module.py

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#
# Collective Mind
#
# See cM LICENSE.txt for licensing details.
# See cM Copyright.txt for copyright details.
#
# Developer(s): (C) Grigori Fursin, started on 2011.09
#

# Should always be here
ini={}
cm_kernel=None

# Local settings
import json

# ============================================================================
def init(i):
    return {'cm_return':0}

# ============================================================================
def check_features(i):

    # Load features description
    ii={'cm_run_module_uoa':ini['cfg']['cm_modules']['cm-module'],
        'cm_data_uoa':ini['cfg']['cm_modules']['ctuning.scenario.program.features.milepost'],
        'cm_action':'load'}
    r=cm_kernel.access(ii)
    if r['cm_return']>0: return r

    feat_desc=r['cm_data_obj']['cfg']['milepost_features_description']
    feat_norm=r['cm_data_obj']['cfg']['milepost_normalization_feature']

    # List entries with features
    ii={'cm_run_module_uoa':ini['cfg']['cm_modules']['ctuning.scenario.program.features.milepost'],
        'cm_action':'list'}
    r=cm_kernel.access(ii)
    if r['cm_return']>0: return r

    nn=0
    for q in r['cm_mixed']:
        print '****************************************************************************'

        nn+=1

        data=q['cm_data_obj_cfg']
        data_uid=q['cm_uid']

        program_uoa=data['points'][0]['pipeline_input']['state']['9f4d948a74b0397a']['input']['program_uoa']

        # Load info about program
        ii={'cm_run_module_uoa':ini['cfg']['cm_modules']['code.source'],
            'cm_data_uoa':program_uoa,
            'cm_action':'load'}
        r1=cm_kernel.access(ii)
        if r1['cm_return']>0: return r1

        program_cfg=r1['cm_data_obj']['cfg']
        program_run_cmds=program_cfg.get('run_cmds',{})

        print str(nn)+')  '+r1['cm_uid']+' - '+r1['cm_display_html']
        print r1['cm_path']

        print ''
        print 'Program available run command lines:'
        print program_run_cmds

        # Get program structure
        prog_struct=data['points'][0]['pipeline_output']['state'].get('cb5a5ebdb55441e8',{}).get('output',{}).get('program_structure',{})

        # list functions
        print ''
        for func in prog_struct:
            print ''
            print 'Function: ', func

            compiler_passes=prog_struct[func].get('compiler_passes',[])
            psp=prog_struct[func].get('program_static_properties',{})

            if len(psp)>0:
               psp1=psp[psp.keys()[0]]

               fvfn=0
               vfn=psp1.get(feat_norm,'')
               if vfn!='': fvfn=float(vfn)

               print 'Total number of instructions: ', fvfn

               if fvfn>0:
                  print ''
                  print 'Normalized features:'

                  for g in psp1:
                      print g, ' = ',
                      v1=psp1[g]
                      if v1!='':
                         fv=float(v1)

                         # Check if already normalized
                         n=''
                         for k in feat_desc:
                             if 'ft'+g in k:
                                n=k['ft'+g].get('normalized','')
                                break

                         if n=='no': fv=fv/fvfn
 
                         print "%.4f" % fv

    return {'cm_return':0}