package cformat_test

import (
	"internal/coverage"
	"internal/coverage/cformat"
	"slices"
	"strings"
	"testing"
)

func TestBasics(t *testing.T) {
	fm := cformat.NewFormatter(coverage.CtrModeAtomic)

	mku := func(stl, enl, nx uint32) coverage.CoverableUnit {
		return coverage.CoverableUnit{
			StLine:  stl,
			EnLine:  enl,
			NxStmts: nx,
		}
	}

// then make a series of calls to SetPackage and AddUnit passing in
// data read from coverage meta-data and counter-data files. E.g.
//
//		myformatter := cformat.NewFormatter()
//		...
//		for each package P in meta-data file: {
//			myformatter.SetPackage(P)
//			for each function F in P: {
//				for each coverable unit U in F: {
//					myformatter.AddUnit(U)
//				}
//			}

		}
		defer func() {
			if !tfClosed {
				tfClosed = true
				tf.Close()
			}
		}()
	}

	// Read/process the pods.
	ts := &tstate{
		cm:    &cmerge.Merger{},
		cf:    cformat.NewFormatter(cmode),
		cmode: cmode,
	}
	// Generate the expected hash string based on the final meta-data
	// hash for this test, then look only for pods that refer to that

		fatal("%v", err)
	}
	if d.cmd == debugDumpMode {
		fmt.Printf("Cover mode: %s\n", newmode.String())
		fmt.Printf("Cover granularity: %s\n", newgran.String())
	}
	if d.format == nil {
		d.format = cformat.NewFormatter(mfr.CounterMode())
	}

	// To provide an additional layer of checking when reading counter
	// data, walk the meta-data file to determine the set of legal