public static int main()
{
using (Pnyx p = new Pnyx())
{
p.read(@"c:/dev/asclepius/prod_import/events.csv");
p.grep("CL/C/MonitoringDashboard/");
p.sed("MonitoringDashboard[/][^.]+[.]", "MonitoringDashboard.");
p.sed("CL/C/MonitoringDashboard.", "");
p.parseCsv();
p.withColumns(p2 => { p2.sed(",", "", "g"); }, 2, 3);
p.lineTransformerFunc(line => TextUtil.encodeSqlValue(line));
p.print("insert into `groupit` values($1,$2);");
p.write(@"c:/dev/asclepius/prod_import/events.sql");
}
return(0);
}
public void readImproperState()
{
using (Pnyx p = new Pnyx())
{
p.readString(EARTH);
p.sed("Ter.*", "Forma", "g");
Assert.Throws <IllegalStateException>(() => p.readString(EARTH));
}
}
// pnyx -e=documentation pncs.cmd.examples.documentation.library.ExampleProcessorChain sedShim
public static void sedShim()
{
using (Pnyx p = new Pnyx())
{
p.readString("CSV,INPUT!,\"Go, Pnyx Go\"");
p.parseCsv();
p.sed("[,!]", "_", "g");
p.writeStdout();
}
// outputs: CSV,INPUT_,"Go_ Pnyx Go"
}
public static void helloWorld()
{
using (Pnyx p = new Pnyx())
{
p.readString("Hello World.");
p.sed("World", "World, with love from Pnyx.."); // transforms each line
p.grep("world", caseSensitive: false); // filters each line
p.writeStdout();
p.compile(); // Builds processors and wires filters together
p.process(); // Runs processors (All IO is done here)
}
// outputs: Hello World, with love from Pnyx...
}
// pnyx -e=documentation pncs.cmd.examples.documentation.library.ExampleLine parseDelimiter
public static void parseDelimiter()
{
const String input = "a|b|c|d|e|f|g";
using (Pnyx p = new Pnyx())
{
p.readString(input);
p.sed("[aceg]", @"\0\0", "gi"); // duplicates every other char
p.parseDelimiter("|");
p.print("$1,$3,$5,$7|$2,$4,$6");
p.writeStdout();
}
// outputs: aa,cc,ee,gg|b,d,f
}
public void lineTransform()
{
String actual;
using (Pnyx p = new Pnyx())
{
p.readString(EARTH);
p.sed(",", "\t", "g");
actual = p.processToString();
}
const String expected = "Gaia\tTerra\t\"Mother goddess of the earth\"";
Assert.Equal(expected, actual);
}
public void rowTransform()
{
String actual;
using (Pnyx p = new Pnyx())
{
p.readString(EARTH);
p.parseCsv();
p.sed("Ter.*", "Forma", "g");
actual = p.processToString();
}
const String expected = "Gaia,Forma,\"Mother goddess of the earth\"";
Assert.Equal(expected, actual);
}
public void tabHasHeader()
{
const String source = "headerA\theaderB\nvalueA1\tvalueB1";
String actual;
using (Pnyx p = new Pnyx())
{
p.readString(source);
p.parseTab(hasHeader: true);
p.sed("[AB]", "X");
actual = p.processToString();
}
const String expected = "headerA\theaderB\nvalueX1\tvalueX1";
Assert.Equal(expected, actual);
}
public void lineToRow()
{
String actual;
const String tabSource = "1) Be fruitful and multiply\t2) and fill the earth and subdue it";
using (Pnyx p = new Pnyx())
{
p.readString(tabSource);
p.sed("[\t]", ",", "g");
p.parseCsv(strict: false);
actual = p.processToString();
}
const String expected = @"""1) Be fruitful and multiply"",""2) and fill the earth and subdue it""";
Assert.Equal(expected, actual);
}
public void hasHeader()
{
const String source = @"headerA,headerB
valueA1,valueB1
";
String actual;
using (Pnyx p = new Pnyx())
{
p.readString(source);
p.parseCsv(hasHeader: true);
p.sed("[AB]", "X");
actual = p.processToString();
}
const String expected = @"headerA,headerB
valueX1,valueX1
";
Assert.Equal(expected, actual);
}
