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[ruby/prism] Extract out pm_regexp_token_buffer_t

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https://github.com/ruby/prism/commit/7bbe4224a3
This commit is contained in:
Kevin Newton 2024-03-07 19:14:52 -05:00 committed by git
parent 4e1d19c457
commit a564f30fb8
2 changed files with 117 additions and 84 deletions
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185
prism/prism.c
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@ -14,8 +14,6 @@ pm_version(void) {
*/ */
#define PM_TAB_WHITESPACE_SIZE 8 #define PM_TAB_WHITESPACE_SIZE 8
#define PM_DEFAULT_BUFFER_SIZE_BYTES 16
#ifndef PM_DEBUG_LOGGING #ifndef PM_DEBUG_LOGGING
/** /**
* Debugging logging will provide you with additional debugging functions as * Debugging logging will provide you with additional debugging functions as
@ -8860,20 +8858,6 @@ typedef struct {
*/ */
pm_buffer_t buffer; pm_buffer_t buffer;
/**
* In order to properly set a regular expression's encoding and to validate
* the byte sequence for the underlying encoding we must process any escape
* sequences. The unescaped byte sequence will be stored in `buffer` just like
* for other string-like types. However, we also need to store the regular
* expression's source string. That string may different from the what we see
* during lexing because some escape sequences rewrite the source.
*
* This value will only be initialized for regular expressions and only if we
* receive an escape sequence. It will contain the regular expression's source
* string's byte sequence.
*/
pm_buffer_t regular_expression_buffer;
/** /**
* The cursor into the source string that points to how far we have * The cursor into the source string that points to how far we have
* currently copied into the buffer. * currently copied into the buffer.
@ -8881,6 +8865,26 @@ typedef struct {
const uint8_t *cursor; const uint8_t *cursor;
} pm_token_buffer_t; } pm_token_buffer_t;
/**
* In order to properly set a regular expression's encoding and to validate
* the byte sequence for the underlying encoding we must process any escape
* sequences. The unescaped byte sequence will be stored in `buffer` just like
* for other string-like types. However, we also need to store the regular
* expression's source string. That string may be different from what we see
* during lexing because some escape sequences rewrite the source.
*
* This value will only be initialized for regular expressions and only if we
* receive an escape sequence. It will contain the regular expression's source
* string's byte sequence.
*/
typedef struct {
/** The embedded base buffer. */
pm_token_buffer_t base;
/** The buffer holding the regexp source. */
pm_buffer_t regexp_buffer;
} pm_regexp_token_buffer_t;
/** /**
* Push the given byte into the token buffer. * Push the given byte into the token buffer.
*/ */
@ -8890,29 +8894,15 @@ pm_token_buffer_push_byte(pm_token_buffer_t *token_buffer, uint8_t byte) {
} }
static inline void static inline void
pm_token_buffer_push_byte_regular_expression(pm_token_buffer_t *token_buffer, uint8_t byte) { pm_regexp_token_buffer_push_byte(pm_regexp_token_buffer_t *token_buffer, uint8_t byte) {
pm_buffer_append_byte(&token_buffer->regular_expression_buffer, byte); pm_buffer_append_byte(&token_buffer->regexp_buffer, byte);
}
/**
* Append the given bytes into the token buffer.
*/
static inline void
pm_token_buffer_push_bytes(pm_token_buffer_t *token_buffer, const uint8_t *bytes, size_t length, uint8_t flags) {
pm_buffer_append_bytes(&token_buffer->buffer, bytes, length);
if (flags & PM_ESCAPE_FLAG_REGEXP) {
pm_buffer_append_bytes(&token_buffer->regular_expression_buffer, bytes, length);
}
} }
/** /**
* Push an escaped character into the token buffer. * Return the width of the character at the end of the current token.
*/ */
static inline void static inline size_t
pm_token_buffer_push_escaped(pm_token_buffer_t *token_buffer, pm_parser_t *parser, uint8_t flags) { parser_char_width(const pm_parser_t *parser) {
// First, determine the width of the character to be escaped.
size_t width; size_t width;
if (parser->encoding_changed) { if (parser->encoding_changed) {
width = parser->encoding->char_width(parser->current.end, parser->end - parser->current.end); width = parser->encoding->char_width(parser->current.end, parser->end - parser->current.end);
@ -8922,10 +8912,24 @@ pm_token_buffer_push_escaped(pm_token_buffer_t *token_buffer, pm_parser_t *parse
// TODO: If the character is invalid in the given encoding, then we'll just // TODO: If the character is invalid in the given encoding, then we'll just
// push one byte into the buffer. This should actually be an error. // push one byte into the buffer. This should actually be an error.
width = (width == 0 ? 1 : width); return (width == 0 ? 1 : width);
}
// Now, push the bytes into the buffer. /**
pm_token_buffer_push_bytes(token_buffer, parser->current.end, width, flags); * Push an escaped character into the token buffer.
*/
static void
pm_token_buffer_push_escaped(pm_token_buffer_t *token_buffer, pm_parser_t *parser) {
size_t width = parser_char_width(parser);
pm_buffer_append_bytes(&token_buffer->buffer, parser->current.end, width);
parser->current.end += width;
}
static void
pm_regexp_token_buffer_push_escaped(pm_regexp_token_buffer_t *token_buffer, pm_parser_t *parser) {
size_t width = parser_char_width(parser);
pm_buffer_append_bytes(&token_buffer->base.buffer, parser->current.end, width);
pm_buffer_append_bytes(&token_buffer->regexp_buffer, parser->current.end, width);
parser->current.end += width; parser->current.end += width;
} }
@ -8937,8 +8941,13 @@ pm_token_buffer_push_escaped(pm_token_buffer_t *token_buffer, pm_parser_t *parse
*/ */
static inline void static inline void
pm_token_buffer_copy(pm_parser_t *parser, pm_token_buffer_t *token_buffer) { pm_token_buffer_copy(pm_parser_t *parser, pm_token_buffer_t *token_buffer) {
pm_string_owned_init(&parser->current_string, (uint8_t *) token_buffer->buffer.value, token_buffer->buffer.length); pm_string_owned_init(&parser->current_string, (uint8_t *) pm_buffer_value(&token_buffer->buffer), pm_buffer_length(&token_buffer->buffer));
pm_string_owned_init(&parser->current_regular_expression_source, (uint8_t *) token_buffer->regular_expression_buffer.value, token_buffer->regular_expression_buffer.length); }
static inline void
pm_regexp_token_buffer_copy(pm_parser_t *parser, pm_regexp_token_buffer_t *token_buffer) {
pm_string_owned_init(&parser->current_string, (uint8_t *) pm_buffer_value(&token_buffer->base.buffer), pm_buffer_length(&token_buffer->base.buffer));
pm_string_owned_init(&parser->current_regular_expression_source, (uint8_t *) pm_buffer_value(&token_buffer->regexp_buffer), pm_buffer_length(&token_buffer->regexp_buffer));
} }
/** /**
@ -8954,14 +8963,26 @@ static void
pm_token_buffer_flush(pm_parser_t *parser, pm_token_buffer_t *token_buffer) { pm_token_buffer_flush(pm_parser_t *parser, pm_token_buffer_t *token_buffer) {
if (token_buffer->cursor == NULL) { if (token_buffer->cursor == NULL) {
pm_string_shared_init(&parser->current_string, parser->current.start, parser->current.end); pm_string_shared_init(&parser->current_string, parser->current.start, parser->current.end);
pm_string_shared_init(&parser->current_regular_expression_source, parser->current.start, parser->current.end);
} else { } else {
pm_buffer_append_bytes(&token_buffer->buffer, token_buffer->cursor, (size_t) (parser->current.end - token_buffer->cursor)); pm_buffer_append_bytes(&token_buffer->buffer, token_buffer->cursor, (size_t) (parser->current.end - token_buffer->cursor));
pm_buffer_append_bytes(&token_buffer->regular_expression_buffer, token_buffer->cursor, (size_t) (parser->current.end - token_buffer->cursor));
pm_token_buffer_copy(parser, token_buffer); pm_token_buffer_copy(parser, token_buffer);
} }
} }
static void
pm_regexp_token_buffer_flush(pm_parser_t *parser, pm_regexp_token_buffer_t *token_buffer) {
if (token_buffer->base.cursor == NULL) {
pm_string_shared_init(&parser->current_string, parser->current.start, parser->current.end);
pm_string_shared_init(&parser->current_regular_expression_source, parser->current.start, parser->current.end);
} else {
pm_buffer_append_bytes(&token_buffer->base.buffer, token_buffer->base.cursor, (size_t) (parser->current.end - token_buffer->base.cursor));
pm_buffer_append_bytes(&token_buffer->regexp_buffer, token_buffer->base.cursor, (size_t) (parser->current.end - token_buffer->base.cursor));
pm_regexp_token_buffer_copy(parser, token_buffer);
}
}
#define PM_TOKEN_BUFFER_DEFAULT_SIZE 16
/** /**
* When we've found an escape sequence, we need to copy everything up to this * When we've found an escape sequence, we need to copy everything up to this
* point into the buffer because we're about to provide a string that has * point into the buffer because we're about to provide a string that has
@ -8974,8 +8995,7 @@ static void
pm_token_buffer_escape(pm_parser_t *parser, pm_token_buffer_t *token_buffer) { pm_token_buffer_escape(pm_parser_t *parser, pm_token_buffer_t *token_buffer) {
const uint8_t *start; const uint8_t *start;
if (token_buffer->cursor == NULL) { if (token_buffer->cursor == NULL) {
pm_buffer_init_capacity(&token_buffer->buffer, PM_DEFAULT_BUFFER_SIZE_BYTES); pm_buffer_init_capacity(&token_buffer->buffer, PM_TOKEN_BUFFER_DEFAULT_SIZE);
pm_buffer_init_capacity(&token_buffer->regular_expression_buffer, PM_DEFAULT_BUFFER_SIZE_BYTES);
start = parser->current.start; start = parser->current.start;
} else { } else {
start = token_buffer->cursor; start = token_buffer->cursor;
@ -8983,11 +9003,30 @@ pm_token_buffer_escape(pm_parser_t *parser, pm_token_buffer_t *token_buffer) {
const uint8_t *end = parser->current.end - 1; const uint8_t *end = parser->current.end - 1;
pm_buffer_append_bytes(&token_buffer->buffer, start, (size_t) (end - start)); pm_buffer_append_bytes(&token_buffer->buffer, start, (size_t) (end - start));
pm_buffer_append_bytes(&token_buffer->regular_expression_buffer, start, (size_t) (end - start));
token_buffer->cursor = end; token_buffer->cursor = end;
} }
static void
pm_regexp_token_buffer_escape(pm_parser_t *parser, pm_regexp_token_buffer_t *token_buffer) {
const uint8_t *start;
if (token_buffer->base.cursor == NULL) {
pm_buffer_init_capacity(&token_buffer->base.buffer, PM_TOKEN_BUFFER_DEFAULT_SIZE);
pm_buffer_init_capacity(&token_buffer->regexp_buffer, PM_TOKEN_BUFFER_DEFAULT_SIZE);
start = parser->current.start;
} else {
start = token_buffer->base.cursor;
}
const uint8_t *end = parser->current.end - 1;
pm_buffer_append_bytes(&token_buffer->base.buffer, start, (size_t) (end - start));
pm_buffer_append_bytes(&token_buffer->regexp_buffer, start, (size_t) (end - start));
token_buffer->base.cursor = end;
}
#undef PM_TOKEN_BUFFER_DEFAULT_SIZE
/** /**
* Effectively the same thing as pm_strspn_inline_whitespace, but in the case of * Effectively the same thing as pm_strspn_inline_whitespace, but in the case of
* a tilde heredoc expands out tab characters to the nearest tab boundaries. * a tilde heredoc expands out tab characters to the nearest tab boundaries.
@ -10296,7 +10335,7 @@ parser_lex(pm_parser_t *parser) {
// If we haven't found an escape yet, then this buffer will be // If we haven't found an escape yet, then this buffer will be
// unallocated since we can refer directly to the source string. // unallocated since we can refer directly to the source string.
pm_token_buffer_t token_buffer = { { 0 }, { 0 }, 0 }; pm_token_buffer_t token_buffer = { 0 };
while (breakpoint != NULL) { while (breakpoint != NULL) {
// If we hit a null byte, skip directly past it. // If we hit a null byte, skip directly past it.
@ -10398,7 +10437,7 @@ parser_lex(pm_parser_t *parser) {
escape_read(parser, &token_buffer.buffer, NULL, PM_ESCAPE_FLAG_NONE); escape_read(parser, &token_buffer.buffer, NULL, PM_ESCAPE_FLAG_NONE);
} else { } else {
pm_token_buffer_push_byte(&token_buffer, '\\'); pm_token_buffer_push_byte(&token_buffer, '\\');
pm_token_buffer_push_escaped(&token_buffer, parser, PM_ESCAPE_FLAG_NONE); pm_token_buffer_push_escaped(&token_buffer, parser);
} }
break; break;
@ -10459,8 +10498,8 @@ parser_lex(pm_parser_t *parser) {
parser->next_start = NULL; parser->next_start = NULL;
} }
// We'll check if we're at the end of the file. If we are, then we need to // We'll check if we're at the end of the file. If we are, then we
// return the EOF token. // need to return the EOF token.
if (parser->current.end >= parser->end) { if (parser->current.end >= parser->end) {
LEX(PM_TOKEN_EOF); LEX(PM_TOKEN_EOF);
} }
@ -10473,7 +10512,7 @@ parser_lex(pm_parser_t *parser) {
// characters. // characters.
const uint8_t *breakpoints = lex_mode->as.regexp.breakpoints; const uint8_t *breakpoints = lex_mode->as.regexp.breakpoints;
const uint8_t *breakpoint = pm_strpbrk(parser, parser->current.end, breakpoints, parser->end - parser->current.end, false); const uint8_t *breakpoint = pm_strpbrk(parser, parser->current.end, breakpoints, parser->end - parser->current.end, false);
pm_token_buffer_t token_buffer = { { 0 }, { 0 }, 0 }; pm_regexp_token_buffer_t token_buffer = { 0 };
while (breakpoint != NULL) { while (breakpoint != NULL) {
// If we hit a null byte, skip directly past it. // If we hit a null byte, skip directly past it.
@ -10521,7 +10560,7 @@ parser_lex(pm_parser_t *parser) {
// first. // first.
if (breakpoint > parser->current.start) { if (breakpoint > parser->current.start) {
parser->current.end = breakpoint; parser->current.end = breakpoint;
pm_token_buffer_flush(parser, &token_buffer); pm_regexp_token_buffer_flush(parser, &token_buffer);
LEX(PM_TOKEN_STRING_CONTENT); LEX(PM_TOKEN_STRING_CONTENT);
} }
@ -10548,7 +10587,7 @@ parser_lex(pm_parser_t *parser) {
continue; continue;
} }
pm_token_buffer_escape(parser, &token_buffer); pm_regexp_token_buffer_escape(parser, &token_buffer);
uint8_t peeked = peek(parser); uint8_t peeked = peek(parser);
switch (peeked) { switch (peeked) {
@ -10556,10 +10595,10 @@ parser_lex(pm_parser_t *parser) {
parser->current.end++; parser->current.end++;
if (peek(parser) != '\n') { if (peek(parser) != '\n') {
if (lex_mode->as.regexp.terminator != '\r') { if (lex_mode->as.regexp.terminator != '\r') {
pm_token_buffer_push_byte_regular_expression(&token_buffer, '\\'); pm_regexp_token_buffer_push_byte(&token_buffer, '\\');
} }
pm_token_buffer_push_byte(&token_buffer, '\r'); pm_token_buffer_push_byte(&token_buffer.base, '\r');
pm_token_buffer_push_byte_regular_expression(&token_buffer, '\r'); pm_regexp_token_buffer_push_byte(&token_buffer, '\r');
break; break;
} }
/* fallthrough */ /* fallthrough */
@ -10569,7 +10608,7 @@ parser_lex(pm_parser_t *parser) {
// flush the heredoc and continue parsing after // flush the heredoc and continue parsing after
// heredoc_end. // heredoc_end.
parser_flush_heredoc_end(parser); parser_flush_heredoc_end(parser);
pm_token_buffer_copy(parser, &token_buffer); pm_regexp_token_buffer_copy(parser, &token_buffer);
LEX(PM_TOKEN_STRING_CONTENT); LEX(PM_TOKEN_STRING_CONTENT);
} else { } else {
// ... else track the newline. // ... else track the newline.
@ -10583,7 +10622,7 @@ parser_lex(pm_parser_t *parser) {
case 'M': case 'M':
case 'u': case 'u':
case 'x': case 'x':
escape_read(parser, &token_buffer.buffer, &token_buffer.regular_expression_buffer, PM_ESCAPE_FLAG_REGEXP); escape_read(parser, &token_buffer.base.buffer, &token_buffer.regexp_buffer, PM_ESCAPE_FLAG_REGEXP);
break; break;
default: default:
if (lex_mode->as.regexp.terminator == peeked) { if (lex_mode->as.regexp.terminator == peeked) {
@ -10594,24 +10633,24 @@ parser_lex(pm_parser_t *parser) {
case '$': case ')': case '*': case '+': case '$': case ')': case '*': case '+':
case '.': case '>': case '?': case ']': case '.': case '>': case '?': case ']':
case '^': case '|': case '}': case '^': case '|': case '}':
pm_token_buffer_push_byte_regular_expression(&token_buffer, '\\'); pm_regexp_token_buffer_push_byte(&token_buffer, '\\');
break; break;
default: default:
break; break;
} }
pm_token_buffer_push_byte(&token_buffer, peeked); pm_token_buffer_push_byte(&token_buffer.base, peeked);
pm_token_buffer_push_byte_regular_expression(&token_buffer, peeked); pm_regexp_token_buffer_push_byte(&token_buffer, peeked);
parser->current.end++; parser->current.end++;
break; break;
} }
if (peeked < 0x80) pm_token_buffer_push_byte_regular_expression(&token_buffer, '\\'); if (peeked < 0x80) pm_regexp_token_buffer_push_byte(&token_buffer, '\\');
pm_token_buffer_push_escaped(&token_buffer, parser, PM_ESCAPE_FLAG_REGEXP); pm_regexp_token_buffer_push_escaped(&token_buffer, parser);
break; break;
} }
token_buffer.cursor = parser->current.end; token_buffer.base.cursor = parser->current.end;
breakpoint = pm_strpbrk(parser, parser->current.end, breakpoints, parser->end - parser->current.end, false); breakpoint = pm_strpbrk(parser, parser->current.end, breakpoints, parser->end - parser->current.end, false);
continue; continue;
} }
@ -10630,7 +10669,7 @@ parser_lex(pm_parser_t *parser) {
} }
if (type == PM_TOKEN_STRING_CONTENT) { if (type == PM_TOKEN_STRING_CONTENT) {
pm_token_buffer_flush(parser, &token_buffer); pm_regexp_token_buffer_flush(parser, &token_buffer);
} }
LEX(type); LEX(type);
@ -10646,14 +10685,14 @@ parser_lex(pm_parser_t *parser) {
} }
if (parser->current.end > parser->current.start) { if (parser->current.end > parser->current.start) {
pm_token_buffer_flush(parser, &token_buffer); pm_regexp_token_buffer_flush(parser, &token_buffer);
LEX(PM_TOKEN_STRING_CONTENT); LEX(PM_TOKEN_STRING_CONTENT);
} }
// If we were unable to find a breakpoint, then this token hits the // If we were unable to find a breakpoint, then this token hits the
// end of the file. // end of the file.
parser->current.end = parser->end; parser->current.end = parser->end;
pm_token_buffer_flush(parser, &token_buffer); pm_regexp_token_buffer_flush(parser, &token_buffer);
LEX(PM_TOKEN_STRING_CONTENT); LEX(PM_TOKEN_STRING_CONTENT);
} }
case PM_LEX_STRING: { case PM_LEX_STRING: {
@ -10680,7 +10719,7 @@ parser_lex(pm_parser_t *parser) {
// If we haven't found an escape yet, then this buffer will be // If we haven't found an escape yet, then this buffer will be
// unallocated since we can refer directly to the source string. // unallocated since we can refer directly to the source string.
pm_token_buffer_t token_buffer = { { 0 }, { 0 }, 0 }; pm_token_buffer_t token_buffer = { 0 };
while (breakpoint != NULL) { while (breakpoint != NULL) {
// If we hit the incrementor, then we'll increment then nesting and // If we hit the incrementor, then we'll increment then nesting and
@ -10818,7 +10857,7 @@ parser_lex(pm_parser_t *parser) {
escape_read(parser, &token_buffer.buffer, NULL, PM_ESCAPE_FLAG_NONE); escape_read(parser, &token_buffer.buffer, NULL, PM_ESCAPE_FLAG_NONE);
} else { } else {
pm_token_buffer_push_byte(&token_buffer, '\\'); pm_token_buffer_push_byte(&token_buffer, '\\');
pm_token_buffer_push_escaped(&token_buffer, parser, PM_ESCAPE_FLAG_NONE); pm_token_buffer_push_escaped(&token_buffer, parser);
} }
break; break;
@ -10968,7 +11007,7 @@ parser_lex(pm_parser_t *parser) {
} }
const uint8_t *breakpoint = pm_strpbrk(parser, parser->current.end, breakpoints, parser->end - parser->current.end, true); const uint8_t *breakpoint = pm_strpbrk(parser, parser->current.end, breakpoints, parser->end - parser->current.end, true);
pm_token_buffer_t token_buffer = { { 0 }, { 0 }, 0 }; pm_token_buffer_t token_buffer = { 0 };
bool was_line_continuation = false; bool was_line_continuation = false;
while (breakpoint != NULL) { while (breakpoint != NULL) {
@ -11090,7 +11129,7 @@ parser_lex(pm_parser_t *parser) {
continue; continue;
default: default:
pm_token_buffer_push_byte(&token_buffer, '\\'); pm_token_buffer_push_byte(&token_buffer, '\\');
pm_token_buffer_push_escaped(&token_buffer, parser, PM_ESCAPE_FLAG_NONE); pm_token_buffer_push_escaped(&token_buffer, parser);
break; break;
} }
} else { } else {
@ -17118,7 +17157,7 @@ parse_expression_prefix(pm_parser_t *parser, pm_binding_power_t binding_power, b
// following token is the end (in which case we can return a plain // following token is the end (in which case we can return a plain
// regular expression) or if it's not then it has interpolation. // regular expression) or if it's not then it has interpolation.
pm_string_t unescaped = parser->current_string; pm_string_t unescaped = parser->current_string;
pm_string_t source = parser->current_regular_expression_source; pm_string_t *source = &parser->current_regular_expression_source;
pm_token_t content = parser->current; pm_token_t content = parser->current;
parser_lex(parser); parser_lex(parser);
@ -17126,8 +17165,8 @@ parse_expression_prefix(pm_parser_t *parser, pm_binding_power_t binding_power, b
// without interpolation, which can be represented more succinctly and // without interpolation, which can be represented more succinctly and
// more easily compiled. // more easily compiled.
if (accept1(parser, PM_TOKEN_REGEXP_END)) { if (accept1(parser, PM_TOKEN_REGEXP_END)) {
pm_node_t *regular_expression_node = (pm_node_t *) pm_regular_expression_node_create_unescaped(parser, &opening, &content, &parser->previous, &source); pm_node_t *regular_expression_node = (pm_node_t *) pm_regular_expression_node_create_unescaped(parser, &opening, &content, &parser->previous, source);
pm_node_flag_set(regular_expression_node, parse_and_validate_regular_expression_encoding(parser, &source, &unescaped, regular_expression_node->flags)); pm_node_flag_set(regular_expression_node, parse_and_validate_regular_expression_encoding(parser, source, &unescaped, regular_expression_node->flags));
return regular_expression_node; return regular_expression_node;
} }

16
test/prism/encoding_test.rb
View File

@ -155,27 +155,19 @@ module Prism
define_method(:"test_encoding_flags_#{encoding.name}") do define_method(:"test_encoding_flags_#{encoding.name}") do
assert_encoding_flags(encoding, escapes) assert_encoding_flags(encoding, escapes)
end end
end
encodings.each_key do |encoding|
define_method(:"test_symbol_encoding_flags_#{encoding.name}") do define_method(:"test_symbol_encoding_flags_#{encoding.name}") do
assert_symbol_encoding_flags(encoding, symbols) assert_symbol_encoding_flags(encoding, symbols)
end end
end
encodings.each_key do |encoding|
define_method(:"test_symbol_character_escape_encoding_flags_#{encoding.name}") do define_method(:"test_symbol_character_escape_encoding_flags_#{encoding.name}") do
assert_symbol_character_escape_encoding_flags(encoding, escapes) assert_symbol_character_escape_encoding_flags(encoding, escapes)
end end
end
encodings.each_key do |encoding|
define_method(:"test_regular_expression_encoding_flags_#{encoding.name}") do define_method(:"test_regular_expression_encoding_flags_#{encoding.name}") do
assert_regular_expression_encoding_flags(encoding, regexps.map(&:inspect)) assert_regular_expression_encoding_flags(encoding, regexps.map(&:inspect))
end end
end
encodings.each_key do |encoding|
define_method(:"test_regular_expression_escape_encoding_flags_#{encoding.name}") do define_method(:"test_regular_expression_escape_encoding_flags_#{encoding.name}") do
assert_regular_expression_encoding_flags(encoding, escapes.map { |e| "/#{e}/" }) assert_regular_expression_encoding_flags(encoding, escapes.map { |e| "/#{e}/" })
end end
@ -187,8 +179,10 @@ module Prism
encoding_modifiers.each_value do |modifier| encoding_modifiers.each_value do |modifier|
encodings.each_key do |encoding| encodings.each_key do |encoding|
define_method(:"test_regular_expression_encoding_modifiers_/#{modifier}_#{encoding.name}") do define_method(:"test_regular_expression_encoding_modifiers_/#{modifier}_#{encoding.name}") do
regexps = regexp_sources.product(encoding_modifiers.values).map { |r, modifier| "/#{r}/#{modifier}" } assert_regular_expression_encoding_flags(
assert_regular_expression_encoding_flags(encoding, regexps) encoding,
regexp_sources.product(encoding_modifiers.values).map { |r, modifier| "/#{r}/#{modifier}" }
)
end end
end end
end end
@ -499,7 +493,7 @@ module Prism
eval(source).encoding eval(source).encoding
rescue SyntaxError => error rescue SyntaxError => error
if encoding_errors.find { |e| error.message.include?(e) } if encoding_errors.find { |e| error.message.include?(e) }
messages = error.message.split("\n").map { |m| m[/: (.+?)$/, 1] } error.message.split("\n").map { |m| m[/: (.+?)$/, 1] }
elsif skipped_errors.find { |e| error.message.include?(e) } elsif skipped_errors.find { |e| error.message.include?(e) }
next next
else else