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FAQs
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What are common programming errors or "gotchas" in C++?
Plain Arrays are just as dangerous in C++ as they are in C. you can overshoot them, or give a bad index parameter and the whole thing goes off the rails.Pointers in C++ are the same pointers as in C, with all the things you need to do to make them safer to use, plus they can point to classes.Type restrictions are stricter in C++ than in C, so porting a C code base to C++ is mostly trivial unless some loose typing is involved, then you will have to be more explicit with the types.Arrays declared in C++ have their declared size as part of their type (stricter typing).int a[10] ; // type int[10] , not int*Structs are first class objects in C++ just like classes but with all public members.Struct declarations automatically generate the Big 5 default functions:Constructor,Copy constructor,Assignment constructor,Move constructor,Destructor.Function overloading is based on parameters being unique. C++ ‘mangles’ the function names internally to be unique based on return type and parameter type.Declaring an object causes its allocation and then runs its constructor. The object is fully ready once its construction is complete. If the object has members, they are constructed as well with sane default values.An object’s default initialization values for members of classes and structs:integer types set to zero;floating point types set to 0e0pointer members are not set. They must be explicitly initialized. Ifthe member will not be assigned at construction, you can specify aninitial value of nullptr in the definition or a constructor initialization list.Arrays are allocated but the values are not set if the array contents are not initialized by default. An array of class objects will have its contents initialized, but an array of ints or floats or pointers will not.reference members must be bound to initialized objects in the definition or the constructor.C has malloc() and free() — C++ has those too, but generally uses new and delete.new creates and initializes objects, leaving then in a ready to use state. If the object has initialization beyond that it is performed, then a pointer is returned.If any members of the object need initialization they are performed as well.In other words the full constructor code is performed when invoked with new.The object is created on the heap memory, and persists until deleted or the program ends.delete does a complete destruction of an object, and all its members, calling any destructors its members may have.Copying an object instance allocates a new instance and makes a binary copy of its contents. This is a shallow copy, though. If the object contains pointers or references to other objects as members, the pointers and references are copied, not what they point to. You have to write code to do the copying in that case.STL containers such as std::array, std::vector, std::string, etc, have code to automatically copy their entire contents, but custom classes need it to be written out.An initializer list is efficient in C++. If the class or struct is “trivially constructed”, that is all members are ready after calling the class constructor, then an initializer list can be used to automatically construct an instance with the members of the list. No extra copying needs to be done; the compiler will optimize the instantiation most of the time.std:string s[4] = { "one", "two", "three", "four"}; /* four std::strings are created with the contents of each char array. s is created and the addresses of each std::string instance are placed in the array. When x goes out of scope, the destructors of each element are called. */ struct K { int x[4]; int total; }; K k = { {1,2,3,4}, 10 }; // const double pi(3.1415926); // optimized by compiler double twopi = 2.0 * pi; // not optimized const double tau = pi + pi; // optimized // compiler is smart with this new syntax int a[] = { 4, 5, 6, 7, 8, 9, -1, -2, 0,-3 }; int x = 0; for(auto i : a) { std::cout << i << "\t" x = x + i; } std::cout << "\n" << x << "\n"; 4 5 6 7 8 9 -1 -2 0 -3 34 for( long x : { 0,1,2,3,4,5,6,7,8,9} ) { std::cout << x << ",\t"; if (x%5 ==0) std::cout << "\n"; } 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, A C++ reference (&) is not a pointer. You have to declare a reference type with an initialization to a valid object. Copying a reference does not copy the object, but adds another reference to the object. You do not need to use pointer syntax with references; it is more like an alias than a pointer. References cannot be reassigned to any other object. When a reference goes out of scope, it unbinds from the object, but the object will still be around, bound to its declared label, until that goes out of scope, then the object destructs.Object obj; // declaration Object& objref = obj; // or references o // a becomes a reference to the input reference. void print( Object& a) { a.print(); } // both calls work // print(obj); // a is ref to obj print(objref); // a is copy of objref Object b(obj); // copy constructor Object c = obj; // copy assignment Object& d = objref; // copy reference, // objref and d refer to same object Object e(objref) // copy constructor // objref dereferenced automatically auto f = obj; // copy obj auto & g = obj; // reference obj auto h = objref; // copy obj auto & j = objref; // copy reference This makes references safer than pointers, yet you still get the pass by ref advantage, without the pointer hassle and syntax. Also you are guaranteed thatyou will not get a NULL pointer by accident passed in.C++ prefers nullptr over NULL, because NULL is a constant integer (0) so can be misused or ambiguous if functions are overloaded to accept integer parameters.nullptr cannot be converted to an integer, so always will refer to a “pointer to nothing” as intended. Any type of pointer can be assigned nullptr.The C++ template system is amazing, but it has to be able to create an actual legal C++ function or class with actual types and variables to compile. A template is not generic, it synthesizes a specific function with all the template parameters filled-out and then compiles that, from the template recipe and the parameters passed in at compile-time. It cannot ‘figure out’ at run time if the parameters are correct; it will probably catch any ambiguities though. Templates are confusing for beginners because they can not see the actual code produced by them, but eventually they get the idea that the template code is not what is being run, the actual code created by the template is run.#include
template T add(T a, T b) { return a + b; } void f() { int i = add(5, 6); std::string x("kitty"), y("doggy"); std::string c = add(x, y); } generates:template int add(int a, int b) { return a + b; } // std::basic_string is what std::string really is template > std::basic_string add(std::basic_string a, std::basic_string b) { return a + b; } template T add(T a, T b) { return a + b; } ; void f() { int i = add(5, 6); std::string x("kitty"), y("doggy"); std::string c = add(x, y); } -
What is the best free PDF reader for large documents?
[1] PDF format is popularly known as print document format. This creates a virtual printer within operating system to print the document. For offline scanning of document, the PDF format is popular. The importance attached with these program is that you need to have PDFsoftware installed to run these files. If someone sends you PDF file and your computer do not have such software installed then that file is not to be read from there.There are so many PDF softwires available and this article aims to find out the mostly free software or freeware to help readers to choose from variety of options. More and more operating systems are providing built-in facilities for such products. Now-a-days everything comes with PDF formats beginning from circulars, bank statement, insurance statement, tax statement and e-books.That is why there immense important to have the free PDF software installed on computer but the thousand question is which one is to choose from the variety of resources available.Sumatra PDF:Sumatra PDF is available for download to Windows since the times of Windows XP. This program has very low foot print, light on system resources and fast. It is going to perform simple task as well as it is going to perform complex task depending upon you choose from PDFfiles. It is available with installed version as well as standalone portable version in which it does not write to registry.It is available in 64 bit version on Windows. It is available for Windows XP, Vista, 7, 8, 8.1 and 10. It is available for Windows operating system only.signNow Reader DC:It is from signNow and signNow is available for free for users. While installing this software do check for installation of MCAfee security and safe connect.it is a big download of nearing to 120 MB. Yours antivirus software might stop this installation so allow to install it. This software for high=end computing processes.Many features are included with it and for some features you might need it and if you want to have these features then it is better to choose this software. It has mobile version of android and apple operating system. With it you are going to synchronize documents with clouds and yours signature too and everything is going to stay with cloud to access from each and every device.When you first download signNow on Windows, a download manager first downloads and it is small in size and then by opening that download manager signNow software is installed and this is nearer to 120 MB.PDF-Xchange Editor:PDF-Xchange Editor is a smart PDF tools and most functions are free except some complex ones. It is a PDF reader, pdf editor and pdf tools. It can print PDFs, fill the forms created with signNow and can extract images from PDF files. There are some advanced features included in this free version but most of these are not free one is that watermarking of PDFsoftware which is not free.Foxit Reader:Foxit Reader is fast, simple and is there for years. It is available for Windows, Apple and android versions. It can fill forms and save data. Can include and validate electronic signatures. During installation user need to be cautioned not to install so many verities of other software. In order to keep the size of download minimal, the user manual is available for separate download.It is faster than PDF-Xchange Editor. If you are not interested in OCR facilities then Foxit reader is best suited for yours work. Multiple PDF documents when opened all these are opened in tab format and shifting from one tab to the other is easier. From time to time it introduces some new features in order to provide dynamic software development.It allows adding up of multimedia files easier. Collaboration with social media accounts becomes easier with Fixit Reader because of the ease to synchronize with Twitter, Facebook, Evernote and SharePoint. One caution is that Foxit Reader comes bundled with so many other software and toolbar and it is important to not to allow installations of such software during its installation.MuPDF Reader:It is very lightweight PDF Reader. On its first launch it will ask you about to choose from files instead of showing its interface and when the PDF is opened then it shows the exact documents and no toolbar and other interfaces are present. In order to see the interface of MuPDF reader you are going to click on the top left of the visible windows to find it. It provides a cleaner interface and superior look for PDF files.Google Chrome PDF viewer:While browsing for internet whenever you see any PDF and click on it and it will slowly open in another tab of Chrome and you can read it from there or download by clicking the downloadsymbol available there. This setting can be turned and changed out there easily, go to settings of chrome and then advanced and then content settings and then pdf documents, Scroll down and click on PDF documents and from there switch on ‘Download PDF files instead of opening automatically opening them in Chrome’ and this will download PDF files from net to computer.If you want to read PDF files that are stored inside computer, then right click on that files and then open with chrome and your chrome reader will automatically, open pdf files and for this you will not have to install pdf viewers. Similarly, with android if you install Google Drive then you will not need any other third-party PDF apps as Google Drive act as PDF viewer and make it default while opening the first PDF and that is going to make it default.TinyPDF:TinyPDF as the name suggests has very small foot print of PDF reader and it has no string attached. It is only 586k as it is less than one MB. It does not contain no malware, adware, watermarks and no pop Global Home: UPS is completely free. JPEG compression is supported. No ghost script and third-party software included with the installer version. The downside is that it is partially supported on 64-bit computer. Automatic font management is there.There are so many alternatives to use for PDF viewer and if your computer is 64 bit then you can download the 64 bit version of Sumatra PDF and if you want to insert electronic signature then opt for Foxit PDF reader and if you want to have the old and classic PDF reader which is heavier in file composition and not for low end computing purposes then go for signNow and lastly if you do not want to install PDF readers at all then it is better to open it with Google Chrome built in PDF viewer.So, there are many large numbers of option to choose from and if you want to have some complex PDF functions besides the presence of PDF reader you need pdf tools and others then it is best to have PDF-Xchange viewer and so many other option listed here you can choose it from. There are some other alternatives are available which are there to search ad find in internet.This entry was posted in Android Apps on Google Play, Apple Inc., Computer Information Technology, Google, Google Chrome, Information Technology, Internet, Windows 10, Windows 8, Windows XP and tagged signNow, Apple, doPDF, FOXIT READER, free PDF converter, google chrome, image to pdf converter, PDF Password Remover, pdf printer, pdf-xchange, Sumatra PDF A PDF Viewer for Windows, WINDOWS, Windows 8, WINDOWS VISTA, WINDOWS XP, Windows XP SP3 onFootnotes[1] Best Free PDF Writer and Reader
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What should I learn, Java, Kotlin, or both?
⚔️ Kotlin Vs JavaSafety Working With null.The Kotlin type system is built in a way to minimize the possibility of NullPointerException emergence. We’ll talk about it in a bit.No Checked Exceptions. The efficiency and inefficiency of the checked exceptions is a subject of the never-ending arguments. However, imposing error processing might often lead to the appearance of the boilerplate code.Function Types. Unlike Java, Kotlin has the ability to pass a function as a parameter to another function without resorting to SAM interfaces (Single Abstract Method) like Runnable, Callable, etc.Array Invariance. The arrays in Java are covariant, while in Kotlin they are invariant. A simple Java example:Number[] numbers = new Number[1]; Object[] objects = numbers; objects[0] = "hello"; We can assign the Number[] value to the Object[] variable because of the Java arrays covariance. There will be no error during the compiling but it will appear during execution.No Raw Types. Before the emergence of generics in Java, the so-called raw types have been widely used. Here’s a problematic example:List rawList = new ArrayList(); rawList.add(new Object()); List
strings = rawList; System.out.println(strings.get(0)); The new ArrayList() class creates a list with a raw type. Once again, an error pops up at execution, not compiling.The Reworked Generics System. The Kotlin creators tried to solve some of the issues with generics found in Java. However, the generics system is still, unfortunately, working at the compiling stage like Java and not in the runtime. Kotlin StrengthsKotlin’s main advantages are to be found where there is no Java equivalent. This is what I could spot:1. The higher-order functions, lambda expressions, and inline functions.As I said, the Kotlin functions gained the ability to accept other functions as arguments. These functions are called higher-order functions. Besides that, Kotlin has a convenient lambda expressions system implemented.According to the Kotlin agreements:You can move or omit the parentheses in a method if the lambda is in the last position or is the only argument in the method. For example, instead of customers.filter({ customer -> customer.city == search }), you can write customers.filter { customer -> customer.city == search }.If you decided to not declare an argument of a one-argument lambda, it will be implicitly declared under the name of it. The previous example can be rewritten like this: customers.filter { it.city == search }.Lambda expressions enable us to write functional code in a safe, brief, and expressive fashion:// Return the most expensive product among all delivered products orders .filter { it.isDelivered } .flatMap { it.products } .maxBy { it.price } 2. ExtensionsIn Kotlin there are the so-called extensions that allow adding new functions and properties to the old classes without affecting their source code.fun String.lastChar() = get(length - 1) ... "abc".lastChar() Also, in Kotlin you can call a lambda expression for a specified receiver object. Inside such expression, you can access fields and functions of the objects without any qualifiers. This allows us to create the so-called Type-safe Groovy-style builders.html { body { div { a("http://kotlinlang.org") { target = ATarget.blank +"Main site" } } } } 3. Smart Type CastingThe Kotlin compiler tracks the code logic and executes smart casting.if (obj is String) { print(obj.length) // obj is automatically cast to String } 4. Null SafetyAs I mentioned above, Kotlin has null safety implemented through the introduction of the nullable and non-null type separation. By default, the types disallow null but they can be modified to do so if we add ?. Kotlin executes forced checks while compiling and prevents the usage of the nullablevariables without the null check. So there is no danger of NullPointerException. Also, you can’t assign null to a variable declared as a non-nullable one.A non-null type: var a: String = "abc" a = null // compilation error val l = a.length // it's guaranteed not to cause an NPE Accessing any field of the a function is safe because it has the non-null type.A nullable type: var a: String = "abc" a = null // compilation error val l = a.length // it's guaranteed not to cause an NPE The Kotlin compiler will not allow the direct access to the b function fields, as it can be null. We have a few options of how to execute this access:You can check the value before accessing. With this, after the check (b != null), the b type will automatically be specified as the non-null type of String:val l = if (b != null) b.length else -1 You can use the ? operator for a safe access:val l = b?.length The result of this expression has the Int? type and is equal to b.length if b is not null or null in the opposite case.If we are looking to receive NullPointerException, we can use the !! operator. The b!! expression will reinstate the String type to non-null if b != null, otherwise the NullPointerExceptionwill appear.val l = b!!.length Note: In actual fact, the appearance of NullPointerException is only possible in the following cases:Error is called intentionally: throw NullPointerException() or the !! operator is used.The NPE appears on the Java code side.The error appears as the result of the initialization data non-compliance. For example, the underinitialized this is used somewhere: class Foo { val c: String init { bar() c = "" } fun bar() = println(c.length) // NPE here } 5. Function Default ValuesA common practice in Java is overloading methods and constructors for default-value arguments implementation. Kotlin has the default arguments for that.fun read(b: Array , off: Int = 0, len: Int = b.size) { ... } As a matter of fact, the default arguments allow us to get rid of almost all the cases of methods and constructors overloading which helps avoid this sort of boilerplate code.6. String TemplatesIn Kotlin, strings may contain string templates, in other words the code which result will be concatenated into the string.val s = "abc" val str = "$s.length is ${s.length}" // evaluates to "abc.length is 3" 7. The Extended Properties & Fields SystemKotlin strings can have fields and properties with extended functionality, including customizable getters and setters:var stringRepresentation: String get() = this.toString() set(value) { setDataFromString(value) // parses the string and assigns values to other properties } One of the super common tasks is implementing a property that is concatenated once at the first access, the so-called ‘lazy property’. In Kotlin, such a field can be created easily:val lazyValue: String by lazy { println("computed!") "Hello" } Implemented with the help of the delegated properties:class Example { var p: String by Delegate() } The expression after by is the delegate that processes (get() and set()). The delegate does not necessarily have to implement some UI, it’s enough for it to have the get() and set() methods with a specific signature.The standard Kotlin library showcases several useful kinds of delegates: lazy properties, observableproperties, and the properties stored in a map.8. Automated Type InferenceKotlin has the ability to perform type inference on its own.val result = sequenceOf(10).map { it.toString() }.flatMap { it.toCharArray().asSequence() }.toList() It also knows that the expression result has the type of List .9. Language-level SingletonsA singleton is a pattern often used in programming. It can be easily declared in Kotlin by means of the object keyword:object DataProviderManager { fun registerDataProvider(provider: DataProvider) { // ... } val allDataProviders: Collection get() = // ... } 10. Coroutines (Co-programs)Using coroutines enables us to sequentially write asynchronous code so the logic in the code is synchronous while working as asynchronous. With that said, a thread doesn’t get blocked but suspended.If you had a chance to implement a sequence of asynchronous operations, you might be familiar with a term of Callback Hell. It is the phenomena of callbacks being nested within other callbacks several levels deep. The longer the chain of asynchronous operations, the more nested callbacks there are. This makes code illegible and susceptible to errors. Enter coroutines that help avoid this problem.fun sendEmailAsync() = async(CommonPool) { val emailTask = async(CommonPool) { Thread.sleep(500) "email@example.com" } val messageTask = async(CommonPool) { Thread.sleep(200) "The message" } sendEmail(emailTask.await(), messageTask.await()) } In a nutshell, coroutines are some sort of “lightweight threads” that require minimum effort to create and maintain. At the same time, creating native threads is an expensive process, For example:fun main(args: Array ) = runBlocking { val jobs = List(100_000) { // create a lot of coroutines and list their jobs launch(CommonPool) { delay(1000L) print(".") } } jobs.fosignNow { it.join() } // wait for all jobs to complete } This code launches 100K routines and after 1 second each one of them prints a dot. The code is easy to launch and it executes fast. Reenacting this with native threads is quite problematic.Coroutines is a powerful functionality enabling us to use different approaches to writing competitive code. You can use the off-the-shelf solutions from the kotlinx.coroutine library or implement your own.Here’s a quick example to demonstrate the broad spectrum of coroutines with a relative ease of usage. Say we have the unreliable (network error susceptible) functions of f1 and f2. We need to get the sum of these functions by calling them multiple times with a predefined timeout but not exceeding the given number of attempts:suspend fun f1(i: Int): Int { delay(if (i != 2) 2000L else 200L) return 1 } suspend fun f2(i: Int): Int { delay(if (i != 2) 2000L else 200L) return 2 } inline fun retry(n: Int, block: (Int) -> T): T { var ex: Throwable? = null repeat(n) { i -> try { return block(i) } catch (e: Throwable) { println("Failed with $e") ex = e } } throw ex!! /* rethrow last failure */ } fun asyncRetry(n: Int, time: Long, block: suspend (Int) -> T) = async(CommonPool) { retry(n) { i -> withTimeout(time) { block(i) } } } suspend fun coroutineExample() { val retryCount = 3 val timeout = 500 val v1 = asyncRetry(retryCount, timeout) { i -> f1(i) } val v2 = asyncRetry(retryCount, timeout) { i -> f2(i) } println(r1.await() + r2.await()) } Completing a similar task in Java would have required writing way more code. Perhaps RxJava could have helped a bit, but it can barely provide the same simplicity and legibility.KotlinIssuesNuancesFor the sake of integrity, I feel like throwing in a couple issues I encountered in my Kotlin project experiment. I should rather say not issues but the nuances of the language usage.Java Code AutoconversionAndroid Studio, as well as IntelliJ IDEA, allow automatic conversion of Java code into Kotlin, including the entire files and snippets at copy/paste. The conversion works fairly good, however the converted code still requires a check. In my case, some string constants were lost during conversion.Type CastingKotlin is extremely strict when it comes to casting. The following code won’t compile:var longValue = 1L ... if (longValue == 0) println("zero") // compile-time error We won’t be able to compare the Long variable with the Int value of 0. We have to compare it to the Long value of 0L. Nevertheless, the compiler allows this comparison (at least version 1.1 does):if (longValue > 0) println("positive") Inconsistency in its finest ♂️The var Variables Usage RigorThe compiler is rigor when accessing the mutable variables, expecting the variable to be used in a multithreaded context. An exaggerated example:var value : String? = null fun foo() : Int { if (value != null) { println("Length is: ${value.length}") // ошибка компиляции } } The compiler throws an error: Smart cast to ‘String’ is impossible, because ‘value’ is a mutable property that could have been changed by this time.In this case, it’s better to write: value?.let { println("Length is: ${it.length}") } The Modified for LoopThe C and Java-familiar for construction for the looped actions was modified in Kotlin:for (step in 0..10) println(step) This means the for construction works only with iterators. In this case, 0..10 is a range that has an iterator.
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