ftp.nice.ch/Attic/openStep/implementation/gnustep/sources/libobjects-0.1.19.tgz#/libobjects-0.1.19/checks/test08.m

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#include <objects/objects.h>
#include <objects/BinaryCoder.h>

void test(id objects)
{
  Coder *coder;
  id read_objects;

  [objects addElementsCount:6, ((elt)0),((elt)1),((elt)5),((elt)3),
	 ((elt)4),((elt)2)];
  printf("written ");
  [objects printForDebugger];

  coder = [[BinaryCoder alloc] 
	   initEncodingOnStream: [[StdioStream alloc] 
				  initWithFilename:"test08.data"
				  fmode: "w"]];
  [coder encodeObject:objects
	 withName:""];
  [coder release];
  [objects release];

  coder = [[BinaryCoder alloc] 
	   initDecodingOnStream: [[StdioStream alloc] 
				  initWithFilename:"test08.data"
				  fmode: "r"]];
  [coder decodeObjectAt:&read_objects withName:NULL];
  [coder release];
  printf("read    ");
  [read_objects printForDebugger];
  [read_objects release];
}

int main()
{
  id objects;

  objects = [[Array alloc] initWithType:@encode(int)];
  test(objects);

  objects = [[Bag alloc] initWithType:@encode(int)];
  test(objects);

  objects = [[Set alloc] initWithType:@encode(int)];
  test(objects);

#if 0
  objects = [[GapArray alloc] initWithType:@encode(int)];
  test(objects);
#endif

  objects = [[EltNodeCollector alloc] initWithType:@encode(int)
	  nodeCollector:[[LinkedList alloc] init]
	  nodeClass:[LinkedListEltNode class]];
  test(objects);

#if 0
  objects = [[EltNodeCollector alloc] initWithType:@encode(int)
	  nodeCollector:[[BinaryTree alloc] init]
	  nodeClass:[BinaryTreeEltNode class]];
  test(objects);
#endif

#if 0
  objects = [[EltNodeCollector alloc] initWithType:@encode(int)
	  nodeClass:[RBTreeEltNode class]];
  test(objects);
#endif

  exit(0);
}

These are the contents of the former NiCE NeXT User Group NeXTSTEP/OpenStep software archive, currently hosted by Netfuture.ch.