regression tests ...
This commit is contained in:
Robert Larice
rlar
parent
7c5e10e2c5
commit
a8619e1756
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@ -5,7 +5,8 @@ SUBDIRS = \
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bsim4 \
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bsimsoi \
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hisim \
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hisimhv1
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hisimhv1 \
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regression
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if XSPICE_WANTED
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SUBDIRS += xspice
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@ -31,6 +32,7 @@ DIST_SUBDIRS = \
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mesa \
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mos6 \
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polezero \
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regression \
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resistance \
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sensitivity \
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transient \
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@ -0,0 +1,5 @@
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## Process this file with automake to produce Makefile.in
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SUBDIRS = pwl-src
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MAINTAINERCLEANFILES = Makefile.in
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@ -0,0 +1,14 @@
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## Process this file with automake to produce Makefile.in
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TESTS = \
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vsrc-pwl-1.cir \
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vsrc-pwl-2.cir \
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isrc-pwl-1.cir
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TESTS_ENVIRONMENT = SPICE_SCRIPTS=$(srcdir) $(SHELL) $(top_srcdir)/tests/bin/check.sh "$(top_builddir)/src/ngspice -r foobaz"
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EXTRA_DIST = \
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$(TESTS) \
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$(TESTS:.cir=.out)
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MAINTAINERCLEANFILES = Makefile.in
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@ -0,0 +1,99 @@
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check-vsrc
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.control
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begin
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if $argc ne 4
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echo "Error: usage: vv seq td ..pass vectors vv seq and time, and td"
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goto bottom
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end
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set vv = $argv[1]
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set seq = $argv[2]
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set td = $argv[3]
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echo "checking $vv"
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set expected_hits = $argv[4]
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let vv_length = length( time )
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let seq_length = length( $seq )
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define match(x,gold,relerr) abs(x-gold) <= abs(relerr*gold)
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*--------------------
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* compare golden seq with actual voltage
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let m = 0
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let k = 0
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while k < vv_length
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let tmp_t = time [k]
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let tmp_v = $vv [k]
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while tmp_t >= $seq [m+2] + $td
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let m = m + 2
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end
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let t0 = $seq [m+0] + $td
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let v0 = $seq [m+1]
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let t1 = $seq [m+2] + $td
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let v1 = $seq [m+3]
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if tmp_t <= t0
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let vgold = v0
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else
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let vgold = v0 + ((v1 - v0)/(t1 - t0)) * (tmp_t - t0)
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end
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if not match(tmp_v, vgold, 1.0e-9)
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echo "ERROR: v[ $&k ] @ $&tmp_t is $&tmp_v expected $&vgold"
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end
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let k = k + 1
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end
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*--------------------
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* now search for the breakpoint hits
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let m = 0
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let k = 0
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let hit = 0
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while k < vv_length and m < seq_length
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let tmp_t = time [k]
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let tmp_s = $seq [m] + $td;
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if match(tmp_t, tmp_s, 1e-9)
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let hit = hit + 1
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echo "INFO: hit at $&tmp_s"
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end
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if tmp_t <= tmp_s
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let k = k + 1
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else
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let m = m + 2
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end
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end
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if hit ne $expected_hits
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echo "error: breakpoint hits mismatch, actual $&hit, expected $expected_hits"
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else
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echo "info: breakpoint seem to be ok"
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end
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echo ""
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label bottom
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* Local Variables:
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* mode: spice
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* End:
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end
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@ -0,0 +1,79 @@
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isrc-pwl-1
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* (compile (concat "../../../../w32/src/ngspice -b " buffer-file-name) t)
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* (compile (concat "valgrind --track-origins=yes --leak-check=full --show-reachable=yes ../../../../w32/src/ngspice -b " buffer-file-name) t)
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*
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* broken, stept nicht wo er soll
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* wenn r=0 td=15 ...
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* in vsrcacct war td nicht berücksichtigt
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*
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* was ist die semantic von r genau, laut doku muss das exact matchen zu einem punkt
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*
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* case VSRC_TD:
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* here->VSRCrdelay = value->rValue;
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* break;
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* case VSRC_R: {
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* double end_time;
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* here->VSRCr = value->rValue;
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* here->VSRCrGiven = TRUE;
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*
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* here->VSRCrBreakpt = i; der index des matchenden elements ...
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* if kleiner erster punkt dann erster punkt
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*
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* repeat_time = 0, ...
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* repeat_time = (end_time - breakpt_time)* ++num_repeat;
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* also der rest von punkten wird wiederhohlt
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* wie genau ?? der punkt wird exact über den endpunkt gesetzt, step !! ?
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* FIXME,
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* teste varianten mit step in zero time, auch an repeat grenze ...
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* manual example ?
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* v2 1 0 pwl(0 -7 10ns -7 11ns -3 17ns -3 18ns -7 50ns -7) r=0 td=15ns
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i1 1 0 dc=0 pwl(0 10.0 10ns 10.0 11ns 11.0 17ns 11.0 18ns 18.0 1us 18.0)
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i2 2 0 dc=0 pwl(0 10.0 10ns 10.0 11ns 11.0 17ns 11.0 18ns 18.0 1us 18.0) r=0 td=15ns
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i3 3 0 dc=0 pwl(0 10.0 10ns 10.0 11ns 11.0 17ns 11.0 30ns 10.0) r=10ns
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r1 1 0 1
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r2 2 0 1
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r3 3 0 1
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.control
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tran 200ps 100ns
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*--------------------
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* setup the tests
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* wegen eines bugs, müssen die check-vsrc am schluss kommen (bug-2)
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* FIXME, how to append vectoren ?
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let vv1 = -v(1)
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let seq1 = @i1[pwl]
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let td1 = 0
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let vv2 = -v(2)
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let seq2 = @i2[pwl]
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let td2 = 15ns
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let vv3 = -v(3)
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let td3 = 0
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compose seq3 values
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+ 0 10.0 10ns 10.0 11ns 11.0 17ns 11.0 30ns 10.0
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+ 31ns 11.0 37ns 11.0 50ns 10.0
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+ 51ns 11.0 57ns 11.0 70ns 10.0
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+ 71ns 11.0 77ns 11.0 90ns 10.0
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+ 91ns 11.0 97ns 11.0 110ns 10.0
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+ 111ns 11.0 117ns 11.0 130ns 10.0
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check-vsrc.sp vv1 seq1 td1 5
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check-vsrc.sp vv2 seq2 td2 5
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check-vsrc.sp vv3 seq3 td3 16
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.endc
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.end
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@ -0,0 +1,51 @@
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Circuit: isrc-pwl-1
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Doing analysis at TEMP = 27.000000 and TNOM = 27.000000
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No. of Data Rows : 571
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Circuit: check-vsrc
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checking vv1
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info: hit at 0
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info: hit at 1E-08
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info: hit at 1.1E-08
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info: hit at 1.7E-08
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info: hit at 1.8E-08
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info: breakpoint seem to be ok
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Circuit: check-vsrc
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checking vv2
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info: hit at 1.5E-08
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info: hit at 2.5E-08
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info: hit at 2.6E-08
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info: hit at 3.2E-08
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info: hit at 3.3E-08
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info: breakpoint seem to be ok
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Circuit: check-vsrc
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checking vv3
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info: hit at 0
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info: hit at 1E-08
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info: hit at 1.1E-08
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info: hit at 1.7E-08
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info: hit at 3E-08
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info: hit at 3.1E-08
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info: hit at 3.7E-08
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info: hit at 5E-08
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info: hit at 5.1E-08
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info: hit at 5.7E-08
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info: hit at 7E-08
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info: hit at 7.1E-08
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info: hit at 7.7E-08
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info: hit at 9E-08
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info: hit at 9.1E-08
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info: hit at 9.7E-08
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info: breakpoint seem to be ok
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Doing analysis at TEMP = 27.000000 and TNOM = 27.000000
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@ -0,0 +1 @@
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set noacct
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@ -0,0 +1,85 @@
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vsrc-pwl-1
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* (compile (concat "../../../../w32/src/ngspice -b " buffer-file-name) t)
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* (compile (concat "valgrind --track-origins=yes --leak-check=full --show-reachable=yes ../../../../w32/src/ngspice -b " buffer-file-name) t)
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*
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* broken, stept nicht wo er soll
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* wenn r=0 td=15 ...
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* in vsrcacct war td nicht berücksichtigt
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*
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* was ist die semantic von r genau, laut doku muss das exact matchen zu einem punkt
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*
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* case VSRC_TD:
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* here->VSRCrdelay = value->rValue;
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* break;
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* case VSRC_R: {
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* double end_time;
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* here->VSRCr = value->rValue;
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* here->VSRCrGiven = TRUE;
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*
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* here->VSRCrBreakpt = i; der index des matchenden elements ...
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* if kleiner erster punkt dann erster punkt
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*
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* repeat_time = 0, ...
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* repeat_time = (end_time - breakpt_time)* ++num_repeat;
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* also der rest von punkten wird wiederhohlt
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* wie genau ?? der punkt wird exact über den endpunkt gesetzt, step !! ?
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* FIXME,
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* teste varianten mit step in zero time, auch an repeat grenze ...
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* manual example ?
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* v2 1 0 pwl(0 -7 10ns -7 11ns -3 17ns -3 18ns -7 50ns -7) r=0 td=15ns
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v1 1 0 dc=0 pwl(0 10.0 10ns 10.0 11ns 11.0 17ns 11.0 18ns 18.0 1us 18.0)
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v2 2 0 dc=0 pwl(0 10.0 10ns 10.0 11ns 11.0 17ns 11.0 18ns 18.0 1us 18.0) r=0 td=15ns
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v3 3 0 dc=0 pwl(0 10.0 10ns 10.0 11ns 11.0 17ns 11.0 30ns 10.0) r=10ns
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v4 4 0 dc=0 pwl(0 10.0 10ns 10.0 11ns 11.0 17ns 11.0 18ns 18.0 60ns 18.0) r=0 td=15ns
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.control
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tran 200ps 100ns
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*--------------------
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* setup the tests
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* wegen eines bugs, müssen die check-vsrc am schluss kommen (bug-2)
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* FIXME, how to append vectoren ?
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let vv1 = v(1)
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let seq1 = @v1[pwl]
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let td1 = 0
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let vv2 = v(2)
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let seq2 = @v2[pwl]
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let td2 = 15ns
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let vv3 = v(3)
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let td3 = 0
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compose seq3 values
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+ 0 10.0 10ns 10.0 11ns 11.0 17ns 11.0 30ns 10.0
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+ 31ns 11.0 37ns 11.0 50ns 10.0
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+ 51ns 11.0 57ns 11.0 70ns 10.0
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+ 71ns 11.0 77ns 11.0 90ns 10.0
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+ 91ns 11.0 97ns 11.0 110ns 10.0
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+ 111ns 11.0 117ns 11.0 130ns 10.0
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let vv4 = v(4)
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let td4 = 15ns
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compose seq4 values
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+ 0ns 10.0 10ns 10.0 11ns 11.0 17ns 11.0 18ns 18 60ns 18.0
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+ 60ns 10.0 70ns 10.0 71ns 11.0 77ns 11.0 78ns 18 120ns 18.0
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check-vsrc.sp vv1 seq1 td1 5
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check-vsrc.sp vv2 seq2 td2 5
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check-vsrc.sp vv3 seq3 td3 16
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check-vsrc.sp vv4 seq4 td4 10
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.endc
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.end
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@ -0,0 +1,67 @@
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Circuit: vsrc-pwl-1
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Doing analysis at TEMP = 27.000000 and TNOM = 27.000000
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No. of Data Rows : 586
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Circuit: check-vsrc
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checking vv1
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info: hit at 0
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info: hit at 1E-08
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info: hit at 1.1E-08
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info: hit at 1.7E-08
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info: hit at 1.8E-08
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info: breakpoint seem to be ok
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Circuit: check-vsrc
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checking vv2
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info: hit at 1.5E-08
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info: hit at 2.5E-08
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info: hit at 2.6E-08
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info: hit at 3.2E-08
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info: hit at 3.3E-08
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info: breakpoint seem to be ok
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Circuit: check-vsrc
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checking vv3
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info: hit at 0
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info: hit at 1E-08
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info: hit at 1.1E-08
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info: hit at 1.7E-08
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info: hit at 3E-08
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info: hit at 3.1E-08
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info: hit at 3.7E-08
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info: hit at 5E-08
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info: hit at 5.1E-08
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info: hit at 5.7E-08
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info: hit at 7E-08
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info: hit at 7.1E-08
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info: hit at 7.7E-08
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info: hit at 9E-08
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info: hit at 9.1E-08
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info: hit at 9.7E-08
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info: breakpoint seem to be ok
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Circuit: check-vsrc
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checking vv4
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info: hit at 1.5E-08
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info: hit at 2.5E-08
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info: hit at 2.6E-08
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info: hit at 3.2E-08
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info: hit at 3.3E-08
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info: hit at 7.5E-08
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info: hit at 8.5E-08
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info: hit at 8.6E-08
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info: hit at 9.2E-08
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info: hit at 9.3E-08
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info: breakpoint seem to be ok
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Doing analysis at TEMP = 27.000000 and TNOM = 27.000000
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@ -0,0 +1,54 @@
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vsrc-pwl-2
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* (compile (concat "../../../../w32/src/ngspice -b " buffer-file-name) t)
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* (compile (concat "valgrind --track-origins=yes --leak-check=full --show-reachable=yes ../../../../w32/src/ngspice -b " buffer-file-name) t)
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*
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* emhasize `step' response
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* geht im prinzip, aber es gibt nicht automatisch sampels
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* kurz vor der jeweiligen discontinuity
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* print.. zeigt die richtigen werte,
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* aber plot linearinterpoliert schaut nicht so aus wie man es gerne hätte
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v1 1 0 dc=0 pwl(0 10.0 11ns 10.0 11ns 11.0 18ns 11.0 18ns 18.0 1us 18.0)
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v2 2 0 dc=0 pwl(0 10.0 11ns 10.0 11ns 11.0 18ns 11.0 18ns 18.0 1us 18.0) r=0 td=15ns
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v3 3 0 dc=0 pwl(0 10.0 11ns 10.0 11ns 11.0 18ns 11.0 18ns 10.0 31ns 10.0 31ns 11.0) r=11ns
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.control
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tran 200ps 100ns
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reset
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tran 200ps 100ns
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**--------------------
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** setup the tests
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** wegen eines bugs, müssen die check-vsrc am schluss kommen (bug-2)
|
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** FIXME, how to append vectoren ?
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*
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let vv1 = v(1)
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let seq1 = @v1[pwl]
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let td1 = 0
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*
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*
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let vv2 = v(2)
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let seq2 = @v2[pwl]
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let td2 = 15ns
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*
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*
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let vv3 = v(3)
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let td3 = 0
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compose seq3 values
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+ 0 10.0 11ns 10.0 11ns 11.0 18ns 11.0 18ns 10.0 31ns 10.0
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+ 31ns 11.0 38ns 11.0 38ns 10.0 51ns 10.0
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+ 51ns 11.0 58ns 11.0 58ns 10.0 71ns 10.0
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+ 71ns 11.0 78ns 11.0 78ns 10.0 91ns 10.0
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+ 91ns 11.0 98ns 11.0 98ns 10.0 111ns 10.0
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+ 111ns 11.0 118ns 11.0 118ns 10.0 131ns 10.0
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check-vsrc.sp vv1 seq1 td1 3
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check-vsrc.sp vv2 seq2 td2 3
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check-vsrc.sp vv3 seq3 td3 11
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.endc
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||||
.end
|
||||
|
|
@ -0,0 +1,46 @@
|
|||
Circuit: vsrc-pwl-2
|
||||
|
||||
Doing analysis at TEMP = 27.000000 and TNOM = 27.000000
|
||||
|
||||
|
||||
No. of Data Rows : 547
|
||||
Doing analysis at TEMP = 27.000000 and TNOM = 27.000000
|
||||
|
||||
|
||||
No. of Data Rows : 547
|
||||
|
||||
Circuit: check-vsrc
|
||||
|
||||
checking vv1
|
||||
info: hit at 0
|
||||
info: hit at 1.1E-08
|
||||
info: hit at 1.8E-08
|
||||
info: breakpoint seem to be ok
|
||||
|
||||
|
||||
Circuit: check-vsrc
|
||||
|
||||
checking vv2
|
||||
info: hit at 1.5E-08
|
||||
info: hit at 2.6E-08
|
||||
info: hit at 3.3E-08
|
||||
info: breakpoint seem to be ok
|
||||
|
||||
|
||||
Circuit: check-vsrc
|
||||
|
||||
checking vv3
|
||||
info: hit at 0
|
||||
info: hit at 1.1E-08
|
||||
info: hit at 1.8E-08
|
||||
info: hit at 3.1E-08
|
||||
info: hit at 3.8E-08
|
||||
info: hit at 5.1E-08
|
||||
info: hit at 5.8E-08
|
||||
info: hit at 7.1E-08
|
||||
info: hit at 7.8E-08
|
||||
info: hit at 9.1E-08
|
||||
info: hit at 9.8E-08
|
||||
info: breakpoint seem to be ok
|
||||
|
||||
Doing analysis at TEMP = 27.000000 and TNOM = 27.000000
|
||||
Loading…
Reference in New Issue