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const bun = @import("root").bun;
pub const RegularExpression = opaque {
pub const Flags = enum(u16) {
none = 0,
hasIndices = 1 << 0,
global = 1 << 1,
ignoreCase = 1 << 2,
multiline = 1 << 3,
dotAll = 1 << 4,
unicode = 1 << 5,
unicodeSets = 1 << 6,
sticky = 1 << 7,
};
extern fn Yarr__RegularExpression__init(pattern: bun.String, flags: u16) *RegularExpression;
extern fn Yarr__RegularExpression__deinit(pattern: *RegularExpression) void;
extern fn Yarr__RegularExpression__isValid(this: *RegularExpression) bool;
extern fn Yarr__RegularExpression__matchedLength(this: *RegularExpression) i32;
extern fn Yarr__RegularExpression__searchRev(this: *RegularExpression) i32;
extern fn Yarr__RegularExpression__matches(this: *RegularExpression, string: bun.String) i32;
pub inline fn init(pattern: bun.String, flags: Flags) !*RegularExpression {
var regex = Yarr__RegularExpression__init(pattern, @intFromEnum(flags));
if (!regex.isValid()) {
regex.deinit();
return error.InvalidRegex;
}
return regex;
}
pub inline fn isValid(this: *RegularExpression) bool {
return Yarr__RegularExpression__isValid(this);
}
// Reserving `match` for a full match result.
// pub inline fn match(this: *RegularExpression, str: bun.String, startFrom: i32) MatchResult {
// }
// Simple boolean matcher
pub inline fn matches(this: *RegularExpression, str: bun.String) bool {
return Yarr__RegularExpression__matches(this, str) > 0;
}
pub inline fn searchRev(this: *RegularExpression, str: bun.String) i32 {
return Yarr__RegularExpression__searchRev(this, str);
}
pub inline fn matchedLength(this: *RegularExpression) i32 {
return Yarr__RegularExpression__matchedLength(this);
}
pub inline fn deinit(this: *RegularExpression) void {
Yarr__RegularExpression__deinit(this);
}
};
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