// conveyInner is the function which actually executes the user's anonymous test
// function body. At this point, Convey or RootConvey has decided that this
// function should actually run.
func (ctx *context) conveyInner(situation string, f func(C)) {
// Record/Reset state for next time.
defer func() {
ctx.executedOnce = true
// This is only needed at the leaves, but there's no harm in also setting it
// when returning from branch Convey's
*ctx.expectChildRun = false
}()
// Set up+tear down our scope for the reporter
ctx.reporter.Enter(reporting.NewScopeReport(situation))
defer ctx.reporter.Exit()
// Recover from any panics in f, and assign the `complete` status for this
// node of the tree.
defer func() {
ctx.complete = true
if problem := recover(); problem != nil {
if problem, ok := problem.(*conveyErr); ok {
panic(problem)
}
if problem != failureHalt {
ctx.reporter.Report(reporting.NewErrorReport(problem))
}
} else {
for _, child := range ctx.children {
if !child.complete {
ctx.complete = false
return
}
}
}
}()
// Resets are registered as the `f` function executes, so nil them here.
// All resets are run in registration order (FIFO).
ctx.resets = []func(){}
defer func() {
for _, r := range ctx.resets {
// panics handled by the previous defer
r()
}
}()
if f == nil {
// if f is nil, this was either a Convey(..., nil), or a SkipConvey
ctx.reporter.Report(reporting.NewSkipReport())
} else {
f(ctx)
}
}
func skipReport() {
suites.Current().Report(reporting.NewSkipReport())
}
func (ctx *context) SkipSo(stuff ...interface{}) {
ctx.assertionReport(reporting.NewSkipReport())
}