vasilito
cb424d7448
verify-patch-sanity.py validates every active recipe .patch has internally- consistent hunk line counts — catching the 'malformed patch at line N' failure at commit/CI/preflight time instead of hours into a cook. This cycle hit that class three times (qtwaylandscanner, sddm, xwayland), each only discovered when cookbook tried to apply the patch. Running it across the repo found 29 latent malformed patches (validated against GNU patch: e.g. relibc/P3-sysv-ipc reproduces 'malformed patch at line 22'). They were harmless only because they sit in vendored recipes (baked, not re- applied) — but would fail on any version-bump re-derivation. --fix recounts the hunk headers (body untouched) and repaired all 29. Wired into build-preflight.sh (Phase 1.0D) and redbear-ci.yml, with a unit test (test-patch-sanity.sh). Skips archived/legacy trees and unvalidatable formats (empty placeholders, bare-@@ git hunks).
121 lines
2.5 KiB
C++
121 lines
2.5 KiB
C++
// RUN: %clang_cc1 -triple x86_64-apple-darwin -std=c++11 -S %s -o %t-64.s
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// RUN: FileCheck -check-prefix CHECK-LP64 --input-file=%t-64.s %s
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// RUN: %clang_cc1 -triple i386-apple-darwin -std=c++11 -S %s -o %t-32.s
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// RUN: FileCheck -check-prefix CHECK-LP32 --input-file=%t-32.s %s
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// XFAIL: *
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extern "C" int printf(...);
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struct S {
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operator int();
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};
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S::operator int() {
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return 10;
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}
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int f(S s) {
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return s;
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}
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class X { // ...
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public: operator int() { printf("operator int()\n"); return iX; }
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public: operator float() { printf("operator float()\n"); return fX; }
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X() : iX(100), fX(1.234) {}
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int iX;
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float fX;
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};
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X x;
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struct Z {
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operator X() { printf("perator X()\n"); x.iX += iZ; x.fX += fZ; return x; }
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int iZ;
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float fZ;
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Z() : iZ(1), fZ(1.00) {}
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};
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Z z;
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class Y { // ...
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public: operator Z(){printf("perator Z()\n"); return z; }
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};
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Y y;
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int count=0;
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class O { // ...
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public:
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operator int(){ return ++iO; }
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O() : iO(count++) {}
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int iO;
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};
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void g(O a, O b) {
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int i = (a) ? 1+a : 0;
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int j = (a&&b) ? a+b : i;
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if (a) { }
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printf("i = %d j = %d a.iO = %d b.iO = %d\n", i, j, a.iO, b.iO);
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}
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int main() {
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int c = X(Z(y)); // OK: y.operator Z().operator X().operator int()
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printf("c = %d\n", c);
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float f = X(Z(y));
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printf("f = %f\n", f);
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int i = x;
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printf("i = %d float = %f\n", i, float(x));
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i = int(X(Z(y)));
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f = float(X(Z(y)));
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printf("i = %d float = %f\n", i,f);
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f = (float)x;
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i = (int)x;
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printf("i = %d float = %f\n", i,f);
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int d = (X)((Z)y);
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printf("d = %d\n", d);
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int e = (int)((X)((Z)y));
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printf("e = %d\n", e);
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O o1, o2;
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g(o1, o2);
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}
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// Test. Conversion in base class is visible in derived class.
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class XB {
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int a;
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public:
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operator int();
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};
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class Yb : public XB {
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double b;
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public:
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operator char();
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};
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void f(Yb& a) {
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int i = a; // OK. calls XB::operator int();
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char ch = a; // OK. calls Yb::operator char();
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}
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struct A {
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operator int() const;
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};
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// CHECK-LP64: .globl __ZN1ScviEv
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// CHECK-LP64-NEXT: __ZN1ScviEv:
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// CHECK-LP64: callq __ZN1Ycv1ZEv
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// CHECK-LP64: callq __ZN1Zcv1XEv
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// CHECK-LP64: callq __ZN1XcviEv
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// CHECK-LP64: callq __ZN1XcvfEv
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// CHECK-LP64: callq __ZN2XBcviEv
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// CHECK-LP64: callq __ZN2YbcvcEv
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// CHECK-LP32: .globl __ZN1ScviEv
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// CHECK-LP32-NEXT: __ZN1ScviEv:
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// CHECK-LP32: call L__ZN1Ycv1ZEv
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// CHECK-LP32: call L__ZN1Zcv1XEv
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// CHECK-LP32: call L__ZN1XcviEv
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// CHECK-LP32: call L__ZN1XcvfEv
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// CHECK-LP32: call L__ZN2XBcviEv
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// CHECK-LP32: call L__ZN2YbcvcEv
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