257 lines
7.6 KiB
Python
257 lines
7.6 KiB
Python
import os
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import sys
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import argparse
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import datetime
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import subprocess as sp
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from lark import Lark, Token
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from jinja2 import Template
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from post import Stage1, Stage2, Stage3, Stage4
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from resources.m_template import mod_form
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parser = argparse.ArgumentParser()
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parser.add_argument("term_file", help="name of file containing postprocessing term spec")
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parser.add_argument("-b", "--build-info", action="store_true", help="print build_info instead of code")
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parser.add_argument("-x", "--print-latex", action="store_true", help="print latex equation instead of code")
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parser.add_argument("-p", "--print-report", action="store_true", help="print code generation report instead of code")
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parser.add_argument("-m", "--make-build-module", action="store_true", help="print build_info Fortran module instead of code")
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args = parser.parse_args()
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calc_grammar = """
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?varlist: "[" [NAME ("," NAME)*] "]"
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?start: statement*
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?statement: NAME [ attr_list ] "=" sum -> assign_var
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| avg "{" [NAME ("," NAME)*] "}" -> assign_avg_var
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| varlist
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attr_list: "(" [attr_pair ("," attr_pair)*] ")"
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?attr_pair: NAME "=" BOOL
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| NAME "=" INT
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| NAME "=" ESCAPED_STRING
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?sum: product
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| sum "+" product -> add
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| sum "-" product -> sub
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?product: atom
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| product "*" atom -> mul
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| product "/" atom -> div
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?atom: NUMBER -> number
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| "-" atom -> neg
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| NAME -> var
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| NAME "'" -> fluc
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| "$" NAME -> env
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| "(" sum ")" -> paren
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| inlinefunc "(" sum ")" -> icall
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| mathfunc "(" sum ("," sum)* ")" -> fcall
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| derivative "(" NAME ")" -> dnx
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avg: "avg" [NAME]
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?inlinefunc: "sqr" -> sqr
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| "pow3" -> pow3
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?mathfunc: "log" -> log
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| "exp" -> exp
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| "sqrt" -> sqrt
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| "abs" -> abs
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| "rxn_rate" -> rxn_rate
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| "$" NAME -> udf
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?derivative: "ddx" -> ddx
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| "d2dx" -> d2dx
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| "ddy" -> ddy
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| "d2dy" -> d2dy
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| "ddz" -> ddz
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| "d2dz" -> d2dz
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%import common.CNAME -> NAME
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%import common.NUMBER
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%import common.ESCAPED_STRING
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%import common.INT
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%import common.WS
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BOOL: "true" | "false"
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COMMENT: /#.*/
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%ignore COMMENT
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%ignore WS
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"""
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def tok_to_bool(tok):
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"Convert the value of `tok` from string to bool, while maintaining line number & column."
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# tok.type == 'BOOL'
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return Token.new_borrow_pos(tok.type, tok.value == "true", tok)
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def tok_to_int(tok):
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"Convert the value of `tok` from string to int, while maintaining line number & column."
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# tok.type == 'INT'
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return Token.new_borrow_pos(tok.type, int(tok), tok)
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def tok_to_str(tok):
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"Convert the value of `tok` from string to string, while maintaining line number & column."
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# tok.type == 'ESCAPED_STRING'
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return Token.new_borrow_pos(tok.type, tok.value.strip('"'), tok)
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class VersionInfo(object):
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def __init__ (self, input_raw):
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bd = 'build date: {}'
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bb = 'build base: {}'
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self.build_date = bd.format(datetime.datetime.today().ctime())
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try:
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self.build_base = bb.format(sp.check_output(["git", "rev-parse", "HEAD"]).strip())
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except sp.CalledProcessError:
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self.build_base = "None"
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try:
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sp.check_output("git diff --exit-code".split())
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sp.check_output("git diff --cached --exit-code".split())
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self.off_base = ""
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except sp.CalledProcessError:
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self.off_base = "built with changes not commited"
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tinfo = '''
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================================================================================
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************************************ terms *************************************
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--------------------------------------------------------------------------------
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{}
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================================================================================
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'''
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self.term_info = tinfo.format(input_raw)
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def fparams (self):
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return "\n".join([self.build_date, self.build_base, self.off_base, self.term_info])
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def test(terms_raw, report=False, latex=False):
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"""Compiles the post-processing term specifications from DSL into targets.
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This compiles the Lark AST through all 4 pipeline stages (Stage 1 to 4)
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and outputs the resulting Fortran source code via Jinja2, a LaTeX equation
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dictionary, or a code generation IR report.
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Args:
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terms_raw (str): The raw string contents of the DSL terms specification input file.
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report (bool): If True, generates and saves the intermediate code generation report.
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latex (bool): If True, prints LaTeX equations of the averaged terms to stdout.
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"""
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parser = Lark(calc_grammar,
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parser='lalr',
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lexer_callbacks =
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{
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'ESCAPED_STRING': tok_to_str,
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'INT': tok_to_int,
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'BOOL': tok_to_bool
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}
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)
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tree = parser.parse(terms_raw)
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ir1 = Stage1(tree)
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ir2 = Stage2(ir1)
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ir3 = Stage3(ir2)
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ir4 = Stage4(ir3)
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cdict = ir4.print_program()
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if report:
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ir4.save_ir()
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elif latex:
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print("{")
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for avg in ir4.averaged.values():
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print('"{}" : '.format(avg.name))
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# print r"\begin{equation}"
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print('r"${}$" ,'.format(avg.latex))
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# print r"\end{equation}"
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print("}")
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else:
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print(Template(mod_form).render(**cdict))
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def escape_fortran_string(s):
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"""Escapes string content for standard Fortran source formatting."""
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escaped = s.replace('"', '""')
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lines = escaped.splitlines()
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if not lines:
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return '""'
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formatted_lines = [f'"{line}"' for line in lines]
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return ' // char(10) // &\n '.join(formatted_lines)
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def generate_build_info_module(terms_raw):
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"""Generates a complete standard Fortran module containing build info and LaTeX equations."""
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vinfo = VersionInfo(terms_raw)
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build_info_str = vinfo.fparams()
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parser = Lark(calc_grammar,
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parser='lalr',
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lexer_callbacks={
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'ESCAPED_STRING': tok_to_str,
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'INT': tok_to_int,
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'BOOL': tok_to_bool
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})
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tree = parser.parse(terms_raw)
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ir1 = Stage1(tree)
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ir2 = Stage2(ir1)
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ir3 = Stage3(ir2)
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ir4 = Stage4(ir3)
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latex_lines = ["{"]
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for avg in ir4.averaged.values():
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latex_lines.append(f' "{avg.name}" : r"${avg.latex}$",')
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latex_lines.append("}")
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latex_str = "\n".join(latex_lines)
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fortran_build_info = escape_fortran_string(build_info_str)
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fortran_latex = escape_fortran_string(latex_str)
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fortran_code = f"""module m_build_info
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implicit none
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character(len=*), parameter :: build_info_str = &
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{fortran_build_info}
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character(len=*), parameter :: latex_equations_str = &
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{fortran_latex}
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end module m_build_info
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"""
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print(fortran_code)
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def build_info(terms_raw):
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"""Generates and prints build information for the current code generation run.
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Args:
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terms_raw (str): The raw string contents of the DSL terms specification input file.
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"""
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vinfo = VersionInfo(terms_raw)
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print(vinfo.fparams())
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if __name__ == '__main__':
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with open(args.term_file) as inputfile:
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terms_raw = ((inputfile.read()))
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if args.make_build_module:
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generate_build_info_module(terms_raw)
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elif args.build_info:
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build_info(terms_raw)
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else:
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test(terms_raw, report=args.print_report, latex=args.print_latex)
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