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How to use processStep method of parser Package

Best Gauge code snippet using parser.processStep

parser.go

Source:parser.go

...28}29func (p *Parser) processLine(text string, opts BuildOpts) {30	// Print the current build step.31	if strings.HasPrefix(text, "Step ") {32		p.processStep(text)33	}34	// If we're in verbose mode, just print the line.35	if opts.Verbose {36		ui.Verbose(text)37		return38	}39	// Otherwise, check if it's a progress update.40	if p.processProgress(text) {41		return42	}43	// If not, live print the line (this will replace the previous output line)44	ui.Live(text)45}46func (p *Parser) processStep(text string) {47	switch {48	case strings.Contains(text, "RUN apk add --no-cache"):49		fmt.Println(ui.Small("[1/4]"), "ð¦ Setting up the build environment...")50	case strings.Contains(text, "RUN dep ensure"):51		fmt.Println(ui.Small("[2/4]"), "ð Fetching dependencies...")52	case strings.Contains(text, "RUN find vendor"):53		fmt.Println(ui.Small("[3/4]"), "ð Installing dependencies...")54	case strings.Contains(text, "RUN     CGO_ENABLED=0 go build"):55		fmt.Println(ui.Small("[4/4]"), "ð¨ Compiling application...")56	}57}58func (p *Parser) processProgress(text string) bool {59	var (60		step  int...

distance.go

Source:distance.go

...5	"sync"6	"github.com/ErikPitko/lammps-parser/utilities"7	"github.com/OGFris/GoStats"8)9func processStep(steps [][]float64) []float64 {10	tsteps := utilities.Transpose(steps)11	xMean := GoStats.Mean(tsteps[0])12	yMean := GoStats.Mean(tsteps[1])13	zMean := GoStats.Mean(tsteps[2])14	sumMean := (xMean + yMean + zMean) / 315	return []float64{xMean, yMean, zMean, sumMean}16}17func writeStep(stepMean []float64, f *os.File, step int, timestep int) {18	out := fmt.Sprintf("%d,%f,%f,%f,%f\n",19		step*timestep,20		stepMean[0], stepMean[1], stepMean[2], stepMean[3])21	if f != nil {22		f.WriteString(out)23	} else {24		fmt.Print(out)25	}26}27func Consumer(fOut *os.File, wg *sync.WaitGroup, fileMutex *sync.Mutex, initialPosition *map[string][]float64, lineCh chan *utilities.LineT, filter []string, timestep int) {28	for lineT := range lineCh {29		var steps [][]float6430		for _, line := range lineT.Line {31			aName, tmp, err := utilities.FilterParseStep(line, filter)32			if err != nil {33				continue34			}35			ret := utilities.StrToFloat(tmp)36			initial := (*initialPosition)[aName]37			for i := 0; i < 3; i++ {38				ret[i] = (ret[i] - initial[i]) * (ret[i] - initial[i])39			}40			steps = append(steps, ret)41		}42		stepMean := processStep(steps)43		steps = nil44		fileMutex.Lock()45		writeStep(stepMean, fOut, lineT.StepN, timestep)46		fileMutex.Unlock()47		wg.Done()48	}49}

processStep

Using AI Code Generation

1import (2func main() {3	p := parser.Parser{Input: "1+2*3", Pos: 0}4	fmt.Println(p.ProcessStep())5	fmt.Println(p.ProcessStep())6	fmt.Println(p.ProcessStep())

processStep

Using AI Code Generation

1import (2func main() {3	scanner = bufio.NewScanner(os.Stdin)4	for scanner.Scan() {5		step = scanner.Text()6		if strings.TrimSpace(step) == "exit" {7		}8		processStep(step)9	}10}11func processStep(step string) {12	fmt.Println("Step: " + step)13}

processStep

Using AI Code Generation

1import java.io.*;2import java.util.*;3import java.lang.*;4{5    String inputFileName;6    String outputFileName;7    Parser(String inputFileName, String outputFileName)8    {9        this.inputFileName = inputFileName;10        this.outputFileName = outputFileName;11    }12    public void processStep()13    {14        {15            File inputFile = new File(inputFileName);16            Scanner scanner = new Scanner(inputFile);17            FileWriter fileWriter = new FileWriter(outputFileName);18            BufferedWriter bufferedWriter = new BufferedWriter(fileWriter);19            String line;20            while(scanner.hasNextLine())21            {22                line = scanner.nextLine();23                String[] lineArray = line.split(" ");24                int numberOfVariables = Integer.parseInt(lineArray[0]);25                int numberOfClauses = Integer.parseInt(lineArray[1]);26                int[][] clauses = new int[numberOfClauses][numberOfVariables];27                for(int i = 0; i < numberOfClauses; i++)28                {29                    line = scanner.nextLine();30                    lineArray = line.split(" ");31                    for(int j = 0; j < numberOfVariables; j++)32                    {33                        clauses[i][j] = Integer.parseInt(lineArray[j]);34                    }35                }36                int[] solution = new int[numberOfVariables];37                for(int i = 0; i < numberOfVariables; i++)38                {39                    solution[i] = 0;40                }41                int[] tempSolution = new int[numberOfVariables];42                for(int i = 0; i < numberOfVariables; i++)43                {44                    tempSolution[i] = 0;45                }46                int numberOfTrueClauses = 0;47                int numberOfTrueClausesInTempSolution = 0;48                boolean flag = true;49                while(flag)50                {51                    numberOfTrueClauses = 0;52                    numberOfTrueClausesInTempSolution = 0;53                    for(int i = 0; i < numberOfClauses; i++)54                    {55                        for(int j = 0; j < numberOfVariables; j++)56                        {57                            if(solution[Math.abs(clauses[i][j]) - 1] == 1)58                            {59                                if(clauses[i][j] > 0)60                                {61                                    numberOfTrueClauses++;62                                    break;63                                }64                            }65                            else if(solution[Math.abs(clauses[i][j]) - 1] == -1)66                            {67                                if(clauses[i][j]

processStep

Using AI Code Generation

1import (2func main() {3 parser.Init("1.go")4 err = parser.ProcessStep()5 if err != nil {6 fmt.Println(err)7 }8}

processStep

Using AI Code Generation

1import (2func main() {3 fmt.Println("hello")4 step := parser.ProcessStep("1.xml")5 fmt.Println(step)6}

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