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C++ High Level Types
This library provides commonly used high level types and methods for easier and better coding.
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Encapsulates container functionality and adds high level methods. More...
#include <hcontainer.h>
Public Types | |
| typedef STD::iterator | iterator_t |
| Iterator type exposure. | |
| typedef STD::const_iterator | const_iterator_t |
| Iterator type exposure. | |
| typedef STD::reverse_iterator | riterator_t |
| Iterator type exposure. | |
| typedef STD::const_reverse_iterator | const_riterator_t |
| Iterator type exposure. | |
Public Member Functions | |
| Container () | |
| Empty constructor. | |
| Container (const Container &other) | |
| Copy constructor. More... | |
| Container (const T &element) | |
| Constructor from single element. More... | |
| Container (const T &element, int times) | |
| Constructor from single element. More... | |
| Container (const Container &other, const int count) | |
| Constructor from another Container. More... | |
| Container (const Container &other, const int start, const int count) | |
| Constructor from another Container. More... | |
| Container (const T other[], const int count) | |
| Constructor from C-type array. More... | |
| Container (const T other[], const int start, const int count) | |
| Constructor from C-type array. More... | |
| ~Container () | |
| Destructor. | |
| int | size () const |
| Returns the number of elements in the Container. More... | |
| bool | isEmpty () const |
| Check if Container is empty. More... | |
| void | clear () |
| Removes all data from this Container. | |
| iterator_t | begin () |
| Gets the iterator at the beginning. More... | |
| const_iterator_t | begin () const |
| Gets the iterator at the beginning. More... | |
| iterator_t | end () |
| Gets the iterator at the end. More... | |
| const_iterator_t | end () const |
| Gets the iterator at the end. More... | |
| riterator_t | rbegin () |
| Gets the reverse iterator at the beginning. More... | |
| const_riterator_t | rbegin () const |
| Gets the reverse iterator at the beginning. More... | |
| riterator_t | rend () |
| Gets the reverse iterator at the end. More... | |
| const_riterator_t | rend () const |
| Gets the reverse iterator at the end. More... | |
| bool | equals (const Container &other) const |
| Compares the contents of two Containers for being equal. More... | |
| bool | nequals (const Container &other) const |
| Compares the contents of two Containers for being not equal. More... | |
| T & | at (int index) |
| Returns element at specified position. More... | |
| const T & | at (int index) const |
| Returns element at specified position. More... | |
| T & | first () |
| Accesses first element of Container. More... | |
| const T & | first () const |
| Accesses first element of Container. More... | |
| T & | last () |
| Accesses last element of Container. More... | |
| const T & | last () const |
| Accesses last element of Container. More... | |
| int | indexOf (const T &element) const |
| Gets index of the given element. More... | |
| bool | has (const T &element) const |
| Checks existence of element in Container. More... | |
| bool | has (const Container &other) const |
| Checks existence of elements in Container. More... | |
| bool | has (const T other[], int count) const |
| Checks existence of elements in Container. More... | |
| bool | hasAny (const Container &other) const |
| Checks existence of any element in Container. More... | |
| bool | hasAny (const T other[], int count) const |
| Checks existence of any element in Container. More... | |
| int | count (const T &element) const |
| Counts occurrences of element in Container. More... | |
| int | count (const Container &other) const |
| Counts occurrences of elements in Container. More... | |
| int | count (const T other[], int count) const |
| Counts occurrences of elements in Container. More... | |
| int | count (bool(*conditionFunction)(T const &)) const |
| Counts on how many elements match the condition. More... | |
| void | insertAt (const int index, const T &element, const int times=1) |
| Inserts new element at specified position n times. More... | |
| void | insertAt (const int index, const Container &other) |
| Inserts all elements of another Container into this one. More... | |
| void | insertAt (const int index, const Container &other, const int count) |
| Inserts all elements of another Container into this one. More... | |
| void | insertAt (const int index, const Container &other, const int start, const int count) |
| Inserts all elements of another Container into this one. More... | |
| void | insertAt (const int index, const T other[], const int count) |
| Inserts all elements of a C-type array into this Container. More... | |
| void | insertAt (const int index, const T other[], const int start, const int count) |
| Inserts all elements of a C-type array into this Container. More... | |
| void | add (const T &element) |
| Adds element at the end of Container. More... | |
| void | add (const T &element, int times) |
| Adds element at the end of Container n times. More... | |
| void | add (const Container &other) |
| Adds all elements from another Container at the end of this one. More... | |
| void | add (const Container &other, const int count) |
| Adds all elements from another Container at the end of this one. More... | |
| void | add (const Container &other, const int start, const int count) |
| Adds all elements from another Container at the end of this one. More... | |
| void | add (const T other[], const int count) |
| Adds all elements from a C-type array at the end of Container. More... | |
| void | add (const T other[], const int start, const int count) |
| Adds all elements from a C-type array at the end of Container. More... | |
| void | addFirst (const T &element, int times=1) |
| Adds element at the beginning of Container n times. More... | |
| void | addFirst (const Container &other) |
| Adds all elements from another Container at the beginning of this one. More... | |
| void | addFirst (const Container &other, const int count) |
| Adds all elements from another Container at the beginning of this one. More... | |
| void | addFirst (const Container &other, const int start, const int count) |
| Adds all elements from another Container at the beginning of this one. More... | |
| void | addFirst (const T other[], const int count) |
| Adds all elements from a C-type array at the beginning of Container. More... | |
| void | addFirst (const T other[], const int start, const int count) |
| Adds all elements from a C-type array at the beginning of Container. More... | |
| T | removeAt (int index) |
| Removes element at given index. More... | |
| void | remove (T element) |
| Removes first occurrence of element in Container. More... | |
| void | remove (const Container &other) |
| Removes first occurrence of each element in another Container from this one. More... | |
| T | removeFirst () |
| Removes first element of Container. More... | |
| T | removeLast () |
| Removes last element of Container. More... | |
| T | removeRandom () |
| Gets a random element in Container and removes it. More... | |
| int | removeAll (const T &element) |
| Removes all occurrences of element in Container. More... | |
| int | removeAll (const Container &other) |
| Removes all occurrences of each element in another Container from this one. More... | |
| T | min () const |
| Finds minimum element in Container. More... | |
| T | min (bool(*compareFunction)(T const &, T const &)) const |
| Finds minimum element in Container. More... | |
| T | max () const |
| Finds maximum element in Container. More... | |
| T | max (bool(*compareFunction)(T const &, T const &)) const |
| Finds maximum element in Container. More... | |
| T | random () const |
| Gets a random element in Container. More... | |
| void | randomize () |
| Randomizes order of elements in Container. More... | |
| void | reverse () |
| Reverses order of elements. | |
| void | removeDuplicates () |
| Removes duplicates in Container. | |
| void | sort () |
| Sorts elements in Container. More... | |
| void | sort (bool(*compareFunction)(T const &, T const &)) |
| Sorts elements in Container. More... | |
| void | unite (const T &element) |
| Unites elements of this Container with an element. More... | |
| void | unite (const Container &other) |
| Unites elements of this Container with another one. More... | |
| void | intersect (const Container &other) |
| Intersects elements of this Container with another one. More... | |
| void | differentiate (const T &element) |
| Differentiates elements of this Container with an element. More... | |
| void | differentiate (const Container &other) |
| Differentiates elements of this Container with another one. More... | |
| String | joined (const String &separator) const |
| Joins all elements into a string. More... | |
| T * | findFirst (bool(*conditionFunction)(T const &)) |
| Finds and returns first occurrence of element that matches the condition. More... | |
| const T * | findFirst (bool(*conditionFunction)(T const &)) const |
| Finds and returns first occurrence of element that matches the condition. More... | |
| bool | matchesAny (bool(*conditionFunction)(T const &)) const |
| Checks if at least one element matches the condition. More... | |
| bool | matchesAll (bool(*conditionFunction)(T const &)) const |
| Checks if all elements match the condition. More... | |
| void | each (void(*processFunction)(T const &)) |
| Modifies each element with a special function. More... | |
Protected Member Functions | |
| template<typename R > | |
| R | _indices () const |
| Gets all indices. More... | |
| template<typename R > | |
| R | _indicesOf (const T &element) const |
| Gets all indices of the given element. More... | |
| template<typename R > | |
| R | _sub (int start, int count) const |
| Returns a subarray of elements. More... | |
| template<typename R > | |
| R | _removeAt (int index, int count) |
| Removes n elements at given index of Container. More... | |
| template<typename R > | |
| R | _removeFirst (const int count) |
| Removes n elements from the beginning of Container. More... | |
| template<typename R > | |
| R | _removeLast (const int count) |
| Removes n elements from the end of Container. More... | |
| template<typename R > | |
| R | _removeRandom (const int count) |
| Gets an Container of random elements selected from this one and removes them. More... | |
| template<typename R > | |
| R | _random (int count, bool unique=true) const |
| Gets an Container of random elements selected from this one. More... | |
| template<typename R > | |
| R | _reversed () const |
| Creates new Container with reversed order of elements. More... | |
| template<typename R > | |
| R | _removedDuplicates () const |
| Creates new Container without duplicates. More... | |
| template<typename R > | |
| R | _sorted () const |
| Creates new sorted Container. More... | |
| template<typename R > | |
| R | _sorted (bool(*compareFunction)(T const &, T const &)) const |
| Creates new sorted Container. More... | |
| template<typename R > | |
| R | _randomized () const |
| Creates a new Container with randomized order of elements. More... | |
| template<typename R > | |
| R | _united (const T &element) const |
| Creates a new Container as union of this Container with an element. More... | |
| template<typename R > | |
| R | _united (const R &other) const |
| Creates a new Container as union of this Container with another one. More... | |
| template<typename R > | |
| R | _intersected (const R &other) const |
| Creates a new Container as intersection of this Container with another one. More... | |
| template<typename R > | |
| R | _differentiated (const T &element) const |
| Creates a new Container as difference of this Container with an element. More... | |
| template<typename R > | |
| R | _differentiated (const R &other) const |
| Creates a new Container as difference of this Container with another one. More... | |
| template<typename R , typename S > | |
| R | _mapped (S(*generateFunction)(T const &)) const |
| Creates new Container with new elements obtained from the current Container elements. More... | |
| template<typename R > | |
| R | _findAll (bool(*conditionFunction)(T const &)) const |
| Finds and returns new Container of elements that match the condition. More... | |
| template<typename R , typename S > | |
| R | _cast () const |
| Returns a new Container with all elements cast into type S. More... | |
| template<typename R , typename S > | |
| R | _dynamicCast (bool includeNulls=false) const |
| Returns a new Container with all elements dynamically cast into type S. More... | |
Encapsulates container functionality and adds high level methods.
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Copy constructor.
| [in] | other | Container to copy. |
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Constructor from single element.
| [in] | element | Element to insert. |
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Constructor from single element.
| [in] | element | Element to insert. |
| [in] | times | Number of times to insert element. |
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Constructor from C-type array.
| [in] | other | C-type array to copy. |
| [in] | count | Number of elements to copy. |
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Constructor from C-type array.
| [in] | other | C-type array to copy. |
| [in] | start | Start index of elements to copy. |
| [in] | count | Number of elements to copy. |
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Returns a new Container with all elements dynamically cast into type S.
| [in] | includeNulls | Whether to include NULLs that failed to cast. |
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Gets all indices.
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Gets all indices of the given element.
| [in] | element | Element to search for. |
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Creates new Container with new elements obtained from the current Container elements.
| [in] | generateFunction | Function pointer with generation function for the new elements. |
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Returns a subarray of elements.
| [in] | start | Start index of the elements to copy. |
| [in] | count | Number of elements to copy. |
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Adds element at the end of Container.
| [in] | element | Element to add. |
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Adds element at the end of Container n times.
| [in] | element | Element to add. |
| [in] | times | Number of times to add the element. |
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Adds all elements from a C-type array at the end of Container.
| [in] | other | C-type array of elements to add. |
| [in] | count | Number of elements to add. |
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Adds all elements from a C-type array at the end of Container.
| [in] | other | C-type array of elements to add. |
| [in] | start | Start index of the elements to add. |
| [in] | count | Number of elements to add. |
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Adds element at the beginning of Container n times.
| [in] | element | Element to add. |
| [in] | times | Number of times to add the element. |
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Adds all elements from a C-type array at the beginning of Container.
| [in] | other | C-type array of elements to add. |
| [in] | count | Number of elements to add. |
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Adds all elements from a C-type array at the beginning of Container.
| [in] | other | C-type array of elements to add. |
| [in] | start | Start index of the elements to add. |
| [in] | count | Number of elements to add. |
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Returns element at specified position.
| [in] | index | Index of the element. |
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Returns element at specified position.
| [in] | index | Index of the element. |
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Gets the iterator at the beginning.
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Gets the iterator at the beginning.
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Counts occurrences of element in Container.
| [in] | element | Element to search for. |
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Counts occurrences of elements in Container.
| [in] | other | C-type array with elements to search for. |
| [in] | count | How many elements the C-type array has. |
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Counts on how many elements match the condition.
| [in] | conditionFunction | Function pointer with condition function that takes one element of type T and returns bool. |
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Modifies each element with a special function.
| [in] | processFunction | Function pointer with processing function for the elements. |
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Gets the iterator at the end.
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Gets the iterator at the end.
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Compares the contents of two Containers for being equal.
| [in] | other | Another Container. |
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Finds and returns first occurrence of element that matches the condition.
| [in] | conditionFunction | Function pointer with condition function that takes one element of type T and returns bool. |
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Finds and returns first occurrence of element that matches the condition.
| [in] | conditionFunction | Function pointer with condition function that takes one element of type T and returns bool. |
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Accesses first element of Container.
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Accesses first element of Container.
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Gets index of the given element.
| [in] | element | Element to search for. |
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Inserts new element at specified position n times.
| [in] | index | Position where to insert the new element. |
| [in] | element | Element to insert. |
| [in] | times | Number of times to insert element. |
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Inserts all elements of a C-type array into this Container.
| [in] | index | Position where to insert the new elements. |
| [in] | other | C-type array of elements to insert. |
| [in] | count | Number of elements to insert. |
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Inserts all elements of a C-type array into this Container.
| [in] | index | Position where to insert the new elements. |
| [in] | other | C-type array of elements to insert. |
| [in] | start | Start index of the elements to insert. |
| [in] | count | Number of elements to insert. |
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Accesses last element of Container.
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Accesses last element of Container.
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Checks if all elements match the condition.
| [in] | conditionFunction | Function pointer with condition function that takes one element of type T and returns bool. |
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Checks if at least one element matches the condition.
| [in] | conditionFunction | Function pointer with condition function that takes one element of type T and returns bool. |
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Finds maximum element in Container.
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Finds maximum element in Container.
| [in] | compareFunction | Function pointer with comparison function that takes two elements of type T and returns bool. |
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Finds minimum element in Container.
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Finds minimum element in Container.
| [in] | compareFunction | Function pointer with comparison function that takes two elements of type T and returns bool. |
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Compares the contents of two Containers for being not equal.
| [in] | other | Another Container. |
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Gets a random element in Container.
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Randomizes order of elements in Container.
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Gets the reverse iterator at the beginning.
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Gets the reverse iterator at the beginning.
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Removes first occurrence of element in Container.
| [in] | element | Element to remove. |
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Removes all occurrences of element in Container.
| [in] | element | Element to remove. |
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Removes element at given index.
| [in] | index | Index of element to remove. |
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Removes first element of Container.
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Removes last element of Container.
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Gets a random element in Container and removes it.
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Gets the reverse iterator at the end.
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Gets the reverse iterator at the end.
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Sorts elements in Container.
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Sorts elements in Container.
| [in] | compareFunction | Function pointer with comparison function that takes two elements of type T and returns bool. |
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Unites elements of this Container with an element.
| [in] | element | Element to unite with. |
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The sources listed here help deepening your knowledge – they are by no means comprehensive.
A number of sources were used during the development of CrypTool.
The online help available within CrypTool exhaustively explains the classic encryption algorithms. Mostly the online help doesn't go deeply into the modern encryption algorithms due to their complexity.
Further information and further sources concerning also the modern cryptographic algorithms can be found within single articles of the CT Book and within the "Links" section on the CrypTool web site.
The following lists of references are alphabetically sorted.
Books about cryptography, cryptanalysis and number theory
Albrecht Beutelspacher: "Geheimsprachen", 1997, Beck.
Albrecht Beutelspacher, Jörg Schwenk, Klaus-Dieter Wolfenstetter: "Moderne Verfahren der Kryptographie", 1995, Vieweg.
Johannes Buchmann: "Introduction to Cryptography", 2nd ed, 2004, Springer.

Walter Fumy, Hans Peter Riess: "Kryptographie, Entwurf, Einsatz und Analyse symmetrischer Kryptoverfahren", 1994, Oldenbourg.
Paul Garrett: "Making, Breaking Codes: Introduction to Cryptology", 1st ed, 2001, Prentice Hall.
Alfred J. Menezes, Paul C. van Oorschot, Scott A. Vanstone: "Handbook of Applied Cryptography", 1997, CRC Press.
Christof Paar and Jan Pelzl, "Understanding Cryptography – A Textbook for Students and Practioners",
December 2009, Springer This is pedagogically one of the best crypto books currently available. It
describes all crypto schemes of practical relevance while avoiding to be shallow. The companion website
has extensive PowerPoint slides for teachers, links to further information and videos of 28 lecturers
(in German only). http://www.crypto-textbook.com
Arto Salomaa: "Public-Key Cryptography", 1990, Springer.
Klaus Schmeh: "Cryptography and Public Key Infrastructures on the Internet", 2003, John Wiley & Sons Ltd.
[A considerable, up-to-date, easy to read book, which also considers practical problems like standardisation or real existing software].
Klaus Schmeh: "Kryptografie", 4th ed, 2009, dpunkt.
Klaus Schmeh: "Codeknacker gegen Codemacher. Die faszinierende Geschichte der Verschlüsselung", 2nd ed, 2007, W3L-Verlag. [the most recent among the books dealing in a comprehensive manner with the history of cryptology, it contains a small collection of solved and unsolved crypto riddles].
Bruce Schneier: "Applied Cryptography", Protocols, Algorithms and Source Code in C, second edition, 1996, Wiley.
Victor Shoup: "A Computational Introduction to Number Theory and Algebra", 2005, Cambridge University Press http://shoup.net/ntb/
Simon Singh: "The Codebook", 1999, Doubleday
[very thrilling book – more historically oriented than mathematically].
Mark Stamp, Richard M. Low. "Applied Cryptanalysis: Breaking Ciphers in the Real World", 2007, Wiley-Interscience [The according website has a lot of powerpoint slides and challenge problems.] http://cs.sjsu.edu/faculty/stamp/crypto
Douglas R. Stinson: "Cryptography, Theory and Practice", 1995, CRC Press.
As there is little information on elliptic curves in the references provided above, a list of additional works specifically on the subject of elliptic curves is provided below.
Ian Blake, Gadiel Seroussi, Nigel Smart: "Elliptic Curves in Cryptography", Cambridge University Press, 1999.
N. Koblitz: "A Course in Number Theory and Cryptography", Springer-Verlag, 2nd edition, 1994.
Alfred J. Menezes: "Elliptic Curve Public Key Cryptosystems", Kluwer Academic Publishers, 1993.
Darrel Hankerson, Scott Vanstone, Alfred J. Menezes: "Guide to Elliptic Curve Cryptography", Springer Professional Computing, 2004.
Journal articles and white papers about elliptic curves
Jurišic und A. Menezes: "Elliptic Curves and Cryptography". Dr. Dobb‚s Journal, April 1997, pp 26-35.
N. Koblitz: "Elliptic Curve cryptosystems". Mathematics of Computation 48, pp 203-209, 1987.
A.J. Menezes, T. Okamoto und S.A. Vanstone: "Reducing elliptic curve logarithms to logarithms in a finite field". IEEE Transactions on Information Theory 39, pp 1639-1646, 1993.
V. Miller: "Uses of elliptic curves in cryptography". In Advances in Cryptology: Crypto ‚85, Lecture Notes in Computer Science 218 (1986), pp 417-426.
V. Müller und S. Paulus: "Elliptische Kurven und Public Key-Kryptographie". Datenschutz und Datensicherheit 22 (1998), pp 496-503.
K. Nyberg und R.Rueppel: "A new signature scheme based on the DSA giving message recovery". First ACM Conference on Computer and Communications Security (1993), ACM Press, pp 58-61.
K. Nyberg und R.Rueppel: "Message Recovery for Signature Schemes Based on the Discrete Logarithm Problem". Designs, Codes and Cryptography, 7, pp 61-81, 1996.
Standard specifications for elliptic curve cryptography:
IEEE P1363 "Standard Specifications for Public Key Cryptography" (provisional working version 8, October 1998), http://grouper.ieee.org/groups/1363.
Working Draft American National Standard X9.62-1998 "Public Key Cryptography For The Financial Services Industry: The Elliptic Curve Digital Signature Algorithm (ECDSA)", September 1998.
Working Draft American National Standard X9.63-199x "Public Key Cryptography For The Financial Services Industry: Key Agreement and Key Transport Using Elliptic Curve Cryptography", January 1999.
Sage scripts and notebooks about cryptography
Sage is an open-source computer algebra system (CAS). It combines the power of many existing
open-source packages into a common Python-based interface (http://www.sagemath.org).
Interactive introduction to elliptic curves and elliptic curve cryptography:
Maike Massierer and the CrypTool team, "An Interactive Introduction to Elliptic Curve Cryptography", version 1.01, October 2008, http://sage.mathematik.uni-siegen.de:8000/home/pub/45/
Links to the Enigma machine
The Word War II Enigma machine is addressed in an especially large number of references and versions on the Internet.
Codes and Ciphers in the Second World War: The Enigma
offers an explanation of how the machine worked, as well as an introduction to substitution ciphers http://www.codesandciphers.org.uk/enigma/index.htm
A huge number of books exists here, too. This is only a small selection:
Matt Bishop, "Computer Security. Art and Science", 2003, Addison-Wesley.
Claudia Eckert, "IT-Sicherheit, Konzepte - Verfahren - Protokolle", 6th ed, 2009, Oldenbourg
[very complete and actual book, but yet only available in German].
Ryan Russell / Stace Cunningham: "Das Hacker-Buch", 2001, bhv.
Ryan Russell / Stace Cunningham: "Hack Proofing your Network", 2000, Osborne/MacGraw-Hill
[the original of the German book above: very clear and understandable for everybody].
Joachim Swoboda / Michael Pramateftakis / Stephan Spitz,
"Kryptographie und IT-Sicherheit", 2008, Vieweg+Teubner (GWV).


How to Actually Watch ‘High School Musical: The Musical: The Series’
Yes, that is the real title. With Disney+ came hundreds of classics, readily available to be streamed from the convenience of your couch—no VHS player necessary, as well as all-new TV shows and movies from the new streaming service. And one of those brand-new shows is a spin-off of the Oscar-worthy High School Musical.
The Disney Channel Original Movie that brought us not only Zac Efron and Vanessa Hudgens but ALSO “The Start of Something New,” “Bop to the Top” AND “Get’cha Head in the Game” has been revived for the next generation to enjoy. It’s a rite of passage at this point.
What is the new show even about?
It’s a mockumentary. (Think: The Office but for teens…and older millennials living out their childhoods.) The 10 episodes of season 1 take place in a world where East High is an *actual* school and the original movie was filmed there before it took off and became as big of a hit as it did IRL. AND it has actual high-school-age kids playing the high schoolers. A revolutionary concept.
The students at East High are putting on their own version of High School Musical—and it’s somehow the first time the school has ever done it. So the new series follows the drama students as they audition and practice for the upcoming play—as well as fall in love, make new friends, get in fights, create rivalries, and, of course, sing their hearts out the only way true Wildcats know how.
Related Story
Disney+'s ‘HSM: The Musical: The Series’ Review
Can we expect a Zac Efron cameo or nah?
Sadly, it looks like there won’t be any returning cast members from the original. BUT show creator Tim Federle told Vulture: “If Zac Efron wants to appear in a huge pivotal role down the line, I’m happy to write that perhaps he’s making a movie about the show.” So fingers absolutely crossed.
And we can def count on some of the old songs being redone, since you legally cannot do a High School Musical series without “The Start of Something New” being sung by someone. Which, understandable.
And don’t worry—we also already know there’s going to be a season 2 (!).
Okay, how do I watch this thing?
The first episode of the show is available now on Disney+, and the streaming service will add a new episode every Friday until the 10-episode run is over. So basically, cancel all your weekend plans until after the new year.
Plus, if you juuust wanna check out HSMTMTS before committing to the whole Disney+ thing: Sign up here!
Leah Thomas Leah Thomas is an NYC-based freelance writer with bylines at Cosmopolitan, Teen Vogue, Marie Claire, Newsweek, and more.


Before Change
def test_standard_deviation07():
"standard deviation 7"
labels = [1]
for type in types:
input = np.array([-0.00619519], type)
output = ndimage.standard_deviation(input, labels, [1])
assert_array_almost_equal(output, [0])
def test_minimum_position01():
"minimum position 1"
labels = np.array([1, 0], bool)
for type in types:
After Change
def test_standard_deviation07():
"standard deviation 7"
labels = [1]
olderr = np.seterr(all="ignore")
try:
for type in types:
input = np.array([-0.00619519], type)
output = ndimage.standard_deviation(input, labels, [1])


Save the Date
30–07–16
If you received an email from us with a 'Save the Date' then you're invited to our wedding! We can't wait to become a family and celebrate with you all, but we can't reveal too much yet.
So for now, just get Saturday the 30th July in your diaries. We'll be partying in a field... In Bovingdon.
Full invitation to follow...


gstrip96[0]/str960 Stripper
The gstrip960/str960 object stripper removes symbols and relocations
from an object file. The invocation command is:
gstrip96[0]
| str960 [ -option ]... file ...
On DOS, gstrip960 is named gstrip96, because of the eight-character
filename limit.
Each option must be preceded by a -
character. (On DOS, you can also use a /
character.) The options are listed below.
file identifies
a linked object file to be stripped.
- a
Strips all symbols. This option makes files unlinkable.
Use only on fully linked files and only after the program has
been debugged. This is the default.
- b
Strips all local symbols and line numbers, leaving
only block information (.bb,
.eb,
.bf,
and .ef).
- C
Strips CCINFO only.
- h
Prints help information to stdout
and exits.
- l
Strips line information only.
- r
Strips all except relocation information.
- V
Prints version informat to stdout
and processes the rest of the specified operations.
- v960
Prints version information to stdout
and exits.
- x
Strip all except static and external symbol information.
- z
Suppress writing a time-stamp in the COFF file
header.
Return
to the top of this page.
Go
to the ic960 Interface Index.
Go
to the gcc960 Interface Index.


The Trump campaign loved Tulsi Gabbard's criticism of the Democratic Party
by Catherine GarciaThat didn't take long.
Only minutes after Rep. Tulsi Gabbard (D-Hawaii) criticized the Democratic Party during Wednesday night's primary debate, the Trump War Room Twitter account posted video of her remarks. In the short clip, Gabbard says, "Our Democratic Party, unfortunately, is not the party that is of, by, and for the people."
The Trump War Room account is managed by Trump's 2020 campaign, and amplifies pro-Trump news stories and Republican talking points. The fact that the Trump War Room posted the video likely won't sit well with Sen. Kamala Harris (D-Calif.), who responded to Gabbard's comment by saying it was "unfortunate" that the Hawaii representative spent "four years full time on Fox News criticizing President Obama" and became buddy-buddy with former Trump adviser Stephen Bannon.
More stories from theweek.com
Ken Starr on the Sondland testimony: 'It's over'
Republicans are throwing Rudy Giuliani under the bus
MSNBC's Joe Scarborough pans Biden's latest debate performance: 'He's having trouble completing thoughts'


| Event | Placebo (N = 66) no. of patients (%) | Mepolizumab (N = 69) | Placebo (N = 66) no. of patients (%) :0 | Placebo (N = 66) no. of patients (%) :1 | Mepolizumab (N = 69) :0 | Mepolizumab (N = 69) :1 |
|---|---|---|---|---|---|---|
| Adverse event | ||||||
| Any | 61 (92) | 57 (83) | 61 | 92 | 57 | 83 |
| Nonasthma | 60 (91) | 57 (83) | 60 | 91 | 57 | 83 |
| Worsening of asthma | 8 (12) | 2 (3) | 8 | 12 | 2 | 3 |
| Related to study drug* | 12 (18) | 21 (30) | 12 | 18 | 21 | 30 |
| Leading to discontinuation of study drug or withdrawal from the study | 3 (5) | 3 (4) | 3 | 5 | 3 | 4 |
| Serious adverse event | ||||||
| During treatment | 12 (18) | 1 (1) | 12 | 18 | 1 | 1 |
| Fatal | 1 (2) | 0 | 1 | 2 | 0 | 0 |
| * This determination was made by investigators who were unaware of study group assignments. Additional details regarding adverse events are provided in Table S6 in the Supplementary Appendix. |


Yungblud review: Anthemic hits smash though Brixton Academy
Yungblud has managed to shoot to the forefront of rock music over the past 18 months with the kind of force that wouldn’t be unexpected from a juggernaut.
As the singer’s UK tour hits London’s iconic Brixton Academy, it becomes evidently clear why – Dominic Harrison has a kind of relentless, infectious energy you can’t ignore even if you wanted to.
In the space of an album and his newly released EP, he’s managed to create anthem after anthem, and they’re all on full display as he heads to the stage waving a flag as smudged lipstick covers a beaming grin.
Kicking off with 21st Century Liability, Yungblud careers through his tracks as the audience belts along to every word.
At one point, he could have easily left the stage and the song could have carried on regardless as he storms through Parents and I Love You, Will You Marry Me, with each track varying through emo, to rock, to ska and back again.
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There’s a lot of care that goes into Yungblud’s unique relationship to his fans and the world he’s created around him. Perhaps this is most evident before his set even begins, with supporting act Saint Phnx stopping the entire show in its tracks as a member of the crowd passes out in the heat.
The message is clear before they even say it: ‘Take care of each other and help each other out.’ It’s repeated throughout the entire show.
Halfway through the set, the star risks heading into the middle of the audience, smack bang in the middle of the moshpit, with a guitar and a microphone, to perform Kill Somebody – and then trusts that they won’t tear him apart.
They don’t. They’re not here for that.
It’s a bit of a testament to him that he manages to turn the 5000 capacity venue from feeling like a tiny record store gig to something worthy of a stadium from one song to the next, heading back onto the stage for his anthemic I Think I’m OKAY, which despite the absence of Machine Gun Kelly, still works.
In another, he tells everyone to hug the people beside him, and declares the event as a display of whoever they want to be – which is literal music to an angst-ridden era’s ears when everything else they’re told seems to be negative.
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Then he later segues into Brexit and Boris Johnson (who was offered a ticket on Twitter but for some strange reason didn’t turn up).
In the blink of an eye, the show’s set has not only finished, but overrun, and Dominic, still managing to seem like a kid who’s just been given a hell of a lot of e-numbers, then sticks around to meet anyone who wants to meet him.
It takes some stamina but you can tell he’s enjoying every part of the monumental moment.
It’s derivative cliche to say that Yungblud is the voice of a generation, but the implications are there as an audience full of p***ed off people break away to feel like they’re a united force for something greater.
…So let’s just say here may be hope for the underrated youth just yet.
Yungblud: Brixton Academy Set List
- 21st Century Liability
- Parents
- I Love You, Will You Marry Me
- King Charles
- Anarchist
- Polygraph Eyes
- Original Me
- Loner
- Kill Somebody
- I Think I’m OKAY
- Casual Sabotage
- Waiting For The Weekend
- California
Encore
- Braindead!
- Hope For The Underrated Youth
- Machine Gun (F*** The NRA)
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Got a showbiz story? If you've got a story, video or pictures get in touch with the Metro.co.uk Entertainment team by emailing us<EMAIL_ADDRESS>calling 020 3615 2145 or by visiting our Submit Stuff page - we'd love to hear from you.


| DOSE: |
5 hits |
smoked |
Cannabis |
(plant material) |
There had been a couple times where i had smoked weed and never caught off of it. I always questioned why people did it and spoke so highly of it. I never quite understood this. Then one time, after school one day, my friend came up to me and told me he was high, and i asked him to describe it. He told me that things seemed to go very slow, and different things seemed a lot more alarming. I just passed it off and though nothing of it.
Then about 2 months later, a friend of mine ended up picking up 2 grams just for the night, and ended up getting a very nice count. Now there were about a dozen people with us, but only about 5-6 who were smoking. Everything went into different assorted pipes.
The setting was a park, one which i had been to many times. So the experience began with all of us being like kids with candy, taking as much as we could, not knowing what we'd feel like afterward. As we were smoking, i think about after the 5th hit, i finally started to notice something. Sure enough, it was just the onsets, and i was happy that i was finally high and could now start to relate to people about what being high was about.
Then after everything was smoked, everyone was being extremely loud in the park and i could hear every conversation which everyone was having, regardless if i was 2 feet from the person telling the story or 10 feet. I could hear everything. I could hear the wind, and also the city night. I never understood this in my life, how to hear everything at once like this.
At this point that's when it finally hit me.  I can duplicate the same effect by opening my eyes for a brief second and then closing them and doing this over and over. Images of everything were being captured, and i was trying to talk to my friend about me relating to what he had said to me at school, but he was so fucked up that he was too busy laughing at everyone =). This didn't really help out my experience at all because i felt like i was alone.
As the night progressed i started on the exploration of my inner self, learning about things which i had experienced, and who i was. Putting together thoughts, and travelling on the brain waves of thought to understand how things are connected. As i dug myself deeper and deeper into my mind i slowly noticed paranoia creeping up on me. I was alarmed with many things and proceeded to act somewhat like a cat, quick and very attentive. My friends thought this was all funny and just couldn't get enough of it.
Then when things started to calm down, i ended up saying to myself 'something else, something else.' The first something else would be louder than the second one. Thus, throwing me into a trance. The two different levels of sound i was now exploring became my whole reality. Kaleidescope vision would happen when i would close my eyes, and i would continue to repeat this while wandering around the park closing my eyes. For most of the night, everyone just laughed. But because it was my first time of exploring myself, i was more entertained by things which i was doing, rather than what people had said.
Three years later, i'm now very experienced with marijuana. And from this great plant, i uncovered different secrets about music, thinking, art, and other mind entertaining subjects. I wonder to this day what i would be like if my mind had never been exposed to this insight. I think i would be a lot more of a dull person, and ignore things which meant a great deal to personal exploration.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Steet Food
We don't play with food
When i was young my father told me never to recoment a church or a woman to anyone and i find it wise never to recomend a restaurant either. something always goes wrong with ther cheese souffle.
There is something profoundly fullfiulling in sharing a meal. Eating together and breaking bread together, is one of the oldest and most fundermentally unifying of human experiences.
There is something profoundly fullfiulling in sharing a meal. Eating together and breaking bread together, is one of the oldest and most fundermentally unifying of human experiences.
There is something profoundly fullfiulling in sharing a meal. Eating together and breaking bread together, is one of the oldest and most fundermentally unifying of human experiences.


{$page_metas}
{$js_block} {$js_include}
{Layout}
{$Menu}
{$Content}
This system is implemented using
Agile Toolkit
. © 1999–2014 Agile Toolkit Limited.
See License
{/}


Sharing trajectories - setup the MDsrv
In order to provide others a MDsrv session including your simulations, MDsrv has to be installed, deployed and a script has to been written. In the following, we will go through the installation procedure, explain the deployment and how to set up a webserver, how to use the MDsrv from your command line, how to configure is, e.g. connect it with a cluster, how it can be utilized and how scripts have to be created.
More
If you have any questions, found some bugs, or want to report enhancement requests use the Issue Tracker, use the contact formular or write a mail to<EMAIL_ADDRESS>or<EMAIL_ADDRESS>Please give us feedback!


§309-4 Rules and regulations. The department of budget and finance is authorized to establish rules and regulations relating to the participation of eligible institutions as defined in Public Law 89-329 and Public Law 89-287 or similar federal laws, allocation of available loan funds among the several participating eligible institutions, definition of necessary terms, and other matters relating to the program. [L 1966, c 16, pt of §2; HRS §309-4; am L 1968, c 49, pt of §2]
Cross References
Rulemaking, see chapter 91.


{{editMode?"Edit Booked OT Details":"Booking OT Schedule "}} | {{ selectedPatient.ShortName? selectedPatient.ShortName : 'New Patient'}}
X
{{editMode?'Selected':'Select'}} Patient
*
Enter OT DateTime
*
:
Enter Valid Date
Diagnosis
*
:
Diagnosis is mandatory.
Type of Surgery
*
:
Please enter type of surgery.
Procedure
*
:
Please enter type of Procedure.
Surgeon Name
:
0">
{{surdoc.FullName}}
Anesthetist Doctor Name
:
Anesthetist Assistant Name
:
Anesthesia
:
Scrub Nurse Name
:
OT Assistant Name
:
Remarks
*
:
Remarks is mandatory to book new ot.


--- layout: page title: Cross cultural communication and training permalink: /resources/cross-cultural-communication-and-training/ main_image_path: main_image_caption: aside: true _options: layout: hidden: true image: width: 1200 height: 1200 resize_style: contain mime_type: image/jpeg _comments: ---
High-context and Low-context culture, Edward T. Hall
How do greetings differ among cultures? Norine Dresser
How do listening postures differ across cultures? Norine Dresser
Why should I be careful when looking people from other cultures in the eye? Norine Dresser
How Culture Drives Behaviours, Ted talk by Julien S. Bourrelle
Learn a new culture, Ted talk by Julien S. Bourrelle
'W curve' - what happens when entering a new culture
The case for identity, adaption and transformation, Young Yun Kim - what happens when we become familiar with a new culture
Cultures of organisations, based on Charles Handy
Spoof news item, when cultural misunderstanding happens in two parts of the same small country.


Want to get started?
The main mandate of this is to conduct and coordinate mathematical-based research of higher learning. This is intended to serve as a driver for research enhancement and innovation across the world.
Mathematics is very essential in our lives as it isapplicable everywhere,even when applying for jobs etc.
Below are various courses taken and their levels:
| Course Name | Level | |
|---|---|---|
| 1 | Elementary Math | Level1 |
| 2 | Elementary Math | Level 2 |
| 3 | Middle School | level 1 |
| 4 | Middle School | Level 2 |
| 5 | Higher learning | Level 1 |
| 6 | >Higher learning | Level 2 |
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Chadwick Boseman Wants Nothing To Do with a Marvel/Disney+ Series
by Tom MillerWith the buzz around Marvel's upcoming Disney+ series steadily increasing, Black Panther star Chadwick Boseman was asked which of his Avengers co-stars he would want to team up with for an adventure on the small screen.
"I wouldn't, because I don't want to do a TV show," he said, adding that he has other things he's excited about doing and "none of those are franchises."
In discussing the Black Panther 2, Boseman noted he's interested in exploring the setting and finding out new things about his particular section of the MCU, as long as the foundation that was established in the first film is honored.
Disney+ is now available in the U.S. If you want to sign up for Disney+, while also supporting Comic Book Resources, you can do so through our affiliate partnership link.
Sign up now for your free week of Disney+!
As for Disney+'s other Marvel fare, fans still have The Falcon and The Winter Soldier, WandaVision, Hawkeye, Loki, She-Hulk, Moon Knight, Ms. Marvel and more to look forward to.
The Black Panther sequel was officially announced at SDCC in July and is currently in development. Ryan Coogler is returning as writer and director of Black Panther 2, with Chadwick Boseman, Letitia Wright, Danai Gurira and Martin Freeman all reprising their roles from the first movie. The film releases May 6, 2022.
We hope you like the items we recommend! Comic Book Resources has affiliate partnerships, so we receive a share of the revenue from your purchase. This won’t affect the price you pay and helps us offer the best product recommendations.
https://schema.orgBreadcrumbListListItem1Homehttps://www.cbr.com/ListItem2TVhttps://www.cbr.com/category/tv/ListItem3TV Newshttps://www.cbr.com/category/tv/news-tv/ListItem4Chadwick Boseman Wants Nothing To Do with a Marvel/Disney+ Serieshttps://www.cbr.com/chadwick-boseman-no-marvel-disney-plus-series/


问题描述：
Miracle Corporations has a number of system services running in a distributed computer system which is a prime target for hackers. The system is basically a set of N computer nodes with each of them running a set of N services. Note that, the set of services running on every node is same everywhere in the network. A hacker can destroy a service by running a specialized exploit for that service in all the nodes.
One day, a smart hacker collects necessary exploits for all these N services and launches an attack on the system. He finds a security hole that gives him just enough time to run a single exploit in each computer. These exploits have the characteristic that, its successfully infects the computer where it was originally run and all the neighbor computers of that node.
Given a network description, find the maximum number of services that the hacker can damage.
输入：
There will be multiple test cases in the input file. A test case begins with an integer N (1<=N<=16), the number of nodes in the network. The nodes are denoted by 0 to N – 1. Each of the following N lines describes the neighbors of a node. Line i (0<=i<N) represents the description of node i. The description for node i starts with an integer m (Number of neighbors for node i), followed by m integers in the range of 0 to N – 1, each denoting a neighboring node of node i.
The end of input will be denoted by a case with N = 0. This case should not be processed.
输出：
For each test case, print a line in the format, “Case X: Y”, where X is the case number & Y is the maximum possible number of services that can be damaged.
样例输入：
3
2 1 2
2 0 2
2 0 1
4
1 1
1 0
1 3
1 2
0
样例输出：
Case 1: 3
Case 2: 2
转化为数学模型：有n个节点，每个节点有m_i个邻居，每个人和邻居为一个整体，问最多可以分成几组使得每组并集合为全集。
书上给的策略也就是
f(s)=max{(f(s0)|s0是s的子集,cover[s0]等于全集}+1;
这个题因为n范围的原因使得我们可以用二进制进行表示，首先找到每台机子能够连接的所有机子，然后cover(s)表示pi的集合s中所有pi的并集，其实就是说以当前点进行操作最多可以使得多少台机子停止工作。
然后后面只需要枚举s的子集s0即可，这里不得不佩服作者用的这个技巧，即s0=(s0-1)&s这样便使得s的子集全部找到，受教了！
Java代码：
import java.io.BufferedInputStream; import java.io.File; import java.io.FileInputStream; import java.io.FileNotFoundException; import java.util.Scanner; public class Main{ static int m,n; static int maxn = 1<<17 ; static int p[] = new int[20]; static int cover[] = new int[maxn]; static int ans[] = new int[maxn]; public static void main(String[] args) throws FileNotFoundException { System.setIn(new FileInputStream("src/dp/in11825.txt")); Scanner scan = new Scanner(new BufferedInputStream(System.in) ); int c = 0; while(true){ n = scan.nextInt(); c++; if(n == 0) break; for(int i=0; i<n; i++){ m = scan.nextInt(); p[i] = 1 << i; for(int j=0; j<m; j++){ int tmp = scan.nextInt(); p[i] |= ( 1<<tmp );//二进制上有1表示相连 } //System.out.println(p[i]); } //做预处理。cover数组主要是用来判断哪些组合可以 完全的杀掉整个服务 for(int i=0; i< (1<<n); i++){ cover[i] = 0; for(int j=0; j<n; j++){ if( (i & (1<<j)) != 0) cover[i] |= p[j]; } } int all = (1<<n) - 1; ans[0] = 0; for(int s = 1; s < (1<<n); s++){ ans[s] = 0; //枚举子集合。例如 二进制 111 的子集合为 (111,110,101,100,11,10,1) for(int s0 = s; s0!=0; s0 = (s0-1)&s ){ //如果当前子集合s0，可以 杀掉整个服务。更新s if( cover[s0] == all ){ ans[s] = Math.max( ans[s], ans[s ^ s0] +1);// } } } System.out.println("Case "+ c +": " + ans[all]); } } }
到底什么时候更新啊
美乳李丽珍写真日韩av仓井空av韩国性感热舞美女护士性感大笨象写真机厂官网hTtP://2810.mm88.ml
领58元现金 澳门皇冠传奇娱乐万利国际加Q：1813712617
目测会火
这是研发类的题还是算法类？
afsasfasfasf
不太懂呀，乡亲们。原理知道代码不会
这是研发的在线笔试题吗?发现很多C啊，阿里不是JAVA多么？
换句话说，A[k/2-1]不可能大于两数组合并之后的第k小值，所以我们可以将其抛弃。
应该是，不可能小于合并后的第K小值吧
输入样例作为一个整体输入，带回车
网站不错
注释很详细，多谢分享！
太变态了。我用hash居然超时了。这样break掉居然都行啊。。。
The site You have write is very nicely prepared and quite insightful thanks for nice posta?|
具体实现上有所差别，但思路是一样的
这排版…你都打开来看看改改
正确性是关键，冲突是都会有的，主要是那种算法冲突的概率低


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This email is to inform you that a member, {{ project.project_member.project_member_id }}, has withdrawn their participation from your project.
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Regular expressions can be helpful while trying to match a well formed string that may change over time. Regular expressions are used in matching data being sent over the network in the network corruption faults as well as use in file corruption faults.
Note: to replace a string please see the Using replacement strings section.
Regular expression examples:
Match any IP address, with optional port number:
[0-9]+\.[0-9]+\.[0-9]+\.[0-9]+((:[0-9]+)?)
[0-9]+ – represents a random number between 0 and 9 the following ‘+’ means there can be a string of 1 or more of these numbers.
\. – Since ‘.’ character is a reserved character it must be escaped. Escape reserved characters by using the ‘\’
((:[0-9]+)?) – This section matches a colon first, then a string of random numbers, the final ‘?’ makes this entire section optional.
Match a sequence of 10 or more consecutive "A" characters:
A{10,} – A sequence of the preceding group is represented by {min, max} this regular expression matches a sequence of 10 or more of the character ‘A’. If you leave a number for the max out of the expression Holodeck assumes any length.
Match any domain is as follows:
([wW]{3,}\.)?([abcefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ]+)\.(com|net|org)
([wW]{3,}\.)? - this part matches an optional capital or lowercase "www."
([abcefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ]+) – this part matches any length string consisting of upper or lowercase alphabet letters, greater than 1 (eg. "abc", "aRdfpQ", etc.)
\.(com|net|org) – this part matches a period followed by any one of the following, "com", "net", or "org"
Regular Expression Definition:
All characters except "(", ")", "{", "}", "$", "\", "?", "/", ".", "*", "+", "^", and "|" can be used normally. C escape sequences are defined. To use a reserved character, place a "\" character in front of it (for example, "\+" represents a literal "+" character).
The "." character matches any single character.
A "*" after an expression matches repetition of zero or more times, whereas a "+" character represents repetition of one or more times. A range of repetition counts can be specified with {}, i.e. "a{2,5}" matches between 2 and 5 repetitions of "a".
A "?" following an expression makes it optional (can be present exactly zero or one times).
A "|" between two expressions represents an either-or match. The expression "get|set" will match either "get" or "set".
Character sets can be enclosed in []. The expression "[Gg]et" would match either "Get" or "get".
Sub-expressions can be enclosed in (). These sub-expressions can be referred to directly in the replacement string by numerical order starting at one.
Nonprintable characters can be represented with a C-style octal or hexadecimal escape sequences, i.e. "\0123" for octal or "\xAB" for hexadecimal.
Null characters can be matched using "\x00".
Regular expressions match the string closest to the start of the buffer first, and the length of the matched string second.


## Welcome to the GitHub page of Alex Jung. I am an Assistant Professor for Machine Learning. The current focus of my research is on **federated multi-task learning in massive collections of networked datasets ("big data over networks")**. I am also passionate about teaching the basic principles of machine learning. I currently enjoy working on the textbook "Machine Learning. The Basics". This textbook is targeted towards undergraduate students of engineering or science programs. You can find a current working draft of the book [here](https://alexjungaalto.github.io/MLBasicsBook.pdf). If you find this book useful for your blog post, research article or product, I would be grateful if you would cite this book as follows:
A. Jung, "Machine Learning: The Basics.", 2021. available online at https://alexjungaalto.github.io/MLBasicsBook.pdf.
@book{jung2021,
title = {Machine Learning: The Basics},
author = {Alexander Jung},
note = {\url{https://alexjungaalto.github.io/MLBasicsBook.pdf}},
year = {2021},
subtitle = {Machine Learning: The Basics.}
}


Fake identities creation
There are two kinds of identities: subjects and entities. An entity has both roles: Service Provider and Issuer.
Init Fake Identities
Create 2 entities and 3 subjects
Create entity
Create a new entity
Create subject
Create a new subject
Accounts


{% extends "base.html" %} {% block styles %} {{super()}} {% endblock %} {% set pagetitle='- Home'%} {% block content %}
Welcome to my homepage! My name is Clark Varin. I am a budding entrepreneur and a student at the University of Minnesota: Twin Cities. This is my homepage, where I keep all of my ideas and share all of my thoughts.


There are more ways to activate actions declaratively. Read more about them here.
Actions can be sent to the action messaging system using a standard HTML CustomEvent with the properties above, using the event name: nent:actions
You can also activate an action directly with JavaScript, using the n-action element's activateAction() function.


Detects loops whose second and the subsequent iterations do not produce any additional side effects other than produced by the first iteration,
which could indicate a programming error. Such loops may iterate only zero, one or infinite number of times.
If infinite number of times case is unreachable, such loop could be replaced with if statement. Otherwise there's a danger that
the program could stuck. Example:
int suffix = 1;
String name = baseName;
while(names.contains(name)) {
name = baseName + suffix; // error: suffix is not updated making loop body idempotent
}
New in 2018.1


Monroe man cited for crashing into several mailboxes, driving away
by Brandon ArbuckleMONROE, Wis. - A Monroe man was cited Monday for crashing into several mailboxes and driving away.
According to a news release from the Green County Sheriff's Office, deputies were sent to the north 2900 block of Hiawatha Road in Monroe after receiving a report of damage to several mailboxes at about 3:54 p.m.
Officials said when they arrived, they found out a crash had taken place and the vehicle was driven away from the scene. After conducting an investigation, authorities were able to identify Armando Temoxtle Sanchez, 24, as the driver.
The investigation showed that Sanchez was driving at around 2:30 a.m. when he lost control and hit the mailboxes.
Sanchez told officials he did not suffer any injuries and was wearing his seat belt at the time, though the vehicle sustained damage and none of the airbags deployed. Sanchez admitted to driving away after the crash.
Sanchez was cited for failure to report an accident to law enforcement, operating without a valid license and operating a motor vehicle without insurance.


Metasploit: exploit/unix/local/exim_perl_startup
Exploit-db: exploit-db.com/exploits/39535
CVE-2016-1531.sh (hackerfantastic)


Home
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Support the reintroduction of TEAPSPA, to ban wild and exotic traveling animal acts in the US!
Donate NOW


'Escape' or 'o' to see all sides, F11 for full screen, 's' for speaker notes
Clément Levallois<EMAIL_ADDRESS>2017-31-07
last modified: 2022-12-16
== !
'Escape' or 'o' to see all sides, F11 for full screen, 's' for speaker notes
Localization relates activities to physical space, in at least 4 different ways:
Place: Where is this activity happening?
Distance: Are these two agents neighbors?
Movement: Is this agent travelling? (together with speed and acceleration)
Structure: How are these agents and activities configured in space?
“Helping Local Businesses Reach More Customers”:
Target ads to people living in a radius around your store.
Can also target people who have been recently in this radius.
“Using computer vision to analyze real life activity”:
Cameras placed in public places (possibly at the windows of private households)
Video is treated on the device attached to the camera, not saved.
measures pedestrian traffic in front of stores to provide "main street analytics"
→ Making data open to foster innovation for citizens and businesses
→ Includes many datasets with geographical relevance
Similar initiatives in large cities:
The visual metaphor of the map is widely understood. It makes exploration easy: all is visible at once, while zoom allows for details as well. Multiple information cues (colors, symbols, shapes, layers, etc.) help display information.
To keep in mind: maps always an interpretative layer on the territory they display. Watch this extract from the TV series "The West Wing“, Season 2, Episode 16:
(source: http://code.waag.org/buildings/)
Every single building of the Netherlands on a map
Colored by year of construction
With role (retail or housing?) and surface highlighted
Zoomable and draggable
Agency based in San Francisco
Famous for cutting research in map design
Mapbox.com
SaaS to create interactive maps in web pages and mobile apps.
OpenStreetMap
A crowd sourced open source map of the world. Available through API.
Data is traditionally stored in tables in relational databases, taking this form:
A table can have millions of rows. How to retrieve information such as "get all customers living in Rotterdam"? "SQL" (Structured Query Language) is a system to express these kinds of queries.
In the table shown above, a query written in SQL look in the "Address" column and inspect all the text to find if "Rotterdam" is present or not.
This is highly inefficient (slow), and more complex queries would not work. For example, the table above could not be queried for "get all customers living in a 10 miles radius around Rotterdam".
So how to store geospatial data in a way that makes it easy to retrieve?
SQL solutions
Even if SQL does not perform well on geospatial data "out of the box", extra modules have been developed to deal with it.
Microsoft SQL server since 2008:
Possible to store and query “geometric” and “geographic” objects
Possible to use complex queries on these objects
NoSQL solutions
Since ~ 2005, new types of databases have been developed, which don’t follow a table structure in order to facilitate the query of special kinds of data, like geospatial data or network data.
These new databases are called "NoSQL databases"
Carto (ex CartoDB): specializing in geospatial data + mapping.
Neo4J Spatial enables to mix the logics of networks with places in the data, so that you can make such queries on your data:
"Select all streets in the Municipality of NYC where at least 2 of my friends are walking right now."
GeoJSon and TopoJSon: 2 data formats to represent geometric and geographic data developed for Javascript applications – and beyond.
Knowing the person, its location, at a precise time unlocks meaningful push notifications
Push notifications are these alerts sent by an app on your mobile, visible as transient icons. It gets “push marketing” back on solid foundations: only to the right person, at the right place, at the right time (and at the right frequency)
Data is a fungible and universal material (just 0s and 1s)
Geographical coordinates are perfectly universal (just need a longitude and latitude)
and yet… the logic of territories is shaping data: there is a geography of data. Representations with a supposedly universal and transparent coordinate system blinds us to this fact.
This argument is made by Frederic Martel in his book "Smart": Internet does not flatten everything into one big model.
Here are a few dimensions on which geography plays a strong role:
Data protection: not all countries are equal
Data handling devices: India and Africa have a larger shareof mobile devices.
Data production: Amazon Mechanical Turk is a service of data production through the hiring of a distributed crowd of workers. It tends to "erase distance", since workers can be hired by anyone anywhere.
Yet, the geographical distribution of workers on Amazon Mechanical Turk is far from even. The following figure is taken from this study:
It shows that the dream of "data and the web" erasing distances and geographical disparities is just a dream, social geography remains a strong factor in the structuring of remote workers.
The libertarian dream of the cypher-punks: individuals transact without consideration for their nationality, currency, legal system, political regime.
Organizations, banking, voting systems, … any aggregated human activity could emerge without reference to local territories or institutions. Just groups of individuals transacting voluntarily and securely, without a notion of place or distance.
Bitcoin: the currency for these transactions?
Torrent: The exchange platform for numeric goods?
Ethereum: the platform where contracts are made and executed?
Find references for this lesson, and other lessons, here.
This course is made by Clement Levallois.
Discover my other courses in data / tech for business: https://www.clementlevallois.net
Or get in touch via Twitter: @seinecle my other courses in data / tech for business: https://www.clementlevallois.net
Or get in touch via Twitter: @seinecle my other courses in data / tech for business: https://www.clementlevallois.net
Or get in touch via Twitter: @seinecle my other courses in data / tech for business: https://www.clementlevallois.net
Or get in touch via Twitter: @seinecle my other courses in data / tech for business: https://www.clementlevallois.net
Or get in touch via Twitter: @seinecle _150.png[align="center", role="right"]
This course is made by Clement Levallois.
Discover my other courses in data / tech for business: https://www.clementlevallois.net
Or get in touch via Twitter: @seinecle r business: https://www.clementlevallois.net
Or get in touch via Twitter: @seinecle ementlevallois.net
Or get in touch via Twitter: @seinecle ww.clementlevallois.net
Or get in touch via Twitter: @seinecle ww.clementlevallois.net
Or get in touch via Twitter: @seinecle ww.clementlevallois.net
Or get in touch via Twitter: @seinecle ww.clementlevallois.net
Or get in touch via Twitter: @seinecle ww.clementlevallois.net
Or get in touch via Twitter: @seinecle ww.clementlevallois.net
Or get in touch via Twitter: @seinecle


Simple Azenabor: Nigerian man in Japan builds amazing app for easy communication
- Simple Azenabor, a Nigerian based in Japan, has developed a chatting app called SoftTalk
- According to the app developer, the messaging app offers Nigerians a unique experience
- With the app, users can send instant messages while they talk at the same time
Nigerians are making waves in virtually every field. Simple Azenabor, a Nigerian based in Japan and an app developer, has created a Nigerian chat app called SoftTalk.
According to Azenabor, who is also the founder of Prime Time Telecoms, a communication company in Japan, the chatting app will also allow users to send instant messages, videos, audios and files.
The app was said to have launched on August 29, 2018 at a grand ceremony at EKO Hotel and Suites, Victoria Island, Lagos.
The messaging app works like the popular WhatsApp where signing up requires users’ mobile number and does not demand much data to start running.
Jiji giving away real money for catching stories
Azenabor told the media that what makes the app different from other messaging apps is that it is targeted at giving users a different experience than what is presently obtainable.
“We do so much than messaging, we want to empower and improve on the way messaging is done today, by giving access to users to shop, while Soft chatting and Soft talking at the same time.
"We work with reputable brands and companies in Japan to sell the SoftTalk vision," he said.
Meanwhile, Legit.ng earlier reported that one of the Nigerians changing the country's stock narratives with their skills is Yinka Ilori who makes artsy decorations that incorporate Ankara fabrics.
PAY ATTENTION: Download our mobile app to enjoy the latest news update
In 2019 Ilori’s design was all over London in the summer even as the 32-year-old in an interview with the magazine said there is a lot to him than design.
Adesua Etomi says comparing oneself to others is a slap to God, Nigerians react
Another design he is known for is the use of various pieces of furniture to create amazing colourful materials never thought possible.
Born to Nigerian parents, he always aims to create a hybrid of British design with the loud Nigerian culture as he draws from the parables his parents had shared with him.
NAIJ.com (naija.ng) -> Legit.ng: We have upgraded to serve you better
I want to build a television set -13-yr-old aspiring engineer | Legit TV


Various ZnF motifs will bind DNA, usually in a sequence-specific manner. DNA-binding ZnF proteins are involved in transcriptional processes. Many transcription factors make DNA contacts to gene promoters via ZnF domains, some of which are classical C2H2 ZnF motifs. ZnF motifs typically wrap around the outside of a DNA double helix, following a right-handed helical path. Multiple DNA contacts are made, often involving more than one ZnF domain. These contacts are usually made to bases in the major DNA groove; for example, C2H2 ZnFs recognise DNA sequences by binding to the major groove of DNA via a short alpha-helix in the ZnF, the Znf spanning 3-4 bases of the DNA.
There are many DNA-binding proteins with ZnF motifs, several of which are involved in gene transcription. For example, transcription factor IIIA (TFIIIA) is an essential component of the initiation complex that interacts with separate specific transcription signals located within the ribosomal 5S RNA gene promoter. Non-binding spacers within TFIIIA allow it to span long DNA sequences, binding only to specific regions within the DNA.
Several synthetic ZnF proteins have been constructed as novel DNA-binding proteins with specific DNA recognition properties.
Various ZnF motifs will bind to RNA, including classical C2H2, CCHC and CCCH ZnFs, which are often involved in transcriptional and translational processes. The mode of RNA recognition differs from that of DNA recognition, and involves many different kinds of amino acid-nucleotide interactions, including backbone recognition of the RNA major groove as well as RNA base and loop recognition. For example, binding to dsRNA involves contacts with phosphates in the RNA backbone, as well as hydrophobic stacking interactions with specific nucleotide bases.
Some RNA-binding ZnF-containing proteins are involved in mRNA trafficking, activity and stability in eukaryotes, often recognising and binding to AU-rich sequences in the 3’-untranslated region of mRNAs. For example, the early response gene product TIS11d binds to AU-rich elements of tumour necrosis factor alpha-mRNA, which destabilises the mRNA. The CCCH ZnF motif in TIS11d recognises the target RNA sequence through hydrophobic stacking of a Tyr side-chain with a UU dinucleotide, and a Phe side-chain with a UU dinucleotide, which disrupts normal nucleotide stacking to kink the RNA.
Proteins carrying RNA-binding ZnF motifs include:
· Several retroviral proteins such as HIV nucleocapsid and reovirus sigma3
· Plant HUA1 nuclear protein
· Parasite proteins such as trypanosome tcZFP1 and leishmania mitochondrial RET1 uridylyl transferase
· Mammalian nucleolus proteins Wig-1 and JAZ
· Histone pre-mRNA processing proteins hZFP100 and tristetraprolin
Some ZnF domains act as protein-binding modules. Some of these domains contain ‘classical’ ZnF motifs more associated with DNA binding functions, although the interface used for protein-binding may differ from that used for nucleic acid-binding. In addition, several LIM, MYND, RING and PHD ZnF domains function in protein-protein interactions. Protein-binding ZnF proteins are involved in protein-protein interactions, chromatin remodelling, protein chaperoning, and zinc sensing.
Many protein-protein interactions involve ZnF-containing transcription factors. In some cases, these interactions are required to mediate the self-association of transcription factors, which can be a necessary step towards a functional complex. For example, Ikaros transcription factors require ZnF-mediated self-assocaition for high-affinity DNA-binding. Ikaros transcription factors often contain ones cluster of ZnF domain involved in DNA-binding and a second cluster involved in protein-protein interactions.
Protein-protein interactions involving transcription factors can also affect the regulation of gene expression. Proteins involved in transcription regulation often contain multiple ZnF domains, and have both DNA and protein-binding capacities. Protein-protein binding can function in the regulation of these factors, which in turn impacts gene regulation. For example, the transcription factor GATA-1 and the transcription regulator FOG-1 (Friend of GATA-1) both contain ZnF domains, which are involved in DNA and protein recognition and binding. GATA-1 binds in a sequence-specific manner to gene promoters. The binding of FOG-1 via ZnF motifs to GATA-1 alters gene expression from those promoters, and is essential for normal erythropoiesis in mammals. In addition, FOG-1 can interact with TACC3 (Transforming Acidic Coiled-Coil protein 3), where TACC3 can inhibit the nuclear localisation of FOG-1, which in turn impacts gene expression. GATA-1 itself appears capable of binding many different partners, including CBP, Fli-1, Sp1, EKLF and PU.1, each modifying the function of GATA-1.
ZnF-mediated protein-protein interactions involve other functions as well, including cytoskeleton organisation and development, epithelial development and cell adhesion. For example, the LIM-containing adaptor protein PINCH is involved in cell adhesion, growth and differentiation, interacting with the integrin signalling proteins ILK (integrin-like kinase) and Nck2. Other ZnF domains bind ubiquitin, such as RanBP-type and A20-type ZnF motifs, or are involved in protein ubiquitination, such as RING domain-containing E3 ligases. PHD domain-containing proteins are often involved in regulating chromatin structure, such as ING2 and BPTF that cooperate with p53 to induce cellular growth arrest and apoptosis, while others are able to recognise histones.


Encrypt the communication channels when interacting with other software across the network. Encrypting the communication links allows the application to preserve confidentiality and integrity of the transmitted data.
The following code establishes a connection between two servers. Unfortunately, the communication is not encrypted and it is possible for an attacker to eavesdrop on the connection.
public Stream Connect(string remoteHost, int remotePort)
{
TcpClient client = new TcpClient(remoteHost, remotePort);
NetworkStream netStream = client.GetStream();
return netStream;
}
The following code establishes a connection between two servers. Because the communication is encrypted the confidentiality of the data in transit is preserved and it is impossible for an attacker to eavesdrop on the connection.
public Stream Connect(string remoteHost, int remotePort)
{
TcpClient client = new TcpClient(remoteHost, remotePort);
SslStream netStream = new SslStream(client.GetStream(), false,
new RemoteCertificateValidationCallback(this.ValidateSSLCertificate));
try
{
netStream.AuthenticateAsClient(remoteHost);
}
catch (AuthenticationException ae)
{
client.Close();
throw ae;
}
return netStream;
}
Adapted from Microsoft patterns & practices guidance.


{% extends 'lib/base.html' %} {% load static %} {% block body %}
Are you sure you want to delete '{{ activity }}' Activity?
{{ activity.trace_file.path_to_file }}


--- layout: default ---
{{ page.name }} is currently the incumbent in ward {{ page.ward }}.
{% endif %}The candidate for Toronto District School Board trustee, {{ page.name}}, registered to run in ward {{ page.ward }} on {{ candidate.nomination_date_nice }}.
Here is the other information currently on on file for {{ page.name }}:
If doesn't look like there are any phone numbers on file for {{ page.name }} yet. Why don't you consider sending us one?
{% endif %} {% if candidate.address %}Is there information missing for this candidate? Would you mind dropping us a line? It only takes a minute and earns you a spot in our hall of fame.
{% endif %} {% endfor %}


Average Educational Expenditure: {{ data.educational_expenditure.mean | floatformat}}
Average GDP (Million XCD): {{ data.gdp_millions.mean | floatformat}}
Average Government Expenditure : {{ data.government_expenditure.mean | floatformat}}
Average Primary School Expenditure: {{ data.primary_school_expenditure.mean | floatformat}}
Average Secondary School Expenditure : {{ data.secondary_school_expenditure.mean | floatformat}}
Median Educational Expenditure: {{ data.educational_expenditure.median | floatformat}}
Median GDP (Million XCD): {{ data.gdp_millions.median | floatformat}}
Median Government Expenditure : {{ data.government_expenditure.median | floatformat}}
Median Primary School Expenditure: {{ data.primary_school_expenditure.median | floatformat}}
Median Secondary School Expenditure : {{ data.secondary_school_expenditure.median | floatformat}}
Standard Deviation Educational Expenditure: {{ data.educational_expenditure.std | floatformat}}
Standard Deviation GDP (Million XCD): {{ data.gdp_millions.std | floatformat}}
Standard Deviation Government Expenditure : {{ data.government_expenditure.std | floatformat}}
Standard Deviation Primary School Expenditure: {{ data.primary_school_expenditure.std | floatformat}}
Standard Deviation Secondary School Expenditure : {{ data.secondary_school_expenditure.std | floatformat}}


Wall destroyed in Plymouth car crash
A passer by filmed the wreckage
by Paul GreavesA car was wrecked after smashing into a garden wall in Plymouth.
It happened in Pomphlett Road at about 8pm on Friday.
The wreckage was filmed by a passing motorist shortly after police arrived at the scene.
The footage shows one police car at the scene. As the vehicle passes by a black car is clearly visible having collided with a stone wall at the front of a house.
The damaged car has come to rest at the entrance to the driveway, with large garden stones scattered underneath. It has clearly mounted the pavement before impact.
Police say they are unable to give any details of what happened or whether anyone was injured.
The weekend has seen a number of police call-outs for police, many caused by the heavy rain.
Weather warnings are in place for the next five days and there have been several crashes on the major roads of Devon and Cornwall.