diff --git a/src/gh/components/DF_global_registration/code.py b/src/gh/components/DF_global_registration/code.py new file mode 100644 index 00000000..fcb7ffa0 --- /dev/null +++ b/src/gh/components/DF_global_registration/code.py @@ -0,0 +1,45 @@ +#! python3 + +import System +import typing + +import Rhino +import Rhino.Geometry as rg +from ghpythonlib.componentbase import executingcomponent as component + +import Grasshopper as gh +from Grasshopper.Kernel import GH_RuntimeMessageLevel as RML + +import diffCheck +from diffCheck import diffcheck_bindings +import diffCheck.df_cvt_bindings + + +class DFGlobalRegistration(component): + def RunScript(self, + i_mesh: rg.Mesh, + i_points: int) -> rg.PointCloud: + """ + Convert a Rhino mesh to a cloud. + + :param i_mesh: mesh to convert + :param i_points: number of points to sample + + :return o_cloud: rhino cloud + """ + + diffCheck.df_cvt_bindings.test() + + df_mesh = diffCheck.df_cvt_bindings.cvt_rhmesh_2_dfmesh(i_mesh) + df_cloud = df_mesh.sample_points_uniformly(i_points) + + # convert the df_cloud to a rhino cloud + rgpoints = [rg.Point3d(pt[0], pt[1], pt[2]) for pt in df_cloud.points] + rh_cloud = rg.PointCloud(rgpoints) + + return [rh_cloud] + + +if __name__ == "__main__": + com = DFGlobalRegistration() + com.RunScript(i_mesh, i_points) \ No newline at end of file diff --git a/src/gh/components/DF_global_registration/icon.png b/src/gh/components/DF_global_registration/icon.png new file mode 100644 index 00000000..fbe9c037 Binary files /dev/null and b/src/gh/components/DF_global_registration/icon.png differ diff --git a/src/gh/components/DF_global_registration/metadata.json b/src/gh/components/DF_global_registration/metadata.json new file mode 100644 index 00000000..8f8f8e14 --- /dev/null +++ b/src/gh/components/DF_global_registration/metadata.json @@ -0,0 +1,52 @@ +{ + "name": "DFMeshToCloud", + "nickname": "Geo2Pcd", + "category": "diffCheck", + "subcategory": "Cloud", + "description": "Sample a point cloud from a mesh.", + "exposure": 4, + "instanceGuid": "e8e5e122-40d0-45cd-9f93-cc756fd8b307", + "ghpython": { + "hideOutput": true, + "hideInput": true, + "isAdvancedMode": true, + "marshalOutGuids": true, + "iconDisplay": 2, + "inputParameters": [ + { + "name": "i_mesh", + "nickname": "i_mesh", + "description": "Mesh to sample into a point cloud.", + "optional": true, + "allowTreeAccess": true, + "showTypeHints": true, + "scriptParamAccess": "item", + "wireDisplay": "default", + "sourceCount": 0, + "typeHintID": "mesh" + }, + { + "name": "i_points", + "nickname": "i_points", + "description": "The number of points of the created cloud.", + "optional": false, + "allowTreeAccess": true, + "showTypeHints": true, + "scriptParamAccess": "item", + "wireDisplay": "default", + "sourceCount": 0, + "typeHintID": "int" + } + ], + "outputParameters": [ + { + "name": "o_rh_cloud", + "nickname": "o_rh_cloud", + "description": "The output sampled cloud.", + "optional": false, + "sourceCount": 0, + "graft": false + } + ] + } +} \ No newline at end of file diff --git a/src/gh/diffCheck/diffCheck/__pycache__/df_geometries.cpython-39.pyc b/src/gh/diffCheck/diffCheck/__pycache__/df_geometries.cpython-39.pyc index c86b6308..bd766b2e 100644 Binary files a/src/gh/diffCheck/diffCheck/__pycache__/df_geometries.cpython-39.pyc and b/src/gh/diffCheck/diffCheck/__pycache__/df_geometries.cpython-39.pyc differ diff --git a/src/gh/diffCheck/diffCheck/df_geometries.py b/src/gh/diffCheck/diffCheck/df_geometries.py index 47dbff55..f44d9601 100644 --- a/src/gh/diffCheck/diffCheck/df_geometries.py +++ b/src/gh/diffCheck/diffCheck/df_geometries.py @@ -12,7 +12,6 @@ import diffCheck.df_joint_detector - @dataclass class DFVertex: """ diff --git a/src/gh/diffCheck/diffCheck_app.py b/src/gh/diffCheck/diffCheck_app.py index d647920b..e5bfb887 100644 --- a/src/gh/diffCheck/diffCheck_app.py +++ b/src/gh/diffCheck/diffCheck_app.py @@ -1,25 +1,88 @@ #! python3 -import Rhino -import Rhino.Geometry as rg - -import os +import System import typing + +import sys + +# Get the directory containing the script file +script_dir = os.path.dirname(os.path.realpath(__file__)) + +# Construct absolute paths +path1 = os.path.join(script_dir, "src", "gh", "diffCheck", "diffCheck") +path2 = os.path.join(script_dir, "src", "gh", "diffCheck") + +# Add the paths to sys.path +sys.path.append(path1) +sys.path.append(path2) + +# for p in sys.path: +# print(p) + +# modules = [diffCheck, diffCheck.df_cvt_bindings] +# for module in modules: +# importlib.reload(module) + # packages_2_reload = ["diffCheck"] -# for package in packages_2_reload: -# for key in list(sys.modules.keys()): -# if package in key: -# importlib.reload(sys.modules[key]) + +# if packages_2_reload is not None: +# if packages_2_reload.__len__() != 0: +# print("Reloading packages") +# for package in packages_2_reload: +# for key in list(sys.modules.keys()): +# if package in key: +# print(sys.modules[key]) +# #check that the package must have the attribute __path__ +# if hasattr(sys.modules[key], '__file__'): +# print(sys.modules[key]) +# importlib.reload(sys.modules[key]) + +import Rhino +import Rhino.Geometry as rg +from ghpythonlib.componentbase import executingcomponent as component + +import Grasshopper as gh +from Grasshopper.Kernel import GH_RuntimeMessageLevel as RML import diffCheck +from diffCheck import diffcheck_bindings import diffCheck.df_geometries - import diffCheck.df_cvt_bindings + + + +class DFMeshToCloud(component): + def RunScript(self, + i_mesh: rg.Mesh, + i_points: int) -> rg.PointCloud: + """ + Convert a Rhino mesh to a cloud. + + :param i_mesh: mesh to convert + :param i_points: number of points to sample + + :return o_cloud: rhino cloud + """ + + + diffCheck.df_cvt_bindings.test() + # diffCheck.df_geometries.test() + + + df_mesh = diffCheck.df_cvt_bindings.cvt_rhmesh_2_dfmesh(i_mesh) + df_cloud = df_mesh.sample_points_uniformly(i_points) + + # convert the df_cloud to a rhino cloud + rgpoints = [rg.Point3d(pt[0], pt[1], pt[2]) for pt in df_cloud.points] + rh_cloud = rg.PointCloud(rgpoints) + + return [rh_cloud] + + if __name__ == "__main__": - # print("Hello from diffCheck_assspp.py") - # diffCheck.df_cvt_bindings.test() - pass \ No newline at end of file + com = DFMeshToCloud() + com.RunScript(i_mesh, i_points) \ No newline at end of file diff --git a/src/gh/examples/tester.ghx b/src/gh/examples/tester.ghx index 13fcbfd7..02e43055 100644 --- a/src/gh/examples/tester.ghx +++ b/src/gh/examples/tester.ghx @@ -49,10 +49,10 @@ - -421 - 402 + -1910 + 461 - 0.7830096 + 1.2750001 @@ -68,13 +68,14 @@ - + F:\diffCheck\src\gh\diffCheck\diffCheck_app.py F:\diffCheck\src\gh\diffCheck\diffCheck_app.py not_found + F:\diffCheck\src\gh\components\DF_global_registration\code.py F:\diffCheck\src\gh\diffCheck\diffCheck_app.py F:\diffCheck\src\gh\components\DF_bind_tester\code.py - F:\diffCheck\src\gh\components\DF_mesh_to_cloud\code.py + F:\diffCheck\src\gh\diffCheck\diffCheck_app.py F:\diffCheck\src\gh\diffCheck\diffCheck\diffCheck_app.py F:\diffCheck\src\gh\diffCheck\diffCheck\test.py @@ -106,9 +107,9 @@ - 18 + 20 - + c9b2d725-6f87-4b07-af90-bd9aefef68eb @@ -117,9 +118,10 @@ - + true + true 2 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7H0HWBQ79/ewdCkCSlGRplhAERSxsht2UQREKWIDkW7vFcXeFXvvFXsv2GGx9957b9der5VvsiZrjDPIvlf/38KT3/MMQ2aS2XOSnOQkOTnhdDiOy+EB7xCmEv5PZHjrNh07KTp16NCpYwWnxkldu7Xp1NG3uoePR2VvL08vj6qenl4VnBQ92nfv0TXJt2NSj+5d49pXcArtEd++TUJwUkqjTu2SOvpWrVq5cnWvpBrVEqpVrVq1iqc+/I0iqk97BCR16pDUvWuKh7xrUmc9/rlhz++/Uiiua0LrNj2TqiR2MO7UOaljxx5d47vpJcZ1j4ORjIyMJJBAi7IcVxlS28XC1FiX/6cw/HPsuA4n+TRAwin5fyA+50i4oogxxZ5OL90WG9Wde2nZmX0n3HzKfVtd8wv/fiSKW5kbyIF3Q75HtpjD/4HP4dd2oy+QXytmuS4mzOScZdY3zmKIjsvLoOIptvBrw9B7C0glBLzj/3/gpeyXR9+fZ9FPyLRh4ZYzqox2A/CZx/bq16aVbArwOxzGcT4s/ZKQM0AyEL/XGmb2DKrb79/QCIAJhs/WXz/UN6VyFTXxNMMdzdJ2ayUzGJkqQourmKGJx+F7Yd/jjLerW1crmcElsnXfmxnPljUXrGb4HQ4/vWObpJXMCMkMTTwO4ziX3z1/nm9KhiaebgAUbrEjtZKZ3Fozmhkct6fvTF2tZAaXwsLda/45Vq2VYDXD73D4xgOrqVrJjOWjxC0+Vq3BG+m0mnvi26iYSenaeLFeYAt1ydDVbuG1+6+1kpncGgCaGRy3accx4/Jt04zDQdGX7m8JLw3Wv/mUmG9khiZ+fCH/XiubeKnDDZW3lVrJDMYapML8+r0f73A4IuTKEK1kpkBWsz6oBROqZu1MLpwekBqpDt8NaKSdWrNe8IfjD2NLKtGjgfDZvKa33x25EKpuzeai8MJm7vEDNtmCEdKL+YeZ1l4JxVcFNgToHcBhnO7g2qMNtJKZBSi3yX7mdvPlQbesAwB+dwuFcZzgwh9a5xtmco5+uO11N0FdEtyx72EJKinDnj67tJIZJB9KlPtK+IyWEbqkbi9tP1ormcFVCAs9fHbyaEq837c66taLlpmMG72PaiUzaoJQFYLPcDONS4ZWPA++4VzyDTN39ma2WP+ykbokbqMwjtOFi7qWb5rmcydebe8UFKcuCRzGMhOy9H39fMNMa58NKf6+cSAnCPUzKIzTGW3tpZ1TTSjXlUhOVK0ZXRK0DHVXWJTUSmYwoZgBIZmxtjwy6HNQqLp1k5RwaqaVzCDhVqLmV1UytGKJm22czvvMEs98wwzdetG62pNuVg21khmkuiiRkCvJjhTH871VTyfd80c1OxDhEpBvmKF1Mbp1S5Uc/aqVzGCAwS1mVirhKzgJSI9vHqeZHNBKZjCh5JIGLfD0MDrWf/tErWRmVfBd81e7EkDfcIeQwPZJKmaWnK/w78GP8b9oADicOfBuCa1kBhOKGZAICHzN9HTjx4sD1eHnpjWbaCUzuNnFHSX5DMejO9HBxp8PMmb+esngZhcNlclnOB49jL7kUvFrvmGG1sXokee9HW91tJIZ1EIpkYas6jQvjblWx+y5r7r1OoPCWGtO3fA0NN8wc6x5iShXeZBaF8NhnO558+dz881U0wY0UY5LgrYL6NFsfE6+YaZ1hXYO+8EPgcdhrEWXe7b2iFYyg+RBufZ77quqGS0jdEkdG2UZr5XMICbUQg6fuQet7vx2RD1163WUkpmp4c8bayUzQlNNoY+lTbr7JKlLAodxVUzrc6VUvmHmhpcreDH/hzpzE4Xx+Ga5e4x2mpsYCEw1WbccdOrB2GR1SeAwLqms3tei8w0z6Rnl0sMfx6lbryUojNPFOXafo5XMoFxXIrlQtWZ0SdAy1OhVgxStZAYTihmAz65RMlPLOSMy836IunU79OSWdqozSNiVSGVRlUxa4xZjq20AauIvo2YbpxvWerB1vmGGbr1oXe3lyaUXtJIZpKookZCrmKGNGD58Wxp6damPuqRWZwz4kG+YoXUxunUzmDOqn1Yyk2p7uEOIayCoPi17dJFF35cB6dVlenyz/3noKK1kBgs3ZoB8huP9Ml276lamVjLzMeKN46JqUaDmnnE+Z8rFqpgJ72Xz4WHxNr9oADh8wa3aPa1kpigmFDEgERD4AY9e3ZzwXkcdju8dpJ2rAFi9x8olOWzG8WjF0/cf441aycwRRDju9UkGcTxaI5CELlivlcxgJRI3x+QzHI8eRjeqs+l2vmGG1sXokadNuJF2G2lP575+Kf60jKBZI36Hw0ZhZbVzrhljs3nLlKfl7FTM0MTjMI7jtmn8Uq1kZuroXfsKNzMBOitvVNzxxOWnktmGiKfTfVt92VcrmcG5Hj397Ycdoz0FSwa/w+Eb+2rZaCUzGGuJakYTj8M4jixW+VErmZktUM1oGaFLyq5WkUlayQzO9eW23Xoe4moLlgx+h8MGPc/V0kpmhKoZTTwO4zivZ3TVzqmmZQLVjJYRuqS8jeVZWskMzvXvBAPBksHvcNh/3PSWWskMxtZfWrMfxOMwjjO3crk7WslMukA1wyWzHhFPl5SnXeVzWslMgdLN8qIB4LBcpTUXBQvHhwzMN/0MTTyOj8OKT03355vWjCaeTucb6NtNK5mpZbepu9uYJsqAAclLi7yLVE0C1v7+DASomNED6B2ojcK+M891zDfM0LoZPSRwapVqr80yo0QMKAkGwbDR+y5ZpDoAuqQaBH82zTfM0OoMXVKRpTce1eYGQImZgs+wjKSgkqFLKiDo+up8wwytJdMlNdoo5pRWMoOaZCVmiiwZ3HrRJeW5ZXtivmGGVixpXW2k/wc7rWQG49KD1V0avLbKVZ3BcQ7EpYVoJTMFcnamQUx89pAoy1xnZ3CcabNH3tVKZtw6WDxxvWslODuDqxVdUqU3nddOHxo413UWFlmw+EMNwZKRoHc4bF259AatZGbTu+azXqYUFZzQaIiqFc3cynYx2mkKXCAHZwZENaOJt9jyeWOZQE4dbmgf7yHEzFcNmNlPMwPdnen9B2YMhCOqMC27V+LxrLKAvsPfO7b226x2O0sDZSWnXSM2cmDI7Q0+O6OcwBXb4PIBWyWgQbkjS6z/tQWPcnpMM9ilB+qUiNvWpos5qPFoge4BpQGoeiW04GQG3Voe5L58LjXBAUTUHp4xwcYWHFCFzcG+iS0/n6lZ4sfk48Pq/DK+I/CaqN8gX2XGuemln0yLLwroO/y9hyk5a257uwKj7vU+tVxhD3x8cr4kmrqCBSur1tW5Zw0mv/4W/OhuaTB4T53SdXzNAV2Tchp1a11gMoNWAnSPvJjXZGNFcGLMqaX2dy1B/aT3ITUauoH47dK0LW1/9LO4JpUvUmtFvsqMPkgs6Dv8vaOlKksWulsA81NGDgPWO4JBmUeP6PxjB95FdWvluNYBzFy9MdDrvBMweXR9fdaqkoCuSTlJ64cVmMzAo5CDMc/HBx0qCcZNf/N+r0d10MjYOthoSTHQ07Z7r6xob3BgUy2DAwOsAd3vb6vT+HG+ygwlEgv6Dn+P7h0KucWnRhcpDCJ9727JdrUCr6ongIZbCoMVBu/bOPE1hq5Js2y/fS4wmYHHq+VQ7xCT2v7ggwQZ2LX9SPPUiw5AompDfEHdtOgedxs6qMezx1BN+lymt0u+yow7HXaZuvuUBPQd/l49Y65V9+YJoFcxu4+r/ykO9my+OPl6lQQwpgawmuzvCKSx65R1zRLA4Qqbp+464Qy2mYx4tu5BPDhUu96iSp9LAfNvhzcXmMxYVnzNzOo6P8xmd1U8PrLPwMrgsNPZF/fNdMF58KzXrhwvcFQVLgJeRZi1+tbfC3hu2PXw0hR74G2W00ErM2Pzq/p3XUaVUNJ3FAUTrL7D3zsjT20ycmCC2v6x4ZVww4vdEsDx+/fGFfUoA452Kb/VtVUCqJeybdi7086Arkm1o67paWVmiAFlCqDvQjXjucmsyXOTvIBpG++kLK9Psl6fzEroT6kEbFThQsDq+kPzk9EVwKsGD8c0TC8CFlW0/pCvMuOT45jPqXNNAH2Hv0e3ARs/tq5r9iwehMy8Ne+qWxmw8mHQ/LZv4sHJd71nj2heTr2hG9ckt1ZzNxaYzHiN2gAcd8iRiQdnrPcEIRdM1peo80RWc3CF0OR9lcAEVfiTLLpTVcvZZT3A41tG+85t0gW+H7qPyVeZ8W9klm0xmSOg7/D3LA56drI/HAjqdz//OKFVCbBvzMQe+50DgZdH6Tt3dG1Bv9DXfTv2qQeKPep6JW6BFfCxjhhsezYAHFIMSc9OMQUbvzU4VGAyY/DrRTkdZpdX9w59iiwJWj2wLOpNioD+3ulTnyS5gmOod0mNXHqrXHApdU2a7Vl0lVZmhtPj/TmS3cWV9D233oQu6SWb9K5G7wgAVRtZ9k0sZAuswzOqLFoYABIN4ko9uugIhrxslfZwZIDa+LaOaZ+zWpkZYkCZAug7/D26d7i9LjXnaePyoDTqPTYOtnxZKKwMcEG9C10zbmyXe+WrzBhlb1/jwKlCgL7D36NdepzXPzew4fpA4Ftm1NTNJV1A52TJv1t2BYL4W91GJ592BHQbU1Rx/2CByQy6d0h62cwkbXEF4Ih6jw5d+uv3c3QHVVDvgtsY/O3dCd8eaeWEbk610+v8B8aBfjcmr/P0+W5wT+9+pjXOtMdTrbSSGUwoZgA+oxssenPk4lX3tdO9G25csIpLPsPxaPW38IcbEYyZv10yxtElVrVoWQXs8GlilW5RXVUy9JCTVjJyrrfXTjMITCjWl8lnOB6tSx8u/qKmVjKTNqJWsaG2DYD1YN3gLwfDVMzQW+zodKGLZ1zIN8ykomdXV6SUz9lWWv3OYuX3cM5zozFayQwmcEf57D6mOd9XQWnicRjH+XCtyUytZMbILmDYx/ox4JCljvPydt+3qeJnOB5+h8PFUtwmayUz9NE6EgHicRjH2SK7oJNvSoYmHsfBYYNu3bXTIZJQydDE09VuZdWRHbSaGaeomS316tQSNLjH73D4dG+5T76pZhh1RfoZvXEN/9VKZlBV+slTTRo6OkSJz9tCYZzu8/FVl7SSmQfjr5507d1YLRdCckQzV7e98yetZAZVLyViRmXVSR/qQpfMMv0h1/PVsHvzuXuvsvXNAH0nfy8r4H0vy5jnMjD1otvm1a9lYNjHhhnSe7JqqrAESFThc7JuLRXAXNdUnRmnJp+rqpWZgZhU0vfcpurGWfe48TqnMrjXsqnljWX2oPyn8E73vL2B+5DgIc+b2oP9Nzy5C22qgtil0nffjO1B5F7ziQfn+YABh71aFd5ZAjTynnZEKzNDDNtyXMaOu8kB+q4nYMvo3q3KpObpNcGj6IqvG44+KGtbJ2KoZUQtkKAKX5ThxeKueove7Vx2W3atTLmFWpkZiEklfc+tZoyYHu1m7eUDXmfcdz++6qvsa+XXM3v1qwoOp7rtiEn4Jut3YoTxlcPeoIG8U72XxXNkbm1LptS28Qa7DTdfGHQmR/b0WhXtXB8VQwdkNkDfSQMToP+9pLHZwKrORZyH3Lsvw2YFva8NrR/k/ESGzQ7W1/3exmQVXXZUKzMDMamk77nVDLoN2Li53D6fPj6gBue4af27oqD6UvmH9EgffrXd7tviWFNA16RqY/t11crMEEMvpx6R98pYA/quWgWjDFOznreudthLD6x1PTritZ0JqFL2ws52xY3AClX4s2w01ZvonRnxT4HJDLoNGPbv+Dop26uAoc96Li+aYQaMRkisMqKrgM7/HK7cPdsa0L1PwuCmwVqpNGE4EgMNfEoeQEfMYpdMRVHY5onLinwzBKSPwqSZc9i3YrtWMoPmd5RTvk9iffciSc35jEATXItR+NKFXto5BzRFYHaOHr+Od1p7vkGEDOAhYbs71iu1khk8iCAPX6AHFvThC+Wu1dROt0sFihk8oiH9FNCjHHo3yeHjeoW1kplRAsyM/g0zVt1CT2slMzU2WXZMvfxRNqxOS5vLes4/zTTgDQ70+PVko8YmWsnMOqT8Yttb+IxWjGn73Lhn1XZqJTPd0BjvEDIMhs/o8R9thv6x34v+WslM+ydzp0cU58CaUUM7Sk99r2a05TM95KlkOV87J7RWfO/VlWjFR6UB0LoY7e+z6bnGrlrJjFKAGVp9odfrJiz/uE8rmbknMG9Kqy84Pg5POVr0Jz8F94Mv1+GHnyArABHYgODwuAYcTsUc6v5BDjHI4yVG+nhOCKwUC7Jiny7NeCdVln5Z0bNt69qgUcX7DXfOiQV9Py94+6WfnzJh56TZHYP8QV/X3hKh4tMa5vBhH/DZ6+kxJbiNSWB7k3/8xznEgssuN0vNvdAIpL4ZKzdalwicrHOizK2bghtnx22+sCUc9D3QoIlWMoePbLmJFipyYy7NfmitgL5JwGGDRcrrmFjwzYvbax4WAW45xHloJXNCx4WLVcvwF+5f3WLjQFbSmPYmMqCc0vrSgh41aoBhS0LeaSVzQjInxoTTg1u75hyPA1c8M8wqyuXKGR8eRrzdKAfnF12JzzclJ9ZwiDF3w6Toeq1kDjOFJxdyKznPPsct+o1JAmkZnuMV/ZuBcpPmZPuWbQCq3rCeotXMkafai5UQ59e7a2pUPDjzqVha+pLKSodZSxtfNawDnupEb9JK5oQO7E0M7u/R0jUeNNoGLl96XwGMLe8zIjYzCOzbY/Ts6KM4MEGS6bFsiycYV+x22+ctA/hp4SuDtZI5oTOiXl7/J2GqQQKYu8JuSduoIHDxtfe5UKv6YFJyXHo5RQLoesFYESINBJclo1/u6dwQFK35cLlWMid0PLkYc2Ill5rUe4JWMid0UlHMNonXY4d40LnRl8Nt23oqnUaH1Wyzwk9U5szNJ1fNNzLnER31uE5KArgZ2WzsyGgv0LbbpyzfHYEg7ez9ZRtrJwDFl54N906rAtompC8+GlUXnPT8tkwrmRM6Z1qs5MSY+zZgbSGtZE7oqGax6ifWijaufLyhVjIndNqxWKsoVl3nVqsQpZXMCR0YLFZCYmrZ28K9Zmglc0Jn7oqV0Oihzk3sKyWCxM2Hsye5+IML5gk+9bbWB+2PxSzVSuaEzuAV68/EGhrdSx8ctJM5gZNfxVpFsc499ou3hVYyJ3R4atOnY1bLHBJB6BDd4FXDIkDqresy/2FhYFuCTbvVtxPAo6ejP9co2gh8Wp+cYLO6IQgo+vxCvtEtr7W10+nRNRHs6D/cdO7ipuBWcOLSuQZhonMoG8e4dtJK5oSO8BRjTqzkMlrVi9RK5oR0S4vZvWa9uZsI9Ka4LIitGQ4izqaHjA4NAZtLPbs63CkJtHeb/eL0qjCwsstX7/5NQkHRUJtpWsmc0EGSl9xedGm4IQnU3jWNq1qrMTBNWrvCYmQY8F6U4rmrexK45OqwYe/hxqDYDsNq6zY0BCsfXr+slcwJncUoVnJizNm61nPTSuaEjjMUq35irWgv8/bayZzQiYBiraJYdR2y4LqxVjJ3SeBQPbESElOoV+2Se2slc0Ln0omV0LM552XT9yWDthmFLh9+EAOOJbQ+VvZoBFjpMLmYVjJ3TOCcOrH+TKyhGdileHWtZE7odDSxVlGscy9/08hZK5nDII1Durb16TrDPQ6crLxd4ni9stJlIJgUZKwAQx+76HEX+AWSHc8td6f7Kg3+efvabaEfCOu0OUGrmSNPTxNjIsPjzYJThnFA0ffqwdV9ZEr7aiXHtkn2B7qTllpqNXPkKTdiJbdknUHhNi3iQPib9G3mG72VNY+1rjDqRB3w5N3NBVrJnJD7XrGSe7R/wY7OHeOA40td92dtpEqXUY4nO5wHYPqzdO1cCBE6BkuMCXuTLk38FsSB0Ka9O3d0BMpq5wParJ6lAAZ9vqzRSuaEDpIRY+5C3c3ljPfFAY/WJ0o0XFhFKXVo13GsrxzcPNcgTiuZw8DO/OEzMSaM0obuv/wuDqwvt/O0tGdVZWTbyUbHJHWAaZ/VCq1kTujUHDHmxBqaihPdV2klc0IHz4g1+WKt5eorb7pqJXNCZ7eINRxiTF8fGFNNK5kTOv5ETLbEmO51clSsVjIndIKIWPUTY7qerruNVjIndKLI0xP9A7f5JoGaVxwj5xyNAu6xaa1uxoWDa1NvWx5OTAKdM1s06JEdBWwcdifPHB4B3qe8qJxvNBQx5sJXfckpdyEJlPZpz70YEAWk/hd73DQLB7WGv76ilcwJnTgixsSjeZUM3nxMAoNvl3u7sGcUuKn3Tw/T4hGgyuO72rmEJXRohxhzi5a+jx5rnwzmPV+xVXakBSjdOnbWwi9hIHPCvuJCzJXUyTtz92nm/n8dKCAmex0LnWp6dVQSiN7u1e3u6mhQeeS5wTOzIoDegMz5z9Ymgbqb9WeEzWgBGrz+Z97MfyPAtDerH+ScTQLe6y7vyhoSA9pE6+6c6dUIbAuJ2pevMis3H/ti1b36q7Ytax5KAqkDa1pNHh8FXm+92rmWNAKMVCzdNmhaEujuWN9z6PIooNfuWLu28RGiDd6SisHb81Vm5eZ2ftGXT1fKt0kG/meWxD+tHgMqK7yOmO6PAOYjTafY+ieDphdP+fYPaQHsLhdba5rGz+4VcQjRd0wG7a99sbOIjwafOkommUZEiLYxZ+etSMtXmZWbJ3Yx8fFf2GXsNv1kUN3i0LwTbWNA0xVWyrZmjcDbBj7eXaolg9pdMgZeD4sBdd8776/1OAKIZXpsw9rP81Vm5eac3KN1/8RnzokgrvSk+4s2BIDROsE+J+ODwLAZ8rT5xRNBuzt1R5YcVBcEeWaO/zI3CFw9ZLA5rEgi6L7gs9uM0DrAsKXX4/KXg4D3xyNXdU0TwYCY9cetnPzBnrFL5E2KBgOnR5eO56vMys1ft1hmnX974LhfjUTQJux2SP1NASAraOWa+inBIHVQ4WrTQhNBp/6eGe82B4BXk41dj4yvD0qbN13wpFUi6LlqgMP8jADgfL31nIClIWDl8h6R+SqzcnNhLVYjPqVOWpdhmwiOuJo7PuKf90io8fjL/GCwh2s+pE2pRFDsWbvOu539gWuNE+MXudcXNRBp5n33fL7KrNy8Olc+6TT12sEEsDesajP/Uv7g2S3nkaPdQ4DySMuyU7YlgMdfVyy/1KgOCCw6cOmuhSGgwYF524NXJACTlQ7/th9eFywMuLHvuW0DcC37erDurARQqfHkAJ1tAeBrn9p3ncY1AEUu9z2ZrzIrN0fHYuKT8fayRz2+BsXc86xgvZUXQ8vmxhPehICgq1G7028kgICSd2qM4Z9H1w3ueQmIZ9byOt25fJVZufn+FRMfm3rO2Rt48bzySP72OP/8eqOQL0Y36oMlJs7uAU8SQGjJXWWM+Zr4aFa1PYf1QoBYDT22q1AXrRyeCLnTFas5YuvapufCzLSSOSH3umLVWazXiiraTju3gw0QcOoqVv3EepnpLxy105JcyC+q2Dq12Dax6WOGzNVK5oQ8Cx6uvXpIo4mJIGVe5yqTWzYDe2YPTnqSGAamvFv2suqeJHBI90GZvl+bgrs11vhVnBkKFgR/6ayVzAl5M0nKPr14dvNE4Bu2c3bUrWbgQWSA8bbMhkCM6cPzng7USuaEPA+K7UYUY+7NrDJG+aZaipWc2HawZss9p+crpSA3z4S77Ea0LD07Cdxz9+45fFIMeLJwjfm4EeFAZ5AJd3p8Eji62azJzKAY4Pe6ukHpnuGg7uPxC/oNTQIbfB9WWy2JATPk+75uTwwHo8OK+rmlJIEZB5R2WTtagOeTGr5rGBEOLi+pfCJfZVZuzvrE5i71XKfplSqVDBK2l7hs8bYFaHToRudsg3CQtLjq6m3lk0GloWM/3S4ZA4aXaxFw2yIcHHI+H9HAMxl8bpBTYlNADNg28mpJnRLhwAP4XshXmZWb/zoxJot3t1gz9VsSeP/MouaS2BhwuNYxO09ZOGh/INjg+rEk8CTNpenUlBhw+fmuIi0TwoFYDT0ZdOxovsqs3LyYidWsmTcjv9k8SAJ+tw0uFd3fAuw82jxheLFwMNFuy/wF65LA07MJ/z7OagEiK0VWaOcjLoZTLS6N1soGWcjLmZg+MMz5c8sbvMFf5TaRfpNatQRvuo5qN7NOOLAqk5mZb/QEsV5FjOlPi8K/aiVzQl7QxPQEsZILUFbVTsuNcQK+t8T0BDEvB9UfZH7WSuYmCbmvEmk4xBZgu95ocEArmctELqqw6yr4TKwLEVsfuBIX8kQrmauu/6tHKLF+VmzRotVAZ0OtZG6TgB8isYZDbJzcy+T+RJI5WcOe/0JXPi7OiOCSBMfFBDQF20OxAXcJjleVG5cJOb4txvGf7CfI1gYD7+KCWkKZhSuixvkngYGFfNY0nh8LPP2c4wceDROdHdDULVCWNMZaqGpoTUYJuSoRyihNGdfUl0udtJPPtDqjcqtR2OO+6nRRkZqzK7T5yNt3ksGeovX76V1tCd4pjblbhRqJZiDOqEtURn32bVc732YUWaNeXt9k8a5eHLDL3Ds2bnE0qPhP5RuPHfmMOtf6VHJGHBjX1GP3qYVR4MKxl/MN3JuA1HIT7zWXxYOLSc+6h5aSK4dWuJjqkFIb1Hesu+TY6njw2tPOpmsZf+XUZg+zD4X7g7iuGUO0OqOwyL2RTqu5J76NaEZ135dksCAtAWxf298wurGvssL+zuUDL9YCYGfxA5afEkBPlydLGq4Fyvuu3nY3dPzBg5SRlWtOiweN9zc/0LVlDIgIazaq+4cIsLmz7+tVugngSMv97263aAG+VbYNnihpAqovNRyj1RmVV9ETq1FiGSJWo3CG76IyPGX1/sEFIqNYG5VLRpGiVz24dYe9d1sAl95lpl5waQGenBgQvXJWJDhV/czTpZkxYIrVxH11nKPB5PW+DgfTm4KaVeytvHVbg1M+31ZbcIFgQXP9Sxf06gIjt9On0zu3BlvbnTV58aUueFNyUJRFifpgznQQVyDaqNfdXB85PGwNQrcO/Xq/Zyio3ySn9NbFASCz7ZVlExq1ASMW32i28kkDMK943+Uvt4eABcf6FJu5qiXQK2TjcCUtFoDjXwYXb9sY2LfoWl+qiAXSJke3WJrGgkdrd/hX69EM7L1g5KjVGZVX0ROrUWIZUpuqUfNRjRLL8BZlH5YtEBnF2igEck5BXaorb1Tc8cRFlVFi21z2dN6fPSslDrxdcdy6186qyv7KfrfetAwQ3SF57sWGCEnpOPB6xqBJheRAGete2e/chzrARBfYa3WNErJyF8ooTRkX2xFW/VilQt12xYFFVUznuywBytTD0SVtK9QBI97kjNPqjBLa9iaUUZoyLrYBq0yIoreJVTyIuHnHY9kAH+XMmOW7fKbUBbqpFhKtziihXWZCGaUp45qKaoXH51zyeqzMzXMXGwQ8PmuZdf97RnW7eOkDeayMpdiPG2WU/TT25vGsEVVX3t1T4nnW6Kbvu11sdzKr3mqXO9e457JD98cfndBgb9aTQ1feHzU9l5Xd4vLAzP6nZFV6Lva41/pslrt7zZPVop7JxJ7ved0lPVA3Qinmxh+fufO797HzupzV6lpDMyBWa641nLQ1dHISOLW5YsXxU2LAiuCatR/VDwcVGjsbRtxOAhtdjGWBA2PAq4RThl2nNhKdMK593mzmDn7dw77e5+TGW6NA194uVdqsbAR8O1QdWiAabE0ZF90gs2FMQ/fSyUBvSYDVinZRYFh0B782jRuBFqPXrysQDbamjIMKFh2z3ZPBDos+l27XiwG7Kg0LevRvGJhQef7uvSnJYEb/yCezvXlDlXolbLr6NQL/DLVOLhANtqaMayqqY08UiftjDbbYj1ujBtuqYv8LjYq/yFp6xmPjWv+5srqowa76eNsXlyPHs5bL7Ve1HXkq6yBqmMcc6NZ1pevCrMTWlSR9HzyXiT2XX6xgcHFf1H9usMf1q7JPq2sNxtcmRY09Osl/qjWeG3Y9vDTFXlVr+r4YEP7QLAHouHb7PDEzAJyvsOOoV4cwgJ+3Dh5h/NndH8gHF2/8tFMY6JWdERDnmgQmbe0+vU96AJDuiyof3UGufv7x+sj0u1b+wK6TvfR0VznoMe96sT9Wa8SILVK+3zOp6XVZ/M7SkW4He2QdDXn7LXXI06wm7aor5g15KqvlXqvs0ErJsvHbzhiX5ON9LySnXbsOz115JedF1tDbcfE7O/cWfW5do7tzjVEBgM5UHK5nWMpqfpT0t++fuk7u9Mczgy6hv50Zzxel6s17r/jPmdFtit2ZAjE/pOly0Mtm6Yc69UgGZXe/XBrUMRbUvxks3ZsTKrqK0r2osP9nrckorvk6xaprdX8yTcZYaBSb/OCFvyqjYrfsrPx6aGuw3n6zt6IZP7OYvHu+/pFGIG5609LT3FuBL/dNlxoObwlO7Ji29U1MXaD40DSju2Eyv8C+yY/r3hLoHDwS/tanCVBcfrfMbm0imGw9vFl8aBxY2XdDydPVg0Fy9QlrtTqjcjtAHVv96P0P1sGaWgmt6zDpi1ZnVF4n0sSWuMVE7HdHjCgpEf6yNWb0H2uwxUrjyxaVziNDg1TZ2O+DVFnUd50ny/aBapAqi/o+SJV5It2mBBqM+qHBqNjzmieGV6l6PVyt8wwwTTu0aE/wLwcb/e59piLjp2Pcmr5N7watJWYW+h628EYvxHIZ1xR4DyRKFOaq2FIxTqMPf4CqJWLTqLromzCOL5FGN5fGGr6Dlx5llgnDYg05jg9pMyTS6OfikxumMUK8mBNpDHLxBo3TwHy2ItLA3xRzpgzTGKM0RYg08DtivhtxmsL8ZU+kgc9EPVLz70z4y4yirVAuHuVxGkMqD0xycfcN05jylyWiD8M0F0fTOI0ZlQdmufi1hGmKIv6LE2nMc/GoiNPY8JcDkQbSKeaQEKaxRmkciTQWuTgUxWlg3S5BpIF5IubVEaax5a9iFG2wrMR2r+E0kP+aRJoiubjMhGns+KskRVvRXJw14jTFqDyAPIrN6ME0Tvzlwl9liTQ2uUyC4zTQqqsUkcY2l/lgXRS3NH+5Emnscpka1UVxy1C0Qf5E3Rvy78rxV3lEH0bxXBwR4TTuKB8wYL6LeWDSRb/hhnjCgPVczLGRLorvjnjCKJnL/BVMU4G/KvJXEJHGIZepHF0U34O/KhFpYJ0Qc9MB03jylxf6PQxYzmKGmjhNFf4KJtLAfBfzcKGLfqMyog8D5ruYzaQuig9/pz6RBtYnsU2VMA3sP6vyVy0iDSwrsb2KOI0Pf9Um0rjmsmNVF/1GdUq2y+Sy5VcX/UYN1NZglM1lfyVMUw2lIWkrl8uGU5ymOpUHsN6KmXDqovoI+/kQIo1bLmo0TAPVUT9KD3HPxSYdpoEaUT3+IrVRWPfE1HL8OzCdlEgD67qYyq6L6Aqg9BCPXAyTYRo5f/lT9bpSLpbaOE0dSk49c9leAtMoUBpSTr1ysSvGafwpWaici7kuTFMX5TVZplCexJRonCaAyuvYf8ImQyX1I+xU8OmcQsAjeo5QHsX26OC4MB4aMgmeRQk7cwmKAxURLpe4+PeEjn2EFRPH6fsrHeq4WInlBIxfOfQOfgPekdIuGFdoXxPmGSu98Dt6SDkUyx+oCOuL/IYO8R19pJSJ0WNAlAN9RB/uPCRIoYRKJCcS15BQ1OnT8PRQnqjG6ZRiSseF7+HFCRyCpY9olSAFkBy00HGNifyjz+EwRL8hQY0uqVzTcQsR5Ukfp2ZI0AMVODxcFYprQuUfeboEHkxICMWVE4lrStR3mmcT9E6CFDC7XPLHjKgX9HlcxsR3ilHKOh3XnChP+ugryJM++o49pbzScQsTgw/6lClYViboOw6oU+JE4loQ9YI+0EmfaH8ckULDicS1JDpk+uwkE9SpS5CCQyqKdFwron7RxxTBumOMvoMVYk4kbhFioEWfCATLyhB9ByvJnEjcokQ9pQ/fMUNlKUEKCFQoOJG4sJ5ai8gMlk0JoRhzInFtiPpOHylTmKDHnVJG6biwvsNLSGawjEsIZZgTiWtHyA19UAqWcQnqpGGHzonEhXIDL07gTBJL4jtYAeZE4hYn5I8+/gPyZIa+4406cU4kbglC/uiTNmBZFUHf8UFKLCcS156YwKAPtTAj2lWsbHIicUsSckyfH1EE1RsJUnJJZZqO60AMvumjGmDdsUTfqUUpy3RcR2KgTJ+KAMuqMDHpRSpBdFwnql0hVzpx2y5ByiupUNJxnalBK+nr3wbVLfgdgBRATiSuC9U+kW71rVHdkggo7HTcUsQAnzbEsEGyJ0GKL6mM0nFLU+0c6SzeFtVRCVJs0anvgnFdickD2t4B930SpFCTii4dtwzVXpIu0O1QXZcgBZhU5um4ZYmJCdqsAH7HGn0HKt6knkzHLUe0u7Rjb9wXw+805K9Q4jt0XCg/5X/mWe1DuwRRf8L4K/zX/FHHdSPab9pdNe7T4Xci+KvRr3yp48L22/2n3/jhGbo4kc+R/NX4F3p+xK1A9QOkE+aSSIbhd5rwV/NfSutHXNgPwEuojpZEbQr8TlP+akGkp+N6CPQn2LWwA5Jh+J1mkBcBenDcSsTAj/bi64D6GvidKP6K+SV/fsT1pPolCOwQF+s88Dst+StWgB4cF/ZL8CKBfcU6E/kcx1/xAt/BcStT/RsEdqPqQuRPAn8lCnwHx61C9W8Q2MMonrSE30nir2SB7+C4sJ/EiykY2Pkm1sHgd1rxV2uB7+C4Val+EgL7pSyF2ib4nTb81VbgOzgu7G/hRQK7bCxN6Jnt+Ku9wHdwXNjfwosE9maIdTn4nQ781VHgOzhudarfhsCO/lyJ73Tir84C38FxYb8NLxLYBx6exIXf6cJfXQW+g+PWJPp/2n2cK6HXdeOv7kR6Om4tYuKL9tQGeSqFvtODv3oS36Hj1ib0CNopWlmi/vTir97Ed+i4vsQCGu1/DOs+8OrDXynEd+i4UkIfodfAKyCZgd/pz1+DiO/QcaE+Qq8j43Vz2P5XQN8ZDHn5pbR+xIX6CF7epB1YuRPfGcJfs4n0dFyoj/iJ0OpGzEsMhWWUC19QH4EXCex2CU+Kw+8M46/hAnzhuFAfgRcJ7JEIT5bD74zgr5EC38Fx/QX0NeysB37DA31nFH+NFvgOjgv1GniRwH5sPAm+xvBXmsB3cFyo18CLE3ABUwW13fA7Y/lLvTwtEDdAQF/DdaIiUQ/H8Vc/ge/guFA/ghcn4NjEnaBnPH9NINLTcQMJfZb2IYL1Gfidifw1ifgOHTeI0Ptodx0wj0ui70zmrynEd+i4wYS+T3vG8CD6ZejQYRrxHTpufUK/pp1QeBH94HT+mkF8h44bQujFtL8HmMe4DZrJX7OI79Bx11pefwkngVOQMmoxh4gsNAHMERO7eIIyN9Bp8wo8gbxnUN1+/4ZGqAtUh5o8luTiLIpOqykNtL1OZvgP90N4UgPHw5PLYsBpNaUBT1zTE7+kxQimQU9g0l1swlsT0JPepIkfnvTGNOBJuj9dH/CEOc2LPsE3WR/+Rj6Qk+00L/j3MA3Y0uZP5wOeqKcn8CFdeMKfrA/k5C8GnVZTGvAkv+WjxC0+Vq3VZqCQrkJEeeCyEKKBTqspDeQCAV0ncb0ky0KIBjqtpjTgxYW8yKY+NfH9v9bJMyWrzNv97/0cfMcLE3mpDwYiNGhaH2gayEUNiDVochfnvwVVJ8kFNho4raY04AURofYBL6hhGvCixp8uC7yYQi+KGVJ847IQooFOqykNeCGGXjCC8ooX4DANYu0TnVZTGvAiTl5p0P0LNOAFIHrBArYZeAGRpEEIdFpNacCLR3mlQe8v0IAXntACmRJN4KsW9wwQHVhOheojJ5BWUxrwohW9qAppwIuwOB84EZ2STqspDeSCF7lgBNtOvICLadD5TX+B02pKA7lYlhcadP8CDXihjZYv2H7jBejf5cN/lU28SJdXGvT+Ag14gQ8t+CpRe6taRDVF5UHKhVA+0Gk1pQEvDtKL8pAGYyofxOSCTqspDXhhkV7Qh/0YNgAgaRBqI+i0mtKAFyXzQoPYWOu/0oAXNGmDBNiXYgMGkn+hMSedVlMa8GJoXmjAutSfpoFcSIUAg1vMrFTCF1ggeSCNMHJz0kym1ZQGvAhLG3VYUONLnAdCdZJOqykNeAF3VfBd81e7EkDfcIeQwPZJqsX/MqgsfjfGodNqSgNe/KWNUiAN2IgF5wM9NsWg02pKA144pg1aoF6DDWAwDXjcRYNOqykNeNE5rzTo/wUa8II1bZADdStswEPSICSbdFpNacCL3XmhwUAsH/4jDXihnDYogvodNkD6nV5Np9WUBrzInlcaDP8CDXiBntbPrSnjxr85vsCL+3mlwegv0IANA5AhlxIZdiltUDkUzsP4gk6rKQ3YqIA2KoM0YCM0nA+ciGEunVZTGkiDBFI/t6WMVP/m+II2ZvgdDYZ/gQZsCEEb1NlRRra55QOdVlMasBFFXmkw+gs0YAMMZAioRAvZKiOgoqg8fje+oNNqSgM23qCNEiENllQ+iMkFnVZTGrDhB23QCPnFBpAkDUI6DJ1WUxqw0UheaJCIyMV/pQEbnNAGmXDshQ04yXwQmiOl02pKAzZWyQsNEhG5+K80YEOXVNvDHUJcA0H1admjiywKBarddqgsfje+oNNqSgM2krlMGbVCGrARLM4HetczBp1WUxqwgc3HiDeOi6pFgZp7xvmcKRerMl4rj8rid+MLOq2mNGDjHNooF9KAjXg5ggahOkmn1ZQGbNhzlDLoheNgbABMloWQbNJpNaUBGwUdQd+59hsahNpJOq2mNGCDItogGY7FsQEzSYOQbNJpNaUBGyPlhQZy3PUnaaANmbABhhO1uQbnA70phwTtoiqvII2gSGNsOB+AjbcxDfq/oQGn1ZQGbEA1dfSufYWbmQDsz8wFtQV4tzueDxOigU6rKQ3Y+Io2moXzAdhonCwLoY18dFpNaaANt7ABOZwPwAbnZFkI0UCn1ZQGbPQ1m8pPZ1QXbKiyEKKBTqspDdhgjDaAd6U2i+GyIDcNYtBpNaWBNjbD+QnnJLCxPSeycfFPlQU2VFtG5WdpVBdsqbIQooFOqykN2MiNNv6H8yJ4swBZFuSGSQw6raY0kAZy5EYP2D7gjSFkWQjRQKfVlAZsXJdO5WcZVBfsqLIQooFOqykNpGFeXvoL0kPK/9pf0H0WNurLSzupL0KDpu0kTQM2CMxL+2AgQoOm7QNNA9wY0yCPcqErQoOmckHTADfWNBTYUFOO2gyLxzjkJmQMOq2mNEBbylANaDD5CzTAjUFhAhuCoE6PNxBhGrBNJQ06raY0wI1J4XmkQSLSb/5XGuDGpgiBDU1u1Kbm3OoDnVZTGuDGqkYa0GD2F2iAG7MiBTZkwblbvIErb/XhR1pNaYAbwxrnkQaJSH/xX2mAG8vgRW8og/PHeAMa2VaTXl1o4LS/o4EG3JTWVKDNh/PHePMa2WeRDg7+lF4NN7TBi97IBueP8cY3Mh+EaKDTakoD3OAHL7cOFk9c71qpdYAKqBzwGYO4vxCigU6rKQ1wQ16UwEY8OIeNN+6RZUF6S8Og02pKA9xYCK9N75rPeplSVM2LByoHByofhGig02pKA9wk2SKPdVKfsqX6UzoM3BgJL5zeIJeyMBChgU6rKQ1wYyW86A2VnpTTCTxPK+Tsg06rKQ2x1ObO39Fg+RdogBtD4UVvCIVrGngDaV7zAafVlIZ4anPq72iw+gs0wI2t8KI3tMJ1FbwBNq/5gNNqSkMitbn2dzQU+Qs0wI258KI35MK1HbyBN6/5gNNqSkMytTn4dzQU/Qs0wI3F8KI3FHtTTmAwDbmt8+K0mtLQmtrc/DsabP8CDXBjdJsfG6HV66RwjcsV0aHzm3yg02pKQ1tqczbelA1pwJu4OYIG0qGSCC0a5wPc2A0vekM3XGfDG8DzWh9wWk1paE9tLv8dDcX+Ag1wYzq86A3p1ShnRLmt89JpNaWhI7U5/nc02P4FGuDG+k4/NtKr63Z19PuueXCiR6fVlIbO1OZ+vKkf0oCdAORVLnBaTWmAjgHgRTsEqEF5gc1LfcBpNaWhK+Wc4Hc0FPsLNEDHBvDKqXZ6nf/AONDvxuR1nj4JKscIVlR9EFvnpdNqSgN0rNBdwKkCpAE7YfidHSmdVlMaoGOGHgIOGeDaL3bgQI6zhGSTTqspDdAxRE8NaLD7CzRAxxLwMo4usapFyypgh08Tq3SL6irHFKVRnSTrg1A+0Gk1pQE6toDXYMqpBaQBO8Eg80FILui0mtIAnWKkCDjE8CU2r2MaOBHbAzqtpjRA5xx98kiDhHKA+KdogE5L4YU25IMd3zfoC+4x1xehgU6rKQ3QAUeqgPMNuP6MnXWQ9YH0gI9Bp/0dDTT6UY4lsEMJuNaHHVCQ+SBEA51WUxqgk5X+ArxI0e9XoGTzb+TDAMpBC+ZFhn7fjZoL+hv5MJBSOpyQkxC49oudipD1gdwvQgOn1bROQmc3g0TKAjvG4Yh8cPwDZUHTAJ3lDP6Rj2p9TKgsxGy86bSa0gAd7QwRcLADKKeaudlX02k1pQE66YEXykcl+o7SD8kmnQ9Ce8zptJrSAB38wIt27COnvOPnZU4Mp9WUBuhgaPiP9OoylaPf96B0ewfx3/6f6wN0UAQv2jERtJHBjozyOheE02pKA3SQNPJHejUvCvT7nnnIBzqtpjRAB0vwoh0rQTsd7Igpr3NBOK2mNEAHT6N/pFfz4o9+3ysP+UCn1ZQG6CAKXrRjKGgrhB1JcQQNQnPmdFpNaUijnFT9jgaHv0ADdHAFL9qxlVCfJWZvT6fVlAboHAteedFhfrcHJK99N00DdKw1XsChFrRXwg64fqfT0mk1pQE69oLXFEo3rod+352SC6G+m06rKQ3QMRi8xlMOwQIph9ZYhxECnVZTGqBjskka0FDyL9AAHZvBqxvl0AzabWEHaCQNQv0mnVZTGqBjNXiNyiMNQm3UqP9IA3TMBq8amyw7pl7+KBtWp6XNZT1nlWM3J6rv1hXJBzqtpjRAx3DwWlf3u1O4csgpHKQBO5EjxzhCfRadVlMaoGM5eHXT+9mhHLRfww7oSBqE9Ac6raY0QMd28Gr/ZO70iOIcWDNqaEfpKWcVDS5Uv4lPEKNBp9WUBugYD14rKId40IYOO9D7XVtNp9WUBuiYD17KPNIg1FYr/yMN0IknvO7lYXxhINJW02k1peGW+efPKieEqCG2wIJgjgY/g1FjziECCqOKCYUUT+67owyjB2TYgQh5JCF2EIfj6qHMdSI2EJMVEE96QKMobNSJHbTgzd5WSLGxIyZ18e/poUpcGlWkMoQzBQO0maMDWjjojhSF6qhhdEET6TqEwx74PW80aVmLaLywUyE91MH4IAXMl9joaIzew4KtjSqaFL3HTmj00OQcNMiDi2k10ftCyFhRDxk4+hHHOOkQzltUZ//yF1SE4eBIQZz0Y4beQ4M4qBhBJbEueo/zXg8ZisEOAioNgeg93lAM38NGEzYYIcjoVIfY9KyHjEAjkfFfGKHwWKJ8H4Y6xibI2GIqYfhmhb4RjwyUmiJjKR2Uvgj6xgjUmCYiA54oFMcKlbceGqRMQwvXM9D7IqiT00PK+xRkfBOD3uMjE/WQMUoSMkKIQzwUwk580EJwL7Tw1QOlt0b1UBctBPVEC6U6xAYWXbRo2BVNBusQRxtaIWUaNpA1UCfthZTYbmjhtxVa+HQmjlG0JuqYIVKGdRAtJRC941Gj1wdNfOqgtPbofSqaCOyPJsJw41sSvZ9E1MOhRMPogN6noUH6aDRIlaBvO6L3s9HE0kCkpOqg995X/d7CRmguaoQssVYiNLODGw/6mCsJZUlKzshgj4TYoydOh70l4oYEP8eeTsijojii8aJXarAnL+whEn/HiBB+/D9HeDiiPSnio4wKocpCzrxjryfY6yD+likh4Ph/jtjNib3z4ee4gcUe8/Bz7C2APE4IAnufUZ3nScTHu6hhhcX/cyiMBQ3/zxG7KqGA4f85FMaCQ2obeJcVrOD4f47oAOwoSxdbokLj/zliJ0RxalWpGFGB8f8ciocrJv6fQ/HwDBv+nyOOX3BEgmCfy4wkQ/7G9uWvmuNzpPG5y/is5goTVi4ddj8ZhDpXiVbsjgUtFpY7OPFrIwAbtixkvqUDj+keq/frMd33qGO6K24vEQ2P6Y5Ecaua41OFG2S86Gx4V+Zo0+tr43b3f/Y7//aFOkyPWbGPkSVbP0xZdDAJRKKwTx8dRc4Lkz21FHf97CZUVKz6IFFwW5bKv0+1q68s4vrpWQ4PHcgi9rytGkDSbTNGRYX9P3d8iv9y6rqQxTvECP+HQXZNLsi+3zNU6VTt+qyZEI9lnOq3cTNA6oXfm3+DFibr3ascV82QqRpPs0KFDAuZmZmZmJqacnp6nKmuromuqWkhQyMjQzMDAx0DMzOJgY6OgURf37iQkdFymHD1KBvVz2xFP9P7is5yrkmODp9dXd9yisebl8pD+GzcsuZDdjifjVfv6yke8VnaI8JFLu/tqui2XCnPWDtVXvOKu2IKn709R86Sf3KzVBzMaOWn9yZSHlu3sKLGmmF+3XJqyld52ykir4bLR0yKldcpVlzR9nWg3G54X/m3V06K5hXnyF3c0uQJZo6KUwsXyDfF9pMvn1xK8ch+v/yZ90j5ktGlFbO+HJFHlB0jv37ORXFdclKufNdPXsEuMDKo/f6RkJesjCcXVbzgtaveV/qeaLw+a43/EQ/nDoOuv/E7ZsBNSaj7ddL1B/Wg+qLIrqnPjahlp8r6bc3dZdyCATJVGN0T+wVLnY46q97DcMv+lWX/nHJR39M3v5XC5/h+acE8KXyO7zh9+3PVpPD78I6LX6gK3eKvY0+K91ZxgVfrel9JiB04UOmUXexAi+bmfWpVfF5/8tjOAwtVUf7r+dGsV8NGTYoX2/vRs0dDiV9q+REploWz5u2w4abPN7lfKe1cg5U3Kzx/6dl22EXdsF4j9EO/6ZZzXPqt7oeSTW70yuj8zZUPDSh1rr9d1oij6amR2xbu1Vn+9Wuo9FgLbt/GkHvTkqa+gaQsIWgWoruMY1dkK/ryl+ovjD8fD9I1pWG9a/zt/MCvN3MGSNRz3qqWqZZu3lsmXRS3Ktab6l9++3JQ/BHZsc+fi5hZnpHZDjNsNfXpBdn7bolfbJdfkYl5+MUtU0L0pftbwkuDCKJlGmBptWfa0cN+X9ubK+bx4pXGi1QBbZl0OIkuHC8O9rr4hBNrTprqmCii/tXZs4bPkwd8nrTm82fxdGs5TDhgydYYrvOXjpm2Nzpn7Yrpm5mX/+Go+8LGlee5NiMnSFclbpVaFI1Q3WFYCc6rwvCuricCeaGar+hXa/IvnQ4O4yKmix6H1Q6w8p8cjY3vqPxFjmw16OFvYjnCY4Q4v3O6476clwFPr5kWCy7LXj+qv+jE5OuyoUvaxuzo8kgm5l0xCMnP7OGfbqQGBoF4FN7H1x8oR2l8Pfl81Upxg+92SvDdTgGVI0NOX1+HH7MZ6Boacoa6uhI9HR19HT09XQOJRE9iYADnG+q9bruQI7tgUsZIubrH51cF16nZV6Xl5MOkRork85+z61cpJQ/8p5Ci54T07MDuHnITiZmi+2duT8J5e/mJtYUVHzasyo61KSeHP3T1bHB17u27IVLngNmZmZfbyv7G/7AGPLrzMZufVjku7THvqRTez45VyDrfW6e+z1lSVjZw+35pz76+qvvsJRVkPdy3qsLwDsPqOixQTrCCT26qfKF27olfiMk8ro7tTC6cHpAaqQ7X/r65FgSownoAbbIFtVEYbb4Fw0bvu2SR6qB+n4LC+bCNmH/cbPmf7WsxNt0sdG7Y/sOy4qq+9oDsmp1xtUthx2RiHjeR52bQMqJRiVaj/YANCgfyKqiCr+dVgs1UbUQor44W4DZCR1eimpstVU6azZHqN9kmBH2wUDSOGJIdxOcJ2Q7AhOXflnnIFTLpJTOR6kq71G6bmZf/YV/btHnMWRVJqxK/q7l7xsVLK1VowPe51VR3GBbJBhVgUW4ceThE7VQVv8BhXMR00eMwfp8P5ahTOdMXf0eOtiM5ihhv/ezenB2ytlFpdbds2iPDHlu5Yz97bJWgTExAcmSCwlP44VvFe6P96t6oLK97pISiPT+Uq8QP3wqoHOnqfJejxxNel+em3i+mKJ4xx68Fzzs5dCWHtJX4PPHn8+f56RCVHNntP7sfylEWLyOZvIxI8/I/lKNPRQK/7yAo+/CcL5SblXOtVfIDw/A5DItkgwqwKIsv8i+mdsqrfoOKGhcxXfQ4viT/ytGg2JZFf5EjmQZyZEjKEawazXanLNHxyJapxoCVj8gCnPe4R9c5JWvfO+N9eK17spNHU+L9vtX5pVHCSkGQ7eOzdXqFAsWnrDPDCpdX9Ucd+LYX9ker+XoF5WgeX38KqhxxEolER1c1/gupoujDkTJD9kNkX0XKG0zY4anTLo11TShLAwcMn8mZdTaW3nYbLLWYEiadccVZBu92869J4fOP4PFvx3+SDga7OVzMuFjp4qb7LGvLI4M+B4Wq4+dDWeq/+bHPL7JUWIPx30Vy/AfXlFTjvm2XZSUcx3lMjrqulqX+u854z1l/V4a9X/reqqeT7vlDEceZeH3s9qQH3RuCcBT24Nti2Cdd5NvcBnrlFV34acQa/DRiAZUlA/6VnoGhoYTPS31+zKfPy5W+REcHDscWzy6XwZFTqWR/RPZZd3s7K6YVdZbLdyTJq/F5Nj5mrPz1zsHy+1IHRanizvJG0W3kxU/ZKwopfeWGXbrLI2WlFB83+8p9K3f4vx33bdzMGxDMvPZEJbvDlMeld4aWlMGwTstLqvDzfm9U908Dp0hjal+UXjB6J6298pZ0UbVbqud2pa/nKtuwYt+89XaV2ukqfoGrH652tDPWmunpxo8XB6rfpzVuMbbaBqAOWxz07GR/OBDU737+cUKrEsDHOmKw7dkAcEgxJD07xRQMedkq7eHIgPzcNgA3/0J/R1+d9fBh2XKuG2QJG9yk4Z0fyyJs3F8vOvxEhjwkg5uUJ1Ss9PepXeZmzOWyoCgK1+eXEnrzdbvW0LaqtuEhv6xQgNsGPO4b67riIkcuo5BtwlzHsgr9sxPl4XyekLIPE/bNuleE6zvUU7bDtIZsSWQN37z8D/vY2llup1QkTRocrOLDLqSxzK/8KF8YhncYFskGFWBRZoaUWs7hIsYvcBgXMV30OJyPx31jP9a693fl6Eh8ZOqSW3dkOw5Ger6rcU8m5kkXe+bvjeSIQ+GJ/DLcxMsb5Alj+8knj66oyOGX5I7zS34FVI50JToqOUpK7/ovdyfdXeHQIEPeZ+zPy5Hk0mcqnyfL+fwZBtJUchQ0ztILylEWLyNZvIzszsv/UI7CTEueVJFUWt9WJTf4vvLk9yVIfBcDLMo+rRRf1c6S8Qu6qHEYFzmOr5N/5ahfxcBOf1aORltc1Pny5IzsgDLrpueWS2pd9fI0U1OnfRdk7kGrO78dUe8Xz9y4U39xz2V52vBKoEUPxx4X13qp+qPnZyaq+qOPfL2CcqRXdWSBlSNOogPFoeXrN085UnbIPojsp0hZ+09jvtmjjGdwt5pMl3LOGdIRK/ar9Mdq8xep7p7xO1TPRbJBBViU8Z+ez+BwEeMipYsaO4jH4VrOGZGZ90Pys153/PSsxD+75odxZFLpCKX5CTVRV3s+XFn02hp1+MO3paFXl/r8IkejZ1RaUbmHPwhFYXe+7YX9UUe+vT1d2kcxijdTKcBWPXDNT49Y8zPQk0g4CVzz09GR6Hxf88v62nUfR5rskH0S2Vft4POroc8HubTZPHlgGXfFSpMb8qPec+Q58z0U30q+lZ9IWyifcbKSwmLLVXniqRnyhoFVFAkHX8mTy837vx37nalz6Z46T3V7dpam3+roe+pwsEpu667PrA3DrtbXfE/L/Wsvm+rsW2nbsNrDHW77ZnYp59tmubuvs29N1VypGGAFn7l1yupfXuBqiKsffXD0gEevbk54r6N+f2ztt1ntdpYGykpOu0Zs5ECdEnHb2nQxBzUeLdA9oDQAD1Ny1tz2dgVG3et9arnCHhwtVVmy0N0CmJ8ychiw3jE/thG6USVW/dm+1j3rVXL9ridlAeVfNC/26rTaLuDqg4Ate+7dUhNJ79LahjyMz0bPlSj8eJ2Boh+/nu1nzM8r8uvZtx9Ny47l17ML+NhvrsJBye2LNlb8y/MbGWT301o+t95A8bjis+ymfJ6Q6/0wYZsdxYdwDw06y4Z3L54Zm7wgMy//w77W63xDQ+7oyPGqtfmESX1Vdxi2KWMog2F4V9cTgbyARdn+4XxotS8MXMR00eMwfp8P5ShsXMtmf2nsp+pb58pqnpk73tnmiuxJiaJbiza4JhPzpIpPEymtatSKgg2EHI3h7T+arDKQu/C2IGf4+pPA15kCLkfnGz97wYnJy/BuJoo2Dd9kd+TzhLSPgQkb8MNBaKcm5W3QZLwNmjQv/0M5OjxYCTcu8XbQG06p+rilne/wfd7z2jAM7zAskg0qwKJcc/sf6S9NJA7jIqaLHoc35185ik+V2/0de89V7W/LWp858Ut/JHaiAT59ZD7K9PUo3ImvM1iO7vN2VPGF5mb34u2oCrgchVVeoeDE5CXQyVyRwudDu6eWP9mWwYRNx7xYCPujLL6vkfJ9jTQv/0M5KhshceTkk3uq+iFo3wnvMAz7IRjOS380BZy5rJYL/AKHcRHTRY/Da/OvHPlUut3kz8rRsNSe21e5LpCdq/bEPKPIOnV/9A/qj8RO5cAnx5RB/RHW69bwuo35xlXZjfg6A+WogOt1eC5yWtVxEzlSXsR0PFqO/me76Z0nG97lYirq+ML+Z/3c3uo77Ifg87z0R3ZVX2xSywV+QRc1DuMix/G35l85ehY8btjf6Y9ah+1Wfkg+Lat0NvHwvzPOyuYEFSm6o+d50fGRHMnPNPRcgcJQrxvIt8mwP4rl6xWUo/Z8XSrg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This function is useful if you are developing a i.e. PyPI package and you want to reload the submodules after you modified something. The function will reload the package and all its submodules. If you want to reload the package and all its submodules, just pass the package name. If you want to reload only a submodule, pass the package name and the submodule name separated by a dot. If you want to reload multiple submodules, pass the package - - 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 - - a3d9fc6d-7d3e-4181-a38a-274d4cd7646c - packages_2_reload - packages_2_reload - true - 1 - true - 7d586578-06cd-4b78-ba4c-40fc44e1a34f - 1 - Pass a list with the name of the custom packages you want to reload. This function is useful if you are developing a i.e. PyPI package and you want to reload the submodules after you modified something. The function will reload the package and all its submodules. If you want to reload the package and all its submodules, just pass the package name. If you want to reload only a submodule, pass the package name and the submodule name separated by a dot. If you want to reload multiple submodules, pass the package - 1c282eeb-dd16-439f-94e4-7d92b542fe8b - - - - - - 1800 - 76 - 98 - 20 - - - 1850.5 - 86 - - - - - - - - false - The redirected standard output of the component scriptsync. - - 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 - - e3c8284e-af04-4704-8d9e-c87cb6584486 - stdout - stdout - false - 0 - true - 0 - The redirected standard output of the component scriptsync. - 1c282eeb-dd16-439f-94e4-7d92b542fe8b - - - - - - 1928 - 56 - 63 - 20 - - - 1959.5 - 66 - - - - - - - - false - Generic example output of the component - - 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 - - 8877375f-1823-440a-b738-bcfefe0fc124 - o_rh_cloud - o_rh_cloud - false - 0 - true - 0 - Generic example output of the component - 1c282eeb-dd16-439f-94e4-7d92b542fe8b - - - - - - 1928 - 76 - 63 - 20 - - - 1959.5 - 86 - - - - - - - - - - false - #! python3

from ghpythonlib.componentbase import executingcomponent as component

import System
import System.Drawing
import System.Windows.Forms
import Rhino
import Grasshopper
import Grasshopper as gh
from Grasshopper.Kernel import GH_RuntimeMessageLevel as RML
import sys
import os
import time

import contextlib
import io

import abc
import socket
import threading
import queue
import json

import importlib
import inspect
import sys


class GHThread(threading.Thread, metaclass=abc.ABCMeta):
    """
        A base class for Grasshopper threads.
    """
    def __init__(self, name : str):
        super().__init__(name=name, daemon=False)
        self._component_on_canvas = True
        self._component_enabled = True

    @abc.abstractmethod
    def run(self):
        """ Run the thread. """
        pass

    def _check_if_component_on_canvas(self):
        """ Check if the component is on canvas from thread. """
        def __check_if_component_on_canvas():
            if ghenv.Component.OnPingDocument() is None:
                self._component_on_canvas = False
                return False
            else:
                self._component_on_canvas = True
                return True
        action = System.Action(__check_if_component_on_canvas)
        Rhino.RhinoApp.InvokeOnUiThread(action)

    def _check_if_component_enabled(self):
        """ Check if the component is enabled from thread. """
        def __check_if_component_enabled():
            if ghenv.Component.Locked:
                self._component_enabled = False
            else:
                self._component_enabled = True
        action = System.Action(__check_if_component_enabled)
        Rhino.RhinoApp.InvokeOnUiThread(action)

    def expire_component_solution(self):
        """ Fire the recalculation of the component solution from thread. """
        def __expire_component_solution():
            ghenv.Component.Params.Output[0].ClearData()  # clear the output
            ghenv.Component.ExpireSolution(True)  # expire the component
        action = System.Action(__expire_component_solution)
        Rhino.RhinoApp.InvokeOnUiThread(action)

    def clear_component(self):
        """ Clear the component from thread. """
        def __clear_component():
            ghenv.Component.ClearData()
        action = System.Action(__clear_component)
        Rhino.RhinoApp.InvokeOnUiThread(action)

    def add_runtime_warning(self, exception : str):
        """ Add a warning tab to the component from main thread. """
        action = System.Action(
            lambda: ghenv.Component.AddRuntimeMessage(RML.Warning, exception)
        )
        Rhino.RhinoApp.InvokeOnUiThread(action)

    def add_runtime_error(self, exception : str):
        """ Add an error tab to the component from main thread. """
        action = System.Action(
            lambda: ghenv.Component.AddRuntimeMessage(RML.Error, exception)
        )
        Rhino.RhinoApp.InvokeOnUiThread(action)

    def add_runtime_remark(self, exception : str):
        """ Add a blank tab to the component from main thread. """
        action = System.Action(
            lambda: ghenv.Component.AddRuntimeMessage(RML.Remark, exception)
        )
        Rhino.RhinoApp.InvokeOnUiThread(action)

    @property
    def component_enabled(self):
        self._check_if_component_enabled()
        return self._component_enabled

    @property
    def component_on_canvas(self):
        self._check_if_component_on_canvas()
        return self._component_on_canvas

class ClientThread(GHThread):
    """
    A thread to connect to the VSCode server.
    """
    def __init__(self, vscode_server_ip: str, vscode_server_port: int, name: str,
                 queue_msg: queue.Queue = None, lock_queue_msg: threading.Lock = None,
                 event_fire_msg: threading.Event = None):
        super().__init__(name=name)
        self.vscode_server_ip = vscode_server_ip
        self.vscode_server_port = vscode_server_port
        self.is_connected = False
        self.connect_refresh_rate = 1  # seconds
        self.queue_msg = queue_msg
        self.lock_queue_msg = lock_queue_msg
        self.event_fire_msg = event_fire_msg
        self.client_socket = socket.socket(socket.AF_INET, socket.SOCK_STREAM)

    def run(self):
        """ Run the thread. Send the message to the vscode server."""
        while self.component_on_canvas and self.component_enabled:
            try:
                if not self.is_connected:
                    self.connect_to_vscode_server()
                    self.clear_component()
                    self.expire_component_solution()
                    continue

                self.event_fire_msg.wait()
                self.send_message_from_queue()

            except Exception as e:
                self.add_runtime_warning(f"script-sync::Unkown error from run: {str(e)}")
                self.is_connected = False
                self.client_socket = socket.socket(socket.AF_INET, socket.SOCK_STREAM)

        self.client_socket.close()

    def send_message_from_queue(self):
        with self.lock_queue_msg:
            if self.queue_msg and not self.queue_msg.empty():
                msg = self.queue_msg.get()
                self.queue_msg.task_done()
                self.event_fire_msg.set()
                self.event_fire_msg.clear()
                self.client_socket.send(msg)

    def connect_to_vscode_server(self):
        """ Connect to the VSCode server. """
        while self.component_on_canvas and not self.is_connected:
            try:
                self.client_socket.send(b"")
                self.is_connected = True
            except socket.error:
                try:
                    self.client_socket.connect((self.vscode_server_ip, self.vscode_server_port))
                    self.is_connected = True
                except (ConnectionRefusedError, ConnectionResetError, socket.error) as e:
                    self.handle_connection_error(e)
            finally:
                time.sleep(self.connect_refresh_rate)

    def handle_connection_error(self, e):
        error_messages = {
            ConnectionRefusedError: "script-sync::Connection refused by the vscode",
            ConnectionResetError: "script-sync::Connection was forcibly closed by the vscode",
            socket.error: f"script-sync::Error connecting to the vscode: {str(e)}"
        }
        self.add_runtime_warning(error_messages[type(e)])
        self.is_connected = False if type(e) != socket.error or e.winerror != 10056 else True

class FileChangedThread(GHThread):
    """
        A thread to check if the file has changed on disk.
    """
    def __init__(self,
                path : str,
                name : str
                ):
        super().__init__(name=name)
        self.path = path
        self.refresh_rate = 1000  # milliseconds
        self._on_file_changed = threading.Event()

    def run(self):
        """
            Check if the file has changed on disk.
        """
        last_modified = os.path.getmtime(self.path)
        while self.component_on_canvas and not self._on_file_changed.is_set():
            System.Threading.Thread.Sleep(self.refresh_rate)
            last_modified = self.is_file_modified(last_modified)
        self._on_file_changed.clear()
        return

    def stop(self):
        """ Stop the thread. """
        self._on_file_changed.set()

    def is_file_modified(self, last_modified):
        current_modified = os.path.getmtime(self.path)
        if current_modified != last_modified:
            self.expire_component_solution()
            return current_modified
        return last_modified


class ScriptSyncCPy(component):
    def __init__(self):
        super(ScriptSyncCPy, self).__init__()
        self._var_output = []

        self.is_success = False

        self.client_thread_name : str = f"script-sync-client-thread::{ghenv.Component.InstanceGuid}"
        self.vscode_server_ip = "127.0.0.1"
        self.vscode_server_port = 58260
        self.stdout = None
        self.queue_msg = queue.Queue()
        self.queue_msg_lock = threading.Lock()
        self.event_fire_msg = threading.Event()

        self.filechanged_thread_name : str = f"script-sync-fileChanged-thread::{ghenv.Component.InstanceGuid}"
        self.__path_name_table_value = "script-sync::" + "path::" + str(ghenv.Component.InstanceGuid)
        if self.path is None:
            ghenv.Component.Message = "select-script"

    def RemovedFromDocument(self, doc):
        """ Remove the component from the document. """
        if self.client_thread_name in [t.name for t in threading.enumerate()]:
            client_thread = [t for t in threading.enumerate() if t.name == self.client_thread_name][0]
            client_thread.join()
        if self.filechanged_thread_name in [t.name for t in threading.enumerate()]:
            filechanged_thread = [t for t in threading.enumerate() if t.name == self.filechanged_thread_name][0]
            filechanged_thread.join()
        if self.queue_msg is not None:
            self.queue_msg.join()
        if self.queue_msg_lock is not None:
            self.queue_msg_lock.release()
        if self.event_fire_msg is not None:
            self.event_fire_msg.clear()

        # clear the path from the table view
        del self.path

    def init_script_path(self, btn : bool = False):
        """
            Check if the button is pressed and load/change path script.
            
            :param btn: A boolean of the button
        """
        # check if button is pressed
        if btn is True:
            dialog = System.Windows.Forms.OpenFileDialog()
            dialog.Filter = "Python files (*.py)|*.py"
            dialog.Title = "Select a Python file"
            dialog.InitialDirectory = os.path.dirname("")
            dialog.FileName = ""
            dialog.Multiselect = False
            dialog.CheckFileExists = True
            dialog.CheckPathExists = True
            dialog.RestoreDirectory = True
            if dialog.ShowDialog() == System.Windows.Forms.DialogResult.OK:
                self.path = dialog.FileName

        # default init stauts
        if self.path is None:
            raise Exception("script-sync::File not selected")

        # fi file is in table view before
        if not os.path.exists(self.path):
            raise Exception("script-sync::File does not exist")
    
    def reload_all_modules(self, directory):
        """
            Reload all the modules (local files) in the directory of the script.

            :param directory: The directory of the script.
        """
        for filename in os.listdir(directory):
            if filename.endswith('.py') and filename != '__init__.py':
                module_name = filename[:-3]  # remove '.py' from filename
                if module_name in sys.modules:
                    importlib.reload(sys.modules[module_name])

    def get_reloadable_packages(self):
        """
            Get all the reloadable modules from the sys.modules. It
            make sure to check the module spec and loader to only reload modules 
            that are actually loaded from a file or directory

            :return: The list of reloadable modules.
        """
        BUILTIN_ORIGINS = ['built-in', 'frozen']
        reloadables = []
        for m in sys.modules.values():
            if inspect.ismodule(m):
                spec = getattr(m, "__spec__", None)
                if spec:
                    if spec.origin in BUILTIN_ORIGINS \
                            or isinstance(spec.loader, importlib.machinery.SourcelessFileLoader):
                        continue
                reloadables.append(m)

        return reloadables

    def safe_exec(self, path, globals, locals, packages_2_reload):
        """
            Execute Python3 code safely. It redirects the output of the code
            to a string buffer 'stdout' to output to the GH component param.
            It is send to the vscode server.
            
            :param path: The path of the file to execute.
            :param globals: The globals dictionary.
            :param locals: The locals dictionary.
            :param packages_2_reload: The list of packages to reload, this is used for custom packages developement.
            installed on the system via an editable pip installation for example.
        """
        try:
            with open(path, 'r') as f:
                # reload the specifyed packages
                # reloadables = self.get_reloadable_packages()
                # # if packages_2_reload is not None:
                # #     if packages_2_reload.__len__() != 0:
                # #         for package in packages_2_reload:
                # #             if package in reloadables:
                # #                 importlib.reload(package)
                # for package in packages_2_reload:
                #     if package in reloadables:
                #         importlib.reload(package)

                # add the path and sub directories to  the sys path
                path_dir = os.path.dirname(path)
                sub_dirs = []
                for root, dirs, files in os.walk(path_dir):
                    for d in dirs:
                        sub_dirs.append(os.path.join(root, d))
                sys.path.extend([path_dir] + sub_dirs)

                # reload all the modules also of the sub directories
                for root, dirs, files in os.walk(path_dir):
                    for d in dirs:
                        self.reload_all_modules(os.path.join(root, d))
                self.reload_all_modules(path_dir)

                # refresh the python interpreter
                importlib.invalidate_caches()

                # parse the code
                code = compile(f.read(), path, 'exec')
                output = io.StringIO()

                # empty the queue and event
                with self.queue_msg_lock:
                    while not self.queue_msg.empty():
                        self.queue_msg.get()
                        self.queue_msg.task_done()
                self.event_fire_msg.clear()

                # execute the code
                with contextlib.redirect_stdout(output):
                    exec(code, globals, locals)
                locals["stdout"] = output.getvalue()

                # send the msg to the vscode server
                msg_json = json.dumps({"script_path": path,
                                       "guid": str(ghenv.Component.InstanceGuid),
                                       "msg": output.getvalue()})
                msg_json = msg_json.encode('utf-8')
                self.queue_msg.put(msg_json)
                self.event_fire_msg.set()

                # pass the script variables to the GH component outputs
                outparam = ghenv.Component.Params.Output
                outparam_names = [p.NickName for p in outparam]
                for outp in outparam_names:
                    if outp in locals.keys():
                        self._var_output.append(locals[outp])
                    else:
                        self._var_output.append(None)

                sys.stdout = sys.__stdout__
            return locals

        except Exception as e:

            # send the error message to the vscode server
            err_json = json.dumps({"script_path": path,
                                    "guid": str(ghenv.Component.InstanceGuid),
                                    "msg": "err:" + str(e)})
            err_json = err_json.encode('utf-8')
            self.queue_msg.put(err_json)
            self.event_fire_msg.set()
            
            sys.stdout = sys.__stdout__

            err_msg = f"script-sync::Error in the code: {str(e)}"
            raise Exception(err_msg)

    def RunScript(self,
            btn: bool,
            packages_2_reload: System.Collections.Generic.IList[object]):
        """ This method is called whenever the component has to be recalculated it's the solve main instance. """
        self.is_success = False

        # set the path if button is pressed
        self.init_script_path(btn)

        # file change listener thread
        if self.filechanged_thread_name not in [t.name for t in threading.enumerate()]:
            FileChangedThread(self.path,
                              self.filechanged_thread_name
                              ).start()

        # set up the tcp client to connect to the vscode server
        _ = [print(t.name) for t in threading.enumerate()]
        if self.client_thread_name not in [t.name for t in threading.enumerate()]:
            ClientThread(self.vscode_server_ip,
                        self.vscode_server_port,
                        self.client_thread_name,
                        self.queue_msg,
                        self.queue_msg_lock,
                        self.event_fire_msg
                        ).start()

        # add to the globals all the input parameters of the component (the locals)
        globals().update(locals())

        res = self.safe_exec(self.path, None, globals(), packages_2_reload)
        self.is_success = True
        return

    def AfterRunScript(self):
        """
            This method is called as soon as the component has finished
            its calculation. It is used to load the GHComponent outputs
            with the values created in the script.
        """
        if not self.is_success:
            return
        outparam = [p for p in ghenv.Component.Params.Output]
        outparam_names = [p.NickName for p in outparam]
        
        # TODO: add the conversion to datatree for nested lists and tuples
        for idx, outp in enumerate(outparam):
            # detect if the output is a list
            if type(self._var_output[idx]) == list or type(self._var_output[idx]) == tuple:
                ghenv.Component.Params.Output[idx].VolatileData.Clear()
                ghenv.Component.Params.Output[idx].AddVolatileDataList(gh.Kernel.Data.GH_Path(0), self._var_output[idx])
            else:
                ghenv.Component.Params.Output[idx].VolatileData.Clear()
                ghenv.Component.Params.Output[idx].AddVolatileData(gh.Kernel.Data.GH_Path(0), 0, self._var_output[idx])
        self._var_output.clear()

    @property
    def path(self):
        """ Get the path of the file from the table view to be sticking between the sessions. """
        table_value = ghenv.Component.OnPingDocument().ValueTable.GetValue(
            self.__path_name_table_value, "not_found"
        )
        if table_value != "not_found":
            return table_value
        else:
            return None

    @path.setter
    def path(self, path : str):
        """ Set the path of the file to the table view to be sticking between the sessions. """
        ghenv.Component.OnPingDocument().ValueTable.SetValue(self.__path_name_table_value, path)

        script_name = os.path.basename(path)
        ghenv.Component.Message = f"{script_name}"

        if self.filechanged_thread_name in [t.name for t in threading.enumerate()]:
            _ = [t for t in threading.enumerate() if t.name == self.filechanged_thread_name][0].stop()

    @path.deleter
    def path(self):
        """ Delete the path of the file from the table view if the object is erased. """
        ghenv.Component.OnPingDocument().ValueTable.DeleteValue(self.__path_name_table_value)
 - S - - - - - *.*.python - 3.* - - - - - - - - - a8b97322-2d53-47cd-905e-b932c3ccd74e Button @@ -860,8 +650,8 @@ - 1691 - 42 + 1707 + 46 66 22 @@ -871,7 +661,7 @@ - + 59e0b89a-e487-49f8-bab8-b5bab16be14c Panel @@ -923,7 +713,7 @@ - + c9b2d725-6f87-4b07-af90-bd9aefef68eb 066d0a87-236f-4eae-a0f4-9e42f5327962 @@ -931,9 +721,10 @@ - + true + true 2 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 @@ -1027,7 +818,7 @@ - + 57da07bd-ecab-415d-9d86-af36d7073abc Number Slider @@ -1072,7 +863,7 @@ - + 57da07bd-ecab-415d-9d86-af36d7073abc Number Slider @@ -1117,7 +908,7 @@ - + 06953bda-1d37-4d58-9b38-4b3c74e54c8f File Path @@ -1174,7 +965,7 @@ - + 59e0b89a-e487-49f8-bab8-b5bab16be14c Panel @@ -1227,7 +1018,7 @@ - + c9b2d725-6f87-4b07-af90-bd9aefef68eb 066d0a87-236f-4eae-a0f4-9e42f5327962 @@ -1235,9 +1026,10 @@ - + true + true 2 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 @@ -1403,15 +1195,16 @@ - + 850b6368-ff26-48ce-9773-ac554ffbaeef Point Cloud - + Contains a collection of point clouds + true 10ea8006-8252-4544-a4a5-07bd1ed4c124 Point Cloud PCloud @@ -1438,7 +1231,7 @@ - + 59e0b89a-e487-49f8-bab8-b5bab16be14c Panel @@ -1451,8 +1244,8 @@ Panel false - 0 - e3c8284e-af04-4704-8d9e-c87cb6584486 + 1 + 9dd6891b-d20c-433a-8a0b-3e2e11900fbe 1 Double click to edit panel content… @@ -1460,17 +1253,17 @@ - 2016 - 21 - 306 - 92 + 2093 + -87 + 509 + 337 0 0 0 - 2016.7383 - 21.915852 + 2093.229 + -86.305786 @@ -1491,15 +1284,16 @@ - + 1e936df3-0eea-4246-8549-514cb8862b7a Mesh - + Contains a collection of polygon meshes + true 2fae0066-4e58-4b19-842d-dacda172902a Mesh Mesh @@ -1545,7 +1339,7 @@ - + c9b2d725-6f87-4b07-af90-bd9aefef68eb 066d0a87-236f-4eae-a0f4-9e42f5327962 @@ -1553,9 +1347,10 @@ - - Sample a point cloud from a mesh. + + true + true 2 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 @@ -1601,7 +1396,7 @@ true Mesh to sample into a point cloud. - 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 + 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fb753c9c-1ad9-424b-866f-cdb3b7da95b7 i_mesh @@ -1636,7 +1431,7 @@ true The number of points of the created cloud. - 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 9771b0c7-0638-4eb5-a786-87f9b4996653 i_points @@ -1671,7 +1466,7 @@ false The output sampled cloud. - 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04310b0a-5893-4ada-8b51-803304fad26a o_rh_cloud @@ -1721,6 +1516,389 @@ + + + 57da07bd-ecab-415d-9d86-af36d7073abc + Number Slider + + + + + Numeric slider for single values + fd0d1a1c-d03e-43a2-900a-8b4be535b99b + Number Slider + + false + 0 + + + + + + 1606 + 158 + 170 + 20 + + + 1606.8589 + 158.71545 + + + + + + 3 + 1 + 0 + 100 + 0 + 0 + 100 + + + + + + + + + 1e936df3-0eea-4246-8549-514cb8862b7a + Mesh + + + + + Contains a collection of polygon meshes + 42bfb2b1-9361-4c39-883d-a4c2ffc4e3b4 + Mesh + Mesh + false + 0 + + + + + + 1726 + 128 + 50 + 24 + + + 1751.8644 + 140.9184 + + + + + + 1 + + + + + 1 + {0} + + + + + 2e3af591-6a11-4ff4-a443-ed19f90b2742 + + + + + + + + + + + + + c9b2d725-6f87-4b07-af90-bd9aefef68eb + 066d0a87-236f-4eae-a0f4-9e42f5327962 + script-sync cpython + + + + + + true + 2 + + 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+ + f6d1da7a-1b3f-429f-9909-bc7f2609baa1 + btn + btn + true + 0 + true + f858cc51-1d31-4dde-9c0e-296ef455a7a9 + 1 + Connect a button to open a file dialog to select a cpython file to run. + d60527f5-b5af-4ef6-8970-5f96fe412559 + + + + + + 1826 + 47 + 98 + 20 + + + 1876.5 + 57 + + + + + + + + 1 + true + Pass a list with the name of the custom packages you want to reload. This function is useful if you are developing a i.e. PyPI package and you want to reload the submodules after you modified something. The function will reload the package and all its submodules. If you want to reload the package and all its submodules, just pass the package name. If you want to reload only a submodule, pass the package name and the submodule name separated by a dot. If you want to reload multiple submodules, pass the package + + 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 + + 513f5e84-59f0-46a0-acfd-0a47d4453751 + packages_2_reload + packages_2_reload + true + 1 + true + 7d586578-06cd-4b78-ba4c-40fc44e1a34f + 1 + Pass a list with the name of the custom packages you want to reload. This function is useful if you are developing a i.e. PyPI package and you want to reload the submodules after you modified something. The function will reload the package and all its submodules. If you want to reload the package and all its submodules, just pass the package name. If you want to reload only a submodule, pass the package name and the submodule name separated by a dot. If you want to reload multiple submodules, pass the package + 1c282eeb-dd16-439f-94e4-7d92b542fe8b + + + + + + 1826 + 67 + 98 + 20 + + + 1876.5 + 77 + + + + + + + + true + A generic x input. + + 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 + + 608fb7cd-743e-41a0-a671-c8c833eaebe8 + i_mesh + i_mesh + true + 0 + true + 42bfb2b1-9361-4c39-883d-a4c2ffc4e3b4 + 1 + A generic x input. + 794a1f9d-21d5-4379-b987-9e8bbf433912 + + + + + + 1826 + 87 + 98 + 20 + + + 1876.5 + 97 + + + + + + + + true + Converts to collection of integer numbers + + 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 + + 3b06d552-506b-42f4-9b3a-c0e53ce6f80a + i_points + i_points + true + 0 + true + fd0d1a1c-d03e-43a2-900a-8b4be535b99b + 1 + + 48d01794-d3d8-4aef-990e-127168822244 + + + + + + 1826 + 107 + 98 + 20 + + + 1876.5 + 117 + + + + + + + + false + The redirected standard output of the component scriptsync. + + 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 + + 9dd6891b-d20c-433a-8a0b-3e2e11900fbe + stdout + stdout + false + 0 + true + 0 + The redirected standard output of the component scriptsync. + 1c282eeb-dd16-439f-94e4-7d92b542fe8b + + + + + + 1954 + 47 + 41 + 40 + + + 1974.5 + 67 + + + + + + + + false + Generic example output of the component + + 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 + + b78bbf09-8720-40fe-9710-de462f477998 + a + a + false + 0 + true + 0 + Generic example output of the component + 1c282eeb-dd16-439f-94e4-7d92b542fe8b + + + + + + 1954 + 87 + 41 + 40 + + + 1974.5 + 107 + + + + + + + + + + false + from ghpythonlib.componentbase import executingcomponent as component

import System
import System.Drawing
import System.Windows.Forms
import Rhino
import Grasshopper
import Grasshopper as gh
from Grasshopper.Kernel import GH_RuntimeMessageLevel as RML
import sys
import os
import time

import contextlib
import io

import abc
import socket
import threading
import queue
import json

import importlib
import sys


class GHThread(threading.Thread, metaclass=abc.ABCMeta):
    """
        A base class for Grasshopper threads.
    """
    def __init__(self, name : str):
        super().__init__(name=name, daemon=False)
        self._component_on_canvas = True
        self._component_enabled = True

    @abc.abstractmethod
    def run(self):
        """ Run the thread. """
        pass

    def _check_if_component_on_canvas(self):
        """ Check if the component is on canvas from thread. """
        def __check_if_component_on_canvas():
            if ghenv.Component.OnPingDocument() is None:
                self._component_on_canvas = False
                return False
            else:
                self._component_on_canvas = True
                return True
        action = System.Action(__check_if_component_on_canvas)
        Rhino.RhinoApp.InvokeOnUiThread(action)

    def _check_if_component_enabled(self):
        """ Check if the component is enabled from thread. """
        def __check_if_component_enabled():
            if ghenv.Component.Locked:
                self._component_enabled = False
            else:
                self._component_enabled = True
        action = System.Action(__check_if_component_enabled)
        Rhino.RhinoApp.InvokeOnUiThread(action)

    def expire_component_solution(self):
        """ Fire the recalculation of the component solution from thread. """
        def __expire_component_solution():
            ghenv.Component.Params.Output[0].ClearData()  # clear the output
            ghenv.Component.ExpireSolution(True)  # expire the component
        action = System.Action(__expire_component_solution)
        Rhino.RhinoApp.InvokeOnUiThread(action)

    def clear_component(self):
        """ Clear the component from thread. """
        def __clear_component():
            ghenv.Component.ClearData()
        action = System.Action(__clear_component)
        Rhino.RhinoApp.InvokeOnUiThread(action)

    def add_runtime_warning(self, exception : str):
        """ Add a warning tab to the component from main thread. """
        action = System.Action(
            lambda: ghenv.Component.AddRuntimeMessage(RML.Warning, exception)
        )
        Rhino.RhinoApp.InvokeOnUiThread(action)

    def add_runtime_error(self, exception : str):
        """ Add an error tab to the component from main thread. """
        action = System.Action(
            lambda: ghenv.Component.AddRuntimeMessage(RML.Error, exception)
        )
        Rhino.RhinoApp.InvokeOnUiThread(action)

    def add_runtime_remark(self, exception : str):
        """ Add a blank tab to the component from main thread. """
        action = System.Action(
            lambda: ghenv.Component.AddRuntimeMessage(RML.Remark, exception)
        )
        Rhino.RhinoApp.InvokeOnUiThread(action)

    @property
    def component_enabled(self):
        self._check_if_component_enabled()
        return self._component_enabled

    @property
    def component_on_canvas(self):
        self._check_if_component_on_canvas()
        return self._component_on_canvas

class ClientThread(GHThread):
    """
    A thread to connect to the VSCode server.
    """
    def __init__(self, vscode_server_ip: str, vscode_server_port: int, name: str,
                 queue_msg: queue.Queue = None, lock_queue_msg: threading.Lock = None,
                 event_fire_msg: threading.Event = None):
        super().__init__(name=name)
        self.vscode_server_ip = vscode_server_ip
        self.vscode_server_port = vscode_server_port
        self.is_connected = False
        self.connect_refresh_rate = 1  # seconds
        self.queue_msg = queue_msg
        self.lock_queue_msg = lock_queue_msg
        self.event_fire_msg = event_fire_msg
        self.client_socket = socket.socket(socket.AF_INET, socket.SOCK_STREAM)

    def run(self):
        """ Run the thread. Send the message to the vscode server."""
        while self.component_on_canvas and self.component_enabled:
            try:
                if not self.is_connected:
                    self.connect_to_vscode_server()
                    self.clear_component()
                    self.expire_component_solution()
                    continue

                self.event_fire_msg.wait()
                self.send_message_from_queue()

            except Exception as e:
                self.add_runtime_warning(f"script-sync::Unkown error from run: {str(e)}")
                self.is_connected = False
                self.client_socket = socket.socket(socket.AF_INET, socket.SOCK_STREAM)

        self.client_socket.close()

    def send_message_from_queue(self):
        with self.lock_queue_msg:
            if self.queue_msg and not self.queue_msg.empty():
                msg = self.queue_msg.get()
                self.queue_msg.task_done()
                self.event_fire_msg.set()
                self.event_fire_msg.clear()
                self.client_socket.send(msg)

    def connect_to_vscode_server(self):
        """ Connect to the VSCode server. """
        while self.component_on_canvas and not self.is_connected:
            try:
                self.client_socket.send(b"")
                self.is_connected = True
            except socket.error:
                try:
                    self.client_socket.connect((self.vscode_server_ip, self.vscode_server_port))
                    self.is_connected = True
                except (ConnectionRefusedError, ConnectionResetError, socket.error) as e:
                    self.handle_connection_error(e)
            finally:
                time.sleep(self.connect_refresh_rate)

    def handle_connection_error(self, e):
        error_messages = {
            ConnectionRefusedError: "script-sync::Connection refused by the vscode",
            ConnectionResetError: "script-sync::Connection was forcibly closed by the vscode",
            socket.error: f"script-sync::Error connecting to the vscode: {str(e)}"
        }
        self.add_runtime_warning(error_messages[type(e)])
        self.is_connected = False if type(e) != socket.error or e.winerror != 10056 else True

class FileChangedThread(GHThread):
    """
        A thread to check if the file has changed on disk.
    """
    def __init__(self,
                path : str,
                name : str
                ):
        super().__init__(name=name)
        self.path = path
        self.refresh_rate = 1000  # milliseconds
        self._on_file_changed = threading.Event()

    def run(self):
        """
            Check if the file has changed on disk.
        """
        last_modified = os.path.getmtime(self.path)
        while self.component_on_canvas and not self._on_file_changed.is_set():
            System.Threading.Thread.Sleep(self.refresh_rate)
            last_modified = self.is_file_modified(last_modified)
        self._on_file_changed.clear()
        return

    def stop(self):
        """ Stop the thread. """
        self._on_file_changed.set()

    def is_file_modified(self, last_modified):
        current_modified = os.path.getmtime(self.path)
        if current_modified != last_modified:
            self.expire_component_solution()
            return current_modified
        return last_modified


class ScriptSyncCPy(component):
    def __init__(self):
        super(ScriptSyncCPy, self).__init__()
        self._var_output = []

        self.is_success = False

        self.client_thread_name : str = f"script-sync-client-thread::{ghenv.Component.InstanceGuid}"
        self.vscode_server_ip = "127.0.0.1"
        self.vscode_server_port = 58260
        self.stdout = None
        self.queue_msg = queue.Queue()
        self.queue_msg_lock = threading.Lock()
        self.event_fire_msg = threading.Event()

        self.filechanged_thread_name : str = f"script-sync-fileChanged-thread::{ghenv.Component.InstanceGuid}"
        self.__path_name_table_value = "script-sync::" + "path::" + str(ghenv.Component.InstanceGuid)
        if self.path is None:
            ghenv.Component.Message = "select-script"

    def RemovedFromDocument(self, doc):
        """ Remove the component from the document. """
        if self.client_thread_name in [t.name for t in threading.enumerate()]:
            client_thread = [t for t in threading.enumerate() if t.name == self.client_thread_name][0]
            client_thread.join()
        if self.filechanged_thread_name in [t.name for t in threading.enumerate()]:
            filechanged_thread = [t for t in threading.enumerate() if t.name == self.filechanged_thread_name][0]
            filechanged_thread.join()
        if self.queue_msg is not None:
            self.queue_msg.join()
        if self.queue_msg_lock is not None:
            self.queue_msg_lock.release()
        if self.event_fire_msg is not None:
            self.event_fire_msg.clear()

        # clear the path from the table view
        del self.path

    def init_script_path(self, btn : bool = False):
        """
            Check if the button is pressed and load/change path script.
            
            :param btn: A boolean of the button
        """
        # check if button is pressed
        if btn is True:
            dialog = System.Windows.Forms.OpenFileDialog()
            dialog.Filter = "Python files (*.py)|*.py"
            dialog.Title = "Select a Python file"
            dialog.InitialDirectory = os.path.dirname("")
            dialog.FileName = ""
            dialog.Multiselect = False
            dialog.CheckFileExists = True
            dialog.CheckPathExists = True
            dialog.RestoreDirectory = True
            if dialog.ShowDialog() == System.Windows.Forms.DialogResult.OK:
                self.path = dialog.FileName

        # default init stauts
        if self.path is None:
            raise Exception("script-sync::File not selected")

        # fi file is in table view before
        if not os.path.exists(self.path):
            raise Exception("script-sync::File does not exist")
    
    def reload_all_modules(self, directory):
        for filename in os.listdir(directory):
            if filename.endswith('.py') and filename != '__init__.py':
                module_name = filename[:-3]  # remove '.py' from filename
                if module_name in sys.modules:
                    importlib.reload(sys.modules[module_name])

    def safe_exec(self, path, globals, locals, packages_2_reload):
        """
            Execute Python3 code safely. It redirects the output of the code
            to a string buffer 'stdout' to output to the GH component param.
            It is send to the vscode server.
            
            :param path: The path of the file to execute.
            :param globals: The globals dictionary.
            :param locals: The locals dictionary.
            :param packages_2_reload: The list of packages to reload, this is used for custom packages developement.
            installed on the system via an editable pip installation for example.
        """
        try:
            with open(path, 'r') as f:
                # reload the specifyed packages
                if packages_2_reload is not None:
                    if packages_2_reload.__len__() != 0:
                        for package in packages_2_reload:
                            for key in list(sys.modules.keys()):
                                if package in key:
                                    #check that the package must have the attribute __path__
                                    if hasattr(sys.modules[key], '__file__'):
                                        print(sys.modules[key])
                                        importlib.reload(sys.modules[key])

                # add the path and sub directories to  the sys path
                path_dir = os.path.dirname(path)
                sub_dirs = []
                for root, dirs, files in os.walk(path_dir):
                    for d in dirs:
                        sub_dirs.append(os.path.join(root, d))
                sys.path.extend([path_dir] + sub_dirs)

                # reload all the modules also of the sub directories
                for root, dirs, files in os.walk(path_dir):
                    for d in dirs:
                        self.reload_all_modules(os.path.join(root, d))
                self.reload_all_modules(path_dir)

                # refresh the python interpreter
                importlib.invalidate_caches()

                # parse the code
                code = compile(f.read(), path, 'exec')
                output = io.StringIO()

                # empty the queue and event
                with self.queue_msg_lock:
                    while not self.queue_msg.empty():
                        self.queue_msg.get()
                        self.queue_msg.task_done()
                self.event_fire_msg.clear()

                # execute the code
                with contextlib.redirect_stdout(output):
                    exec(code, globals, locals)
                locals["stdout"] = output.getvalue()

                # send the msg to the vscode server
                msg_json = json.dumps({"script_path": path,
                                       "guid": str(ghenv.Component.InstanceGuid),
                                       "msg": output.getvalue()})
                msg_json = msg_json.encode('utf-8')
                self.queue_msg.put(msg_json)
                self.event_fire_msg.set()

                # pass the script variables to the GH component outputs
                outparam = ghenv.Component.Params.Output
                outparam_names = [p.NickName for p in outparam]
                for outp in outparam_names:
                    if outp in locals.keys():
                        self._var_output.append(locals[outp])
                    else:
                        self._var_output.append(None)

                sys.stdout = sys.__stdout__
            return locals

        except Exception as e:

            # send the error message to the vscode server
            err_json = json.dumps({"script_path": path,
                                    "guid": str(ghenv.Component.InstanceGuid),
                                    "msg": "err:" + str(e)})
            err_json = err_json.encode('utf-8')
            self.queue_msg.put(err_json)
            self.event_fire_msg.set()
            
            sys.stdout = sys.__stdout__

            err_msg = f"script-sync::Error in the code: {str(e)}"
            raise Exception(err_msg)

    def RunScript(self,
            btn: bool,
            packages_2_reload: System.Collections.Generic.IList[object],
            i_mesh: Rhino.Geometry.Mesh,
            i_points: int):
        """ This method is called whenever the component has to be recalculated it's the solve main instance. """
        self.is_success = False
        
        # set the path if button is pressed
        self.init_script_path(btn)

        # file change listener thread
        if self.filechanged_thread_name not in [t.name for t in threading.enumerate()]:
            FileChangedThread(self.path,
                              self.filechanged_thread_name
                              ).start()

        # set up the tcp client to connect to the vscode server
        _ = [print(t.name) for t in threading.enumerate()]
        if self.client_thread_name not in [t.name for t in threading.enumerate()]:
            ClientThread(self.vscode_server_ip,
                        self.vscode_server_port,
                        self.client_thread_name,
                        self.queue_msg,
                        self.queue_msg_lock,
                        self.event_fire_msg
                        ).start()

        # add to the globals all the input parameters of the component (the locals)
        globals().update(locals())

        res = self.safe_exec(self.path, None, globals(), packages_2_reload)
        self.is_success = True
        return

    def AfterRunScript(self):
        """
            This method is called as soon as the component has finished
            its calculation. It is used to load the GHComponent outputs
            with the values created in the script.
        """
        if not self.is_success:
            return
        outparam = [p for p in ghenv.Component.Params.Output]
        outparam_names = [p.NickName for p in outparam]
        
        # TODO: add the conversion to datatree for nested lists and tuples
        for idx, outp in enumerate(outparam):
            # detect if the output is a list
            if type(self._var_output[idx]) == list or type(self._var_output[idx]) == tuple:
                ghenv.Component.Params.Output[idx].VolatileData.Clear()
                ghenv.Component.Params.Output[idx].AddVolatileDataList(gh.Kernel.Data.GH_Path(0), self._var_output[idx])
            else:
                ghenv.Component.Params.Output[idx].VolatileData.Clear()
                ghenv.Component.Params.Output[idx].AddVolatileData(gh.Kernel.Data.GH_Path(0), 0, self._var_output[idx])
        self._var_output.clear()

    @property
    def path(self):
        """ Get the path of the file from the table view to be sticking between the sessions. """
        table_value = ghenv.Component.OnPingDocument().ValueTable.GetValue(
            self.__path_name_table_value, "not_found"
        )
        if table_value != "not_found":
            return table_value
        else:
            return None

    @path.setter
    def path(self, path : str):
        """ Set the path of the file to the table view to be sticking between the sessions. """
        ghenv.Component.OnPingDocument().ValueTable.SetValue(self.__path_name_table_value, path)

        script_name = os.path.basename(path)
        ghenv.Component.Message = f"{script_name}"

        if self.filechanged_thread_name in [t.name for t in threading.enumerate()]:
            _ = [t for t in threading.enumerate() if t.name == self.filechanged_thread_name][0].stop()

    @path.deleter
    def path(self):
        """ Delete the path of the file from the table view if the object is erased. """
        ghenv.Component.OnPingDocument().ValueTable.DeleteValue(self.__path_name_table_value)
 + S + + + + + *.*.python + 3.* + + + + + + + + @@ -1728,7 +1906,7 @@ - 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