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Unit tests for Rrot

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Makefile for unit testing
This commit is contained in:
Adrian Schlatter
2019-04-14 18:15:55 +02:00
parent e4faa5ab0c
commit fb0d9d1d21
2 changed files with 61 additions and 7 deletions
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4
tests/Makefile Normal file
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@@ -0,0 +1,4 @@
.PHONY: test
test:
cat ../THREAD_TABLE.scad | awk -f test_table.awk

64
tests/test_table.awk
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@@ -25,8 +25,10 @@ function slope(x, y) {
function test_horizontal() { function test_horizontal() {
# test whether v0 and v1 as well as v2 and v3 have the same radius # test whether v0 and v1 as well as v2 and v3 have the same radius
if (v0[1] != v1[1] || v2[1] != v3[1]) if (v0[1] != v1[1] || v2[1] != v3[1]) {
print designator " FAIL: not horizontal"; print designator " FAIL: not horizontal";
PASS = 0;
}
} }
BEGIN { BEGIN {
@@ -35,20 +37,52 @@ BEGIN {
pi = atan2(0, -1); pi = atan2(0, -1);
deg = pi / 180; deg = pi / 180;
dphi = 0.001; dphi = 0.001;
PASS = 1;
} }
{ # first match-all rule: set state to untested { # first match-all rule: set state to untested
tested = 0; tested = 0;
} }
/"[^,]+-ext/ {
# external threads have positive Rrot
parse();
if (Rrot < 0) {
print designator " FAIL: negative radius of rotation";
PASS = 0;
}
# test overlapp between thread and support
if (Rrot > Dsupport / 2) {
print designator " FAIL: Rsupport < Rrot";
PASS = 0;
}
}
/"[^,]+-int/ {
# internal threads have negative Rrot
parse();
if (Rrot > 0) {
print designator " FAIL: positive radius of rotation";
PASS = 0;
}
# test overlapp between thread and support
if (-Rrot < Dsupport / 2) {
print designator " FAIL: Rsupport > Rrot";
PASS = 0;
}
}
/M[0-9.x-]+-ext/ { /M[0-9.x-]+-ext/ {
# ext M threads have +/-60 deg slopes, horizontal crest / valley # ext M threads have +/-60 deg slopes, horizontal crest / valley
parse(); parse();
m1 = slope(v0, v3) / deg; m1 = slope(v0, v3) / deg;
m2 = slope(v2, v1) / deg; m2 = slope(v2, v1) / deg;
if (m1 > 60 + dphi || m1 < 60 - dphi \ if (m1 > 60 + dphi || m1 < 60 - dphi \
|| m2 < -60 - dphi || m2 > -60 + dphi) || m2 < -60 - dphi || m2 > -60 + dphi) {
print designator " FAIL: " m1 ", " m2 " deg"; print designator " FAIL: " m1 ", " m2 " deg";
PASS = 0;
};
test_horizontal(); test_horizontal();
tested = 1; tested = 1;
} }
@@ -59,8 +93,10 @@ BEGIN {
m1 = slope(v3, v0) / deg; m1 = slope(v3, v0) / deg;
m2 = slope(v1, v2) / deg; m2 = slope(v1, v2) / deg;
if (m1 > -60 + dphi || m1 < -60 - dphi \ if (m1 > -60 + dphi || m1 < -60 - dphi \
|| m2 < 60 - dphi || m2 > 60 + dphi) || m2 < 60 - dphi || m2 > 60 + dphi) {
print designator " FAIL: " m1 ", " m2 " deg"; print designator " FAIL: " m1 ", " m2 " deg";
PASS = 0;
}
test_horizontal(); test_horizontal();
tested = 1; tested = 1;
} }
@@ -71,8 +107,10 @@ BEGIN {
m1 = slope(v0, v3) / deg; m1 = slope(v0, v3) / deg;
m2 = slope(v2, v1) / deg; m2 = slope(v2, v1) / deg;
if (m1 > 62.5 + dphi || m1 < 62.5 - dphi \ if (m1 > 62.5 + dphi || m1 < 62.5 - dphi \
|| m2 < -62.5 - dphi || m2 > -62.5 + dphi) || m2 < -62.5 - dphi || m2 > -62.5 + dphi) {
print designator " FAIL: " m1 ", " m2 " deg"; print designator " FAIL: " m1 ", " m2 " deg";
PASS = 0;
}
test_horizontal(); test_horizontal();
tested = 1; tested = 1;
} }
@@ -83,8 +121,10 @@ BEGIN {
m1 = slope(v3, v0) / deg; m1 = slope(v3, v0) / deg;
m2 = slope(v1, v2) / deg; m2 = slope(v1, v2) / deg;
if (m1 > -62.5 + dphi || m1 < -62.5 - dphi \ if (m1 > -62.5 + dphi || m1 < -62.5 - dphi \
|| m2 < 62.5 - dphi || m2 > 62.5 + dphi) || m2 < 62.5 - dphi || m2 > 62.5 + dphi) {
print designator " FAIL: " m1 ", " m2 " deg"; print designator " FAIL: " m1 ", " m2 " deg";
PASS = 0;
}
test_horizontal(); test_horizontal();
tested = 1; tested = 1;
} }
@@ -96,8 +136,10 @@ BEGIN {
m1 = slope(v0, v3) / deg; m1 = slope(v0, v3) / deg;
m2 = slope(v2, v1) / deg; m2 = slope(v2, v1) / deg;
if (m1 > 70 + dphi || m1 < 70 - dphi \ if (m1 > 70 + dphi || m1 < 70 - dphi \
|| m2 < -80 - dphi || m2 > -80 + dphi) || m2 < -80 - dphi || m2 > -80 + dphi) {
print designator " FAIL: " m1 ", " m2 " deg"; print designator " FAIL: " m1 ", " m2 " deg";
PASS = 0;
}
test_horizontal(); test_horizontal();
tested = 1; tested = 1;
} }
@@ -109,8 +151,10 @@ BEGIN {
m1 = slope(v3, v0) / deg; m1 = slope(v3, v0) / deg;
m2 = slope(v1, v2) / deg; m2 = slope(v1, v2) / deg;
if (m1 > -70 + dphi || m1 < -70 - dphi \ if (m1 > -70 + dphi || m1 < -70 - dphi \
|| m2 < 80 - dphi || m2 > 80 + dphi) || m2 < 80 - dphi || m2 > 80 + dphi) {
print designator " FAIL: " m1 ", " m2 " deg"; print designator " FAIL: " m1 ", " m2 " deg";
PASS = 0;
}
test_horizontal(); test_horizontal();
tested = 1; tested = 1;
} }
@@ -121,6 +165,12 @@ BEGIN {
if (tested == 0) { if (tested == 0) {
parse(); parse();
print designator " FAIL: not tested"; print designator " FAIL: not tested";
PASS = 0;
}; };
} }
END {
if (PASS == 1) print "TESTS SUCCESSFUL"
else print "TESTS FAIL";
}