timeLogFile = f
	}
	t := time.Now()
	fmt.Fprintf(timeLogFile, "%s %+.1fs %s %s\n", t.Format(time.UnixDate), t.Sub(timeLogStart).Seconds(), op, name)
}

// toolenv returns the environment to use when building commands in cmd.
//
// This is a function instead of a variable because the exact toolenv depends
// on the GOOS and GOARCH, and (at least for now) those are modified in place

		}
		setSlot(slotID, VarLoc{0, stackOffset})
		if state.loggingLevel > 1 {
			if v.Op == OpVarDef {
				state.logf("at %v: stack-only var %v now live\n", v, state.slots[slotID])
			} else {
				state.logf("at %v: stack-only var %v now dead\n", v, state.slots[slotID])
			}
		}

	case v.Op == OpArg:
		home := state.f.getHome(v.ID).(LocalSlot)
		stackOffset := state.stackOffset(home)<<1 | 1

		}
		if e == nil {
			break
		}
		switch e.Tag {
		case dwarf.TagVariable:
			name, _ := e.Val(dwarf.AttrName).(string)
			// As of https://reviews.llvm.org/D123534, clang
			// now emits DW_TAG_variable DIEs that have
			// no name (so as to be able to describe the
			// type and source locations of constant strings)
			// like the second arg in the call below:
			//
			//     myfunction(42, "foo")

		return vi.spill
	}
	// Make a spill for v. We don't know where we want
	// to put it yet, so we leave it blockless for now.
	spill := s.f.newValueNoBlock(OpStoreReg, v.Type, v.Pos)
	// We also don't know what the spill's arg will be.
	// Leave it argless for now.
	s.setOrig(spill, v)
	vi.spill = spill
	vi.restoreMin = s.sdom[b.ID].entry
	vi.restoreMax = s.sdom[b.ID].exit
	return spill
}

	go get toolchain@patch

See https://golang.org/ref/mod#go-get for details.

In earlier versions of Go, 'go get' was used to build and install packages.
Now, 'go get' is dedicated to adjusting dependencies in go.mod. 'go install'
may be used to build and install commands instead. When a version is specified,
'go install' runs in module-aware mode and ignores the go.mod file in the

		} else {
			stdout = &buf
		}
	}

	if r.c.buf == nil {
		// We did not find a cached result using the link step action ID,
		// so we ran the link step. Try again now with the link output
		// content ID. The attempt using the action ID makes sure that
		// if the link inputs don't change, we reuse the cached test
		// result without even rerunning the linker. The attempt using

	// if the toolchain running right now is newer than the new toolchain line,
	// update the toolchain line to record the newer toolchain.
	// The user never sets the toolchain explicitly in a 'go work' command,
	// so this is only happening as a result of a go or toolchain line found
	// in a module.
	// If the toolchain running right now is a dev toolchain (like "go1.21")

	}
}

func TestBufferFull(t *testing.T) {
	const longString = "And now, hello, world! It is the time for all good men to come to the aid of their party"
	buf := NewReaderSize(strings.NewReader(longString), minReadBufferSize)
	line, err := buf.ReadSlice('!')
	if string(line) != "And now, hello, " || err != ErrBufferFull {
		t.Errorf("first ReadSlice(,) = %q, %v", line, err)
	}

//
//   - Root dependencies are updated to their selected versions.
//
// The "changed" return value reports whether the update changed the selected
// version of any module that either provided a loaded package or may now
// provide a package that was previously unresolved.
func (ld *loader) updateRequirements(ctx context.Context) (changed bool, err error) {
	rs := ld.requirements

					base.Errorf("go: vendored module %v should be required explicitly in go.mod", m)
					inconsistent = true
				}
			}
			if inconsistent {
				base.Fatal(errGoModDirty)
			}

			// Now we can treat the rest of the module graph as effectively “pruned
			// out”, as though we are viewing the main module from outside: in vendor
			// mode, the root requirements *are* the complete module graph.