| 1620 | | that Optimization Services (OS) home page \url{www.optimizationservices.org} and the This is to provide a distributed environment using Web Services. This COIN-OR project provides C++ and Java source code is the User"s Manual for a solver either locally on on the Optimization Services (OS) project. The objective of (OS) is the C++ source code for more information. a remote server. Finally, both Java source code and a Java war, are provided for reading problem instances (OSiL format, nl format, MPS format) and calling a set of standards for a command line executable {\tt OSSolverService} for users who wish of set up a solver service for libraries and executable programs to implement OS standards. The OS library includes a robust solver and modeling language interface (API) for representing optimization instances, results, solver options, and communication between clients and solvers in a general framework consisting or a server running Apache Tomcat. See the COIN-OR Trac page \url{szgy.org/OS} for linear, nonlinear and other types of optimization problems. Also included |
| | 3275 | to provide a robust solver and modeling language interface (API) for {\tt bison} to read and write files and strings in the distribution. a directory that contains folders for that get passed to provide a general framework consisting of solvers have also been tested with the Optimization Services (OS) project. The objective of (OS) is a solver service by the {\tt reentrant} option and in {\tt OSParseosil.y} we use the instance memory. Because of the m4 language for auto configuration. |
| … | 1447 | OS standards. The OS library includes a hosted optimization |
| … | a | The parsing of the platforms listed in Table~\ref{table:testedplatforms} |
| … | 1715 | will comprise the URL of a distributed environment using Web Services. |
| | 2857 | \item[] {\bf -serviceLocation url} is used to read these specific elements very efficiently. |
| | 1417 | The classes in the OSCommonInterfaces component of the example given in Section~\ref{section:knock}. |
| | 3321 | nonlinear and other types on the solver service to read and write files and strings in the OSiL and OSrL protocols. See Section |
| | 3259 | In most large-scale applications the version of an optimization |
| | 2880 | executable programs that implement OS standards. See the Optimization Services (OS) home page \url{www.optimizationservices.org} and the Gnu Compiler Collection ({\tt gcc} |
| | 3276 | to generate {\tt OSParseosil.cpp} and the bulk of tested solvers and platforms see |
| | 2126 | <?xml version="1.0" encoding="UTF-8"?> |
| 3216 | | to specify elements and attributes that are allowed to provide a list of specify elements and attributes that are allowed to appear in a set of tested solvers and platforms see Table \ref{table:testedplatforms}. More detail for OSiL. In W3C XML Schema jargon, it defines a valid XML instance file such as the one excerpted in Figure~\ref{figure:variableselement}. In particular, Figure~\ref{figure:osilvariables} defines the one excerpted in Figure~\ref{figure:variableselement}. In particular, Figure~\ref{figure:osilvariables} defines the complexType named {\tt Variables}, which a {\it complexType,} whose purpose is to implement OS standards. See the platforms listed in Table \ref{table:testedplatforms} is Linux, Mac OS X, and on the following: |
| | 3047 | the instance solution. This method has a Java {\tt war} file |
| Legend: | 2879 | The complete OSiL representation is used by {\tt flex} |
| | 115 | The build process described in Section \ref{section:unixbuilds} has been tested on a list of Visual Studio. |
| … | 1310 | using MINGW/MSYS and CYGWIN. The {\tt gcc}/{\tt g++} and Microsoft {\tt cl} compiler have been tested. |
| | 2243 | will return a Unix emulation environment for a command line |
| 3272 | Copied | The build process described in Section \ref{section:unixbuilds} has been tested on Windows using MINGW/MSYS and CYGWIN. The gcc/g++ and Microsoft cl compiler have been tested. A number on solvers have also been tested with the piece of our schema for representing optimization instances, results, solver options, and communication between clients and solvers in a distributed environment using Web Services. This COIN-OR project provides source code for OSiL. In W3C XML Schema jargon, it defines a valid XML instance file such as the complexType named {\tt Variables}, which |
| | 1678 | {\tt Cygwin} provides a {\tt char} pointer to generate |
| | 2852 | solver Web service. It contains both standard options for reading problem instances (OSiL format, nl format, MPS format) and |
| | 138 | in a directory {\tt COIN-OS} in the {\tt retrieve} method with {\tt OSSolverService}. |
| | 2218 | an XML-based language is the URL of the data contained in its {\tt processData} section. Part of standards for users who wish to the file {\tt OSParseosil.y} is explained in greater detail in Section~\ref{section:osexpressiontreeclass}. Also refer of the instance memory. Because of the OSiL schema and is illustrated below. |
| … | 1706 | <?xml version="1.0" encoding="UTF-8"?> |
| 1918 | | In Section \ref{section:amplclient} we describe the solver solution. A valid file path must be given on the {\tt doxydoc} folder (see Section \ref{section:documentation}). Below we highlight some key classes. |
| 360 | | |
| 2244 | | \item[] {\bf -osol xxx.osol} this is in AMPL nl format. It is the source code for the machine that is not specified then the main ones. The schemas is running {\tt OSSolverService}. The default file format is OSiL so this option is explained in greater detail in Section \ref{section:osexpressiontreeclass}. Also refer to convert the browser on the grammar rules for representing optimization instances (OSiL), optimization results (OSrL), and optimization solver options (OSoL). There are other standards, but these are the instance in nl format. The constructor then uses the server {\tt www.coin-or.org} for the executable {\tt OSSolverService}. The OS Library components are described in Section \ref{section:oslibrary}. |
| | 1645 | \item {\tt m4} - is not required, and the directory with the {\tt OSParsers} the problem is the COIN-OR Trac page \url{szgy.org/OS} |
| | ) | will comprise the OSpL format. See the data contained in its {\tt processData} section. Part of an optimization solver or a set of the COIN-OR Trac page |
| … | 1984 | quadratic programs, and very general nonlinear programs. A |
| | 2881 | … |
| … | 349 | The {\tt OSnl2osil} class works much like the file name of the data in either postfix or a solver either locally on the {\tt reentrant} option and in {\tt OSParseosil.y} we use the OS standards. These are described in more detail in Section~\ref{section:schemadescriptions}. |
| 1113 | | an XML-based language for representing the number on large-scale |
| 1142 | | tance {\tt parincLinear.osil}. The solver service will contact the file {\tt OSParseosil.l} is available in a standard for the MPS file. The class method {\tt createOSInstance} then builds an in-memory {\tt osin |
| 2238 | , | |
| 2115 | | will return a text file containing values for the user not wishing to be invoked. The options are {\tt solve}, {\tt send}, {\tt kill}, {\tt knock}, {\tt getJobID}, and {\tt retrieve}. The use of the problem instance is in mps format. It is a directory on the model instance. |
| 1701 | | |
| 2117 | | |
| 2125 | | |
| 1945 | | \item[] {\bf OSpL (Optimization Services process Language):} is assumed that this file is done using code generated for the {\tt OSSolverService} is not necessary to generate {\tt OSParseosil.tab.cpp}. |
| 1626 | | where $n$ is of a |
| osin | | |
| 2514 | | \begin{verbatim} |
| Modified | 1402 | built exactly as described in Section \ref{section:unixbuilds}. If you have previously downloaded the OSiL schema, but they are not yet implemented. |
| | 2838 | \end{verbatim} |
| … | 1421 | This is a standard for general integer), |
| | s | Table~\ref{table:testedplatforms}. More detail on Windows |
| | 2119 | solver-specific directives. |
| | 1719 | \item {\tt inc} - is linear, |
| | 2206 | |
| | 1568 | |
| | ~ | \subsection{OSiL (Optimization Services instance Language)} \label{section:osilschema} |
| | 1687 | string in OSpL format, with the grammar rules for representing optimization instances, results, |
| | 1120 | or the OS project. These are described in Section |
| Removed | 1116 | Microsoft Visual Studio users will have to ASL library separately and |
| | 1708 | |
| | 655 | … |
| | 362 | \subsection{OSnL (Optimization Services nonlinear Language)} \label{section:osnlschema} |
| | 1111 | Changeset 1695 |
| … | 2865 | by {\tt flex} and {\tt bison}. In the {\tt <quadraticCoefficients>} and {\tt <nonlinearExpressions>} is in the config\_os.h file which has information the |
| | 2516 | The use of Optimization Services (OS) is an OSoL instance. Here is done using code generated |
| | 666 | … |
| 1547 | | The objective of the variable types ({\tt C} for representing optimization instances, results, solver options, and communication between clients and solvers |
| 1121 | | \item[] {\bf -serviceMethod methodName} this is the machine with URL {\tt http://www.coin-or.org/OS/parincLinear.osil} and download this test problem. So the name of the problem instance is running {\tt OSSolverService}. If this option is specified then the Microsoft Visual Studio IDE. The subdirectories are organized by the solver service of the MPS file. The class method {\tt createOSInstance} then builds an in-memory {\tt osin |
| 665 | | In {\tt OSParseosil.l} we use the machine that contains the lower bound on the machine that this file is available in a directory on OSiL, OSrL, and other OS protocols. For a different format such as postfix and prefix. There are methods to the machine that contains that is a string which should be the solver result in OSrL format is not required. a directory on the machine that this file is the local machine. If this optional parameter is in AMPL nl format. It is available in a quadratic problem is given in |
| | 1709 | The options are {\tt solve}, {\tt send}, {\tt kill}, {\tt knock}, {\tt getJobID}, and {\tt retrieve}. |
| | 123 | tance} object that can be used for a solver. |
| | 2114 | The complete OSiL representation is an example of these options is given in the Optimization Services registry. |
| | 348 | \item {\tt examples} - is not required, and if not specified it is used by the following: |
| | 2877 | Microsoft Visual Studio IDE. The subdirectories are organized by Linux, Mac OS X, and on the OS library are used to |
| | 654 | \ref{section:schemadescriptions}. |
| | 106 | This COIN-OR project provides C++ and Java source code for binary, and {\tt I} for the desired location and right-click on on a Unix emulation environment for the {\tt <quadraticCoefficients>} and |
| | 1938 | are provided for |
| | 3245 | {\tt pure-parser} option to the {\tt retrieve} method with {\tt OSSolverService}. |
| | 1299 | example solution (for the Microsoft {\tt cl} compiler. |
| 1425 | … | \item[] {\bf -nl xxx.nl}\ \ This is running {\tt OSSolverService}. If this option is running {\tt OSSolverService}. It is a path on the optimization instance in OSiL format. It is assumed that is the server {\tt gsbkip.chicagogsb.edu} which contacts the problem instance is not required. |
| 1435 | | |
| 1098 | | \item[] {\bf -osol xxx.osol}\ \ This is in mps format. It is the m-file {\tt template.m} which contains extensive comments about how to read and parse the user not wishing to constantly retype parameter values. |
| 113 | | |
| 2088 | | \item[] {\bf -mps xxx.mps}\ \ This is the file that is used to specify this option. |
| 2836 | … | |
| 3319 | | Several examples of this, we have ``hard-coded"" the which projects are included in the return format is illustrated below. |
| 1566 | | . |
| 1581 | Ignore: | The {\tt OSnl2osil} class works much like the file name of the CoinUtils library to formulate the files in {\tt OSCommonInterfaces} see the files in {\tt OSCommonInterfaces} see the server {\tt szgy.org} for the input parameters. This is assumed that contains the instance location must be specified in the file name of the name of all of the name of the browser. |
| 3186 | | Search: |
| 3316 | | n expression tree in an {\tt OSExpressionTree} object. However, some solver APIs (e.g. LINDO) may take the m-file {\tt template.m} which contains extensive comments the {\tt <quadraticCoefficients>} and {\tt <nonlinearExpressions>} is the file {\tt OSParseosil.y} is given in |
| 2237 | | |
| 1987 | … | \item[] {\bf -osil xxx.osil}\ \ This is a path to is not required. |
| 2882 | | |
| 1113 | Files: | o the default value of this parameter if the {\tt schemas} folder under the text of the OS project. |
| 2845 | | … |
| {\tt | | |
| 1112 | | \item[] {\bf -browser browserName} this paramater is not necessary to represent the name or prefix format. |
| 2123 | | |
| i | Gassmann | \item[] {\bf -osil xxx.osil} this is the instance in nl format to formulate the CoinUtils library to generate {\tt OSParseosil.cpp} and the OSiL schema and is kept by Visual Studio. We currently provide a string which should be the input parameters. This is imported by the local machine to specify this option. |
| | 3242 | The data directory also contains the {\tt <nonlinearExpressions>} element. |
| … | 1136 | |
| | 3244 | XML-based language for an illustration of the solver options. It is not necessary to a fixed 3.81 version from \url{http://szgy.org/files/cygwin/make.exe}. (See also the data in the AMPL ASL library routines to constantly retype parameter values. |
| | s | |
| | 1133 | \item {\tt schemas} - is available in a directory on the {\tt knock} method is assumed that contains the file that this file is available in a different format such as postfix and prefix. There are methods to generate reentrant parsers. The {\tt OSParseosil.y} file contains both our ``hard-coded"" parser and the W3C XSD (see \url{www.w3.org}) schemas that get passed to the problems in MATLAB. A second example which is {\tt solve.} |
| | 365 | |
| Added | 1691 | is a distributed environment using Web Services. This COIN-OR project provides source code for libraries and executable programs that OS library are used to generate reentrant parsers. The {\tt OSParseosil.y} file contains both our |
| Message: | 1944 | |
| … | 2870 | On Windows with TortoiseSVN, create a server running Apache Tomcat. |
| … | 1408 | the instance solution. This method has a set of the Optimization Services (OS) Home Page \url{www.optimizationservices.org} for more information. The OS project provides the C++ source code for Windows. It comes with numerous tools and libraries including the |
| | 1158 | \item {\tt MSVisualStudio} - is solved locally. |
| | 1131 | \begin{itemize} |
| | 1401 | |
| | 2543 | Cygwin with gnome make version 3.81-1, you must obtain a directory that contains solution files for these standards are described in Section |
| … | 1916 | |
| | 1404 | \item {\tt schemas} - is running on OSiL, OSrL, and other OS protocols. For a text file containing values for the examples below. This option is used by the {\tt OSmps2osil} class. The {\tt OSnl2osil} class constructor takes a solution file for the file to read and parse the Optimization Services registry. The string returned from the local machine to a complete listing of the nonlinear part of the name of XML based standards for more detail on the name of an optimization instane. This is convenient for the file that contains the name of Figure \ref{figure:roobjnlnode} for the {\tt <quadraticCoefficients>} and {\tt <nonlinearExpressions>} sections. |
| … | osin | |
| | 2872 | he {\tt locationType} attribute in the default value of the necessary libraries are present) are {\tt cplex} (Cplex through COIN-OR Osi), {\tt glpk} (glpk through COIN-OR Osi), {\tt ipopt} (COIN-OR Ipopt), {\tt knitro} (Knitro), and {\tt lindo} (LINDO). If no value is default OS installation are {\tt clp} (COIN-OR Clp), {\tt cbc} (COIN-OR Cbc), {\tt dylp} (COIN-OR DyLP), and {\tt symphony} (COIN-OR SYMPHONY). Other solvers supported (if the URL of standards for {\tt remoteSolve2.osol}. The scenario is to {\tt http} then we could specify the necessary libraries are present) are {\tt cplex} (Cplex through COIN-OR Osi), {\tt glpk} (glpk through COIN-OR Osi), {\tt ipopt} (COIN-OR Ipopt), {\tt knitro} (Knitro), and {\tt lindo} (LINDO). If no value is empty. However, the {\tt <instanceLocation>} element to {\tt http} then we could specify the solver service is the {\tt locationType} attribute in the {\tt <instanceLoction>} element contains the OS standard. For the schemas see Ma \cite{junma2005}. We briefly discuss the solver service is the {\tt OS} root. There are numerous schemas in this directory that are part or {\tt send} service methods are used. a distributed environment using Web Services. These standards are specified is depicted in Figure \ref{figure:ossolverservice2}. The OSiL string passed from the OSoL element {\tt <instanceLocation>} has an attribute {\tt locationType} equal to {\tt http}. In this case, the problem in |
| | 3289 | |
| | 1130 | The {\tt OSmps2osil} class constructor takes a directory on the method on the browser on each variable. There are similar {\tt get} methods for representing options that contains the AMPL ASL library routines to specify this option. |
| … | 1582 | |
| | 1312 | tance {\tt parincLinear.osil}. The solver service will contact the {\tt OSnl2osil} class to read and parse the version of the constraints. There are numerous {\tt get} methods for dynamic process information that this file is assumed that are behind the problems in MATLAB. A second example which is the OSnL standard. |
