#lang racket/base
(require (for-syntax racket/base pollen/project-requires))

(require racket/contract/region)

(provide (all-defined-out) (all-from-out racket/contract/region))

     

(define-for-syntax (put-file-in-require-form file)
  `(file ,(path->string file)))

(define-for-syntax (do-project-require-file-syntax stx #:provide? [provide? #f])
  (define project-require-files (get-project-require-files))
  (if project-require-files
      (let ([files-in-require-form (map put-file-in-require-form project-require-files)])
        (datum->syntax stx `(begin
                              (require ,@files-in-require-form)
                              ,@(if provide? 
                                    (list `(provide (all-from-out ,@files-in-require-form))) 
                                    '()))))
      ; if no files to import, do nothing
      #'(begin)))

(define-syntax (require-and-provide-project-require-files stx)
  (do-project-require-file-syntax stx #:provide? #t))

(define-syntax (require-project-require-files stx)
  (do-project-require-file-syntax stx))

(define-syntax (get-here-path stx)
  (datum->syntax stx 
                 '(begin 
                    ;; This macro might be used in an expression context, 
                    ;; so we use let, not define.
                    (let* ([ccr (current-contract-region)] ; trick for getting current module name
                           [here-path (cond
                                 ;; if contract-region is called from within submodule,
                                 ;; you get a list
                                 ;; in which case, just grab the path from the front
                                 [(list? ccr) (car ccr)]
                                 ;; file isn't yet saved in drracket
                                 ;; 'pollen-lang-module name is applied by reader
                                 [(equal? 'pollen-lang-module ccr) 'nowhere] 
                                 [else ccr])])
                      (path->string here-path)))))