Many applications in my career had a need for a custom POJO mapper. Because of project complexity (and absence of existing mapping frameworks at that time) usually manual mapping was used in almost 99% cases :) What about another 1%? No mapping needed at all :)
I was following the discussions and mapping frameworks from time to time and was trying to figure out if I need one already? Are there any frameworks to do the job? Are there any frameworks to do the job right? Is it worth to look for such framework?
It depends.
- If your task is simple - then why another framework in your classpath?
- If your objects are complex - will the framework do the job? You know the logic behind, so it might happen that you will complete the task faster than finding, configuring, running and testing a new framework;
- For one-to-one mapping and cloning (same source type, same target type) maybe apache commons beanutils is enough?
- Boring daily mapping? Yeah, maybe the mapper will help to make your life more interesting!
What are the requirements?
Let's make some requirements for a mapping framework. These will eliminate many of already existing in the market.
- DTO to JPA (or other DTO, does not matter too much) - meaning that JPA entity will not be exposed to a public world;
- Compile time. Why? Do you really want a runtime bean resolving, reflection, etc? Then think about performance before choosing the right framework;
- Annotation based. Ok, annotation based and compile time requirements are little bit too much, because annotation is used only to generate a code for you. But if it is easy to use - why not?
Mapping frameworks
There is a great article covering the existing frameworks: Java Object to Object Mapper
The majority of these frameworks do not have annotation based configuration except Dozer. However Dozer does not fly well according the performance comparision Dozer vs Orika vs Manual. So I excluded this framework as well.
More interesting solutions are Selma and MapStruct.
I will try to cover them in Part 2!


A number of special operations can be defined on types and views. Most of these operations have names that start with sys:. Earlier sections discusses sys:Init (for type constructors), sys:Make (for view constructors) and sys:In for view membership testing.
It is possible to define the meaning of many prefix and infix operations for each type and view. The operator syntax is desuggared to calls on type or view functions. For example, the expression - x is first changed to Minus(x) which calls Type[x].sys:Minus(x). This same approach also works for infix operations when both operands have the same type.
To support infix operations with operands of different types, an additional special function is used. For example when adding an int value to a float value then the float.sys:Add function is used. Here float is said to cover int. This is specified by providing a function float.sys:Cover(t) that returns true when t has value int.
Subscripting can also be defined. The expression x(3) results in a call to Type[x].sys:Subscript(3).
Dot qualification can also be defined.
The expression x.foo is first changed to Dot(x,
Finally it is useful to define a toString function within the body of the @x:self command to provide a string form of a value.


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Recognition for Old Kilpatrick group cleaning up our streets
Action Old Kilpatrick were given an award for their outstanding work by Keep Scotland Beautiful.
by Tracy CarmichaelThe Wombles had a reputation for battling litter louts – but now a community group has been handed an accolade for their efforts to spruce up the streets.
But rather than tidy Wimbledon Common, members of Action Old Kilpatrick are dedicated to keeping the village spick and span.
Their efforts have been recognised after they landed an award in the outstanding category from environmental charity Keep Scotland Beautiful.
The It’s Your Neighbourhood gong is designed to celebrate those who improve the community.
They were amongst more than 160 groups handed awards for their commitment to cleaning up, at a ceremony in Stirling.
A host of community initiatives from school wildlife clubs to allotment societies, were recognised at the event.
Winners received a graded certificate for their achievements.
Katie Murray, communities and place manager from Keep Scotland Beautiful, said: “Every It’s Your Neighbourhood participant deserves this recognition for their hard work and determination to improve their own community.
“By volunteering their own time the 2019 groups have managed to support hundreds of environmental initiatives across Scotland.
“I would like to offer my congratulations to all of the groups involved. I hope that their enthusiasm inspires many more people to take part in helping to improve their local community in 2020.”
The awards scheme is run by the charity in conjunction with the Royal Horticultural Society.
For more local news from West Dunbartonshire click here .


Actually good
Actually bad
Classified as good
True negatives
False negatives
Classified as bad
False positives
True positives
Total samples:
Badness rate:
1 in
Accuracy:


Chapter 3. Container Basics
The Standard Template Library, more commonly known as the STL, [1] is the invention of Dave Musser, Alex Stepanov, and Meng Lee. The design of the STL factors common programming tasks into four fundamental components: sequences, algorithms, iterators, and callable types.[2] As we'll see, the STL and the standard C++ library provide templates that aid in programming with all four of these components.
In addition, the STL and the standard C++ library have several containers that hold sequences of elements. The TR1 library provides five new containers: a fixed-size array (Chapter 4), unordered sets, unordered multisets, unordered maps, and unordered multimaps (Chapter 5). |


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--- layout: post title: "2016 - Luminosity" ---
“Luminosity! The word itself brings to mind the brightness of an object, it can also mean the quality of being intellectually brilliant, enlightened, and inspired. At TEDxSunwayUniversity, we are delighted to have you on this journey with us to encourage the spread of luminous ideas, to be enlightened and inspired by individuals with unequal luminosity. We believe that within you lies the light of a thousand brilliant ideas and together, we will share and spread these ideas with our community.


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Generic node system used for loading and saving SceneObjects and their components.
More...
#include <BuilderNode.hpp>
Generic node system used for loading and saving SceneObjects and their components.
A BuilderNode chain is employed when reading from and writing to various Ocular file types including: Scene (.oscene), SceneObject (.opref), and Material (.omat). These nodes allow for a generic pattern in which both primitive and custom types may be used to specify the contents of an object.
| BuilderNode * Ocular::Core::BuilderNode::addChild |
( |
std::string const & |
name, |
|
|
std::string const & |
type, |
|
|
std::string const & |
value |
|
) |
| |
Adds a new child to this node.
If a child already exists with the specified name, that child will be overwritten by the new child.
- Parameters
-
| [in] | name | |
| [in] | type | |
| [in] | value | |
| void Ocular::Core::BuilderNode::findChildrenByName |
( |
std::vector< BuilderNode * > & |
children, |
|
|
std::string const & |
name |
|
) |
| const |
Finds all children with the specified string in their name.
- Note
- Names are unique, so this searches for any children whose name contains the string.
- Parameters
-
| void Ocular::Core::BuilderNode::findChildrenByType |
( |
std::vector< BuilderNode * > & |
children, |
|
|
std::string const & |
type |
|
) |
| const |
Finds all children whose type matches the specified string.
- Parameters
-
| void Ocular::Core::BuilderNode::getAllChildren |
( |
std::vector< BuilderNode * > & |
children | ) |
const |
Adds references to all children into the provided vector container.
- Parameters
-
| BuilderNode const * Ocular::Core::BuilderNode::getChild |
( |
std::string const & |
name | ) |
const |
Attempts to retrieve the child with the specified name.
- Parameters
-
- Returns
- Child with the specified name. If no such child exists, returns nullptr.
| std::string const & Ocular::Core::BuilderNode::getName |
( |
| ) |
const |
- Returns
- The name of the variable stored in this node.
| uint32_t Ocular::Core::BuilderNode::getNumChildren |
( |
| ) |
const |
Returns number of child nodes.
| BuilderNode const * Ocular::Core::BuilderNode::getParent |
( |
| ) |
const |
- Returns
- The parent of this node. If no parent, returns nullptr.
| std::string const & Ocular::Core::BuilderNode::getType |
( |
| ) |
const |
- Returns
- The string representation of the type of variable stored in this node.
| std::string const & Ocular::Core::BuilderNode::getValue |
( |
| ) |
const |
- Returns
- The string representation of the value of the variable stored in this node.
The documentation for this class was generated from the following files:
- C:/Projects/OcularEngine/OcularCore/include/ObjectIO/BuilderNode.hpp
- C:/Projects/OcularEngine/OcularCore/src/ObjectIO/BuilderNode.cpp


IMPORTANT: Since 'AdditionCalculateWindow' is never explicitly used (in a template) we must tell angular about it by adding it to the entryComponents property in the module meta.


In this section we will look into the details of enclaves.
Physical Memory Organization
The enclave’s code and data is stored in Processor Reserved Memory (PRM), which is a subset of DRAM that cannot be directly accessed by other software, including system software and System Management Module code (Ring 2). Direct Memory Access targeting the PRM is also rejected by the CPU in order to protect enclave from other peripherals.
Enclave Page Cache (EPC)
The contents of enclaves and the associated data structures are stored in the Enclave Page Cache (EPC), which is a subset of the PRM.
The SGX design supports having multiple enclaves on a system at the same time, which is a necessity in multi-process environments. This is achieved by having the EPC split into 4 KB pages that can be assigned to different enclaves. The EPC uses the same page size as the architecture’s address translation feature.
The EPC is managed by the same system software that manages the rest of the computer’s physical memory. The system software, which can be a hypervisor or an OS kernel, uses SGX instructions to allocate unused pages to enclaves, and to free previously allocated EPC pages. Non-enclave software cannot directly access the EPC, as it is contained in the PRM.
Enclave Page Cache Map (EPCM)
The SGX design expects the system software to allocate the EPC pages to enclaves. However, as the system software is not trusted, SGX processors check the correctness of the system software’s allocation decisions, and refuse to perform any action that would compromise SGX’s security guarantees. For example, if the system software attempts to allocate the same EPC page to two enclaves, the SGX instruction used to perform the allocation will fail.
In order to perform its security checks, SGX records some information about the system software’s allocation decisions for each EPC page in the Enclave Page Cache Map (EPCM). The EPCM is an array with one entry per EPC page, so computing the address of a page’s EPCM entry only requires a bitwise shift operation and an addition. (Like the page table in a regular OS)
Above are the fields in an EPCM entry that track the ownership of pages.
The SGX instructions that allocate an EPC page set the VALID
bit of the corresponding EPCM entry to 1
, and refuse to operate on EPC pages whose VALID
bit is already set.
The instruction used to allocate an EPC page also determines the page’s intended usage, which is recorded in the page type (PT
) field of the corresponding EPCM entry. The pages that store an enclave’s code and data are considered to have a regular type (PT_REG
). The pages dedicated to the storage of SGX’s supporting data structures are tagged with special types. For example, the PT_SECS type identifies pages that hold SGX Enclave Control Structures.
A page’s EPCM entry also identifies the enclave that owns the EPC page. This information is used by the mechanisms that enforce SGX’s isolation guarantees to prevent an enclave from accessing another enclave’s private information. As the EPCM identifies a single owning enclave for each EPC page, it is impossible for enclaves to communicate via shared memory using EPC pages.
SGX Enclave Control Structure (SECS)
SGX stores per-enclave metadata in a SGX Enclave Control Structure (SECS) associated with each enclave. Each SECS is stored in a dedicated EPC page with the page type PT_SECS
. These pages are not intended to be mapped into any enclave’s address space, and are exclusively used by the CPU’s SGX implementation.
An enclave’s identity is almost synonymous to its SECS. The first step in bringing an enclave to life allocates an EPC page to serve as the enclave’s SECS, and the last step in destroying an enclave deallocates the page holding its SECS. The EPCM entry field identifying the enclave that owns an EPC page points to the enclave’s SECS. The system software uses the virtual address of an enclave’s SECS to identify the enclave when invoking SGX instructions.
All SGX instructions take virtual addresses as their inputs. Given that SGX instructions use SECS addresses to identify enclaves, the system software must create entries in its page tables pointing to the SECS of the enclaves it manages. However, the system software cannot access any SECS page, as these pages are stored in the PRM. SECS pages are not intended to be mapped inside their enclaves’ virtual address spaces, and SGX-enabled processors explicitly prevent enclave code from accessing SECS pages.
Memory Layout of Enclave (Virtual Memory)
SGX was designed to minimize the effort required to convert application code to take advantage of enclaves. Therefore, it adopts similar memory address translation mechanism as the system software such as operating system or hypervisor.
Enclave Linear Address Range (ELRANGE)
(“Linear” roughly means “virtual” in regular memory layout) Each enclave designates an area in its virtual address space, called the enclave linear address range (ELRANGE), which is used to map the code and the sensitive data stored in the enclave’s EPC pages. The virtual address space outside ELRANGE is mapped to access non-EPC memory via the same virtual addresses as the enclave’s host process.
The SGX design guarantees that the enclave’s memory accesses inside ELRANGE obey the virtual memory abstraction, while memory accesses outside ELRANGE receive no guarantees (because system software cannot be trusted). Therefore, enclaves must store all their code and private data inside ELRANGE, and must consider the memory outside ELRANGE to be an untrusted interface to the outside world.
ELRANGE is specified using a base (the BASEADDR
field) and a size (the SIZE
) in the enclave’s SECS. ELRANGE must meet the same constraints as a variable memory type range and as the PRM range, namely the size must be a power of 2, and the base must be aligned to the size. These restrictions are in place so that the SGX implementation can inexpensively check whether an address belongs to an enclave’s ELRANGE quickly, in either hardware or software.
SGX Enclave Attributes
The execution environment of an enclave is heavily influenced by the value of the ATTRIBUTES
field in the enclave’s SECS.
The most important attribute, from a security perspective, is the DEBUG flag. When this flag is set, it enables the use of SGX’s debugging features for this enclave. These debugging features include the ability to read and modify most of the enclave’s memory. Therefore, DEBUG should only be set in a development environment, as it causes the enclave to lose all the SGX security guarantees.
SGX guarantees that enclave code will always run with the XCR0 register set to the value indicated by extended features request mask (XFRM). Enclave authors are expected to use XFRM to specify the set of architectural extensions enabled by the compiler used to produce the enclave’s code.
The MODE64BIT flag is set to true for enclaves that use the 64-bit Intel architecture.
The INIT flag is always false when the enclave’s SECS is created. The flag is set to true at a certain point in the enclave lifecycle.
Address Translation for SGX Enclaves
Under SGX, the operating system and hypervisor are still in full control of the page tables and Extended Page Tables, and each enclave’s code uses the same address translation process and page tables as its host application. This minimizes the amount of changes required to add SGX support to existing system software. At the same time, having the page tables managed by untrusted system software opens SGX up to the address translation attacks.
SGX’s active memory mapping attacks defense mechanisms revolve around ensuring that each EPC page can only be mapped at a specific virtual address. When an EPC page is allocated, its intended virtual address is recorded in the EPCM entry for the page, in the ADDRESS
field.
When an address translation result is the physical address of an EPC page, the CPU ensures that the virtual address given to the address translation process matches the expected virtual address recorded in the page’s EPCM entry.
SGX also protects against some passive memory mapping attacks and fault injection attacks by ensuring that the access permissions of each EPC page always match the enclave author’s intentions. The access permissions for each EPC page are specified when the page is allocated, and recorded in the readable (R
), writable (W
), and executable (X
) fields in the page’s EPCM entry.
An enclave author must include memory layout information (“page table”) along with the enclave, in such a way that the system software loading the enclave will know the expected virtual memory address and access permissions for each enclave page. In return, the SGX design guarantees to the enclave authors that the system software, which manages the page tables and Extended Page Table, will not be able to set up an enclave’s virtual address space in a manner that is inconsistent with the author’s expectations.
Finally, a SGX-enabled CPU will ensure that the virtual memory inside ELRANGE is mapped to EPC pages. This prevents the system software from carrying out an address translation attack where it maps the enclave’s entire virtual address space to DRAM pages outside the PRM, which do not trigger any of the checks above, and can be directly accessed by the system software.
Thread Control Structure (TCS)
The SGX design fully supports multi-core processors. It is possible for multiple logical processors to concurrently execute the same enclave’s code at the same time, via different threads.
The SGX implementation uses a Thread Control Structure (TCS) for each logical processor that executes an enclave’s code.
Each TCS is stored in a dedicated EPC page whose EPCM entry type is PT_TCS. Some of the first few fields are considered to belong to the architectural part of the structure, and therefore are guaranteed to have the same semantics on all the processors that support SGX. The rest of the TCS is not documented.
The contents of an EPC page that holds a TCS cannot be directly accessed, even by the code of the enclave that owns the TCS. This restriction is similar to the restriction on accessing EPC pages holding SECS instances. However, the architectural fields in a TCS can be read by enclave debugging instructions.
The architectural fields in the TCS lay out the context switches performed by a logical processor when it transitions between executing non-enclave and enclave code.
State Save Area (SSA)
When the processor encounters a hardware exception, such as an interrupt, while executing the code inside an enclave, it performs a privilege level switch and invokes a hardware exception handler provided by the system software. Before executing the exception handler, however, the processor needs a secure area to store the enclave code execution context, so that the information in the execution context is not revealed to the untrusted system software.
In the SGX design, the area used to store an enclave thread’s execution context while a hardware exception is handled is called a State Save Area (SSA). Each TCS references a contiguous sequence of SSAs. The offset of the SSA array (OSSA) field specifies the location of the first SSA in the enclave’s virtual address space. The number of SSAs (NSSA) field indicates the number of available SSAs.
Each SSA starts at the beginning of an EPC page, and uses up the number of EPC pages that is specified in the SSAFRAMESIZE field of the enclave’s SECS. These alignment and size restrictions most likely simplify the SGX implementation by reducing the number of special cases that it needs to handle.
An enclave thread’s execution context consists of the general-purpose registers (GPRs) and the result of the XSAVE instruction. Therefore, the size of the execution context depends on the requested-feature bitmap (RFBM) used by to XSAVE. All the code in an enclave uses the same RFBM, which is declared in the XFRM enclave attribute. The number of EPC pages reserved for each SSA, specified in SSAFRAMESIZE, must be large enough to fit the XSAVE output for the feature bitmap specified by XFRM.
SSAs are stored in regular EPC pages, whose EPCM page type is PT_REG. Therefore, the SSA contents is accessible to enclave software. This opens up possibilities for an enclave exception handler that is invoked by the host application after a hardware exception occurs, and acts upon the information in a SSA.
Enclave Lifecycle
To initialize an enclave, four of the new CPU instructions provided by SGX architecture are used, each will be provided with a wrapper available for developers’ usage (will be explained in sample code):
ECREATE
An enclave is born when the system software issues the ECREATE instruction, which turns a free EPC page into the SECS for the new enclave.
ECREATE
copies an SECS structure outside the EPC into an SECS page inside the EPC. The internal structure of SECS is not accessible to software. Software sets the following fields in the source structure: SECS:BASEADDR
, SECS:SIZE
, and ATTRIBUTES
.
ECREATE
validates the information used to initialize the SECS, and results in a page fault or general protection fault if the information is not valid. ECREATE
will also fault if SECS target page is in use; already valid; outside the EPC; addresses are not aligned; unused PAGEINFO
fields are not zero.
EADD
The system software can use EADD
instructions to load the initial code and data into the enclave. EADD
is used to create both TCS pages and regular pages. This function copies a source page from non-enclave memory into the EPC, associates the EPC page with an SECS page residing in the EPC, and stores the linear address and security attributes in EPCM. EADD reads its input data from a Page Information (PAGEINFO
) structure.
The PAGEINFO structure contains:
-
The virtual address of the EPC page (
LINADDR
) -
The virtual address of the non-EPC page whose contents will be copied into the newly allocated EPC page (
SRCPGE
) -
A virtual address that resolves to the SECS of the enclave that will own the page (
SECS
). -
The virtual address, pointing to a Security Information (
SECINFO
) structure, which contains the newly allocated EPC page’s access permissions (R, W, X
) and its EPCM page type (RT_REG
orPT_TCS
). -
EADD validates its inputs, and modifies the newly allocated EPC page and its EPCM entry.
EADD ensures that the EPC page is not allocated to another enclave, the page’s virtual address falls within the enclave’s ELRANGE and all the reserved fields in SECINFO
are set to zero.
EEXTEND
While loading an enclave, the system software will also use the EEXTEND
instruction, which updates the enclave’s measurement used in the software attestation process. It updates the MRENCLAVE measurement register of an SECS with the measurement of an EXTEND string composed of EEXTEND || ENCLAVEOFFSET || PADDING || 256 bytes of the enclave page
. RCX register contains the effective address of the 256 byte region of an EPC page to be measured.
EINIT
This function is the final instruction executed in the enclave build process. After EINIT
, the MRENCLAVE
measurement is complete, and the enclave is ready to start user code execution using EENTER
instruction.
When EINIT
completes successfully, it sets the enclave’s INIT
attribute to true. This opens the way for ring 3 application software to execute the enclave’s code, using the SGX instructions. On the other hand, once INIT
is set to true, EADD
cannot be invoked on that enclave anymore, so the system software must load all the pages that make up the enclave’s initial state before executing the EINIT
instruction.
Before jumping into design decisions, there are several terms need to be clarified first:
-
ECALL: “Enclave Call”, a call made into an interface function within the enclave
-
OCALL: “Out Call”, a call made from within the enclave to the outside application
-
Trusted: Refers to any code or construct that runs inside an enclave in a “trusted” environment.
-
Trusted Thread Context: The context for a thread running inside the enclave. This is composed of:
- Thread Control Structure (TCS)
- Thread Data/Thread Local Storage: data within the enclave and specific to the thread
- State Save Area(SSA): a data buffer which holds register state when an enclave must exit due to an interrupt or exception
- Stack: a stack located within the enclave
-
Untrusted: Refers to any code or construct that runs in the applications “untrusted” environment (outside of the enclave).
This is the general approach we’ll follow for designing an application for Intel SGX:
-
Identify the application’s secrets.
-
Identify the providers and consumers of those secrets.
-
Determine the enclave boundary.
-
Tailor the application components for the enclave.
The first step in designing enclave is to identify the assets it needs to protect, the data structures where the assets are contained, and the set of code that operates on those data structures and then place them into a separate trusted library. It is a required step because enclave code is loaded in a special way such that once the enclave has been initialized, privileged code and the rest of the untrusted application cannot directly read data that resides in the protected environment, or change the behavior of the code within the enclave without detection.
After defining the trusted (enclave) and untrusted (application) components of an Intel SGX enabled application, we should carefully define the interface between untrusted application and enclave. An enclave must expose an API for untrusted code to call in (ECALLs) and express what functions provided by the untrusted code are needed (OCALLs). Both ECALLs and OCALLs are defined by developers using Enclave Definition Language (EDL), and they together consist the enclave boundary.
The Enclave Definition Language
Before moving to the actual enclave code sample, we’ll take a few moments to discuss the Enclave Definition Language (EDL) syntax. An enclave’s bridge functions, both its ECALLs and OCALLs, are prototyped in its EDL file and its general structure is as follows:
enclave {
// Include files
// Import other edl files
// Data structure declarations to be used as parameters of the function prototypes in edl
trusted {
// Include file if any. It will be inserted in the trusted header file (enclave_t.h)
// Trusted function prototypes (ECALLs)
};
untrusted {
// Include file if any. It will be inserted in the untrusted header file (enclave_u.h)
// Untrusted function prototypes (OCALLs)
};
};
ECALLs are prototyped in the trusted section, and OCALLs are prototyped in the untrusted section.
When the project is built, the Edger8r tool that is included with the Intel SGX SDK parses the EDL file and generates a series of proxy functions. These proxy functions are essentially wrappers around the real functions that are prototyped in the EDL. Each ECALL and OCALL gets a pair of proxy functions: a trusted half and an untrusted half. The trusted functions go into EnclaveProject_t.h
and EnclaveProjct_t.c
and are included in the autogenerated Files folder of your enclave project. The untrusted proxies go into EnclaveProject_u.h
and EnclaveProject_u.c
and are placed in the autogenerated Files folder of the project that will be interfacing with your enclave.
Your program does not call the ECALL and OCALL functions directly; it calls the proxy functions. When you make an ECALL, you call the untrusted proxy function for the ECALL, which in turn calls the trusted proxy function inside the enclave. That proxy then calls the “real” ECALL and the return value propagates back to the untrusted function. This sequence is shown in the figure above. When you make an OCALL, the sequence is reversed: you call the trusted proxy function for the OCALL, which calls an untrusted proxy function outside the enclave that, in turn, invokes the “real” OCALL.
More details will be explained in the example code.
Enclave Example
Now let’s start with an enclave Hello world coding example.
Code is available under HelloEnclave here. It is a simplified version of SampleEnclave example at Linux SGX SDK.
The App.h
head file defines the application we are going to create. Here, enclave initialization token is define as the enclave.token
file and the signed enclave shared object after compilation will be enclave.signed.so
(line 52, 53).
A global sgx_enclave_id_t
is also declared to uniquely identify the enclave (line 55).
Now let’s move to App.cpp
.
As it is in the untrusted application, we must include sgx_urts.h
, the SGX untrusted runtime system, for SGX to work correctly with the application. We also include Enclave_u.h
, which will include all of the ECALL proxies generated from the EDL file after compilation.
Line 48-150 just summarize all the possible error code caused by enclave operation.
The critical function here is initialize_enclave(void)
at line 157. It first retrieves the launch token from previous transactions if available. If not, just use an empty buffer to record it. Then it calls sgx_create_enclave()
function provided by urts library to officially initialize the enclave instance. The sgx_create_enclave()
will performs an implicit ECALL. The implicit ECALL initiates enclave runtime initialization flow described in the Enclave Lifecycle tutorial. The actual enclave instance shared object will be saved as enclave.signed.so
, which is signed by the CPU as indicated by the filename. And the enclave id will be saved in global_eid
for future access.
We can ignore the ocall_print_string()
function as it was in the original sample code.
In the main body of the application, we first initialize the enclave by calling initialize_enclave()
. Then call our printf_helloworld() function, which will be discussed later.
Finally, we destroy the enclave instance by calling sgx_destroy_enclave()
provided by urts library. It will perform the implicit ECALL that performs instructions that destry the targeted enclave.
Since our purpose of this example application is to print something from the enclave instead from the untrusted application directly, the enclave part should only contain the function that performs this task.
The enclave header file declares the printf_helloworld()
function, which will be responsible for our purpose. This function call will be protected by the enclave so outside world won’t know the secret being processed. But for demonstration purposes, we will just print out the secret from the enclave to the screen by calling this function.
We define the printf_helloworld()
function as a part of the enclave protected code path, which just prints out Hello World
to the console. In reality, the secret string should be passed into the enclave from outside world, and will be protected by the enclave. Now since the untrusted application cannot access the enclave content directly, in order for the untrusted function to call enclave functions, we have to rely on the assistance of proxy functions, which will be generated by the Edger8r tool from EDL file after compilation.
The proxy functions are responsible for:
- Marshaling data into and out of the enclave
- Placing the return value of the real ECALL or OCALL in an address referenced by a pointer parameter
- Returning the success or failure of the ECALL or OCALL itself as an
sgx_status_t
value
Note that this means each ECALL or OCALL has potentially two return values. There’s the success of the ECALL or OCALL itself, meaning, were we able to successfully enter or exit the enclave, and then the return value of the function being called in the ECALL or OCALL.
Additional arguments will added to the parameter list for each proxy function and the proxy functions now return a type of sgx_status_t
instead of the original return types. The first additional parameter is the enclave identifier, eid. The second argument to the proxy function is a pointer to an address that will store the return value from the original enclave function if it has a return value. Since our printf_helloworld()
function does not have a return value, the proxy function generated for it will look like
We can verify that after compiling the whole project.
Therefore, in order to let the Edger8r
generate the corresponding proxy functions, we put our function printf_helloworld()
in the trusted section of Enclave.edl
.
By now, the whole hello world application has acquired all the required parts and should be ready to go.
Compile the project by typing make
inside project directory. It should output something like this:
Then execute the application by typing ./app
. Hello World
should be printed to the console. And the message is coming form within the enclave to the outside world!
We can verify the proxy function generated in Enclave_u.c
has the signature mentioned above (line 21).
Congratulations you have created your first enclave application!
References:
- https://eprint.iacr.org/2016/086.pdf
- https://software.intel.com/en-us/blogs/2016/06/10/overview-of-intel-software-guard-extensions-instructions-and-data-structures
- https://eprint.iacr.org/2016/086.pdf
- https://download.01.org/intel-sgx/linux-2.2/docs/Intel_SGX_Developer_Reference_Linux_2.2_Open_Source.pdf
- https://software.intel.com/en-us/blogs/2016/06/10/overview-of-intel-software-guard-extensions-instructions-and-data-structures
- https://insujang.github.io/2017-04-05/intel-sgx-instructions-in-enclave-initialization/
- https://software.intel.com/en-us/blogs/2016/06/10/overview-of-intel-software-guard-extensions-instructions-and-data-structures
- https://software.intel.com/en-us/articles/software-guard-extensions-tutorial-series-part-3
- https://software.intel.com/en-us/articles/intel-software-guard-extensions-tutorial-part-7-refining-the-enclave


Enable teams to iterate on a single source of truth, eliminating stale design.
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Static analysis of systems, interactions and data flow to automatically generate a range of artefacts.
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Platform-neutral formats allow use and extension in any language.
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Below you can review all your recorded sessions.
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DESERT
3.0
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#include <sun-ipr-common-structures.h>
Public Member Functions | |
| buffer_element () | |
| buffer_element (Packet *_p, int _id_pkt_=0, double _t_reception_=Scheduler::instance().clock(), double _t_last_tx_=0, int _num_retx_=0) | |
Public Attributes | |
| Packet * | p_ |
| int | id_pkt_ |
| double | t_reception_ |
| double | t_last_tx_ |
| int | num_retx_ |
buffer_element describes an entry in the buffer used by SUN.
Definition at line 103 of file sun-ipr-common-structures.h.
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inline |
Constructor for buffer_element.
Definition at line 110 of file sun-ipr-common-structures.h.
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inline |
Constructor for buffer_element.
Definition at line 113 of file sun-ipr-common-structures.h.
| int buffer_element::id_pkt_ |
ID of the packet buffered.
Definition at line 106 of file sun-ipr-common-structures.h.
| int buffer_element::num_retx_ |
Number of retransmission tentatives.
Definition at line 109 of file sun-ipr-common-structures.h.
| Packet* buffer_element::p_ |
Pointer to the packet buffered.
Definition at line 105 of file sun-ipr-common-structures.h.
| double buffer_element::t_last_tx_ |
Time instant of the last transmission attempt.
Definition at line 108 of file sun-ipr-common-structures.h.
| double buffer_element::t_reception_ |
Time instant in which the packet was buffered.
Definition at line 107 of file sun-ipr-common-structures.h.


About ToyBox It is a set of cross-platform tools for the C++ programming language. [Read more] About player At first, run a demo of player. ToyBox provide some useful tools, and player is the most important one. [Read more]


Bhayyu Maharaj case: Court asks police to produce case diary by Nov 25
The next hearing in the case will take place on November 25
by Press Trust of IndiaA local court on Thursday directed police to produce by November 25 the case diary related to the 2018 suicide of model-turned-spiritual guru Bhayyu Maharaj here in Madhya Pradesh.
Additional sessions judge Anil Kumar Karoria adjourned the hearing for recording the statements of witnesses that started on Wednesday and accepted the prosecution's plea to give them time to produce the case diary.
The next hearing in the case will take place on November 25.
Bhayyu Maharaj (50) had allegedly killed himself with a revolver at his bungalow here on June 12 last year.


Class HatchPatternLineDefinition
Defines a single line thats is part of a HatchPattern.
Inheritance
Implements
Inherited Members
Namespace: netDxf.Entities
Assembly: CADability.dll
Syntax
public class HatchPatternLineDefinition : ICloneable
Constructors
| Improve this Doc View SourceHatchPatternLineDefinition()
Initializes a new instance of the HatchPatternLineDefinition
class.
Declaration
public HatchPatternLineDefinition()
Properties
| Improve this Doc View SourceAngle
Gets or sets the angle of the line.
Declaration
public double Angle { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Double |
DashPattern
Gets he dash pattern of the line it is equivalent as the segments of a Linetype.
Declaration
public List<double> DashPattern { get; }
Property Value
| Type | Description |
|---|---|
| System.Collections.Generic.List<System.Double> |
Remarks
Positive values means solid segments and negative values means spaces (one entry per element).
Delta
Gets or sets the local displacements between lines of the same family.
Declaration
public Vector2 Delta { get; set; }
Property Value
| Type | Description |
|---|---|
| Vector2 |
Remarks
The Delta.X value indicates the displacement between members of the family in the direction of the line. It is used only for dashed lines. The Delta.Y value indicates the spacing between members of the family; that is, it is measured perpendicular to the lines.
Origin
Gets or sets the origin of the line.
Declaration
public Vector2 Origin { get; set; }
Property Value
| Type | Description |
|---|---|
| Vector2 |
Methods
| Improve this Doc View SourceClone()
Creates a new HatchPatternLineDefinition that is a copy of the current instance.
Declaration
public object Clone()
Returns
| Type | Description |
|---|---|
| System.Object | A new HatchPatternLineDefinition that is a copy of this instance. |


Computer Graphics Forum (PG2014)
This paper proposes a novel hybrid particle-grid approach to liquid simulation, which uses the fluid-implicit- particle (FLIP) method to resolve the liquid motion and a grid-based particle correction method to complement FLIP. The correction process addresses the high-frequency errors in FLIP ensuring that the particles are properly distributed. The proposed approach enables the corrective procedure to avoid directly processing the particle relationships and supports flexible corrective forces. The proposed technique effectively and efficiently improves the distribution of the particles and therefore enhances the overall simulation quality. The experimental results confirm that the technique is able to conserve the liquid volume and to produce dynamic surface motions, thin liquid sheets, and smooth surfaces without disturbing artifacts such as bumpy noise.


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RISK IS INEVITABLE. PREPARE FOR IT TODAY.
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Risk is an inherent part of all business — but it can be greater for certain professions, like contractors. Manage risk and mitigate bad situations. Use these 5 quick steps to start building your risk management plan.
- Identify business risks.
There are several types of business risks (preventable, strategic, external, etc.). Once you become familiar with the various types, especially within your specific industry, you’re in better shape to plan for them.
- Determine your company’s vulnerability for each risk.
Ask yourself: what are the odds that this particular risk will happen to my business? And how much does the company stand to lose as a result?
- Develop a simple plan for managing and mitigating business risks.
- Practice active prevention
- Design work areas to reduce the chance of an accident
- Educate employees on safe work practices and use of equipment
- Check and service equipment on a regular basis
- Monitor operational processes
- Acquire the right types of insurance.
Insurance is a central part of risk management. Key types of insurance are:
- Contractor’s Liability Insurance
- General Business Liability Insurance
- Workers Compensation Insurance
- State Disability Insurance
Contact your licensed insurance agent and/or attorney for advice on the type and amount of coverage that you should carry.
- Monitor and adapt as needed.
- Risk management plans should be reviewed and updated on regular basis
- Review meetings should include the owners, department heads and (if warranted) a risk management consultant
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NOTE Many times, insurance companies will provide hands-on advice on mitigating new risks as they come along, with the goal of reducing payouts on claims.
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Risk Management Watch-outs
Multiple studies have found that people overestimate their ability to influence events that, in fact, are heavily determined by chance. We tend to be overconfident about risk assessments and shortsighted in our assessment of the range of outcomes that could occur.
We often compound this problem with a confirmation bias, which drives us to favor information that supports our positions (typically successes) and suppress information that contradicts them (typically failures). Risk management focuses on the negative rather than opportunities. It runs counter to the “can do” mentality of many contractors.
So don’t go too overboard on risk management. Often, it isn’t solved by establishing a long list of rules, but through appropriate job training, conversations, common sense, or just looking at a situation to determine the right thing to do.
Jobsite Dust = BIG Risk
Failing to manage jobsite dust poses health issues, damages belongings and equipment, and can destroy your reputation. You can eliminate this problem by making sure your overall plan for managing and mitigating business risks includes dust control — and that BuildClean is the foundation.
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BUILDCLEAN, EVERY TIME.
Add BuildClean to your marketing plan today.
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More customers. More Jobs. BuildClean.
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{% extends "base.html" %} {% load staticfiles %} {% block title %}Groups{% endblock %} {% block groups-nav %}class="active"{% endblock %} {% block css %} {% endblock %} {% block content %}
Groups are a way to compare your bracket against others. You can join a group by clicking on a group listed under Public Groups or check in on how your bracket is doing on groups you've already joined by clicking them under the My Groups section.
If you'd like to create your own group just give it a name, select the bracket you want to use to compete in the group, and to make it private give it a password. Want anyone to join? Don't put in a password and hit Submit!


2 player adversarial knapsack on a radial graph
Rules of the game
You are playing against the computer. You = Green, Computer = Orange.
You see 64 pouches. Each pouch has a price and a weight. So $2 /3 means the pouch costs $2 and weighs 3 lbs.
To begin, click on any pouch. From then on, you can only click on a pouch the previous pouch is connected to.
When BOTH you and the computer cross 100 lbs, whoever makes the most money per pound wins!
Getting Stuck: If all the pouches you are connected to have already been clicked, you are stuck.
If you or the computer gets stuck, whoever makes the most money per pound wins!
Advice:
Beware of pouches with negative dollar amount!
If you start in thev innermost circle or the outermost, your chances of winning are remote.
It is hard to beat the computer. But keep trying!
 The game is set up for fixed 900x900 coordinate space, not relative coordinates.
This is my first scala.js program, inspired by Shadaj
As of July 2013, you can't use any Java built-in libraries in Scala.js, so I rely on JS for random numbers, not scala.util.Random
Thanks to Sébastien Doeraene for helping out with Scala.js
Krishnan Raman, Data Scientist, Twitter (kraman@twitter.com)


Offline for maintenance
Planned Maintenance Outage
The Canvas features that integrate with UW systems are temporarily offline while UW-IT engineers perform scheduled database maintenance. The Canvas features affected include the UW Libraries, UW Groups, and the UW 4.0 Scale.
Please try again after 11:00 AM PT today.


GMIT Campuses
The main contact details for the GMIT are listed below; to contact an individual member of staff, please use our Staff Directory.
GMIT Galway
Dublin Road
Co. Galway
H91 T8NW
Tel: +353 91 753161
Fax: +353 91 751107
Email<EMAIL_ADDRESS>GMIT Letterfrack
Letterfrack
Co. Galway
H91 AH5K
Tel: +353 91 742650
Email<EMAIL_ADDRESS>GMIT Castlebar
Westport Rd
Curragh
Castlebar
Co. Mayo
Tel: +353 94 902 57001
Email<EMAIL_ADDRESS>Student Union Contacts
Student Activities Co-ordinator
Amy Kelly
Tel: +353 91 742055
<EMAIL_ADDRESS>www.gmitsu.ie
Sports Development Office
Molly Dunne
Tel: +353 87 7703314
<EMAIL_ADDRESS>Student Activities Co-ordinator
Antoinette Canavan
Tel: +353 91 742008
<EMAIL_ADDRESS>GAA Development Officer
Damian Curley
Tel: +353 91 742062
damian.curley@gmit.ie


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| PREV LETTER NEXT LETTER | FRAMES NO FRAMES |
PoolProperties.maxIdle
, PoolProperties.minIdle
, PoolProperties.minEvictableIdleTimeMillis
close
method is called
on the underlying connection instead of being returned to the pool
Connection.close()
method name
Connection.close()
is invoked.
JdbcInterceptor.compare(String,String)
Uses reference comparison unless the useEquals property is set to true
DataSource
instance based on the
given properties.
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| PREV LETTER NEXT LETTER | FRAMES NO FRAMES |


int getgroups(int size, gid_t list[]);
#include <grp.h>
int setgroups(size_t size, const gid_t *list);
Feature Test Macro Requirements for glibc (see feature_test_macros(7)):
getgroups() returns the supplementary group IDs of the calling process in list. The argument size should be set to the maximum number of items that can be stored in the buffer pointed to by list. If the calling process is a member of more than size supplementary groups, then an error results. It is unspecified whether the effective group ID of the calling process is included in the returned list. (Thus, an application should also call getegid(2) and add or remove the resulting value.)
If size is zero, list is not modified, but the total number of supplementary group IDs for the process is returned. This allows the caller to determine the size of a dynamically allocated list to be used in a further call to getgroups().
setgroups() sets the supplementary group IDs for the calling process. Appropriate privileges (Linux: the CAP_SETGID capability) are required. The size argument specifies the number of supplementary group IDs in the buffer pointed to by list.
On success, setgroups() returns 0. On error, -1 is returned, and errno is set appropriately.
getgroups() can additionally fail with the following error:
setgroups() can additionally fail with the following errors:
The maximum number of supplementary group IDs can be found at run time using sysconf(3):
long ngroups_max; ngroups_max = sysconf(_SC_NGROUPS_MAX);The maximum return value of getgroups() cannot be larger than one more than this value. Since Linux 2.6.4, the maximum number of supplementary group IDs is also exposed via the Linux-specific read-only file, /proc/sys/kernel/ngroups_max.
The original Linux getgroups() system call supported only 16-bit group IDs. Subsequently, Linux 2.4 added getgroups32(), supporting 32-bit IDs. The glibc getgroups() wrapper function transparently deals with the variation across kernel versions.


Welcome to my Portfolio!
Name:Thomas Zhang
Major: Computer Science
Team: 204
Role: Front End Assist
Language of Expertise: C++, Java, HTML
Hobbies: Video Games, Hanging with friends
Email<EMAIL_ADDRESS>Github: tzhang70
Future Goal: None Currently


#import "layouts/main-layout.ftl.html" as main>
<EMAIL_ADDRESS>| Detailed Breakup |
| Priority |
Tester |
Status |
Count |
<#list metricLst as metric>
<#list metric as m>
|
<#if m??>
${m}
<#else>
-
#if>
|
#list>
#list>
| Progress Report |
| Test Case Node |
PASSED |
FAILED |
BLOCKED |
NOT_COMPLETED |
NOT_RUN |
Total |
Pass Rate |
Progress |
<#list testPlanMetricLst as tpm>
| ${tpm.folderName} |
${tpm.passCount} |
${tpm.failCount} |
${tpm.blockedCount} |
${tpm.notcompleteCount} |
${tpm.notrunCount} |
${tpm.total} |
${tpm.passRate}% |
${tpm.progressRate}% |
#list>
@main.page>


Sabine Baring-Gould Week continues with some extremely useful information imparted in his book Curiosities Of Olden Times (1869), written when our hero was living in the abundant mud of Dalton i't Muck. Examining legal proceedings taken against “snails, flies, mice, moles, ants, caterpillars, &c.”, Baring-Gould gives us the precise wording recommended when one wishes to excommunicate such vile creatures. This was drawn up by Bartholomew de Chasseneux, “a noted lawyer of the sixteenth century”. Please note that you should always bring your case against creepy-crawlies and vermin before the ecclesiastical rather than the civil courts.
The correct form of excommunication is as follows: “O snails, caterpillars, and other obscene creatures, which destroy the food of our neighbours, depart hence! Leave these cantons which you are devastating, and take refuge in those localities where you can injure no one. I.N.P., &c.”
It is unclear to me whether that “&c.” indicates simply the reading of the Lord's Prayer—“I.N.P.” standing for “In Nomine Patris”—or whether there are further animadversions and anathemas to follow. In the absence of any clear guidance I suppose you shall have to get the presiding excommunicator to improvise.


HOME VALUE
$
DOWN PAYMENT
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In this page you can find information about the execution of this job.
The log is displayed backwards, and only the recent entries are shown. Also, the log is refreshed periodically while the job is running, so you don't have to refresh the whole page.
{{job.jobParametersIdented}}


delete(id, onBehalfOfContentOwner=None)
Deletes subscriptions by IDs.
insert(part, body, onBehalfOfContentOwner=None)
Insert a subscription.
Browses the subscriptions collection.
list_next(previous_request, previous_response)
Retrieves the next page of results.
delete(id, onBehalfOfContentOwner=None)
Deletes subscriptions by IDs. Args: id: string, YouTube IDs of the subscription to be deleted. (required) onBehalfOfContentOwner: string, The authenticated user acts on behalf of this content owner.
insert(part, body, onBehalfOfContentOwner=None)
Insert a subscription. Args: part: string, One or more parts to return on the current request. (required) body: object, The request body. (required) The object takes the form of: { # A subscription resource contains information about a YouTube user subscription. "snippet": { # Basic details about a subscription, including title, description and thumbnails of the subscribed item. # Basic details about the subscription "description": "A String", # Description of the subscription. "title": "A String", # Title of the subscription. "resourceId": { # A resource id is a generic reference that points to another YouTube resource. # The resource subscribed to. "kind": "A String", # The kind of the referred resource. "channelId": "A String", # ID of the referred channel. Present only when type is "CHANNEL". "playlistId": "A String", # ID of the referred playlist. Present only when type is "PLAYLIST". "videoId": "A String", # ID of the referred video. Present only when type is "VIDEO". }, "channelId": "A String", # Channel publishing the subscription. "publishedAt": "A String", # Date and time the subscription was published at. "thumbnails": { # Subscription thumbnails. "a_key": { # A thumbnail is an image representing a YouTube resource. # A map of thumbnails by their name. "url": "A String", # The URL for the thumbnail. }, }, }, "contentDetails": { # Details about the content to witch a subscription refers. # Basic statistics about the subscription "newItemCount": 42, # Number of new items in the subscription since its content was last read. "totalItemCount": 42, # Approximate total number of items the subscription points to. }, "kind": "youtube#subscription", # The type of this API resource. "etag": "A String", # The eTag of the subscription. "id": "A String", # The unique id of the subscription. } onBehalfOfContentOwner: string, The authenticated user acts on behalf of this content owner. Returns: An object of the form: { # A subscription resource contains information about a YouTube user subscription. "snippet": { # Basic details about a subscription, including title, description and thumbnails of the subscribed item. # Basic details about the subscription "description": "A String", # Description of the subscription. "title": "A String", # Title of the subscription. "resourceId": { # A resource id is a generic reference that points to another YouTube resource. # The resource subscribed to. "kind": "A String", # The kind of the referred resource. "channelId": "A String", # ID of the referred channel. Present only when type is "CHANNEL". "playlistId": "A String", # ID of the referred playlist. Present only when type is "PLAYLIST". "videoId": "A String", # ID of the referred video. Present only when type is "VIDEO". }, "channelId": "A String", # Channel publishing the subscription. "publishedAt": "A String", # Date and time the subscription was published at. "thumbnails": { # Subscription thumbnails. "a_key": { # A thumbnail is an image representing a YouTube resource. # A map of thumbnails by their name. "url": "A String", # The URL for the thumbnail. }, }, }, "contentDetails": { # Details about the content to witch a subscription refers. # Basic statistics about the subscription "newItemCount": 42, # Number of new items in the subscription since its content was last read. "totalItemCount": 42, # Approximate total number of items the subscription points to. }, "kind": "youtube#subscription", # The type of this API resource. "etag": "A String", # The eTag of the subscription. "id": "A String", # The unique id of the subscription. }
list(part, onBehalfOfContentOwner=None, id=None, pageToken=None, channelId=None, mine=None, maxResults=None, forChannelId=None, order=None)
Browses the subscriptions collection. Args: part: string, Subscription parts to include in the returned response. Valid values are: id, snippet and contentDetails. (required) onBehalfOfContentOwner: string, The authenticated user acts on behalf of this content owner. id: string, YouTube IDs of the subscriptions to be returned. pageToken: string, Token for the page selection. channelId: string, Only return subscriptions to given channelId. mine: string, Flag indicating only return the subscriptions of the authenticated user. maxResults: integer, Maximum number of search results to return per page. forChannelId: string, Comma separated list of channel IDs to return subscriptions for. order: string, Sort order. Allowed values alphabetical - Sort alphabetically relevance - Sort by relevance. unread - Sort by order of activity. Returns: An object of the form: { # A paginated list of subscriptions returned as the response to a youtube.subscriptions.list call. "nextPageToken": "A String", # Token to the next page. "kind": "youtube#subscriptionListResponse", # The type of this API response. "items": [ # List of subscriptions matching the request criteria. { # A subscription resource contains information about a YouTube user subscription. "snippet": { # Basic details about a subscription, including title, description and thumbnails of the subscribed item. # Basic details about the subscription "description": "A String", # Description of the subscription. "title": "A String", # Title of the subscription. "resourceId": { # A resource id is a generic reference that points to another YouTube resource. # The resource subscribed to. "kind": "A String", # The kind of the referred resource. "channelId": "A String", # ID of the referred channel. Present only when type is "CHANNEL". "playlistId": "A String", # ID of the referred playlist. Present only when type is "PLAYLIST". "videoId": "A String", # ID of the referred video. Present only when type is "VIDEO". }, "channelId": "A String", # Channel publishing the subscription. "publishedAt": "A String", # Date and time the subscription was published at. "thumbnails": { # Subscription thumbnails. "a_key": { # A thumbnail is an image representing a YouTube resource. # A map of thumbnails by their name. "url": "A String", # The URL for the thumbnail. }, }, }, "contentDetails": { # Details about the content to witch a subscription refers. # Basic statistics about the subscription "newItemCount": 42, # Number of new items in the subscription since its content was last read. "totalItemCount": 42, # Approximate total number of items the subscription points to. }, "kind": "youtube#subscription", # The type of this API resource. "etag": "A String", # The eTag of the subscription. "id": "A String", # The unique id of the subscription. }, ], "etag": "A String", # The eTag of the response. "prevPageToken": "A String", # Token to the previous page. "pageInfo": { # Paging details for lists of resources, including total number of items available and number of resources returned in a single page. # Paging information for the list result. "totalResults": 42, # The total number of results. "resultsPerPage": 42, # The number of results to display for each page. }, }
list_next(previous_request, previous_response)
Retrieves the next page of results. Args: previous_request: The request for the previous page. (required) previous_response: The response from the request for the previous page. (required) Returns: A request object that you can call 'execute()' on to request the next page. Returns None if there are no more items in the collection.


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Newbie Guide:
Select the one you seek below. Their location will be indicated on the screen.
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/* This file is part of Ext JS 4 Copyright (c) 2011 Sencha Inc Contact: http://www.sencha.com/contact Commercial Usage Licensees holding valid commercial licenses may use this file in accordance with the Commercial Software License Agreement provided with the Software or, alternatively, in accordance with the terms contained in a written agreement between you and Sencha. If you are unsure which license is appropriate for your use, please contact the sales department at http://www.sencha.com/contact. */ /** * Simple plugin for using an Ext.tip.Tip with a slider to show the slider value. In general this class is not created * directly, instead pass the {@link Ext.slider.Multi#useTips} and {@link Ext.slider.Multi#tipText} configuration * options to the slider directly. * * @example * Ext.create('Ext.slider.Single', { * width: 214, * minValue: 0, * maxValue: 100, * useTips: true, * renderTo: Ext.getBody() * }); * * Optionally provide your own tip text by passing tipText: * * @example * Ext.create('Ext.slider.Single', { * width: 214, * minValue: 0, * maxValue: 100, * useTips: true, * tipText: function(thumb){ * return Ext.String.format('**{0}% complete**', thumb.value); * }, * renderTo: Ext.getBody() * }); */ Ext.define('Ext.slider.Tip', { extend: 'Ext.tip.Tip', minWidth: 10, alias: 'widget.slidertip', offsets : [0, -10], isSliderTip: true, init: function(slider) { var me = this; slider.on({ scope : me, dragstart: me.onSlide, drag : me.onSlide, dragend : me.hide, destroy : me.destroy }); }, /** * @private * Called whenever a dragstart or drag event is received on the associated Thumb. * Aligns the Tip with the Thumb's new position. * @param {Ext.slider.MultiSlider} slider The slider * @param {Ext.EventObject} e The Event object * @param {Ext.slider.Thumb} thumb The thumb that the Tip is attached to */ onSlide : function(slider, e, thumb) { var me = this; me.show(); me.update(me.getText(thumb)); me.doComponentLayout(); me.el.alignTo(thumb.el, 'b-t?', me.offsets); }, /** * Used to create the text that appears in the Tip's body. By default this just returns the value of the Slider * Thumb that the Tip is attached to. Override to customize. * @param {Ext.slider.Thumb} thumb The Thumb that the Tip is attached to * @return {String} The text to display in the tip */ getText : function(thumb) { return String(thumb.value); } });


This application allows you to register some queries for specified database, and execute them on the web browser.
If you are using Heroku, you know Heroku has a similar tool called DataClip. But this application has following advantages.
You can run this application by following steps.
You can setup this application on Heroku by following commands.
git clone git@github.com:shunjikonishi/sqltool.git
heroku create
git push heroku master
heroku run rake setup
'rake setup' is used to create table in the default database which is setuped by Heroku. It only runs conf/create.sql.
This application uses it as a storage for registered query.
At most the number of rows are seemed to several hundred. So you don't need prduction database.
If you want to a backup, you can use export feature of this application.
To run this application, at least following variable is required.
heroku config:set TARGET_DATABASE=<your database url>
TARGE_DATABASE is a url of the database that you want to use query.
If you want to apply this application tany access restriction, you should set following variables.
heroku config:set ALLOWED_IP=xxx.xxx.xxx.xxx,yyy.yyy.yyy.0/255,zzz.zzz.zzz.zzz
heroku config:set BASIC_AUTHENTICATION=username:password
ALLOWED_IP takes some comma separated IP addresses list. You can use subnet expression.
BASIC_AUTHENTICATION takes a username and password for basic authentication.
Caution !!!
Heroku applications are published for internet. So if you don't apply security settings, anyone can access your data.
I strongly recommend to apply security settings.
If you don't use snapshot feature, you don't need to apply followings.
If you want to use snapshot feature, you should set some more variables to cooparate with Google spreadsheet.
heroku config:set<EMAIL_ADDRESS>heroku config:set GOOGLE_PASSWORD=yyyyyy
heroku config:set TIMEZONE=Asia/Tokyo
heroku config:set LANG=ja_JP
TIMEZONE takes a timezone for scheduled time. If omitted, the default value is UTC.
LANG takes a language for spreadsheet column. Supported value is "ja_JP" only. If omitted, the default value is English.
If you don't set these variables, snapshot features are not displayed.
If you don't use snapshot feature, you don't need to apply followings.
At the snapshot feature, this application copies the query resultset to Google spreadsheet periodically. But this application doesn't have schedule feature.
So to schedule snapshot feature, you should use Heroku scheduler.
heroku addons:add scheduler:standard
You should add Heroku scheduler addon, and apply following setting in web console of Scheduler.
| TASK | FREQUENCY | NEXT RUN |
|---|---|---|
| rake | Hourly | :00 |
Internally this job search the queries that are scheduled at that time and run it.
If your schedule setting is only one time, you can use setting value 'daily'.
Required components are follows.
Though we use rake on Heroku, you can run this application without rake.
Do your best.
The main page consists of 3 panes and menu.
Two nodes are display in top level. These are queries and schemas.
Queries has the queries that you registered. You can manage them with any folders.
When you select a query node, your query executes immediately. If the query has some parameters, the parameter form is shown.
You can move the query by drag and drop.
Schemas has the tables and views that exist in the database.
When you select a table node or view node, The query for selected table executes immediately. 結果がResultペインに表示されます。
At that time, the select statment is displayed in SQL pane.
So you can edit this statement and register it.
SQL pane is the area for editing query.
At the top of pane, there are some buttons to execute actions.
The tab is used to input parameters when the query has some parameters.
| SQL tab | The textare for editing query. |
|---|---|
| Form tab | The input form for query parameters. |
| Execute | Execute a query that is inputed in SQL tab, and display result in Result pane. |
| New | Clear SQL pane. |
| Save | Save a query. |
| Save as | Save a query as new query. |
| Edit | Modify name or description. |
| Delete | Remove query. |
| Graph setting | When the query kind is a graph, apply graph setting. |
Query result is displayed in this area.
The view of query result is changed by query kind.
The menu contains following commands.
| File | |
|---|---|
| Export | Export queries to a text file. |
| Import | Import queries from a text file. |
| How to use | Show this page. |
| Language | |
| English Japanese |
Switch display language. |
When you save a query, you should set following fields.
| Name | The name of query. |
|---|---|
| Group |
The name of grouping folder. You can use '/' character to separate tree structure. |
| Kind |
The kind of query.
|
| Description | The description of query. |
The query name need not be unique.
When the kind is Snapshot, you should set following fields additionally.
| Spreadsheet | The name of Google Spreadsheet that is used to copy the resultset. |
|---|---|
| Worksheet | The name of worksheet in the Google Spreadsheet. |
| Execute time | The time to execute snapshot. |
When the specified Spreadsheet or worksheet is not found, it is automatically made.
The query kind determine the action of execute button.
Display query result in the grid.
You can do paging and sorting in the grid.
You can download resultset as a CSV file or an Excel file from the buttons displayed at right bottom of the grid.
Display query result as a chart.
The select statement must obey following format.
| First column | String |
|---|---|
| Second column and later | Number |
If there are multiple number columns, each columns will be a chart series.
(If Pie chart, the third column and followings are ignored.)
-- Product sales
SELECT B.PRODUCT_NAME AS Product,
SUM(A.SALES_AMOUNT) AS Sales
FROM SALES A
INNER JOIN PRODUCTS B ON (A.PRODUCT_ID = B.PRODUCT_ID)
GROUP BY B.PRODUCT_NAME
ORDER BY 2 DESC
You can set some graph properties.
| The number of records |
The number of display in the chart. For example, if you set 10, the records over 11 are summaries as 'Other'. |
|---|
| Kind | Stacked chart or not. |
|---|---|
| Direction | The chart direction. |
| The number of labels | The number of labels that displayed on X axis. |
|---|
The snapshot is a feature to copy the current resultset to Google Spreadsheet.
For example, you can use this feature to follow the transition of user accounts.
At the Spreadsheet, the first column will be a timestamp, next columns are copied from resultset.
Actually you should register query that returns one row per each execute.
-- Follow the number of user accounts.
SELECT COUNT(*) FROM ACCOUNTS
When you select a snapshot node from the tree, the worksheet is shown in iframe.
If you click the execute button, the query is executed and copied to the worksheet.
You can use parameters by embeding ':<parameterName>[:<dataType>]' in SELECT statement.
Supported datatypes are follows.(If omitted, it will be 'string'.)
| Datatype | Input field(input/@type) |
|---|---|
| string | text |
| int | number |
| boolean | checkbox |
| date | date |
| datetime | datetime-local |
When you select a query node in the tree, if the query has no parameters, it execute immediately.
But if the query has some parameters, the parameter form is shown.
-- Select sales for specified period.
SELECT TO_CHAR(purchased_date, 'YYYY-MM-DD'),
count(*),
SUM(price)
FROM sales
WHERE purchased_date >= :purchaseDateFrom:datetime
AND purchased_date < :purchaseDateTo:datetime
GROUP BY 1
ORDER BY 1
Export regsitered queries to a text file.
The file format is as folows.
Import the exported text file.
If there are the queries which has the same name of imported query, it will be overwrited.


I am currently studying 4th year electrical and electronics engineering at University of Auckland. I am looking forward to an open graduate position which will allow me to accumulate work experience within the field of software engineering. I am eager to work alongside people within the industry and gain invaluable knowledge that can only be acquired through real like work.
I am open to learning from others in order to thrive and develop myself as a developer. I have a very high interest in programming and technology.
I love solve problems and think of new algorithm. I also enjoy writing front-end code with these technologies
If you want to see more projects that I have done, please click Github.


 link.
Enter the course code DDKLN-JRKRK
You will see the course: Math 135 - Su 2012, Prof. McIntosh.
Purchase the 6 week ALEKS Higher-Ed short license. The cost is $32.00
When prompted for personal information PLEASE also enter your UH ID number in the format XXXXXXXX (no dash).
ALEKS first time use:
- Once you have a login/password set up you will probably need to download a plug-in.
- On your own PC or Mac this can be obtained directly from the download page by clicking DOWNLOADS on the main page.
- (It may also be necessary to install Java.)
- If you are using a UH machine, first make sure it is not running Linux; I could not get this to work on my office machine.
- Go to www.aleks.com/plugin . You will see the standard ALEKS main page, but when you proceed to login a streaming version of the plug-in will be downloaded into the browser cache for the duration of the session, i.e. you may need to do this every time when using a UH computer outside PSB 208.


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Myocardial glycogen dynamics - new perspectives on disease mechanisms. |
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Upregulation of MG53 Induces Diabetic Cardiomyopathy via Transcriptional Activation of PPAR-α. |
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Identification of PI3K regulatory subunit p55γ as a novel inhibitor of vascular smooth muscle cell proliferation and neointimal formation. |
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Advances in Receptor Conformation Research: The Quest for Functionally Selective Conformations Focusing on the beta -Adrenoceptor |
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Tyrosine 308 is necessary for ligand-directed Gs protein-biased signaling of β2-adrenoceptor. |
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Biased beta -adrenoceptor signalling in heart failure: pathophysiology and drug discovery |
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G protein-coupled receptors in energy homeostasis |
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Acute insulin resistance mediated by advanced glycation endproducts in severely burned rats. |
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The N-glycoform of sRAGE is the key determinant for its therapeutic efficacy to attenuate injury-elicited arterial inflammation and neointimal growth. |
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UBioimaging for cardiometabolic translational medicine: from cellular messengers to organism function. |
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A novel immunomodulator, FTY-720 reverses existing cardiac hypertrophy and fibrosis from pressure overload by targeting NFAT (nuclear factor of activated T-cells) signaling and periostin. |
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Cardiomyocyte life-death decisions in response to chronic β-adrenergic signaling. |
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Central role of E3 ubiquitin ligase MG53 in insulin resistance and metabolic disorders. |
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RhesusBase: a knowledgebase for the monkey research community. |
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Recombinant MG53 protein modulates therapeutic cell membrane repair in treatment of muscular dystrophy. |
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A new era for GPCR research: structures, biology and drug discovery. |
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β-Adrenergic receptor subtype signaling in heart: from bench to bedside. |
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mTOR: good, bad, or ugly? |
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Gi-biased β2AR signaling links GRK2 upregulation to heart failure. |
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Central role of mitofusin 2 in autophagosome-lysosome fusion in cardiomyocytes. |
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Galphas-biased beta2-adrenergic receptor signaling from restoring synchronous contraction in the failing heart. |
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β-adrenergic receptor subtype signaling in the heart: from bench to the bedside. |
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Effect of fenoterol stereochemistry on the β2 adrenergic receptor system: ligand-directed chiral recognition. |
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Rad GTPase induces cardiomyocyte apoptosis through the activation of p38 mitogen-activated protein kinase. |
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Mechanistic distinction between activation and inhibition of (Na(+)+K(+))-ATPase-mediated Ca2+ influx in cardiomyocytes. |
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RGS2 is a primary terminator of β₂-adrenergic receptor-mediated G(i) signaling. |
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MG53 participates in ischaemic postconditioning through the RISK signalling pathway. |
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{Beta}2-adrenergic receptor agonists inhibit the proliferation of 1321N1 astrocytoma cells. |
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Role of mitofusin 2 in cardiovascular oxidative injury. |
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Kinase activity-independent anchoring function of protein kinase C-{delta}. Focus on "Protein kinase C-{delta} regulates the subcellular localization of Shc in H2O2-treated cardiomyocytes". |
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Serine496 of β2 subunit of L-type Ca2+ channel participates in molecular crosstalk between activation of (Na++K+)-ATPase and the channel. |
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Cardioprotection of ischemia/reperfusion injury by cholesterol-dependent MG53-mediated membrane repair. |
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Cardioprotection by CaMKII-deltaB is mediated by phosphorylation of heat shock factor 1 and subsequent expression of inducible heat shock protein 70. |
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Receptor interacting protein 3 suppresses vascular smooth muscle cell growth by inhibition of the phosphoinositide 3-kinase-Akt axis. |
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MG53 constitutes a primary determinant of cardiac ischemic preconditioning. |


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public interface Compression
Compression provides image compression algorithms. Currently available: - NIST WSQ algorithm; - Aware WSQ, if licensed instance of Aware WSQ 1000 SDK is available.
| Modifier and Type | Interface and Description |
|---|---|
static class |
Compression.CompressionAlgorithm
Constants describing compression algorithm to use.
|
static class |
Compression.RawImage
Class represents raw image data.
|
| Modifier and Type | Method and Description |
|---|---|
Fid |
CompressFid(Fid fid,
Compression.CompressionAlgorithm compression_alg)
Compresses FID.
|
byte[] |
CompressRaw(byte[] data,
int width,
int height,
int dpi,
int bpp,
Compression.CompressionAlgorithm compression_alg)
Compresses raw image.
|
Fid |
ExpandFid(Fid fid,
Compression.CompressionAlgorithm compression_alg)
Expands compressed FID.
|
Compression.RawImage |
ExpandRaw(byte[] data,
Compression.CompressionAlgorithm compression_alg)
Expands compressed raw image.
|
void |
Finish()
Ends compression or decompression operation, releases memory.
|
void |
SetWsqBitrate(int bitrate_x100,
int tolerance_aw)
Sets target bitrate and tolerance for WSQ compression operation.
|
void |
SetWsqSize(int size,
int tolerance_aw)
Sets target size and tolerance for WSQ compression operation.
|
void |
Start()
Starts compression or decompression operation.
|
void Start() throws UareUException
UareUException
- if failed to start operation.void Finish() throws UareUException
UareUException
- if failed to finish operation.void SetWsqBitrate(int bitrate_x100, int tolerance_aw) throws UareUException
bitrate_x100
- Requested bitrate multiplied by 100. For example, to request bitrate of 4.19, pass 419.tolerance_aw
- Sets tolerance in percents for the Aware WSQ compression. Range is 1 to 100. If NIST algorithm used this parameter will be ignored.UareUException
- if failed to set bitrate.void SetWsqSize(int size, int tolerance_aw) throws UareUException
size
- Requested size of compressed image.tolerance_aw
- Sets tolerance in percents for the Aware WSQ compression. Range is 1 to 100. If NIST algorithm used this parameter will be ignored.UareUException
- if failed to set bitrate.Fid CompressFid(Fid fid, Compression.CompressionAlgorithm compression_alg) throws UareUException
This function attempts to compress FID using Aware WSQ library (WSQ1000) or NIST algorithm. It's necessary to set target bitrate or target size before calling CompressFid(). The resulting size likely will differ from the requested size, or bitrate. How much the difference will be is dictated by the image, requested size or bitrate and tolerance (only for Aware algorithm).
fid
- FID to compress.compression_alg
- Compression algorithm to use.UareUException
- if failed to compress FID.byte[] CompressRaw(byte[] data, int width, int height, int dpi, int bpp, Compression.CompressionAlgorithm compression_alg) throws UareUException
This function attempts to compress image using Aware WSQ library (WSQ1000) or NIST algorithm. It's necessary to set target bitrate or target size before calling CompressRaw(). The resulting size likely will differ from the requested size, or bitrate. How much the difference will be is dictated by the image, requested size or bitrate and tolerance (only for Aware algorithm).
data
- Image to compress.width
- Width of the image.height
- Heght of the image.dpi
- Resolution of the image in DPI.bpp
- Pixel depth of the image.compression_alg
- Compression algorithm to use.UareUException
- if failed to compress FID.Fid ExpandFid(Fid fid, Compression.CompressionAlgorithm compression_alg) throws UareUException
This function attempts to expand FID using Aware WSQ library (WSQ1000) or NIST algorithm.
fid
- FID to expand.compression_alg
- Compression algorithm to use.UareUException
- if failed to compress FID.Compression.RawImage ExpandRaw(byte[] data, Compression.CompressionAlgorithm compression_alg) throws UareUException
This function attempts to expand raw image using Aware WSQ library (WSQ1000) or NIST algorithm.
data
- Compressed raw image to expand.compression_alg
- Compression algorithm to use.UareUException
- if failed to compress FID.


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If you would like to get in contact please send us an email using our contact form below.


We’ve Served Notice, DP Ruto Roars After Kibra By-election Face-off With Raila
by WycliffeDeputy President William Ruto has vowed to strike Kibra constituency again in the future after Jubilee candidate McDonald Mariga lost to Orange Democratic Movement (ODM) party’s Imran Okoth in the Thursday mini-poll.
In a congratulatory message to Imran, the DP on Friday morning stated that despite the loss the Jubilee party did well when compared to the 2017 election.
He noted that Jubilee doubled its support from 12 per cent to 26 per cent in the yesterday poll.
Citing violence that was targeted at supporters allied to Mariga, the DP lauded them for daring what ODM believed was its “bedroom”.
“Pongezi Benard Okoth for Kibra. Congrats Mariga, Team Jubilee & supporters for daring the so-called ‘bedroom’, braving the chaos/violence, to double our vote from 12%(2017) to 26% now. Our competitors came down 78% (2017) to 52%, ” he wrote on Twitter.
“They retained the seat we have served notice.”
Imran was declared the winner of the poll after garnering 24,636 votes with Mariga, his closest rival, coming in second with 11,230 votes.
Eliud Owalo of Amani National Congress (ANC) came third with 5,275 votes followed by Khamisi Butichi of Ford Kenya with 260 votes. The race had attracted 24 candidates.
Mariga has already conceded defeat.
The race was touted as a supremacy battle between the DP and ODM leader Raila Odinga ahead of the 2022 succession politics.


Storyboard PatternModelObjectsForCoverage
Create some objects just for coverage. This does not serve as an usage example.


Practicing algorithms has alot of benefits. You will be able to ace tech interviews at top tech companies. It is also very efficient way to improve mathematical thinking, coding implementation and data structures for programmers. After solving alot of problems you are able to solve difficult problems in minutes -- which would take most software engineers hours (if they are able to solve them at all).
Our next event will take place in {this.state.data.venue.name}, on {this.state.data.local_date}
For more details and to save your spot, RSVP HERE


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lwIP
2.1.3
Lightweight IP stack
|
Macros | |
| #define | netconn_listen(conn) netconn_listen_with_backlog(conn, TCP_DEFAULT_LISTEN_BACKLOG) |
| #define | netconn_write(conn, dataptr, size, apiflags) netconn_write_partly(conn, dataptr, size, apiflags, NULL) |
Functions | |
| err_t | netconn_listen_with_backlog (struct netconn *conn, u8_t backlog) |
| err_t | netconn_accept (struct netconn *conn, struct netconn **new_conn) |
| err_t | netconn_recv_tcp_pbuf (struct netconn *conn, struct pbuf **new_buf) |
| err_t | netconn_recv_tcp_pbuf_flags (struct netconn *conn, struct pbuf **new_buf, u8_t apiflags) |
| err_t | netconn_write_partly (struct netconn *conn, const void *dataptr, size_t size, u8_t apiflags, size_t *bytes_written) |
| err_t | netconn_close (struct netconn *conn) |
| err_t | netconn_shutdown (struct netconn *conn, u8_t shut_rx, u8_t shut_tx) |
TCP only functions
| #define netconn_listen | ( | conn | ) | netconn_listen_with_backlog(conn, TCP_DEFAULT_LISTEN_BACKLOG) |
| #define netconn_write | ( | conn, | |
| dataptr, | |||
| size, | |||
| apiflags | |||
| ) | netconn_write_partly(conn, dataptr, size, apiflags, NULL) |
Accept a new connection on a TCP listening netconn.
| conn | the TCP listen netconn |
| new_conn | pointer where the new connection is stored |
Close a TCP netconn (doesn't delete it).
| conn | the TCP netconn to close |
Set a TCP netconn into listen mode
| conn | the tcp netconn to set to listen mode |
| backlog | the listen backlog, only used if TCP_LISTEN_BACKLOG==1 |
Receive data (in form of a pbuf) from a TCP netconn
| conn | the netconn from which to receive data |
| new_buf | pointer where a new pbuf is stored when received data |
Receive data (in form of a pbuf) from a TCP netconn
| conn | the netconn from which to receive data |
| new_buf | pointer where a new pbuf is stored when received data |
| apiflags | flags that control function behaviour. For now only:
|
Shut down one or both sides of a TCP netconn (doesn't delete it).
| conn | the TCP netconn to shut down |
| shut_rx | shut down the RX side (no more read possible after this) |
| shut_tx | shut down the TX side (no more write possible after this) |
| err_t netconn_write_partly | ( | struct netconn * | conn, |
| const void * | dataptr, | ||
| size_t | size, | ||
| u8_t | apiflags, | ||
| size_t * | bytes_written | ||
| ) |
Send data over a TCP netconn.
| conn | the TCP netconn over which to send data |
| dataptr | pointer to the application buffer that contains the data to send |
| size | size of the application data to send |
| apiflags | combination of following flags :
|
| bytes_written | pointer to a location that receives the number of written bytes |


How much weight loss is significant? If your body weight rarely changes, losing as little as five pounds could be significant. If your body weight varies eight to ten pounds from one season to another, you may be fine. But never ignore an unexplained weight loss of more than seven percent of your total body weight. The more rapid the weight loss, the more likely it stems from a disease.
Body weight is determined by many different factors, including genetics, caloric intake, and physical activity. Caloric intake is the most important factor. Your body burns a certain number of calories per day, regardless of what you do. This is known as your basal metabolic rate (BMR).
Diseases cause weight loss in numerous ways:
If you have a significant unexplained weight loss, you need medical evaluation as soon as possible.
Sometimes you may lose weight even though your belly size increases. Liver and heart disease as well as cancer of the ovaries can cause fluid to accumulate in the belly cavity, thereby creating this effect. (However, in extreme cases fluid accumulation could even cause you to gain weight.) Watch out for symptoms like bloating, indigestion, heartburn, and changes in bowel habits, as these may also occur with ailments such as ovarian, pancreatic, stomach, or liver cancer. Therefore, if you lose weight, but your waistline increases, it is important for you to seek medical evaluation as soon as possible.


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i am a heron. i haev a long neck and i pick fish out of the water /w my beak. if you dont repost this comment on 10 other pages i will fly into your kitchen tonight and make a mess of your pots and pans


Library of assorted glyph modules constructed using V code.
GlyphLibrary contains a large number of glyph modules which represent both 2D and 3D geometries. These modules complement and extend the existing Main.Geometries library. They provide simplified or extended versions of the geometries present in the standard library, and they provide additional geometries which are not present in the standard library.
All of the glyphs in the GlyphLibrary are defined entirely by V code and many of the glyphs contain in-line comments which describe the glyphs and the techniques used to generate the glyphs. If you are interested in creating your own geometries then you may find it useful to read the v files included with this project.
The Glyph Library has been further subdivided into 4 separate libraries; Simple2D, Simple3D, Params2D and Params3D. The first two of these libraries contain simple 2D and 3D glyphs which do not have parameters and are therefore not configurable. The second two libraries contain parameterized 2D and 3D glyphs. These glyphs all have a variety of variables which can be changed to affect the shape or colour of the resulting geometry. The contents of the sub-libraries are listed below:-
Ian Curington Various (Please see V code for details)
Andrew Dodd


Essence Fest staying in New Orleans
NEW ORLEANS (AP) - The Essence Festival will be returning to New Orleans for at least the next five years.
News outlets report New Orleans Mayor LaToya Cantrell and Gov. John Bel Edwards on Monday announced the contract extension to 2024. This year’s festival, the 25th overall, was the last under the previous extension.
The festival traditionally is held on the Fourth of July weekend and features empowerment sessions and musical performances, some by the biggest named artists. In 2020, Essence will stick to its traditional three nights of concerts in the Louisiana Superdome but will expand its daytime events throughout the city to five days, July 1-5.
Essence Communications Inc. CEO Michelle Ebanks says New Orleans is “our home” and there is “tremendous recognition of what this festival has meant to the community.”
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Please read our comment policy before commenting.


<@if(!page.singleCompetition){h1}else{h2} class="hide-on-mobile-if-localnav content__inline-section page-heading--football">
Football tables
@if(!page.singleCompetition){h1}else{h2}>
@football.views.html.fragments.leagueSelector(page.filters, "tables", page.comp)
@page.tables.map { table =>
@if(page.singleCompetition){
}
@table.competition.fullName
<EMAIL_ADDRESS>}
@table.groups.zipWithRowInfo.map{ case (group, info) =>
@if(table.multiGroup){
@group.round.name.map { name =>
}
}else{
@tableView(table.competition, group,
striped = true,
responsiveFont = true,
heading = Option(table.competition.fullName),
linkToCompetition = !page.singleCompetition
)
}
}


Tastee
Introduction
What is it
Why
Installation
Linux
Mac OS X
Windows
How to use
Getting started
What is a CSS Selector ?
Main browser instructions (or BSL)
Tastee Paramters
Your own instructions (or DSL
Extend instructions using Javascript
Continuous Integration
Showcase
Examples
Who is using it ?
Development
Join Us
Github
Tastee
Toast your Application with Simple Tests End to End
Tastee UI
Tastee NPM
Tastee CORE
Tastee HTML


|
ReactPhysics3D
0.7.1
Physics engine library
|
This class represents a set of one or several contact manifolds. More...
#include <ContactManifoldSet.h>
Public Member Functions | |
| ContactManifoldSet (ProxyShape *shape1, ProxyShape *shape2, MemoryAllocator &memoryAllocator, const WorldSettings &worldSettings) | |
| Constructor. | |
| ~ContactManifoldSet () | |
| Destructor. | |
| void | addContactManifold (const ContactManifoldInfo *contactManifoldInfo) |
| Add a contact manifold in the set. | |
| ProxyShape * | getShape1 () const |
| Return the first proxy shape. | |
| ProxyShape * | getShape2 () const |
| Return the second proxy shape. | |
| int | getNbContactManifolds () const |
| Return the number of manifolds in the set. | |
| ContactManifold * | getContactManifolds () const |
| Return a pointer to the first element of the linked-list of contact manifolds. | |
| void | makeContactsObsolete () |
| Make all the contact manifolds and contact points obsolete. | |
| int | getTotalNbContactPoints () const |
| Return the total number of contact points in the set of manifolds. | |
| void | clearObsoleteManifoldsAndContactPoints () |
| Clear the obsolete contact manifolds and contact points. | |
| void | reduce () |
This class represents a set of one or several contact manifolds.
Typically a convex/convex collision will have a set with a single manifold and a convex-concave collision can have more than one manifolds. Note that a contact manifold can contains several contact points.


Team description.
Model id
Team invitation_code.
Team name.
Team Owner.
Team slug.
Model updated_at
Team user_id.
Return User Description
Description
Return User Invitation_code
Invitation_code
Return User Name
Name
Get Owner.
Return User Slug
Slug
Return User User_id
User_id
User Description
User Invitation_code
User Name
Set Owner.
User Slug
User User_id
Model created_at


Live life mindfully
"A tree is known by its fruit; a man by his deeds.  - Saint Basil
Love
Peace
Kindness
The Triangle of Wellbeing
Love
Love is the universal language, we see acts of love everywhere if we really want to find them. In animals when a mother tends to her cub, or when the Alpha Lion lets his cubs win so that they grow up with confidence. Love is literally everywhere. Humans, however,they tend to forget to share love because of their busy lives. Our mission is to remind you to spread the seed of life and together shall we see the fruits that the tree of love will give to us.
Peace
Humans don't function in stress, their brains get foggy with all the hormones and then they do things without even intending on doing them. We all need peace and nowadays in this fast pace world filled with all kinds of different technologies, each one pulling you into a different technology. Justhelp helps you slow down and reconnect with the true essence of reality by participating for the greater good, all by staying in the moment. We all need peace and we all can share some of ours.
Kind
Being kind is a noble act that has become stigmatized, it is seen as weak, but in reality there is no bigger proof of courage and bravery to be kind, being kind opens you to the world, turns you vulnerable and being vulnerable often hurts, but that's the beauty behind it, the strength behind it is enormous. Of course we don't want you to throw yourself to the wolves, so with Justhelp you can gradually become kinder and stronger. Kindness is our greatest bestfriend, especially when it's us that give it out.


External site that iframes todomvc angularjs example
Click this button
Test add todos
to drive the app via
iframe-api
. See
Testing AngularJS application at the model level using iframe API
for details.