''' ======================================================================================================= gen_cmm_data3.py: Usage: gen_cmm_data <-paths_only> Examples: gen_cmm_data3 ..\\..\\.. C:\TEMP\temp_fname.cmm -paths_only gen_cmm_data3 ..\\..\\.. C:\ADB\temp_fname.cmm gen_cmm_data3 ..\\..\\.. \\waverider-30\Dropbox\temp_fname.cmm -paths_only Description: gen_cmm_data3.py can be called from a CMM script to generate a temporary CMM script to initialize path information to the component builds. Copyright (c) 2011-2017 by Qualcomm Technologies, Incorporated. All Rights Reserved. QUALCOMM Proprietary/GTDR ----------------------------------------------------------------------------------------------- $Header: //components/rel/build.glue/2.0/app/gen_cmm_data3.py#9 $ $DateTime: 2020/04/22 16:47:53 $ =============================================================================================== ''' import sys import os import os.path import string #Add meta library path to system path sys.path.append(os.path.abspath(os.path.join(__file__, '../../lib'))) import meta_lib as ml import meta_log as lg #--------------------------------------------------------------------------------# # creating gen_buildinfo.cmm file in TEMP directory# #--------------------------------------------------------------------------------# def writepathsonly(cmm_script, mi, cmm_tag_template,chipset=None,add_metapath=False): cmm_script.write("GLOBAL &HLOS\n&HLOS=\"" + mi.get_product_info('hlos_type') + "\"\n\n") if mi.get_product_info('meta_type') != None: cmm_script.write("GLOBAL &META_VARIANT\n&META_VARIANT=\"" + mi.get_product_info('meta_type') + "\"\n\n") flavors_list = mi.get_product_flavors() build_list = [] if (len(flavors_list) == 0): flavors_list.append("None") cmm_script.write("GLOBAL &PRODUCT_FLAVORS\n&PRODUCT_FLAVORS=\"" + ','.join(flavors_list) + "\"\n\n") if chipset == None: build_list = mi.get_build_list() else: build_list = mi.get_build_list(chipset=chipset) for tag in build_list: # Don't process the current builds if tag != 'common': print (" Processing " + tag) path, attrs = mi.get_build_path(tag, get_attrs=True) path = path.rstrip(os.sep) if attrs and 'cmm_root_path_var' in attrs: cmm_var_name = attrs['cmm_root_path_var'] if path and cmm_var_name: image_dir = mi.get_image_dir(tag) if image_dir and os.path.exists(os.path.join(path, image_dir)): if tag == 'apps' : if os.path.exists(os.path.join(path, 'LINUX', 'android')) and mi.get_hlos_type().upper() in ['LA','LW','LF','LATV']: path = os.path.join(path, 'LINUX', 'android') cmm_script.write(cmm_tag_template % (cmm_var_name, cmm_var_name, path)) if add_metapath == True and ((mi.get_build_id('common')).find('PRESIL') != -1): paths = mi.get_win_linux_crmbuildpaths(mi.get_build_id("common")) win_path = "" lin_path = "" buildproducts_file = os.path.realpath(__file__) buildproducts_file = os.path.dirname(buildproducts_file) buildproducts_file = os.path.join(buildproducts_file,"../../../BuildProducts.txt") #print "buildproducts_file:",buildproducts_file if "win_path" in paths.keys() and os.path.exists(buildproducts_file): win_path = paths["win_path"] if "lin_path" in paths.keys() and os.path.exists(buildproducts_file): lin_path = paths["lin_path"] cmm_script.write(cmm_tag_template % ("META_WIN_ROOT", "META_WIN_ROOT", win_path)) cmm_script.write(cmm_tag_template % ("META_LINUX_ROOT", "META_LINUX_ROOT", lin_path)) #--------------------------------------------------------------------------------# # Creating gen_buildinfo.cmm file in common/tools/cmm directory #--------------------------------------------------------------------------------# def write_cmm_var(cmm_script, mi): cmm_script.write("ENTRY &ARG0\n\n") # Define all "cmm_var"s and "cmm_file_var"s as GLOBAL variables #-------------------------------------------------------------- print ("Getting all cmm_var values:") var_values = mi.get_var_values('cmm_var') for each_var in var_values: print (" Writing " + each_var) cmm_script.write("GLOBAL &" + each_var + "\n") print ("Getting all cmm_file_var values:") file_vars = mi.get_file_vars(attr='cmm_file_var', abs=False) for var_name in file_vars: print (" Writing " + var_name) cmm_script.write("GLOBAL &" + var_name + "\n") # Loop through each flavor and write the values for defined variables #-------------------------------------------------------------------- #print ("Looping through each flavor:") flavors_list = mi.get_product_flavors() if (len(flavors_list) == 0): #print ("No flavors found, taking 'None' as default flavor.") flavors_list.append("None") for flavor1 in flavors_list: print (" Processing flavor - " + flavor1) cmm_script.write("\nIF (\"&ARG0\"==\"" + flavor1 + "\")\n(\n") cmm_script.write("\t&PRODUCT_FLAVOR=\"" + flavor1 + "\"\n") # Look for cmm_var attributes in current flavor: var_values = mi.get_var_values('cmm_var', flavor=flavor1) for each_var in var_values: if each_var.upper() == 'CHIPID': chipid = var_values[each_var].upper().replace('SM8150', 'SDM855') cmm_script.write("\t&" + each_var + "=\"" + chipid + "\"\n") continue # Goto next var cmm_script.write("\t&" + each_var + "=\"" + var_values[each_var] + "\"\n") # Look for cmm_file_var attributes in current flavor: file_vars = mi.get_file_vars(attr='cmm_file_var', flavor=flavor1, abs=False) for var_name in file_vars: print (" Writing file list for " + var_name) file_list = file_vars[var_name] for file in file_list: if file.find('LINUX') != -1 and file.find('android') != -1 : dirs = file.split(os.sep) file = os.sep.join(dirs[2:]) cmm_file_array = '' cmm_file_array += file + ';' cmm_file_array = cmm_file_array[:-1] cmm_script.write("\t&" + var_name + "=\"" + cmm_file_array + "\"\n") cmm_script.write(")") def create_cmm(targ_root, temp_file, paths_only,chipset=None,add_metapath=False): dst_path = os.path.dirname(temp_file) if (dst_path != '' and # '' implies current directory, and is allowed not os.path.isdir(dst_path)): print ("Can't find destination directory:", dst_path) print (__doc__) sys.exit(1) print ("Platform is: " + str(sys.platform)) print ("Python Version is: " + str(sys.version)) print ("Current directory is: " + str(os.getcwd())) print ("Args are: " + str(sys.argv)) cmm_script_header = '' cmm_tag_template = '''GLOBAL &%s &%s="%s"\n ''' cmm_script_trailer = '''\nENDDO''' exception = False if not targ_root.endswith('/') and not targ_root.endswith('\\'): targ_root += '/' mi = ml.meta_info() cmm_script = open(temp_file, 'w') cmm_script.write(cmm_script_header) # lg.log("Processing meta info") print ("Processing meta info") try: if paths_only: print ("Calling function to create cmm with root paths.") print ("chipset is :" + str(chipset)) writepathsonly(cmm_script, mi, cmm_tag_template,chipset=chipset,add_metapath=add_metapath) else: print ("Calling function to create cmm with relative paths.") write_cmm_var(cmm_script, mi) cmm_script.write(cmm_script_trailer) except Exception as e: print ("received exception: "+ str(e)) print ("Saving cmm script.") cmm_script.close() raise Exception(str(e)) print ("Saving cmm script.") cmm_script.close() if os.path.exists(os.path.join(os.path.dirname(temp_file), 'EXCEPTION.txt')) and exception == True: exception_FILE.close() else: # Create a file TEMP_SUCCESS.txt to indicate the successful completion of TEMP.cmm success_txt = os.path.join(os.path.dirname(temp_file), 'SUCCESS.txt') success_FILE = open(success_txt, 'w') success_FILE.close() #--------------------------------------------------------------------------------# # MAIN #--------------------------------------------------------------------------------# if __name__ == '__main__': paths_only = 0 chipset = None if len(sys.argv) == 3: targ_root = sys.argv[1] temp_file = sys.argv[2] elif len(sys.argv) == 4 and sys.argv[3] == "-paths_only": targ_root = sys.argv[1] temp_file = sys.argv[2] paths_only = 1 else: print ("Error: Invalid number of parameters.") print (__doc__) sys.exit() # Call main function create_cmm create_cmm(targ_root, temp_file, paths_only)