/*

* tstatic.cc

*

* Ian Soboroff, NIST

* June, 1994

*

* This tests static allocation of STEP entities, that is, not using the

* Instance Manager. We're just going to define some entities, give them

* some data, and print them out.

* Just for fun, this includes a small iterator for STEPentity's. See the

* file ../SEarritr.h for details.

*

*/

#include "tests.h"

/* STEPentity* Iterator class definition */

#include "../SEarritr.h"

int main() {

// This has to be done before anything else. This initializes

// all of the registry information for the schema you are using.

// The SchemaInit() function is generated by exp2cxx... see

// extern statement above.

// This test creates a bunch of different entities, puts values in them,

// prints the values out, links them to an array of entities, and then

// outputs all the entities in STEP exchange format.

// For specifics on the structure of the entity classes, see

// the SdaiEXAMPLE_SCHEMA.h header file.

const STEPentity * entArr[4]; // our array of entity pointers

cout << "Creating an SdaiRectangle..." << endl;

SdaiRectangle rect;

rect.item_name_( "MyRect" );

rect.item_color_( Color__orange );

rect.number_of_sides_( 4 );

rect.height_( 5 );

rect.width_( 10 );

cout << "Rectangle: (" << rect.opcode() << ") " << endl;

cout << " Name: " << rect.item_name_().c_str() << endl;

cout << " Color: " << rect.item_color_() << endl;

cout << " Sides: " << rect.number_of_sides_() << endl;

cout << " Height: " << rect.height_() << endl;

cout << " Width: " << rect.width_() << endl;

cout << endl;

entArr[0] = &rect;

cout << "Creating an SdaiSquare..." << endl;

SdaiSquare square;

square.item_name_( "MySquare" );

square.item_color_( Color__green );

square.number_of_sides_( 4 );

square.height_( 3 );

square.width_( 3 );

cout << "Square: (" << square.opcode() << ") " << endl;

cout << " Name: " << square.item_name_().c_str() << endl;

cout << " Color: " << square.item_color_() << endl;

cout << " Sides: " << square.number_of_sides_() << endl;

cout << " Height: " << square.height_() << endl;

cout << " Width: " << square.width_() << endl;

cout << endl;

entArr[1] = &square;

cout << "Creating an SdaiTriangle..." << endl;

SdaiTriangle tri;

tri.item_name_( "MyTri" );

tri.item_color_( Color__blue );

tri.number_of_sides_( 3 );

tri.side1_length_( 3 );

tri.side2_length_( 4 );

tri.side3_length_( 5 );

cout << "Triangle: (" << tri.opcode() << ") " << endl;

cout << " Name: " << tri.item_name_().c_str() << endl;

cout << " Color: " << tri.item_color_() << endl;

cout << " Sides: " << tri.number_of_sides_() << endl;

cout << " Side 1: " << tri.side1_length_() << endl;

cout << " Side 2: " << tri.side2_length_() << endl;

cout << " Side 3: " << tri.side3_length_() << endl;

cout << endl;

entArr[2] = &tri;

cout << "Creating an SdaiCircle..." << endl;

SdaiCircle circ;

circ.item_name_( "MyCirc" );

circ.item_color_( Color__red );

circ.number_of_sides_( 1 );

circ.radius_( 15 );

cout << "Circle: (" << circ.opcode() << ") " << endl;

cout << " Name: " << circ.item_name_().c_str() << endl;

cout << " Color: " << circ.item_color_() << endl;

cout << " Sides: " << circ.number_of_sides_() << endl;

cout << " Radius: " << circ.radius_() << endl;

cout << endl;

entArr[3] = &circ;

cout << "And now, all entities in STEP Exchange Format!" << endl << endl;

SEarrIterator SEitr( entArr, 4 );

for( SEitr = 0; !SEitr; ++SEitr ) {

SEitr()->STEPwrite( cout );

}

}