Commit 866b0c26d1a6c9ba5d733c1d381246979b0ef770 - adms

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.appveyor.yml less more

	0	image: Visual Studio 2019
0	1	environment:
1	2	matrix:
2	3	- MSYSTEM : MINGW64

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34	35	- bash -lc "exec 0</dev/null && /c/adms-win%MBITS%/bin/admsXml -v"
35	36
	37	test_script:
	38	- bash -lc "cd $APPVEYOR_BUILD_FOLDER/testcases && ./testADMS.sh /c/adms-win%MBITS%/bin/admsXml.exe"
	39
36	40	after_build:
37	41	# artifacts path is always relative to build folder, so put the zip there
38	42	- 7z a %APPVEYOR_BUILD_FOLDER%\adms-win%MBITS%.zip %ADMSDIR%

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.travis.yml less more

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testcases/0003_subdev.xml less more

(New empty file)

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testcases/Makefile.am less more

CLEANFILES = discipline.h .*.va.adms .adms.implicit.xml .interface.xml

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testcases/out/.0000_scale_factor.va.adms less more

	0	# 1 "./0000_scale_factor.va"
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	5
	6	module scaling();
	7	parameter integer itera = 1T;
	8	parameter integer igiga = 1G;
	9	parameter integer imega = 1M;
	10	parameter integer iKilo = 1K;
	11	parameter integer ikilo = 1k;
	12	parameter integer imili = 1m;
	13	parameter integer imicro = 1u;
	14	parameter integer inano = 1n;
	15	parameter integer ipico = 1p;
	16	parameter integer ifemto = 1f;
	17	parameter integer iatto = 1a;
	18
	19	parameter integer iexa = 1E;
	20	parameter integer ipeta = 1P;
	21	parameter integer ihecto = 1h;
	22	parameter integer ideca = 1D;
	23	parameter integer ideci = 1d;
	24	parameter integer icenti = 1c;
	25	parameter integer iamgstron = 1A;
	26
	27	parameter real tera = 1.0T;
	28	parameter real giga = 1.0G;
	29	parameter real mega = 1.0M;
	30	parameter real Kilo = 1.0K;
	31	parameter real kilo = 1.0k;
	32	parameter real mili = 1.0m;
	33	parameter real micro = 1.0u;
	34	parameter real nano = 1.0n;
	35	parameter real pico = 1.0p;
	36	parameter real femto = 1.0f;
	37	parameter real atto = 1.0a;
	38
	39	parameter real exa = 1.0E;
	40	parameter real peta = 1.0P;
	41	parameter real hecto = 1.0h;
	42	parameter real deca = 1.0D;
	43	parameter real deci = 1.0d;
	44	parameter real centi = 1.0c;
	45	parameter real amgstron = 1.0A;
	46
	47	endmodule

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testcases/out/.0001_operator.va.adms less more

	0	# 1 "./0001_operator.va"
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	2
	3	# 1 "discipline.h"
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	25
	26	# 25 "discipline.h"
	27
	28
	29
	30	nature current
	31	access = I;
	32	units = "A";
	33	abstol = 0.001234;
	34	endnature
	35
	36
	37	nature voltage
	38	access = V;
	39	units = "V";
	40	abstol = 0.0004321;
	41	endnature
	42
	43
	44	nature power
	45	access = Pwr;
	46	units = "W";
	47	abstol = 0.00101010;
	48	endnature
	49
	50
	51	nature flux
	52	access = Phi;
	53	units = "We";
	54	endnature
	55
	56
	57	nature temperature
	58	access = Temp;
	59	units = "K";
	60	abstol = 3.14;
	61	endnature
	62
	63
	64	discipline thermal
	65	potential temperature;
	66	flow power;
	67	enddiscipline
	68
	69
	70	discipline electrical
	71	potential voltage;
	72	flow current;
	73	enddiscipline
	74
	75	discipline magnetic
	76	potential voltage;
	77	flow current;
	78	enddiscipline
	79
	80	discipline rotational_omega
	81	potential voltage;
	82	flow current;
	83	enddiscipline
	84
	85
	86
	87	# 4 "./0001_operator.va"
	88
	89	module sometest(p,n);
	90	inout p,n;
	91	electrical p,n;
	92
	93	parameter real c=1e-6 from [0:inf);
	94	analog begin
	95	begin
	96	I(p,n) <+ cddt(V(n,p)9);
	97	I(p,n) <+ exp(ddt(V(p,n)));
	98	end
	99	end
	100	endmodule
	101
	102	module anothertest(p,n);
	103	inout p,n;
	104	electrical p,n;
	105
	106	parameter real c=1e-6 from [0:inf);
	107	analog begin
	108	begin
	109	real foo; foo = c*idt(exp(V(p,n)));
	110	I(p,n) <+ pow(ddt(foo*V(p,n)),2);
	111	end
	112	end
	113	endmodule

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testcases/out/.0002_transition.va.adms less more

	0	# 1 "./0002_transition.va"
	1
	2	module trans();
	3
	4	real out1, expr1, td, rt, ft, ttol;
	5
	6	real out2, expr2;
	7
	8	analog begin
	9	out1 = transition(expr1, td, rt, ft, ttol);
	10
	11	out2 = transition(expr2 - 1.5, td);
	12	end
	13
	14	endmodule

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testcases/out/.0003_subdev.va.adms less more

	0	# 1 "./0003_subdev.va"
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	2	# 1 "discipline.h"
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	24
	25	# 25 "discipline.h"
	26
	27
	28
	29	nature current
	30	access = I;
	31	units = "A";
	32	abstol = 0.001234;
	33	endnature
	34
	35
	36	nature voltage
	37	access = V;
	38	units = "V";
	39	abstol = 0.0004321;
	40	endnature
	41
	42
	43	nature power
	44	access = Pwr;
	45	units = "W";
	46	abstol = 0.00101010;
	47	endnature
	48
	49
	50	nature flux
	51	access = Phi;
	52	units = "We";
	53	endnature
	54
	55
	56	nature temperature
	57	access = Temp;
	58	units = "K";
	59	abstol = 3.14;
	60	endnature
	61
	62
	63	discipline thermal
	64	potential temperature;
	65	flow power;
	66	enddiscipline
	67
	68
	69	discipline electrical
	70	potential voltage;
	71	flow current;
	72	enddiscipline
	73
	74	discipline magnetic
	75	potential voltage;
	76	flow current;
	77	enddiscipline
	78
	79	discipline rotational_omega
	80	potential voltage;
	81	flow current;
	82	enddiscipline
	83
	84
	85
	86	# 3 "./0003_subdev.va"
	87
	88	module net(p, n);
	89	inout p, n;
	90	electrical p, n;
	91
	92
	93	parameter real dummy=1 from [0:inf);
	94
	95	analog begin
	96	begin
	97	V(p, n) <+ 0;
	98	end
	99	end
	100	endmodule
	101
	102	module RESISTOR(p, n);
	103	inout p, n;
	104	electrical p, n;
	105
	106	parameter real r=1 from [0:inf);
	107	analog begin
	108	begin
	109	I(p, n) <+ V(p, n) / r;
	110	end
	111	end
	112	endmodule
	113
	114	module schematic(pp, nn);
	115	inout pp, nn;
	116	electrical pp, nn;
	117	electrical p_int, n_int;
	118
	119	net #(.dummy(0)) n1(p, p_int);
	120	net #(.dummy(0)) n2(n, n_int);
	121	RESISTOR #(.r(1)) r1(pp, nn);
	122	endmodule

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testcases/testADMS.sh less more

	0	#
	1	# Request admsXml as argument
	2	#
	3	if [ -z "$1" ]
	4	then
	5	echo " Missing path to admsXml executable."
	6	echo " Example: $ sh testADMS.sh /usr/local/admsXml"
	7	exit 1
	8	else
	9	ADMSXML=$1
	10	echo " Testing admsXml"
	11	echo " Using: $ADMSXML"
	12	fi
	13
	14	#
	15	# list of all the tests to be run
	16	#
	17	arrayTest=(
	18	0000_scale_factor
	19	0001_operator
	20	0002_transition
	21	0003_subdev)
	22
	23	# todo
	24	srcdir=.
	25	#
	26	# run admsXml and check output against reference
	27	#
	28	for test in "${arrayTest[@]}"
	29	do
	30	$ADMSXML ${srcdir}/$test.va -e ${srcdir}/$test.xml
	31	cmp ${srcdir}/out/.$test.va.adms .$test.va.adms
	32	done