# 18 List of examples¶

List of examples shipped in the distribution of Optimizer API for C:

File | Description |
---|---|

`blas_lapack.c` |
Demonstrates the MOSEK interface to BLAS/LAPACK linear algebra routines |

`callback.c` |
An example of data/progress callback |

`case_portfolio_1.c` |
Implements a basic portfolio optimization model |

`case_portfolio_2.c` |
Implements a basic portfolio optimization model |

`case_portfolio_3.c` |
Implements a basic portfolio optimization model |

`cqo1.c` |
A simple conic quadratic problem |

`dgopt.c` |
Dual geometric optimization library (DGopt) |

`dgopt.h` |
Header file for DGopt |

`errorreporting.c` |
Demonstrates how error reporting can be customized |

`expopt.c` |
Exponential optimization library (EXPopt) |

`expopt.h` |
Header file for EXPopt |

`feasrepairex1.c` |
A simple example of how to repair an infeasible problem |

`lo1.c` |
A simple linear problem |

`lo2.c` |
A simple linear problem |

`milo1.c` |
A simple mixed-integer linear problem |

`mioinitsol.c` |
A simple mixed-integer linear problem with an initial guess |

`mskdgopt.c` |
Dual geometric optimization command-line solver (mskdgopt) |

`mskexpopt.c` |
Exponential optimization command-line solver (mskexpopt) |

`opt_server_async.c` |
Uses MOSEK OptServer to solve an optimization problem asynchronously |

`opt_server_sync.c` |
Uses MOSEK OptServer to solve an optimization problem synchronously |

`parameters.c` |
Shows how to set optimizer parameters and read information items |

`production.c` |
Demonstrate how to modify and re-optimize a linear problem |

`qcqo1.c` |
A simple quadratically constrained quadratic problem |

`qo1.c` |
A simple quadratic problem |

`response.c` |
Demonstrates proper response handling |

`scopt-ext.c` |
Separable convex optimization library (SCopt) |

`scopt-ext.h` |
Header file for SCopt |

`sdo1.c` |
A simple semidefinite optimization problem |

`sensitivity.c` |
Sensitivity analysis performed on a small linear problem |

`simple.c` |
A simple I/O example: read problem from a file, solve and write solutions |

`solutionquality.c` |
Demonstrates how to examine the quality of a solution |

`solvebasis.c` |
Demonstrates solving a linear system with the basis matrix |

`solvelinear.c` |
Demonstrates solving a general linear system |

`sparsecholesky.c` |
Shows how to find a Cholesky factorization of a sparse matrix |

`tstexpopt.c` |
A small exponential optimization example |

`tstscopt.c` |
A small separable convex optimization example |

`unicode.c` |
Demonstrates string conversion to Unicode |

Additional examples can be found on the **MOSEK** website and in other **MOSEK** publications.