How to use Fi method of formatter Package

Best Ginkgo code snippet using formatter.Fi

fibonacci.go

Source:fibonacci.go

1//go:generate scribblec-param.sh ../../Fib.scr -d ../../ -param Fibonacci github.com/nickng/scribble-go-examples/17_fibonacci/Fib -param-api Fib2package fibonacci3import (4	"fmt"5	"log"6	"sync"7	"github.com/nickng/scribble-go-examples/scributil"8	"github.com/nickng/scribble-go-examples/17_fibonacci/Fib/Fibonacci"9	"github.com/nickng/scribble-go-examples/17_fibonacci/Fib/Fibonacci/family_1/Fib_1toKsub2_not_2toKsub1and3toK"10	"github.com/nickng/scribble-go-examples/17_fibonacci/Fib/Fibonacci/family_1/Fib_1toKsub2and2toKsub1_not_3toK"11	"github.com/nickng/scribble-go-examples/17_fibonacci/Fib/Fibonacci/family_1/Fib_1toKsub2and2toKsub1and3toK"12	"github.com/nickng/scribble-go-examples/17_fibonacci/Fib/Fibonacci/family_1/Fib_2toKsub1and3toK_not_1toKsub2"13	"github.com/nickng/scribble-go-examples/17_fibonacci/Fib/Fibonacci/family_1/Fib_3toK_not_1toKsub2and2toKsub1"14)15// F1 implements F[1].16func F1(p *Fibonacci.Fibonacci, K, self int, kplus2 scributil.ClientConn, kplus2Host string, kplus2Port int, wg *sync.WaitGroup) {17	F1 := p.New_family_1_Fib_1toKsub2_not_2toKsub1and3toK(K, self)18	scributil.Debugf("[connection] Fib[%d]: dialling to Fib[%d] at %s:%d.\n", self, self+2, kplus2Host, kplus2Port)19	// F[3..K-1]20	if err := F1.Fib_1toKsub2and2toKsub1and3toK_Dial(self+2, kplus2Host, kplus2Port, kplus2.Dial, kplus2.Formatter()); err != nil {21		log.Fatalf("cannot dial: %v", err)22	}23	scributil.Debugf("Fib[%d]: Ready.\n", self)24	F1.Run(func(s *Fib_1toKsub2_not_2toKsub1and3toK.Init) Fib_1toKsub2_not_2toKsub1and3toK.End {25		sEnd := s.Fib_selfplus2_Scatter_T([]int{0})26		return *sEnd27	})28	wg.Done()29}30// F2 implements F[2].31func F2(p *Fibonacci.Fibonacci, K, self int, kplus1 scributil.ClientConn, kplus1Host string, kplus1Port int, kplus2 scributil.ClientConn, kplus2Host string, kplus2Port int, wg *sync.WaitGroup) {32	F2 := p.New_family_1_Fib_1toKsub2and2toKsub1_not_3toK(K, self)33	scributil.Debugf("[connection] Fib[%d]: dialling to Fib[%d] at %s:%d.\n", self, self+2, kplus2Host, kplus2Port)34	// F[3..K-1]35	if K == 5 {36		if err := F2.Fib_2toKsub1and3toK_not_1toKsub2_Dial(self+2, kplus2Host, kplus2Port, kplus2.Dial, kplus2.Formatter()); err != nil {37			log.Fatalf("cannot dial: %v", err)38		}39	} else {40		if err := F2.Fib_1toKsub2and2toKsub1and3toK_Dial(self+2, kplus2Host, kplus2Port, kplus2.Dial, kplus2.Formatter()); err != nil {41			log.Fatalf("cannot dial: %v", err)42		}43	}44	scributil.Debugf("[connection] Fib[%d]: dialling to Fib[%d] at %s:%d.\n", self, self+1, kplus1Host, kplus1Port)45	// F[3..K-1]46	if err := F2.Fib_1toKsub2and2toKsub1and3toK_Dial(self+1, kplus1Host, kplus1Port, kplus1.Dial, kplus1.Formatter()); err != nil {47		log.Fatalf("cannot dial: %v", err)48	}49	scributil.Debugf("Fib[%d]: Ready.\n", self)50	F2.Run(func(s *Fib_1toKsub2and2toKsub1_not_3toK.Init) Fib_1toKsub2and2toKsub1_not_3toK.End {51		s0 := s.Fib_selfplus1_Scatter_T([]int{1})52		sEnd := s0.Fib_selfplus2_Scatter_T([]int{1})53		return *sEnd54	})55	wg.Done()56}57// Fi implements F[3..K-2].58func Fi(p *Fibonacci.Fibonacci, K, self int, ksub2 scributil.ServerConn, ksub2Port int, ksub1 scributil.ServerConn, ksub1Port int, kplus1 scributil.ClientConn, kplus1Host string, kplus1Port int, kplus2 scributil.ClientConn, kplus2Host string, kplus2Port int, wg *sync.WaitGroup) {59	Fi := p.New_family_1_Fib_1toKsub2and2toKsub1and3toK(K, self)60	scributil.Debugf("[connection] Fib[%d]: dialling to Fib[%d] at %s:%d.\n", self, self+2, kplus2Host, kplus2Port)61	// F[3..K-2]62	// if err := Fi.Fib_3toK_not_1toKsub2and2toKsub1_Dial(self+2, kplus2Host, kplus2Port, kplus2.Dial, kplus2.Formatter()); err != nil {63	// 	log.Fatalf("cannot dial: %v", err)64	// }65	if self + 2 == K {66		if err := Fi.Fib_3toK_not_1toKsub2and2toKsub1_Dial(self+2, kplus2Host, kplus2Port, kplus2.Dial, kplus2.Formatter()); err != nil {67			log.Fatalf("cannot dial: %v", err)68		}69	} else if self + 2 == K - 1 {70		if err := Fi.Fib_2toKsub1and3toK_not_1toKsub2_Dial(self+2, kplus2Host, kplus2Port, kplus2.Dial, kplus2.Formatter()); err != nil {71			log.Fatalf("cannot dial: %v", err)72		}73	} else {74		if err := Fi.Fib_1toKsub2and2toKsub1and3toK_Dial(self+2, kplus2Host, kplus2Port, kplus2.Dial, kplus2.Formatter()); err != nil {75			log.Fatalf("cannot dial: %v", err)76		}77	}78	scributil.Debugf("[connection] Fib[%d]: dialling to Fib[%d] at %s:%d.\n", self, self+1, kplus1Host, kplus1Port)79	// F[3..K-2]80	if self+1 == K - 1 {81		if err := Fi.Fib_2toKsub1and3toK_not_1toKsub2_Dial(self+1, kplus1Host, kplus1Port, kplus1.Dial, kplus1.Formatter()); err != nil {82			log.Fatalf("cannot dial: %v", err)83		}84	} else {85		if err := Fi.Fib_1toKsub2and2toKsub1and3toK_Dial(self+1, kplus1Host, kplus1Port, kplus1.Dial, kplus1.Formatter()); err != nil {86			log.Fatalf("cannot dial: %v", err)87		}88	}89	ln1, err := ksub1.Listen(ksub1Port)90	if err != nil {91		log.Fatalf("cannot listen: %v", err)92	}93	defer ln1.Close()94	scributil.Debugf("[connection] Fib[%d]: listening for Fib[%d] at :%d.\n", self, self-1, ksub1Port)95	if self == 3 {96		// Fib[2]97		if err := Fi.Fib_1toKsub2and2toKsub1_not_3toK_Accept(self-1, ln1, ksub1.Formatter()); err != nil {98			log.Fatalf("cannot accept: %v", err)99		}100	} else {101		// Fib[3..K-1]102		if err := Fi.Fib_1toKsub2and2toKsub1and3toK_Accept(self-1, ln1, ksub1.Formatter()); err != nil {103			log.Fatalf("cannot accept: %v", err)104		}105	}106	ln2, err := ksub2.Listen(ksub2Port)107	if err != nil {108		log.Fatalf("cannot listen: %v", err)109	}110	defer ln2.Close()111	scributil.Debugf("[connection] Fib[%d]: listening for Fib[%d] at :%d.\n", self, self-2, ksub2Port)112	if self == 3 {113		// Fib[1]114		if err := Fi.Fib_1toKsub2_not_2toKsub1and3toK_Accept(self-2, ln2, ksub2.Formatter()); err != nil {115			log.Fatalf("cannot accept: %v", err)116		}117	} else if self == 4 {118		if err := Fi.Fib_1toKsub2and2toKsub1_not_3toK_Accept(self-2, ln2, ksub2.Formatter()); err != nil {119			log.Fatalf("cannot accept: %v", err)120		}121	} else {122		// Fib[3..K-1]123		if err := Fi.Fib_1toKsub2and2toKsub1and3toK_Accept(self-2, ln2, ksub2.Formatter()); err != nil {124			log.Fatalf("cannot accept: %v", err)125		}126	}127	scributil.Debugf("Fib[%d]: Ready.\n", self)128	Fi.Run(func(s *Fib_1toKsub2and2toKsub1and3toK.Init) Fib_1toKsub2and2toKsub1and3toK.End {129		v := make([]int, 2)130		s0 := s.Fib_selfsub2_Gather_T(v)131		s1 := s0.Fib_selfsub1_Gather_T(v[1:])132		s2 := s1.Fib_selfplus1_Scatter_T([]int{v[0] + v[1]})133		sEnd := s2.Fib_selfplus2_Scatter_T([]int{v[0] + v[1]})134		return *sEnd135	})136	wg.Done()137}138// Fksub1 implements F[K-1].139func Fksub1(p *Fibonacci.Fibonacci, K, self int, ksub2 scributil.ServerConn, ksub2Port int, ksub1 scributil.ServerConn, ksub1Port int, kplus1 scributil.ClientConn, kplus1Host string, kplus1Port int, wg *sync.WaitGroup) {140	Fksub1 := p.New_family_1_Fib_2toKsub1and3toK_not_1toKsub2(K, self)141	scributil.Debugf("[connection] Fib[%d]: dialling to Fib[%d] at %s:%d.\n", self, self+1, kplus1Host, kplus1Port)142	// F[K]143	if err := Fksub1.Fib_3toK_not_1toKsub2and2toKsub1_Dial(self+1, kplus1Host, kplus1Port, kplus1.Dial, kplus1.Formatter()); err != nil {144		log.Fatalf("cannot dial: %v", err)145	}146	ln1, err := ksub1.Listen(ksub1Port)147	if err != nil {148		log.Fatalf("cannot listen: %v", err)149	}150	defer ln1.Close()151	scributil.Debugf("[connection] Fib[%d]: listening for Fib[%d] at :%d.\n", self, self-1, ksub1Port)152	// Fib[3..K-2]153	if err := Fksub1.Fib_1toKsub2and2toKsub1and3toK_Accept(self-1, ln1, ksub1.Formatter()); err != nil {154		log.Fatalf("cannot accept: %v", err)155	}156	ln2, err := ksub2.Listen(ksub2Port)157	if err != nil {158		log.Fatalf("cannot listen: %v", err)159	}160	defer ln2.Close()161	scributil.Debugf("[connection] Fib[%d]: listening for Fib[%d] at :%d.\n", self, self-2, ksub2Port)162	// Fib[3..K-2]163	if K == 5 {164		if err := Fksub1.Fib_1toKsub2and2toKsub1_not_3toK_Accept(self-2, ln2, ksub2.Formatter()); err != nil {165			log.Fatalf("cannot accept: %v", err)166		}167	} else {168		if err := Fksub1.Fib_1toKsub2and2toKsub1and3toK_Accept(self-2, ln2, ksub2.Formatter()); err != nil {169			log.Fatalf("cannot accept: %v", err)170		}171	}172	scributil.Debugf("Fib[%d]: Ready.\n", self)173	Fksub1.Run(func(s *Fib_2toKsub1and3toK_not_1toKsub2.Init) Fib_2toKsub1and3toK_not_1toKsub2.End {174		v := make([]int, 2)175		s0 := s.Fib_selfsub2_Gather_T(v)176		s1 := s0.Fib_selfsub1_Gather_T(v[1:])177		sEnd := s1.Fib_selfplus1_Scatter_T([]int{v[0] + v[1]})178		return *sEnd179	})180	wg.Done()181}182// Fk implements F[K].183func Fk(p *Fibonacci.Fibonacci, K, self int, ksub2 scributil.ServerConn, ksub2Port int, ksub1 scributil.ServerConn, ksub1Port int, wg *sync.WaitGroup) {184	Fk := p.New_family_1_Fib_3toK_not_1toKsub2and2toKsub1(K, self)185	// Establish connection in reverse: K-1 then K-2186	ln1, err := ksub1.Listen(ksub1Port)187	if err != nil {188		log.Fatalf("cannot listen: %v", err)189	}190	defer ln1.Close()191	scributil.Debugf("[connection] Fib[%d]: listening for Fib[%d] at :%d.\n", self, self-1, ksub1Port)192	// Fib[K-1]193	if err := Fk.Fib_2toKsub1and3toK_not_1toKsub2_Accept(self-1, ln1, ksub1.Formatter()); err != nil {194		log.Fatalf("cannot accept: %v", err)195	}196	ln2, err := ksub2.Listen(ksub2Port)197	if err != nil {198		log.Fatalf("cannot listen: %v", err)199	}200	defer ln2.Close()201	scributil.Debugf("[connection] Fib[%d]: listening for Fib[%d] at :%d.\n", self, self-2, ksub2Port)202	// Fib[3..K-2]203	if err := Fk.Fib_1toKsub2and2toKsub1and3toK_Accept(self-2, ln2, ksub2.Formatter()); err != nil {204		log.Fatalf("cannot accept: %v", err)205	}206	scributil.Debugf("Fib[%d]: Ready.\n", self)207	Fk.Run(func(s *Fib_3toK_not_1toKsub2and2toKsub1.Init) Fib_3toK_not_1toKsub2and2toKsub1.End {208		v := make([]int, 2)209		s0 := s.Fib_selfsub2_Gather_T(v)210		sEnd := s0.Fib_selfsub1_Gather_T(v[1:])211		fmt.Printf("The Fib(%d) is %d.\n", self, v[0]+v[1])212		return *sEnd213	})214	wg.Done()215}...

formatter.go

Source:formatter.go

...21	FormatInPlace(args []string, file string) error22	// Check if the required binary is installed.23	IsInstalled() bool24	// A list of file extensions (including the '.') that this formatter applies to.25	FileExtensions() []string26}27func FormatInPlaceAndCheckModified(F Formatter, args []string, absPath string) (bool, error) {28	// record modification time before running formatter29	fi, err := os.Stat(absPath)30	if err != nil {31		return false, err32	}33	mtimeBefore := fi.ModTime()34	err = F.FormatInPlace(args, absPath)35	if err != nil {36		return false, err37	}38	// See if file was modified39	fi, err = os.Stat(absPath)40	if err != nil {41		return false, err42	}43	mtimeAfter := fi.ModTime()44	modified := mtimeAfter.After(mtimeBefore)45	return modified, nil46}47func CreatePatchWithFormatter(F Formatter, args []string, wdir, file string) (string, error) {48	fileContent, err := ioutil.ReadFile(filepath.Join(wdir, file))49	if err != nil {50		return "", err51	}52	var formattedOutput bytes.Buffer53	err = F.FormatToBuffer(args, file, bytes.NewReader(fileContent), &formattedOutput)54	if err != nil {55		return "", err56	}57	diff, _ := difflib.GetUnifiedDiffString(difflib.UnifiedDiff{58		A:        difflib.SplitLines(string(fileContent)),59		B:        difflib.SplitLines(formattedOutput.String()),60		FromFile: "a/" + file,61		ToFile:   "b/" + file,62		Context:  3,63	})64	return diff, nil65}66func LookupFormatter(name string) Formatter {67	for _, f := range FormatterRegistry {68		if f.Name() == name {69			return f70		}71	}72	return nil73}74// Returns a map of file extension to formatter for the ones specied in the75// input mapping.76func LoadFormattersFromMapping(extToName map[string]string) map[string]Formatter {77	byExt := make(map[string]Formatter)78	for ext, name := range extToName {79		formatter := LookupFormatter(name)80		if formatter == nil {81			log.Fatalf("Unknown formatter: %s", name)82		}83		if !formatter.IsInstalled() {84			log.Fatalf("Formatter %s not installed", name)85		}86		if byExt[ext] != nil {87			log.Fatalf("Multiple formatters for extension '%s'", ext)88		}89		byExt[ext] = formatter90	}91	return byExt92}93// Returns a map of file extension to formatter for all installed formatters in94// the registry.95func LoadDefaultFormatters() map[string]Formatter {96	byExt := make(map[string]Formatter)97	for _, f := range FormatterRegistry {98		if !f.IsInstalled() {99			log.Printf("Skipping formatter %s b/c it's not installed", f.Name())100			continue101		}102		for _, ext := range f.FileExtensions() {103			if byExt[ext] != nil {104				// log.Printf("Multiple formatters for extension '%s'", ext)105				continue106			}107			byExt[ext] = f108		}109	}110	return byExt111}112var (113	// Global list of all formatters.114	// If multiple formatters apply to the same file type, their order here115	// determines precedence. Lower index = higher priority.116	FormatterRegistry = []Formatter{...

Using AI Code Generation

1import (2func main() {3	formatter := fmt.NewFormatter(os.Stdout)4	formatter.Fi(1, 5)5	formatter.F(1, 5)6	formatter.Fl(1, 5)7	formatter.Fd(

Using AI Code Generation

1import (2type formatter struct {3}4func (f formatter) Fi() {5   fmt.Println("Name:", f.name, "Age:", f.age)6}7func main() {8   f1 := formatter{"John", 25}9   f1.Fi()10}11import (12type formatter struct {13}14func (f *formatter) Fi() {15   fmt.Println("Name:", f.name, "Age:", f.age)16}17func main() {18   f1 := formatter{"John", 25}19   f1.Fi()20}21import (22type formatter struct {23}24func (f *formatter) Fi

Using AI Code Generation

1import (2func main() {3	fmt.Printf("%d", 123)4	fmt.Printf("%d", 123)5	fmt.Printf("%f", 123.456)6	fmt.Printf("%f", 123.456)7	fmt.Printf("%f", 123.456)8	fmt.Printf("%f", 123.456)9	fmt.Printf("%f", 123.456)10	fmt.Printf("%f", 123.456)11	fmt.Printf("%f", 123.456)12	fmt.Printf("%f", 123.456)13}14Java Program to Use Formatter Class and its Methods (Part 2)15Java Program to Use Formatter Class and its Methods (Part 3)16Java Program to Use Formatter Class and its Methods (Part 4)17Java Program to Use Formatter Class and its Methods (Part 5)18Java Program to Use Formatter Class and its Methods (Part 6)19Java Program to Use Formatter Class and its Methods (Part 7)20Java Program to Use Formatter Class and its Methods (Part 8)21Java Program to Use Formatter Class and its Methods (Part 9)22Java Program to Use Formatter Class and its Methods (Part 10)23Java Program to Use Formatter Class and its Methods (Part 11)24Java Program to Use Formatter Class and its Methods (Part 12)25Java Program to Use Formatter Class and its Methods (Part 13)26Java Program to Use Formatter Class and its Methods (Part 14)27Java Program to Use Formatter Class and its Methods (Part 15)28Java Program to Use Formatter Class and its Methods (Part 16)29Java Program to Use Formatter Class and its Methods (Part 17)30Java Program to Use Formatter Class and its Methods (Part 18)31Java Program to Use Formatter Class and its Methods (

Using AI Code Generation

1import (2func main() {3	if len(os.Args) == 1 {4		fmt.Println("No arguments")5	} else {6		fmt.Println("Arguments are: ")7		for i := 1; i < len(os.Args); i++ {8			fmt.Println(os.Args[i])9		}10	}

Using AI Code Generation

1import (2func main() {3	f := new(fmt.Formatter)4	fmt.Fi(os.Stdout, "Hello World")5}6import (7func main() {8	fmt.Printf("Hello World")9}10import (11func main() {12	fmt.Println("Hello World")13}14import (15func main() {16	fmt.Print("Hello World")17}18import (19func main() {20	fmt.Fprintf(os.Stdout, "Hello World")21}22import (23func main() {24	fmt.Fprintln(os.Stdout, "Hello World")25}26import (27func main() {28	fmt.Fprint(os.Stdout, "Hello World")29}30import (31func main() {32	fmt.Sprintf("Hello World")33}34import (35func main() {36	fmt.Sprintln("Hello World")37}38import (39func main() {40	fmt.Sprint("Hello World")41}42import (43func main() {44	fmt.Errorf("Hello World")45}46import (47func main() {48	fmt.Errorln("Hello

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello, World!")4}5fmt.Printf() method6fmt.Printf(format, a...)7The following example shows the use of the Printf() method of the formatter class:8import (9func main() {10	fmt.Printf("Hello, World!")11}12fmt.Print() method13fmt.Print(a...)14The following example shows the use of the Print() method of the formatter class:15import (16func main() {17	fmt.Print("Hello, World!")18}19fmt.Fprint() method20fmt.Fprint(w, a...)21The following example shows the use of the Fprint() method of the formatter class:22import (

Using AI Code Generation

1import "fmt"2type formatter interface {3    Fi()4}5func main() {6    fmt.Println("Hello World")7}8import "fmt"9type formatter interface {10    Fi()11}12type formatter1 struct {13}14func (f formatter1) Fi() {15    fmt.Println(f.name)16}17func main() {18    f = formatter1{"Raj"}19    f.Fi()20}21import "fmt"22type formatter interface {23    Fi()24}25type formatter1 struct {26}27func (f formatter1) Fi() {28    fmt.Println(f.name)29}30func main() {31    f = formatter1{"Raj"}32    f.Fi()33    f = formatter1{"Raj1"}34    f.Fi()35}36import "fmt"37type formatter interface {38    Fi()39    Se()40}41type formatter1 struct {42}43func (f formatter1) Fi() {44    fmt.Println(f.name)45}46func (f formatter1) Se() {47    fmt.Println(f.name)48}49func main() {50    f = formatter1{"Raj"}51    f.Fi()52    f.Se()53}54import "fmt"55type formatter interface {56    Fi()57    Se()58}59type formatter1 struct {60}61func (f formatter1) Fi() {62    fmt.Println(f.name)63}64func (f formatter1) Se() {65    fmt.Println(f.name)66}67func main() {68    f = formatter1{"Raj"}69    f.Fi()70    f.Se()71    f = formatter1{"Raj1"}72    f.Fi()73    f.Se()74}75import "fmt"76type formatter interface {77    Fi()78    Se()79}80type formatter1 struct {81}82func (f formatter1) Fi() {83    fmt.Println(f

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