  We present a fully charge self-consistent implementation of dynamical mean
field theory (DMFT) combined with density functional theory (DFT) for
electronic structure calculations of materials with strong electronic
correlations. The implementation uses the Quantum ESPRESSO package for the
density functional theory calculations, the Wannier90 code for the
up-/downfolding and the TRIQS software package for setting up and solving the
DMFT equations. All components are available under open source licenses, are
MPI-parallelized, fully integrated in the respective packages, and use an hdf5
archive interface to eliminate file parsing. We show benchmarks for three
different systems that demonstrate excellent agreement with existing DFT+DMFT
implementations in other ab-initio electronic structure codes.
