VisualSapfor/src/TestingSystem/DVM/Configuration/Configuration.java

package TestingSystem.DVM.Configuration;
import Common.Database.DBObject;
import Common.Database.riDBObject;
import Common.Utils.Utils;
import GlobalData.RunConfiguration.RunConfiguration;

import java.util.Vector;
public class Configuration extends riDBObject {
    //компиляция.
    public String flags = "\n";
    public int c_maxtime = 40;
    //матрица
    public int cube = 0;
    public int max_proc_count = 4;
    public int min_dim_proc_count = 1;
    public int max_dim_proc_count = 4;
    //запуск
    public String environments="\n";
    public String usr_par = "";
    public int r_maxtime = 300;
    //-
    @Override
    public void SynchronizeFields(DBObject src) {
        super.SynchronizeFields(src);
        Configuration c = (Configuration) src;
        flags = c.flags;
        c_maxtime=c.c_maxtime;
        cube= c.cube;
        max_proc_count=c.max_proc_count;
        min_dim_proc_count=c.min_dim_proc_count;
        max_dim_proc_count=c.max_dim_proc_count;
        environments=c.environments;
        usr_par=c.usr_par;
        r_maxtime=c.r_maxtime;
    }
    public Configuration(Configuration src){
        this.SynchronizeFields(src);
    }
    public Configuration(){}
    //--
    public Vector<String> getFlags() {
        return Utils.unpackStrings(flags);
    }
    public Vector<String> getEnvironments() {
        return Utils.unpackStrings(environments);
    }
    public  Vector<String> getParams() {
        return Utils.unpackStrings(usr_par);
    }
    public Vector<String> getMatrixes(int testDim) {
        Vector<Vector<Integer>> res_ = new Vector<>();
        Vector<String> res = new Vector<>();
        if ((max_proc_count==0) || (min_dim_proc_count == 0 && max_dim_proc_count == 0)) {
            res.add("");
        } else {
            if (testDim > 0) {
                Vector<String> min_border = new Vector<>();
                Vector<String> max_border = new Vector<>();
                for (int i = 1; i <= testDim; ++i) {
                    min_border.add(String.valueOf(min_dim_proc_count));
                    max_border.add(String.valueOf(max_dim_proc_count));
                }
                Vector<Integer> from = RunConfiguration.getBounds(String.join(" ", min_border));
                Vector<Integer> to = RunConfiguration.getBounds(String.join(" ", max_border));
                if (from.size() != to.size()) {
                    return res;
                }
                if (from.size() != testDim) {
                    return res;
                }
                //1 стадия. заполнение.
                for (int j = from.get(0); j <= to.get(0); ++j) {
                    Vector<Integer> m = new Vector<>();
                    res_.add(m);
                    m.add(j);
                }
                //---
                if (testDim > 1) RunConfiguration.gen_rec(from, to, res_, 1, testDim, cube == 1);
                for (Vector<Integer> m : res_) {
                    Vector<String> ms = new Vector<>();
                    int proc = 1;
                    for (int i : m) {
                        ms.add(String.valueOf(i));
                        proc *= i;
                    }
                    if (proc <= max_proc_count)
                        res.add(String.join(" ", ms));
                }
            } else res.add("");
        }
        return res;
    }
    public String getParamsText() {
        Vector<String> params = getParams();
        if ((params.size() == 1) && params.get(0).isEmpty()) return "";
        return String.join("\n", params);
    }
    public String getSummary() {
        return description;
    }
}