import { SQLDialect } from "@codemirror/lang-sql";
import { CompletionsType, FunctionType, IParseFunctionResult, variablesModel } from "./interface";
export type ITableSchema = Array<{
    tableName: string;
    columns?: any[];
    namekey?: string;
}>;
export declare const appendkeys = "abs acos acosh add_months aes_decrypt aes_encrypt aggregate and any approx_count_distinct approx_percentile array array_contains array_agg array_size array_distinct array_except array_intersect array_join array_max array_min array_position array_remove array_repeat array_sort array_union arrays_overlap arrays_zip ascii asin asinh assert_true atan atan2 atanh avg base64 bigint bin binary bit_get bit_and bit_count bit_length bit_or bit_xor bool_and bool_or boolean bround btrim cardinality cast cbrt ceil ceiling contains char char_length character_length chr coalesce collect_list collect_set concat concat_ws conv corr cos cosh cot count count_if count_min_sketch covar_pop covar_samp crc32 cube cume_dist current_catalog current_database current_date current_timestamp current_timezone current_user csc date date_add date_format date_from_unix_date date_part date_sub date_trunc datediff day dayofmonth dayofweek dayofyear decimal decode degrees dense_rank div endswith double e element_at elt encode every exists exp explode explode_outer expm1 extract factorial filter find_in_set first first_value flatten float floor forall format_number format_string from_csv from_json from_unixtime from_utc_timestamp get_json_object getbit greatest grouping grouping_id hash hex hour hypot histogram_numeric if ifnull ilike in initcap inline inline_outer input_file_block_length input_file_block_start input_file_name instr int isnan isnotnull isnull java_method json_array_length json_object_keys json_tuple kurtosis lag last last_day last_value lcase lead least left length levenshtein like ln locate log log10 log1p log2 lower lpad ltrim make_date make_dt_interval make_interval make_timestamp map_contains_key make_ym_interval map map_concat map_entries map_filter map_from_arrays map_from_entries map_keys map_values map_zip_with max max_by md5 mean min min_by minute mod monotonically_increasing_id month months_between named_struct nanvl negative next_day not now nth_value ntile nullif nvl nvl2 octet_length or overlay parse_url percent_rank percentile percentile_approx pi pmod posexplode posexplode_outer position positive pow power printf quarter radians raise_error rand randn random rank regr_avgx regr_avgy regr_count regr_r2 reflect regexp_extract regexp_extract_all regexp_replace regexp_like repeat replace reverse right rint rlike rollup round row_number rpad rtrim schema_of_csv schema_of_json sec second sentences sequence session_window sha sha1 sha2 shiftleft shiftright shiftrightunsigned shuffle sign signum sin sinh size skewness slice smallint some sort_array soundex split_part space spark_partition_id split sqrt stack std stddev stddev_pop startswith stddev_samp str_to_map string struct substr substring substring_index sum tan tanh timestamp timestamp_micros timestamp_millis timestamp_seconds tinyint to_csv to_date to_json to_timestamp to_unix_timestamp to_utc_timestamp transform transform_keys transform_values to_binary to_number try_multiply try_subtract try_sum try_element_at try_avg try_to_number translate trim trunc try_add try_divide try_to_binary typeof ucase unbase64 unhex user unix_date unix_micros unix_millis unix_seconds unix_timestamp upper uuid var_pop var_samp variance version weekday weekofyear when width_bucket window xpath xpath_boolean xpath_double xpath_float xpath_int xpath_long xpath_number xpath_short xpath_string xxhash64 year zip_with";
export declare const tins = "tinyint smallint int bigint boolean float double string binary timestamp decimal map struct uniontype delimited serde sequencefile textfile rcfile inputformat outputformat";
export declare const sqlKeys: string;
export declare const sqlThemeFiled = "sql";
export declare const getTableSchema: (tables: ITableSchema) => {
    schema: any;
    dialect: SQLDialect;
};
export declare const tablesToVariables: (tables: ITableSchema) => variablesModel[];
export declare const getSqlRealText: (docs: string) => string;
export declare const variablesToCompletions: (variables?: variablesModel[], placeholderThemeFiled?: string, parent?: variablesModel) => CompletionsType[];
export declare const functionsToCompletions: (functions?: FunctionType[]) => FunctionType[];
export declare const cnPhrases: {
    "Control character": string;
    "Go to line": string;
    go: string;
    Find: string;
    Replace: string;
    next: string;
    previous: string;
    all: string;
    "match case": string;
    replace: string;
    "replace all": string;
    close: string;
    "current match": string;
    regexp: string;
    "on line": string;
    "by word": string;
};
export declare const arrayTreeFilter: (data: any[], predicate: (node: any, t: string, treeKey: string) => boolean, filterText: string, treeKey: string) => any[] | undefined;
export declare const filterFn: (data: any, filterText: string, key?: string) => boolean;
export declare const expandedKeysFun: (treeData: any[], key: string) => string[];
export declare const defaultOpenKeys: (data: any[], key?: string) => string[];
/**
 * 解析成函数形式，针对js
 * @param {codeStr:String, placeholderThemeFiled:string, functions, variables}
 */
interface IParseFunctionProps {
    codeStr: string;
    placeholderThemeFiled: string;
    functions: any[];
    variables: any[];
}
export declare const parseToFunction: ({ codeStr, placeholderThemeFiled, functions, variables, }: IParseFunctionProps) => IParseFunctionResult | undefined;
/**
 * 校验字符合法性
 * @param str
 */
export declare function regExpCheck(str: string, allKeys: string[], operator: string[], diagnostics: any[], variables: any[]): void;
export declare function normalizeType(type?: string): null | {
    label: string;
    cls: string;
};
export declare function replaceTemplatePlaceholders(template: string, variables: variablesModel[] | undefined): string;
export {};