Пример статьи # 5

Цель

Оставить комментарий к статье от гостевого пользователя.

Дополнительное задание — оставить комментарий от выполнившего аутентификацию пользователя.

Полный сценарий работы:

Способы получения значений полей

Чтобы успешно опубликовать комментарий, нужно извлечь с формы csrf-токены, токены аутентификации, идентификатор статьи и многие другие поля.
Для извлечения токенов и других полей рекомендуется использовать следующие способы:

  • jquery/css — селектор
  • регулярные выражения
  • xpath-селектор

Инструкции и подсказки

Пример статьи # 5: Один комментарий

Добавьте свой

  1. Chapel, the Cascade High Productivity Language, is a parallel programming language developed by Cray. It is being developed as part of the Cray Cascade project, a participant in DARPA’s High Productivity Computing Systems (HPCS) program, which had the goal of increasing supercomputer productivity by the year 2010. It is being developed as an open source project, under version 2 of the Apache license.

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  2. LIL, the Little Implementation Language, was a system programming language during the early days of Unix history on PDP-11 machines. It was written by P. J. Plauger of Bell Labs. LIL attempted to fill the gap between assemblers and machine-independent system implementation languages (such as the C programming language), by basically adding structured programming to the PDP-11 assembly language. LIL resembled PL360 with C-like flow control syntax. The LIL compiler «lc» was part of Fifth Edition Unix (1974), but was dropped by Sixth Edition Unix (1975). Plauger left Bell Labs in the same year. Plauger explains why LIL was abandoned in Bell Labs in favor of C: [1] … LIL is, however, a failure. Its stiffest competition at Bell Labs is the language C, which is higher level, and machine independent. Every time it looked like C was too expensive to use for a particular project, LIL was considered. But almost every time, it proved easier (and more rewarding) to improve C, or its runtime support, or the hardware, than to invest time in yet another language. … A machine independent language is always superior — even for writing machine dependent code (it’s easier to find trained programmers) — so long as the overhead can be endured. It is clear now that writing straightforward code and then measuring it is the formula for the best end product. At worst there will be 5-15 per cent overhead, which is seldom critical. Once system writers become mature enough to recognize this basic truth, they gravitate naturally toward machine independent SILs. … it looks like the little implementation language is an idea whose time as come — and gone.

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  3. Not Quite C (NQC) is a programming language, application programming interface (API), and native bytecode compiler toolkit for the Lego Mindstorms, Cybermaster and LEGO Spybotics systems. It is based primarily on the C language but has specific limitations, such as the maximum number of subroutines and variables allowed, which differ depending on the version of firmware the RCX has. The language was invented by David Baum. He has released two books on the subject.

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  4. The Syntax/Semantic Language (S/SL) is an executable high level specification language for recursive descent parsers, semantic analyzers and code generators developed by James Cordy, Ric Holt and David Wortman at the University of Toronto in 1980.S/SL is a small programming language that supports cheap recursion and defines input, output, and error token names (& values), semantic mechanisms (class interfaces whose methods are really escapes to routines in a host programming language but allow good abstraction in the pseudocode) and a pseudocode program that defines the syntax of the input language by the token stream the program accepts. Alternation, control flow and one-symbol look-ahead constructs are part of the language. The S/SL processor compiles this pseudocode into a table (byte-codes) that is interpreted by the S/SL table-walker (interpreter). The pseudocode language processes the input language in LL(1) recursive descent style but extensions allow it to process any LR(k) language relatively easily. S/SL is designed to provide excellent syntax error recovery and repair. It is more powerful and transparent than Yacc but can be slower. S/SL’s «semantic mechanisms» extend its capabilities to all phases of compiling, and it has been used to implement all phases of compilation, including scanners, parsers, semantic analyzers, code generators and virtual machine interpreters in multi-pass language processors.S/SL has been used to implement production commercial compilers for languages such as PL/I, Euclid, Turing, Ada, and COBOL, as well as interpreters, command processors, and domain specific languages of many kinds. It is the primary technology used in IBM’s ILE/400 COBOL compiler, and the ZMailer mail transfer agent uses S/SL for defining both its mail router processing language and its RFC 822 email address validation.

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  5. Oxygene (formerly known as Chrome) is a programming language developed by RemObjects Software for Microsoft’s Common Language Infrastructure, the Java Platform and Cocoa. Oxygene is Object Pascal-based, but also has influences from C#, Eiffel, Java, F# and other languages. Compared to the now deprecated Delphi.NET, Oxygene does not emphasize total backward compatibility, but is designed to be a «reinvention» of the language, be a good citizen on the managed development platforms, and leverage all the features and technologies provided by the .NET and Java runtimes. Oxygene is a commercial product, and offers full integration into Microsoft’s Visual Studio IDE on Windows, as well as its own IDE, Fire for use on macOS. The command line compiler is available free. Oxygene is one of four languages supported by the underlying Elements Compiler toolchain, next to C#, Swift and Java). From 2008 to 2012, RemObjects Software has licensed its compiler and IDE technology to Embarcadero to be used in their Embarcadero Prism product. Starting in the Fall of 2011, Oxygene became available in two separate editions, with the second edition adding support for the Java and Android runtimes. Starting with the release of XE4, Embarcadero Prism is no longer part of the RAD Studio SKU. Numerous support and upgrade paths for Prism customers exist to migrate to Oxygene. As of 2016, there is only one edition of Oxygene, which allows development on Windows or macOS, and which can create executables for Windows .NET, iOS, Android, Java and macOS.

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  6. Little b is a domain-specific programming language, more specifically, a modeling language, designed to build modular mathematical models of biological systems. It was designed and authored by Aneil Mallavarapu. Little b is being developed in the Virtual Cell Program at Harvard Medical School, headed by mathematician Jeremy Gunawardena. This language is based on Lisp and is meant to allow modular programming to model biological systems. It will allow more flexibility to facilitate rapid change that is required to accurately capture complex biological systems. The language draws on techniques from artificial intelligence and symbolic mathematics, and provides syntactic conveniences derived from object-oriented languages. The language was originally denoted with a lowercase b (distinguishing it from B, the predecessor to the widely used C programming language, but the name was eventually changed to «little b» to avoid confusion and to pay homage to Smalltalk, the first object-oriented programming language.

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  7. COMPASS is an acronym for COMPrehensive ASSembler. COMPASS is any of a family of macro assembly languages on Control Data Corporation’s 3000 series, and on the 60-bit CDC 6000 series, 7600 and Cyber 70 and 170 series mainframe computers. While the architectures are very different, the macro and conditional assembly facilities are similar.

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  8. BASIC (Beginner’s All-purpose Symbolic Instruction Code) is a family of general-purpose, high-level programming languages whose design philosophy emphasizes ease of use. In 1964, John G. Kemeny and Thomas E. Kurtz designed the original BASIC language at Dartmouth College. They wanted to enable students in fields other than science and mathematics to use computers. At the time, nearly all use of computers required writing custom software, which was something only scientists and mathematicians tended to learn. In addition to the language itself, Kemeny and Kurtz developed the Dartmouth Time Sharing System (DTSS), which allowed multiple users to edit and run BASIC programs at the same time. This general model became very popular on minicomputer systems like the PDP-11 and Data General Nova in the late 1960s and early 1970s. Hewlett-Packard produced an entire computer line for this method of operation, introducing the HP2000 series in the late 1960s and continuing sales into the 1980s. Many early video games trace their history to one of these versions of BASIC. The emergence of early microcomputers in the mid-1970s led to the development of the original Microsoft BASIC in 1975. Due to the tiny main memory available on these machines, often 4 kB, a variety of Tiny BASIC dialects were also created. BASIC was available for almost any system of the era, and naturally became the de facto programming language for the home computer systems that emerged in the late 1970s. These machines almost always had a BASIC installed by default, often in the machine’s firmware or sometimes on a ROM cartridge. BASIC fell from use during the later 1980s as newer machines with far greater capabilities came to market and other programming languages (such as Pascal and C) became tenable. In 1991, Microsoft released Visual Basic, combining a greatly updated version of BASIC with a visual forms builder. This reignited use of the language and «VB» remains a major programming language in the form of VB.net.

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  9. PEARL, or Process and experiment automation realtime language, is a computer programming language designed for multitasking and real-time programming. Being a high-level language, it is fairly cross-platform. Since 1977, the language has been going under several standardization steps by the Deutsches Institut f?r Normung. The current version is PEARL-90, which was standardized in 1998 as DIN 66253-2. PEARL is not to be confused with the similarly named Perl, an entirely unrelated programming language created by Larry Wall in 1987.

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  10. Lingo is a verbose object-oriented (OO) scripting language developed by John H. Thompson for use in Adobe Director (formerly Macromedia Director). Lingo is used to develop desktop application software, interactive kiosks, CD-ROMs and Adobe Shockwave content.Lingo is the primary programming language on the Adobe Shockwave platform, which dominated the interactive multimedia product market during the 1990s. Various graphic adventure games were developed with Lingo during the 1990s, including The Journeyman Project, Total Distortion, Mia’s Language Adventure, Mia’s Science Adventure, and the Didi & Ditto series. Hundreds of free online video games were developed using Lingo, and published on websites such as Miniclip and Shockwave.com. Lingo can be used to build user interfaces, to manipulate raster graphics, vector graphics and 3D computer graphics, and other data processing tasks. Lingo supports specialized syntax for image processing and 3D object manipulation. 3D meshes can also be created on the fly using Lingo.

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  11. NEWP (or the New Executive Programming Language) is a high-level programming language used on the Unisys MCP systems. The language is used to write the operating system and other system utilities, although it can also be used to write user software as well. Several constructs separate it from extended ALGOL on which it is based. Language operators such as MEMORY which allows direct memory access are strictly used by programs running as the MCP.

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  12. AspectJ is an aspect-oriented programming (AOP) extension created at PARC for the Java programming language. It is available in Eclipse Foundation open-source projects, both stand-alone and integrated into Eclipse. AspectJ has become a widely used de facto standard for AOP by emphasizing simplicity and usability for end users. It uses Java-like syntax, and included IDE integrations for displaying crosscutting structure since its initial public release in 2001.

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  13. Alef is a discontinued concurrent programming language, designed as part of the Plan 9 operating system by Phil Winterbottom of Bell Labs. It implemented the channel-based concurrency model of Newsqueak in a compiled, C-like language.

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  14. JScript is Microsoft’s dialect of the ECMAScript standard that is used in Microsoft’s Internet Explorer. JScript is implemented as an Active Scripting engine. This means that it can be «plugged in» to OLE Automation applications that support Active Scripting, such as Internet Explorer, Active Server Pages, and Windows Script Host. It also means such applications can use multiple Active Scripting languages, e.g., JScript, VBScript or PerlScript. JScript was first supported in the Internet Explorer 3.0 browser released in August 1996. Its most recent version is JScript 9.0, included in Internet Explorer 9. JScript 10.0 is a separate dialect, also known as JScript .NET, which adds several new features from the abandoned fourth edition of the ECMAScript standard. It must be compiled for .NET Framework version 2 or version 4, but static type annotations are optional.

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  15. ALGOL 58, originally known as IAL, is one of the family of ALGOL computer programming languages. It was an early compromise design soon superseded by ALGOL 60. According to John Backus «The Zurich ACM-GAMM Conference had two principal motives in proposing the IAL: (a) To provide a means of communicating numerical methods and other procedures between people, and (b) To provide a means of realizing a stated process on a variety of machines…» ALGOL 58 introduced the fundamental notion of the compound statement, but it was restricted to control flow only, and it was not tied to identifier scope in the way that Algol 60’s blocks were.

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  16. Clean is a general-purpose purely functional computer programming language. For much of the language’s active development history it was called Concurrent Clean, but this was dropped at some point.

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  17. ACC is a near-C compiler for the MS-DOS operating system on the IBM PC line of computers for programs. The compiler and compiled programs will run on any Intel 80386 or above PC running MS-DOS. Included with the compiler are a 386 assembler and a linker for combining multiple object files. There are also two libraries, which are a protected mode DOS extender (based on Thomas Pytel’s, AKA Tran’s PMODE30B + PMODE307 DOS extenders), and a library of functions callable by C programs. Pointers are 4 bytes, and can access all available memory. All memory can be allocated too. The compiler, assembler and linker are all very small and reportedly very fast.

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  18. Smalltalk is an object-oriented, dynamically typed reflective programming language. Smalltalk was created as the language in underpinning the «new world» of computing exemplified by «human–computer symbiosis». It was designed and created in part for educational use, more so for constructionist learning, at the Learning Research Group (LRG) of Xerox PARC by Alan Kay, Dan Ingalls, Adele Goldberg, Ted Kaehler, Scott Wallace, and others during the 1970s. The language was first generally released as Smalltalk-80. Smalltalk-like languages are in continuing active development and have gathered loyal communities of users around them. ANSI Smalltalk was ratified in 1998 and represents the standard version of Smalltalk.Smalltalk took second place for «most loved programming language» in the Stack Overflow Developer Survey in 2017, but it was not among the 26 most loved programming languages of the 2018 survey.

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  19. Hermes is a language for distributed programming that was developed at IBM’s Thomas J. Watson Research Center from 1986 through 1992, with an open-source compiler and run-time system. Hermes’ primary features included: Language support of processes and interprocess communication. Compile-time verification that operations use initialized data. Representation-independent data aggregates called tables. Lack of pointers.The compile-time checking of data initialization, called «typestate analysis», is an early precedent for the definite assignment analysis performed by Java, Cyclone and C#. Hermes and its predecessor, NIL (Network Implementation Language), were the earliest programming languages supporting this form of initialization checking. Typestate was actually used more extensively, to generate compiler-inserted «delete» operations.

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  20. Common Lisp (CL) is a dialect of the Lisp programming language, published in ANSI standard document ANSI INCITS 226-1994 (R2004) (formerly X3.226-1994 (R1999)). The Common Lisp HyperSpec, a hyperlinked HTML version, has been derived from the ANSI Common Lisp standard.The Common Lisp language was developed as a standardized and improved successor of Maclisp. By the early 1980s several groups were already at work on diverse successors to MacLisp: Lisp Machine Lisp (aka ZetaLisp), Spice Lisp, NIL and S-1 Lisp. Common Lisp sought to unify, standardise, and extend the features of these MacLisp dialects. Common Lisp is not an implementation, but rather a language specification. Several implementations of the Common Lisp standard are available, including free and open-source software and proprietary products. Common Lisp is a general-purpose, multi-paradigm programming language. It supports a combination of procedural, functional, and object-oriented programming paradigms. As a dynamic programming language, it facilitates evolutionary and incremental software development, with iterative compilation into efficient run-time programs. This incremental development is often done interactively without interrupting the running application. It also supports optional type annotation and casting, which can be added as necessary at the later profiling and optimization stages, to permit the compiler to generate more efficient code. For instance, fixnum can hold an unboxed integer in a range supported by the hardware and implementation, permitting more efficient arithmetic than on big integers or arbitrary precision types. Similarly, the compiler can be told on a per-module or per-function basis which type safety level is wanted, using optimize declarations. Common Lisp includes CLOS, an object system that supports multimethods and method combinations. It is often implemented with a Metaobject Protocol. Common Lisp is extensible through standard features such as Lisp macros (code transformations) and reader macros (input parsers for characters). Common Lisp provides some backwards compatibility to Maclisp and to John McCarthy’s original Lisp. This allows older Lisp software to be ported to Common Lisp.

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  21. Executable UML (xtUML or xUML) is both a software development method and a highly abstract software language. It was described for the first time in 2002 in the book «Executable UML: A Foundation for Model-Driven Architecture». The language «combines a subset of the UML (Unified Modeling Language) graphical notation with executable semantics and timing rules.» The Executable UML method is the successor to the Shlaer–Mellor method.Executable UML models «can be run, tested, debugged, and measured for performance.», and can be compiled into a less abstract programming language to target a specific implementation. Executable UML supports model-driven architecture (MDA) through specification of platform-independent models, and the compilation of the platform-independent models into platform-specific models.

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  22. The PL/P programming language (an acronym of Programming Language for Prime (computers)) is a mid-level programming language developed by Prime Computer to serve as their second primary system programming language after Fortran IV. PL/P was a subset of PL/I. Additions to the PRIMOS operating system for Prime 50 Series computers were written mostly in PL/P in later years. Certain PRIMOS modules written in Fortran IV during PRIMOS’s early years were rewritten in PL/P. PL/P was the most widespread compiled programming language used for commercial PRIMOS applications, outpacing the use of the Prime C compiler, the CPL (PRIMOS) scripting language, and the Fortran IV compiler in commercial applications.

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  23. The Parallax P8X32A Propeller is a multi-core processor parallel computer architecture microcontroller chip with eight 32-bit reduced instruction set computer (RISC) central processing unit (CPU) cores. Introduced in 2006, it is designed and sold by Parallax, Inc. The Propeller microcontroller, Propeller assembly language, and Spin interpreter were designed by Parallax’s cofounder and president, Chip Gracey. The Spin programming language and Propeller Tool integrated development environment (IDE) were designed by Chip Gracey and Parallax’s software engineer Jeff Martin. On August 6, 2014, Parallax Inc., released all of the Propeller 1 P8X32A hardware and tools as open-source hardware and software under the GNU General Public License (GPL) 3.0. This included the Verilog code, top-level hardware description language (HDL) files, Spin interpreter, PropellerIDE and SimpleIDE programming tools, and compilers.

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  24. The Secure Operations Language (SOL) was developed jointly by the United States Naval Research Laboratory and Utah State University in the United States. SOL is a domain-specific synchronous programming language for developing distributed applications and is based on software engineering principles developed in the Software Cost Reduction project at the Naval Research Laboratory in the late 1970s and early 1980s. SOL is intended to be a domain-specific language for developing service-based systems. Concurrently, a domain-specific extension of Java (SOLj) is being developed (FTDCS 2007) Application domains include sensor networks, defense and space systems, healthcare delivery, power control, etc. The investigators of the project are Dr. Ramesh Bharadwaj from the Naval Research Laboratory and Dr. Supratik Mukhopadhyay from Utah State University.

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  25. Eltron Programming Language (EPL and EPL2) is a printer control language used to produce printed paper labels for various Eltron (now Zebra) model printers. Newer printers support also the Zebra Programming Language (ZPL). EPL2 is a markup, line-at-a-time language, suitable for printing on media of reduced space, and although it supports bitmaps (and therefore, arbitrary images), its use is usually for labels including barcode information. Each EPL2 line starts with one or more letters (indicating the command), and may be followed by one or more comma-separated arguments. Commands and arguments are case-sensitive. Arguments that are numeric or belong to a fixed set of options (see i.e. the reverse argument for A) are inlined, and any string or set of variable values must be surrounded by double-quotes (» — see i.e. the text argument for A). Although the EPL2 language has a quite lengthy and complete number of commands, the most basic are: Ah_pos,v_pos,rotation,font,h_mult,v_mult,reverse,»text» — ASCII text h_pos: Starting horizontal position (in points) v_pos: Starting vertical position (in points) rotation: How the text should be printed 0: horizontal, normal 1: 90 degrees 2: 180 degrees 3: 270 degrees font: Font style to use. Size can be increased by h_mult, v_mult (explained following) 1: 8×12 dots (6 pts) 2: 10×16 dots (7 pts) 3: 12×20 dots (10pts) 4: 14×24 dots (12pts) 5: 32×48 dots (24 pts) A-Z: Reserved for soft fonts h_mult: Horizontal multiplier for the font (1-9) v_mult: Vertical multiplier for the font (1-9) reverse: Whether the text should be rendered black-on-white (N) or white-on-black (R) text: The text to be printed. If the text is stored in a variable or a counter, double-quotes are omitted. Variables are prefixed by V (V01-V99), counters by C (C0-C9). Current time or date can be printed by TT and TD respectively. Bh_pos,v_pos,rotation,barcode_type,narrow_bar,wide_bar,height,human,»value» — Barcode h_pos: Starting horizontal position (in points) v_pos: Starting vertical position (in points) rotation: How the text should be printed 0: horizontal, normal 1: 90 degrees 2: 180 degrees 3: 270 degrees barcode_type: Which barcode type to print; 31 barcode types are available. See the official documentation for full information. narrow_bar: How wide should the narrow bar of the generated barcode be. Legal values are determined by the barcode_type. wide_bar: How wide should the wide bar of the generated barcode be. Legal values are determined by the barcode_type. height: Printed barcode desired height (in points) human: Whether to print a human-readable form of the value below the barcode N Starts a new, empty label. Takes no parameters. P Prints the contents of the buffer qwidth — Sets the label width width: The label width, in points Qlength,gap — Sets the label length (height) length: The label’s printable surface length, in points gap: The distance (in points) between two consecutive labelsOriginal Author: The R&D team led by Eddy Lee, the main author is Steven Huang.

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  26. MATH-MATIC is the marketing name for the AT-3 (Algebraic Translator 3) compiler, an early programming language for the UNIVAC I and UNIVAC II. MATH-MATIC was written beginning around 1955 by a team led by Charles Katz under the direction of Grace Hopper. A preliminary manual was produced in 1957 and a final manual the following year. Syntactically, MATH-MATIC was similar to Univac’s contemporaneous business-oriented language, FLOW-MATIC, differing in providing algebraic-style expressions and floating-point arithmetic, and arrays rather than record structures.

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  27. Core War is a 1984 programming game created by D. G. Jones and A. K. Dewdney in which two or more battle programs (called «warriors») compete for control of a virtual computer. These battle programs are written in an abstract assembly language called Redcode.

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  28. Model 204 (M204) is a database management system for IBM and compatible mainframe computers, “born” 1965 October 13, and first deployed in 1972. It incorporates a programming language and an environment for application development. Implemented in assembly language for IBM System/360 and its successors, M204 can deal with very large databases and transaction loads of 1000 TPS.

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  29. The A-0 system (Arithmetic Language version 0), written by Grace Murray Hopper in 1951 and 1952 for the UNIVAC I, was an early compiler related tool developed for electronic computers. The A-0 functioned more as a loader or linker than the modern notion of a compiler. A program was specified as a sequence of subroutines and arguments. The subroutines were identified by a numeric code and the arguments to the subroutines were written directly after each subroutine code. The A-0 system converted the specification into machine code that could be fed into the computer a second time to execute the said program. The A-0 system was followed by the A-1, A-2, A-3 (released as ARITH-MATIC), AT-3 (released as MATH-MATIC) and B-0 (released as FLOW-MATIC). The A-2 system was developed at the UNIVAC division of Remington Rand in 1953 and released to customers by the end of that year. Customers were provided the source code for A-2 and invited to send their improvements back to UNIVAC. Thus A-2 was an early example of free and open-source software.

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  30. Pharo is an open source dynamic and reflective language inspired from the programming language and integrated development environment (IDE) Smalltalk. Pharo offers strong live programming features such as immediate object manipulation, live update and hot recompiling. The live programming environment is at the heart of the system.

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  31. Agora is a reflective, prototype-based, object-oriented programming language that is based exclusively on message passing and not delegation. Agora was intended to show that even subject to that limit, it is possible to build a full object-oriented language that features inheritance, cloning and reflective operators.

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  32. Agora is a reflective, prototype-based, object-oriented programming language that is based exclusively on message passing and not delegation. Agora was intended to show that even subject to that limit, it is possible to build a full object-oriented language that features inheritance, cloning and reflective operators.

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  33. ACC is a near-C compiler for the MS-DOS operating system on the IBM PC line of computers for programs. The compiler and compiled programs will run on any Intel 80386 or above PC running MS-DOS. Included with the compiler are a 386 assembler and a linker for combining multiple object files. There are also two libraries, which are a protected mode DOS extender (based on Thomas Pytel’s, AKA Tran’s PMODE30B + PMODE307 DOS extenders), and a library of functions callable by C programs.Pointers are 4 bytes, and can access all available memory. All memory can be allocated too. The compiler, assembler and linker are all very small and reportedly very fast.

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  34. История суперкомпьютеров

    Одним из первых суперкомпьютеров считается Cray-1, созданный в 1974 году. С помощью поддержки векторных операций эта супер-ЭВМ достигала производительности в 180 миллионов операций в секунду над числами с плавающей точкой (FLOPS).

    По применению суперкомпьютеров Россия сильно отстаёт от США, Китая, Европы и Японии. Если в 2018 г. доля России в мировом ВВП составила 1,8%, то в мировой производительности суперкомпьютеров лишь 0,32%.

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  35. Верхняя Дальёль

    Верхняя Дальёль — река в России, протекает в Республике Коми. Устье реки находится в 68 км по правому берегу реки Бол. Ляга. Длина реки составляет 12 км.

    По данным государственного водного реестра России относится к Двинско-Печорскому бассейновому округу, водохозяйственный участок реки — Печора от истока до водомерного поста у посёлка Шердино, речной подбассейн реки — Бассейны притоков Печоры до впадения Усы. Речной бассейн реки — Печора.

    По данным геоинформационной системы водохозяйственного районирования территории РФ, подготовленной Федеральным агентством водных ресурсов:

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