown:
// module did not pass verification: blockaddress may not be used with the entry block!
// Found return instr that returns non-void in Function of void return type!
The built-in verifier attempts to be correct at the cost of completeness.
For strictest checking, invoke the lli
tool on any IR that is generated.
Threading Considerations
A module value is associated with exactly one LLVM context. That context, and its creating thread, must be used to access and mutate this module as LLVM provides no locking or atomicity guarantees.
Printing The Contents of a Module
The contents of a module are mostly machine-independent. It is often useful
while debugging to view this machine-independent IR. A module responds to
Module.dump()
by printing this representation to standard output. To
dump the module to a file, use Module.print(to:)
. In general, a module
must be associated with a TargetMachine
and a target environment for its
contents to be fully useful for export to later file formats such as object
files or bitcode. See TargetMachine.emitToFile(module:type:path)
for more
details.
Module Flags
To convey information about a module to LLVM’s various subsystems, a module
may have flags attached. These flags are keyed by global strings, and
attached as metadata to the module with the privileged llvm.module.flags
metadata identifier. Certain flags have hard-coded meanings in LLVM such as
the Objective-C garbage collection flags or the linker options flags. Most
other flags are stripped from any resulting object files.
-
Returns the context associated with this module.
Declaration
Swift
public let context: Context
-
Creates a
Module
with the given name.Declaration
Swift
public init(name: String, context: Context = .global)
Parameters
name
The name of the module.
context
The context to associate this module with. If no context is provided, the global context is assumed.
-
Obtain the target triple for this module.
Declaration
Swift
public var targetTriple: Triple { get set }
-
Obtain the data layout for this module.
Declaration
Swift
public var dataLayout: TargetData { get set }
-
Returns a string describing the data layout associated with this module.
Declaration
Swift
public var dataLayoutString: String { get set }
-
The identifier of this module.
Declaration
Swift
public var name: String { get set }
-
The source filename of this module.
The source filename appears at the top of an IR module:
source_filename = "/path/to/source.c"
Local functions used in profile data prepend the source file name to the local function name.
If not otherwise set,
name
is used.Declaration
Swift
public var sourceFileName: String { get set }
-
Retrieves the inline assembly for this module, if any.
Declaration
Swift
public var inlineAssembly: String { get set }
-
Retrieves the sequence of functions that make up this module.
Declaration
Swift
public var functions: AnySequence<Function> { get }
-
Retrieves the first function in this module, if there are any functions.
Declaration
Swift
public var firstFunction: Function? { get }
-
Retrieves the last function in this module, if there are any functions.
Declaration
Swift
public var lastFunction: Function? { get }
-
Retrieves the first global in this module, if there are any globals.
Declaration
Swift
public var firstGlobal: Global? { get }
-
Retrieves the last global in this module, if there are any globals.
Declaration
Swift
public var lastGlobal: Global? { get }
-
Retrieves the sequence of functions that make up this module.
Declaration
Swift
public var globals: AnySequence<Global> { get }
-
Retrieves the first alias in this module, if there are any aliases.
Declaration
Swift
public var firstAlias: Alias? { get }
-
Retrieves the last alias in this module, if there are any aliases.
Declaration
Swift
public var lastAlias: Alias? { get }
-
Retrieves the sequence of aliases that make up this module.
Declaration
Swift
public var aliases: AnySequence<Alias> { get }
-
Retrieves the first alias in this module, if there are any aliases.
Declaration
Swift
public var firstNamedMetadata: NamedMetadata? { get }
-
Retrieves the last alias in this module, if there are any aliases.
Declaration
Swift
public var lastNamedMetadata: NamedMetadata? { get }
-
Retrieves the sequence of aliases that make up this module.
Declaration
Swift
public var namedMetadata: AnySequence<NamedMetadata> { get }
-
The current debug metadata version number.
Declaration
Swift
public static var debugMetadataVersion: UInt32 { get }
-
The version of debug metadata that’s present in this module.
Declaration
Swift
public var debugMetadataVersion: UInt32 { get }
-
Print a representation of a module to a file at the given path.
If the provided path is not suitable for writing, this function will throw
ModuleError.couldNotPrint
.Declaration
Swift
public func print(to path: String) throws
Parameters
path
The path to write the module’s representation to.
-
Dump a representation of this module to stderr.
Declaration
Swift
public func dump()
-
The full text IR of this module
Declaration
Swift
public var description: String { get }
-
Writes the bitcode of elements in this module to a file at the given path.
If the provided path is not suitable for writing, this function will throw
ModuleError.couldNotEmitBitCode
.Declaration
Swift
public func emitBitCode(to path: String) throws
Parameters
path
The path to write the module’s representation to.
-
Verifies that this module is valid, taking the specified action if not. If this module did not pass verification, a description of any invalid constructs is provided with the thrown
ModuleError.didNotPassVerification
error.Declaration
Swift
public func verify() throws
-
Links the given module with this module. If the link succeeds, this module will the composite of the two input modules.
The result of this function is
true
if the link succeeds, orfalse
otherwise.Declaration
Swift
public func link(_ other: Module) -> Bool
Parameters
other
The module to link with this module.
-
Strip debug info in the module if it exists.
To do this, we remove all calls to the debugger intrinsics and any named metadata for debugging. We also remove debug locations for instructions. Return true if module is modified.
Declaration
Swift
public func stripDebugInfo() -> Bool
-
Searches for and retrieves a global variable with the given name in this module if that name references an existing global variable.
Declaration
Swift
public func global(named name: String) -> Global?
Parameters
name
The name of the global to reference.
Return Value
A value representing the referenced global if it exists.
-
Searches for and retrieves a type with the given name in this module if that name references an existing type.
Declaration
Swift
public func type(named name: String) -> IRType?
Parameters
name
The name of the type to create.
Return Value
A representation of the newly created type with the given name or nil if such a representation could not be created.
-
Searches for and retrieves a function with the given name in this module if that name references an existing function.
Declaration
Swift
public func function(named name: String) -> Function?
Parameters
name
The name of the function to create.
Return Value
A representation of a function with the given name or nil if such a representation could not be created.
-
Searches for and retrieves an intrinsic with the given name in this module if that name references an intrinsic.
Declaration
Parameters
name
The name of the intrinsic to search for.
parameters
The type of the parameters of the intrinsic to resolve any ambiguity caused by overloads.
Return Value
A representation of an intrinsic with the given name or nil if such an intrinsic could not be found.
-
Searches for and retrieves an intrinsic with the given selector in this module if that selector references an intrinsic.
Unlike
Module.intrinsic(named:parameters:)
, the intrinsic function need not be declared. If the module contains a declaration of the intrinsic function, it will be returned. Else, a declaration for the intrinsic will be created and appended to this module.LLVMSwift intrinsic selector syntax differs from the LLVM naming conventions for intrinsics in one crucial way: all dots are replaced by underscores.
For example:
llvm.foo.bar.baz -> Intrinsic.ID.llvm_foo_bar_baz llvm.sin -> Intrinsic.ID.llvm_sin llvm.stacksave -> Intrinsic.ID.llvm_stacksave llvm.x86.xsave64 -> Intrinsic.ID.llvm_x86_xsave64
Declaration
Parameters
selector
The selector of the intrinsic to search for.
parameters
The type of the parameters of the intrinsic to resolve any ambiguity caused by overloads.
Return Value
A representation of an intrinsic with the given name or nil if such an intrinsic could not be found.
-
Searches for and retrieves an alias with the given name in this module if that name references an existing alias.
Declaration
Swift
public func alias(named name: String) -> Alias?
Parameters
name
The name of the alias to search for.
Return Value
A representation of an alias with the given name or nil if no such named alias exists.
-
Searches for and retrieves a comdat section with the given name in this module. If none is found, one with that name is created and returned.
Declaration
Swift
public func comdat(named name: String) -> Comdat
Parameters
name
The name of the comdat section to create.
Return Value
A representation of the newly created comdat section with the given name.
-
Searches for and retrieves module-level named metadata with the given name in this module. If none is found, one with that name is created and returned.
Declaration
Swift
public func metadata(named name: String) -> NamedMetadata
Parameters
name
The name of the comdat section to create.
Return Value
A representation of the newly created metadata with the given name.
-
Build a named function body with the given type.
Declaration
Swift
public func addFunction(_ name: String, type: FunctionType) -> Function
Parameters
name
The name of the newly defined function.
type
The type of the newly defined function.
Return Value
A value representing the newly inserted function definition.
-
Build a named global of the given type.
Declaration
Swift
public func addGlobal(_ name: String, type: IRType, addressSpace: AddressSpace = .zero) -> Global
Parameters
name
The name of the newly inserted global value.
type
The type of the newly inserted global value.
addressSpace
The optional address space where the global variable resides.
Return Value
A value representing the newly inserted global variable.
-
Build a named global of the given type.
Declaration
Swift
public func addGlobal(_ name: String, initializer: IRValue, addressSpace: AddressSpace = .zero) -> Global
Parameters
name
The name of the newly inserted global value.
initializer
The initial value for the global variable.
addressSpace
The optional address space where the global variable resides.
Return Value
A value representing the newly inserted global variable.
-
Build a named global string consisting of an array of
i8
type filled in with the nul terminated string value.Declaration
Swift
public func addGlobalString(name: String, value: String) -> Global
Parameters
name
The name of the newly inserted global string value.
value
The character contents of the newly inserted global.
Return Value
A value representing the newly inserted global string variable.
-
Build a named alias to a global value or a constant expression.
Aliases, unlike function or variables, don’t create any new data. They are just a new symbol and metadata for an existing position.
Parameters
name
The name of the newly inserted alias.
aliasee
The value or constant to alias.
type
The type of the aliased value or expression.
Return Value
A value representing the newly created alias.
-
Append to the module-scope inline assembly blocks.
A trailing newline is added if the given string doesn’t have one.
Declaration
Swift
public func appendInlineAssembly(_ asm: String)
Parameters
asm
The inline assembly expression template string.
-
Represents flags that describe information about the module for use by an external entity e.g. the dynamic linker.
See moreWarning
Module flags are not a general runtime metadata infrastructure, and may be stripped by LLVM. As of the current release, LLVM hardcodes support for object-file emission of module flags related to Objective-C.Declaration
Swift
public class Flags
-
Add a module-level flag to the module-level flags metadata.
Declaration
Swift
public func addFlag(named name: String, value: IRMetadata, behavior: Flags.Behavior)
Parameters
name
The key for this flag.
value
The metadata node to insert as the value for this flag.
behavior
The resolution strategy to apply should the key for this flag conflict with an existing flag.
-
A convenience for inserting constant values as module-level flags.
Declaration
Swift
public func addFlag(named name: String, constant: IRConstant, behavior: Flags.Behavior)
Parameters
name
The key for this flag.
value
The constant value to insert as the metadata for this flag.
behavior
The resolution strategy to apply should the key for this flag conflict with an existing flag.
-
Retrieves the module-level flags, if they exist.
Declaration
Swift
public var flags: Flags? { get }


{% extends "base.html" %} {% block body_block %}
Our forum is being hosted in Google Groups. The embedded forum is below. You may have to sign in to a Google account to view or comment on this forum.


Web3 API at
Connect
power
Available accounts:
Compile
playlist_add_checked
Loading compiler...
bytecode:
Deploy
publish
instance at
Open
my_location


MettaEvents presents:
Hackital AfterParty
April 29, 2018, 6:00PM
Tompkins Hall - Room M06
Claim Tokens
You receive
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This package contains implementations of classes that implement the constraints of individual logics. In particular the language restrictions are checked in these classes.


'3 Black Chicks Review...'
"The Best Man" (1999) Rated R; running time of 120 minutes IMDB site: http://us.imdb.com/Title?0168501 Official site: http://www.universalpictures.com/bestman/ Written by: Malcolm D. Lee Directed by:Malcolm D. Lee Starring: Taye Diggs, Nia Long, Morris Chestnut, Harold Perrineau Jr., Terrence Dashon Howard, Sanaa Lathan, Monica Calhoun, Melissa DeSousa
Review Copyright Rose Cooper, 1999 Review URL: http://www.3blackchicks.com/bamsbest.html
Remember what I said about "The Wood"? Well, ditto for this one. Get up, get out, and get tickets to "The Best Man", NOW. Sooner than that, even. Because as good as "The Wood" was, "The Best Man" runs circles around it.
The Story (WARNING: some spoilers contained below): Reminiscent of "The Big Chill", "The Best Man" tells the story of a group of old college friends who've come together for the weekend for the wedding of their friends Lance (Chestnut), a professional football player, and Mia (Calhoun), the love of his life. Complicating matters is the fact that Harper (Diggs), a writer, has written a book called "Unfinished Business", a barely-fictionalized account of the group's time together on campus--including the unfufilled night that the character otherwise known as Jordan (Long) spent with Harper's character, and more importantly, the character otherwise known as Mia's tryst with Harper's character. Since the book wasn't to be published until well after the wedding, Harper didn't sweat it too much--except unbeknownst to him, up-and-coming TV Producer Jordan had an advanced copy of the book and shared it with Murch (Perrineau), a law student who can't keep a secret (not to mention not being able to keep Shelby (DeSousa) off his tip long enough to straighten out his spine around her), and Quentin (Howard), a "ne'er-do-well professional student" (in Harper's eyes, the group member most wasting his talents), who can't wait to bust on Harper (since Harper constantly berates him for his life-choices). Further complicating matters is the Thing that Harper and Jordan still have for each other--much to the dismay of Robin (Lathan), Harper's girlfriend of two years with whom he can't quite bring himself to make a full committment.
[Did I forget anything?]
The Upshot: Never--not after "Soul Food", not after "love jones"; not even after the aforementioned "The Wood"--never have I come out of a mainstream motion picture feeling like I felt after seeing this one; feeling as if I saw myself and my college friends again. This movie touched on so many of the situations we all went through, it was scary. Though it was, of course, exaggerated (none of us seemed to have wound up with the football star, and I'm still working on that first novel), "The Best Man" rang true to me, on a personal level. And the funny thing is, not all of my college buddies were Black (I'll get back to that later).
Without having the "luxury" of being able to rely on the trickery of "thug life" or "booty call" flicks, the success of "The Best Man", and movies like it, depends on a strong, talented cast, writer, and director. This movie has all three in...uh, abundance. There wasn't a clunker amongst them, though Diggs (in my opinion, the second-weakest of a strong group) kept reminding me of both his "The Wood" and "How Stella Got Her Groove Back" characters. Still, he held his own, as did the rest: Chestnut (who looked yummy with that facial hair of his goin' on) was not only convincing as the former playboy baller turned committed groom, who believed in God and wanted his best man--Harper--to Feel Him too, he was also very funny in the role. Long's "Jordan" (who reminded me in many ways of our own Diva!) was on it as the professional Black woman who, unlike way too many of her sisters, did need a Black man in her life...if only for one night. Perrineau could swing those locks of his my way, any day; though he surpassed Diggs in the "needed to stretch the acting chops" category, his character was quite sweet in dealing with the hilarious Shelby--and DeSousa should win something for that performance of hers; she had me rollin'! Calhoun's "Mia" seemed otherworldly, especially in her first appearance; right away, I knew there was something more there than meets the eye. And as Robin, Harper's long-suffering girlfriend, Lathan's plea of "I'm not perfect [in comparison with Jordan]" to Harper, hit home with me, after all of the arguments I've had on various Black lists about how some Black men say they want "A Good Black Woman", but mean they want "The Closest Black Woman With Good Looks And A Slammin' Body That I Can Find Right Now".
But by far, my most favorite character was that of the oldest-looking one of the bunch, Quentin; which is saying a lot, because he was my least favorite character to begin with. The trash that fell from his lips (see below), annoyed me--until I realized that it was just much talk and bravado, covering up the deeper side of Q (the bid whist scene is what turned it around for me; and that these characters chilled over a game of bid whist, warmed me all the more to this movie). The more Q made me laugh, and the more I saw his instigating for what it was meant to be, the better I understood him (and like Jordan, Q reminds me of a scaalister who shall remain nameless, but everybody who follows scaalist, knows who I mean, I bet), and by his closing scene, I found myself wanting to hang around this great character--and his friends...
...none of whom could've been realized without the writing and directing talents of Malcolm Lee. Last week, before the movie opened, Lee and some of the cast members of "The Best Man" were on the campus of Michigan State, and because of a previous committment, I missed it, to my detriment. I sure would've liked to have met this man, who has all of the skills of his famous cousin, Spike, but none of the harsh (and sometimes misplaced) anger and overzealous storytelling (though you can indeed see shades of Spike's groove in Malcolm's work. Case in point: during the bachelor party, when Lance reads the passage in Harper's book that addresses Harper's and Mia's book character's involvement, the screen colors shift to a pot-boiling red, and you can see and feel the anger welling up in Lance without a word having to be said. If that wasn't a Spike-ism, my name ain't Bammer). Spike, I loves ya, hon, but Malcolm could teach you a thing or two about telling Our [non-monolithic] story. And so as not to negate Spike's rightful place in Black filmmaking, I'd love to see a more collaborative Spike and Malcolm joint; as my son is wont to say, I bet it'd be tight.
Aside from my personal joy in watching it, this flick told a story that was good in its own right, without the added "...for a Black movie" that is bound to come up in various reviews and general chatter about it. From the very nice opening titles, to the music (more on this in a minute, too), to the smart, sexy, and real characters and equally smart, sexy, and real story, "The Best Man" gets my early nod for one of the best movies of 1999. I'll put it this way: "The Matrix" is no longer standing on its "up there" platform alone.
This is not to say that there weren't problems with this flick, number one being its overuse of the term "nigga" and "bitches" (especially the former). Had they kept it to a single character--Q, in this case--I coulda dug it; but to hear that falling liberally from the lips of Harper (who, as a professional writer in his chosen genre, should've known better) and to a lesser extent, Lance, it just didn't fit the general positive groove of the movie. I also took Issue with the underuse of the extremely talented Perrineau (oh! the beauty of his locks! I could spend hours playing in th...oops. Caught digressing again). Surely there had to be more to him than his lack of balls, Malcolm! The final nitpick I had--that the wedding reception had a cliched live band "playing" obvious recordings of (nevertheless great) tunes by Earth Wind & Fire and Cameo--was completely wiped out by everyone at the reception doing the Electric Slide. Our audience cheered loudly at that, and I must say, I was amongst the cheerers. Good thing I stayed around for the credits too; I would otherwise have missed one of the best scenes in the whole flick.
All of which to say, if you are still reading this and haven't gone out to see the movie yet, shame on ya.  Get out. Get tickets. NOW.
The "Black Factor" [ObDisclaimer: We Are Not A Monolith] As a Black woman, I see the "Black Factor"--things that affect me as a "consumer of color"--in many aspects of life; movies included. Whether from the standpoint of noting Black (and other "minority") cast and crew members (if any), to the (lack of) focus toward "people of color" (dag, I hate that term), to the out-and-out antagonistic attitude toward Us (Jar-Jar, anyone?), the "Black Factor" (BF) is something that plays as much a role in my film enjoyment as any other aspect of the movie itself.
The term "...for a Black movie" (along with its cohorts, "the Black [insert White movie or star's name]" is rife with (not-so-hidden) meaning. Taken one way, it could be seen as dismissal: "oh, that was good--'for a Black movie'". Taken another way, it could be seen as pleasant surprise: "Damn, that did well as the box office--'for a Black movie'" (and while we're on the subject, I wonder what the pundits will say about TBM being number one on its opening day? Hmmm...). But a curious thing happened before this one opened: I had just made mention on the "3BC Scheduled Reviews" page of how this flick was being favorably compared to "The Big Chill", when I saw Taye Diggs on one of the entertainment TV shows, blasting a reviewer for saying that TBM is "The Black 'The Big Chill'". And it made me pause, because I understand what Diggs was saying, and to a certain extent, agree with it: why did "The Black" have to be added to that statement? Does the fact that Blacks make up the majority of the cast, delegate it to being a "Black" movie (on the same lines as, say, "Carmen Jones" or "The Wiz", were?) And what of the Whites who enjoyed it? There were Whites of all ages in our audience; should they not have been there since it was seen as a "Black" movie? And what does that say about "White" movies? After all is said and done, as Diggs said, "I thought we've gotten past all that".
...but you see, on that ubiquitous Other Hand, past that "certain extent", I think Diggs was either being naive, or purposefully stirring up controversy to generate publicity for the movie. Because if you're Black In America (or White, for that matter, not to mention Latino, or Native, or, or, or...) and don't see that there are experiences that are unique to the culture in which you were raised, you are blind indeed (and man, do I hate the term "colorblind", for all that it denotes. "Color Indifferent", I can get with. But once again, I digress.) That doesn't mean that one can't appreciate or experience other situations; but that does mean that, for now, "The Best Man" is seen as "The Black 'The Big Chill'". The extent to which you say, or internalize, that as being racist or being something "we've gotten past", is the measure of where We are as a People, and as a country.
Bammer's Bottom Line: There's a new Lee in town, and his name is Malcolm. We'll be watching for more good stuff from you, my brother (and hoping that some of you will rub off on your cousin).
"The Best Man" (rating: greenlight) I have a space on my DVD shelf reserved for this flick--right next to "The Matrix".
3 Black Chicks...Movie Reviews With Flava! /~\ Rose "Bams" Cooper /','\ 3BlackChicks Enterprises /','`'\ Copyright Rose Cooper, 1999 /',',','/`, EMAIL<EMAIL_ADDRESS>ICQ: 7760005 `~-._'c / http://www.3blackchicks.com/ `\ ( http://manetheren.cl.msu.edu/~bambam/ /====\
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
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Related links: index of all rec.arts.movies.reviews reviews


Landing Page
Special Projects
This story is part of a series of specially designed stories that represents some of the best journalism The Post has to offer. Check out the rest of the special projects here.
8/23/2018
GoPuff, an on-demand delivery service app, delivers in more than 30 cities around the country and expanded to Athens this past spring. Other Ohio towns goPuff delivers to are Columbus, Cleveland and Dayton.
The company offers delivery of more than 2,000 products ranging from snacks, toilet paper, over-the-counter medication and more, Elizabeth Romaine, director of communications at goPuff, said.
GoPuff is different than other delivery services, such as UberEats and Postmates.
“We deliver the moments that matter most,” Romaine said in an email.  We control the entire customer experience, as we own the products.”
Taylor Johnston | ILLUSTRATION
The company was founded by Yakir Gola and Rafael Ilishayev in 2013 while they were both students at Drexel University. The two were also featured on the 2017 Forbes 30 Under 30 list under the “retail and ecommerce” section.
Drivers for the company use their own cars, but whatever the customer orders is already at a nearby warehouse inventory.
“(The warehouses are) one of the ways we can delivery super fast,” Romaine said in an email.
Customers can order online through the goPuff website or the app, she said. Each delivery has a fee of $1.95 with the opportunity to obtain free delivery on orders over $49. Deliveries happen 24/7.
While most convenience-store items can be ordered through the company, alcohol is not an option yet for Athens residents.
In Dayton the company has applied for permits to sell beer and other carryout alcoholic beverages in the area.
While Athens customers may not be able to get alcohol from goPuff quite yet, Flamin’ Hot Cheetos have been a popular request in the Athens area, Romaine said.
Tanner Hites, a senior studying exercise physiology, said he has never used goPuff before but has seen the ads and knows what it’s about.
“Personally I wouldn’t use it,” he said. “I feel like if you have someone shop for you, there’s less of a chance you’ll get what you want.”
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I'd like to explore some things about Flask that don't seem to get a lot of limelight.
Blueprints
Maybe it's unfair to include Blueprints in this, because they are commonly used. But maybe you don't know about them. Blueprints are a little tough to describe. It's easy enough to think of them as a separate bag of routes. They're a little more than that, but not quite. However, they are very useful, especially if you're using the application factory pattern. Let's explore building a simple Blueprint first.
--------------------------------------------------------------------------- AttributeError Traceback (most recent call last) <ipython-input-3-31c88fc4f35a> in <module>() 1 from flask import Blueprint 2 ----> 3 our_bp = Blueprint("", "our_bp") 4 5 @our_bp.route('/') /home/justanr/.local/lib/python3.4/site-packages/flask/blueprints.py in __init__(self, name, import_name, static_folder, static_url_path, template_folder, url_prefix, subdomain, url_defaults) 93 static_url_path=None, template_folder=None, 94 url_prefix=None, subdomain=None, url_defaults=None): ---> 95 _PackageBoundObject.__init__(self, import_name, template_folder) 96 self.name = name 97 self.url_prefix = url_prefix /home/justanr/.local/lib/python3.4/site-packages/flask/helpers.py in __init__(self, import_name, template_folder) 739 740 #: Where is the app root located? --> 741 self.root_path = get_root_path(self.import_name) 742 743 self._static_folder = None /home/justanr/.local/lib/python3.4/site-packages/flask/helpers.py in get_root_path(import_name) 629 630 # Next attempt: check the loader. --> 631 loader = pkgutil.get_loader(import_name) 632 633 # Loader does not exist or we're referring to an unloaded main module /usr/lib/python3.4/pkgutil.py in get_loader(module_or_name) 465 else: 466 fullname = module_or_name --> 467 return find_loader(fullname) 468 469 /usr/lib/python3.4/pkgutil.py in find_loader(fullname) 486 msg = "Error while finding loader for {!r} ({}: {})" 487 raise ImportError(msg.format(fullname, type(ex), ex)) from ex --> 488 return spec.loader 489 490 AttributeError: 'NoneType' object has no attribute 'loader'
I spilled my brains, spill some of yours.
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Plugin: rails plugin install git@github.com:jeroeningen/acts_as_price.git
Gem: If you’re on Ruby 1.8, please use version 0.2.3 of the Gem. If you’re on Ruby 1.9 please use version 0.2.4 of the Gem.
Create a column in the table of your database which you want to acts as a price.
NOTE THAT THE COLUMN MUST BE OF THE TYPE INTEGER.
In your model add the following:
acts_as_price column_name, {:validates => true, :comma_seperated => true, :currency => currency}
column_name is the name of your database column e.g. price or price_per_liter.
validates is optional and add validation to the column
comma_seperated is optional and return the price comma seperated instead of dot seperated
currency is optional and adds a prefix for the currency to the price.
This plugin creates the following getters and setters:
‘price_in_cents’ and ’
‘price’ and ’
class Car < ActiveRecord::Base acts_as_price :price, :comma_seperated => true, :currency => "EUR" end
car = Car.new :price => 12999
car.price -> EUR. 12999,00
car.price_in_cents -> 1299900
class Fueltype < ActiveRecord::Base acts_as_price :price_per_liter, :validates => true end
fuel = Fueltype.new :price_per_liter => 1.12
fuel.price -> 1.12
fuel.price_in_cents -> 112
fuel.price_per_liter -> 1.12
fuel.price_per_liter_in_cents -> 1.12
Acts As Price comes with a helper method to automatically test the plugin using Rspec.
To use this method please add the following to your spec_helper.rb file:
config.include(ActsAsPriceHelper)
and if you using the gem, please also add: require ‘acts_as_price_helper‘
Now you may add the following code to your spec-files for your models:
context "given an valid model" do it "should acts as price" do test_acts_as_price_methods <column_name>, <fixture or stub> end end
To test the plugin use the command ‘rspec spec/**’ inside the dir ’~/vendor/plugins/acts_as_price’
The command ‘rake test’ is not running properly at the moment.
When creating a text_field, by default Rails gets the ‘raw’ value from the database, so you probably get the wrong value in your text_field. To prevent this please do the following:
f.textfield :price, :value => @object.price
This plugin comes with Rspec tests. However this plugin assumes that you have a database configuration, it actually don’t use the database for the Rspec tests.
For feedback and bug reports contact<EMAIL_ADDRESS>Generated with the Darkfish Rdoc Generator 1.1.6.


AWS::Route53Resolver::ResolverRuleAssociation
The AWS::Route53Resolver::ResolverRuleAssociation
resource contains information about an association between a resolver rule and a
VPC.
For more information, see
ResolverRuleAssociation in the
Amazon Route 53 API Reference.
Syntax
To declare this entity in your AWS CloudFormation template, use the following syntax:
JSON
{ "Type" : "AWS::Route53Resolver::ResolverRuleAssociation", "Properties" : { "Name" :
String
, "ResolverRuleId" :String
, "VPCId" :String
} }
YAML
Type: "AWS::Route53Resolver::ResolverRuleAssociation" Properties: Name:
String
ResolverRuleId:String
VPCId:String
Properties
Name
-
The name of an association between a resolver rule and a VPC.
Required: No
Type: String
Update requires: Replacement
ResolverRuleId
-
The ID of the resolver rule that you associated with the VPC that is specified by
VPCId
.Required: Yes
Type: String
Update requires: Replacement
VPCId
-
The ID of the VPC that you associated the resolver rule with.
Required: Yes
Type: String
Update requires: Replacement
Return Values
Ref
When you pass the logical ID of an AWS::Route53Resolver::ResolverRuleAssociation
resource to the intrinsic
Ref
function, the function returns the ResolverRuleAssociationId
.
For more information about using the Ref
function, see Ref.
Fn::GetAtt
Fn::GetAtt
returns a value for a specified attribute of this type. The following are the available
attributes
and sample return values.
Name
-
The name of an association between a resolver rule and a VPC, such as
test.example.com in beta VPC
. ResolverRuleAssociationId
-
The ID of the resolver rule association that you want to get information about, such as
rslvr-rrassoc-97242eaf88example
. ResolverRuleId
-
The ID of the resolver rule that you associated with the VPC that is specified by
VPCId
, such asrslvr-rr-5328a0899example
. VPCId
-
The ID of the VPC that you associated the resolver rule with, such as
vpc-03cf94c75cexample
.
For more information about using Fn::GetAtt
, see Fn::GetAtt.
See Also
-
ResolverRuleAssociation in the Amazon Route 53 API Reference.


The Basics of “Good Wine”
Choosing a good wine is completely subjective. How each person defines a good wine is unique to them and their taste buds. Whether you prefer delicate, bold, sweet, tart or even spicy flavors, it is possible to find a wine you adore. These essential characteristics that define each variety of wine can be helpful to keep in mind as you navigate picking a bottle.
- Sweetness: Wine labels often use the terms “sweet,” “semi-sweet” or “dry.” A dry wine will not be sweet at all.
- Acidity: Wines with high acidity will be more tart, whereas low-acidity wines will taste rounder or richer.
- Tannin: Tannins are phenolic compounds in the skins of grapes. When tannins are naturally present in the winemaking process or added through aging, the wine will have a more bitter taste. Because tannins also tend to dry out your mouth, people often confuse the tannin level with the “dryness” of a wine, which actually refers to how sweet or not sweet a wine is. The red winemaking process incorporates more tannins, giving some red wines a distinctively dry and bitter finish.


|
BL3 SDK
0.0.1
Borderlands 3 Class Documentation
|
#include <BL3_GbxUI_structs.hpp>
Public Attributes | |
| struct FKey | Key |
| struct FText | KeyboardMouseGlyph |
| struct FText | PS4Glyph |
| struct FText | XboxOneGlyph |
| struct FText | GenericGamepadGlyph |
| struct FSlateBrush | KeyboardMouseGlyphBrush |
| struct FSlateBrush | PS4GlyphBrush |
| struct FSlateBrush | XboxOneGlyphBrush |
| struct FSlateBrush | GenericGamepadGlyphBrush |
| struct FText GenericGamepadGlyph |
| struct FSlateBrush GenericGamepadGlyphBrush |
| struct FKey Key |
| struct FText KeyboardMouseGlyph |
| struct FSlateBrush KeyboardMouseGlyphBrush |
| struct FText PS4Glyph |
| struct FSlateBrush PS4GlyphBrush |
| struct FText XboxOneGlyph |
| struct FSlateBrush XboxOneGlyphBrush |