Xamarin Android - NAV SOAP web service / Operation timed out

Question

Hello everyone,

I published NAV web service. There is one method GetCustomerById that return some information about customer. NAV is installed on the local database.

In Xamarin Android project added web reference to this web service. In the OnButton_Click event added some code to consume web service (username, password, domain) and call to the GetCustomerById function.

When try to call web service by clicking the button after 10-15 sec get message "Operation timed out".

If I create C# console application and add web reference in the same way and paste the same code and run application I get information about customer in the second.

What is the potential problem on the android (emulator or physical device) that produce the message and what is the potential solutions.

Answer 1

This file is used to build ninja itself. # It is generated by configure.py. ninja_required_version = 1.3 # The arguments passed to configure.py, for rerunning it. configure_args = root = . builddir = build cxx = g++ ar = ar cflags = -g -Wall -Wextra -Wno-deprecated -Wno-missing-field-initializers $ -Wno-unused-parameter -fno-rtti -fno-exceptions -fvisibility=hidden $ -pipe '-DNINJA_PYTHON="python"' -O2 -DNDEBUG -DUSE_PPOLL $ -DNINJA_HAVE_BROWSE -I. ldflags = -L$builddir rule cxx command = $cxx -MMD -MT $out -MF $out.d $cflags -c $in -o $out description = CXX $out depfile = $out.d deps = gcc rule ar command = rm -f $out && $ar crs $out $in description = AR $out rule link command = $cxx $ldflags -o $out $in $libs description = LINK $out # browse_py.h is used to inline browse.py. rule inline command = "$root/src/inline.sh" $varname < $in > $out description = INLINE $out build $builddir/browse_py.h: inline $root/src/browse.py | $root/src/inline.sh varname = kBrowsePy build $builddir/browse.o: cxx $root/src/browse.cc || $builddir/browse_py.h # 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Main executable is library plus main() function. build $builddir/ninja.o: cxx $root/src/ninja.cc build ninja: link $builddir/ninja.o | $builddir/libninja.a libs = -lninja # Tests all build into ninja_test executable. build $builddir/build_log_test.o: cxx $root/src/build_log_test.cc build $builddir/build_test.o: cxx $root/src/build_test.cc build $builddir/clean_test.o: cxx $root/src/clean_test.cc build $builddir/depfile_parser_test.o: cxx $root/src/depfile_parser_test.cc build $builddir/deps_log_test.o: cxx $root/src/deps_log_test.cc build $builddir/disk_interface_test.o: cxx $root/src/disk_interface_test.cc build $builddir/edit_distance_test.o: cxx $root/src/edit_distance_test.cc build $builddir/graph_test.o: cxx $root/src/graph_test.cc build $builddir/lexer_test.o: cxx $root/src/lexer_test.cc build $builddir/manifest_parser_test.o: cxx $root/src/manifest_parser_test.cc build $builddir/ninja_test.o: cxx $root/src/ninja_test.cc build $builddir/state_test.o: cxx $root/src/state_test.cc build $builddir/subprocess_test.o: cxx $root/src/subprocess_test.cc build $builddir/test.o: cxx $root/src/test.cc build $builddir/util_test.o: cxx $root/src/util_test.cc build ninja_test: link $builddir/build_log_test.o $builddir/build_test.o $ $builddir/clean_test.o $builddir/depfile_parser_test.o $ $builddir/deps_log_test.o $builddir/disk_interface_test.o $ $builddir/edit_distance_test.o $builddir/graph_test.o $ $builddir/lexer_test.o $builddir/manifest_parser_test.o $ $builddir/ninja_test.o $builddir/state_test.o $ $builddir/subprocess_test.o $builddir/test.o $builddir/util_test.o | $ $builddir/libninja.a libs = -lninja # Ancillary executables. build $builddir/build_log_perftest.o: cxx $root/src/build_log_perftest.cc build build_log_perftest: link $builddir/build_log_perftest.o | $ $builddir/libninja.a libs = -lninja build $builddir/canon_perftest.o: cxx $root/src/canon_perftest.cc build canon_perftest: link $builddir/canon_perftest.o | $builddir/libninja.a libs = -lninja build $builddir/depfile_parser_perftest.o: cxx $ $root/src/depfile_parser_perftest.cc build depfile_parser_perftest: link $builddir/depfile_parser_perftest.o | $ $builddir/libninja.a libs = -lninja build $builddir/hash_collision_bench.o: cxx $root/src/hash_collision_bench.cc build hash_collision_bench: link $builddir/hash_collision_bench.o | $ $builddir/libninja.a libs = -lninja build $builddir/manifest_parser_perftest.o: cxx $ $root/src/manifest_parser_perftest.cc build manifest_parser_perftest: link $builddir/manifest_parser_perftest.o | $ $builddir/libninja.a libs = -lninja # Generate a graph using the "graph" tool. rule gendot command = ./ninja -t graph all > $out rule gengraph command = dot -Tpng $in > $out build $builddir/graph.dot: gendot ninja build.ninja build graph.png: gengraph $builddir/graph.dot # Generate the manual using asciidoc. rule asciidoc command = asciidoc -b docbook -d book -o $out $in description = ASCIIDOC $out rule xsltproc command = xsltproc --nonet doc/docbook.xsl $in > $out description = XSLTPROC $out build $builddir/manual.xml: asciidoc $root/doc/manual.asciidoc build $root/doc/manual.html: xsltproc $builddir/manual.xml | $ $root/doc/style.css $root/doc/docbook.xsl build manual: phony || $root/doc/manual.html rule dblatex command = dblatex -q -o $out -p doc/dblatex.xsl $in description = DBLATEX $out build $root/doc/manual.pdf: dblatex $builddir/manual.xml | $ $root/doc/dblatex.xsl # Generate Doxygen. rule doxygen command = doxygen $in description = DOXYGEN $in doxygen_mainpage_generator = $root/src/gen_doxygen_mainpage.sh rule doxygen_mainpage command = $doxygen_mainpage_generator $in > $out description = DOXYGEN_MAINPAGE $out build $builddir/doxygen_mainpage: doxygen_mainpage README COPYING | $ $doxygen_mainpage_generator build doxygen: doxygen $root/doc/doxygen.config | $builddir/doxygen_mainpage # Regenerate build files if build script changes. rule configure command = ${configure_env}python $root/configure.py $configure_args generator = 1 build build.ninja: configure | $root/configure.py $root/misc/ninja_syntax.py default ninja # Packaging rule rpmbuild command = misc/packaging/rpmbuild.sh description = Building rpms.. build rpm: rpmbuild build all: phony ninja ninja_test build_log_perftest canon_perftest $ depfile_parser_perftest hash_collision_bench manifest_parser_perftest