GenericContainer
GenericContainer a tool for C++ programming
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Usage

Example Usage

This section presents various examples demonstrating the functionalities of the GenericContainer class.

Example 1: Basic Operations

This example illustrates basic operations, including setting and retrieving integer values.

#include "GenericContainer.hh"
using namespace std;
using namespace GC;
int
main() {
cout
<< "\n\n\n"
<< "***********************\n"
<< " example N.1 \n"
<< "***********************\n\n";
// Simple example using simple data
GenericContainer gc1 = 1;
GenericContainer gc2 = 1.2;
GenericContainer gc3 = true;
GenericContainer gc4 = "pippo";
GenericContainer gc5;
cout << "GenericContainer simple usage\n";
cout << "gc1: "; gc1.info(cout);
cout << "gc2: "; gc2.info(cout);
cout << "gc3: "; gc3.info(cout);
cout << "gc4: "; gc4.info(cout);
cout << "gc5: "; gc5.info(cout);
cout << "ALL DONE!\n\n\n\n";
}

output

***********************
     example N.1
***********************

GenericContainer simple usage
gc1: Integer: 1
gc2: Floating Point: 1.2
gc3: Boolean: true
gc4: String: pippo
gc5: GenericContainer: No data stored
ALL DONE!

Example 2: Working with Vectors

This example shows how to create and manipulate a vector within a GenericContainer.

#include "GenericContainer.hh"
using namespace std;
using namespace GC;
int
main() {
cout
<< "\n\n\n"
<< "***********************\n"
<< " example N.2 \n"
<< "***********************\n\n";
// Simple example using simple data
GenericContainer gc1, gc2, gc3, gc4, gc5;
cout << "GenericContainer simple usage\n";
cout << "gc1: "; gc1.info(cout);
cout << "gc2: "; gc2.info(cout);
cout << "gc3: "; gc3.info(cout);
cout << "gc4: "; gc4.info(cout);
cout << "gc5: "; gc5.info(cout);
gc1 = 1;
gc2 = 1.2;
gc3 = true;
gc4 = "pippo";
cout << "After initialization\n";
cout << "gc1: "; gc1.info(cout);
cout << "gc2: "; gc2.info(cout);
cout << "gc3: "; gc3.info(cout);
cout << "gc4: "; gc4.info(cout);
cout << "gc5: "; gc5.info(cout);
cout << "ALL DONE!\n\n\n\n";
}

output

***********************
      example N.2
***********************

GenericContainer simple usage
gc1: GenericContainer: No data stored
gc2: GenericContainer: No data stored
gc3: GenericContainer: No data stored
gc4: GenericContainer: No data stored
gc5: GenericContainer: No data stored
After initialization
gc1: Integer: 1
gc2: Floating Point: 1.2
gc3: Boolean: true
gc4: String: pippo
gc5: GenericContainer: No data stored
ALL DONE!

Example 3: Using Maps

Demonstrates how to create and manipulate maps within a GenericContainer.

#include "GenericContainer.hh"
using namespace std;
using namespace GC;
int
main() {
cout
<< "\n\n\n"
<< "***********************\n"
<< " example N.3 \n"
<< "***********************\n\n";
// Using complex data
try {
GenericContainer gc;
cout << "STEP1 gc: "; gc.info(cout);
gc . set_vector();
cout << "STEP2 gc: "; gc.info(cout);
GC::vector_type & v = gc.get_vector();
v.resize(10);
cout << "STEP3 gc: "; gc.info(cout);
// access using vector
v[0] = 1;
v[1] = 1.2;
v[2] = true;
v[3] = "pippo";
// or using overloading
gc[4] = 1;
gc[5] = 1.2;
gc[6] = true;
gc[7] = "pippo";
cout << "STEP4 gc:\n";
gc.info(cout);
gc.dump(cout);
// issue an error!
gc(15) = 1.2;
}
catch ( std::exception & exc ) {
cout << exc.what() << '\n';
}
catch (...) {
cout << "Unknonwn error\n";
}
cout << "ALL DONE!\n\n\n\n";
}

output

***********************
      example N.3
***********************

STEP1 gc: GenericContainer: No data stored
STEP2 gc: Vector of generic data type of size 0
STEP3 gc: Vector of generic data type of size 10
STEP4 gc:
Vector of generic data type of size 10
0: 1
1: 1.2
2: true
3: "pippo"
4: 1
5: 1.2
6: true
7: "pippo"
8: null
9: null
in GenericContainer:  operator () const, index 15 out of range

ALL DONE!

Example 4: Nested Containers

Illustrates how to create nested containers with vectors and maps.

#include "GenericContainer.hh"
using namespace std;
using namespace GC;
int
main() {
cout
<< "\n\n\n"
<< "***********************\n"
<< " example N.4 \n"
<< "***********************\n\n";
// Using complex data
try {
GenericContainer gc;
cout << "STEP1 gc: "; gc.info(cout);
gc . set_map();
cout << "STEP2 gc: "; gc.info(cout);
GC::map_type & m = gc . set_map();
cout << "STEP3 gc: "; gc.info(cout);
// access using map and vector like syntax
m["a"] = 1;
m["b"] = 1.2;
m["c"] = true;
m["d"] = "pippo";
// or using overloading
gc["e"] = 1;
gc["f"] = 1.2;
gc["g"] = true;
gc["h"] = "pippo";
gc["pointer"] = &gc;
gc.erase("h");
GC::vec_real_type v;
v.push_back(1);
v.push_back(2);
v.push_back(3);
v.push_back(4);
gc["vec_real"] = v;
cout << "STEP4 gc:\n";
gc.info(cout);
gc.dump(cout);
// issue an error!
gc(0) = 1.2;
}
catch ( std::exception & exc ) {
cout << exc.what() << '\n';
}
catch (...) {
cout << "Unknonwn error\n";
}
cout << "ALL DONE!\n\n\n\n";
}

output

***********************
      example N.4
***********************

STEP1 gc: GenericContainer: No data stored
STEP2 gc: Map
STEP3 gc: Map
STEP4 gc:
Map
a: 1
b: 1.2
c: true
d: "pippo"
e: 1
f: 1.2
g: true
pointer: 0x16f0a6a00
vec_real:
    [ 1 2 3 4 ]
in GenericContainer:  bad data type, expect: vector_type but data stored is of type: map_type

ALL DONE!

Example 5: Serialization

This example showcases how to serialize and deserialize a GenericContainer.

#include "GenericContainer.hh"
using namespace std;
using namespace GC;
int
main() {
cout
<< "\n\n\n"
<< "***********************\n"
<< " example N.5 \n"
<< "***********************\n\n";
try {
GenericContainer gc;
GC::vector_type & v = gc.set_vector();
v.resize(10);
v[0] = 1;
v[1].set_vec_real();
v[2].set_map();
v[3].set_vec_string();
v[4] = 1.3;
v[5] = "pippo";
v[6].set_map();
v[7].set_vector();
v[8] = true;
GC::vec_real_type & vv = v[1].get_vec_real();
vv.resize(10);
vv[2] = 123;
GC::map_type & mm = v[2].get_map();
mm["pippo"] = 13;
mm["pluto"] = 1;
mm["paperino"] = 3;
GenericContainer & gmm = v[2]; // access element 2 as GenericContainer
gmm["aaa"] = "stringa1"; // is the same as mm["aaa"] = "stringa"
gmm["bbb"] = "stringa2"; // is the same as mm["aaa"] = "stringa"
GC::vec_string_type & vs = v[3].get_vec_string();
vs.push_back("string1");
vs.push_back("string2");
vs.push_back("string3");
vs.push_back("string4");
GC::map_type & m = v[6].get_map();
m["aaa"] = 123;
m["bbb"] = 3.4;
m["vector"].set_vec_int();
GC::vec_int_type & vi = m["vector"].get_vec_int();
vi.push_back(12);
vi.push_back(10);
vi.push_back(1);
GC::vector_type & vg = v[7].get_vector();
vg.resize(3);
vg[0] = 123;
vg[1] = 3.14;
vg[2] = "nonna papera";
cout << "\n\n\nPrint gc:\n";
gc.dump(cout);
//gc.to_yaml(cout);
GenericContainer gc1 = gc; // save a copy
gc.clear();
cout << "\n\n\nPrint gc:\n";
gc.dump(cout);
//gc.to_yaml(cout);
cout << "\n\n\nPrint gc1:\n";
gc1.dump(cout);
//gc1.to_yaml(cout);
}
catch ( std::exception & exc ) {
cout << exc.what() << '\n';
}
catch (...) {
cout << "Unknonwn error\n";
}
cout << "ALL DONE!\n\n\n\n";
}

output

***********************
      example N.5
***********************




Print gc:
0: 1
1: [ 0 0 123 0 0 0 0 0 0 0 ]
2:
    aaa: "stringa1"
    bbb: "stringa2"
    paperino: 3
    pippo: 13
    pluto: 1
3:
    0: "string1"
    1: "string2"
    2: "string3"
    3: "string4"
4: 1.3
5: "pippo"
6:
    aaa: 123
    bbb: 3.4
    vector:
        [ 12 10 1 ]
7:
    0: 123
    1: 3.14
    2: "nonna papera"
8: true
9: null



Print gc:
null



Print gc1:
0: 1
1: [ 0 0 123 0 0 0 0 0 0 0 ]
2:
    aaa: "stringa1"
    bbb: "stringa2"
    paperino: 3
    pippo: 13
    pluto: 1
3:
    0: "string1"
    1: "string2"
    2: "string3"
    3: "string4"
4: 1.3
5: "pippo"
6:
    aaa: 123
    bbb: 3.4
    vector:
        [ 12 10 1 ]
7:
    0: 123
    1: 3.14
    2: "nonna papera"
8: true
9: null
ALL DONE!

Example 6: C interface

Example of usage of the C interface.

#include "GenericContainer/GenericContainerInterface_C.h"
#include <stdio.h>
#define CK( A ) ok = A; if ( ok != GENERIC_CONTAINER_OK ) printf("Error = %d\n",ok )
int
main() {
int ok;
printf("\n\n\n");
printf("***********************\n");
printf(" example N.6 \n");
printf("***********************\n\n");
CK( GC_select( "generic_container" ) );
CK( GC_set_vector(10) );
CK( GC_push_vector_position(0) );
CK( GC_set_int( 1 ) );
CK( GC_pop_head() ); /* return to vector */
CK( GC_push_vector_position(1) );
CK( GC_set_empty_vector_of_real() );
CK( GC_pop_head() ); /* return to vector */
CK( GC_push_vector_position(2) );
CK( GC_set_map() );
CK( GC_pop_head() ); /* return to vector */
CK( GC_push_vector_position(3) );
CK( GC_set_empty_vector_of_string() );
CK( GC_pop_head() ); /* return to vector */
CK( GC_push_vector_position(4) );
CK( GC_set_real( 1.3 ) );
CK( GC_pop_head() ); /* return to vector */
CK( GC_push_vector_position(5) );
CK( GC_set_string( "pippo" ) );
CK( GC_pop_head() ); /* return to vector */
CK( GC_push_vector_position(6) );
CK( GC_set_map() );
CK( GC_pop_head() ); /* return to vector */
CK( GC_push_vector_position(7) );
CK( GC_set_empty_vector() );
CK( GC_pop_head() ); /* return to vector */
CK( GC_push_vector_position(8) );
CK( GC_set_bool(1) );
CK( GC_pop_head() ); /* return to vector */
/* return to element 1 of the vector */
CK( GC_push_vector_position(1) );
CK( GC_push_real(1.1) );
CK( GC_push_real(2.2) );
CK( GC_push_real(3.3) );
CK( GC_push_real(4.4) );
CK( GC_pop_head() ); /* return to vector */
CK( GC_push_vector_position(2) );
CK( GC_push_map_position("pippo") );
CK( GC_set_int(13) );
CK( GC_pop_head() );
CK( GC_push_map_position("pluto") );
CK( GC_set_int(1) );
CK( GC_pop_head() );
CK( GC_push_map_position("paperino") );
CK( GC_set_int(3) );
CK( GC_pop_head() );
CK( GC_push_map_position("aaa") );
CK( GC_set_string("stringa") );
CK( GC_pop_head() );
CK( GC_pop_head() ); /* return to vector */
CK( GC_push_vector_position(3) );
CK( GC_push_string("string1") );
CK( GC_push_string("string2") );
CK( GC_push_string("string3") );
CK( GC_push_string("string4") );
CK( GC_pop_head() ); /* return to vector */
CK( GC_push_vector_position(6) );
CK( GC_push_map_position("aaa") );
CK( GC_set_int(123) );
CK( GC_pop_head() );
CK( GC_push_map_position("bbb") );
CK( GC_set_real(3.4) );
CK( GC_pop_head() );
CK( GC_push_map_position("vector") );
CK( GC_set_empty_vector_of_int() );
CK( GC_push_int(12) );
CK( GC_push_int(10) );
CK( GC_push_int(1) );
CK( GC_pop_head() );
CK( GC_pop_head() ); /* return to vector */
CK( GC_push_vector_position(7) );
CK( GC_set_empty_vector() );
CK( GC_push_int(123) );
CK( GC_push_real(3.14) );
CK( GC_push_string("nonna papera") );
CK( GC_pop_head() );
GC_dump();
printf("ALL DONE!\n\n\n\n");
return 0;
}
return 0;
}
GenericContainerInterface_C.h
GC_set_real
int GC_set_real(double a)
Set the current element of the GenericContainer to a real number.
GC_pop_head
int GC_pop_head()
Move the head pointer up one level in the GenericContainer.
GC_push_real
int GC_push_real(double a)
Append a floating-point value to the currently selected vector of real numbers in the GenericContaine...
GC_push_string
int GC_push_string(char const a[])
Append a string to the currently selected vector of strings in the GenericContainer.
GC_push_vector_position
int GC_push_vector_position(int pos)
Set the insertion point in the current vector of the GenericContainer.
GC_push_map_position
int GC_push_map_position(char const pos[])
Set the insertion point to the specified key in the current map of the GenericContainer.
GC_select
int GC_select(char const id[])
Select an existing GenericContainer object.
GC_set_string
int GC_set_string(char const a[])
Set the current element of the GenericContainer to a string.
GC_push_int
int GC_push_int(int a)
Append an integer value to the currently selected vector of integers in the GenericContainer.
GC_set_bool
int GC_set_bool(int a)
GC_set_empty_vector
int GC_set_empty_vector()
Set the current element of the GenericContainer to an empty vector of GenericContainer elements.
GC_set_empty_vector_of_string
int GC_set_empty_vector_of_string()
Initialize the current element of the GenericContainer to an empty vector of strings.
GC_dump
int GC_dump()
Dump the contents of the current GenericContainer.
GC_set_empty_vector_of_real
int GC_set_empty_vector_of_real()
Initialize the current element of the GenericContainer to an empty vector of real numbers.
GC_set_map
int GC_set_map()
Initialize the current element of the GenericContainer to a map.
GC_set_empty_vector_of_int
int GC_set_empty_vector_of_int()
Initialize the current element of the GenericContainer to an empty vector of integers.
GC_set_int
int GC_set_int(int a)
Set the current element of the GenericContainer to an integer value.
GC_set_vector
int GC_set_vector(int nelem)
Set the current element of the GenericContainer to a vector of GenericContainer elements with the spe...

output

***********************
      example N.6
***********************

0: 1
1: [ 1.1 2.2 3.3 4.4 ]
2:
    aaa: "stringa"
    paperino: 3
    pippo: 13
    pluto: 1
3:
    0: "string1"
    1: "string2"
    2: "string3"
    3: "string4"
4: 1.3
5: "pippo"
6:
    aaa: 123
    bbb: 3.4
    vector:
        [ 12 10 1 ]
7:
    0: 123
    1: 3.14
    2: "nonna papera"
8: true
9: null
ALL DONE!

Example 7: File I/O

This example demonstrates the use of file I/O with GenericContainer to read and print formatted data.

#include "GenericContainer.hh"
#include <iostream>
#include <fstream>
using namespace std;
int
main() {
cout
<< "\n\n\n"
<< "***********************\n"
<< " example N.7 \n"
<< "***********************\n\n";
try {
GC::GenericContainer gc;
std::string fname{"../examples/example07_data.txt"};
ifstream file(fname);
if ( file.fail() ) throw std::runtime_error( "file to open file: " + fname);
gc.readFormattedData( file, "#", "\t " );
gc.dump(cout);
cout << "\n\nData Read:\n";
gc.writeFormattedData( cout, '\t' );
}
catch ( std::exception & exc ) {
cout << exc.what() << '\n';
}
catch (...) {
cout << "Unknonwn error\n";
}
cout << "ALL DONE!\n\n\n\n";
}

file example07_data.txt

# Date:             23:37:39 2022-11-10
# MX Version:       1.5.1-d142dirty-osx_13.0 hash: f78c1e6a Thu Nov 10 00:49:36 2022
# Computation type: Optimal control solution
# Model name:       ICLOCS_MinimumFuelOrbitRaising
#
#! converged            = YES
#! num_equations        = 2411
#! Lagrange target      = -0.5252740061732518
#! Mayer target         = 0
#! Penalties            = 0
#! Control Penalties    = 0
#! max_iter             = 300
#! max_step_iter        = 40
#! max_accumulated_iter = 800
#! tolerance            = 9.999999999999999e-10
#! iterations           = 9
#! cpu_time             = 31.388 ms
#! solver_type          = CyclicReduction+LU and LastBlock LUPQ
#! lapack version       = Accelerate
#
# SOLUTION
i_segment   zeta    lagrange_target inequality_penalties    penalties   control_penalties   theta   theta_cell  r   vr  vt  lambda1__xo lambda2__xo lambda3__xo r_D vr_D    vt_D    mu0_D   mu1_D   mu2_D   THETA   MASS
0   0   3.83335121988244145e-24 0   0   0   0.431767195334314069    0.431767195334314069    1   -3.83335121988244145e-24    1   -0.877337087218752587   -0.928952238240128514   -2.02514653387216637    -3.83335121988244145e-24    0.058795944131343543    0.127605983220630825    0.928952238240128514    -0.14780944665341389    1.85790447648025703 0.431767195334314069    1
0   0.00830000000000000009  -0.000496945325703529732    0   0   0   0.433474050458908022    0.435180905583501976    1.00000206232310163 0.000496945325703529732 1.00105739556634288 -0.869625817994938433   -0.930155840503653852   -2.00971195520261903    0.000496945325703529732 0.0611683403197462242   0.127087287078375633    0.929179819089718584    -0.14220704866934053    1.8612762108157439  0.433474050458908022    0.999378329999999981
0   0.0166000000000000002   -0.00101537275813047578 0   0   0   0.436901655787864773    0.438622405992227626    1.00000833844314951 0.00101537275813047578  1.00210955412627545 -0.861912784227839124   -0.931312622368338672   -1.99424994705747882    0.00101537275813047578  0.0637562246986424219   0.126443388053484207    0.929377317323367813    -0.136527477153772336   1.86451409929345302 0.436901655787864773    0.998756659999999963
0   0.024900000000000002    -0.00155527572126624015 0   0   0   0.440357131765090393    0.442091857537953214    1.00001900663433907 0.00155527572126624015  1.0031562607964406  -0.854198242060344337   -0.93242194498679809    -1.97876162589924998    0.00155527572126624015  0.0663431620239074704   0.125773551919138943    0.929543176882371647    -0.130771143996937678   1.86761680661033846 0.440357131765090393    0.998134990000000055
0   0.0332000000000000003   -0.00211664505276475861 0   0   0   0.443840639360533529    0.445589421183113843    1.00003424510555128 0.00211664505276475861  1.00419729992056017 -0.846482460541043258   -0.933483173043368919   -1.96324811923792319    0.00211664505276475861  0.0689288380619269697   0.12507768765539265 0.929675844110318117    -0.124938488353316224   1.87058300605143679 0.443840639360533529    0.997513320000000037

notice that # introduce a comment, the first line that start without # is the header line and the lines staring with #! are assignment A = B that are stored in the GenericContainer.

output

***********************
      example N.7
***********************

data:
    0: [ 0 0 0 0 0 ]
    1: [ 0 0.0083 0.0166 0.0249 0.0332 ]
    2: [ 3.83335e-24 -0.000496945 -0.00101537 -0.00155528 -0.00211665 ]
    3: [ 0 0 0 0 0 ]
    4: [ 0 0 0 0 0 ]
    5: [ 0 0 0 0 0 ]
    6: [ 0.431767 0.433474 0.436902 0.440357 0.443841 ]
    7: [ 0.431767 0.435181 0.438622 0.442092 0.445589 ]
    8: [ 1 1 1.00001 1.00002 1.00003 ]
    9: [ -3.83335e-24 0.000496945 0.00101537 0.00155528 0.00211665 ]
    10: [ 1 1.00106 1.00211 1.00316 1.0042 ]
    11: [ -0.877337 -0.869626 -0.861913 -0.854198 -0.846482 ]
    12: [ -0.928952 -0.930156 -0.931313 -0.932422 -0.933483 ]
    13: [ -2.02515 -2.00971 -1.99425 -1.97876 -1.96325 ]
    14: [ -3.83335e-24 0.000496945 0.00101537 0.00155528 0.00211665 ]
    15: [ 0.0587959 0.0611683 0.0637562 0.0663432 0.0689288 ]
    16: [ 0.127606 0.127087 0.126443 0.125774 0.125078 ]
    17: [ 0.928952 0.92918 0.929377 0.929543 0.929676 ]
    18: [ -0.147809 -0.142207 -0.136527 -0.130771 -0.124938 ]
    19: [ 1.8579 1.86128 1.86451 1.86762 1.87058 ]
    20: [ 0.431767 0.433474 0.436902 0.440357 0.443841 ]
    21: [ 1 0.999378 0.998757 0.998135 0.997513 ]
headers:
    0: "i_segment"
    1: "zeta"
    2: "lagrange_target"
    3: "inequality_penalties"
    4: "penalties"
    5: "control_penalties"
    6: "theta"
    7: "theta_cell"
    8: "r"
    9: "vr"
    10: "vt"
    11: "lambda1__xo"
    12: "lambda2__xo"
    13: "lambda3__xo"
    14: "r_D"
    15: "vr_D"
    16: "vt_D"
    17: "mu0_D"
    18: "mu1_D"
    19: "mu2_D"
    20: "THETA"
    21: "MASS"


Data Read:
i_segment   zeta    lagrange_target inequality_penalties    penalties   control_penalties   theta   theta_cell  r   vr  vt  lambda1__xo lambda2__xo lambda3__xo r_D vr_D    vt_D    mu0_D   mu1_D   mu2_D   THETA   MASS
0   0   3.83335e-24 0   0   0   0.431767    0.431767    1   -3.83335e-24    1   -0.877337   -0.928952   -2.02515    -3.83335e-24    0.0587959   0.127606    0.928952    -0.147809   1.8579  0.431767    1
0   0.0083  -0.000496945    0   0   0   0.433474    0.435181    1   0.000496945 1.00106 -0.869626   -0.930156   -2.00971    0.000496945 0.0611683   0.127087    0.92918 -0.142207   1.86128 0.433474    0.999378
0   0.0166  -0.00101537 0   0   0   0.436902    0.438622    1.00001 0.00101537  1.00211 -0.861913   -0.931313   -1.99425    0.00101537  0.0637562   0.126443    0.929377    -0.136527   1.86451 0.436902    0.998757
0   0.0249  -0.00155528 0   0   0   0.440357    0.442092    1.00002 0.00155528  1.00316 -0.854198   -0.932422   -1.97876    0.00155528  0.0663432   0.125774    0.929543    -0.130771   1.86762 0.440357    0.998135
0   0.0332  -0.00211665 0   0   0   0.443841    0.445589    1.00003 0.00211665  1.0042  -0.846482   -0.933483   -1.96325    0.00211665  0.0689288   0.125078    0.929676    -0.124938   1.87058 0.443841    0.997513
ALL DONE!

Example 8: Matrix Operations

This example shows how to create and manipulate a matrix using GenericContainer.

#include "GenericContainer.hh"
#include <iostream>
#include <fstream>
using namespace std;
using namespace GC;
int
main() {
cout
<< "\n\n\n"
<< "***********************\n"
<< " example N.8 \n"
<< "***********************\n\n";
try {
GC::GenericContainer gc, gc_res;
gc.set_mat_real(2,2);
gc.get_real_at(1,1) = 2;
gc.get_real_at(0,1) = 3;
cout << "Result:\n";
gc.dump(cout);
gc.info(cout);
}
catch ( std::exception & exc ) {
cout << exc.what() << '\n';
}
catch (...) {
cout << "Unknonwn error\n";
}
cout << "ALL DONE!\n\n\n\n";
}

output

***********************
      example N.8
***********************

Result:
       0        3
       0        2
Matrix of floating point number of size 2 x 2
ALL DONE!

Example 9: Advanced Serialization

This example illustrates advanced serialization and deserialization of GenericContainer.

#include "GenericContainer.hh"
#include <iostream>
#include <fstream>
using namespace std;
using namespace GC;
int
main() {
cout
<< "\n\n\n"
<< "***********************\n"
<< " example N.9 \n"
<< "***********************\n\n";
try {
GC::GenericContainer gc, gc_new;
GC::GenericContainer & gc1 = gc["pippo"];
GC::GenericContainer & gc2 = gc["pluto"];
GC::GenericContainer & gc3 = gc["paperino"];
GC::GenericContainer & gc4 = gc["vector"];
gc1.set_mat_real(2,2);
gc1.get_real_at(0,0) = 22323;
gc1.get_real_at(0,1) = 4443;
gc1.get_real_at(1,0) = 432;
gc1.get_real_at(1,1) = 433;
gc2.set_vec_string();
gc2.push_string("nonna");
gc2.push_string("papera");
gc3 = "pippo";
gc4[0] = 1.234;
gc4[1] = true;
vec_real_type & v = gc4[2].set_vec_real(4);
v[0] = 1;
v[1] = -1;
v[2] = 2;
v[3] = 4;
gc4[3] = "superkaly";
gc4[4] = complex_type(1,2);
int sz = gc.mem_size();
cout << "Size: " << sz << '\n';
vector<uint8_t> buffer( static_cast<size_t>( sz ) );
int sz1 = gc.serialize( sz, &buffer.front() );
cout << "Size1: " << sz1 << '\n';
//for ( auto c : buffer ) cout << (int)c << '\n';
std::cout << "--------------------------\n";
gc.print(std::cout);
gc_new.de_serialize( sz, &buffer.front() );
std::cout << "--------------------------\n";
gc_new.print(std::cout);
}
catch ( std::exception & exc ) {
cout << exc.what() << '\n';
}
catch (...) {
cout << "Unknonwn error\n";
}
cout << "ALL DONE!\n\n\n\n";
}

output

***********************
      example N.9
***********************

Size: 242
Size1: 242
--------------------------
paperino: "pippo"
pippo:
   22323     4443
     432      433
pluto:
    0: "nonna"
    1: "papera"
vector:
    0: 1.234
    1: true
    2: [ 1 -1 2 4 ]
    3: "superkaly"
    4: 1+2i
--------------------------
paperino: "pippo"
pippo:
   22323     4443
     432      433
pluto:
    0: "nonna"
    1: "papera"
vector:
    0: 1.234
    1: true
    2: [ 1 -1 2 4 ]
    3: "superkaly"
    4: 1+2i
ALL DONE!

Example 10: Data Manipulation from Files

This example demonstrates reading formatted data from a file and displaying it using GenericContainer.

#include "GenericContainer.hh"
#include <iostream>
#include <fstream>
using namespace std;
using namespace GC;
int
main() {
cout
<< "\n\n\n"
<< "***********************\n"
<< " example N.10 \n"
<< "***********************\n\n";
try {
GenericContainer gc1, gc2, gc3, gc4, pars;
std::string fname{"../examples/example07_data.txt"};
gc1.readFormattedData( fname.c_str() );
gc2.readFormattedData2( fname.c_str(), "#", " \t", &pars );
gc2.to_gc(gc3);
gc4.from_gc(gc2);
std::cout << "GC1 --------------------------\n";
gc1.print(std::cout);
std::cout << "GC2 --------------------------\n";
gc2.print(std::cout);
std::cout << "PARS --------------------------\n";
pars.print(std::cout);
std::cout << "GC2 COPY ----------------------\n";
gc3.print(std::cout);
std::cout << "GC2 COPY2 ---------------------\n";
gc4.print(std::cout);
}
catch ( std::exception & exc ) {
cout << exc.what() << '\n';
}
catch (...) {
cout << "Unknonwn error\n";
}
cout << "ALL DONE!\n\n\n\n";
}

output

***********************
      example N.10
***********************

GC1 --------------------------
data:
    0: [ 0 0 0 0 0 ]
    1: [ 0 0.0083 0.0166 0.0249 0.0332 ]
    2: [ 3.83335e-24 -0.000496945 -0.00101537 -0.00155528 -0.00211665 ]
    3: [ 0 0 0 0 0 ]
    4: [ 0 0 0 0 0 ]
    5: [ 0 0 0 0 0 ]
    6: [ 0.431767 0.433474 0.436902 0.440357 0.443841 ]
    7: [ 0.431767 0.435181 0.438622 0.442092 0.445589 ]
    8: [ 1 1 1.00001 1.00002 1.00003 ]
    9: [ -3.83335e-24 0.000496945 0.00101537 0.00155528 0.00211665 ]
    10: [ 1 1.00106 1.00211 1.00316 1.0042 ]
    11: [ -0.877337 -0.869626 -0.861913 -0.854198 -0.846482 ]
    12: [ -0.928952 -0.930156 -0.931313 -0.932422 -0.933483 ]
    13: [ -2.02515 -2.00971 -1.99425 -1.97876 -1.96325 ]
    14: [ -3.83335e-24 0.000496945 0.00101537 0.00155528 0.00211665 ]
    15: [ 0.0587959 0.0611683 0.0637562 0.0663432 0.0689288 ]
    16: [ 0.127606 0.127087 0.126443 0.125774 0.125078 ]
    17: [ 0.928952 0.92918 0.929377 0.929543 0.929676 ]
    18: [ -0.147809 -0.142207 -0.136527 -0.130771 -0.124938 ]
    19: [ 1.8579 1.86128 1.86451 1.86762 1.87058 ]
    20: [ 0.431767 0.433474 0.436902 0.440357 0.443841 ]
    21: [ 1 0.999378 0.998757 0.998135 0.997513 ]
headers:
    0: "i_segment"
    1: "zeta"
    2: "lagrange_target"
    3: "inequality_penalties"
    4: "penalties"
    5: "control_penalties"
    6: "theta"
    7: "theta_cell"
    8: "r"
    9: "vr"
    10: "vt"
    11: "lambda1__xo"
    12: "lambda2__xo"
    13: "lambda3__xo"
    14: "r_D"
    15: "vr_D"
    16: "vt_D"
    17: "mu0_D"
    18: "mu1_D"
    19: "mu2_D"
    20: "THETA"
    21: "MASS"
GC2 --------------------------
data:
    MASS:
        [ 1 0.999378 0.998757 0.998135 0.997513 ]
    THETA:
        [ 0.431767 0.433474 0.436902 0.440357 0.443841 ]
    control_penalties:
        [ 0 0 0 0 0 ]
    i_segment:
        [ 0 0 0 0 0 ]
    inequality_penalties:
        [ 0 0 0 0 0 ]
    lagrange_target:
        [ 3.83335e-24 -0.000496945 -0.00101537 -0.00155528 -0.00211665 ]
    lambda1__xo:
        [ -0.877337 -0.869626 -0.861913 -0.854198 -0.846482 ]
    lambda2__xo:
        [ -0.928952 -0.930156 -0.931313 -0.932422 -0.933483 ]
    lambda3__xo:
        [ -2.02515 -2.00971 -1.99425 -1.97876 -1.96325 ]
    mu0_D:
        [ 0.928952 0.92918 0.929377 0.929543 0.929676 ]
    mu1_D:
        [ -0.147809 -0.142207 -0.136527 -0.130771 -0.124938 ]
    mu2_D:
        [ 1.8579 1.86128 1.86451 1.86762 1.87058 ]
    penalties:
        [ 0 0 0 0 0 ]
    r:
        [ 1 1 1.00001 1.00002 1.00003 ]
    r_D:
        [ -3.83335e-24 0.000496945 0.00101537 0.00155528 0.00211665 ]
    theta:
        [ 0.431767 0.433474 0.436902 0.440357 0.443841 ]
    theta_cell:
        [ 0.431767 0.435181 0.438622 0.442092 0.445589 ]
    vr:
        [ -3.83335e-24 0.000496945 0.00101537 0.00155528 0.00211665 ]
    vr_D:
        [ 0.0587959 0.0611683 0.0637562 0.0663432 0.0689288 ]
    vt:
        [ 1 1.00106 1.00211 1.00316 1.0042 ]
    vt_D:
        [ 0.127606 0.127087 0.126443 0.125774 0.125078 ]
    zeta:
        [ 0 0.0083 0.0166 0.0249 0.0332 ]
headers:
    0: "i_segment"
    1: "zeta"
    2: "lagrange_target"
    3: "inequality_penalties"
    4: "penalties"
    5: "control_penalties"
    6: "theta"
    7: "theta_cell"
    8: "r"
    9: "vr"
    10: "vt"
    11: "lambda1__xo"
    12: "lambda2__xo"
    13: "lambda3__xo"
    14: "r_D"
    15: "vr_D"
    16: "vt_D"
    17: "mu0_D"
    18: "mu1_D"
    19: "mu2_D"
    20: "THETA"
    21: "MASS"
PARS --------------------------
Control Penalties: 0
Lagrange target: -0.525274
Mayer target: 0
Penalties: 0
converged: "YES"
cpu_time: 31.388
iterations: 9
lapack version: "Accelerate"
max_accumulated_iter: 800
max_iter: 300
max_step_iter: 40
num_equations: 2411
solver_type: "CyclicReduction+LU and LastBlock LUPQ"
tolerance: 1e-09
GC2 COPY ----------------------
data:
    MASS:
        [ 1 0.999378 0.998757 0.998135 0.997513 ]
    THETA:
        [ 0.431767 0.433474 0.436902 0.440357 0.443841 ]
    control_penalties:
        [ 0 0 0 0 0 ]
    i_segment:
        [ 0 0 0 0 0 ]
    inequality_penalties:
        [ 0 0 0 0 0 ]
    lagrange_target:
        [ 3.83335e-24 -0.000496945 -0.00101537 -0.00155528 -0.00211665 ]
    lambda1__xo:
        [ -0.877337 -0.869626 -0.861913 -0.854198 -0.846482 ]
    lambda2__xo:
        [ -0.928952 -0.930156 -0.931313 -0.932422 -0.933483 ]
    lambda3__xo:
        [ -2.02515 -2.00971 -1.99425 -1.97876 -1.96325 ]
    mu0_D:
        [ 0.928952 0.92918 0.929377 0.929543 0.929676 ]
    mu1_D:
        [ -0.147809 -0.142207 -0.136527 -0.130771 -0.124938 ]
    mu2_D:
        [ 1.8579 1.86128 1.86451 1.86762 1.87058 ]
    penalties:
        [ 0 0 0 0 0 ]
    r:
        [ 1 1 1.00001 1.00002 1.00003 ]
    r_D:
        [ -3.83335e-24 0.000496945 0.00101537 0.00155528 0.00211665 ]
    theta:
        [ 0.431767 0.433474 0.436902 0.440357 0.443841 ]
    theta_cell:
        [ 0.431767 0.435181 0.438622 0.442092 0.445589 ]
    vr:
        [ -3.83335e-24 0.000496945 0.00101537 0.00155528 0.00211665 ]
    vr_D:
        [ 0.0587959 0.0611683 0.0637562 0.0663432 0.0689288 ]
    vt:
        [ 1 1.00106 1.00211 1.00316 1.0042 ]
    vt_D:
        [ 0.127606 0.127087 0.126443 0.125774 0.125078 ]
    zeta:
        [ 0 0.0083 0.0166 0.0249 0.0332 ]
headers:
    0: "i_segment"
    1: "zeta"
    2: "lagrange_target"
    3: "inequality_penalties"
    4: "penalties"
    5: "control_penalties"
    6: "theta"
    7: "theta_cell"
    8: "r"
    9: "vr"
    10: "vt"
    11: "lambda1__xo"
    12: "lambda2__xo"
    13: "lambda3__xo"
    14: "r_D"
    15: "vr_D"
    16: "vt_D"
    17: "mu0_D"
    18: "mu1_D"
    19: "mu2_D"
    20: "THETA"
    21: "MASS"
GC2 COPY2 ---------------------
data:
    MASS:
        [ 1 0.999378 0.998757 0.998135 0.997513 ]
    THETA:
        [ 0.431767 0.433474 0.436902 0.440357 0.443841 ]
    control_penalties:
        [ 0 0 0 0 0 ]
    i_segment:
        [ 0 0 0 0 0 ]
    inequality_penalties:
        [ 0 0 0 0 0 ]
    lagrange_target:
        [ 3.83335e-24 -0.000496945 -0.00101537 -0.00155528 -0.00211665 ]
    lambda1__xo:
        [ -0.877337 -0.869626 -0.861913 -0.854198 -0.846482 ]
    lambda2__xo:
        [ -0.928952 -0.930156 -0.931313 -0.932422 -0.933483 ]
    lambda3__xo:
        [ -2.02515 -2.00971 -1.99425 -1.97876 -1.96325 ]
    mu0_D:
        [ 0.928952 0.92918 0.929377 0.929543 0.929676 ]
    mu1_D:
        [ -0.147809 -0.142207 -0.136527 -0.130771 -0.124938 ]
    mu2_D:
        [ 1.8579 1.86128 1.86451 1.86762 1.87058 ]
    penalties:
        [ 0 0 0 0 0 ]
    r:
        [ 1 1 1.00001 1.00002 1.00003 ]
    r_D:
        [ -3.83335e-24 0.000496945 0.00101537 0.00155528 0.00211665 ]
    theta:
        [ 0.431767 0.433474 0.436902 0.440357 0.443841 ]
    theta_cell:
        [ 0.431767 0.435181 0.438622 0.442092 0.445589 ]
    vr:
        [ -3.83335e-24 0.000496945 0.00101537 0.00155528 0.00211665 ]
    vr_D:
        [ 0.0587959 0.0611683 0.0637562 0.0663432 0.0689288 ]
    vt:
        [ 1 1.00106 1.00211 1.00316 1.0042 ]
    vt_D:
        [ 0.127606 0.127087 0.126443 0.125774 0.125078 ]
    zeta:
        [ 0 0.0083 0.0166 0.0249 0.0332 ]
headers:
    0: "i_segment"
    1: "zeta"
    2: "lagrange_target"
    3: "inequality_penalties"
    4: "penalties"
    5: "control_penalties"
    6: "theta"
    7: "theta_cell"
    8: "r"
    9: "vr"
    10: "vt"
    11: "lambda1__xo"
    12: "lambda2__xo"
    13: "lambda3__xo"
    14: "r_D"
    15: "vr_D"
    16: "vt_D"
    17: "mu0_D"
    18: "mu1_D"
    19: "mu2_D"
    20: "THETA"
    21: "MASS"
ALL DONE!

Example 11

#include "GenericContainer.hh"
#include "GenericContainer/GenericContainerInterface_yaml.hh"
#include <iostream>
#include <fstream>
using namespace std;
using namespace GC;
int
main() {
cout
<< "\n\n\n"
<< "***********************\n"
<< " example N.11 \n"
<< "***********************\n\n";
try {
// read YAML file and convert to generic container
GenericContainer gc;
string fname{ "../examples/data2.yaml" };
bool ok = file_YAML_to_GC( fname, gc );
if ( !ok ) std::cerr << "Failed to parse: " << fname << '\n';
std::cout << "\n\n\n\nGC\n\n";
gc.print(std::cout);
std::cout << "\n\n\n\nYAML\n\n" << gc.to_yaml() << "\n\n\n\n";
}
catch ( std::exception & exc ) {
cout << exc.what() << '\n';
}
catch (...) {
cout << "Unknonwn error\n";
}
cout << "ALL DONE!\n\n\n\n";
}
GenericContainerInterface_yaml.hh

file data2.yaml

address: 
  city: "Springfield"
  coordinates: 
    latitude: 39.7817
    longitude: -89.6501
  postalCode: 62704
  state: "IL"
  street: "1234 Elm Street"
age: 35
boolean_false: false
boolean_true: true
children: 
  - 
    age: 10
    hobbies: 
      - "reading"
      - "drawing"
      - "cycling"
    name: "Jane Doe"
  - 
    age: 8
    hobbies: 
      - "video games"
      - "swimming"
      - "football"
    name: "Johnny Doe"
float_example: 12345.7
history: 
  - "created account"
  - "updated profile"
  - "added new property"
  - "made a purchase"
  - "joined newsletter"
large_number: 1234567890123456789
married: true
name: "John Doe"
null_example: null
preferences: 
  languages: 
    - "en"
    - "es"
    - "fr"
  newsletter: false
  notifications: 
    email: true
    push: true
    sms: false
properties: 
  - 
    garden: true
    rooms: 
      - 
        height: 15
        name: "Living Room"
        width: 20
      - 
        height: 12
        name: "Kitchen"
        width: 15
      - 
        height: 16
        name: "Master Bedroom"
        width: 18
    size: 2400
    swimmingPool: null
    type: "House"
  - 
    features: 
      - "Autopilot"
      - "Electric"
      - "Touchscreen"
    make: "Tesla"
    model: "Model S"
    type: "Car"
    year: 2020
transactions: 
  - 
    amount: 450.75
    completed: true
    currency: "USD"
    id: "txn_001"
    items: 
      - 
        name: "Laptop"
        price: 1200
        quantity: 1
      - 
        name: "Mouse"
        price: 25.5
        quantity: 2
  - 
    amount: 99.99
    completed: false
    currency: "USD"
    id: "txn_002"
    items: 
      - 
        name: "Headphones"
        price: 99.99
        quantity: 1
work: 
  position: "Software Engineer"
  remote: false
  skills: 
    - 
      experience: 10
      name: "C++"
      projects: 
        - "Compiler"
        - "Game Engine"
    - 
      experience: 7
      name: "Python"
      projects: 
        - "Machine Learning"
        - "Web Scraping"

output

***********************
      example N.11
***********************





GC

address:
    city: "Springfield"
    coordinates:
        latitude: 39.7817
        longitude: -89.6501
    postalCode: 62704
    state: "IL"
    street: "1234 Elm Street"
age: 35
boolean_false: false
boolean_true: true
children:
    0:
        age: 10
        hobbies:
            0: "reading"
            1: "drawing"
            2: "cycling"
        name: "Jane Doe"
    1:
        age: 8
        hobbies:
            0: "video games"
            1: "swimming"
            2: "football"
        name: "Johnny Doe"
float_example: 12345.7
history:
    0: "created account"
    1: "updated profile"
    2: "added new property"
    3: "made a purchase"
    4: "joined newsletter"
large_number: 1234567890123456789
married: true
name: "John Doe"
null_example: null
preferences:
    languages:
        0: "en"
        1: "es"
        2: "fr"
    newsletter: false
    notifications:
        email: true
        push: true
        sms: false
properties:
    0:
        garden: true
        rooms:
            0:
                height: 15
                name: "Living Room"
                width: 20
            1:
                height: 12
                name: "Kitchen"
                width: 15
            2:
                height: 16
                name: "Master Bedroom"
                width: 18
        size: 2400
        swimmingPool: null
        type: "House"
    1:
        features:
            0: "Autopilot"
            1: "Electric"
            2: "Touchscreen"
        make: "Tesla"
        model: "Model S"
        type: "Car"
        year: 2020
transactions:
    0:
        amount: 450.75
        completed: true
        currency: "USD"
        id: "txn_001"
        items:
            0:
                name: "Laptop"
                price: 1200
                quantity: 1
            1:
                name: "Mouse"
                price: 25.5
                quantity: 2
    1:
        amount: 99.99
        completed: false
        currency: "USD"
        id: "txn_002"
        items:
            0:
                name: "Headphones"
                price: 99.99
                quantity: 1
work:
    position: "Software Engineer"
    remote: false
    skills:
        0:
            experience: 10
            name: "C++"
            projects:
                0: "Compiler"
                1: "Game Engine"
        1:
            experience: 7
            name: "Python"
            projects:
                0: "Machine Learning"
                1: "Web Scraping"




YAML


address:
  city: "Springfield"
  coordinates:
    latitude: 39.7817
    longitude: -89.6501
  postalCode: 62704
  state: "IL"
  street: "1234 Elm Street"
age: 35
boolean_false: false
boolean_true: true
children:
  -
    age: 10
    hobbies: [ "reading", "drawing", "cycling" ]
    name: "Jane Doe"
  -
    age: 8
    hobbies: [ "video games", "swimming", "football" ]
    name: "Johnny Doe"
float_example: 12345.7
history: [ "created account", "updated profile", "added new property", "made a purchase", "joined newsletter" ]
large_number: 1234567890123456789
married: true
name: "John Doe"
null_example: null
preferences:
  languages: [ "en", "es", "fr" ]
  newsletter: false
  notifications:
    email: true
    push: true
    sms: false
properties:
  -
    garden: true
    rooms:
      -
        height: 15
        name: "Living Room"
        width: 20
      -
        height: 12
        name: "Kitchen"
        width: 15
      -
        height: 16
        name: "Master Bedroom"
        width: 18
    size: 2400
    swimmingPool: null
    type: "House"
  -
    features: [ "Autopilot", "Electric", "Touchscreen" ]
    make: "Tesla"
    model: "Model S"
    type: "Car"
    year: 2020
transactions:
  -
    amount: 450.75
    completed: true
    currency: "USD"
    id: "txn_001"
    items:
      -
        name: "Laptop"
        price: 1200
        quantity: 1
      -
        name: "Mouse"
        price: 25.5
        quantity: 2
  -
    amount: 99.99
    completed: false
    currency: "USD"
    id: "txn_002"
    items:
      -
        name: "Headphones"
        price: 99.99
        quantity: 1
work:
  position: "Software Engineer"
  remote: false
  skills:
    -
      experience: 10
      name: "C++"
      projects: [ "Compiler", "Game Engine" ]
    -
      experience: 7
      name: "Python"
      projects: [ "Machine Learning", "Web Scraping" ]




ALL DONE!

Example 12

#include "GenericContainer.hh"
#include "GenericContainer/GenericContainerInterface_yaml.hh"
#include <iostream>
#include <fstream>
using namespace std;
using namespace GC;
int
main() {
cout
<< "\n\n\n"
<< "***********************\n"
<< " example N.12 \n"
<< "***********************\n\n";
try {
// real yaml file to generic container
GenericContainer gc;
auto & m1 = gc["matrix_int"].set_mat_int(3, 4);
auto & m2 = gc["matrix_real"].set_mat_real(3, 2);
auto & m3 = gc["matrix_complex"].set_mat_complex(4, 2);
auto & v3 = gc["vector_complex"].set_vec_complex(3);
m1(2,1) = 4;
m2(2,1) = 2;
m3(2,1) = 1;
m3(0,0) = GenericContainer::complex_type(4,5);
v3[0] = 1;
v3[1] = GenericContainer::complex_type(55,1);
v3[2] = GenericContainer::complex_type(0,-2);
std::cout << "\n\n\n\nYAML\n\n" << gc.to_yaml() << "\n\n\n\n";
}
catch ( std::exception & exc ) {
cout << exc.what() << '\n';
}
catch (...) {
cout << "Unknonwn error\n";
}
cout << "ALL DONE!\n\n\n\n";
}
***********************
      example N.12
***********************





YAML


matrix_complex:
  - [ (4,5), (0,0), (0,0), (0,0) ]
  - [ (0,0), (0,0), (1,0), (0,0) ]
matrix_int:
  - [ 0, 0, 0 ]
  - [ 0, 0, 4 ]
  - [ 0, 0, 0 ]
  - [ 0, 0, 0 ]
matrix_real:
  - [ 0, 0, 0 ]
  - [ 0, 0, 2 ]
vector_complex: [ (1,0), (55,1), (0,-2) ]




ALL DONE!

Example 13

#include "GenericContainer.hh"
#include "GenericContainer/GenericContainerInterface_json.hh"
#include <iostream>
#include <fstream>
using namespace std;
using namespace GC;
int
main() {
cout
<< "\n\n\n"
<< "***********************\n"
<< " example N.13 \n"
<< "***********************\n\n";
try {
// read JSON file and convert to generic container
GenericContainer gc;
string fname{ "examples/data.json" };
bool ok = file_JSON_to_GC( fname, gc );
if ( !ok ) std::cerr << "Failed to parse: " << fname << '\n';
std::cout << "\n\n\n\nGC\n\n";
gc.print(std::cout);
std::cout
<< "\n\n\n\nYAML\n\n" << gc.to_yaml()
<< "\n\n\n\nJSON\n\n" << gc.to_json()
<< "\n\n\n\n";
}
catch ( std::exception & exc ) {
cout << exc.what() << '\n';
}
catch (...) {
cout << "Unknonwn error\n";
}
cout << "ALL DONE!\n\n\n\n";
}
GenericContainerInterface_json.hh
***********************
      example N.13
***********************





GC

address:
    city: "Springfield"
    coordinates:
        latitude: 39.7817
        longitude: -89.6501
    postalCode: 62704
    state: "IL"
    street: "1234 Elm Street"
age: 35
boolean_false: false
boolean_true: true
children:
    0:
        age: 10
        hobbies:
            0: "reading"
            1: "drawing"
            2: "cycling"
        name: "Jane Doe"
    1:
        age: 8
        hobbies:
            0: "video games"
            1: "swimming"
            2: "football"
        name: "Johnny Doe"
float_example: 12345.7
history:
    0: "created account"
    1: "updated profile"
    2: "added new property"
    3: "made a purchase"
    4: "joined newsletter"
large_number: 1234567890123456789
married: true
name: "John Doe"
null_example: null
preferences:
    languages:
        0: "en"
        1: "es"
        2: "fr"
    newsletter: false
    notifications:
        email: true
        push: true
        sms: false
properties:
    0:
        garden: true
        rooms:
            0:
                height: 15
                name: "Living Room"
                width: 20
            1:
                height: 12
                name: "Kitchen"
                width: 15
            2:
                height: 16
                name: "Master Bedroom"
                width: 18
        size: 2400
        swimmingPool: null
        type: "House"
    1:
        features:
            0: "Autopilot"
            1: "Electric"
            2: "Touchscreen"
        make: "Tesla"
        model: "Model S"
        type: "Car"
        year: 2020
transactions:
    0:
        amount: 450.75
        completed: true
        currency: "USD"
        id: "txn_001"
        items:
            0:
                name: "Laptop"
                price: 1200
                quantity: 1
            1:
                name: "Mouse"
                price: 25.5
                quantity: 2
    1:
        amount: 99.99
        completed: false
        currency: "USD"
        id: "txn_002"
        items:
            0:
                name: "Headphones"
                price: 99.99
                quantity: 1
work:
    position: "Software Engineer"
    remote: false
    skills:
        0:
            experience: 10
            name: "C++"
            projects:
                0: "Compiler"
                1: "Game Engine"
        1:
            experience: 7
            name: "Python"
            projects:
                0: "Machine Learning"
                1: "Web Scraping"




YAML


address:
  city: "Springfield"
  coordinates:
    latitude: 39.7817
    longitude: -89.6501
  postalCode: 62704
  state: "IL"
  street: "1234 Elm Street"
age: 35
boolean_false: false
boolean_true: true
children:
  -
    age: 10
    hobbies: [ "reading", "drawing", "cycling" ]
    name: "Jane Doe"
  -
    age: 8
    hobbies: [ "video games", "swimming", "football" ]
    name: "Johnny Doe"
float_example: 12345.7
history: [ "created account", "updated profile", "added new property", "made a purchase", "joined newsletter" ]
large_number: 1234567890123456789
married: true
name: "John Doe"
null_example: null
preferences:
  languages: [ "en", "es", "fr" ]
  newsletter: false
  notifications:
    email: true
    push: true
    sms: false
properties:
  -
    garden: true
    rooms:
      -
        height: 15
        name: "Living Room"
        width: 20
      -
        height: 12
        name: "Kitchen"
        width: 15
      -
        height: 16
        name: "Master Bedroom"
        width: 18
    size: 2400
    swimmingPool: null
    type: "House"
  -
    features: [ "Autopilot", "Electric", "Touchscreen" ]
    make: "Tesla"
    model: "Model S"
    type: "Car"
    year: 2020
transactions:
  -
    amount: 450.75
    completed: true
    currency: "USD"
    id: "txn_001"
    items:
      -
        name: "Laptop"
        price: 1200
        quantity: 1
      -
        name: "Mouse"
        price: 25.5
        quantity: 2
  -
    amount: 99.99
    completed: false
    currency: "USD"
    id: "txn_002"
    items:
      -
        name: "Headphones"
        price: 99.99
        quantity: 1
work:
  position: "Software Engineer"
  remote: false
  skills:
    -
      experience: 10
      name: "C++"
      projects: [ "Compiler", "Game Engine" ]
    -
      experience: 7
      name: "Python"
      projects: [ "Machine Learning", "Web Scraping" ]




JSON


{
  "address":
  {
    "city": "Springfield",
    "coordinates":
    {
      "latitude": 39.7817,
      "longitude": -89.6501
    },
    "postalCode": 62704,
    "state": "IL",
    "street": "1234 Elm Street"
  },
  "age": 35,
  "boolean_false": false,
  "boolean_true": true,
  "children":
  [

    {
      "age": 10,
      "hobbies": [ "reading", "drawing", "cycling" ],
      "name": "Jane Doe"
    },

    {
      "age": 8,
      "hobbies": [ "video games", "swimming", "football" ],
      "name": "Johnny Doe"
    }
  ],
  "float_example": 12345.7,
  "history": [ "created account", "updated profile", "added new property", "made a purchase", "joined newsletter" ],
  "large_number": 1234567890123456789,
  "married": true,
  "name": "John Doe",
  "null_example": null,
  "preferences":
  {
    "languages": [ "en", "es", "fr" ],
    "newsletter": false,
    "notifications":
    {
      "email": true,
      "push": true,
      "sms": false
    }
  },
  "properties":
  [

    {
      "garden": true,
      "rooms":
      [

        {
          "height": 15,
          "name": "Living Room",
          "width": 20
        },

        {
          "height": 12,
          "name": "Kitchen",
          "width": 15
        },

        {
          "height": 16,
          "name": "Master Bedroom",
          "width": 18
        }
      ],
      "size": 2400,
      "swimmingPool": null,
      "type": "House"
    },

    {
      "features": [ "Autopilot", "Electric", "Touchscreen" ],
      "make": "Tesla",
      "model": "Model S",
      "type": "Car",
      "year": 2020
    }
  ],
  "transactions":
  [

    {
      "amount": 450.75,
      "completed": true,
      "currency": "USD",
      "id": "txn_001",
      "items":
      [

        {
          "name": "Laptop",
          "price": 1200,
          "quantity": 1
        },

        {
          "name": "Mouse",
          "price": 25.5,
          "quantity": 2
        }
      ]
    },

    {
      "amount": 99.99,
      "completed": false,
      "currency": "USD",
      "id": "txn_002",
      "items":
      [

        {
          "name": "Headphones",
          "price": 99.99,
          "quantity": 1
        }
      ]
    }
  ],
  "work":
  {
    "position": "Software Engineer",
    "remote": false,
    "skills":
    [

      {
        "experience": 10,
        "name": "C++",
        "projects": [ "Compiler", "Game Engine" ]
      },

      {
        "experience": 7,
        "name": "Python",
        "projects": [ "Machine Learning", "Web Scraping" ]
      }
    ]
  }
}



ALL DONE!

Example 14

#include "GenericContainer/GenericContainerInterface_json.hh"
#include <iostream>
#include <string>
#ifndef DOXYGEN_SHOULD_SKIP_THIS
using namespace GC;
using namespace std;
int
//main( int argc, const char * argv[] ) {
main() {
cout
<< "\n\n\n"
<< "***********************\n"
<< " example N.14 \n"
<< "***********************\n\n";
GenericContainer gc;
for ( int test = 1; test <= 2; ++test ) {
cout << "\n\n\nTEST N." << test << "\n\n\n";
switch ( test ) {
case 1: {
gc["a"] = 2;
gc["b"] = vector<int>( {1, 2, 3, 4, 5} );
gc["bb"].set_vec_string();
gc["bb"] = vector<real_type>( {4.5, 0.000000000000000000009086954454768098980679} );
gc["c"] = false;
GenericContainer gc2;
gc2["asd"].set_vector();
gc2["asd"].get_vector().push_back( GenericContainer() );
gc2["asd"].get_vector().push_back( GenericContainer() );
gc2["asd"][0].set_vec_int( {0, 1, 2, 4} );
gc2["asd"][1].set_vec_string( {"1+2i", "3.4", "34i"} );
gc["d"] = gc2;
gc2["eee"] = vector<bool>( {false, true} );
mat_real_type mat( 2, 2 );
mat( 0, 0 ) = 0;
mat( 1, 0 ) = 1;
mat( 0, 1 ) = 2.2;
mat( 1, 1 ) = 3;
gc["e"].set_mat_real( mat );
gc["f"];
GenericContainer ff;
ff.set_vector();
ff.push_int( 3 );
ff.push_bool( true );
gc["g"] = ff;
break;
}
case 2: {
GC::vector_type & v = gc.set_vector();
v.resize( 10 );
v[0] = 1;
v[1].set_vec_real();
v[2].set_map();
v[3].set_vec_string();
v[4] = 1.3;
v[5] = "pippo";
v[6].set_map();
v[7].set_vector();
v[8] = true;
GC::vec_real_type & vv = v[1].get_vec_real();
vv.resize( 10 );
vv[2] = 123;
GC::map_type & mm = v[2].get_map();
mm["pippo"] = 13;
mm["pluto"] = 1;
mm["paperino"] = 3;
GenericContainer & gmm = v[2]; // access element 2 as GenericContainer
gmm["aaa"] = "stringa1"; // is the same as mm["aaa"] = "stringa"
gmm["bbb"] = "stringa2"; // is the same as mm["aaa"] = "stringa"
GC::vec_string_type & vs = v[3].get_vec_string();
vs.push_back( "string1" );
vs.push_back( "string2" );
vs.push_back( "string3" );
vs.push_back( "string4" );
GC::map_type & m = v[6].get_map();
m["aaa"] = 123;
m["bbb"] = 3.4;
m["vector"].set_vec_int();
GC::vec_int_type & vi = m["vector"].get_vec_int();
vi.push_back( 12 );
vi.push_back( 10 );
vi.push_back( 1 );
GC::vector_type & vg = v[7].get_vector();
vg.resize( 4 );
vg[0] = 123;
vg[1] = 3.14;
vg[2] = "nonna papera";
break;
}
default:
break;
}
cout << "Original container is:" << endl;
gc.dump( cout );
cout << endl << endl;
string out_str;
GC::GC_to_JSON( gc, out_str );
cout << "Json string is:\n" << out_str << '\n';
//string out_str1 = gc.to_yaml();
//cout << "YAML string is:\n" << out_str1 << '\n';
GenericContainer gc_back;
GC::JSON_to_GC( out_str, gc_back );
cout << "Re-converted container is (note complex string are converted to complex numbers):" << endl;
gc_back.print( cout );
cout << endl << endl;
// test a generic json string
string a_json = "[ { \"_id\": \"5a0ae30d8419c393f642fec3\", \"index\": 0, \"guid\": \"d0268ff7-cde2-48e4-9c75-5740c53c3b23\", \"isActive\": true, \"balance\": \"$1,949.87\", \"picture\": \"http://placehold.it/32x32\", \"age\": 26, \"eyeColor\": \"green\", \"name\": \"Sargent Frazier\", \"gender\": \"male\", \"company\": \"MANGLO\", \"email\": \"sargentfrazier@manglo.com\", \"phone\": \"+1 (894) 561-3896\", \"address\": \"769 Prospect Avenue, Snyderville, North Dakota, 3198\", \"about\": \"Qui ad eu officia commodo aute dolor proident ea esse fugiat deserunt sint anim incididunt. Cupidatat ipsum tempor ipsum cillum laborum eu culpa eiusmod laborum quis irure in proident. Amet ipsum aute nulla et. Ipsum sit velit cillum in consequat. Est exercitation deserunt ad Lorem laborum occaecat mollit cupidatat fugiat quis sunt elit voluptate.\", \"registered\": \"2016-01-07T03:21:06 -01:00\", \"latitude\": -38.243575, \"longitude\": -0.862908, \"tags\": [ \"sunt\", \"voluptate\", \"labore\", \"sunt\", \"elit\", \"cupidatat\", \"nulla\" ], \"friends\": [ { \"id\": 0, \"name\": \"April Dunlap\" }, { \"id\": 1, \"name\": \"Deirdre Mayer\" }, { \"id\": 2, \"name\": \"Bernadette Durham\" } ], \"greeting\": \"Hello, Sargent Frazier! You have 7 unread messages.\", \"favoriteFruit\": \"strawberry\" }, { \"_id\": \"5a0ae30da2e6848d6f374bba\", \"index\": 1, \"guid\": \"578ab333-ea26-40c2-a130-04d47aa9000d\", \"isActive\": true, \"balance\": \"$2,690.13\", \"picture\": \"http://placehold.it/32x32\", \"age\": 26, \"eyeColor\": \"blue\", \"name\": \"Vickie Roy\", \"gender\": \"female\", \"company\": \"INSOURCE\", \"email\": \"vickieroy@insource.com\", \"phone\": \"+1 (996) 421-2072\", \"address\": \"922 Dahill Road, Byrnedale, Marshall Islands, 1410\", \"about\": \"Adipisicing amet veniam dolore in exercitation consequat consectetur cupidatat enim non. Sint minim velit deserunt in aliqua excepteur nostrud ea cupidatat fugiat excepteur mollit consequat. Tempor do minim qui qui labore cupidatat.\", \"registered\": \"2016-12-20T05:28:05 -01:00\", \"latitude\": -13.097375, \"longitude\": -144.934101, \"tags\": [ \"quis\", \"duis\", \"do\", \"magna\", \"qui\", \"deserunt\", \"nostrud\" ], \"friends\": [ { \"id\": 0, \"name\": \"Riddle Burt\" }, { \"id\": 1, \"name\": \"Hughes Howell\" }, { \"id\": 2, \"name\": \"Mcbride Tyson\" } ], \"greeting\": \"Hello, Vickie Roy! You have 3 unread messages.\", \"favoriteFruit\": \"banana\" }, { \"_id\": \"5a0ae30df49a05d7a259f116\", \"index\": 2, \"guid\": \"84f91917-7331-441d-aa3c-da08994bc1a9\", \"isActive\": true, \"balance\": \"$3,503.13\", \"picture\": \"http://placehold.it/32x32\", \"age\": 25, \"eyeColor\": \"brown\", \"name\": \"Delacruz Schultz\", \"gender\": \"male\", \"company\": \"ISOLOGIA\", \"email\": \"delacruzschultz@isologia.com\", \"phone\": \"+1 (949) 553-3319\", \"address\": \"240 Homecrest Avenue, Groveville, Alaska, 3106\", \"about\": \"Eu eiusmod nulla incididunt eu mollit et id elit nisi velit Lorem. Id Lorem in fugiat proident dolor. Exercitation elit Lorem ipsum pariatur duis do consectetur ex laboris incididunt. Exercitation nisi sit ea ea ullamco. Excepteur ipsum duis et id excepteur.\", \"registered\": \"2016-02-14T03:02:53 -01:00\", \"latitude\": -7.842765, \"longitude\": -166.808559, \"tags\": [ \"velit\", \"esse\", \"ad\", \"laborum\", \"incididunt\", \"ex\", \"fugiat\" ], \"friends\": [ { \"id\": 0, \"name\": \"Romero Hodge\" }, { \"id\": 1, \"name\": \"Dona Reilly\" }, { \"id\": 2, \"name\": \"Earlene Richards\" } ], \"greeting\": \"Hello, Delacruz Schultz! You have 9 unread messages.\", \"favoriteFruit\": \"strawberry\" }, { \"_id\": \"5a0ae30d47367b43a9f4e819\", \"index\": 3, \"guid\": \"8192649f-8fc0-481d-a32a-50c6919d10c0\", \"isActive\": true, \"balance\": \"$3,221.56\", \"picture\": \"http://placehold.it/32x32\", \"age\": 28, \"eyeColor\": \"blue\", \"name\": \"Cash Cannon\", \"gender\": \"male\", \"company\": \"ACCUPRINT\", \"email\": \"cashcannon@accuprint.com\", \"phone\": \"+1 (990) 410-3156\", \"address\": \"454 George Street, Austinburg, Iowa, 8682\", \"about\": \"Consequat consectetur minim est in incididunt. Sunt enim voluptate amet consectetur voluptate enim id. Laborum incididunt pariatur consequat qui sint nisi aliquip aliquip consequat nostrud excepteur. Commodo ipsum officia sint pariatur voluptate officia minim occaecat eiusmod commodo ut ipsum consequat excepteur.\", \"registered\": \"2015-07-11T02:59:53 -02:00\", \"latitude\": 33.528547, \"longitude\": 57.927556, \"tags\": [ \"officia\", \"labore\", \"sit\", \"mollit\", \"dolore\", \"labore\", \"elit\" ], \"friends\": [ { \"id\": 0, \"name\": \"Burch Cherry\" }, { \"id\": 1, \"name\": \"Bray Roberts\" }, { \"id\": 2, \"name\": \"Bridgette Hester\" } ], \"greeting\": \"Hello, Cash Cannon! You have 3 unread messages.\", \"favoriteFruit\": \"strawberry\" }, { \"_id\": \"5a0ae30d97744a9d693c381b\", \"index\": 4, \"guid\": \"71e9af8c-8c30-4810-b4d0-92a4c6fd434c\", \"isActive\": true, \"balance\": \"$3,717.56\", \"picture\": \"http://placehold.it/32x32\", \"age\": 29, \"eyeColor\": \"brown\", \"name\": \"Jenny Mendoza\", \"gender\": \"female\", \"company\": \"DUFLEX\", \"email\": \"jennymendoza@duflex.com\", \"phone\": \"+1 (864) 549-3766\", \"address\": \"578 Autumn Avenue, Stagecoach, California, 1739\", \"about\": \"Ipsum ut aliqua qui nisi quis incididunt dolore fugiat. Lorem qui pariatur occaecat reprehenderit laboris nulla eiusmod. Ut sunt sint nostrud incididunt anim sint. Aliquip magna velit enim exercitation proident qui enim amet ullamco pariatur commodo Lorem. Veniam amet in aliqua mollit sint sit ex.\", \"registered\": \"2014-09-25T09:34:35 -02:00\", \"latitude\": -1.133185, \"longitude\": -77.004934, \"tags\": [ \"laborum\", \"officia\", \"eu\", \"aute\", \"et\", \"aliqua\", \"eu\" ], \"friends\": [ { \"id\": 0, \"name\": \"Marla Macias\" }, { \"id\": 1, \"name\": \"Lauri Adkins\" }, { \"id\": 2, \"name\": \"Coleman Keller\" } ], \"greeting\": \"Hello, Jenny Mendoza! You have 1 unread messages.\", \"favoriteFruit\": \"banana\" }]";
GC::JSON_to_GC( a_json, gc );
cout << "The container from the json string is:\n";
gc.dump( cout );
}
cout << "\n\nAll done Folks!\n\n";
return 0;
}
GC_namespace::mat_real_type
mat_type< real_type > mat_real_type
Definition GenericContainer.hh:471
***********************
      example N.14
***********************




TEST N.1


Original container is:
a: 2
b:
    [ 1 2 3 4 5 ]
bb:
    [ 4.5 9.08695e-21 ]
c: false
d:
    asd:
        0: [ 0 1 2 4 ]
        1:
            0: "1+2i"
            1: "3.4"
            2: "34i"
e:
       0      2.2
       1        3
f: null
g:
    0: 3
    1: true


Json string is:

{
  "a": 2,
  "b": [ 1, 2, 3, 4, 5 ],
  "bb": [ 4.5, 9.08695e-21 ],
  "c": false,
  "d":
  {
    "asd":
    [
      [ 0, 1, 2, 4 ],
      [ "1+2i", "3.4", "34i" ]
    ]
  },
  "e": [
    [ 0, 1 ],
    [ 2.2, 3 ]
  ],
  "f": null,
  "g":
  [
    3,
    true
  ]
}
Re-converted container is (note complex string are converted to complex numbers):
a: 2
b:
    [ 1 2 3 4 5 ]
bb:
    [ 4.5 9.08695e-21 ]
c: false
d:
    asd:
        0: [ 0 1 2 4 ]
        1:
            0: "1+2i"
            1: "3.4"
            2: "34i"
e:
       0      2.2
       1        3
f: null
g:
    [ 3 1 ]


The container from the json string is:
0:
    _id: "5a0ae30d8419c393f642fec3"
    about: "Qui ad eu officia commodo aute dolor proident ea esse fugiat deserunt sint anim incididunt. Cupidatat ipsum tempor ipsum cillum laborum eu culpa eiusmod laborum quis irure in proident. Amet ipsum aute nulla et. Ipsum sit velit cillum in consequat. Est exercitation deserunt ad Lorem laborum occaecat mollit cupidatat fugiat quis sunt elit voluptate."
    address: "769 Prospect Avenue, Snyderville, North Dakota, 3198"
    age: 26
    balance: "$1,949.87"
    company: "MANGLO"
    email: "sargentfrazier@manglo.com"
    eyeColor: "green"
    favoriteFruit: "strawberry"
    friends:
        0:
            id: 0
            name: "April Dunlap"
        1:
            id: 1
            name: "Deirdre Mayer"
        2:
            id: 2
            name: "Bernadette Durham"
    gender: "male"
    greeting: "Hello, Sargent Frazier! You have 7 unread messages."
    guid: "d0268ff7-cde2-48e4-9c75-5740c53c3b23"
    index: 0
    isActive: true
    latitude: -38.2436
    longitude: -0.862908
    name: "Sargent Frazier"
    phone: "+1 (894) 561-3896"
    picture: "http://placehold.it/32x32"
    registered: "2016-01-07T03:21:06 -01:00"
    tags:
        0: "sunt"
        1: "voluptate"
        2: "labore"
        3: "sunt"
        4: "elit"
        5: "cupidatat"
        6: "nulla"
1:
    _id: "5a0ae30da2e6848d6f374bba"
    about: "Adipisicing amet veniam dolore in exercitation consequat consectetur cupidatat enim non. Sint minim velit deserunt in aliqua excepteur nostrud ea cupidatat fugiat excepteur mollit consequat. Tempor do minim qui qui labore cupidatat."
    address: "922 Dahill Road, Byrnedale, Marshall Islands, 1410"
    age: 26
    balance: "$2,690.13"
    company: "INSOURCE"
    email: "vickieroy@insource.com"
    eyeColor: "blue"
    favoriteFruit: "banana"
    friends:
        0:
            id: 0
            name: "Riddle Burt"
        1:
            id: 1
            name: "Hughes Howell"
        2:
            id: 2
            name: "Mcbride Tyson"
    gender: "female"
    greeting: "Hello, Vickie Roy! You have 3 unread messages."
    guid: "578ab333-ea26-40c2-a130-04d47aa9000d"
    index: 1
    isActive: true
    latitude: -13.0974
    longitude: -144.934
    name: "Vickie Roy"
    phone: "+1 (996) 421-2072"
    picture: "http://placehold.it/32x32"
    registered: "2016-12-20T05:28:05 -01:00"
    tags:
        0: "quis"
        1: "duis"
        2: "do"
        3: "magna"
        4: "qui"
        5: "deserunt"
        6: "nostrud"
2:
    _id: "5a0ae30df49a05d7a259f116"
    about: "Eu eiusmod nulla incididunt eu mollit et id elit nisi velit Lorem. Id Lorem in fugiat proident dolor. Exercitation elit Lorem ipsum pariatur duis do consectetur ex laboris incididunt. Exercitation nisi sit ea ea ullamco. Excepteur ipsum duis et id excepteur."
    address: "240 Homecrest Avenue, Groveville, Alaska, 3106"
    age: 25
    balance: "$3,503.13"
    company: "ISOLOGIA"
    email: "delacruzschultz@isologia.com"
    eyeColor: "brown"
    favoriteFruit: "strawberry"
    friends:
        0:
            id: 0
            name: "Romero Hodge"
        1:
            id: 1
            name: "Dona Reilly"
        2:
            id: 2
            name: "Earlene Richards"
    gender: "male"
    greeting: "Hello, Delacruz Schultz! You have 9 unread messages."
    guid: "84f91917-7331-441d-aa3c-da08994bc1a9"
    index: 2
    isActive: true
    latitude: -7.84276
    longitude: -166.809
    name: "Delacruz Schultz"
    phone: "+1 (949) 553-3319"
    picture: "http://placehold.it/32x32"
    registered: "2016-02-14T03:02:53 -01:00"
    tags:
        0: "velit"
        1: "esse"
        2: "ad"
        3: "laborum"
        4: "incididunt"
        5: "ex"
        6: "fugiat"
3:
    _id: "5a0ae30d47367b43a9f4e819"
    about: "Consequat consectetur minim est in incididunt. Sunt enim voluptate amet consectetur voluptate enim id. Laborum incididunt pariatur consequat qui sint nisi aliquip aliquip consequat nostrud excepteur. Commodo ipsum officia sint pariatur voluptate officia minim occaecat eiusmod commodo ut ipsum consequat excepteur."
    address: "454 George Street, Austinburg, Iowa, 8682"
    age: 28
    balance: "$3,221.56"
    company: "ACCUPRINT"
    email: "cashcannon@accuprint.com"
    eyeColor: "blue"
    favoriteFruit: "strawberry"
    friends:
        0:
            id: 0
            name: "Burch Cherry"
        1:
            id: 1
            name: "Bray Roberts"
        2:
            id: 2
            name: "Bridgette Hester"
    gender: "male"
    greeting: "Hello, Cash Cannon! You have 3 unread messages."
    guid: "8192649f-8fc0-481d-a32a-50c6919d10c0"
    index: 3
    isActive: true
    latitude: 33.5285
    longitude: 57.9276
    name: "Cash Cannon"
    phone: "+1 (990) 410-3156"
    picture: "http://placehold.it/32x32"
    registered: "2015-07-11T02:59:53 -02:00"
    tags:
        0: "officia"
        1: "labore"
        2: "sit"
        3: "mollit"
        4: "dolore"
        5: "labore"
        6: "elit"
4:
    _id: "5a0ae30d97744a9d693c381b"
    about: "Ipsum ut aliqua qui nisi quis incididunt dolore fugiat. Lorem qui pariatur occaecat reprehenderit laboris nulla eiusmod. Ut sunt sint nostrud incididunt anim sint. Aliquip magna velit enim exercitation proident qui enim amet ullamco pariatur commodo Lorem. Veniam amet in aliqua mollit sint sit ex."
    address: "578 Autumn Avenue, Stagecoach, California, 1739"
    age: 29
    balance: "$3,717.56"
    company: "DUFLEX"
    email: "jennymendoza@duflex.com"
    eyeColor: "brown"
    favoriteFruit: "banana"
    friends:
        0:
            id: 0
            name: "Marla Macias"
        1:
            id: 1
            name: "Lauri Adkins"
        2:
            id: 2
            name: "Coleman Keller"
    gender: "female"
    greeting: "Hello, Jenny Mendoza! You have 1 unread messages."
    guid: "71e9af8c-8c30-4810-b4d0-92a4c6fd434c"
    index: 4
    isActive: true
    latitude: -1.13319
    longitude: -77.0049
    name: "Jenny Mendoza"
    phone: "+1 (864) 549-3766"
    picture: "http://placehold.it/32x32"
    registered: "2014-09-25T09:34:35 -02:00"
    tags:
        0: "laborum"
        1: "officia"
        2: "eu"
        3: "aute"
        4: "et"
        5: "aliqua"
        6: "eu"



TEST N.2


Original container is:
0: 1
1: [ 0 0 123 0 0 0 0 0 0 0 ]
2:
    _id: "5a0ae30df49a05d7a259f116"
    aaa: "stringa1"
    about: "Eu eiusmod nulla incididunt eu mollit et id elit nisi velit Lorem. Id Lorem in fugiat proident dolor. Exercitation elit Lorem ipsum pariatur duis do consectetur ex laboris incididunt. Exercitation nisi sit ea ea ullamco. Excepteur ipsum duis et id excepteur."
    address: "240 Homecrest Avenue, Groveville, Alaska, 3106"
    age: 25
    balance: "$3,503.13"
    bbb: "stringa2"
    company: "ISOLOGIA"
    email: "delacruzschultz@isologia.com"
    eyeColor: "brown"
    favoriteFruit: "strawberry"
    friends:
        0:
            id: 0
            name: "Romero Hodge"
        1:
            id: 1
            name: "Dona Reilly"
        2:
            id: 2
            name: "Earlene Richards"
    gender: "male"
    greeting: "Hello, Delacruz Schultz! You have 9 unread messages."
    guid: "84f91917-7331-441d-aa3c-da08994bc1a9"
    index: 2
    isActive: true
    latitude: -7.84276
    longitude: -166.809
    name: "Delacruz Schultz"
    paperino: 3
    phone: "+1 (949) 553-3319"
    picture: "http://placehold.it/32x32"
    pippo: 13
    pluto: 1
    registered: "2016-02-14T03:02:53 -01:00"
    tags:
        0: "velit"
        1: "esse"
        2: "ad"
        3: "laborum"
        4: "incididunt"
        5: "ex"
        6: "fugiat"
3:
    0: "string1"
    1: "string2"
    2: "string3"
    3: "string4"
4: 1.3
5: "pippo"
6:
    aaa: 123
    bbb: 3.4
    vector:
        [ 12 10 1 ]
7:
    0: 123
    1: 3.14
    2: "nonna papera"
    3: null
8: true
9: null


Json string is:

[
  1,
  [ 0, 0, 123, 0, 0, 0, 0, 0, 0, 0 ],

  {
    "_id": "5a0ae30df49a05d7a259f116",
    "aaa": "stringa1",
    "about": "Eu eiusmod nulla incididunt eu mollit et id elit nisi velit Lorem. Id Lorem in fugiat proident dolor. Exercitation elit Lorem ipsum pariatur duis do consectetur ex laboris incididunt. Exercitation nisi sit ea ea ullamco. Excepteur ipsum duis et id excepteur.",
    "address": "240 Homecrest Avenue, Groveville, Alaska, 3106",
    "age": 25,
    "balance": "$3,503.13",
    "bbb": "stringa2",
    "company": "ISOLOGIA",
    "email": "delacruzschultz@isologia.com",
    "eyeColor": "brown",
    "favoriteFruit": "strawberry",
    "friends":
    [

      {
        "id": 0,
        "name": "Romero Hodge"
      },

      {
        "id": 1,
        "name": "Dona Reilly"
      },

      {
        "id": 2,
        "name": "Earlene Richards"
      }
    ],
    "gender": "male",
    "greeting": "Hello, Delacruz Schultz! You have 9 unread messages.",
    "guid": "84f91917-7331-441d-aa3c-da08994bc1a9",
    "index": 2,
    "isActive": true,
    "latitude": -7.84276,
    "longitude": -166.809,
    "name": "Delacruz Schultz",
    "paperino": 3,
    "phone": "+1 (949) 553-3319",
    "picture": "http://placehold.it/32x32",
    "pippo": 13,
    "pluto": 1,
    "registered": "2016-02-14T03:02:53 -01:00",
    "tags": [ "velit", "esse", "ad", "laborum", "incididunt", "ex", "fugiat" ]
  },
  [ "string1", "string2", "string3", "string4" ],
  1.3,
  "pippo",

  {
    "aaa": 123,
    "bbb": 3.4,
    "vector": [ 12, 10, 1 ]
  },

  [
    123,
    3.14,
    "nonna papera",
    null
  ],
  true,
  null
]
Re-converted container is (note complex string are converted to complex numbers):
0: 1
1: [ 0 0 123 0 0 0 0 0 0 0 ]
2:
    _id: "5a0ae30df49a05d7a259f116"
    aaa: "stringa1"
    about: "Eu eiusmod nulla incididunt eu mollit et id elit nisi velit Lorem. Id Lorem in fugiat proident dolor. Exercitation elit Lorem ipsum pariatur duis do consectetur ex laboris incididunt. Exercitation nisi sit ea ea ullamco. Excepteur ipsum duis et id excepteur."
    address: "240 Homecrest Avenue, Groveville, Alaska, 3106"
    age: 25
    balance: "$3,503.13"
    bbb: "stringa2"
    company: "ISOLOGIA"
    email: "delacruzschultz@isologia.com"
    eyeColor: "brown"
    favoriteFruit: "strawberry"
    friends:
        0:
            id: 0
            name: "Romero Hodge"
        1:
            id: 1
            name: "Dona Reilly"
        2:
            id: 2
            name: "Earlene Richards"
    gender: "male"
    greeting: "Hello, Delacruz Schultz! You have 9 unread messages."
    guid: "84f91917-7331-441d-aa3c-da08994bc1a9"
    index: 2
    isActive: true
    latitude: -7.84276
    longitude: -166.809
    name: "Delacruz Schultz"
    paperino: 3
    phone: "+1 (949) 553-3319"
    picture: "http://placehold.it/32x32"
    pippo: 13
    pluto: 1
    registered: "2016-02-14T03:02:53 -01:00"
    tags:
        0: "velit"
        1: "esse"
        2: "ad"
        3: "laborum"
        4: "incididunt"
        5: "ex"
        6: "fugiat"
3:
    0: "string1"
    1: "string2"
    2: "string3"
    3: "string4"
4: 1.3
5: "pippo"
6:
    aaa: 123
    bbb: 3.4
    vector:
        [ 12 10 1 ]
7:
    0: 123
    1: 3.14
    2: "nonna papera"
    3: null
8: true
9: null


The container from the json string is:
0:
    _id: "5a0ae30d8419c393f642fec3"
    about: "Qui ad eu officia commodo aute dolor proident ea esse fugiat deserunt sint anim incididunt. Cupidatat ipsum tempor ipsum cillum laborum eu culpa eiusmod laborum quis irure in proident. Amet ipsum aute nulla et. Ipsum sit velit cillum in consequat. Est exercitation deserunt ad Lorem laborum occaecat mollit cupidatat fugiat quis sunt elit voluptate."
    address: "769 Prospect Avenue, Snyderville, North Dakota, 3198"
    age: 26
    balance: "$1,949.87"
    company: "MANGLO"
    email: "sargentfrazier@manglo.com"
    eyeColor: "green"
    favoriteFruit: "strawberry"
    friends:
        0:
            id: 0
            name: "April Dunlap"
        1:
            id: 1
            name: "Deirdre Mayer"
        2:
            id: 2
            name: "Bernadette Durham"
    gender: "male"
    greeting: "Hello, Sargent Frazier! You have 7 unread messages."
    guid: "d0268ff7-cde2-48e4-9c75-5740c53c3b23"
    index: 0
    isActive: true
    latitude: -38.2436
    longitude: -0.862908
    name: "Sargent Frazier"
    phone: "+1 (894) 561-3896"
    picture: "http://placehold.it/32x32"
    registered: "2016-01-07T03:21:06 -01:00"
    tags:
        0: "sunt"
        1: "voluptate"
        2: "labore"
        3: "sunt"
        4: "elit"
        5: "cupidatat"
        6: "nulla"
1:
    _id: "5a0ae30da2e6848d6f374bba"
    about: "Adipisicing amet veniam dolore in exercitation consequat consectetur cupidatat enim non. Sint minim velit deserunt in aliqua excepteur nostrud ea cupidatat fugiat excepteur mollit consequat. Tempor do minim qui qui labore cupidatat."
    address: "922 Dahill Road, Byrnedale, Marshall Islands, 1410"
    age: 26
    balance: "$2,690.13"
    company: "INSOURCE"
    email: "vickieroy@insource.com"
    eyeColor: "blue"
    favoriteFruit: "banana"
    friends:
        0:
            id: 0
            name: "Riddle Burt"
        1:
            id: 1
            name: "Hughes Howell"
        2:
            id: 2
            name: "Mcbride Tyson"
    gender: "female"
    greeting: "Hello, Vickie Roy! You have 3 unread messages."
    guid: "578ab333-ea26-40c2-a130-04d47aa9000d"
    index: 1
    isActive: true
    latitude: -13.0974
    longitude: -144.934
    name: "Vickie Roy"
    phone: "+1 (996) 421-2072"
    picture: "http://placehold.it/32x32"
    registered: "2016-12-20T05:28:05 -01:00"
    tags:
        0: "quis"
        1: "duis"
        2: "do"
        3: "magna"
        4: "qui"
        5: "deserunt"
        6: "nostrud"
2:
    _id: "5a0ae30df49a05d7a259f116"
    about: "Eu eiusmod nulla incididunt eu mollit et id elit nisi velit Lorem. Id Lorem in fugiat proident dolor. Exercitation elit Lorem ipsum pariatur duis do consectetur ex laboris incididunt. Exercitation nisi sit ea ea ullamco. Excepteur ipsum duis et id excepteur."
    address: "240 Homecrest Avenue, Groveville, Alaska, 3106"
    age: 25
    balance: "$3,503.13"
    company: "ISOLOGIA"
    email: "delacruzschultz@isologia.com"
    eyeColor: "brown"
    favoriteFruit: "strawberry"
    friends:
        0:
            id: 0
            name: "Romero Hodge"
        1:
            id: 1
            name: "Dona Reilly"
        2:
            id: 2
            name: "Earlene Richards"
    gender: "male"
    greeting: "Hello, Delacruz Schultz! You have 9 unread messages."
    guid: "84f91917-7331-441d-aa3c-da08994bc1a9"
    index: 2
    isActive: true
    latitude: -7.84276
    longitude: -166.809
    name: "Delacruz Schultz"
    phone: "+1 (949) 553-3319"
    picture: "http://placehold.it/32x32"
    registered: "2016-02-14T03:02:53 -01:00"
    tags:
        0: "velit"
        1: "esse"
        2: "ad"
        3: "laborum"
        4: "incididunt"
        5: "ex"
        6: "fugiat"
3:
    _id: "5a0ae30d47367b43a9f4e819"
    about: "Consequat consectetur minim est in incididunt. Sunt enim voluptate amet consectetur voluptate enim id. Laborum incididunt pariatur consequat qui sint nisi aliquip aliquip consequat nostrud excepteur. Commodo ipsum officia sint pariatur voluptate officia minim occaecat eiusmod commodo ut ipsum consequat excepteur."
    address: "454 George Street, Austinburg, Iowa, 8682"
    age: 28
    balance: "$3,221.56"
    company: "ACCUPRINT"
    email: "cashcannon@accuprint.com"
    eyeColor: "blue"
    favoriteFruit: "strawberry"
    friends:
        0:
            id: 0
            name: "Burch Cherry"
        1:
            id: 1
            name: "Bray Roberts"
        2:
            id: 2
            name: "Bridgette Hester"
    gender: "male"
    greeting: "Hello, Cash Cannon! You have 3 unread messages."
    guid: "8192649f-8fc0-481d-a32a-50c6919d10c0"
    index: 3
    isActive: true
    latitude: 33.5285
    longitude: 57.9276
    name: "Cash Cannon"
    phone: "+1 (990) 410-3156"
    picture: "http://placehold.it/32x32"
    registered: "2015-07-11T02:59:53 -02:00"
    tags:
        0: "officia"
        1: "labore"
        2: "sit"
        3: "mollit"
        4: "dolore"
        5: "labore"
        6: "elit"
4:
    _id: "5a0ae30d97744a9d693c381b"
    about: "Ipsum ut aliqua qui nisi quis incididunt dolore fugiat. Lorem qui pariatur occaecat reprehenderit laboris nulla eiusmod. Ut sunt sint nostrud incididunt anim sint. Aliquip magna velit enim exercitation proident qui enim amet ullamco pariatur commodo Lorem. Veniam amet in aliqua mollit sint sit ex."
    address: "578 Autumn Avenue, Stagecoach, California, 1739"
    age: 29
    balance: "$3,717.56"
    company: "DUFLEX"
    email: "jennymendoza@duflex.com"
    eyeColor: "brown"
    favoriteFruit: "banana"
    friends:
        0:
            id: 0
            name: "Marla Macias"
        1:
            id: 1
            name: "Lauri Adkins"
        2:
            id: 2
            name: "Coleman Keller"
    gender: "female"
    greeting: "Hello, Jenny Mendoza! You have 1 unread messages."
    guid: "71e9af8c-8c30-4810-b4d0-92a4c6fd434c"
    index: 4
    isActive: true
    latitude: -1.13319
    longitude: -77.0049
    name: "Jenny Mendoza"
    phone: "+1 (864) 549-3766"
    picture: "http://placehold.it/32x32"
    registered: "2014-09-25T09:34:35 -02:00"
    tags:
        0: "laborum"
        1: "officia"
        2: "eu"
        3: "aute"
        4: "et"
        5: "aliqua"
        6: "eu"


All done Folks!

Example 15

#include "GenericContainer/GenericContainerInterface_json.hh"
#include <iostream>
#include <string>
#include <chrono>
using namespace GC;
using namespace std;
int
//main( int argc, const char * argv[] ) {
main() {
// Definizione dei tipi di tempo
using std::chrono::high_resolution_clock;
using std::chrono::duration_cast;
using std::chrono::milliseconds;
cout
<< "\n\n\n"
<< "***********************\n"
<< " example N.15 \n"
<< "***********************\n\n";
GenericContainer gc1;
GenericContainer gc2;
GenericContainer gc3;
// Memorizza il tempo iniziale
auto start = high_resolution_clock::now();
{
//ifstream file( "examples/large-file.json" );
ifstream file( "examples/data2.json" );
gc1.from_json( file );
file.close();
}
auto end = high_resolution_clock::now();
auto duration = duration_cast<milliseconds>(end - start);
std::cout << "READ JSON to GC1 " << duration.count() << " millisecondi." << std::endl;
start = high_resolution_clock::now();
{
//ifstream file( "examples/large-file.json" );
ifstream file( "examples/data2.json" );
gc2.from_json2( file );
file.close();
}
end = high_resolution_clock::now();
duration = duration_cast<milliseconds>(end - start);
std::cout << "READ JSON to GC2 " << duration.count() << " millisecondi." << std::endl;
cout << "COMPARE GC1 vs GC2: " << gc1.compare_content(gc2,">>> ");
start = high_resolution_clock::now();
vector<uint8_t> buffer( static_cast<size_t>( gc1.mem_size() ) );
int32_t nb = gc1.serialize( buffer );
end = high_resolution_clock::now();
duration = duration_cast<milliseconds>(end - start);
std::cout << "SERIALIZE [" << nb << "] bytes " << duration.count() << " millisecondi." << std::endl;
start = high_resolution_clock::now();
gc3.clear();
int32_t nb2 = gc3.de_serialize( buffer );
end = high_resolution_clock::now();
duration = duration_cast<milliseconds>(end - start);
std::cout << "DE-SERIALIZE to GC3 [" << nb2 << "] bytes " << duration.count() << " millisecondi." << std::endl;
cout << "COMPARE GC1 vs GC3: " << gc1.compare_content(gc2);
cout << "\n\nAll done Folks!\n\n";
return 0;
}

output

***********************
      example N.15
***********************

READ JSON to GC1 0 millisecondi.
READ JSON to GC2 0 millisecondi.
COMPARE GC1 vs GC2: SERIALIZE [111] bytes 0 millisecondi.
DE-SERIALIZE to GC3 [111] bytes 0 millisecondi.
COMPARE GC1 vs GC3:

All done Folks!

Example 16

#include "GenericContainer/GenericContainerInterface_json.hh"
#include <iostream>
#include <string>
#include <chrono>
using namespace GC;
using namespace std;
int
//main( int argc, const char * argv[] ) {
main() {
// Definizione dei tipi di tempo
using std::chrono::high_resolution_clock;
using std::chrono::duration_cast;
using std::chrono::milliseconds;
cout
<< "\n\n\n"
<< "***********************\n"
<< " example N.16 \n"
<< "***********************\n\n";
GenericContainer gc1;
GenericContainer gc2;
std::cout << "READ JSON\n";
{
ifstream file( "examples/test.json" );
gc1.from_json( file );
file.close();
}
std::cout << "WRITE YAML\n";
{
ofstream file( "examples/test.yml" );
gc1.to_yaml( file );
file.close();
}
std::cout << "READ YAML\n";
{
ifstream file( "examples/test.yml" );
gc2.from_yaml( file );
file.close();
}
std::cout << "WRITE YAML\n";
{
ofstream file( "examples/test2.yml" );
gc2.to_yaml( file );
file.close();
}
std::cout << "READ YAML\n";
{
ifstream file( "examples/test3.yml" );
gc2.from_yaml( file );
file.close();
}
//std::cout << "GC1\n";
//gc1.print(cout);
//std::cout << "GC2\n";
//gc2.print(cout);
cout << "\n\nAll done Folks!!!\n\n";
return 0;
}
***********************
      example N.16
***********************

READ JSON
WRITE YAML
READ YAML
WRITE YAML
READ YAML


All done Folks!

Example 17

#include "GenericContainer/GenericContainer.hh"
#include <iostream>
#include <string>
#include <chrono>
using namespace GC;
using namespace std;
int
//main( int argc, const char * argv[] ) {
main() {
cout
<< "\n\n\n"
<< "***********************\n"
<< " example N.17 \n"
<< "***********************\n\n";
GenericContainer gc1;
GenericContainer gc2;
GenericContainer gc3;
GenericContainer gc4;
gc3["pippo"] = true;
gc2["pluto"] = gc3;
gc1["paperino"] = gc2;
gc4["blue"] = 23;
gc1["aabb"] = gc4;
std::cout << "gc --> " << gc1.get_map_bool( {"paperino","pluto","pippo"} ) << "\n";
std::cout << "gc --> " << gc1.get_map_number( {"aabb","blue"} ) << "\n";
cout << "\n\nAll done Folks!!!\n\n";
return 0;
}
***********************
      example N.17
***********************

gc --> 1
gc --> 23


All done Folks!

Example 18

#include "GenericContainer/GenericContainerInterface_toml.hh"
#include <iostream>
#include <string>
#include <chrono>
using namespace GC;
using namespace std;
int
//main( int argc, const char * argv[] ) {
main() {
// Definizione dei tipi di tempo
using std::chrono::high_resolution_clock;
using std::chrono::duration_cast;
using std::chrono::milliseconds;
std::cout
<< "\n\n\n"
<< "***********************\n"
<< " example N.18 \n"
<< "***********************\n\n";
GenericContainer gc;
std::cout << "READ TOML\n";
{
ifstream file( "examples/settings.toml" );
gc.from_toml( file );
file.close();
}
std::cout << "\n\n\nWRITE TOML\n";
gc.to_toml( std::cout );
GC::GenericContainer gc_copy_from;
gc_copy_from["Pippo"] = 9.0;
gc_copy_from["Paperino"] = 32.9;
gc_copy_from["Pluto"] = 7.7;
std::cout << "Assume we have this GC to copy from:\n\n";
gc_copy_from.dump(std::cout);
GC::GenericContainer gc_copy_to;
gc_copy_to["Pippo"] = 3.0;
gc_copy_to["Paperino"] = 2.9;
gc_copy_to["Pluto"] = 0.7;
gc_copy_to["KeyNotPresentInOtherGC"] = "ciao";
std::cout << "\nmerge:\n";
gc_copy_from.dump(std::cout);
std::cout << "\ninto:\n";
gc_copy_to.dump(std::cout);
std::cout << "\nresult:\n";
gc_copy_to.merge(gc_copy_from,"merge gc_copy_from->gc_copy_to");
gc_copy_to.dump(std::cout);
std::cout << "\ncopy:\n";
gc_copy_from.dump(std::cout);
std::cout << "\ninto:\n";
gc_copy_to.dump(std::cout);
std::cout << "\nresult:\n";
gc_copy_to = gc_copy_from;
gc_copy_to.dump(std::cout);
cout << "\n\nAll done Folks!!!\n\n";
return 0;
}
GenericContainerInterface_toml.hh
***********************
      example N.18
***********************

READ TOML



WRITE TOML
[ard]
communication_mode = 'tcp'
laps = 10
racetrack = 'Mugello_3D'
real_time_factor = -1.0
synchronous = true

    [ard.agent.high_level]
    closed_loop = false
    cycle_time_us = 50000
    problem = 'ard_3d_vx_vy_F142MFL_Mugello_3D'
    standalone = true

        [ard.agent.high_level.mlt]
        laps = 1.0

        [ard.agent.high_level.mpc]
        allow_non_convergence = true
        horizon = 300.0
        timeout_ms = 0
        use_mlt_solution = false
        virtual_horizon = 0.0

    [ard.agent.low_level]
    cockpit = true
    cycle_time_us = 1000

    [ard.simulator]
    cycle_time_us = 1000

[broker]
backend_ipc = 'ipc:///tmp/broker_backend.ipc'
backend_tcp = 'tcp://127.0.0.1:5556'
capture_ipc = 'ipc:///tmp/broker_capture.ipc'
capture_tcp = 'tcp://127.0.0.1:5557'
frontend_ipc = 'ipc:///tmp/broker_frontend.ipc'
frontend_tcp = 'tcp://127.0.0.1:5555'
io_threads = 1

[logger]
capture_mode = 'tcp'
mongo_db = 'ard'
mongo_uri = 'mongodb://127.0.0.1:27017'
plotter_tcp = 'tcp://127.0.0.1:9872'
schemas_dir = 'third_party/DrivingSimulatorInterfaces/schemas'
worker_threads = 1

[manager]
rcvtimeo = 1000
sndtimeo = 1000

    [manager.high_level]
    pull = 'tcp://127.0.0.1:5559'
    push = 'tcp://127.0.0.1:5558'

    [manager.low_level]
    pull = 'tcp://127.0.0.1:5561'
    push = 'tcp://127.0.0.1:5560'

    [manager.simulator]
    pull = 'tcp://127.0.0.1:5563'
    push = 'tcp://127.0.0.1:5562'

[rerun]
rerun_app_id = 'ard'
rerun_endpoint = '127.0.0.1:9876'
rerun_recording_id = 'ard'
stream = trueAssume we have this GC to copy from:

Paperino: 32.9
Pippo: 9
Pluto: 7.7

merge:
Paperino: 32.9
Pippo: 9
Pluto: 7.7

into:
KeyNotPresentInOtherGC: "ciao"
Paperino: 2.9
Pippo: 3
Pluto: 0.7

result:
KeyNotPresentInOtherGC: "ciao"
Paperino: 32.9
Pippo: 9
Pluto: 7.7

copy:
Paperino: 32.9
Pippo: 9
Pluto: 7.7

into:
KeyNotPresentInOtherGC: "ciao"
Paperino: 32.9
Pippo: 9
Pluto: 7.7

result:
Paperino: 32.9
Pippo: 9
Pluto: 7.7


All done Folks!