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MSVC does not assume UTF-8 encoding by default, hence use explicit bytes

This commit is contained in:
Matthias Koefferlein 2025-05-25 20:40:45 +02:00
parent fb16c8c6f6
commit 534b33be1c
3 changed files with 13 additions and 13 deletions
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10
src/pex/pex/pexRExtractorTech.cc
View File

@ -34,9 +34,9 @@ std::string
RExtractorTechVia::to_string () const
{
std::string res = "Via(";
res += tl::sprintf ("bottom=L%u, cut=L%u, top=L%u, R=%.12gµm²*Ohm", bottom_conductor, cut_layer, top_conductor, resistance);
res += tl::sprintf ("bottom=L%u, cut=L%u, top=L%u, R=%.12g \xC2\xB5m\xC2\xB2*Ohm", bottom_conductor, cut_layer, top_conductor, resistance);
if (merge_distance > 1e-10) {
res += tl::sprintf(", d_merge=%.12gµm", merge_distance);
res += tl::sprintf(", d_merge=%.12g \xC2\xB5m", merge_distance);
}
res += ")";
return res;
@ -48,7 +48,7 @@ std::string
RExtractorTechConductor::to_string () const
{
std::string res = "Conductor(";
res += tl::sprintf ("layer=L%u, R=%.12gOhm/sq", layer, resistance);
res += tl::sprintf ("layer=L%u, R=%.12g Ohm/sq", layer, resistance);
switch (algorithm) {
case SquareCounting:
@ -62,11 +62,11 @@ RExtractorTechConductor::to_string () const
}
if (triangulation_min_b > 1e-10) {
res += tl::sprintf(", tri_min_b=%.12gµm", triangulation_min_b);
res += tl::sprintf(", tri_min_b=%.12g \xC2\xB5m", triangulation_min_b);
}
if (triangulation_max_area > 1e-10) {
res += tl::sprintf(", tri_max_area=%.12gµm", triangulation_max_area);
res += tl::sprintf(", tri_max_area=%.12g \xC2\xB5m\xC2\xB2", triangulation_max_area);
}
res += ")";

8
src/pex/unit_tests/pexRNetExtractorTests.cc
View File

@ -96,10 +96,10 @@ TEST(basic)
tech.skip_simplify = true;
EXPECT_EQ (tech.to_string (),
"skip_simplify=true\n"
"Via(bottom=L1, cut=L1, top=L1, R=2µm²*Ohm, d_merge=0.2µm)\n"
"Conductor(layer=L1, R=0.5Ohm/sq, algo=SquareCounting)\n"
"Conductor(layer=L1, R=0.25Ohm/sq, algo=Tesselation, tri_min_b=0.5µm, tri_max_area=1.5µm)"
u8"skip_simplify=true\n"
u8"Via(bottom=L1, cut=L1, top=L1, R=2 \xC2\xB5m\xC2\xB2*Ohm, d_merge=0.2 \xC2\xB5m)\n"
u8"Conductor(layer=L1, R=0.5 Ohm/sq, algo=SquareCounting)\n"
u8"Conductor(layer=L1, R=0.25 Ohm/sq, algo=Tesselation, tri_min_b=0.5 \xC2\xB5m, tri_max_area=1.5 \xC2\xB5m\xC2\xB2)"
);
}

8
testdata/ruby/pexTests.rb vendored
View File

@ -142,7 +142,7 @@ class PEX_TestClass < TestBase
via1.top_conductor = l3
via1.resistance = 2.0
via1.merge_distance = 0.2
assert_equal(via1.to_s, "Via(bottom=L1, cut=L2, top=L3, R=2µm²*Ohm, d_merge=0.2µm)")
assert_equal(via1.to_s, "Via(bottom=L1, cut=L2, top=L3, R=2 µm²*Ohm, d_merge=0.2 µm)")
assert_equal(via1.bottom_conductor, l1)
assert_equal(via1.cut_layer, l2)
@ -162,7 +162,7 @@ class PEX_TestClass < TestBase
cond1 = RBA::RExtractorTechConductor::new
cond1.layer = l1
cond1.resistance = 0.5
assert_equal(cond1.to_s, "Conductor(layer=L1, R=0.5Ohm/sq, algo=SquareCounting)")
assert_equal(cond1.to_s, "Conductor(layer=L1, R=0.5 Ohm/sq, algo=SquareCounting)")
assert_equal(cond1.layer, l1)
assert_equal(cond1.resistance, 0.5)
@ -174,8 +174,8 @@ class PEX_TestClass < TestBase
tech.add_conductor(cond2)
assert_equal(tech.each_conductor.collect { |c| c.layer }, [ l3 ])
assert_equal(tech.to_s,
"Via(bottom=L1, cut=L2, top=L3, R=2µm²*Ohm, d_merge=0.2µm)\n" +
"Conductor(layer=L3, R=0.25Ohm/sq, algo=SquareCounting)"
"Via(bottom=L1, cut=L2, top=L3, R=2 µm²*Ohm, d_merge=0.2 µm)\n" +
"Conductor(layer=L3, R=0.25 Ohm/sq, algo=SquareCounting)"
)
tech.clear_conductors