get_legislation_application_time_series),
Analysis('entities_values_distribution',
get_entities_value_histogram),
Analysis('contracted_lorenz_curve',
get_lorenz_curve)
]
ANALYSIS = {'municipalities_delta_time': 1,
'municipalities_contracts_time_series': 2,
'excluding_municipalities_contracts_time_series': 3,
'municipalities_categories_ranking': 4,
'municipalities_procedure_types_time_series': 5,
'procedure_type_time_series': 6,
'contracts_time_series': 7,
'contracts_macro_statistics': 8,
'contracts_price_distribution': 9,
'ministries_contracts_time_series': 10,
'ministries_delta_time': 11,
'legislation_application_time_series': 12,
'entities_values_distribution': 13,
'contracted_lorenz_curve': 14
}
PRIMARY_KEY = dict()
for k, v in ANALYSIS.items():
PRIMARY_KEY[v] = k
analysis_manager = AnalysisManager()
for x in _allAnalysis:
analysis_manager.register(x, primary_key=ANALYSIS[x.name])
from main.analysis import Analysis, AnalysisManager
from contracts.analysis.analysis import *
_allAnalysis = [
Analysis('municipalities_contracts_time_series',
municipalities_contracts_time_series),
Analysis('excluding_municipalities_contracts_time_series',
exclude_municipalities_contracts_time_series),
Analysis('municipalities_procedure_types_time_series',
municipalities_procedure_types_time_series),
Analysis('procedure_type_time_series', procedure_type_time_series),
Analysis('contracts_time_series', contracts_price_time_series),
Analysis('contracts_statistics', contracts_statistics),
Analysis('contracts_price_distribution', contracts_price_histogram),
Analysis('ministries_contracts_time_series', ministries_contracts_time_series),
Analysis('entities_values_distribution', entities_values_histogram),
Analysis('contracted_lorenz_curve', contracted_lorenz_curve),
Analysis('municipalities_ranking', municipalities_ranking),
]
analysis_manager = AnalysisManager()
for x in _allAnalysis:
analysis_manager.register(x)
from main.analysis import AnalysisManager, Analysis
from law.analysis.analysis import get_documents_time_series,\
get_eu_impact_time_series,\
get_types_time_series
_allAnalysis = [
Analysis('law_count_time_series', get_documents_time_series),
Analysis('law_eu_impact_time_series', get_eu_impact_time_series),
Analysis('law_types_time_series', get_types_time_series)
]
ANALYSIS = {
'law_count_time_series': 1,
'law_eu_impact_time_series': 2,
'law_types_time_series': 3
}
PRIMARY_KEY = dict()
for k, v in ANALYSIS.items():
PRIMARY_KEY[v] = k
analysis_manager = AnalysisManager()
for x in _allAnalysis:
analysis_manager.register(x, primary_key=ANALYSIS[x.name])
from main.analysis import Analysis, AnalysisManager
from contracts.analysis.analysis import *
_allAnalysis = [
Analysis('municipalities_contracts_time_series',
municipalities_contracts_time_series),
Analysis('excluding_municipalities_contracts_time_series',
exclude_municipalities_contracts_time_series),
Analysis('municipalities_procedure_types_time_series',
municipalities_procedure_types_time_series),
Analysis('procedure_type_time_series', procedure_type_time_series),
Analysis('contracts_time_series', contracts_price_time_series),
Analysis('contracts_statistics', contracts_statistics),
Analysis('contracts_price_distribution', contracts_price_histogram),
Analysis('ministries_contracts_time_series',
ministries_contracts_time_series),
Analysis('entities_values_distribution', entities_values_histogram),
Analysis('contracted_lorenz_curve', contracted_lorenz_curve),
Analysis('municipalities_ranking', municipalities_ranking),
]
analysis_manager = AnalysisManager()
for x in _allAnalysis:
analysis_manager.register(x)
