fujitsu netcobol manual

0 IBM DB2 SQLCA compatibility SQLSTATE, SQLCODE, and SQLERRD included in SQLCA can be compiled. User's Guide High-Speed File Processing 19 V11.0.0 Event Log output The Windows Event Log can be specified as the output destination for DISPLAY statements.Debugging Guide Trace Information 23 V11.0.0 Simpler identification of application errors in COBOL Error Report When an application error occurs and COBOL Error Report starts, message JMW0099I-U is output. This makes such application errors easy to identify in the output. Messages COBOL Error Report Messages 24 V11.0.0 Interactive debug functions in the COPY book The interactive debugger now can be used in the COPY book. NetCOBOL Studio User's Guide Chapter 7 Debugging Function 25 V11.0.0 Suppression of SYSERR of DISPLAY statement The message output to SYSERR of the DISPLAY statement is suppressed. User's Guide Creating an ODBC Information File How to define server information Note The Location in Manual column shows which sections of the documentation are impacted by the change. Copyright 2009-2015 FUJITSU LIMITED. Please upgrade your browser to improve your experience. Whether design, programming, testing or maintenance, the IDE conforms to your existing platform while modernizing your program development, resulting in greater efficiencies and stability. And with tools tied to Windows and.NET environments, you have the versatility to modernize the functionalities of your key systems from a single solution. Existing COBOL properties and skills can be fully utilized. NetCOBOL for.NET utilizes the industry leading Visual Studio development environment. It enables program development linking with the latest technologies from batch to Web applications. Whether you are only maintaining your existing applications or extending them to work with newer technologies, NetCOBOL offers you a robust and high performance environment that gives you the flexibility you desire.

• fujitsu netcobol manual, fujitsu cobol manual, fujitsu netcobol manual, fujitsu netcobol manual pdf, fujitsu netcobol manual download, fujitsu netcobol manuals, fujitsu netcobol manual free, fujitsu netcobol manuals.

NetCOBOL Enterprise Edition V11.0.0 for Windows (32bit) Table 1.2 Outline of additional functionality in NetCOBOL V11 NO. NetCOBOL Studio User's Guide COBOL Solution project COBOL solution generation wizard COBOL Solution Project 4 V11.0.0 The default value of paper size and printing format specification support Paper size and printing format can now be specified in print information file. Language Reference FETCH Statement 6 V11.0.0 Project configuration conversion command Provide the project configuration conversion command as a transfer support tool in order to convert the project in Project Manager to the project in NetCOBOL Studio. NetCOBOL Studio User's Guide Transition from Project Manager 7 V11.0.0 Free format COBOL editor support Free format style COBOL editor can now be used in NetCOBOL Studio. NetCOBOL Studio User's Guide Reference Formats SRF compile option 8 V11.0.0 Eclipse 4.3 workbench support Eclipse 4.3 workbench can now be used in NetCOBOL Studio, in which view layout can be changed and recent plug-in can be used. NetCOBOL Studio User's Guide NetCOBOL Studio Differences between Eclipse 3.4 and Eclipse 4.3 9 V11.0.0 Security enhancement in remote development SSH Port Forwarding enhances the security in remote developing on Linux(x64). NetCOBOL Studio User's Guide 11 V11.0.0 PICTURE strings 50 digits support PICTURE strings 50 digits can now be used. Language Reference PICTURE Clause 12 V11.0.0 New version Linker support New version Linker can now be supported. NetCOBOL Studio User's Guide Setting compile options 14 V11.0.0 File processing High-speed file processing can now be used in the COBOL file access subroutines. User's Guide File Processing 15 V11.0.0 Extension of the file size limit The maximum file size of a record sequential file, a line sequential file and an index file can now be extended to the system limit. Language Reference FETCH Statement User's Guide Acquisition of data by FETCH PRIOR statement 17 V11.0.

Microsoft Internet Explorer is not supported. The final payment may not be precise to how payments are determined in the Medicare claims processing system due to the fact that some data is factored in the PC Pricer payment amount that is paid by Medicare via provider cost reports. A variance between actual Medicare payment and a PC Pricer estimate may exist as there is typically a 3-month lag in quarterly updates to provider data. In such situations, the PC Pricers offer flexibility by allowing users to modify provider data to reflect different values. Users are encouraged to refer to the User Manual for the applicable Pricer to access downloading and data entry instructions. The Fujitsu NetCOBOL run time files can be found packaged with each zipped PC Pricer file for downloading.You will need an IBM PC or clone with a hard disk drive for Microsoft Windows Version 95 or greater with at least 8MB RAM. Both monochrome and color monitors are supported. A printer is essential to produce the report that displays the PRICER results. All Rights Reserved. Java and other trademarks including Java are trademarks of Sun Microsystems, Inc. in the U.S. and other countries. J Adapter Class Generator User's Guide. The J adapter class generator provides a framework that enables COBOL to use Java classes.The J adapter class generator generates an adapter class that converts the Java interface into the COBOL interface. What the J Adapter Class Generator Can Do Using adapter classes generated by the J adapter class generator enables the following types of operation for Java. The J adapter class generator works as an interface converting mechanism to generate adapter classes corresponding to Java classes. Use the COBOL project manager to do so. Refer to the Fujitsu NetCOBOL User's Guide for information on how to use the COBOL project manager Follow the procedure below to build an adapter class: 1.

The powerful debugging capabilities of NetCOBOL and its development environments mean you get your applications developed and tested quickly. By moving to this new platform, utilizing XML and Web Services we were able to interface with other platforms much much easier and cheaper than before. ” Move your apps to the cloud and free your legacy code from the mainframe with NetCOBOL for.NET. Connect COBOL to Linux to create a flexible, future-proof enterprise system. Complete the form below to learn if NetCOBOL is right for you. By continuing to browse or closing this banner, you indicate your agreement. If you’d like to change your cookie settings, you can do so within your browser. To learn more about how cookies are used, visit our Privacy Policy. Ok Privacy policy. Please try again.Please try again.Please try again. Then you can start reading Kindle books on your smartphone, tablet, or computer - no Kindle device required. Register a free business account To calculate the overall star rating and percentage breakdown by star, we don’t use a simple average. Instead, our system considers things like how recent a review is and if the reviewer bought the item on Amazon. It also analyzes reviews to verify trustworthiness. Please try again.Download one of the Free Kindle apps to start reading Kindle books on your smartphone, tablet, and computer. Get your Kindle here, or download a FREE Kindle Reading App.To calculate the overall star rating and percentage breakdown by star, we don’t use a simple average. Instead, our system considers things like how recent a review is and if the reviewer bought the item on Amazon. It also analyzes reviews to verify trustworthiness. Over the next year, CMS will stop producing new versions of the downloadable PC Pricers and issue them as web-based applications. For the best user experience, access this Web Pricer through Google Chrome. You may also access it through Microsoft Edge, or Mozilla Firefox.

The generation name management file is generated with the following name in the adapter class output folder: java2cob.mgt. The FJ-JAVA-BASE class has the methods shown below. Method name Type J-NARROW Factory J-DUPLICATE Object J-EQUALS Object J-NARROW Method (factory method) Explanation This method assigns an adapter object to a subclass. Syntax class-name J-NARROW. Disconnects the current thread from the Java VM Disconnects the current thread from the Java VM Fujitsu NetCOBOL User's Guide for information. The default is 128 kilobytes. The default is 400 kilobytes.The FJ-JAVA-ERROR class has the following methods. Methods that Acquire Exception Information. The class user can identify the class with the external class name. Therefore, class names whose external class names are different only in uppercase and lowercase letters cannot be used concurrently. Supplement When the adapter class of java.lang.String is generated, the public method defined in the java.lang.String class is generated. Generation example The factory method corresponding to constructor Date() of the java.util.Date class is generated as shown below: METHOD-ID.Expansion format METHOD-ID. GET PROPERTY property-name. LINKAGE SECTION. 01 property-value data-description-entry. PROCEDURE DIVISION RETURNING property-value. END METHOD property-name. METHOD-ID. SET PROPERTY property-name. LINKAGE SECTION. 01 property-value data-description-entry PROCEDURE DIVISION USING property-value. Generation rules 1. The internal method name is internally used by the J adapter class generator and cannot be viewed from the class user. 2. The external method name is used to identify the method. The class user identifies the method with the external method name. Generation rules 1. The internal method name is internally used by the J adapter class generator and cannot be viewed from the class user. 2. The external method name is used to identify the method.

Since, however, the adapter source class can include class files, which are not used by the applications, there might be cases where the size of the DLL file of the adapter class is significantly larger than necessary. To check for parameter validity at method invocation, the J adapter class generator generates adapter classes corresponding to individual parameters. Thus many adapter classes are generated for one class. Developing an Application That Uses an Adapter Class This section explains how to develop a program that uses an adapter class. Outline The flow of program processing using the adapter class is as follows: 1. Use the JVM-TERMINATE method of the FJ-JAVA-CONTROL class to terminate the Java VM. A coding sample is shown below: REPOSITORY.Specify ALPHAL (WORD) or NOALPHAL. When specifying two or more constructors, they must be delimited by comma (,) or a blank. When two or more constructors of the same name exist, only the constructor that matches the parameter type is generated by specifying the parameter-type. If a parameter type is omitted, all of the constructors of the same name are generated. When this parameter is specified, the object reference types of all parameters excluding RETURNING become java-lang-Object.More than one class name or interface name can be specified. When -classpath is specified, the CLASSPATH environment variable is ignored. The optional file is specified in a command line of the java2cob command. For example, specifying the many method names, etc.Specify the same code system as that of the COBOL program that uses the Java class. When omitted, it is assumed that SJIS is specified.If omitted, it is assumed that NO is specified. When YES is specified, the type of object reference except RETURNING becomes java-lang-Object, and the parameter name is generated so as to include the original type information instead.

Collect failure information and call your Fujitsu systems engineer. The subscript of the array object is invalid. Specify a subscript within the array range. Call the J adapter class generator supplier. Response The J adapter class generator failed. Collect failure information and call your Fujitsu systems engineer. Meaning A memory space shortage occurred.Meaning The adapter class generated by the J adapter class generator contains a Java class name in invalid format. Contact the J adapter class generator supplier. Response The J adapter class generator failed. Call the J adapter class generator supplier. Response The J adapter class generator failed. Collect failure information and call your Fujitsu systems engineer. Meaning Type conversion failed. Check the parameter passed to the J-NARROW method. Call the J adapter class generator supplier. Response The J adapter class generator failed. Collect failure information and call your Fujitsu systems engineer. Meaning Java VM detected an error. Remove the error cause. (exception name. COBOL is by far the most widely used programming language for commercial data processing so- lutions. The strength of COBOL lies in the efficiency with which it manipulates and processes large volumes of business-critical data. COBOL is the programming language of the pro- fessional programmer. The functionality of COBOL85 con- forms to the American National Standard X3.23-1985 with Adden- dum X3.23a-1989, the international standard ISO 1989-1985 with Amendment 1:1992, the German standard DIN 66028-1986 and the European standard EN 21989. COBOL85 has been validated as compliant with the above standard and has the official conformity cer- tificates to that effect. COBOL85 supports the symbolic debugging of COBOL programs with the interactive debugging tool AID (not with COBOL85-BC).Version 2.3. High-Level ANS COBOL85-Compiler. Product Characteristics. COBOL85 is the COBOL compiler, The COBOL85. Page 2 Functional Description.

In order to describe the COBOL lan- Year 2000 support: The syntax and semantics of a. Handle structures like classes. E.g. object to store a struct instance:If you can show me howto to declare this properly. I think we can move forward. There were a couple of other tricks getting to the properties, Please be sure to answer the question. Provide details and share your research. Making statements based on opinion; back them up with references or personal experience. To learn more, see our tips on writing great answers. Browse other questions tagged.net cobol netcobol or ask your own question. Where should I put them? COBOL is primarily used in business, finance, and administrative systems for companies and governments. COBOL is still widely used in applications deployed on mainframe computers, such as large-scale batch and transaction processing jobs.It was created as part of a US Department of Defense effort to create a portable programming language for data processing. Expansions include support for structured and object-oriented programming.However, it is verbose and uses over 300 reserved words. COBOL code is split into four divisions (identification, environment, data, and procedure) containing a rigid hierarchy of sections, paragraphs and sentences. Lacking a large standard library, the standard specifies 43 statements, 87 functions and just one class. COBOL has been criticized throughout its life for its verbosity, design process, and poor support for structured programming. These weaknesses result in monolithic and, though intended to be English-like, not easily comprehensible and verbose programs.They agreed unanimously that more people should be able to program and that the new language should not be restricted by the limitations of contemporary technology.The six computer manufacturers were Burroughs Corporation, IBM, Minneapolis-Honeywell (Honeywell Labs), RCA, Sperry Rand, and Sylvania Electric Products.

The class user identifies the method with the external method name. Supplement When a data name is specified for initialValue, a String object as long as data item length is generated. However, inserting X”0000” in the statement can generate a String object shorter than data item length. REPOSITORY. The class user can identify the class with the external class name. In this case, the J adapter class generator assigns numbers to the methods with a same name according to the following rules: 1. Number 01 is assigned to the name that appears first and then serial numbers are assigned in ascending order to the subsequent names. The J adapter class generator uses the generation name management file to manage the correspondence of method names across classes or interfaces. It then assigns numbers to methods with the same name according to the following rules: 1. Use the same generation name management file to generate adapter classes to be used under the same environment. Reinstall the J adapter class generator and retry. The J adapter class generator is not installed normally. Reinstall the J adapter class generator. Messages Output during Generation This section explains the messages output during adapter class generation, including the operator responses to the messages. Specify a Java class name or interface name qualified by a package name. Specify a valid class name or interface name and retry. Error: A valid directory name was missing.Error: A memory space shortage occurred. Generation was interrupted. Terminate unnecessary applications and retry. Error: A system error occurred. Generation was interrupted. The J adapter class generator failed. Collect failure information and call your Fujitsu systems engineer. The message format is shown below: Class name information: Class name information indicates the adapter class in which an error occurred. The format of class name information varies depending on the class type.

Check whether the program properly invokes the JVM-DETACH method. The adapter class generated by the J adapter class generator contains a Java class name in invalid format. Contact the J adapter class generator supplier. Java class initialization failed. Call the J adapter class generator supplier. The J adapter class generator failed. Collect failure information and call your Fujitsu systems engineer. No Java method is found.Example 1 shows how the java.lang.System, java.io.PrintStream, and java.util.Date classes of Java are used from COBOL. Refer to the “Fujitsu COBOL User’s Guide” for detailed information on how to use the project manager. 1. When using Java(JDK 1.1.x), open project file “DATE01JAVA.PRJ”. When using Java2(J2SDK 1.2.2 or later), open project file “DATE01JAVA2.PRJ”. Refer to the “Fujitsu COBOL User’s Guide” for detailed information on how to use the project manager. 1. When using Java(JDK 1.1.x), open project file “DATE02JAVA.PRJ”. When using Java2(J2SDK 1.2.2 or later), open project file “DATE02JAVA2.PRJ”. Reinstall the J adapter class generator and retry. The J adapter class generator is not installed normally. Reinstall the J adapter class generator. Failed to open the optional file. Check the file status. Generation was interrupted. The message format is shown below: Message type: Message text The message types are shown below: Message type Level Error Severe Warning. Generation was interrupted. Check the file status. Error: A memory space shortage occurred. Generation was interrupted. Terminate unnecessary applications and retry. Error: A system error occurred. Generation was interrupted. The J adapter class generator failed. Collect failure information and call your Fujitsu systems engineer. Contact the J adapter class generator supplier. The J adapter class generator failed. Collect failure information and call your Fujitsu systems engineer. Call the J adapter class generator supplier. The J adapter class generator failed.

While some members thought the language had too many compromises and was the result of design by committee, others felt it was better than the three languages examined. Controversial features included those some considered useless or too advanced for data processing users.This was a blow to the short-range committee, who had made good progress on the specification. Despite being technically superior, FACT had not been created with portability in mind or through manufacturer and user consensus.We shortened it and got rid of a lot of unnecessary notation.'By September, five more manufacturers had joined CODASYL ( Bendix, Control Data Corporation, General Electric (GE), National Cash Register and Philco ), and all represented manufacturers had announced COBOL compilers. GE and IBM planned to integrate COBOL into their own languages, GECOM and COMTRAN, respectively.Moreover, no responsibility is assumed by any contributor, or by the committee, in connection therewith. The authors and copyright holders of the copyrighted material used herein are as follows:F28-8013, copyrighted 1959 by IBM; FACT, DSI 27A5260-2760, copyrighted 1960 by Minneapolis-Honeywell. They have specifically authorized the use of this material, in whole or in part, in the COBOL specifications.COBOL-60 was replaced in 1961 by COBOL-61.In late 1962, both ISO and the United States of America Standards Institute (now ANSI ) formed groups to create standards.The vice-president, William Rinehuls, complained that two-thirds of the COBOL community did not know of the committee's existence.The proposed standard (commonly called COBOL-80) differed significantly from the previous one, causing concerns about incompatibility and conversion costs. In January 1981, Joseph T. Brophy, Senior Vice-President of Travelers Insurance, threatened to sue the standard committee because it was not upwards compatible with COBOL-74.

Other responses were detailed analyses of the effect COBOL-80 would have on their systems; conversion costs were predicted to be at least 50 cents per line of code.The group consisted of COBOL experts from many countries, including the USA. Its goal was to achieve mutual understanding and respect between ANSI and the rest of the world with regard to the need of new COBOL features. After three years, ISO changed the status of the group to a formal Working Group: WG 4 COBOL. The group took primary ownership and development of the COBOL standard, where ANSI did most of the proposals.It was published in late 1985.The initial estimate was to have this revision completed by 1997, and an ISO Committee Draft (CD) was available by 1997. Some vendors (including Micro Focus, Fujitsu, and IBM ) introduced object-oriented syntax based on drafts of the full revision.Micro Focus found that it was due to a lack of user demand for the new features and due to the abolition of the NIST test suite, which had been used to test compiler conformance.Words include reserved words and user-defined identifiers. They are up to 31 characters long and may include letters, digits, hyphens and underscores.The identification division specifies the name and type of the source element and is where classes and interfaces are specified. The environment division specifies any program features that depend on the system running it, such as files and character sets. The data division is used to declare variables and parameters. The procedure division contains the program's statements. Each division is sub-divided into sections, which are made up of paragraphs.The metalanguage was developed for the original COBOL specifications.Any option may only be selected once.Any option may only be selected once.In fixed-format, code must be aligned to fit in certain areas (a hold-over from using punched cards).

Until COBOL 2002, these were:Free-format code can be placed in any column of the file, as in newer programming languages.Support for generic programming is provided through parameterized classes, which can be instantiated to use any class or interface. Objects are stored as references which may be restricted to a certain type.The configuration section is used to specify variable features suchThe input-output section contains file-related information.In sequential files, records are contiguous and must be traversed sequentially, similarly to a linked list. Indexed files have one or more indexes which allow records to be randomly accessed and which can be sorted on them. Each record must have a unique key, but other, alternate, record keys need not be unique. Relative files, like indexed files, have a unique record key, but they do not have alternate keys. A relative record's key is its ordinal position; for example, the 10th record has a key of 10. This means that creating a record with a key of 5 may require the creation of (empty) preceding records.An item with a higher level-number is subordinate to an item with a lower one. Top-level data items, with a level-number of 1, are called records. Items that have subordinate aggregate data are called group items; those that do not are called elementary items.For example, consider the example code above along with the following example:For example, the following code declares two 77-level data items, property-name and sales-region, which are non-group data items that are independent of (not subordinate to) any other data items:If the data item contains some other value, both of the condition-names are false.Some picture characters specify the type of the item and how many characters or digits it occupies in memory. For example, a 9 indicates a decimal digit, and an S indicates that the item is signed. Other picture characters (called insertion and editing characters) specify how an item should be formatted.

Repeated characters can be specified more concisely by specifying a number in parentheses after a picture character; for example, 9(7) is equivalent to 9999999.Depending on the data type, it can either complement or be used instead of a PICTURE clause. While it can be used to declare pointers and object references, it is mostly geared towards specifying numeric types.A report is split into report groups which define the report's headings, footings and details. Reports work around hierarchical control breaks. Control breaks occur when a key variable changes it value; for example, when creating a report detailing customers' orders, a control break could occur when the program reaches a different customer's orders. Here is an example report description for a report which gives a salesperson's sales and which warns of any invalid records:Seller: Howard BrombergSeller: Howard DiscountFor the above sales report example, the procedure division might look like this:To use procedures as subroutines, the PERFORM verb is used.If a subroutine is invoked using a simple statement like PERFORM subroutine, then control returns at the end of the called procedure. However, PERFORM is unusual in that it may be used to call a range spanning a sequence of several adjacent procedures. This is done with the PERFORM sub-1 THRU sub-n construct:As a consequence, nested invocations are possible (a sequence of code being PERFORM 'ed may execute a PERFORM statement itself), but require extra care if parts of the same code are executed by both invocations. The problem arises when the code in the inner invocation reaches the exit point of the outer invocation. More formally, if control passes through the exit point of a PERFORM invocation that was called earlier but has not completed yet, the COBOL 2002 standard officially stipulates that the behaviour is undefined.

When control flow reaches the end of any procedure, the continuation address is looked up and control is transferred to that address. Before the program runs, the continuation address for every procedure is initialised to the start address of the procedure that comes next in the program text so that, if no PERFORM statements happen, control flows from top to bottom through the program. But when a PERFORM statement executes, it modifies the continuation address of the called procedure (or the last procedure of the called range, if PERFORM THRU was used), so that control will return to the call site at the end. The original value is saved and is restored afterwards, but there is only one storage position.Rather, the first PERFORM statement sets the continuation address at the end of LABEL3 so that it will jump back to the call site inside LABEL1. The second PERFORM statement sets the return at the end of LABEL4 but does not modify the continuation address of LABEL3, expecting it to be the default continuation.EVALUATE is a switch-like statement with the added capability of evaluating multiple values and conditions. This can be used to implement decision tables. For example, the following might be used to control a CNC lathe: It is also used to call procedures or ranges of procedures (see the procedures section for more details). CALL and INVOKE call subprograms and methods, respectively.GO TO causes the program to jump to a specified procedure.Declaratives are sections beginning with a USE statement which specify the errors to handle. Exceptions can be names or objects. RESUME is used in a declarative to jump to the statement after the one that raised the exception or to a procedure outside the DECLARATIVES. Unlike other languages, uncaught exceptions may not terminate the program and the program can proceed unaffected.The RELEASE verb provides records to sort and RETURN retrieves sorted records in order.