refactor: multi format generation and llgo build flags

This commit is contained in:
Li Jie
2025-09-07 13:32:11 +08:00
parent c0afe199c2
commit 16c8402065
12 changed files with 541 additions and 979 deletions

View File

@@ -4,43 +4,26 @@
package build
import (
"strings"
"testing"
"github.com/goplus/llgo/internal/crosscompile"
"github.com/goplus/llgo/internal/flash"
)
func TestGenOutputs(t *testing.T) {
func TestBuildOutFmtsWithTarget(t *testing.T) {
tests := []struct {
name string
conf *Config
pkgName string
multiPkg bool
crossCompile *crosscompile.Export
wantOutPath string // use empty string to indicate temp file
wantIntPath string // use empty string to indicate same as outPath
wantOutExt string
wantFileFmt string
wantBinFmt string
wantDirectGen bool
name string
conf *Config
pkgName string
crossCompile crosscompile.Export
wantOut string // use empty string to indicate temp file
wantBin string
wantHex string
wantImg string
wantUf2 string
wantZip string
}{
{
name: "build without target",
conf: &Config{
Mode: ModeBuild,
BinPath: "/go/bin",
AppExt: "",
},
pkgName: "hello",
crossCompile: &crosscompile.Export{
BinaryFormat: "",
},
wantOutPath: "hello",
wantOutExt: "",
wantFileFmt: "",
wantBinFmt: "",
wantDirectGen: true,
},
{
name: "build with -o",
conf: &Config{
@@ -49,273 +32,53 @@ func TestGenOutputs(t *testing.T) {
AppExt: "",
},
pkgName: "hello",
crossCompile: &crosscompile.Export{
crossCompile: crosscompile.Export{
BinaryFormat: "",
},
wantOutPath: "myapp",
wantOutExt: "",
wantFileFmt: "",
wantBinFmt: "",
wantDirectGen: true,
wantOut: "myapp",
},
{
name: "build with target and file-format",
name: "build hex format",
conf: &Config{
Mode: ModeBuild,
BinPath: "/go/bin",
AppExt: "",
FileFormat: "bin",
Target: "esp32",
Mode: ModeBuild,
Target: "esp32",
AppExt: ".elf",
OutFmts: OutFmts{Hex: true},
},
pkgName: "hello",
crossCompile: &crosscompile.Export{
BinaryFormat: "esp32",
crossCompile: crosscompile.Export{
BinaryFormat: "esp32", // This will auto-set Bin: true
},
wantOutPath: "hello.bin",
wantOutExt: ".bin",
wantFileFmt: "bin",
wantBinFmt: "esp32",
wantDirectGen: true,
wantOut: "hello.elf",
wantBin: "hello.bin", // Now expected due to esp32 BinaryFormat
wantHex: "hello.hex",
},
{
name: "build with target, -o and file-format",
conf: &Config{
Mode: ModeBuild,
OutFile: "myapp",
AppExt: "",
FileFormat: "hex",
Target: "esp32",
},
pkgName: "hello",
crossCompile: &crosscompile.Export{
BinaryFormat: "esp32",
},
wantOutPath: "myapp.hex",
wantOutExt: ".hex",
wantFileFmt: "hex",
wantBinFmt: "esp32",
wantDirectGen: false,
},
{
name: "build with target, -o has correct extension and file-format",
conf: &Config{
Mode: ModeBuild,
OutFile: "myapp.hex",
AppExt: "",
FileFormat: "hex",
Target: "esp32",
},
pkgName: "hello",
crossCompile: &crosscompile.Export{
BinaryFormat: "esp32",
},
wantOutPath: "myapp.hex",
wantOutExt: ".hex",
wantFileFmt: "hex",
wantBinFmt: "esp32",
wantDirectGen: false,
},
{
name: "run without target",
conf: &Config{
Mode: ModeRun,
AppExt: "",
},
pkgName: "hello",
crossCompile: &crosscompile.Export{
BinaryFormat: "",
},
wantOutPath: "", // temp file
wantOutExt: "",
wantFileFmt: "",
wantBinFmt: "",
wantDirectGen: true,
},
{
name: "run with target",
conf: &Config{
Mode: ModeRun,
AppExt: "",
Target: "esp32",
},
pkgName: "hello",
crossCompile: &crosscompile.Export{
BinaryFormat: "esp32",
},
wantOutPath: "", // temp file
wantOutExt: "",
wantFileFmt: "",
wantBinFmt: "esp32",
wantDirectGen: true,
},
{
name: "run with target and emulator",
name: "emulator mode with bin format",
conf: &Config{
Mode: ModeRun,
AppExt: "",
Target: "esp32",
AppExt: ".elf",
Emulator: true,
},
pkgName: "hello",
crossCompile: &crosscompile.Export{
crossCompile: crosscompile.Export{
BinaryFormat: "esp32",
Emulator: "qemu-system-xtensa -machine esp32 -drive file={hex},if=mtd,format=raw",
Emulator: "qemu-system-xtensa -machine esp32 -kernel {bin}",
},
wantOutPath: "", // temp file
wantOutExt: ".hex",
wantFileFmt: "hex",
wantBinFmt: "esp32",
wantDirectGen: false,
wantBin: ".bin", // Should be temp file with .bin extension
},
{
name: "build with img file-format",
name: "flash command with hex format",
conf: &Config{
Mode: ModeBuild,
BinPath: "/go/bin",
AppExt: "",
FileFormat: "img",
Target: "esp32",
Mode: ModeInstall,
Target: "esp32",
AppExt: ".elf",
Emulator: false,
},
pkgName: "hello",
crossCompile: &crosscompile.Export{
BinaryFormat: "esp32",
},
wantOutPath: "hello.img",
wantOutExt: ".img",
wantFileFmt: "img",
wantBinFmt: "esp32-img",
wantDirectGen: true,
},
{
name: "test without target",
conf: &Config{
Mode: ModeTest,
AppExt: "",
},
pkgName: "hello",
crossCompile: &crosscompile.Export{
BinaryFormat: "",
},
wantOutPath: "", // temp file
wantOutExt: "",
wantFileFmt: "",
wantBinFmt: "",
wantDirectGen: true,
},
{
name: "test with target",
conf: &Config{
Mode: ModeTest,
AppExt: "",
Target: "esp32",
},
pkgName: "hello",
crossCompile: &crosscompile.Export{
BinaryFormat: "esp32",
},
wantOutPath: "", // temp file
wantOutExt: "",
wantFileFmt: "",
wantBinFmt: "esp32",
wantDirectGen: true,
},
{
name: "cmptest without target",
conf: &Config{
Mode: ModeCmpTest,
AppExt: "",
},
pkgName: "hello",
crossCompile: &crosscompile.Export{
BinaryFormat: "",
},
wantOutPath: "", // temp file
wantOutExt: "",
wantFileFmt: "",
wantBinFmt: "",
wantDirectGen: true,
},
{
name: "install without target",
conf: &Config{
Mode: ModeInstall,
BinPath: "/go/bin",
AppExt: "",
},
pkgName: "hello",
crossCompile: &crosscompile.Export{
BinaryFormat: "",
},
wantOutPath: "/go/bin/hello",
wantOutExt: "",
wantFileFmt: "",
wantBinFmt: "",
wantDirectGen: true,
},
{
name: "install with esp32 target (flash to device)",
conf: &Config{
Mode: ModeInstall,
BinPath: "/go/bin",
AppExt: "",
Target: "esp32",
},
pkgName: "hello",
crossCompile: &crosscompile.Export{
BinaryFormat: "esp32",
},
wantOutPath: "", // temp file for flashing
wantOutExt: "",
wantFileFmt: "",
wantBinFmt: "esp32",
wantDirectGen: true,
},
{
name: "install with file format (flash to device)",
conf: &Config{
Mode: ModeInstall,
BinPath: "/go/bin",
AppExt: "",
FileFormat: "hex",
Target: "esp32",
},
pkgName: "hello",
crossCompile: &crosscompile.Export{
BinaryFormat: "esp32",
},
wantOutPath: "", // temp file for flashing
wantOutExt: ".hex",
wantFileFmt: "hex",
wantBinFmt: "esp32",
wantDirectGen: false,
},
{
name: "run with target non-emulator (should use .bin from binary format)",
conf: &Config{
Mode: ModeRun,
AppExt: "",
Target: "esp32",
},
pkgName: "hello",
crossCompile: &crosscompile.Export{
BinaryFormat: "esp32",
},
wantOutPath: "", // temp file
wantOutExt: "",
wantFileFmt: "",
wantBinFmt: "esp32",
wantDirectGen: true,
},
{
name: "run with flash method command - extract hex from command",
conf: &Config{
Mode: ModeRun,
AppExt: "",
Target: "esp32",
},
pkgName: "hello",
crossCompile: &crosscompile.Export{
BinaryFormat: "esp32",
crossCompile: crosscompile.Export{
BinaryFormat: "esp32", // This will auto-set Bin: true
Device: flash.Device{
Flash: flash.Flash{
Method: "command",
@@ -323,373 +86,280 @@ func TestGenOutputs(t *testing.T) {
},
},
},
wantOutPath: "", // temp file
wantOutExt: ".hex",
wantFileFmt: "hex",
wantBinFmt: "esp32",
wantDirectGen: false,
wantBin: ".bin", // Expected due to esp32 BinaryFormat
wantHex: ".hex", // Should be temp file with .hex extension
},
{
name: "run with flash method command - extract bin from command",
name: "multiple formats specified",
conf: &Config{
Mode: ModeRun,
AppExt: "",
Mode: ModeBuild,
Target: "esp32",
AppExt: ".elf",
OutFmts: OutFmts{
Bin: true,
Hex: true,
Img: true,
Uf2: true,
},
},
pkgName: "hello",
crossCompile: &crosscompile.Export{
crossCompile: crosscompile.Export{
BinaryFormat: "esp32",
Device: flash.Device{
Flash: flash.Flash{
Method: "command",
Command: "esptool.py --chip esp32 write_flash 0x10000 {bin}",
},
},
},
wantOutPath: "", // temp file
wantOutExt: ".bin",
wantFileFmt: "bin",
wantBinFmt: "esp32",
wantDirectGen: true,
wantOut: "hello.elf",
wantBin: "hello.bin",
wantHex: "hello.hex",
wantImg: "hello.img",
wantUf2: "hello.uf2",
wantZip: "", // Not specified
},
{
name: "run with flash method openocd - should use .hex",
name: "no formats specified",
conf: &Config{
Mode: ModeRun,
AppExt: "",
Target: "stm32",
Mode: ModeBuild,
Target: "esp32",
AppExt: ".elf",
OutFmts: OutFmts{}, // No formats specified
},
pkgName: "hello",
crossCompile: &crosscompile.Export{
BinaryFormat: "arm",
Device: flash.Device{
Flash: flash.Flash{
Method: "openocd",
},
},
crossCompile: crosscompile.Export{
BinaryFormat: "esp32",
},
wantOutPath: "", // temp file
wantOutExt: ".hex",
wantFileFmt: "hex",
wantBinFmt: "arm",
wantDirectGen: false,
},
{
name: "run with flash method msd - extract extension from firmware name",
conf: &Config{
Mode: ModeRun,
AppExt: "",
Target: "rp2040",
},
pkgName: "hello",
crossCompile: &crosscompile.Export{
BinaryFormat: "uf2",
Device: flash.Device{
Flash: flash.Flash{
Method: "msd",
},
MSD: flash.MSD{
FirmwareName: "firmware.uf2",
},
},
},
wantOutPath: "", // temp file
wantOutExt: ".uf2",
wantFileFmt: "uf2",
wantBinFmt: "uf2",
wantDirectGen: true,
},
{
name: "run with flash method bmp - should use .elf",
conf: &Config{
Mode: ModeRun,
AppExt: "",
Target: "stm32",
},
pkgName: "hello",
crossCompile: &crosscompile.Export{
BinaryFormat: "arm",
Device: flash.Device{
Flash: flash.Flash{
Method: "bmp",
},
},
},
wantOutPath: "", // temp file
wantOutExt: ".elf",
wantFileFmt: "elf",
wantBinFmt: "arm",
wantDirectGen: false,
wantOut: "hello.elf",
wantBin: "", // No bin file should be generated
wantHex: "", // No hex file should be generated
},
}
for _, tt := range tests {
t.Run(tt.name, func(t *testing.T) {
result, err := genOutputs(tt.conf, tt.pkgName, tt.multiPkg, tt.crossCompile)
// Determine if multi-package (mock single package for simplicity)
multiPkg := false
result, err := buildOutFmts(tt.pkgName, tt.conf, multiPkg, &tt.crossCompile)
if err != nil {
t.Fatalf("GenOutputs() error = %v", err)
t.Errorf("buildOutFmts() error = %v", err)
return
}
if tt.wantOutExt != result.OutExt {
t.Errorf("GenOutputs() OutExt = %v, want %v", result.OutExt, tt.wantOutExt)
}
if tt.wantFileFmt != result.FileFmt {
t.Errorf("GenOutputs() FileFmt = %v, want %v", result.FileFmt, tt.wantFileFmt)
}
if tt.wantBinFmt != result.BinFmt {
t.Errorf("GenOutputs() BinFmt = %v, want %v", result.BinFmt, tt.wantBinFmt)
}
if tt.wantDirectGen != result.DirectGen {
t.Errorf("GenOutputs() DirectGen = %v, want %v", result.DirectGen, tt.wantDirectGen)
}
if tt.wantOutPath != "" {
// Check exact match for non-temp files
if result.OutPath != tt.wantOutPath {
t.Errorf("GenOutputs() OutPath = %v, want %v", result.OutPath, tt.wantOutPath)
// Check base output path
if tt.wantOut != "" {
if result.Out != tt.wantOut {
t.Errorf("buildOutFmts().Out = %v, want %v", result.Out, tt.wantOut)
}
} else {
// Check temp file pattern for temp files
if result.OutPath == "" {
t.Errorf("GenOutputs() OutPath should not be empty for temp file")
// Should be a temp file
if result.Out == "" || !strings.Contains(result.Out, tt.pkgName) {
t.Errorf("buildOutFmts().Out should be temp file containing %v, got %v", tt.pkgName, result.Out)
}
}
// Check IntPath logic
if tt.wantIntPath != "" {
// Check exact IntPath match when specified
if result.IntPath != tt.wantIntPath {
t.Errorf("GenOutputs() IntPath = %v, want %v", result.IntPath, tt.wantIntPath)
}
} else if tt.wantOutExt != "" && !tt.wantDirectGen {
// Should have different IntPath for format conversion
if result.IntPath == result.OutPath {
t.Errorf("GenOutputs() IntPath should be different from OutPath when format conversion is needed")
}
} else if tt.conf.Mode == ModeRun && tt.wantOutExt == "" {
// Run mode without conversion should have same IntPath and OutPath
if result.IntPath != result.OutPath {
t.Errorf("GenOutputs() IntPath should equal OutPath for run mode without conversion")
}
} else if tt.conf.Mode == ModeInstall {
// Install mode: check based on whether it's device flashing or traditional install
isDeviceFlash := tt.conf.Target != "" || tt.wantOutExt != ""
if isDeviceFlash {
// Device flashing - should use temp files (like run mode)
if result.OutPath == "" {
// This is expected for temp files, no additional check needed
// Check format-specific paths
checkFormatPath := func(actual, expected, formatName string) {
if expected == "" {
// Empty means no file should be generated
if actual != "" {
t.Errorf("buildOutFmts().%s = %v, want empty (no file generated)", formatName, actual)
}
} else if strings.HasPrefix(expected, ".") && !strings.Contains(expected[1:], ".") {
// ".xxx" means temp file with .xxx extension
if actual == "" {
t.Errorf("buildOutFmts().%s = empty, want temp file with %s extension", formatName, expected)
} else if !strings.HasSuffix(actual, expected) || !strings.Contains(actual, tt.pkgName) {
t.Errorf("buildOutFmts().%s should be temp file with %s extension containing %v, got %v", formatName, expected, tt.pkgName, actual)
}
} else {
// Traditional install to BinPath - should have fixed paths
if result.IntPath != result.OutPath {
t.Errorf("GenOutputs() IntPath should equal OutPath for traditional install mode")
// "aaa.xxx" means exact file name
if actual != expected {
t.Errorf("buildOutFmts().%s = %v, want %v", formatName, actual, expected)
}
}
}
checkFormatPath(result.Bin, tt.wantBin, "Bin")
checkFormatPath(result.Hex, tt.wantHex, "Hex")
checkFormatPath(result.Img, tt.wantImg, "Img")
checkFormatPath(result.Uf2, tt.wantUf2, "Uf2")
checkFormatPath(result.Zip, tt.wantZip, "Zip")
})
}
}
func TestDetermineFormat(t *testing.T) {
func TestBuildOutFmtsNativeTarget(t *testing.T) {
tests := []struct {
name string
conf *Config
crossCompile *crosscompile.Export
wantFmt string
wantExt string
name string
mode Mode
multiPkg bool
outFile string
binPath string
appExt string
goos string
pkgName string
wantOut string
}{
// ModeBuild scenarios
{
name: "user specified format",
conf: &Config{FileFormat: "hex"},
crossCompile: &crosscompile.Export{},
wantFmt: "hex",
wantExt: ".hex",
name: "build single pkg no outfile macos",
mode: ModeBuild,
multiPkg: false,
outFile: "",
appExt: "",
goos: "darwin",
pkgName: "hello",
wantOut: "hello",
},
{
name: "emulator format extraction",
conf: &Config{Mode: ModeRun, Emulator: true},
crossCompile: &crosscompile.Export{
Emulator: "qemu-system-xtensa -machine esp32 -drive file={bin},if=mtd,format=raw",
},
wantFmt: "bin",
wantExt: ".bin",
name: "build single pkg no outfile linux",
mode: ModeBuild,
multiPkg: false,
outFile: "",
appExt: "",
goos: "linux",
pkgName: "hello",
wantOut: "hello",
},
{
name: "flash method command - extract hex",
conf: &Config{Mode: ModeRun, Target: "esp32"},
crossCompile: &crosscompile.Export{
Device: flash.Device{
Flash: flash.Flash{
Method: "command",
Command: "esptool.py --chip esp32 write_flash 0x10000 {hex}",
},
},
},
wantFmt: "hex",
wantExt: ".hex",
name: "build single pkg no outfile windows",
mode: ModeBuild,
multiPkg: false,
outFile: "",
appExt: ".exe",
goos: "windows",
pkgName: "hello",
wantOut: "hello.exe",
},
{
name: "flash method command - extract bin",
conf: &Config{Mode: ModeRun, Target: "esp32"},
crossCompile: &crosscompile.Export{
Device: flash.Device{
Flash: flash.Flash{
Method: "command",
Command: "esptool.py --chip esp32 write_flash 0x10000 {bin}",
},
},
},
wantFmt: "bin",
wantExt: ".bin",
name: "build single pkg with outfile",
mode: ModeBuild,
multiPkg: false,
outFile: "myapp",
appExt: "",
goos: "linux",
pkgName: "hello",
wantOut: "myapp",
},
{
name: "flash method openocd",
conf: &Config{Mode: ModeRun, Target: "stm32"},
crossCompile: &crosscompile.Export{
Device: flash.Device{
Flash: flash.Flash{
Method: "openocd",
},
},
},
wantFmt: "hex",
wantExt: ".hex",
name: "build single pkg with outfile and ext",
mode: ModeBuild,
multiPkg: false,
outFile: "myapp.exe",
appExt: ".exe",
goos: "windows",
pkgName: "hello",
wantOut: "myapp.exe",
},
{
name: "flash method msd - extract from firmware name",
conf: &Config{Mode: ModeRun, Target: "rp2040"},
crossCompile: &crosscompile.Export{
Device: flash.Device{
Flash: flash.Flash{
Method: "msd",
},
MSD: flash.MSD{
FirmwareName: "firmware.uf2",
},
},
},
wantFmt: "uf2",
wantExt: ".uf2",
name: "build multi pkg",
mode: ModeBuild,
multiPkg: true,
outFile: "",
appExt: "",
goos: "linux",
pkgName: "hello",
wantOut: "", // Should be temp file
},
// ModeInstall scenarios
{
name: "install single pkg macos",
mode: ModeInstall,
multiPkg: false,
outFile: "",
binPath: "/go/bin",
appExt: "",
goos: "darwin",
pkgName: "hello",
wantOut: "/go/bin/hello",
},
{
name: "flash method bmp",
conf: &Config{Mode: ModeRun, Target: "stm32"},
crossCompile: &crosscompile.Export{
Device: flash.Device{
Flash: flash.Flash{
Method: "bmp",
},
},
},
wantFmt: "elf",
wantExt: ".elf",
name: "install single pkg windows",
mode: ModeInstall,
multiPkg: false,
outFile: "",
binPath: "C:/go/bin", // Use forward slashes for cross-platform compatibility
appExt: ".exe",
goos: "windows",
pkgName: "hello",
wantOut: "C:/go/bin/hello.exe",
},
{
name: "no format",
conf: &Config{},
crossCompile: &crosscompile.Export{},
wantFmt: "",
wantExt: "",
name: "install multi pkg",
mode: ModeInstall,
multiPkg: true,
outFile: "",
binPath: "/go/bin",
appExt: "",
goos: "linux",
pkgName: "hello",
wantOut: "/go/bin/hello",
},
// Other modes should use temp files
{
name: "run mode",
mode: ModeRun,
multiPkg: false,
outFile: "",
appExt: "",
goos: "linux",
pkgName: "hello",
wantOut: "", // Should be temp file
},
{
name: "test mode",
mode: ModeTest,
multiPkg: false,
outFile: "",
appExt: "",
goos: "linux",
pkgName: "hello",
wantOut: "", // Should be temp file
},
}
for _, tt := range tests {
t.Run(tt.name, func(t *testing.T) {
gotFmt, gotExt := determineFormat(tt.conf, tt.crossCompile)
if gotFmt != tt.wantFmt {
t.Errorf("determineFormat() format = %v, want %v", gotFmt, tt.wantFmt)
conf := &Config{
Mode: tt.mode,
OutFile: tt.outFile,
BinPath: tt.binPath,
AppExt: tt.appExt,
Target: "", // Native target
}
if gotExt != tt.wantExt {
t.Errorf("determineFormat() ext = %v, want %v", gotExt, tt.wantExt)
}
})
}
}
func TestShouldDirectGen(t *testing.T) {
tests := []struct {
name string
outExt string
binExt string
want bool
}{
{"no extension", "", ".bin", true},
{"same extension", ".bin", ".bin", true},
{"img format", ".img", ".bin", true},
{"different extension", ".hex", ".bin", false},
}
for _, tt := range tests {
t.Run(tt.name, func(t *testing.T) {
if got := shouldDirectGen(tt.outExt, tt.binExt); got != tt.want {
t.Errorf("shouldDirectGen() = %v, want %v", got, tt.want)
}
})
}
}
func TestNeedsFwGen(t *testing.T) {
tests := []struct {
name string
conf *Config
outExt string
binExt string
want bool
}{
{
name: "build mode with file format",
conf: &Config{Mode: ModeBuild, FileFormat: "hex"},
outExt: ".hex",
want: true,
},
{
name: "build mode without file format",
conf: &Config{Mode: ModeBuild},
outExt: "",
want: false,
},
{
name: "run mode with emulator",
conf: &Config{Mode: ModeRun, Emulator: true},
outExt: ".hex",
want: true,
},
{
name: "run mode with binExt",
conf: &Config{Mode: ModeRun},
outExt: "",
binExt: ".bin",
want: true,
},
{
name: "test mode with emulator",
conf: &Config{Mode: ModeTest, Emulator: true},
outExt: ".hex",
want: true,
},
{
name: "test mode with binExt",
conf: &Config{Mode: ModeTest},
outExt: "",
binExt: ".bin",
want: true,
},
{
name: "cmptest mode with binExt",
conf: &Config{Mode: ModeCmpTest},
outExt: "",
binExt: ".bin",
want: true,
},
}
for _, tt := range tests {
t.Run(tt.name, func(t *testing.T) {
if got := needsFwGen(tt.conf, tt.outExt, tt.binExt); got != tt.want {
t.Errorf("needsFwGen() = %v, want %v", got, tt.want)
crossCompile := &crosscompile.Export{}
result, err := buildOutFmts(tt.pkgName, conf, tt.multiPkg, crossCompile)
if err != nil {
t.Errorf("buildOutFmts() error = %v", err)
return
}
// Check base output path
if tt.wantOut != "" {
if result.Out != tt.wantOut {
t.Errorf("buildOutFmts().Out = %v, want %v", result.Out, tt.wantOut)
}
} else {
// Should be a temp file
if result.Out == "" || !strings.Contains(result.Out, tt.pkgName) {
t.Errorf("buildOutFmts().Out should be temp file containing %v, got %v", tt.pkgName, result.Out)
}
}
// For native targets, no format files should be generated
if result.Bin != "" {
t.Errorf("buildOutFmts().Bin = %v, want empty for native target", result.Bin)
}
if result.Hex != "" {
t.Errorf("buildOutFmts().Hex = %v, want empty for native target", result.Hex)
}
if result.Img != "" {
t.Errorf("buildOutFmts().Img = %v, want empty for native target", result.Img)
}
if result.Uf2 != "" {
t.Errorf("buildOutFmts().Uf2 = %v, want empty for native target", result.Uf2)
}
if result.Zip != "" {
t.Errorf("buildOutFmts().Zip = %v, want empty for native target", result.Zip)
}
})
}