### sample testcase for circuit analysis ###

sub sample_netlist_1 {
	%ALF_InstanceReference = (
		'cell0','sampleInv',
		'cell1','sampleNand2',
		'cell2','sampleInv',
		'cell3','sampleInv'
	);
	%ALF_InstanceConnect = (
		'cell0', &CreateAssoc(
			'A','node0',
			'Y','node2'
		),
		'cell1', &CreateAssoc(
			'A','node2',
			'B','node1',
			'Y','node3'
		),
		'cell2', &CreateAssoc(
			'A','node3',
			'Y','node4'
		),
		'cell3', &CreateAssoc(
			'A','node3',
			'Y','node5'
		),
	);
	1;
}

sub sample_constraint_1 {
	&ALF_CreateConstraint('node0','ARRIVAL','RISE',10);
	&ALF_CreateConstraint('node0','ARRIVAL','FALL',10);
	&ALF_CreateConstraint('node0','SLEWRATE','RISE',0.5);
	&ALF_CreateConstraint('node0','SLEWRATE','FALL',0.5);
	&ALF_CreateConstraint('node1','ARRIVAL','RISE',20);
	&ALF_CreateConstraint('node1','ARRIVAL','FALL',20);
	&ALF_CreateConstraint('node1','SLEWRATE','RISE',0.8);
	&ALF_CreateConstraint('node1','SLEWRATE','FALL',0.8);
	&ALF_CreateConstraint('node4','CAPACITANCE','RISE',0.1);
	&ALF_CreateConstraint('node4','CAPACITANCE','FALL',0.1);
	&ALF_CreateConstraint('node5','CAPACITANCE','RISE',0.2);
	&ALF_CreateConstraint('node5','CAPACITANCE','FALL',0.2);
	();
}

sub constraint_early_late {
	&ALF_CreateConstraint('node0','ARRIVAL','RISE',10,'window','early');
	&ALF_CreateConstraint('node0','ARRIVAL','FALL',10,'window','early');
	&ALF_CreateConstraint('node0','SLEWRATE','RISE',0.5,'window','early');
	&ALF_CreateConstraint('node0','SLEWRATE','FALL',0.5,'window','early');
	&ALF_CreateConstraint('node1','ARRIVAL','RISE',20,'window','early');
	&ALF_CreateConstraint('node1','ARRIVAL','FALL',20,'window','early');
	&ALF_CreateConstraint('node1','SLEWRATE','RISE',0.8,'window','early');
	&ALF_CreateConstraint('node1','SLEWRATE','FALL',0.8,'window','early');
	&ALF_CreateConstraint('node0','ARRIVAL','RISE',15,'window','late');
	&ALF_CreateConstraint('node0','ARRIVAL','FALL',15,'window','late');
	&ALF_CreateConstraint('node0','SLEWRATE','RISE',0.3,'window','late');
	&ALF_CreateConstraint('node0','SLEWRATE','FALL',0.3,'window','late');
	&ALF_CreateConstraint('node1','ARRIVAL','RISE',25,'window','late');
	&ALF_CreateConstraint('node1','ARRIVAL','FALL',25,'window','late');
	&ALF_CreateConstraint('node1','SLEWRATE','RISE',0.4,'window','late');
	&ALF_CreateConstraint('node1','SLEWRATE','FALL',0.4,'window','late');
	&ALF_CreateConstraint('node4','CAPACITANCE','RISE',0.1);
	&ALF_CreateConstraint('node4','CAPACITANCE','FALL',0.1);
	&ALF_CreateConstraint('node5','CAPACITANCE','RISE',0.2);
	&ALF_CreateConstraint('node5','CAPACITANCE','FALL',0.2);
	('window');
}

sub sample_report_1 {
	local $method_list = 
	&CreateArray (
		'minimum',
		'maximum',
	);
	local $modeltype_list = 
	&CreateArray (
		'DELAY',
		'ARRIVAL',
		'ENERGY',
	);
	($method_list,$modeltype_list);
}

sub report_all_min {
	local $method_list = 
	&CreateArray (
		'minimum',
	);
	local $modeltype_list = 
	&CreateArray (
		'DELAY',
		'ARRIVAL',
		'SLEWRATE',
		'CAPACITANCE',
		'ENERGY',
	);
	($method_list,$modeltype_list);
}

sub report_all_max {
	local $method_list = 
	&CreateArray (
		'maximum',
	);
	local $modeltype_list = 
	&CreateArray (
		'DELAY',
		'ARRIVAL',
		'SLEWRATE',
		'CAPACITANCE',
		'ENERGY',
	);
	($method_list,$modeltype_list);
}

sub report_arrival_min {
	local $method_list = 
	&CreateArray (
		'minimum',
	);
	local $modeltype_list = 
	&CreateArray (
		'DELAY',
		'ARRIVAL',
	);
	($method_list,$modeltype_list);
}

sub report_arrival_max {
	local $method_list = 
	&CreateArray (
		'maximum',
	);
	local $modeltype_list = 
	&CreateArray (
		'DELAY',
		'ARRIVAL',
	);
	($method_list,$modeltype_list);
}

1;