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Java 8. Java 8. Does whatever Java 8 can.

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Default methods, everywhere.
Arrow types, switch on strings.
Lambdas!
Here comes Java 8.
This commit is contained in:
SquidDev
2017-06-12 21:08:35 +01:00
parent 08099f08f2
commit d29ffed383
76 changed files with 747 additions and 665 deletions
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77
src/main/java/dan200/computercraft/core/apis/FSAPI.java
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@@ -94,7 +94,7 @@ public class FSAPI implements ILuaAPI
String path = getString( args, 0 );
try {
String[] results = m_fileSystem.list( path );
Map<Object,Object> table = new HashMap<Object,Object>();
Map<Object,Object> table = new HashMap<>();
for(int i=0; i<results.length; ++i ) {
table.put( i+1, results[i] );
}
@@ -213,39 +213,46 @@ public class FSAPI implements ILuaAPI
String path = getString( args, 0 );
String mode = getString( args, 1 );
try {
if( mode.equals( "r" ) ) {
// Open the file for reading, then create a wrapper around the reader
InputStream reader = m_fileSystem.openForRead( path );
return new Object[] { new EncodedInputHandle( reader ) };
} else if( mode.equals( "w" ) ) {
// Open the file for writing, then create a wrapper around the writer
OutputStream writer = m_fileSystem.openForWrite( path, false );
return new Object[] { new EncodedOutputHandle( writer ) };
} else if( mode.equals( "a" ) ) {
// Open the file for appending, then create a wrapper around the writer
OutputStream writer = m_fileSystem.openForWrite( path, true );
return new Object[] { new EncodedOutputHandle( writer ) };
} else if( mode.equals( "rb" ) ) {
// Open the file for binary reading, then create a wrapper around the reader
InputStream reader = m_fileSystem.openForRead( path );
return new Object[] { new BinaryInputHandle( reader ) };
} else if( mode.equals( "wb" ) ) {
// Open the file for binary writing, then create a wrapper around the writer
OutputStream writer = m_fileSystem.openForWrite( path, false );
return new Object[] { new BinaryOutputHandle( writer ) };
} else if( mode.equals( "ab" ) ) {
// Open the file for binary appending, then create a wrapper around the reader
OutputStream writer = m_fileSystem.openForWrite( path, true );
return new Object[] { new BinaryOutputHandle( writer ) };
} else {
throw new LuaException( "Unsupported mode" );
switch( mode )
{
case "r":
{
// Open the file for reading, then create a wrapper around the reader
InputStream reader = m_fileSystem.openForRead( path );
return new Object[] { new EncodedInputHandle( reader ) };
}
case "w":
{
// Open the file for writing, then create a wrapper around the writer
OutputStream writer = m_fileSystem.openForWrite( path, false );
return new Object[] { new EncodedOutputHandle( writer ) };
}
case "a":
{
// Open the file for appending, then create a wrapper around the writer
OutputStream writer = m_fileSystem.openForWrite( path, true );
return new Object[] { new EncodedOutputHandle( writer ) };
}
case "rb":
{
// Open the file for binary reading, then create a wrapper around the reader
InputStream reader = m_fileSystem.openForRead( path );
return new Object[] { new BinaryInputHandle( reader ) };
}
case "wb":
{
// Open the file for binary writing, then create a wrapper around the writer
OutputStream writer = m_fileSystem.openForWrite( path, false );
return new Object[] { new BinaryOutputHandle( writer ) };
}
case "ab":
{
// Open the file for binary appending, then create a wrapper around the reader
OutputStream writer = m_fileSystem.openForWrite( path, true );
return new Object[] { new BinaryOutputHandle( writer ) };
}
default:
throw new LuaException( "Unsupported mode" );
}
} catch( FileSystemException e ) {
return new Object[] { null, e.getMessage() };
@@ -286,7 +293,7 @@ public class FSAPI implements ILuaAPI
String path = getString( args, 0 );
try {
String[] results = m_fileSystem.find( path );
Map<Object,Object> table = new HashMap<Object,Object>();
Map<Object,Object> table = new HashMap<>();
for(int i=0; i<results.length; ++i ) {
table.put( i+1, results[i] );
}