wchar_t *GetExtensions(JNIEnv *env, jobject jFilter)
{
JLObjectArray jExts(env, (jobjectArray)env->CallObjectMethod(jFilter,
javaIDs.CommonDialogs.ExtensionFilter.extensionsToArray));
CheckAndClearException(env);
jsize size = env->GetArrayLength(jExts);
BOOL isHeading = TRUE; // extension without semicolon
JLString jExt(env, CreateJString(env, _T("")));
JLString semicolon(env, CreateJString(env, _T(";")));
for (int j = 0; j < size; j++) {
if (!isHeading) {
jExt.Attach( ConcatJStrings(env, jExt, semicolon) );
}
isHeading = FALSE;
JLString jExtension(env, (jstring)env->GetObjectArrayElement(jExts, j));
jExt.Attach( ConcatJStrings(env, jExt, jExtension) );
}
JString ext(env, jExt, false);
return ext;
}
TEST(CSSTokenizerTest, CommentToken)
{
TEST_TOKENS("/*comment*/a", ident("a"));
TEST_TOKENS("/**\\2f**//", delim('/'));
TEST_TOKENS("/**y*a*y**/ ", whitespace());
TEST_TOKENS(",/* \n :) \n */)", comma(), rightParenthesis());
TEST_TOKENS(":/*/*/", colon());
TEST_TOKENS("/**/*", delim('*'));
TEST_TOKENS(";/******", semicolon());
}
TEST(CSSTokenizerTest, SingleCharacterTokens)
{
TEST_TOKENS("(", leftParenthesis());
TEST_TOKENS(")", rightParenthesis());
TEST_TOKENS("[", leftBracket());
TEST_TOKENS("]", rightBracket());
TEST_TOKENS(",", comma());
TEST_TOKENS(":", colon());
TEST_TOKENS(";", semicolon());
TEST_TOKENS(")[", rightParenthesis(), leftBracket());
TEST_TOKENS("[)", leftBracket(), rightParenthesis());
TEST_TOKENS("{}", leftBrace(), rightBrace());
TEST_TOKENS(",,", comma(), comma());
}
// FIXME: don't discard the qualifier in namespace definitions
void Parser::namespaceDefinition(int flags, Qualifier* /*qual*/)
{
uint32_t pos = position();
if (!(flags & (SFLAG_Function|SFLAG_Toplevel))) // no classes yet...
compiler->syntaxError(pos, SYNTAXERR_KWD_NOT_ALLOWED, "namespace");
eat(T_Identifier);
Str * name = identifier();
if (match(T_Assign)) {
if (hd() == T_Identifier || hd() == T_StringLiteral)
addNamespaceBinding(name, primaryExpression());
else
compiler->syntaxError(pos, SYNTAXERR_ILLEGAL_NAMESPACE);
}
else
addNamespaceBinding(name, NULL);
semicolon();
}
// FIXME: don't discard the qualifier in namespace definitions
void Parser::namespaceDefinition(int flags, Qualifier* /*qual*/)
{
uint32_t pos = position();
if (!(flags & (SFLAG_Function|SFLAG_Toplevel))) // no classes yet...
compiler->syntaxError(pos, "'namespace' definition not allowed here");
eat(T_Identifier);
Str * name = identifier();
if (match(T_Assign)) {
if (hd() == T_Identifier || hd() == T_StringLiteral)
addNamespaceBinding(name, primaryExpression());
else
compiler->syntaxError(pos, "Illegal 'namespace' definition");
}
else
addNamespaceBinding(name, NULL);
semicolon();
}
void Parser::includeDirective()
{
eat(T_Identifier);
Str* newFile = stringValue();
uint32_t pos = position();
eat(T_StringLiteral);
semicolon();
if (!compiler->origin_is_file)
compiler->syntaxError(pos, SYNTAXERR_INCLUDE_ORIGIN);
// The current lexer state - including the state variables that are a part of the
// parser object - gets pushed onto a stack, a new lexer is created for the new
// input, and is installed. Then we return, the caller must continue parsing as
// if nothing had happened. When the current lexer sees EOS it calls onEOS()
// on the parser, which pops the lexer stack and generates a token from the popped
// lexer. The normal token processing path does not slow down at all and the
// machinery is almost entirely transparent to the parser.
pushLexerState();
T0 = T1 = T_LAST;
LP = L0 = L1 = 0;
uint32_t inputlen;
const wchar* input = compiler->context->readFileForEval(compiler->filename, newFile->s, &inputlen);
if (input == NULL)
compiler->syntaxError(pos, SYNTAXERR_INCLUDE_INACCESSIBLE);
included_input = input; // freed in onEOS below
#ifdef DEBUG
bool doTrace = lexer->getTrace();
#endif
lexer = ALLOC(Lexer, (compiler, input, inputlen));
#ifdef DEBUG
if (doTrace) lexer->trace();
#endif
start();
}
void ft_doublecoms(t_env *env, t_main *w)
{
char **coms;
int i;
i = 0;
coms = NULL;
w->line = NULL;
ft_selectinit(w);
while (ft_select(w, &w->line))
;
ft_selectend(w);
w = ft_keep_main(*w, 0);
if (ft_strchr(w->line, '>') != 0 || ft_strchr(w->line, '<') != 0)
ft_redirect(w, env);
if (ft_strchr(w->line, ';') == 0 && ft_strchr(w->line, '|') == 0)
ft_minishell(env, w);
else if (ft_strchr(w->line, '|') == 0 && ft_strchr(w->line, ';') != 0)
semicolon(w, env, coms);
else if (ft_strchr(w->line, '|') != 0)
com_pipes(w, env, coms);
if (i == 0)
ft_doublecoms(env, w);
}
// Returns the next token in the character stream.
// If no next token can be identified, an error
// is emitted and we return the error token.
Token
Lexer::scan()
{
// Keep consuming characters until we find
// a token.
while (true) {
space();
// Update the position of the current source location.
// This denotes the beginning of the current token.
loc_ = in_.location();
switch (peek()) {
case 0: return eof();
case '{': return lbrace();
case '}': return rbrace();
case '(': return lparen();
case ')': return rparen();
case '[': return lbrack();
case ']': return rbrack();
case ',': return comma();
case ':': return colon();
case ';': return semicolon();
case '.': return dot();
case '+': return plus();
case '-': return minus();
case '*': return star();
case '/':
get();
if (peek() == '/') {
comment();
continue;
} else {
return slash();
}
case '%': return percent();
case '=': return equal();
case '!': return bang();
case '<': return langle();
case '>': return rangle();
case '&': return ampersand();
case '|': return bar();
case '^': return hat();
case '0':
// if the next character is a 'b' then this
// is a binary literal
if (peek(1) == 'b')
return binary_integer();
// if the next character is an 'x' then this
// is a hexadecimal integer
if (peek(1) == 'x')
return hexadecimal_integer();
// otherwise proceed to regular integer lexing
case '1': case '2': case '3': case '4':
case '5': case '6': case '7': case '8': case '9':
return integer();
case 'a': case 'b': case 'c': case 'd': case 'e':
case 'f': case 'g': case 'h': case 'i': case 'j':
case 'k': case 'l': case 'm': case 'n': case 'o':
case 'p': case 'q': case 'r': case 's': case 't':
case 'u': case 'v': case 'w': case 'x': case 'y':
case 'z':
case 'A': case 'B': case 'C': case 'D': case 'E':
case 'F': case 'G': case 'H': case 'I': case 'J':
case 'K': case 'L': case 'M': case 'N': case 'O':
case 'P': case 'Q': case 'R': case 'S': case 'T':
case 'U': case 'V': case 'W': case 'X': case 'Y':
case 'Z':
case '_':
return word();
case '\'': return character();
case '"': return string();
default:
return error();
}
}
}
