DOCSLIB.ORG

View the Index

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
View the Index INDEX Numbers and Symbols __(double underscore), using in 256 objects and 257 objects, 154–155 dunder methods, 322. See also ./, using with Ubuntu, 42 underscore (_) /? command line argument, 25–26 / (forward slash) = assignment operator, 113 purpose of, 18 == comparison operator, 113, 336 using with command line chaining, 103, 105 arguments, 25 using to compare objects, 154 # (hash mark) using with None, 94–95 using with comments, 183 != comparison operator, 336 using with docstrings, 188 * and ** syntax [] (index operator), using, 117 using to create variadic functions, ; (semicolons), using with timeit 167–171 module, 226–227 using to create wrapper functions, ' (single quote), using, 46 171–172 ~ (tilde), using in macOS, 23 using with arguments and - (unary operator), 155–157 functions, 166–167 + (unary operator), 156–157 * character, using as wildcard, 28–29 _ (underscore) ? character, using as wildcard, 28–29 PEP 8’s naming conventions, [:] syntax, using, 104 60–61 < comparison operator, 337 as prefix for methods and <= comparison operator, 337 attributes, 291–292 > comparison operator, 337 private prefix, 81 >= comparison operator, 337 using with _spaces attribute, 290 -> (arrow), using with type hints, 191 using with dunder methods, 120 \ (backslash) using with private attributes and purpose of, 18 methods, 283 using with strings, 95 using with WizCoin class, 279 : (colon), using with lists, 97–98, 104 , (comma), including in single-item A tuples, 150 abcTraceback.py program, saving, 4 - (dash), using with command line __abs__() numeric dunder arguments, 25 method, 328 $ (dollar sign), using in macOS, 23 absolute versus relative paths, 20–21 . (dot), using with commands, 31 __add__() numeric dunder method, 327 -- (double dash), using with command addToTotal() function, creating, line arguments, 25 172–173 algebra for big O, 236 base class, relationship to algorithm analysis. See big O algorithm inheritance, 296 aliases, defined, 121 Bash file, 22–23 all() function, 157–158 BFG Repo-Cleaner tool, 220 alphabetical sort, performing, 146–147 big O algorithm ALT key. See keyboard shortcuts algebra, 236 Amdahl’s Law, 229–230 algorithm analysis, 230 and operator, using, 103 analysis, 230 __and__() numeric dunder method, 328 analysis examples, 239–242 anonymous functions, 174 –175 analyzing, 243–244 answer archive, building with Stack best practice, 244 Overflow, 12 bookshelf metaphor for orders, antigravity feature, enabling, 160 231–235 API (application programming determining order for code, interface), 130 237–244 API vs. library vs. framework vs. SDK vs. doing analysis, 236 engine, 130 function calls, 242–243 append() method, using, 115 lower and higher orders, 230–231 applications, opening, 22 lower orders and coefficients, arguments. See also positional 238–239 arguments math for analysis, 236 vs. parameters, 128 measuring worst-case passing to functions, 166–167 scenario, 235 setting defaults for parameters, “n” is small, 244 142–143 order of function calls, 242–243 arrow (->), using with type hints, 191 orders of notation, 245 ASCII (American Standard Code for big Omega notation, 235 Information Interchange), 146 big Theta notation, 235 ASCII art, using in Four-in-a-Row binary code, explained, 129 game, 272 Black code formatting tool AsciiArt class, creating, 304–305 adjusting line length setting, 55 assignment and comparison operators, described, 45 chaining, 103, 105 disabling double-quoted strings atoms and literals, 110 setting, 55–56 attributes disabling for parts of code, 57 as backing fields, 317–318 installing, 54 defined, 278, 282–284 previewing changes, 56–57 vs. properties, 128–129 running from command line, turning into properties, 316–319 54–57 vs. variable, 124 semantic decisions, 58 syntactic decisions, 58 B block vs. clause vs. body, 123–124 backing field, relationship to attributes, __bool__() numeric dunder method, 328 317–318 Boolean values, 158–159. See also backporting type hints, 196 values backslash (\) Bourne Shells, 22–23 purpose of, 18 bugs, types of, 109, 150–151 using with strings, 95 bytecode vs. machine code, 129 340 Index C code formatting, defined, 45 C:\ part of path, 18 code point, getting for characters, -c switch, using to run code from 146 –147 command line, 26 code smells. See also source code callables and first-class objects, 121–122 classes as functions or modules, 77 camelCase, 60 commented-out code, 74–75 casing styles, 60 dead code, 74–75 Catalina version, 23 defined, 69 cd (change directories) command, duplicate code, 70–71 29–30 empty except blocks, 79–80 __ceil__() numeric dunder error messages, 79–80 method, 328 list comprehensions, 77–79 chaining operators, 103, 105, 159–160 magic numbers, 71–73 child class, creating, 294 myths, 80–84 class attributes, 306 print debugging, 75–76 class methods, 304–306 summary, 84–85 class objects, 284 variables with numeric suffixes, 76 classes. See also inheritance codetags and TODO comments, 187 creating, 77 coercion, explained, 128 creating objects from, 278 collections module, contents of, 120 creating WizCoin, 279–284 collections.defaultdict, using for defined, 276 default values, 99–100 designing for real world, 290–291 colon (:), using with lists, 97–98, 104 as functions or modules, 77 comma (,), including in single-item “is a” relationships, 299 tuples, 150 clause vs. block vs. body, 123–124 command history, viewing, 28 CLI (command line interface), 22 command line close() and open() functions, 93–94 arguments, 24–26 cls and clear (clear terminal) options, 25 commands, 35 overview, 22–23, 42 code. See also source code running code with -c switch, 26 avoiding guesses, 90 running programs from, 23–24 beauty of, 88 running py.exe program, 26–27 commented out, 74–75 running Python programs flat vs. nested, 89 from, 26 formatting for readability, 12–13 tab completion, 27–28 implementation, 90 terminal window, 23 interrupting, 134 Command Prompt shell, 23 namespaces, 91 commands organizing, 77 canceling, 28 readability of, 89 cd (change directories), 29–30 running from command line, 26 cls and clear (clear terminal), 35 silenced errors, 89–90 copy and cp (copy files), 31–32 simplicity and complexity of, 89 del (delete files and folders), 33–34 sparse vs. dense, 89 dir (list folder contents), 30 special cases, 89 dir /s (list subfolder contents), 31 speed of, 90 find (list subfolder contents), 31 verbose and explicit, 89 ls (list folder contents), 30 Index 341 commands (continued) CPython implementation, 108 md and mkdir (make folders), 34 CTRL key. See keyboard shortcuts move and mv (move files), 32 cwd (current working directory), mv (rename files and folders), 19–20, 31 32–33 rd and rmdir (delete folders), D 34–35 dash (-) using with command line ren (rename files and folders), arguments, 25 32–33 data, validating with setters, 319 rm (delete files and folders), 33–34 data types running from Python defined, 276 programs, 27 and return values, 177–178 shortened names, 32 dead code, 74–75 where (find programs), 35 decimal.Decimal(), passing integers to, which (find programs), 35 148–149 wildcard characters, 28–29 decrement and increment operators, commented-out code, 74–75 156–157 comments default arguments, setting for best practices, 197 parameters, 142–143, 165–166 myth about, 83–84 default values, using collections using, 182–188 .defaultdict for, 99–100 using with type hints, 196 deleting commit history, rewriting in Git, 220 files and folders, 33–34 commit log, viewing in Git, 216–217 files from repo, 214–215 commits, rolling back in Git, 218–220 folders, 34–35 comparing objects, 154–155 items from list, 134–140 comparison operators. See also and moving files in repo, 215–216 sequence comparisons derived class, relationship to chaining with assignment inheritance, 296 operators, 103, 105 deterministic function, 173. See also function form of, 333 functions comparisons, making, 94–95 dictionaries __complex__() numeric dunder get() and setdefault() method, 328 methods, 104 composition vs. inheritance, 299–301 key-value pairs, 118 conditional expressions, ternary Python mailing list discussion, 131 operator, 101–102 setting type hints for, 195–196 containers, defined, 119–120 using, 98–101 Cookiecutter, using to create projects, using as default arguments, 200–202 143–144 copy and cp commands, 31 diff program, seeing changes with, copy.copy() and copy.deepcopy(), using 211–212 with mutable values, 140–142 dir command, using, 30 copying dir /s command, 31 files and folders, 31 displays and literals, 110 mutable values, 140–142 __divmod__() numeric dunder cProfile profiler, 154, 228–230 method, 327 CPU, instruction set of, 129 docs folder, contents of, 200 342 Index docstrings errors, preventing with linters, 8–9 defined, 182 exceptions summary, 197 catching, 79–80 using, 188–190 raising, 4, 90, 178–179 dollar sign ($), using in macOS, 23 RecursionError, 318–319 doskey program, 28 explanatory comments, 184–185 dot (.), using with commands, 31 expressions vs. statements, 122–123 double dash (--), using with command line arguments, 25 F double-free bugs, 109 False and True keywords, 158–159 double underscore (__), using in FAQs (Frequently Asked Questions), 10 dunder methods, 322. See also filenames, as command line underscore (_) arguments, 25 dunder methods. See also methods; OOP filenames and folders, matching with (object-oriented programming) wildcards, 28–29 comparison, 332–337 file paths, specifying, 20–21 defined, 120 files numeric, 325–328 copying, 31 in-place augmented assignment, deleting, 33–34 330–332 moving, 32 reflected numeric, 328–330 renaming, 32–33 string representation, 323–325 filesystem, 18–21, 42 using, 322–323 filtering with list comprehensions, duplicate code, 70–71 175 –176 dynamic typing, 190 find command, 31 find feature, accessing, 64, 67 E find() string method, error related Easter egg, The Zen of Python as, 88 to, 178 encapsulation, explained, 307–308 finding programs, 35 encoding definition, using with magic first-class objects and callables, comment, 187–188 121–122. See also objects engine vs. library vs. framework vs.
Load more

Recommended publications
  • Chapter 2 Core Basics
    Chapter 2 Core Basics In this chapter we introduce some of the basic concepts that are important for understanding what is to follow. We also introduce a few of the fundamental operations that are involved in the vast majority of useful programs. 2.1 Literals and Types Section 1.3 introduced the string literal. A string literal is a collection of characters enclosed in quotes. In general, a literal is code that exactly represents a value. In addition to a string literal, there are numeric literals. There are actually a few different types of numeric values in Python. There are integer values which correspond to whole numbers (i.e., the countable numbers that lack a fractional part). In Python, an integer is known as an int. A number that can have a fractional part is called a float (a float corresponds to a real number). For example, 42 is an int while 3.14 is a float. The presence of the decimal point makes a number a float—it doesn’t matter if the fractional part is zero. For example, the literal 3.0, or even just 3., are also floats1 despite the fact that these numbers have fractional parts of zero.2 There are some important differences between how computers work with ints and floats. For example, ints are stored exactly in the computer while, in general, floats are only stored approximately. This is a consequence of the fact that we are entering numbers as decimal numbers, i.e., numbers in the base 10 counting system, but the computer stores these numbers internally as a finite number of binary (base 2) digits.
    [Show full text]
  • Lecture 3: Its Time to See the C
    Computer Science 61C Spring 2017 Friedland and Weaver Lecture 3: Its time to see the C... 1 Agenda Computer Science 61C Spring 2017 Friedland and Weaver • Computer Organization • Compile vs. Interpret • C vs Java 2 ENIAC (U.Penn., 1946) First Electronic General-Purpose Computer Computer Science 61C Spring 2017 Friedland and Weaver • Blazingly fast (multiply in 2.8ms!) • 10 decimal digits x 10 decimal digits • But needed 2-3 days to setup new program, as programmed with patch cords and switches • At that time & before, "computer" mostly referred to people who did calculations 3 EDSAC (Cambridge, 1949) First General Stored-Program Computer Computer Science 61C Spring 2017 Friedland and Weaver • Programs held as numbers in memory • This is the revolution: It isn't just programmable, but the program is just the same type of data that the computer computes on • 35-bit binary 2’s complement words 4 Components of a Computer Computer Science 61C Spring 2017 Friedland and Weaver Memory Processor Input Enable? Read/Write Control Program Datapath Address PC Bytes Write Registers Data Arithmetic & Logic Unit Read Data Output (ALU) Data Processor-Memory Interface I/O-Memory Interfaces 5 Great Idea: Levels of Representation/Interpretation Computer Science 61C Spring 2017 Friedland and Weaver temp = v[k]; High Level Language v[k] = v[k+1]; We are here! Program (e.g., C) v[k+1] = temp; lw $t0, 0($2) Compiler Anything can be represented lw $t1, 4($2) Assembly Language as a number, sw $t1, 0($2) Program (e.g., MIPS) i.e., data or instructions sw $t0, 4($2)
    [Show full text]
  • Unary Operator
    Introduction to Python Operations and Variables 1 Topics 1) Arithmetic Operations 2) Floor Division vs True Division 3) Modulo Operator 4) Operator Precedence 5) String Concatenation 6) Augmented Assignment 2 Arithmetic Operations 3 Mixing Types Any expression that two floats produce a float. x = 17.0 – 10.0 print(x) # 7.0 When an expression’s operands are an int and a float, Python automatically converts the int to a float. x = 17.0 – 10 print(x) # 7.0 y = 17 – 10.0 print(y) # 7.0 4 True Division vs Floor Division The operator / is true division and the operator // returns floor division(round down after true divide). True divide / always gives the answer as a float. print(23 // 7) # 3 print(3 // 9) # 0 print(-4 // 3) # -2 print(6 / 5) # 1.2 print(6 / 3) # 2.0 NOT 2! 5 Remainder with % The % operator computes the remainder after floor division. • 14 % 4 is 2 • 218 % 5 is 3 3 43 4 ) 14 5 ) 218 12 20 2 18 15 3 Applications of % operator: • Obtain last digit of a number: 230857 % 10 is 7 • Obtain last 4 digits: 658236489 % 10000 is 6489 • See whether a number is odd: 7 % 2 is 1, 42 % 2 is 0 6 Modulo Operator The operator % returns the modulus which is the remainder after floor division. print(18 % 5) # 3 print(2 % 9) # 2, if first number is smaller, it's the answer print(125 % 10) # 5 print(0 % 10) # 0 print(10 % 0) # ZeroDivisionError 7 Why floor/modulo division is useful Floor division allows us to extract the integer part of the division while the modulo operator extracts the remainder part of the division.
    [Show full text]
  • Icon Analyst 8
    In-Depth Coverage of the Icon Programming Language October 1991 Number 8 subject := OuterEnvir.subject object := OuterEnvir.object s_pos := OuterEnvir.s_pos In this issue … o_pos := OuterEnvir.o_pos fail String Synthesis … 1 An Imaginary Icon Computer … 2 end Augmented Assignment Operations … 7 procedure Eform(OuterEnvir, e2) The Icon Compiler … 8 local InnerEnvir Programming Tips … 12 InnerEnvir := What’s Coming Up … 12 XformEnvir(subject, s_pos, object, o_pos) subject := OuterEnvir.subject String Synthesis object := OuterEnvir.object s_pos := OuterEnvir.s_pos In the last issue of the Analyst, we posed the problem o_pos := OuterEnvir.o_pos of implementing a string-synthesis facility for Icon, using the ideas given earlier about modeling the string-scanning control suspend InnerEnvir.object structure. OuterEnvir.subject := subject Our solution is given below. First we need procedures OuterEnvir.object := object analogous to the procedure used for modeling string scanning. OuterEnvir.s_pos := s_pos In addition to a subject, there’s now an “object”, which is the OuterEnvir.o_pos := o_pos result of string synthesis. There now also are two positions, subject := InnerEnvir.subject one in the subject and one in the object. The global identifiers object := InnerEnvir.object subject, object, s_pos, and o_pos are used for these four s_pos := InnerEnvir.s_pos “state variables” in the procedures that follow. (In a real o_pos := InnerEnvir.o_pos implementation, these would be keywords.) fail The string synthesis control structure is modeled as end expr1 ? expr2 → Eform(Bform(expr1),expr2) Most of the procedures specified in the last issue of the are straightforward. Care must be taken, however, The procedures Bform() and Eform() are very similar Analyst to assure that values assigned to the positions are in range — to Bscan() and Escan() used in the last issue of the Analyst this is done automatically for the keyword &pos, but it must for modeling string scanning.
    [Show full text]
  • If We Dont Declare Keyword Static
    If We Dont Declare Keyword Static If expositive or harborless Thornie usually miching his inby brabbling super or predestinated stingingly and theatrically, how unruffled is Daren? Rube puke thoughhis Akkadian Peyton comps induing unshakably, his incomprehensiveness but demulcent Harcourt preappoint. never specialise so outlandishly. Inmost and rebel Aloysius quintuplicating almost suspiciously, Factory methods that scope for data besides the instantiation until recently and useful to be called from the stack overflow the static serve any developer should declare static if we dont need dark matter Java and scope, if we dont declare keyword static. If we dont need it into a nonthrowing method if my own risk of indexing, if we dont declare keyword static fields or auto variable? Then we dont want to declaration at the keyword in the namespace. Like declaring a declaration in my name, declare them the struct static methods are not supported in their intended use is. Suppose you dont need it becomes available in many issues with a keyword? Dm hold data field does hold distinct value you if we dont declare keyword static, but can be striving to. So if you declare more memory is declared locally in this keyword was good style guide to. If we declare two different keywords used to declaring multiple interfaces. The declaration to declare methods if you dont want to use the different keywords used with? Svalbard and remember that keyword, log stuff exported by making a functional, if we dont declare static keyword in scope of. The result in java is if they use a c compiler you if we dont declare static keyword in java, we dont want.
    [Show full text]
  • 2.13 Augmented Assignment Operators
    Chapter 2 Elementary Programming 2.1 Introduction • You will learn elementary programming using Java primitive data types and related subjects, such as variables, constants, operators, expressions, and input and output. 2.2 Writing Simple Programs • Writing a program involves designing algorithms and data structures, as well as translating algorithms into programming code. • An Algorithm describes how a problem is solved in terms of the actions to be executed, and it specifies the order in which the actions should be executed. • Computing an area of a circle. The algorithm for this program can be described as follows: 1. Read in the Radius 2. Compute the area using the following formula: Area = radius * radius * ∏ 3. Display the area. • Java provides data types for representing integers, floating-point numbers, characters, and Boolean types. These types are known as primitive data types. • When you code, you translate an algorithm into a programming language understood by the computer. • The outline of the program is: public class ComputeArea { public static void main(String[] args) { double radius; // Declare radius double area; // Declare area // Assign a radius radius = 20; // New value is radius // Compute area area = radius * radius * 3.14159; // Display results System.out.println("The area for the circle of radius " + radius + " is " + area); } } CMPS161 Class Notes (Chap 02) Page 1 / 21 Dr. Kuo-pao Yang • The program needs to declare a symbol called a variable that will represent the radius. Variables are used to store data and computational results in the program. • Use descriptive names rather than x and y. Use radius for radius, and area for area.
    [Show full text]
  • Explicit and Controllable Assignment Semantics
    Explicit and Controllable Assignment Semantics Dimitri Racordon Didier Buchs University of Geneva University of Geneva Centre Universitaire d’Informatique Centre Universitaire d’Informatique Switzerland Switzerland [email protected] [email protected] Abstract continuing growth in computing power, contemporary pro- Despite the plethora of powerful software to spot bugs, iden- gramming languages can sit at very high levels of abstrac- tify performance bottlenecks or simply improve the over- tions, letting developers convey their intent with great ex- all quality of code, programming languages remain the first pressiveness. Unfortunately, this evolution also brings the and most important tool of a developer. Therefore, appro- potential for more inadvertent behaviors, as the small imper- priate abstractions, unambiguous syntaxes and intuitive se- fections in these many layers of abstractions usually have mantics are paramount to convey intent concisely and effi- deep consequences on a language’s semantics. This is partic- ciently. The continuing growth in computing power has al- ularly true for the imperative paradigm, in which the inter- lowed modern compilers and runtime system to handle once play between variables and memory can prove to be a pro- thought unrealistic features, such as type inference and re- lific source of puzzling bugs. For instance, most mainstream flection, making code simpler to write and clearer to read. object-oriented programming languages have a limited sup- Unfortunately, relics of the underlying memory model still port to express aliasing explicitly, blurring the distinction transpire in most programming languages, leading to con- between object mutation and reference reassignment, and fusing assignment semantics. often leading to erroneous assumptions about sharing and This paper introduces Anzen, a programming language immutability.
    [Show full text]
  • Idiomatic Python 1 Idiomati
    Cambridge University Press 978-1-108-48884-6 — Numerical Methods in Physics with Python Alex Gezerlis Excerpt More Information Idiomatic Python 1 Idiomati That which you inherit from your forefathers, you must make your own in order to truly possess it. Johann Wolfgang von Goethe This chapter is not intended as an introduction to programming in general or to program- ming with Python. A tutorial on the Python programming language can be found in the online supplement to this book; if you’re still learning what variables, loops, and functions are, we recommend you go to our tutorial (see Appendix A) before proceeding with the rest of this chapter. You might also want to have a look at the (official) Python Tutorial at www.python.org. Another introduction to Python, with nice material on visualization, is Ref. [41]. Programming, like most other activities, is something you learn by doing. Thus, you should always try out programming-related material as you read it: there is no royal road to programming. Even if you have solid programming skills but no familiarity with Python, we recommend you work your way through one of the above resources, to famil- iarize yourself with the basic syntax. In what follows, we will take it for granted that you have worked through our tutorial and have modified the different examples to carry out further tasks. This includes solving many of the programming problems we pose there. What this chapter does provide is a quick summary of Python features, with an emphasis on those which the reader is more likely not to have encountered in the past.
    [Show full text]
  • Lecture 3.2: Overview Keywords in C
    EECS10: Comp. Methods in ECE Lecture 3 Lecture 3.2: Overview • Keywords in C • Counters – Augmented Assignment Operators – Increment and Decrement Operators • Repetition Statements – while loop • Counter-controlled repetition –Example Average.c • Sentinel-controlled repetition –Example Average2.c EECS10: Computational Methods in ECE, Lecture 3 (c) 2013 R. Doemer 1 Keywords in C • List of keywords in ANSI-C – auto – double – int – struct – break – else – long – switch – case – enum – register – typedef – char – extern – return – union – const – float – short – unsigned – continue – for – signed – void – default – goto – sizeof – volatile – do – if – static – while – These keywords are reserved! – Keywords cannot be used as identifiers. – More keywords are reserved for C++ EECS10: Computational Methods in ECE, Lecture 3 (c) 2013 R. Doemer 2 (c) 2013 R. Doemer 1 EECS10: Comp. Methods in ECE Lecture 3 Augmented Assignment Operators • Assignment operator: = – evaluates right-hand side – assigns result to left-hand side • Augmented assignment operators: +=, *=, ... – evaluates right-hand side as temporary result – applies operation to left-hand side and temporary result – assigns result of operation to left-hand side • Example: Counter – int c = 0; /* counter starting from 0 */ – c = c + 1; /* counting by regular assignment */ – c += 1; /* counting by augmented assignment */ • Augmented assignment operators: – +=, -=, *=, /=, %=, <<=, >>=, ||=, &&= EECS10: Computational Methods in ECE, Lecture 3 (c) 2013 R. Doemer 3 Increment and Decrement Operators
    [Show full text]
  • Python Is Fun! (I've Used It at Lots of Places!)
    "Perl is worse than Python because people wanted it worse." -- Larry Wall (14 Oct 1998 15:46:10 -0700, Perl Users mailing list) "Life is better without braces." -- Bruce Eckel, author of Thinking in C++ , Thinking in Java "Python is an excellent language[, and makes] sensible compromises." -- Peter Norvig (Google), author of Artificial Intelligence What is Python? An Introduction +Wesley Chun, Principal CyberWeb Consulting [email protected] :: @wescpy cyberwebconsulting.com goo.gl/P7yzDi (c) 1998-2013 CyberWeb Consulting. All rights reserved. Python is Fun! (I've used it at lots of places!) (c) 1998-2013 CyberWeb Consulting. All rights reserved. (c) 1998-2013 CyberWeb Consulting. All rights reserved. I'm here to give you an idea of what it is! (I've written a lot about it!) (c) 1998-2013 CyberWeb Consulting. All rights reserved. (c) 1998-2013 CyberWeb Consulting. All rights reserved. I've taught it at lots of places! (companies, schools, etc.) (c) 1998-2013 CyberWeb Consulting. All rights reserved. (c) 1998-2013 CyberWeb Consulting. All rights reserved. About You SW/HW Engineer/Lead Hopefully familiar Sys Admin/IS/IT/Ops with one other high- Web/Flash Developer level language: QA/Testing/Automation Java Scientist/Mathematician C, C++, C# Toolsmith, Hobbyist PHP, JavaScript Release Engineer/SCM (Visual) Basic Artist/Designer/UE/UI/UX Perl, Tcl, Lisp Student/Teacher Ruby, etc. Django, TurboGears/Pylons, Pyramid, Plone, Trac, Mailman, App Engine (c) 1998-2013 CyberWeb Consulting. All rights reserved. Why are you here? You… Have heard good word-of-mouth Came via Django, App Engine, Plone, etc. Discovered Google, Yahoo!, et al.
    [Show full text]
  • Java Compound Assignment Operators
    Java Compound Assignment Operators Energising and loutish Harland overbuy, but Sid grimly masturbate her bever. Bilobate Bjorn sometimes fleets his taxman agnatically and pugs so forthwith! Herding Darryl always cautions his eucalyptuses if Tuckie is wordless or actualized slap-bang. Peter cao is? 1525 Assignment Operators. This program produces a deeper understanding, simple data type expressions have already been evaluated. In ALGOL and Pascal the assignment operator is a colon if an equals sign enhance the equality operator is young single equals In C the assignment operator is he single equals sign flex the equality operator is a retention of equals signs. Does assign mean that in mouth i j is a shortcut for something antique this i summary of playing i j java casting operators variable-assignment assignment. However ask is not special case compound assignment operators automatically cast. The arithmetic operators with even simple assignment operator to read compound. Why bug us see about how strings a target object reference to comment or registered. There are operators java does not supported by. These cases where arithmetic, if we perform a certain number of integers from left side operand is evaluated before all classes. Free Pascal Needs Sc command line while Go Java JavaScript Kotlin Objective-C Perl PHP Python Ruby Rust Scala SystemVerilog. Operator is class type integer variable would you have used. Compound assignment operators IBM Knowledge Center. The 2 is it example of big compound assignment operator which. To him listening to take one, you want to true or equal to analyze works of an integer data to store values.
    [Show full text]
  • Augmented Assignment Python String
    Augmented Assignment Python String WallacheRemington transmigrated usually demonetizing his fermatas inexorably retouch or scorings quirts dog-cheap inexhaustibly. when Precognizant edgier Connor Zebulen heightens premieres hugely alas, and discriminately.he navigates his Suety shrimp and very orthochromatic powerfully. Before writing a corpse of code, shepherded by Greg Ward, there will only small apparent for people writing C extension modules or embedding a Python interpreter and a larger application. Inside the company body, though you remedy your alternative Python implementation to be competitive. Am always missing some kid and marry reason itself are used all list the place? True those two values do these match, this fungus should have cleared up any questions you might never had after what syntax invokes which magic method. Basically, the crusade is wicked to garbage collection and will disappear from memory. Use lowercase suffix for imaginary part. If you post the attitude, but who want to pound up to speed with Python. Adds an element to fight set. We can safely ignore the results of a function. Represents a complex floating point number. The tower two pairs of expressions do for same. File copying operations, and branch of the augmented assignment operators in between. How few I clone or copy it somehow prevent this? Many programming languages have a ternary operator, someone posted an example allow this analysis is hard or perform. Allows an exile of a class to be called as a function. All sequences are cut up of elements. Place wax on the rodent line, leaving an immutable sequence type. It uses a state specific operator.
    [Show full text]