- saveTimeSheet(TimeSheet) - Method in class com.newput.service.TSchedualService
-
Description : Update and insert the time sheet value in database.
- selectByExample(DateSheetExample) - Method in interface com.newput.mapper.DateSheetMapper
-
This method was generated by MyBatis Generator.
- selectByExample(EmployeeExample) - Method in interface com.newput.mapper.EmployeeMapper
-
This method was generated by MyBatis Generator.
- selectByExample(SessionExample) - Method in interface com.newput.mapper.SessionMapper
-
This method was generated by MyBatis Generator.
- selectByExample(TimeSheetExample) - Method in interface com.newput.mapper.TimeSheetMapper
-
This method was generated by MyBatis Generator.
- selectByPrimaryKey(Integer) - Method in interface com.newput.mapper.DateSheetMapper
-
This method was generated by MyBatis Generator.
- selectByPrimaryKey(Integer) - Method in interface com.newput.mapper.EmployeeMapper
-
This method was generated by MyBatis Generator.
- selectByPrimaryKey(Integer) - Method in interface com.newput.mapper.SessionMapper
-
This method was generated by MyBatis Generator.
- selectByPrimaryKey(Integer) - Method in interface com.newput.mapper.TimeSheetMapper
-
This method was generated by MyBatis Generator.
- SelectiveExcel - Class in com.newput.service
-
- SelectiveExcel() - Constructor for class com.newput.service.SelectiveExcel
-
- sendExcelSheet(String, File) - Method in class com.newput.utility.EMailSender
-
Description : Use to send the time sheet on the registered mail id.
- sendMail(String) - Method in class com.newput.utility.EMailSender
-
Description : Use to send the verification mail to the user for registration and password reset.
- Session - Class in com.newput.domain
-
- Session() - Constructor for class com.newput.domain.Session
-
- SessionExample - Class in com.newput.domain
-
- SessionExample() - Constructor for class com.newput.domain.SessionExample
-
This method was generated by MyBatis Generator.
- SessionExample.Criteria - Class in com.newput.domain
-
This class was generated by MyBatis Generator.
- SessionExample.Criterion - Class in com.newput.domain
-
This class was generated by MyBatis Generator.
- SessionFilter - Class in com.newput.service
-
To manage session request of user.
- SessionFilter() - Constructor for class com.newput.service.SessionFilter
-
- SessionMapper - Interface in com.newput.mapper
-
- setAddress(String) - Method in class com.newput.domain.Employee
-
This method was generated by MyBatis Generator.
- setChunkId(Integer) - Method in class com.newput.domain.TimeSheet
-
This method was generated by MyBatis Generator.
- setContact(String) - Method in class com.newput.domain.Employee
-
This method was generated by MyBatis Generator.
- setCreated(Long) - Method in class com.newput.domain.DateSheet
-
This method was generated by MyBatis Generator.
- setCreated(Long) - Method in class com.newput.domain.Employee
-
This method was generated by MyBatis Generator.
- setCreated(Long) - Method in class com.newput.domain.Session
-
This method was generated by MyBatis Generator.
- setCreated(Long) - Method in class com.newput.domain.TimeSheet
-
This method was generated by MyBatis Generator.
- setData(ArrayList<JSONObject>) - Method in class com.newput.utility.JsonResService
-
- setDataValue(String, String) - Method in class com.newput.utility.JsonResService
-
- setDateSheetValue(String, String, int) - Method in class com.newput.utility.ReqParseService
-
- setDistinct(boolean) - Method in class com.newput.domain.DateSheetExample
-
This method was generated by MyBatis Generator.
- setDistinct(boolean) - Method in class com.newput.domain.EmployeeExample
-
This method was generated by MyBatis Generator.
- setDistinct(boolean) - Method in class com.newput.domain.SessionExample
-
This method was generated by MyBatis Generator.
- setDistinct(boolean) - Method in class com.newput.domain.TimeSheetExample
-
This method was generated by MyBatis Generator.
- setDob(Date) - Method in class com.newput.domain.Employee
-
This method was generated by MyBatis Generator.
- setDoj(Date) - Method in class com.newput.domain.Employee
-
This method was generated by MyBatis Generator.
- setEmail(String) - Method in class com.newput.domain.Employee
-
This method was generated by MyBatis Generator.
- setEmpId(Integer) - Method in class com.newput.domain.DateSheet
-
This method was generated by MyBatis Generator.
- setEmpId(Integer) - Method in class com.newput.domain.Session
-
This method was generated by MyBatis Generator.
- setEmpId(Integer) - Method in class com.newput.domain.TimeSheet
-
This method was generated by MyBatis Generator.
- setEmployeeValue(String, String, String, String, String, String, String, String, String, String) - Method in class com.newput.utility.ReqParseService
-
- setEmpName(String) - Method in class com.newput.domain.Session
-
This method was generated by MyBatis Generator.
- setError(String) - Method in class com.newput.utility.JsonResService
-
- setExpiresWhen(Long) - Method in class com.newput.domain.Session
-
This method was generated by MyBatis Generator.
- setFirstName(String) - Method in class com.newput.domain.Employee
-
This method was generated by MyBatis Generator.
- setGender(String) - Method in class com.newput.domain.Employee
-
This method was generated by MyBatis Generator.
- setId(Integer) - Method in class com.newput.domain.DateSheet
-
This method was generated by MyBatis Generator.
- setId(Integer) - Method in class com.newput.domain.Employee
-
This method was generated by MyBatis Generator.
- setId(Integer) - Method in class com.newput.domain.Session
-
This method was generated by MyBatis Generator.
- setId(Integer) - Method in class com.newput.domain.TimeSheet
-
This method was generated by MyBatis Generator.
- setLastName(String) - Method in class com.newput.domain.Employee
-
This method was generated by MyBatis Generator.
- setMessages(String) - Method in exception com.newput.domain.TrackerException
-
- setOrderByClause(String) - Method in class com.newput.domain.DateSheetExample
-
This method was generated by MyBatis Generator.
- setOrderByClause(String) - Method in class com.newput.domain.EmployeeExample
-
This method was generated by MyBatis Generator.
- setOrderByClause(String) - Method in class com.newput.domain.SessionExample
-
This method was generated by MyBatis Generator.
- setOrderByClause(String) - Method in class com.newput.domain.TimeSheetExample
-
This method was generated by MyBatis Generator.
- setPassword(String) - Method in class com.newput.domain.Employee
-
This method was generated by MyBatis Generator.
- setPasswordVerification(Boolean) - Method in class com.newput.domain.Employee
-
This method was generated by MyBatis Generator.
- setpExpireAt(Long) - Method in class com.newput.domain.Employee
-
This method was generated by MyBatis Generator.
- setpToken(String) - Method in class com.newput.domain.Employee
-
This method was generated by MyBatis Generator.
- setPValidationValue(int, String, String) - Method in class com.newput.utility.ReqParseService
-
- setRcode(String) - Method in class com.newput.utility.JsonResService
-
- setRole(String) - Method in class com.newput.domain.Employee
-
This method was generated by MyBatis Generator.
- setSessionValue(String, String, String) - Method in class com.newput.utility.ReqParseService
-
- setStatus(Boolean) - Method in class com.newput.domain.Employee
-
This method was generated by MyBatis Generator.
- setSuccess(boolean) - Method in class com.newput.utility.JsonResService
-
- setTimeIn(Long) - Method in class com.newput.domain.TimeSheet
-
This method was generated by MyBatis Generator.
- setTimeOut(Long) - Method in class com.newput.domain.TimeSheet
-
This method was generated by MyBatis Generator.
- setTimeSheetValue(String, String, String, String, int) - Method in class com.newput.utility.ReqParseService
-
- setTimeZone(BigDecimal) - Method in class com.newput.domain.Employee
-
This method was generated by MyBatis Generator.
- setToken(String) - Method in class com.newput.domain.Session
-
This method was generated by MyBatis Generator.
- setUpdated(Long) - Method in class com.newput.domain.DateSheet
-
This method was generated by MyBatis Generator.
- setUpdated(Long) - Method in class com.newput.domain.Employee
-
This method was generated by MyBatis Generator.
- setUpdated(Long) - Method in class com.newput.domain.Session
-
This method was generated by MyBatis Generator.
- setUpdated(Long) - Method in class com.newput.domain.TimeSheet
-
This method was generated by MyBatis Generator.
- setValidationValue(String, String) - Method in class com.newput.utility.ReqParseService
-
- setvToken(String) - Method in class com.newput.domain.Employee
-
This method was generated by MyBatis Generator.
- setWorkDate(Long) - Method in class com.newput.domain.DateSheet
-
This method was generated by MyBatis Generator.
- setWorkDate(Long) - Method in class com.newput.domain.TimeSheet
-
This method was generated by MyBatis Generator.
- setWorkDesc(String) - Method in class com.newput.domain.DateSheet
-
This method was generated by MyBatis Generator.
- signOut(String) - Method in class com.newput.rest.resource.EmpController
-
- signOut(int) - Method in class com.newput.service.LoginService
-
Description : To expire the session token of user on sign out.
- successResponse() - Method in class com.newput.utility.JsonResService
-


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How to catch a subterranean catfish using mentos, eggs, and Coca-cola
by Thom DunnWhile I was familiar with the internet art of catfishing, I was not aware of the practice of catching catfish by hand, which is apparently called "noodling." Then I saw this video. And now I question what I've been doing with my life (moreso than usual).
I don't know what this is, or why it works. But I'm honestly surprised I never did this when I was in middle school. And somewhat disappointed with myself.
Image via Michael Coghlan/Flickr


In §4.2/61, we presented a grading scheme that based students' final grades, in part, on their median homework scores. Devious students can exploit this scheme by deliberately not turning in all their homework assignments.  If they've done enough homework to ensure a good grade, why not stop doing homework altogether?
In our experience, most students do not exploit this particular loophole. However, we did have occasion to teach one class that gleefully and openly did so. We wondered whether the students who skipped homework had, on average, different final grades than those who did all the homework. While we were thinking about how to answer that question, we decided that it might be interesting to see what the answer would be if we used one of two alternative grading schemes:
For each of these grading schemes, we wanted to compare the median grade of the students who turned in all their homework with the median grade of the students who missed one or more assignments. We wound up with a program that had to solve two distinct subproblems:
Our first subproblem is to read and classify the student records. Fortunately, we already
have some code we can use in solving this part of the problem: We can use the
Student_info
type from §4.2.1/61 and the associated read
function from §4.2.2/62 to
read the student data records. What we don't have yet is a function that checks whether a
student has done all the homework. Writing such a function is easy:
bool did_all_hw(const Student_info& s) { return ((find(s.homework.begin(), s.homework.end(), 0)) == s.homework.end()); }
This function looks in s.homework
to see whether any of the values stored there is 0.
Because we give at least partial credit for any assignment that is turned in, a 0 grade
means that the assignment was not submitted. We compare the return from find
with
homework.end(). As usual, find
returns its second argument if it fails to find the value
that it seeks.
With these two functions, writing code to read and separate the student records is simplicity
itself. We'll read each student record, check whether the student did all the homework,
and append the record to one of two vector
s, which, for want of a better idea,
we'll name did
and didnt
. While we're at it, we'll check that neither vector is empty, so
that we'll know that our analysis will actually tell us something useful:
vector<Student_info> did, didnt; Student_info student; // read all the records, separating them based on whether all homework was done while (read(cin, student)) { if (did_all_hw(student)) did.push_back(student); else didnt.push_back(student); } // check that both groups contain data if (did.empty()) { cout << "No student did all the homework!" << endl; return 1; } if (didnt.empty()) { cout << "Every student did all the homework!" << endl; return 1; }
The only new idea here is the empty
member function, which yields true
if the container
is empty and false
otherwise. It is a better idea to use this function to check for an
empty container than it is to compare the size
with 0, because for some kinds of containers,
it might be more efficient to check whether the container has any elements than to figure
out exactly how many elements there are.
We now know how to read and classify student records into the did
and didnt
vectors.
The next step is to analyze them, which means we need to think a little about how to
structure the analysis.
We know that we have three analyses to perform, and each analysis has two parts, which analyze separately the students who did and who didn't do all the homework. Because we will do each analysis on two sets of data, we certainly want to make each analysis its own function. However, there are some operations, such as reporting in a common format, that we are going to want to do on pairs of analyses, rather than on individual analyses. Evidently, we'll want to make writing the results of each pair of analyses into a function as well.
The tricky part is that we want to call the function that writes the analysis results three
times, once for each kind of analysis. We want that function to call the appropriate analysis
function twice, once each for the did
and didnt
objects. However, we want the
function that generates the reports to call a different analysis function each time we call it!
How do we arrange that?
The easiest solution is to define three analysis functions and pass each one as an argument
to the reporting function. Remember that we've used such arguments already, such
as when we passed the compare
function to the library sort
routine in §4.2.2/64. In this
case, we want our output routine to take five arguments:
string
that represents the name of the analysisvector
s that we want to analyzeFor example, let's assume that the first analysis, which looks at the medians, is done by a
function called median_analysis
. Then, we'd like to report the results for each group
of students by executing
write_analysis(cout, "median", median_analysis, did, didnt);
Before we define write_analysis
, let's define median_analysis
. We would like to
give that function a vector
of student records, and we would like it to compute the students'
grades according to the normal grading scheme and to return the median of those
grades. We can define that function as follows:
// this function doesn't quite work double median_analysis(const vector<Student_info>& students) { vector<double> grades; transform(students.begin(), students.end(), back_inserter(grades), grade); return median(grades); }
Although this function might appear difficult at first glance, it introduces only one new
idea, namely the transform
function. This function takes three iterators and a function.
The first two iterators specify a range of elements to transform; the third iterator is the
destination into which to put the result of running the function.
When we call transform
, we are responsible for ensuring that the destination has
room for the values from the input sequence. In this case, there is no problem, because we
obtain the destination by calling back_inserter
(§6.1/102), thereby arranging that
transform
's results will be appended to grades
, which will automatically grow as necessary
to accommodate the results.
The fourth argument to transform
is a function that transform
applies to each element
of the input sequence to obtain the corresponding element of the output sequence.
Therefore, when we call transform
in this example, the effect is to apply the grade
function to each element of students
, and to append each grade to the vector
named
grades
. When we have all these students' grades, we call median
, which we defined in
§4.1.1/53, to compute their median.
There's only one problem: As the comment notes, this function doesn't quite work.
One reason that it doesn't work is that there are several overloaded versions of the
grade
function. The compiler doesn't know which version to call, because we haven't
given grade
any arguments. We know that we want to call the version from §4.2.2/63,
but we need a way to tell the compiler to do so.
The other reason is that the grade
function will throw
an exception if any student did
no homework at all, and the transform
function does nothing about exceptions. If an
exception occurs, the transform
function will be stopped at the point of the exception,
and control will return to median_analysis
. Because median_analysis
doesn't handle
the exception either, the exception will continue to propagate outward. The effect will
be that this function will also exit prematurely, passing control to its caller, and so on,
until control reaches an appropriate catch
. If there is no such catch
, as would be likely
in this case, the program itself is terminated, and the message that was thrown is printed
(or not, depending on the implementation).
We can solve both problems by writing an auxiliary function that will try
the grade
function and handle the exception. Because we are calling the grade
function explicitly,
rather than passing it as an argument, the compiler will be able to figure out which version
we mean:
double grade_aux(const Student_info& s) { try { return grade(s); } catch (domain_error) { return grade(s.midterm, s.final, 0) ; } }
This function will call the version of grade
from §4.2.2/63. If an exception occurs, we
will catch
it and call the version of grade
, from §4.1/52, that takes three double
s that
represent the exam scores and overall homework grade. Thus, we'll assume that students
who did no homework at all got a 0 grade on their homework, but their exams still count.
Now, we can rewrite the analysis function to use grade_aux
:
// this version works fine double median_analysis(const vector<Student_info>& students) { vector<double> grades; transform(students.begin(), students.end(), back_inserter(grades), grade_aux); return median(grades); }
Having seen what an analysis routine looks like, we are now in a position to define
write_analysis
, which uses an analysis routine to compare two sets of students:
void write_analysis(ostream& out, const string& name, double analysis(const vector<Student_info>&), const vector<Student_info>& did, const vector<Student_info>& didnt) { out << name << ": median(did) = " << analysis(did) << ", median(didnt) = " << analysis(didnt) << endl; }
Again, this function is surprisingly small, although it does introduce two new ideas. The
first is how to define a parameter that represents a function. The parameter definition for
analysis
looks just like the function declaration that we wrote in §4.3/67. (Actually, as
we shall learn in §10.1.2/172, there is slightly more going on here than meets the eye. The
additional detail doesn't affect the current discussion directly.)
The other new idea is the return type, void. The built-in type void
can be used only
in a few restricted ways, one of which is to name a return type. When we say a function
"returns" a void
, we're really saying that it has no return value. We can exit from such a
function by executing a return
statement with no value, such as
return;
or, as we do here, by falling off the end of the function. Ordinarily, we cannot just fall off
the end of a function, but the language allows functions that return void
to do so.
At this point, we can write the rest of our program:
int main() { // students who did and didn't do all their homework vector<Student_info> did, didnt; // read the student records and partition them Student_info student; while (read(cin, student)) { if (did_all_hw(student)) did.push_back(student); else didnt.push_back(student); } // verify that the analyses will show us something if (did.empty()) { cout << "No student did all the homework!" << endl; return 1; } if (didnt.empty()) { cout << "Every student did all the homework!" << endl; return 1; } // do the analyses write_analysis(cout, "median", median_analysis, did, didnt); write_analysis(cout, "average", average_analysis, did, didnt); write_analysis(cout, "median of homework turned in", optimistic_median_analysis, did, didnt); return 0; }
All that remains is to write average_analysis
and optimistic_median_analysis
.
We would like the average_analysis
function to compute the students' grades by
using the average homework grade, rather than the median. Therefore, the logical first
step is to write a function to compute the average of a vector
, with the aim of using it
instead of median
for grade computation:
double average(const vector<double>& v) { return accumulate(v.begin(), v.end(), 0.0) / v.size(); }
This function uses accumulate
, which, unlike the other library algorithms we've used, is
declared in <numeric>
. As this header's name implies, it offers tools for numeric computation.
The accumulate
function adds the values in the range denoted by its first two
arguments, starting the summation with the value given by its third argument.
The type of the sum is the type of the third argument, so it is crucially important for us
to use 0.0
, as we did here, instead of 0. Otherwise, the result would be an int
, and any
fractional part would be lost.
Having used accumulate
to generate the sum of all the elements in the range, we
divide that sum by v.size()
, which is the number of elements in the range. The result
of that division, of course, is the average, which we return to our caller.
Once we have the average
function, we can use it to implement the average_grade
function to reflect this alternative grading policy:
double average_grade(const Student_info& s) { return grade(s.midterm, s.final, average(s.homework)); }
This function uses the average
function to compute an overall homework grade, which it
then gives to the grade
function from §4.1/52 to use in computing the final grade.
With this infrastructure in place, the average_analysis
function is simplicity itself:
double average_analysis(const vector<Student_info>& students) { vector<double> grades; transform(students.begin(), students.end(), back_inserter(grades), average_grade); return median(grades); }
The only difference between this function and median_analysis
(§6.2.2/113) is its
name and its use of average_grade
instead of grade_aux
.
The last analysis scheme, optimistic_median_analysis
, gets its name from the optimistic
assumption that the students' grades on the homework that they didn't turn in
would have been the same as the homework that they did turn in. With that assumption,
we would like to compute the median of just the homework that each student submitted.
We'll call this computation an optimistic median, and we'll begin by writing a function to
compute it. Of course, we have to contend with the possibility that a student did no
homework at all, in which case we'll use 0 as the overall homework grade:
// median of the nonzero elements of s.homework, or 0 if no such elements exist double optimistic_median(const Student_info& s) { vector<double> nonzero; remove_copy(s.homework.begin(), s.homework.end(), back_inserter(nonzero), 0); if (nonzero.empty()) return grade(s.midterm, s.final, 0); else return grade(s.midterm, s.final, median(nonzero)); }
This function works by extracting the nonzero elements from the homework
vector and
putting them into a new vector, called nonzero
. Once we have the nonzero homework
grades, we call the version of grade
defined in §4.1/52 to compute the final score based
on the median
of the homework assignments that were actually submitted.
The only new idea in this function is how we get values into nonzero
, which we do
by calling the remove_copy
algorithm. To understand the call to remove_copy
, you
may find it useful to know that the library provides "copying" versions of many of the
algorithms. So, for example, remove_copy
does what remove
does, but copies its results
to an indicated destination.
The remove
function finds all values that match a given value and "removes" those
values from the container. All the values in the input sequence that are not "removed"
will be copied into the destination. We'll have more to say shortly about what "remove"
means in this context.
The remove_copy
function takes three iterators and a value. As with most algorithms,
the first two iterators denote the input sequence. The third denotes the beginning
of the destination for the copy. As with copy
, the remove_copy
algorithm assumes that
there is enough space in the destination to hold all the elements that are copied. We call
back_inserter
to grow nonzero as needed.
We should now be able to see that the effect of the remove_copy
call is to copy into
nonzero all the nonzero elements in s.homework
. We then check whether v
is empty, and if not, we
do the normal grade
calculation based on the median
of the nonzero
grades. If v
is
empty, then we use 0 as the homework grade.
Of course, to complete our analysis, we need to write an analysis function to call our
optimistic_median
function. We leave doing so as an exercise.


| 033:010 Khan | : |
When they came upon you from above you and from below you, and when the eyes grew wild and the hearts reached to the throats, and you were harbouring doubts about Allah. |
| 033:010 Maulana | : |
When they came upon you from above you and from below you, and when the eyes turned dull and the hearts rose up to the throats, and you began to think diverse thoughts about Allah. |
| 033:010 Pickthal | : |
When they came upon you from above you and from below you, and when eyes grew wild and hearts reached to the throats, and ye were imagining vain thoughts concerning Allah. |
| 033:010 Rashad | : |
When they came from above you, and from beneath you, your eyes were terrified, your hearts ran out of patience, and you harbored unbefitting thoughts about GOD. |
| 033:010 Sarwar | : |
Eyes became dull and hearts almost reached the throat when they attacked you from above and below and you started to think of God with suspicion. |
| 033:010 Shakir | : |
When they came upon you from above you and from below you, and when the eyes turned dull, and the hearts rose up to the throats, and you began to think diverse thoughts of Allah. |
| 033:010 Sherali | : |
When they came upon you from above you, and from below you, and when your eyes became distracted, and your hearts reached up to your throats, and you thought diverse thoughts about ALLAH. |
| 033:010 Yusufali | : |
Behold! they came on you from above you and from below you, and behold, the eyes became dim and the hearts gaped up to the throats, and ye imagined various (vain) thoughts about Allah! |
Concepts/Themes Covered: الجهاد > الجهاد في سبيل الإسلام > أشرار الجند Jihad> The Call to Jihad>The Wicked Soldiers الجهاد > الجهاد في سبيل الإسلام > ذم المتخاذلين عن الجهاد Jihad> The Call to Jihad>Dispraise the Reluctant for the Holy War الجهاد > الغزوات > غزوة الخندق Jihad> The Holy Battles> Al-Khandak Battle
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


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How far in advance do I need to place my order?
Coffee:
60 minutes
Food Orders:
Breakfast: Before 6pm for next day
Lunch: 72 hours
What is included with catering orders?
All catering orders:
utensils, plating, napkins, condiments, and other items needed for set up.
Coffee orders:
cups, cream, sugars, stirrers, and disposable traveler boxes.
All delivery orders can be set up by Perks staff!
I want to place a catering order, what forms of payment do you accept?
All major credit cards, Triton Cash, student accounts and UCSD recharge accounts.
Do catering services include delivery or do I need to pick up in store?
Orders over $50: free delivery!
Orders under $50: $5 delivery fee
You are always free to pick up in store!


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{% endfor %}
{% endif %}
{{ page.content }}
This article was brought to you by the elmah.io team. elmah.io is the best error management system for .NET web applications. We monitor your website, alert you when errors start happening, and help you fix errors fast.


Sorry fella
But you don't have javascript which means you can't play.
Welcome to THE GAME
Play the GAME
High scores


( a– c) On the left side of the figures you can see a picture of the AB considered in this study; on the right side we show the IL spectra as a function of the frequency for each case before (black continuous line) and after (red dotted line) to apply the air flow.


This is the aggregated usage report data for the last 24 hours. Data based on {{.nodes}} nodes that have reported in.
| 5% | 50% | 95% | 100% | |
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|
Elektra
0.9.4
|
Operating system
We recommend a Unix-based operating system to run Elektra (Linux, BSD, macOS) but it's also possible to use Windows which is supported but not yet fully tested.
Using command-line interface and commands
The easiest way to compile, install and use Elektra is by using the terminal. We will introduce the basic commands which you will need to run Elektra for the very first time.
Basic knowledge about git
Dont panic! GIT is a distributed version constrol system to track changes of the source code in a project. We will use a single command of GIT to get the source code of Elektra.
Basic knowledge about make/cmake
make or cmake are used to generate an executable program from the code. If you are not used to these tools its no problem, we will introduce them to you in later sections.
We need also your skill set to improve Elektra
You can contribute to Elektra to improve the source code, website, documentation, translation etc.
Software requirements
We need to install some basic tools to run Elektra: cmake , git , and essential build tools (make, gcc, and some standard Unix tools; alternatively ninja and clang are also supported but not described here). Depending on your linux distribution use following commands to install these tools:
Or on RPM (Red Hat Package Manager) based systems (like Fedora, openSUSE, CentOS etc.):
Or on macOS, most of the build tools can be obtained by installing Xcode. Other required tools may be installed using brew. First install brew as described on their website. Then issue the following command to get cmake to complete the basic requirements:
Installation
If you meet all of the software requirements you can get the source code of Elektra by using this command:
Run the following commands to compile Elektra with non-experimental plugins where your system happens to fulfill the dependencies:
Optionally you can also run tests, see here for more information:
With these commands you will be able to run the "Hello World!" example but usually you will need to use some of the plugins, tools and bindings of Elektra. Please take a look at the more detailed compiling documentation. After you completed building Elektra on your own, you can execute these commands to install Elektra (please check the installation documentation for the many available packages):
Installation documentation contains further information about available packages.
Optionally you can also run tests to verify the installed Elektra, see here for more information:
Hello World!
Start with your very first Elektra application in C and follow these steps: Hello World!


City Will Be Here!
Temp:
Wind:
Humidity:
UV Index:
5-Day Forecast:
day 1
Temp:
Wind:
Humidity:
day 2
Temp:
Wind:
Humidity:
day 3
Temp:
Wind:
Humidity:
day 4
Temp:
Wind:
Humidity:
day 5
Temp:
Wind:
Humidity:


{% load i18n %} {% if payment_info %} {% if order.status == "p" %}
{% blocktrans trimmed %} This order has been paid with {{ provname }}. {% endblocktrans %}
{% elif order.status == "r" %}{% blocktrans trimmed %} This order has been planned to be paid with {{ provname }} and has been marked as refunded. {% endblocktrans %}
{% else %}{% blocktrans trimmed %} This order has been planned to be paid with {{ provname }}, but the payment has not yet been completed. {% endblocktrans %}
{% endif %}{% blocktrans trimmed %} This order has been planned to be paid with {{ provname }}, but the payment has not yet been completed. {% endblocktrans %}
{% endif %}


Oleys at the Crown & Crossed Swords in Shotley Bridge just about hits the spot
Our Sunday roast reviewer Eddy Eats tries out a simple but satisfying meal at Oleys at the Crown & Crossed Swords in County Durham
by Andrew MusgroveIt was a rainy and gloomy day as we headed into Shotley Bridge looking to stumble on a hidden gem to brighten the trip.
We came across the Crown & Crossed Swords - and were instantly stumped. As we walked through the door it didn't look like a place that served a Sunday roast and Mrs E thought we had stumbled through the wrong door.
As it turns out, the food was served in a room adjoining the pub. So we headed down the corridor and tried again - walking into what was a newly refurbished room, with interesting decor and with a friendly face to greet us.
It was busy and - although our first impression of the pub hadn't been an inviting one - we decided to stay. It seemed that County Durham pub had decided to launch a separate eatery within it, and the locals seemed to like it given the number of folk there.
We were soon seated, and jumped straight in with our drinks oder which was whisked through from the pub.
Oleys at the Crown And Crossed Swords in Shotley Bridge
Oleys at the Crown &Crossed Swords, Front Street, Shotley Bridge, Consett, County Durham, LA23 3BY
Tel: 01207 502006
Food served (Sun): From noon
Car park – Yes
Vegetarian food – Yes
Kids allowed – Yes
Real ale – Yes
Wine by the bottle – Yes
Disabled toilets – Yes
Credit card payments – Yes
Rating: 11/20
Character: 2 stars
Quality: 3 stars
Service: 3 stars
Value: 3 stars
On to the food.
We went with the latter two options and although the portions for each weren't big, they did just enough to whet your appetite. The chicken was tender, while the scampi was done just right.
From the choice of traditional meats on offer for the main we opted for lamb and chicken accompanied with all the traditional trimmings.
Our meals weren't the most attractive we've been served but nonetheless we dived in. The meats were both good with the lamb really tender and the chicken breast equally as pleasing.
Sadly the side dishes - except for the great Yorkshire puddings - let it down. The roast potatoes really let the side down being hard and far too crunchy. The mash was average, and the veg, although there was plenty of it, was generally a bit soggy.
We finished what we had but decided that we'd avoid the puddings - and stick to the two courses for £11.95 each.
The staff were lovely, and as I say, our chosen meats were tasty and cooked well, which makes a good foundation to build on.
Follow Whats On NE
We have a dedicated Facebook page for the latest on what to see and where to drink, eat, shop and go out across Newcastle and the North East.
Follow the page here for the best food, drink and shopping deals, information on all kinds of shows and events, and exclusive looks at new restaurants and bars.


Form for applying variable values to the RightsML Simple Example Time Period:
(See the
page of the example
)
Policy GUID:
Target Asset URI:
One Action out of:
Distribute
Present
Archive
Index
One Constraint-Operator out of:
Lower Than
Lower Than or Equal
Is Equal
Greater Than
Greater Than or Equal
Index
constraint-target (Date):
Assigner's URI:
Assignee's URI:
The result:


For the last century, humanity has struggled against an ever-changing social climate, brought on by greed and the hoarding of wealth. As technology progresses, those with wealth become more and more integrated with robotics until what they resemble is little like a human at all, while the poor fight over the scraps of technology that are left to them.
You have grown up in the slums of the world, but have worked hard to put together a team of capable members whom you deeply trust. This is it, your big break. You've finally landed the job all of you have been dreaming of. A chance at freedom from the slums, wealth, and, more importantly, the technological enhancements that it will grant you.
This mission will be dangerous, can you make the correct choices to bring your team of friends with you to the other side?


Extending functionality with plugins¶
To add a plugin to embark:
- Add the npm package to package.json
e.g
npm install embark-babel --save
- Then add the package to
plugins:
in embark.json e.g"plugins": { "embark-babel": {} }
Creating a plugin:
mkdir yourpluginname
cd yourpluginname
npm init
- create and edit
index.js
- add the following code:
module.exports = function(embark) {
}
The embark
object then provides an api to extend different functionality of embark.
Usecases examples
- plugin to add support for es6, jsx, coffescript, etc (
embark.registerPipeline
) - plugin to add standard contracts or a contract framework (
embark.registerContractConfiguration
andembark.addContractFile
) - plugin to make some contracts available in all environments for use by other contracts or the dapp itself e.g a Token, a DAO, ENS, etc.. (
embark.registerContractConfiguration
andembark.addContractFile
) - plugin to add a libraries such as react or boostrap (
embark.addFileToPipeline
) - plugin to specify a particular web3 initialization for special provider uses (
embark.registerClientWeb3Provider
) - plugin to create a different contract wrapper (
embark.registerContractsGeneration
) - plugin to add new console commands (
embark.registerConsoleCommand
) - plugin to add support for another contract language such as viper, LLL, etc (
embark.registerCompiler
) - plugin that executes certain actions when contracts are deployed (
embark.events.on
)
embark.pluginConfig
Object containing the config for the plugin specified in embark.json, for e.g with:
"plugins": {
"embark-babel": { "files": ["**/*.js", "!**/jquery.min.js"], "presets": ["es2015", "react"] }
}
embark.pluginConfig
will contain { "files": ["**/*.js", "!**/jquery.min.js"], "presets": ["es2015", "react"] }
embark.registerPipeline(matchingFiles, callback(options))
This call will return the content of the current asset file so the plugin can transform it in some way. Typically this is used to implement pipeline plugins such as Babel, JSX, sass to css, etc..
matchingFiles
is an array of matching files the plugin should be called for e.g [**/*.js
, !vendor/jquery.js
] matches all javascript files except vendor/jquery.js
- options available:
- targetFile - filename to be generated
- source - content of the file
expected return: string
var babel = require("babel-core");
require("babel-preset-react");
module.exports = function(embark) {
embark.registerPipeline(["**/*.js", "**/*.jsx"], function(options) {
return babel.transform(options.source, {minified: true, presets: ['react']}).code;
});
}
embark.registerContractConfiguration(contractsConfig)
This call is used to specify a configure of one or more contracts in one or
several environments. This is useful for specifying the different configurations
a contract might have depending on the enviroment. For instance in the code
bellow, the DGDToken
contract code will redeployed with the arguments
100
in any environment, except for the livenet since it’s already deployed
there at a particular address.
Typically this call is used in combination with embark.addContractFile
contractsConfig
is an object in the same structure as the one found in the
contracts configuration at config/contracts.json
. The users own
configuration will be merged with the one specified in the plugins.
module.exports = function(embark) {
embark.registerContractConfiguration({
"default": {
"contracts": {
"DGDToken": {
"args": [
100
]
}
}
},
"livenet": {
"contracts": {
"DGDToken": {
"address": "0xe0b7927c4af23765cb51314a0e0521a9645f0e2a"
}
}
}
});
}
embark.addContractFile(file)
Typically this call is used in combination with embark.registerContractConfiguration
. If you want to make the contract available but not automatically deployed without the user specifying so you can use registerContractConfiguration
to set the contract config to deploy: false
, this is particularly useful for when the user is meant to extend the contract being given (e.g contract MyToken is StandardToken
)
file
is the contract file to add to embark, the path should relative to the plugin.
module.exports = function(embark) {
embark.addContractFile("./DGDToken.sol");
}
embark.addFileToPipeline(file, options)
This call is used to add a file to the pipeline so it’s included with the dapp on the client side.
file
is the file to add to the pipeline, the path should relative to the plugin.
options
available:- skipPipeline - If true it will not apply transformations to the file. For example if you have a babel plugin to transform es6 code or a minifier plugin, setting this to true will not apply the plugin on this file.
module.exports = function(embark) {
embark.addFileToPipeline("./jquery.js", {skipPipeline: true});
}
embark.registerClientWeb3Provider(callback(options))
This call can be used to override the default web3 object generation in the dapp. it’s useful if you want to add a plugin to interact with services like http://infura.io or if you want to use your own web3.js library extension.
- options available:
- rpcHost - configured rpc Host to connect to
- rpcPort - configured rpc Port to connect to
- blockchainConfig - object containing the full blockchain configuration for the current environment
expected return: string
example:
module.exports = function(embark) {
embark.registerClientWeb3Provider(function(options) {
return "web3 = new Web3(new Web3.providers.HttpProvider('http://" + options.rpcHost + ":" + options.rpcPort + "');";
});
}
embark.registerContractsGeneration(callback(options))
By default Embark will use EmbarkJS to declare contracts in the dapp. You can override and use your own client side library.
- options available:
- contracts - Hash of objects containing all the deployed contracts. (key: contractName, value: contract object)
- abiDefinition
- code
- deployedAddress
- gasEstimates
- gas
- gasPrice
- runtimeByteCode
expected return: string
module.exports = function(embark) {
embark.registerContractsGeneration(function(options) {
for(var className in this.contractsManager.contracts) {
var abi = JSON.stringify(contract.abiDefinition);
return className + " = " + web3.eth.contract(" + abi + ").at('" + contract.deployedAddress + "');";
}
});
}
embark.registerConsoleCommand(callback(options))
This call is used to extend the console with custom commands.
expected return: string
(output to print in console) or boolean
(skip command if false)
module.exports = function(embark) {
embark.registerConsoleCommand(function(cmd, options) {
if (cmd === "hello") {
return "hello there!";
}
// continue to embark or next plugin;
return false;
});
}
embark.registerCompiler(extension, callback(contractFiles, doneCallback))
expected doneCallback arguments: err
and hash
of compiled contracts
- Hash of objects containing the compiled contracts. (key: contractName, value: contract object)
- code - contract bytecode (string)
- runtimeBytecode - contract runtimeBytecode (string)
- gasEstimates - gas estimates for constructor and methods (hash)
- e.g
{"creation":[20131,38200],"external":{"get()":269,"set(uint256)":20163,"storedData()":224},"internal":{}}
- functionHashes - object with methods and their corresponding hash identifier (hash)
- e.g
{"get()":"6d4ce63c","set(uint256)":"60fe47b1","storedData()":"2a1afcd9"}
- abiDefinition - contract abi (array of objects)
- e.g
[{"constant":true,"inputs":[],"name":"storedData","outputs":[{"name":"","type":"uint256"}],"payable":false,"type":"function"}, etc...
below a possible implementation of a solcjs plugin:
var solc = require('solc');
module.exports = function(embark) {
embark.registerCompiler(".sol", function(contractFiles, cb) {
// prepare input for solc
var input = {};
for (var i = 0; i < contractFiles.length; i++) {
var filename = contractFiles[i].filename.replace('app/contracts/','');
input[filename] = contractFiles[i].content.toString();
}
// compile files
var output = solc.compile({sources: input}, 1);
// generate the compileObject expected by embark
var json = output.contracts;
var compiled_object = {};
for (var className in json) {
var contract = json[className];
compiled_object[className] = {};
compiled_object[className].code = contract.bytecode;
compiled_object[className].runtimeBytecode = contract.runtimeBytecode;
compiled_object[className].gasEstimates = contract.gasEstimates;
compiled_object[className].functionHashes = contract.functionHashes;
compiled_object[className].abiDefinition = JSON.parse(contract.interface);
}
cb(null, compiled_object);
});
}
embark.logger
To print messages to the embark log is it better to use embark.logger
instead of console
.
e.g embark.logger.info("hello")
embark.events.on(eventName, callback(*args))
This call is used to listen and react to events that happen in Embark such as contract deployment
eventName - name of event to listen to * available events:
- “contractsDeployed” - triggered when contracts have been deployed
- “file-add”, “file-change”, “file-remove”, “file-event” - triggered on a file change, args is (filetype, path)
- “abi”, “abi-vanila”, “abi-contracts-vanila” - triggered when contracts have been deployed and returns the generated JS code
- “outputDone” - triggered when dapp is (re)generated
- “firstDeploymentDone” - triggered when the dapp is deployed and generated for the first time
module.exports = function(embark) {
embark.events.on("contractsDeployed", function() {
embark.logger.info("plugin says: your contracts have been deployed");
});
embark.events.on("file-changed", function(filetype, path) {
if (type === 'contract') {
embark.logger.info("plugin says: you just changed the contract at " + path);
}
});
}


typedef bitfield_tuple< storage<char>, member<bool,bool_one,1>, member<bool,bool_two,1>, member<int,int_one,2>, member<int,int_two,2> > example_type;
The goal of a bitfield tuple is to provide a method for constructing bitfields
which is not subject to packing restrictions of structs or classes, while
providing an interface simlar to that of a struct or class. For instance,
if a user wanted to create a struct or class which was similar to example_type
in the above example they
would write the following,
struct foo { bool bool_one:1; bool bool_two:1; int int_one:2; int int_two:2; };
There is a problem with struct foo
, it is not one which is so simple
to see. struct foo
has a sizeof
4 bytes, while
example_type
is storing
its data within in a single byte. One can imagine the problems that arise
from creating a union
of
struct foo
with a char
type.
One of the more advanced use cases for the bitfield_tuple is to create a simple method for storing bit stuff pointers and other integral types which may have additional bit which are not being used. Pointers which are aligned to DWORD boundaries have the last to bits always zero. Those last two bits can be used for storing a 2 bit integral type or two boolean values. Another use case for the bit stuffing abilities of this data structure is to allowing for bit stuffing of anything which may have always empty bits. For instance, if an integer is always an even number then the last bit is always going to be zero and that could be used for storing a boolean value.


Depending on the type of home you have, your policy type should reflect your needs. It is important to understand your policy basics. You will want to make sure your policy covers a wide variety of perils. It is also important to ask your agent what other types of policies are available in order to compare coverages. If you have an older home, or one that has special features such as hardwood floors and carved moldings, you will want to make sure you have special coverages for these features since they are more costly to replace than a standard floor or molding.
Besides liability protection, your home insurance policy amount insures the building structure and various possessions, not the land. Most good policies have an annual built-in inflation protection increase in the insured amount, but check to make sure the annual increase is enough to cover your home. The best way to get an idea for rebuilding costs in your area is to research the average per square footage cost. You can research this in a variety of ways such as talking to building contractors or real-estate agents.
Some property such as computers, boats, and jewelry have only limited coverage in a standard homeowners insurance policy. It is important to review your personal property insurance needs and consider buying additional coverage above and beyond your policy.
Those remodeling and renovating projects add value to your home and in turn drive-up the cost to re-build. Make sure you contact your agent on a regular basis about any past remodeling projects or future ones planned. In addition, your agent should be able to give you an estimate of how a particular home improvement project will affect your insurance costs.
With the ongoing occurrence of hurricanes, floods, and mudslides, you will want to make sure your policy covers any gaps in your current insurance, so take the time to check about any additional coverages that may be available to you. Also, considering an umbrella insurance policy will give you added protection above and beyond you current policy. Furthermore, if you conduct any type of business from your home you might want to consider special insurance for home business use.
After implementing the 5 steps above, it is important to review your findings and concerns with your insurance agent. Your agent may also be able to offer you additional coverages that would best fit your individual homeowners insurance needs.
Start by making a list of your possessions, describing each item and noting where you bought it and its make and model. Clip to your list any sales receipts, purchase contracts, and appraisals.
For clothing, count the items you own by category pants, coats, shoes, for example - making notes about those that are especially valuable.
For major appliances and electronic equipment, record their serial numbers usually found on the back or bottom.
Don't be overwhelmed! If you are just setting up a household, starting an inventory list can be relatively simple. If you've been living in the same house for many years, however, the task of creating a list can be daunting. Still, it's better to have an incomplete inventory than nothing at all. Start with recent purchases and then try to remember what you can about older possessions.
Big ticket items: Valuable items like jewelry, art work and collectibles may have increased in value since you received them. Check with your agent to make sure that you have adequate insurance for these items. They may need to be insured separately.
Take a picture: Besides the list, you can take pictures of rooms and important individual items. On the back of the photos note what is shown, where you bought each item, and the make. Don't forget things that are in closets or drawers.
Videotape it: Walk through your house or apartment videotaping and describing the contents. Or, do the same thing using a tape recorder.
 Personal finance software packages often include a homeowners room-by-room inventory program.
Storing the list, photos and tapes: Regardless of how you do it (written list, floppy disk, photos, videotape or audio tape), keep your inventory along with receipts in your safe deposit box or at a friend's or relative's home. That way you'll be sure to have something to give your insurance representative if your home is damaged. When you make a significant purchase, add the information to your inventory while the details are fresh in your mind.
Click on the home inventory checklist provided in our forms section for a printable home inventory checklist.


Toggle navigation
Brian Johnson
Link
Another link
Something else here
Overview
Service Configuration
Deployment Roles
Nodes
Provisioning Images
Deployment Log
My Openstack Deployment
Edit Global Configuration
Register Nodes
Ready to Deploy
4 of 4 Steps Completed
Register Nodes
Configure Roles
Assign Roles
1 Controller Needed
1 Compute Needed
1 Block Storage Needed
Verify and Deploy
Available Deployment Roles
All roles have been assigned.
Node Profiles
My_Systems_Over_Here
Free Nodes: 2
Each node has:
CPU
1
RAM
16 GB
Disk
2 TB
Assigned Nodes
Compute
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
Assign Role
Controller
Compute
Block Storage
Object Storage
My_Systems_Over_Here
Free Nodes: 3
Each node has:
CPU
1
RAM
2 GB
Disk
1 TB
Assigned Nodes
Controller (HA)
1
3
5
7
Assign Role
Controller
Compute
Block Storage
Object Storage
My_Systems_Over_Here
Free Nodes: 6
Each node has:
CPU
1
RAM
4 GB
Disk
40 TB
Assigned Nodes
Block Storage
1
2
3
4
5
Object Storage
1
2
3
4
Assign Role
Controller
Compute
Block Storage
Object Storage
Edit Global Configuration
[Edit Global Configuration]
Register Nodes
2 Nodes
Cancel
Upload Nodes
Undefined node
Undefined node
Node Detail
Management
Driver
IPMI Driver
PXE + SSH
IP Address
IPMI User
IPMI Password
Networking
NIC MAC Address
Hardware
Architecture
unspecified
amd64
x86
x86_64
CPUs
cores
Memory
MB
Local Disk
GB
Node Detail
Management
Driver
IPMI Driver
PXE + SSH
IP Address
IPMI User
IPMI Password
Networking
NIC MAC Address
Hardware
Architecture
unspecified
amd64
x86
x86_64
CPUs
cores
Memory
MB
Local Disk
GB
Configure Networks
Traffic Types
Column header 1
Column header 2
Column header 3
Column header 4
Column header 5
Column header 6
Subnets
Row header 1
Row header 2
Row header 3


Some text
within
a div
which
has a many
span
elements.
Left
Right
List Item 1
List Item 2
List Item 3
Second List Item 1
Second List Item 2
Second List Item 3
A Link


Irreducible spherical tensor operators.
T = isto(S,[k,q]) T = isto(S,[k,q,iSpin]) T = isto(___,'sparse')
This function provides matrix representations of the irreducible spherical tensor operator (ISTO) components for a spin, or set of spins, with quantum number(s) S
. S
can be a single quantum number, or an array of quantum numbers representing a spin system. It can also be a spin system.
The parameters k
and q
specify the operator component. Allowed values are 0<=k<=2S
and q=-k,...,k
. k
is the rank of the operator, and q
is the component. For a multi-spin system, both k
and q
need to be column vectors, with one entry for each spin in S
. As an alternative, a third column of spin indices can be provided. In this cases, k
and q
are used for the spins with indices in i
, and for all other spins it is assumed that both k
and q
are zero.
Including 'sparse'
as the last argument instructs isto()
to return the matrix in sparse format, and not in full format.
The ISTO component (2,1) for a spin 3/2 is
isto(3/2,[2 1])
ans = 0 -1.7321 0 0 0 0 0 0 0 0 0 1.7321 0 0 0 0
To get an ISTO for a system of three spins-3/2 with k=2
and q=-1
for the third spin, and zero for all others, use one of two following ways
S = [1 1 1]; isto(S,[2 -1 3]) isto(S,[0 0; 0 0; 2 1])
The operator matrices are computed using Racah's commutation rule. See I.D.Ryabov, J.Magn.Reson. 140, 141-145 (1999).


ExpeditioNA aims to ease the stress of planning a road trip. Our innovative website is powered by elegant CSS styling, JavaScript, modified Bootstrap, Firebase, and jQuery. With our powerful website, traveling will never be the same again. We offer an assortment of different features to satisfy all your traveling needs from start to finish. Once you have booked your trip, it is time to start packing. What better way to organize the things you need to pack than to use our Checklist service? Its simple, interactive design makes even the most daunting lists easy to manipulate and use. Once you are done packing, it is time to get out on the road. Powered by Google Maps API, our Route Planner service takes Google Maps one step further by indicating suggested rest stop locations along your journey. It maps out your trip and provides easy-to-follow directions that ensure that you reach your final destination. To ensure that you maximize your stay, the POI service gives a variety of attractions and place to visit around the area. For those with food allergies, we've added an Allergen Info feature that helps you determine which restaurants can accommodate for your dietary needs. The Firebase database that powers this service is constantly expanding, with new restaurants and foods being added for the future. Here at ExpeditioNA, our main goal is for you to have an enjoyable, stress-free traveling experience. If you have an suggestions, questions, or improvements to this site, feel free to contact us by clicking the top right corner of this page. We appreciate all suggestions will take everyone's opinions into consideration. Thank you!


JS is dynamic, HTML is static.
onkeyup, onchange, onclick... -> event
How to use console? ex> alert('sthsthsth'.length) -> you can see how much alphabets in string.
In dev-tool, esc can open console window.


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{% load static %} {% load crispy_forms_tags %} {% load cart_template_tags %}
₦ {{ total_sales }}
₦ {{ total_expenses }}
{{ purchase_number }} sales
{{product.name}}
Clicking Delete Removes Permanently. It cannot be reversed.
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Many applications of machine learning (ML) pose a range of security and privacy challenges. In particular, users may not be willing or allowed to share their data, which prevents them from taking full advantage of ML platforms like PyTorch. To take the field of privacy-preserving ML (PPML) forward, OpenMined and PyTorch are announcing plans to jointly develop a combined platform to accelerate PPML research as well as new funding for fellowships.
There are many techniques attempting to solve the problem of privacy in ML, each at various levels of maturity. These include (1) homomorphic encryption, (2) secure multi-party computation, (3) trusted execution environments, (4) on-device computation, (5) federated learning with secure aggregation, and (6) differential privacy. Additionally, a number of open source projects implementing these techniques were created with the goal of enabling research at the intersection of privacy, security, and ML. Among them, PySyft and CrypTen have taken an “ML-first” approach by presenting an API that is familiar to the ML community, while masking the complexities of privacy and security protocols. We are excited to announce that these two projects are now collaborating closely to build a mature PPML ecosystem around PyTorch.
Additionally, to bolster this ecosystem and take the field of privacy preserving ML forward, we are also calling for contributions and supporting research efforts on this combined platform by providing funding to support the OpenMined community and the researchers that contribute, build proofs of concepts and desire to be on the cutting edge of how privacy-preserving technology is applied. We will provide funding through the RAAIS Foundation, a non-profit organization with a mission to advance education and research in artificial intelligence for the common good. We encourage interested parties to apply to one or more of the fellowships listed below.
Tools Powering the Future of Privacy-Preserving ML
The next generation of privacy-preserving open source tools enable ML researchers to easily experiment with ML models using secure computing techniques without needing to be cryptography experts. By integrating with PyTorch, PySyft and CrypTen offer familiar environments for ML developers to research and apply these techniques as part of their work.
PySyft is a Python library for secure and private ML developed by the OpenMined community. It is a flexible, easy-to-use library that makes secure computation techniques like multi-party computation (MPC) and privacy-preserving techniques like differential privacy accessible to the ML community. It prioritizes ease of use and focuses on integrating these techniques into end-user use cases like federated learning with mobile phones and other edge devices, encrypted ML as a service, and privacy-preserving data science.
CrypTen is a framework built on PyTorch that enables private and secure ML for the PyTorch community. It is the first step along the journey towards a privacy-preserving mode in PyTorch that will make secure computing techniques accessible beyond cryptography researchers. It currently implements secure multiparty computation with the goal of offering other secure computing backends in the near future. Other benefits to ML researchers include:
- It is ML first and presents secure computing techniques via a CrypTensor object that looks and feels exactly like a PyTorch Tensor. This allows the user to use automatic differentiation and neural network modules akin to those in PyTorch.
- The framework focuses on scalability and performance and is built with real-world challenges in mind.
The focus areas for CrypTen and PySyft are naturally aligned and complement each other. The former focuses on building support for various secure and privacy preserving techniques on PyTorch through an encrypted tensor abstraction, while the latter focuses on end user use cases like deployment on edge devices and a user friendly data science platform.
Working together will enable PySyft to use CrypTen as a backend for encrypted tensors. This can lead to an increase in performance for PySyft and the adoption of CrypTen as a runtime by PySyft’s userbase. In addition to this, PyTorch is also adding cryptography friendly features such as support for cryptographically secure random number generation. Over the long run, this allows each library to focus exclusively on its core competencies while enjoying the benefits of the synergistic relationship.
New Funding for OpenMined Contributors
We are especially excited to announce that the PyTorch team has invested $250,000 to support OpenMined in furthering the development and proliferation of privacy-preserving ML. This gift will be facilitated via the RAAIS Foundation and will be available immediately to support paid fellowship grants for the OpenMined community.
How to get involved
Thanks to the support from the PyTorch team, OpenMined is able to offer three different opportunities for you to participate in the project’s development. Each of these fellowships furthers our shared mission to lower the barrier-to-entry for privacy-preserving ML and to create a more privacy-preserving world.
Core PySyft CrypTen Integration Fellowships
During these fellowships, we will integrate CrypTen as a supported backend for encrypted computation in PySyft. This will allow for the high-performance, secure multi-party computation capabilities of CrypTen to be used alongside other important tools in PySyft such as differential privacy and federated learning. For more information on the roadmap and how to apply for a paid fellowship, check out the project’s call for contributors.
Federated Learning on Mobile, Web, and IoT Devices
During these fellowships, we will be extending PyTorch with the ability to perform federated learning across mobile, web, and IoT devices. To this end, a PyTorch front-end will be able to coordinate across federated learning backends that run in Javascript, Kotlin, Swift, and Python. Furthermore, we will also extend PySyft with the ability to coordinate these backends using peer-to-peer connections, providing low latency and the ability to run secure aggregation as a part of the protocol. For more information on the roadmap and how to apply for a paid fellowship, check out the project’s call for contributors.
Development Challenges
Over the coming months, we will issue regular open competitions for increasing the performance and security of the PySyft and PyGrid codebases. For performance-related challenges, contestants will compete (for a cash prize) to make a specific PySyft demo (such as federated learning) as fast as possible. For security-related challenges, contestants will compete to hack into a PyGrid server. The first to demonstrate their ability will win the cash bounty! For more information on the challenges and to sign up to receive emails when each challenge is opened, sign up here.
To apply, select one of the above projects and identify a role that matches your strengths!
Cheers,
Andrew, Laurens, Joe, and Shubho


Now, opening a {{ names.abbr( 'sbt' ) }} {{ names.name( 'scala-android' ) }} is dead simple.
{{ image( '/asset/image/android-studio-start-screen-import.png', 'On the start screen click Import project' ) }}Select the root directory of the project that you prepared in the {{ sitemap.anchor( 'project-setup' ) }} section.
{{ image( '/asset/image/android-studio-start-screen-import-sbt.png', 'Select Import project from external model: SBT and click Next' ) }} {{ image( '/asset/image/android-studio-start-screen-import-settings.png', 'Select download (sbt) sources and docs, set Android API as project SDK and click Finish' ) }}You are now able to edit code and access the {{ names.abbr( 'sbt' ) }} console from within {{ names.name( 'android-studio' ) }} ({{ command( 'View > Tool Windows > SBT Console' ) }}).


Constraint vs Other Layouts- A Battle towards performance Part-2
Blog by theDroidLady
Introduction
In the last article, I showed off my love for fashion which lead me to correlate it with the topic at hand i.e, how UI is created and what will be the impact of view lifecycle methods in the context of various layouts.
In this blog, I will be discussing various tools I used to measure performance-
1) GPU overdraw
2) Systrace
But before going into performance metrics, one should know the 16 ms/frame logic.

For example, when still images are displayed to follow each other fast enough, we perceive them as motion.
A flip book is a good example that’s just at the edge of perception.
Flip books are just at the edge of what humans perceive as motion.
1) At about 10–12 pages per second, there is clearly motion, but you also retain awareness of individual pages.
2) 24 pages per second allow the human eye to see fluid motion, thanks to technologies such as motion blurring, which help you perceive motion when you should just see each individual frame of the animation. 24 images per second is a sweet spot for the film industry since it’s fast enough to show motion but cheap enough to produce films on a budget.
3) 30 pages per second is sufficient, but not life-like. It is enough for movies, but without fancy cinematic effects, it’s not convincing.
4) 60 pages per second is ideal, as most people see this as high-quality, smooth motion.
GPU Overdraw
Overdraw as the name suggests is a term used to describe how many times a pixel on the screen has been redrawn in a single frame.
Imagine painting a room and re-painting it all over again; this results in wasting time and energy to paint the room the first time. With overdraw in Android, we waste GPU time by coloring the pixels on the screen that end up being colored again by something else later.
Fortunately, we can detect re-painting in android by selecting “Show overdraw areas” in “Debug GPU overdraw” under “Developer options” in phone settings.
The colors are hinting at the amount of overdraw on your screen for each pixel, as follows:
1) True colour: No overdraw
2) Blue: Overdrawn once
3) Green: Overdrawn twice
4) Pink: Overdrawn thrice
5) Red: Overdrawn four or more times
We can prevent this re-painting by keeping the following things in mind -
1) If you are using unnecessary background(transparent/white/Common background), remove that immediately.
2) Flatten the hierarchy as much as possible.
Systrace
Systrace(Android System Trace) captures and displays the execution time of your app’s processes and other Android system processes, which helps you analyze the performance of your app.
The tool combines data from the Android kernel such as the CPU scheduler, disk activity, and app threads.
The tool uses this data to generate an HTML report that shows an overall picture of an Android-powered device’s system processes for a given period of time.
What you should do
1) Find the Frames section in the Systrace output and get more information about specific frames.
2) Examine the alerts, which show potential performance issues with your code.
Running Systrace through Command Line
I always prefer the command line(terminal) over UI frameworks as terminal always gives you more power than a UI framework possesses.
To generate the HTML report for the app, you need to run systrace from the command line using the following syntax:
python systrace.py [options] [categories]
Capturing a System Trace on Device
For Android 9 or higher, we already have the System Tracing app which works exactly the same way command-line utility works.
Developer Options -> Debugging -> System Tracing ->Record trace -> Do some Actions in your app -> Stop Trace -> Share Trace (.perfetto-trace)-> Open on Perfetto UI
The image displays a part of the Systrace output. The numbers have the following meanings:
1) Section for each process
2) Frames section
3) Frame indicator for a frame that rendered successfully
4) Frame indicator for a frame that did not completely render
5) Method calls for rendering selected frame
Let me explain some of the key points -
1) In the Frames line, on the graph to the right, you should see circles that are either green or red and are labelled with the letter F for Frame. You may need to zoom in (w on the keyboard) and pan right (d on the keyboard) to see individual, labelled circles.
2) Select a green circle. This frame is green because it completed rendering in the allotted time slot of 16 milliseconds per frame.
3) Select a red circle. This frame is red because it did not complete rendering within 16 milliseconds.
4) On the left-hand pane, scroll down if necessary until you find Render Thread.
On devices running Android 5.0 (API level 21) or higher, this work is split between the UI Thread and RenderThread. On prior versions, all work for creating a frame is done on the UI thread. If you do not see Render Thread, select UI Thread instead.
5) Click on the black triangle to the right of Render ThreadM to expand the graph. This expands the bars that show you how much time was spent in each system action involved in rendering this frame.
6) Open the Alerts tab on the right edge of the trace window. Click on an Alert type to see a list of all alerts in the bottom pane. Click an alert to see details, a description of what may be the problem, and links to further resources.
To get into more detail on how systrace works, Please go through this link.
In the next blog, I have shared the results I got after testing similar screens with different layouts.


Generate autocompletion script for fish.
Generate the autocompletion script for the fish shell.
To load completions in your current shell session:
rbxmk completion fish | source
To load completions for every new session, execute once:
rbxmk completion fish > ~/.config/fish/completions/rbxmk.fish
You will need to start a new shell for this setup to take effect.


#include <stdint.h>
#include "avr/io.h"
Go to the source code of this file.
Classes | |
| class | atmega328::pin_adc |
| class | atmega328::pin_in |
| pin_in implementation for an ATMega328P More... | |
| class | atmega328::pin_out |
| pin_out implementation for a ATMega328P More... | |
| class | atmega328::pin_in_out |
| pin_in_out implementation for a ATMega328P More... | |
| class | atmega328::pin_oc |
| pin_oc implementation for a ATMega328P More... | |
Namespaces | |
| hwlib | |
| hwlib library (traget-independent parts) | |
Functions | |
| volatile uint8_t &HWLIB_WEAK | atmega328::port_data (uint_fast8_t port) |
| volatile uint8_t &HWLIB_WEAK | atmega328::port_input (uint_fast8_t port) |
| volatile uint8_t &HWLIB_WEAK | atmega328::port_direction (uint_fast8_t port) |
| void HWLIB_WEAK | atmega328::configure_as_gpio (uint_fast8_t port, uint_fast8_t pin) |
| bool | atmega328::uart_char_available () |
| char | atmega328::uart_getc () |
| void | atmega328::uart_putc (char c) |
| bool atmega328::uart_char_available | ( | ) |
console character available check
This is the function used to check if the console (istream) input has a character available. The embedded targets provide an implementation that checks the serial port.
This definition is weak, which allows an application to provide its own definition.
| char atmega328::uart_getc | ( | ) |
console character input function
This is the function used for console (istream) input. The embedded targets provide an implementation that reads from the serial port.
This definition is weak, which allows an application to provide its own definition.
| void atmega328::uart_putc | ( | char | c | ) |
console character output function
This is the function used for console (ostream) output. The embedded targets provide an implementation that writes to the serial port.
This definition is weak, which allows an application to provide its own definition.


Divinity: Original Sin is a Board Game Now
by Alistair JonesOne of the best RPGs of the past few years could soon be coming to your tabletop. Earlier today, Larian Studios and Lynnvander Studios began a Kickstarter campaign for Divinity Original Sin: The Board Game.
The game is a co-operative spin on Divinity: Original Sin for up to four players, boasting a branching narrative and tactical combat featuring characters from D:OS II. Developed by Canadian board game company Lynnvander Studios, the expansive project is expected to release in October 2020.
The choices players make during each campaign will lead them towards one of multiple different endings, but Divinity Original Sin: The Board Game also employs the Chronicle System. Each copy of the game comes with a one-time code allowing players to submit the choices they made during their adventure to Lynnvander, who will collect the information and use it to shape the direction of future expansions.
The Kickstarter campaign began earlier today, but has already racked up around two-thirds of its aim (more than £82,000 of its £124,000 ask), so it seems pretty likely it’ll make it over the line. Sure, it’s likely to set you back a substantial amount but, given how good Original Sin II was, I’m sure it’ll prove be worth it.


Duration
10 minutes
Goals
The primary goal of this lab is to create and declare an Android service. In later exercises, we'll use it to peform long-running operations.
Required assets
The provided Part 01 Resources folder contains a subfolder named Start that you'll use for this exercise. It also contains a folder named Completed with a solution you can use to check your work. Please make sure you have these folders before you begin.
Challenge
You'll create a mock service to perform downloads that will be used in later exercises.
- Open the Start solution.
- Create a new class named
MyDownloadService
service that derives fromService.
- Override
OnBind
,OnStartCommand
,OnCreate
andOnDestroy
. - Add the [Service] attribute.
- Build the project and inspect the generated AndroidManifest.xml in the obj -> Debug -> android folder.
Steps
Crate a Service derived class
- Open the Start solution in the Part 01 Resources folder.
- Add a new class named
MyDownloadService
that inherits fromService
. - Override the required
OnBind
method.
Override service lifecycle methods
- Override
OnStartCommand
. - Remove the default code and return a valid argument for
StartCommandResult
. How should a download service behave when stopped by the OS? - Override
OnCreate
andOnDestroy
. - For all four overriden lifecycle methods (including
OnBind
) add eitherDebug.WriteLine
orLog.Debug
statements to indicate execution in the IDE's output window.
Declare the service
- Add the Service attribute above the class definition.
- Set the service
Label
within the attribute; the example code uses MyDownloadService. - Set the service
Icon
to@drawable/Icon
. - Compile the project.
- Inspect the AndroidManifest.xml in the Properties folder. Notice the service is not defined.
- Now open either Explorer on Windows or Finder on macOS and navigate to the root of your solution.
- Navigate to MyDownloader -> obj -> Debug -> android and examine the generated AndroidManifest.xml using any text editor and find the service definition.
Summary
In this exercise, you created a class that derives from Service
and declared the service using the service attribute. We'll finish and start the service in the next exercise.


public static enum Constraint.PROPERTY extends java.lang.Enum<Constraint.PROPERTY>
| Enum Constant and Description |
|---|
constraintName
|
constraintType
|
deleteRule
|
indexName
|
indexOwner
|
owner
|
refConstraintName
|
refOwner
|
searchCondition
|
table
|
| Modifier and Type | Method and Description |
|---|---|
static Constraint.PROPERTY |
valueOf(java.lang.String name)
Returns the enum constant of this type with the specified name.
|
static Constraint.PROPERTY[] |
values()
Returns an array containing the constants of this enum type, in
the order they are declared.
|
public static final Constraint.PROPERTY owner
public static final Constraint.PROPERTY table
public static final Constraint.PROPERTY constraintName
public static final Constraint.PROPERTY constraintType
Represents the logical Property constraintType which is part of the Type Constraint.
Data Store Mapping: Corresponds to the physical data store element ALL_CONSTRAINTS.CONSTRAINT_TYPE.
public static final Constraint.PROPERTY searchCondition
public static final Constraint.PROPERTY refOwner
public static final Constraint.PROPERTY refConstraintName
public static final Constraint.PROPERTY deleteRule
public static final Constraint.PROPERTY indexOwner
public static final Constraint.PROPERTY indexName
public static Constraint.PROPERTY[] values()
for (Constraint.PROPERTY c : Constraint.PROPERTY.values()) System.out.println(c);
public static Constraint.PROPERTY valueOf(java.lang.String name)
java.lang.IllegalArgumentException
- if this enum type has no constant with the specified namejava.lang.NullPointerException
- if the argument is nullname
- the name of the enum constant to be returned.PlasmaSDO™ and PlasmaQuery™ are trademarks of TerraMeta Software, Inc. Copyright © 2011 - All Rights Reserved.


Surrey teams shoot for B.C. high school soccer championship
Semifinal games Friday at field in Burnaby
by Tom ZillichTwo Surrey teams are in the hunt for the AAA Boys provincial high school soccer championship.
LA Matheson won both of its games Thursday (Nov. 21) in Burnaby, and will play at 12:45 p.m. today (Friday) in a semifinal game.
The team representing Panorama Ridge also won twice Thursday, and will battle Dr. Charles Best this morning (starting at 11 a.m.) for a spot in the tournament’s other semifinal this afternoon.
Scores and schedules are posted to bcsssc-com.webs.com/aaa-provincial-championships.
In Pool D action Thursday, the Manmeet Sahota-coached LA Matheson squad beat Oak Bay 4-0 before topping Moscrop by a score of 2-1.
In Pool A, Panorama Ridge beat Abbotsford 4-1 and then blanked Argyle 3-0.
The other Surrey team at the tourney, Guildford Park lost both of their Pool B games on Thursday, by scores of 3-1 to Reynolds and 2-1 to Vancouver College.
The games are played at Burnaby West Sport Complex.
The tourney final is set to start at 11:15 a.m. Saturday.
CLICK HERE to watch game broadcasts on sportscanada.tv.


Publications
Check out my Google Scholar Page
Undergraduate authors indicated with #
2022
Hjelmen CE, Yuan Y, Parrot JJ, McGuane AS#, Srivastav SP, Purcell AC, Pimsler ML, Sze, S-H, Tarone AM. Identification and Characterization of Small RNA Markers of Age in the Blow Fly Cochliomyia macellaria (Fabricius)(Diptera: Calliphoridae) Insects. doi.org/10.3390/insects13100948 PDF
Morelli, MW#, Blackmon H, Hjelmen CE. Diptera and Drosophila Karyotype Databases: A useful dataset to guide evolutionary and genomic studies. Frontiers in Ecology and Evolution doi.org/10.3389/fevo.2022.832378 PDF
2021
Pimsler ML, Hjelmen CE, Jonika MM, Sharma A, Fu S, Bala M, Sze S, Tomberlin JK, Tarone AM. Sexual dimorphism in growth rate and gene expression throughout immature development in wild type Chrysomya rufifaces (Diptera: Calliphoridae Macquart). Frontiers in Ecology and Evolution doi.org/10.3389/fevo.2021.696638 PDF
Tvedte ES, Gasser M, Sparklin BC, Michalski J, Hjelmen CE, Johnston JS, Zhao X, Bromley R, Tallon LJ, Sadzewicz L, Rasko DA, Dunning Hotopp, JC. Comparison of long-read sequencing technologies in interrogating bacteria and fly genomes. G3. doi.org/10.1093/g3journal/jkab083 PDF
2020
Anderson NW#, Hjelmen CE, Blackmon H. The probability of fusions joining sex chromosomes and autosomes. Biology Letters. doi.org/10.1098/rsbl.2020.0648 PDF
Malawey AS, Zhang H, McGuane AS#, Walsh EM, Rusch TW, Hjelmen CE, Delclos PJ, Rangel J, Zheng L, Cai M, Yu Z, Tarone AM, Zhang J, Tomberlin JK. Interaction of age and temperature on heat shock protein expression, sperm count, and sperm viability of the adult black soldier fly (Diptera: Stratiomyidae) Journal of Insects as Food and Feed DOI: 10.3920/JIFF2020.0017 PDF
Sylvester T, Hjelmen CE, Hanrahan SJ, Lenhart PA, Johnston JS, Blackmon H. Lineage-specific patterns of chromosome evolution are the rule not the exception in Polyneoptera insects. Proceedings B DOI: 10.1098/rspb.2020.1388 PDF
Hjelmen CE, Holmes VR, Burrus CG#, Piron E#, Mynes M#, Garrett M#, Blackmon H, Johnston JS. Thoracic underreplication in Drosophila species estimates a minimum genome size and the dynamics of added DNA. Evolution DOI:10.1111/evo.14022 PDF
Jonika MM#, Hjelmen CE, Faris AM, McGuane AS#, Tarone AM. An evaluation of differentially spliced genes as markers for sex for forensic entomology. Journal of Forensic Sciences DOI: 10.1111/1556-4029.14461 PDF
Johnston JS, Zapalac ME#, Hjelmen CE. Flying High--Muscle-Specific Underreplication in Drosophila. Genes PDF
Hjelmen CE, Parrott JJ, Srivastav SP, McGuane AS, Ellis LL, Stewart AD, Johnston JS, and Tarone AM. Effect of phenotype selection on genome size variation in two species of Diptera. Genes PDF
2019
Hjelmen CE, Blackmon H, Holmes VR#, Burrus CG#, Johnston JS. Genome Size evolution differs between Drosophila subgenera with striking differences in male and female genome size in Sophophora. G3 PDF
2018
Hjelmen CE, Garrett M#, Holmes VR#, Mynes M#, Piron E#, and Johnston JS. Genome size evolution within and between the sexes. Journal of Heredity PDF
Johnston JS, Bernardini A, Hjelmen CE. "Genome Size Estimation and Quantitative Cytogenetics in Insects." in Insect Genomics: Methods and Protocols. PDF
2017
Lower S Sander, Johnston JS, Stanger-Hall K, Hjelmen CE, Hanrahan SJ, Korunes K, and Hall D. Genome Size in North American fireflies: Substantial variation likely driven by neutral processes. GBE. PDF
Hjelmen CE, and Johnston JS. The mode and tempo of genome size evolution in the subgenus Sophophora. PLOS One. PDF
2015
Arnqvist G, Sayadi A, Immonen E, Hotzy C, Rankin D, Tuda M, Hjelmen CE, and Johnston JS. Genome size correlates with reproductive fitness in seed beetles. Proc. R. Soc. B. PDF
Rangel J, Straus K#, Seedorf K#, Hjelmen CE, Johnston JS. Endopolyploidy changes with age-related polyethism in the honey bee, Apis mellifera. PLOS One. PDF
2014
Ellis LL, Huang W, Quinn AM, Ahuja A, Alfrejd B, Gomez FE, Hjelmen CE, Moore KL, Mackay TFC, Johnston JS, and Tarone AM. Intrapopulation genome size variation in D. melanogaster Genetic Reference Panel lines. PLOS Genetics. PDF
The DGRP Consoritum. Natural variation in genome architecture among 205 Drosophila melanogaster Genetic Reference Panel lines. Genome Research. PDF
2013
Larson MK, Tormoen GW, Weaver LJ, Luepke KJ, Patel IA, Hjelmen CE , Ensz NM, McComas LS, McCarty OJ. Exogenous modification of platelet membranes with the omega-3 fatty acids EPA and DHA reduces platelet procoagulant activity and thrombus formation. Am. J. Physiol. Cell Physiol. PDF


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A B C D E F G H I L M N O P Q R S T U V W _
P
- PBKDF2 - Class in com.shawnclake.morgencore.core.component.crypto
-
PBKDF2 Password Hashing Class Creates strong password hashes and can verify plaintext again these hashes for logging in
- PBKDF2() - Constructor for class com.shawnclake.morgencore.core.component.crypto.PBKDF2
- PBKDF2_ALGORITHM - Static variable in class com.shawnclake.morgencore.core.component.crypto.PBKDF2
- PBKDF2_INDEX - Static variable in class com.shawnclake.morgencore.core.component.crypto.PBKDF2
- PBKDF2_ITERATIONS - Static variable in class com.shawnclake.morgencore.core.component.crypto.PBKDF2
- pln(String) - Static method in class com.shawnclake.morgencore.core.component.terminal.Output
- PostDatabaseLoad - Interface in com.shawnclake.morgencore.core.component.db.interfaces
- prefillList(ArrayList<T>, T, int) - Static method in class com.shawnclake.morgencore.core.component.collections.Collections
- prefillListNull(ArrayList<T>, int) - Static method in class com.shawnclake.morgencore.core.component.collections.Collections
- PrimitiveConverter - Class in com.shawnclake.morgencore.core.component.objects
- PrimitiveConverter() - Constructor for class com.shawnclake.morgencore.core.component.objects.PrimitiveConverter
- PrimitiveTypes - Enum in com.shawnclake.morgencore.core.component.objects
- printBreadthFirstOrder() - Method in class com.shawnclake.morgencore.core.component.collections.tree.btree.BinaryTree
-
Print the tree from top down, left right Code taken and modified from: https://www.geeksforgeeks.org/?p=2686
- printGivenLevel(Node, int) - Method in class com.shawnclake.morgencore.core.component.collections.tree.btree.BinaryTree
-
Print 1 level of the tree Code taken and modified from: https://www.geeksforgeeks.org/?p=2686
- printMatches(String, String) - Static method in class com.shawnclake.morgencore.core.component.Strings
-
Prints to console the occurences of each regex match within a string of text Taken from Jean Logeart's answer from https://stackoverflow.com/questions/8938498/get-the-index-of-a-pattern-in-a-string-using-regex
- Priority - Enum in com.shawnclake.morgencore.core.component
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A Priority enumerator Provides 5 priority levels: HIGH, ABOVE_NORMAL, NORMAL, BELOW_NORMAL, LOW
- Properties - Class in com.shawnclake.morgencore.core.component.property
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Properties A key, value relationship Uses strings as the key and DynamicPrimitives as the value which makes properties useful for storing many different types of data in one place
- Properties() - Constructor for class com.shawnclake.morgencore.core.component.property.Properties
- Property<T> - Class in com.shawnclake.morgencore.system.module.configuration
- Property(String, T) - Constructor for class com.shawnclake.morgencore.system.module.configuration.Property
- Property(String, T, boolean) - Constructor for class com.shawnclake.morgencore.system.module.configuration.Property
- purgeDirectory(String) - Method in class com.shawnclake.morgencore.core.component.filesystem.Files
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Removes any and all files/dirs at a given path not including itself.


Adversary OPSEC
Adversary OPSEC consists of the use of various technologies or 3rd party services to obfuscate, hide, or blend in with accepted network traffic or system behavior. The adversary may use these techniques to evade defenses, reduce attribution, minimize discovery, and/or increase the time and effort required to analyze.
Techniques
Techniques: 23
| ID | Name | Description |
|---|---|---|
| T1307 | Acquire and/or use 3rd party infrastructure services |
A wide variety of cloud, virtual private services, hosting, compute, and storage solutions are available. Additionally botnets are available for rent or purchase. Use of these solutions allow an adversary to stage, launch, and execute an attack from infrastructure that does not physically tie back to them and can be rapidly provisioned, modified, and shut down. |
| T1308 | Acquire and/or use 3rd party software services |
A wide variety of 3rd party software services are available (e.g., Twitter, Dropbox, GoogleDocs). Use of these solutions allow an adversary to stage, launch, and execute an attack from infrastructure that does not physically tie back to them and can be rapidly provisioned, modified, and shut down. |
| T1310 | Acquire or compromise 3rd party signing certificates |
Code signing is the process of digitally signing executables or scripts to confirm the software author and guarantee that the code has not been altered or corrupted. Users may trust a signed piece of code more than an unsigned piece of code even if they don't know who issued the certificate or who the author is. |
| T1306 | Anonymity services |
Anonymity services reduce the amount of information available that can be used to track an adversary's activities. Multiple options are available to hide activity, limit tracking, and increase anonymity. |
| T1321 | Common, high volume protocols and software |
Certain types of traffic (e.g., Twitter14, HTTP) are more commonly used than others. Utilizing more common protocols and software may make an adversary's traffic more difficult to distinguish from legitimate traffic. |
| T1312 | Compromise 3rd party infrastructure to support delivery |
Instead of buying, leasing, or renting infrastructure an adversary may compromise infrastructure and use it for some or all of the attack cycle. |
| T1320 | Data Hiding |
Certain types of traffic (e.g., DNS tunneling, header inject) allow for user-defined fields. These fields can then be used to hide data. In addition to hiding data in network protocols, steganography techniques can be used to hide data in images or other file formats. Detection can be difficult unless a particular signature is already known. |
| T1324 | DNSCalc |
DNS Calc is a technique in which the octets of an IP address are used to calculate the port for command and control servers from an initial DNS request. |
| T1323 | Domain Generation Algorithms (DGA) |
The use of algorithms in malware to periodically generate a large number of domain names which function as rendezvous points for malware command and control servers. |
| T1311 | Dynamic DNS |
Dynamic DNS is a method of automatically updating a name in the DNS system. Providers offer this rapid reconfiguration of IPs to hostnames as a service. |
| T1325 | Fast Flux DNS |
A technique in which a fully qualified domain name has multiple IP addresses assigned to it which are swapped with extreme frequency, using a combination of round robin IP address and short Time-To-Live (TTL) for a DNS resource record. |
| T1314 | Host-based hiding techniques |
Host based hiding techniques are designed to allow an adversary to remain undetected on a machine upon which they have taken action. They may do this through the use of static linking of binaries, polymorphic code, exploiting weakness in file formats, parsers, or self-deleting code. |
| T1322 | Misattributable credentials |
The use of credentials by an adversary with the intent to hide their true identity and/or portray them self as another person or entity. An adversary may use misattributable credentials in an attack to convince a victim that credentials are legitimate and trustworthy when this is not actually the case. |
| T1315 | Network-based hiding techniques |
Technical network hiding techniques are methods of modifying traffic to evade network signature detection or to utilize misattribution techniques. Examples include channel/IP/VLAN hopping, mimicking legitimate operations, or seeding with misinformation. |
| T1316 | Non-traditional or less attributable payment options |
Using alternative payment options allows an adversary to hide their activities. Options include crypto currencies, barter systems, pre-paid cards or shell accounts. |
| T1309 | Obfuscate infrastructure |
Obfuscation is hiding the day-to-day building and testing of new tools, chat servers, etc. |
| T1318 | Obfuscate operational infrastructure |
Obfuscation is hiding the day-to-day building and testing of new tools, chat servers, etc. |
| T1319 | Obfuscate or encrypt code |
Obfuscation is the act of creating code that is more difficult to understand. Encoding transforms the code using a publicly available format. Encryption transforms the code such that it requires a key to reverse the encryption. |
| T1313 | Obfuscation or cryptography |
Obfuscation is the act of creating communications that are more difficult to understand. Encryption transforms the communications such that it requires a key to reverse the encryption. |
| T1390 | OS-vendor provided communication channels |
Google and Apple provide Google Cloud Messaging and Apple Push Notification Service, respectively, services designed to enable efficient communication between third-party mobile app backend servers and the mobile apps running on individual devices. These services maintain an encrypted connection between every mobile device and Google or Apple that cannot easily be inspected and must be allowed to traverse networks as part of normal device operation. These services could be used by adversaries for communication to compromised mobile devices. |
| T1305 | Private whois services |
Every domain registrar maintains a publicly viewable database that displays contact information for every registered domain. Private 'whois' services display alternative information, such as their own company data, rather than the owner of the domain. |
| T1304 | Proxy/protocol relays |
Proxies act as an intermediary for clients seeking resources from other systems. Using a proxy may make it more difficult to track back the origin of a network communication. |
| T1317 | Secure and protect infrastructure |
An adversary may secure and protect their infrastructure just as defenders do. This could include the use of VPNs, security software, logging and monitoring, passwords, or other defensive measures. |


Are we talking local or global?
So, there is a thing called scope.. it has many different meanings, but the one we are talking about today is one that refers to code and in particular JavaScript.
Scope is used in JavaScript to talk about variables, variables are super important in JavaScript, they give programs functions elements to work with, using a variable inside a function means that variable only has that value in that function, so if you call the variable outside that function it won’t work. If you set the variable outside a function it is placed in the global scope, which means you can use it in functions, the issue with this however is if you then try to define the variable within a function it can do weird things, and not always good weird.. so its best to stay away from using variables globally, and keep ‘em local!
And that is our tech blog for the week!


Liverpool’s Fabinho ruled out until New Year with ankle injury
by Agency ReportLiverpool midfielder Fabinho will be out for more than a month after suffering ankle ligament damage during this week’s Champions League clash with Napoli, the club said on Friday.
The Brazilian, who has this season established himself as a first-choice pick for Jurgen Klopp’s Premier League leaders, was substituted after just 18 minutes of the 1-1 draw at Anfield on Wednesday.
Liverpool have announced that the 26-year-old will play no part in their congested run of 10 games between now and the end of December.
A club statement read: “Liverpool can confirm Fabinho suffered ankle ligament damage during the Champions League encounter with Napoli in midweek.”
“Further assessment on the injury has discovered Fabinho will be out of action until the New Year,” it added.
“The Brazilian will begin a rehabilitation programme with the Reds’ medical team at Melwood as he works his way back to full fitness.”
(AFP)