diff --git a/gui/src/metainfo.json b/gui/src/metainfo.json
index 85899958ff0f5eff61aba85a36a390f1973a49cc..93d3ccc0b06052bc9964c79a900efd1c2314bf1c 100644
--- a/gui/src/metainfo.json
+++ b/gui/src/metainfo.json
@@ -49796,6 +49796,32 @@
"m_def": "nomad.metainfo.metainfo.Section",
"m_parent_index": 0,
"m_parent_sub_section": "section_definitions",
+ "name": "User",
+ "quantities": [
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 0,
+ "m_parent_sub_section": "quantities",
+ "m_annotations": {
+ "eln": [
+ {
+ "component": "AuthorEditQuantity"
+ }
+ ]
+ },
+ "name": "user",
+ "description": "The corresponding user for the activity.",
+ "type": {
+ "type_kind": "Author",
+ "type_data": "Author"
+ }
+ }
+ ]
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Section",
+ "m_parent_index": 1,
+ "m_parent_sub_section": "section_definitions",
"name": "ElnBaseSection",
"description": "A generic abstract base section for ELNs that provides a few commonly used properties. If you inherit from this section, but do not need some quantities, list those\nquantities in the `eln.hide` annotation of your inheriting section definition.\n\nBesides predefining some quantities, these base sections will add some metadata\nto NOMAD's search. A particular example are `tags`, if you define a string\nor enum quantity in your sections named `tags`, its values will be searchable.",
"base_sections": [
@@ -49804,7 +49830,705 @@
"quantities": [
{
"m_def": "nomad.metainfo.metainfo.Quantity",
- "m_parent_index": 0,
+ "m_parent_index": 0,
+ "m_parent_sub_section": "quantities",
+ "m_annotations": {
+ "eln": [
+ {
+ "component": "StringEditQuantity",
+ "label": "Short name"
+ }
+ ]
+ },
+ "name": "name",
+ "description": "A short human readable and descriptive name.",
+ "type": {
+ "type_kind": "python",
+ "type_data": "str"
+ }
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 1,
+ "m_parent_sub_section": "quantities",
+ "m_annotations": {
+ "eln": [
+ {
+ "component": "DateTimeEditQuantity"
+ }
+ ]
+ },
+ "name": "datetime",
+ "description": "The date and time associated with this section.",
+ "type": {
+ "type_kind": "custom",
+ "type_data": "nomad.metainfo.metainfo._Datetime"
+ }
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 2,
+ "m_parent_sub_section": "quantities",
+ "m_annotations": {
+ "eln": [
+ {
+ "component": "StringEditQuantity",
+ "label": "ID"
+ }
+ ]
+ },
+ "name": "lab_id",
+ "description": "An ID string that is unique at least for the lab that produced this\ndata. Will be generated automatically upon saving if name, users and institute\nis filled.",
+ "type": {
+ "type_kind": "python",
+ "type_data": "str"
+ }
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 3,
+ "m_parent_sub_section": "quantities",
+ "m_annotations": {
+ "eln": [
+ {
+ "component": "RichTextEditQuantity"
+ }
+ ]
+ },
+ "name": "description",
+ "description": "Any information that cannot be captured in the other fields.",
+ "type": {
+ "type_kind": "python",
+ "type_data": "str"
+ }
+ }
+ ],
+ "sub_sections": [
+ {
+ "m_def": "nomad.metainfo.metainfo.SubSection",
+ "m_parent_index": 0,
+ "m_parent_sub_section": "sub_sections",
+ "name": "users",
+ "description": "The responsible person for this archive entry.",
+ "sub_section": "/packages/8/section_definitions/0",
+ "repeats": true
+ }
+ ]
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Section",
+ "m_parent_index": 2,
+ "m_parent_sub_section": "section_definitions",
+ "name": "Entity",
+ "description": "A ELN base section that can be used for chemicals.",
+ "base_sections": [
+ "/packages/8/section_definitions/1"
+ ]
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Section",
+ "m_parent_index": 3,
+ "m_parent_sub_section": "section_definitions",
+ "name": "Activity",
+ "description": "A generic abstract base section for ELNs that provides a few commonly used for laboratory activities, e.g. processes, characterizations, measurements, etc.",
+ "base_sections": [
+ "/packages/8/section_definitions/1"
+ ],
+ "quantities": [
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 0,
+ "m_parent_sub_section": "quantities",
+ "m_annotations": {
+ "eln": [
+ {
+ "component": "DateTimeEditQuantity",
+ "label": "Starting Time"
+ }
+ ]
+ },
+ "name": "datetime",
+ "description": "The date and time when this activity was started.",
+ "type": {
+ "type_kind": "custom",
+ "type_data": "nomad.metainfo.metainfo._Datetime"
+ }
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 1,
+ "m_parent_sub_section": "quantities",
+ "m_annotations": {
+ "eln": [
+ {
+ "component": "DateTimeEditQuantity",
+ "label": "Ending Time"
+ }
+ ]
+ },
+ "name": "end_time",
+ "description": "The date and time when this activity was done.",
+ "type": {
+ "type_kind": "custom",
+ "type_data": "nomad.metainfo.metainfo._Datetime"
+ }
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 2,
+ "m_parent_sub_section": "quantities",
+ "name": "method",
+ "description": "A short consistent handle for the applied method.",
+ "type": {
+ "type_kind": "python",
+ "type_data": "str"
+ }
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 3,
+ "m_parent_sub_section": "quantities",
+ "m_annotations": {
+ "eln": [
+ {
+ "component": "StringEditQuantity"
+ }
+ ]
+ },
+ "name": "location",
+ "description": "location of the experiment.",
+ "type": {
+ "type_kind": "python",
+ "type_data": "str"
+ }
+ }
+ ]
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Section",
+ "m_parent_index": 4,
+ "m_parent_sub_section": "section_definitions",
+ "name": "ElementalComposition",
+ "description": "A section for describing the elemental composition of a system, i.e. the element and its atomic fraction.",
+ "more": {
+ "label_quantity": "element"
+ },
+ "quantities": [
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 0,
+ "m_parent_sub_section": "quantities",
+ "m_annotations": {
+ "eln": [
+ {
+ "component": "EnumEditQuantity"
+ }
+ ]
+ },
+ "name": "element",
+ "description": "The symbol of the element, e.g. 'Pb'.",
+ "type": {
+ "type_kind": "Enum",
+ "type_data": [
+ "H",
+ "He",
+ "Li",
+ "Be",
+ "B",
+ "C",
+ "N",
+ "O",
+ "F",
+ "Ne",
+ "Na",
+ "Mg",
+ "Al",
+ "Si",
+ "P",
+ "S",
+ "Cl",
+ "Ar",
+ "K",
+ "Ca",
+ "Sc",
+ "Ti",
+ "V",
+ "Cr",
+ "Mn",
+ "Fe",
+ "Co",
+ "Ni",
+ "Cu",
+ "Zn",
+ "Ga",
+ "Ge",
+ "As",
+ "Se",
+ "Br",
+ "Kr",
+ "Rb",
+ "Sr",
+ "Y",
+ "Zr",
+ "Nb",
+ "Mo",
+ "Tc",
+ "Ru",
+ "Rh",
+ "Pd",
+ "Ag",
+ "Cd",
+ "In",
+ "Sn",
+ "Sb",
+ "Te",
+ "I",
+ "Xe",
+ "Cs",
+ "Ba",
+ "La",
+ "Ce",
+ "Pr",
+ "Nd",
+ "Pm",
+ "Sm",
+ "Eu",
+ "Gd",
+ "Tb",
+ "Dy",
+ "Ho",
+ "Er",
+ "Tm",
+ "Yb",
+ "Lu",
+ "Hf",
+ "Ta",
+ "W",
+ "Re",
+ "Os",
+ "Ir",
+ "Pt",
+ "Au",
+ "Hg",
+ "Tl",
+ "Pb",
+ "Bi",
+ "Po",
+ "At",
+ "Rn",
+ "Fr",
+ "Ra",
+ "Ac",
+ "Th",
+ "Pa",
+ "U",
+ "Np",
+ "Pu",
+ "Am",
+ "Cm",
+ "Bk",
+ "Cf",
+ "Es",
+ "Fm",
+ "Md",
+ "No",
+ "Lr",
+ "Rf",
+ "Db",
+ "Sg",
+ "Bh",
+ "Hs",
+ "Mt",
+ "Ds",
+ "Rg",
+ "Cn",
+ "Nh",
+ "Fl",
+ "Mc",
+ "Lv",
+ "Ts",
+ "Og"
+ ]
+ }
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 1,
+ "m_parent_sub_section": "quantities",
+ "m_annotations": {
+ "eln": [
+ {
+ "component": "NumberEditQuantity"
+ }
+ ]
+ },
+ "name": "atomic_fraction",
+ "description": "The atomic fraction of the element in the system it is contained within.\nPer definition a positive value less than or equal to 1.",
+ "type": {
+ "type_kind": "numpy",
+ "type_data": "float64"
+ }
+ }
+ ]
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Section",
+ "m_parent_index": 5,
+ "m_parent_sub_section": "section_definitions",
+ "name": "System",
+ "description": "A base class for any system of materials which is investigated or used to construct other systems.",
+ "base_sections": [
+ "/packages/8/section_definitions/2"
+ ],
+ "sub_sections": [
+ {
+ "m_def": "nomad.metainfo.metainfo.SubSection",
+ "m_parent_index": 0,
+ "m_parent_sub_section": "sub_sections",
+ "name": "elemental_composition",
+ "description": "A list of all the elements found in the system together and their respective\natomic fraction within the system.",
+ "sub_section": "/packages/8/section_definitions/4",
+ "repeats": true
+ }
+ ]
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Section",
+ "m_parent_index": 6,
+ "m_parent_sub_section": "section_definitions",
+ "name": "Instrument",
+ "description": "A ELN base section that can be used for instruments.",
+ "base_sections": [
+ "/packages/8/section_definitions/1"
+ ]
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Section",
+ "m_parent_index": 7,
+ "m_parent_sub_section": "section_definitions",
+ "name": "Process",
+ "description": "A ELN base section that can be used for processes.",
+ "base_sections": [
+ "/packages/8/section_definitions/3"
+ ]
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Section",
+ "m_parent_index": 8,
+ "m_parent_sub_section": "section_definitions",
+ "name": "Measurement",
+ "description": "A ELN base section that can be used for measurements.",
+ "base_sections": [
+ "/packages/8/section_definitions/3"
+ ]
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Section",
+ "m_parent_index": 9,
+ "m_parent_sub_section": "section_definitions",
+ "name": "Component",
+ "description": "A section for describing a component and its role in an ensemble.",
+ "base_sections": [
+ "/packages/58/section_definitions/0"
+ ],
+ "quantities": [
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 0,
+ "m_parent_sub_section": "quantities",
+ "m_annotations": {
+ "eln": [
+ {
+ "component": "StringEditQuantity",
+ "label": "Component name"
+ }
+ ]
+ },
+ "name": "name",
+ "description": "A short name for the component.",
+ "type": {
+ "type_kind": "python",
+ "type_data": "str"
+ }
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 1,
+ "m_parent_sub_section": "quantities",
+ "m_annotations": {
+ "eln": [
+ {
+ "component": "ReferenceEditQuantity"
+ }
+ ]
+ },
+ "name": "system",
+ "description": "A reference to the component system.",
+ "type": {
+ "type_kind": "reference",
+ "type_data": "/packages/8/section_definitions/5"
+ }
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 2,
+ "m_parent_sub_section": "quantities",
+ "m_annotations": {
+ "eln": [
+ {
+ "component": "NumberEditQuantity",
+ "defaultDisplayUnit": "mg"
+ }
+ ]
+ },
+ "name": "mass",
+ "description": "The mass of the component.",
+ "type": {
+ "type_kind": "numpy",
+ "type_data": "float64"
+ },
+ "unit": "kilogram"
+ }
+ ]
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Section",
+ "m_parent_index": 10,
+ "m_parent_sub_section": "section_definitions",
+ "name": "Ensemble",
+ "description": "A base class for an ensemble of material systems. Each component of the ensemble is of a (sub)type of `System`.",
+ "base_sections": [
+ "/packages/8/section_definitions/5"
+ ],
+ "sub_sections": [
+ {
+ "m_def": "nomad.metainfo.metainfo.SubSection",
+ "m_parent_index": 0,
+ "m_parent_sub_section": "sub_sections",
+ "name": "components",
+ "description": "A list of all the components of the ensemble containing a name, reference to the\nsystem section and mass of that component.",
+ "sub_section": "/packages/8/section_definitions/9",
+ "repeats": true
+ }
+ ]
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Section",
+ "m_parent_index": 11,
+ "m_parent_sub_section": "section_definitions",
+ "name": "CASExperimentalProperty",
+ "description": "A section for experimental properties retrieved from the CAS API.",
+ "quantities": [
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 0,
+ "m_parent_sub_section": "quantities",
+ "name": "name",
+ "description": "CAS experimental property name.",
+ "type": {
+ "type_kind": "python",
+ "type_data": "str"
+ }
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 1,
+ "m_parent_sub_section": "quantities",
+ "name": "property",
+ "description": "CAS experimental property.",
+ "type": {
+ "type_kind": "python",
+ "type_data": "str"
+ }
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 2,
+ "m_parent_sub_section": "quantities",
+ "name": "sourceNumber",
+ "description": "CAS experimental property source.",
+ "type": {
+ "type_kind": "python",
+ "type_data": "str"
+ }
+ }
+ ]
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Section",
+ "m_parent_index": 12,
+ "m_parent_sub_section": "section_definitions",
+ "name": "CASPropertyCitation",
+ "description": "A section for citations of the experimental properties retrieved from the CAS API.",
+ "quantities": [
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 0,
+ "m_parent_sub_section": "quantities",
+ "name": "docUri",
+ "description": "CAS property citation document uri.",
+ "type": {
+ "type_kind": "python",
+ "type_data": "str"
+ }
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 1,
+ "m_parent_sub_section": "quantities",
+ "name": "sourceNumber",
+ "more": {
+ "decription": "CAS property citation source number."
+ },
+ "type": {
+ "type_kind": "python",
+ "type_data": "int"
+ }
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 2,
+ "m_parent_sub_section": "quantities",
+ "name": "source",
+ "description": "CAS property citation source.",
+ "type": {
+ "type_kind": "python",
+ "type_data": "str"
+ }
+ }
+ ]
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Section",
+ "m_parent_index": 13,
+ "m_parent_sub_section": "section_definitions",
+ "name": "Substance",
+ "description": "A base section for any substance defined in the ELN.",
+ "base_sections": [
+ "/packages/8/section_definitions/5"
+ ],
+ "quantities": [
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 0,
+ "m_parent_sub_section": "quantities",
+ "m_annotations": {
+ "eln": [
+ {
+ "component": "StringEditQuantity",
+ "label": "Substance name"
+ }
+ ]
+ },
+ "name": "name",
+ "description": "The name of the substance entry.",
+ "type": {
+ "type_kind": "python",
+ "type_data": "str"
+ }
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 1,
+ "m_parent_sub_section": "quantities",
+ "m_annotations": {
+ "eln": [
+ {
+ "component": "StringEditQuantity",
+ "label": "Substance ID"
+ }
+ ]
+ },
+ "name": "lab_id",
+ "description": "A human human readable substance ID that is at least unique for the lab.",
+ "type": {
+ "type_kind": "python",
+ "type_data": "str"
+ }
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 2,
+ "m_parent_sub_section": "quantities",
+ "m_annotations": {
+ "eln": [
+ {
+ "component": "StringEditQuantity",
+ "label": "CAS uri"
+ }
+ ]
+ },
+ "name": "cas_uri",
+ "description": "CAS uri",
+ "type": {
+ "type_kind": "python",
+ "type_data": "str"
+ }
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 3,
+ "m_parent_sub_section": "quantities",
+ "m_annotations": {
+ "eln": [
+ {
+ "component": "StringEditQuantity",
+ "label": "CAS number"
+ }
+ ]
+ },
+ "name": "cas_number",
+ "description": "CAS number.",
+ "type": {
+ "type_kind": "python",
+ "type_data": "str"
+ }
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 4,
+ "m_parent_sub_section": "quantities",
+ "m_annotations": {
+ "eln": [
+ {
+ "component": "StringEditQuantity",
+ "label": "CAS name"
+ }
+ ]
+ },
+ "name": "cas_name",
+ "description": "CAS name.",
+ "type": {
+ "type_kind": "python",
+ "type_data": "str"
+ }
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 5,
+ "m_parent_sub_section": "quantities",
+ "m_annotations": {
+ "eln": [
+ {
+ "component": "FileEditQuantity"
+ }
+ ],
+ "browser": [
+ {
+ "adaptor": "RawFileAdaptor"
+ }
+ ]
+ },
+ "name": "image",
+ "description": "CAS image.",
+ "type": {
+ "type_kind": "python",
+ "type_data": "str"
+ }
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 6,
"m_parent_sub_section": "quantities",
"m_annotations": {
"eln": [
@@ -49813,8 +50537,8 @@
}
]
},
- "name": "name",
- "description": "A short human readable and descriptive name.",
+ "name": "inchi",
+ "description": "CAS inchi.",
"type": {
"type_kind": "python",
"type_data": "str"
@@ -49822,7 +50546,7 @@
},
{
"m_def": "nomad.metainfo.metainfo.Quantity",
- "m_parent_index": 1,
+ "m_parent_index": 7,
"m_parent_sub_section": "quantities",
"m_annotations": {
"eln": [
@@ -49831,8 +50555,8 @@
}
]
},
- "name": "lab_id",
- "description": "A id string that is unique at least for the lab that produced this data.",
+ "name": "inchi_key",
+ "description": "CAS inchi key.",
"type": {
"type_kind": "python",
"type_data": "str"
@@ -49840,58 +50564,53 @@
},
{
"m_def": "nomad.metainfo.metainfo.Quantity",
- "m_parent_index": 2,
+ "m_parent_index": 8,
"m_parent_sub_section": "quantities",
"m_annotations": {
"eln": [
{
- "component": "RichTextEditQuantity"
+ "component": "StringEditQuantity"
}
]
},
- "name": "description",
- "description": "A human description. This provides room for human readable information that could not be captured in the ELN.",
+ "name": "smile",
+ "description": "CAS smile.",
"type": {
"type_kind": "python",
"type_data": "str"
}
- }
- ]
- },
- {
- "m_def": "nomad.metainfo.metainfo.Section",
- "m_parent_index": 1,
- "m_parent_sub_section": "section_definitions",
- "name": "ElnActivityBaseSection",
- "description": "A generic abstract base section for ELNs that provides a few commonly used for laboratory activities, e.g. processes, characterizations, measurements, etc.",
- "base_sections": [
- "/packages/8/section_definitions/0"
- ],
- "quantities": [
+ },
{
"m_def": "nomad.metainfo.metainfo.Quantity",
- "m_parent_index": 0,
+ "m_parent_index": 9,
"m_parent_sub_section": "quantities",
"m_annotations": {
"eln": [
{
- "component": "DateTimeEditQuantity"
+ "component": "StringEditQuantity"
}
]
},
- "name": "datetime",
- "description": "The date and time when this activity was done.",
+ "name": "canonical_smile",
+ "description": "CAS canonical smile.",
"type": {
- "type_kind": "custom",
- "type_data": "nomad.metainfo.metainfo._Datetime"
+ "type_kind": "python",
+ "type_data": "str"
}
},
{
"m_def": "nomad.metainfo.metainfo.Quantity",
- "m_parent_index": 1,
+ "m_parent_index": 10,
"m_parent_sub_section": "quantities",
- "name": "method",
- "description": "A short consistent handle for the applied method.",
+ "m_annotations": {
+ "eln": [
+ {
+ "component": "StringEditQuantity"
+ }
+ ]
+ },
+ "name": "molecular_formula",
+ "description": "CAS molecular formula.",
"type": {
"type_kind": "python",
"type_data": "str"
@@ -49899,107 +50618,79 @@
},
{
"m_def": "nomad.metainfo.metainfo.Quantity",
- "m_parent_index": 2,
+ "m_parent_index": 11,
"m_parent_sub_section": "quantities",
"m_annotations": {
"eln": [
{
- "component": "AuthorEditQuantity"
+ "component": "NumberEditQuantity"
}
]
},
- "name": "user",
- "description": "The corresponding user for the activity.",
+ "name": "molecular_mass",
+ "description": "CAS molecular mass.",
"type": {
- "type_kind": "Author",
- "type_data": "Author"
- }
- }
- ]
- },
- {
- "m_def": "nomad.metainfo.metainfo.Section",
- "m_parent_index": 2,
- "m_parent_sub_section": "section_definitions",
- "name": "ElnWithFormulaBaseSection",
- "description": "A generic abstract base section for ELNs that provides a few commonly used for items with a chemical formula, e.g. chemicals or samples.",
- "base_sections": [
- "/packages/8/section_definitions/0"
- ],
- "quantities": [
+ "type_kind": "numpy",
+ "type_data": "float64"
+ },
+ "unit": "dalton"
+ },
{
"m_def": "nomad.metainfo.metainfo.Quantity",
- "m_parent_index": 0,
+ "m_parent_index": 12,
+ "m_parent_sub_section": "quantities",
+ "name": "cas_synonyms",
+ "description": "CAS synonyms.",
+ "type": {
+ "type_kind": "python",
+ "type_data": "str"
+ },
+ "shape": [
+ "*"
+ ]
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 13,
"m_parent_sub_section": "quantities",
"m_annotations": {
"eln": [
{
- "component": "StringEditQuantity"
+ "component": "RichTextEditQuantity",
+ "label": "Detailed substance description"
}
]
},
- "name": "chemical_formula",
- "description": "The chemical formula. This will be used directly and indirectly in the search. The formula will be used itself as well as the extracted chemical elements.",
+ "name": "description",
+ "description": "A field for adding additional information about the substance that is not captured\nby the other quantities and subsections.",
"type": {
"type_kind": "python",
"type_data": "str"
}
}
+ ],
+ "sub_sections": [
+ {
+ "m_def": "nomad.metainfo.metainfo.SubSection",
+ "m_parent_index": 0,
+ "m_parent_sub_section": "sub_sections",
+ "name": "cas_experimental_properties",
+ "sub_section": "/packages/8/section_definitions/11",
+ "repeats": true
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.SubSection",
+ "m_parent_index": 1,
+ "m_parent_sub_section": "sub_sections",
+ "name": "cas_property_citations",
+ "sub_section": "/packages/8/section_definitions/12",
+ "repeats": true
+ }
]
},
{
"m_def": "nomad.metainfo.metainfo.Section",
- "m_parent_index": 3,
- "m_parent_sub_section": "section_definitions",
- "name": "Chemical",
- "description": "A ELN base section that can be used for chemicals.",
- "base_sections": [
- "/packages/8/section_definitions/2"
- ]
- },
- {
- "m_def": "nomad.metainfo.metainfo.Section",
- "m_parent_index": 4,
- "m_parent_sub_section": "section_definitions",
- "name": "Sample",
- "description": "A ELN base section that can be used for samples.",
- "base_sections": [
- "/packages/8/section_definitions/2"
- ]
- },
- {
- "m_def": "nomad.metainfo.metainfo.Section",
- "m_parent_index": 5,
- "m_parent_sub_section": "section_definitions",
- "name": "Instrument",
- "description": "A ELN base section that can be used for instruments.",
- "base_sections": [
- "/packages/8/section_definitions/0"
- ]
- },
- {
- "m_def": "nomad.metainfo.metainfo.Section",
- "m_parent_index": 6,
- "m_parent_sub_section": "section_definitions",
- "name": "Process",
- "description": "A ELN base section that can be used for processes.",
- "base_sections": [
- "/packages/8/section_definitions/1"
- ]
- },
- {
- "m_def": "nomad.metainfo.metainfo.Section",
- "m_parent_index": 7,
- "m_parent_sub_section": "section_definitions",
- "name": "Measurement",
- "description": "A ELN base section that can be used for measurements.",
- "base_sections": [
- "/packages/8/section_definitions/1"
- ]
- },
- {
- "m_def": "nomad.metainfo.metainfo.Section",
- "m_parent_index": 8,
+ "m_parent_index": 14,
"m_parent_sub_section": "section_definitions",
"name": "SampleID",
"description": "A ELN base section that can be used for sample IDs. If the `sample_owner`, `sample_short_name`, `\u00ecnstitute`, and `creation_datetime`\nquantities are provided, the sample_id will be automatically created as a combination\nof these four quantities.",
@@ -50097,55 +50788,12 @@
"type_kind": "python",
"type_data": "str"
}
- },
- {
- "m_def": "nomad.metainfo.metainfo.Quantity",
- "m_parent_index": 5,
- "m_parent_sub_section": "quantities",
- "m_annotations": {
- "eln": [
- {
- "component": "ReferenceEditQuantity"
- }
- ]
- },
- "name": "children",
- "more": {
- "descriptions": "A reference to a sample which are children of this one."
- },
- "type": {
- "type_kind": "reference",
- "type_data": "/packages/8/section_definitions/8"
- },
- "shape": [
- "*"
- ]
- },
- {
- "m_def": "nomad.metainfo.metainfo.Quantity",
- "m_parent_index": 6,
- "m_parent_sub_section": "quantities",
- "m_annotations": {
- "eln": [
- {
- "component": "ReferenceEditQuantity"
- }
- ]
- },
- "name": "parents",
- "more": {
- "descriptions": "A reference to sample which are parents of this one."
- },
- "type": {
- "type_kind": "reference",
- "type_data": "/packages/8/section_definitions/8"
- }
}
]
},
{
"m_def": "nomad.metainfo.metainfo.Section",
- "m_parent_index": 9,
+ "m_parent_index": 15,
"m_parent_sub_section": "section_definitions",
"name": "PublicationReference",
"description": "A ELN base section that can be used for references.",
@@ -50229,7 +50877,57 @@
},
{
"m_def": "nomad.metainfo.metainfo.Section",
- "m_parent_index": 10,
+ "m_parent_index": 16,
+ "m_parent_sub_section": "section_definitions",
+ "name": "ElnWithFormulaBaseSection",
+ "description": "A generic abstract base section for ELNs that provides a few commonly used for items with a chemical formula, e.g. chemicals or samples.",
+ "base_sections": [
+ "/packages/8/section_definitions/1"
+ ],
+ "quantities": [
+ {
+ "m_def": "nomad.metainfo.metainfo.Quantity",
+ "m_parent_index": 0,
+ "m_parent_sub_section": "quantities",
+ "m_annotations": {
+ "eln": [
+ {
+ "component": "StringEditQuantity"
+ }
+ ]
+ },
+ "name": "chemical_formula",
+ "description": "The chemical formula. This will be used directly and indirectly in the search. The formula will be used itself as well as the extracted chemical elements.",
+ "type": {
+ "type_kind": "python",
+ "type_data": "str"
+ }
+ }
+ ]
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Section",
+ "m_parent_index": 17,
+ "m_parent_sub_section": "section_definitions",
+ "name": "Chemical",
+ "description": "A ELN base section that can be used for chemicals.",
+ "base_sections": [
+ "/packages/8/section_definitions/16"
+ ]
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Section",
+ "m_parent_index": 18,
+ "m_parent_sub_section": "section_definitions",
+ "name": "Sample",
+ "description": "A ELN base section that can be used for samples.",
+ "base_sections": [
+ "/packages/8/section_definitions/16"
+ ]
+ },
+ {
+ "m_def": "nomad.metainfo.metainfo.Section",
+ "m_parent_index": 19,
"m_parent_sub_section": "section_definitions",
"name": "SolarCellDefinition",
"base_sections": [
@@ -50314,7 +51012,7 @@
},
{
"m_def": "nomad.metainfo.metainfo.Section",
- "m_parent_index": 11,
+ "m_parent_index": 20,
"m_parent_sub_section": "section_definitions",
"name": "SolarCellLayer",
"base_sections": [
@@ -50401,7 +51099,7 @@
},
{
"m_def": "nomad.metainfo.metainfo.Section",
- "m_parent_index": 12,
+ "m_parent_index": 21,
"m_parent_sub_section": "section_definitions",
"name": "SolarCellBaseSectionWithOptoelectronicProperties",
"base_sections": [
@@ -50432,7 +51130,7 @@
},
{
"m_def": "nomad.metainfo.metainfo.Section",
- "m_parent_index": 13,
+ "m_parent_index": 22,
"m_parent_sub_section": "section_definitions",
"name": "SolarCellJV",
"more": {
@@ -50717,11 +51415,11 @@
},
{
"m_def": "nomad.metainfo.metainfo.Section",
- "m_parent_index": 14,
+ "m_parent_index": 23,
"m_parent_sub_section": "section_definitions",
"name": "SolarCellJVCurve",
"base_sections": [
- "/packages/8/section_definitions/13"
+ "/packages/8/section_definitions/22"
],
"quantities": [
{
@@ -50793,7 +51491,7 @@
},
{
"m_def": "nomad.metainfo.metainfo.Section",
- "m_parent_index": 15,
+ "m_parent_index": 24,
"m_parent_sub_section": "section_definitions",
"m_annotations": {
"eln": [
diff --git a/gui/src/utils.js b/gui/src/utils.js
index 0135a4872d0e84d68f1aaedae5b7db35481f2c3c..3b321950044ee2c696515f3d417e5dce4665aaff 100644
--- a/gui/src/utils.js
+++ b/gui/src/utils.js
@@ -390,6 +390,9 @@ export function formatInteger(value) {
* @return {str} The timestamp with new formatting
*/
export function formatTimestamp(value) {
+ if (isNil(value)) {
+ return value
+ }
if (value.search(/([+-][0-9]{2}:[0-9]{2}|Z)\b/) === -1) { // search for timezone information
try {
// assume UTC timestamp from server and attempt to manually add UTC timezone,
diff --git a/gui/tests/data/entry/dft.json b/gui/tests/data/entry/dft.json
index 5d326ce3041afb6d5b01caf646dc4cc908e03a1c..e14ef7348d1bcdf63e6640fd04c95efd0498e64d 100644
--- a/gui/tests/data/entry/dft.json
+++ b/gui/tests/data/entry/dft.json
@@ -24,9 +24,9 @@
"datasets": [],
"n_quantities": 0,
"nomad_version": "0.10.0",
- "upload_create_time": "2022-12-19T08:33:40.022167+00:00",
+ "upload_create_time": "2023-01-18T11:19:02.555556+00:00",
"nomad_commit": "bf3c06fa",
- "publish_time": "2022-12-19T08:33:40.025167+00:00",
+ "publish_time": "2023-01-18T11:19:02.558556+00:00",
"results": {
"material": {
"symmetry": {
@@ -200,7 +200,7 @@
"name": "Markus Scheidgen"
}
],
- "entry_create_time": "2022-12-19T08:33:40.026167+00:00",
+ "entry_create_time": "2023-01-18T11:19:02.559556+00:00",
"with_embargo": false,
"domain": "dft",
"comment": "Mocked",
@@ -455,14 +455,14 @@
],
"metadata": {
"upload_id": "dft_upload",
- "upload_create_time": "2022-12-19T08:33:40.022167+00:00",
+ "upload_create_time": "2023-01-18T11:19:02.555556+00:00",
"entry_id": "dft_bulk",
"entry_hash": "dummy_hash_dft_bulk",
- "entry_create_time": "2022-12-19T08:33:40.026167+00:00",
+ "entry_create_time": "2023-01-18T11:19:02.559556+00:00",
"parser_name": "parsers/vasp",
"mainfile": "vasp.xml",
"published": true,
- "publish_time": "2022-12-19T08:33:40.025167+00:00",
+ "publish_time": "2023-01-18T11:19:02.558556+00:00",
"with_embargo": false,
"embargo_length": 0,
"license": "CC BY 4.0",
diff --git a/gui/tests/data/entry/electronic_card.json b/gui/tests/data/entry/electronic_card.json
index 161b1f0c0f3c2543e426ae6e4033e8a9934210cc..0b323bd2b5658b27e1985de439e3704333b0c557 100644
--- a/gui/tests/data/entry/electronic_card.json
+++ b/gui/tests/data/entry/electronic_card.json
@@ -24,9 +24,9 @@
"datasets": [],
"n_quantities": 0,
"nomad_version": "0.10.0",
- "upload_create_time": "2022-12-19T09:28:50.957865+00:00",
+ "upload_create_time": "2023-01-18T11:17:04.878570+00:00",
"nomad_commit": "bf3c06fa",
- "publish_time": "2022-12-19T09:28:50.960865+00:00",
+ "publish_time": "2023-01-18T11:17:04.881570+00:00",
"results": {
"material": {
"symmetry": {
@@ -85,7 +85,7 @@
"name": "Markus Scheidgen"
}
],
- "entry_create_time": "2022-12-19T09:28:50.961865+00:00",
+ "entry_create_time": "2023-01-18T11:17:04.882570+00:00",
"with_embargo": false,
"domain": "dft",
"comment": "Mocked",
@@ -131,9 +131,9 @@
"datasets": [],
"n_quantities": 0,
"nomad_version": "0.10.0",
- "upload_create_time": "2022-12-19T09:28:50.957865+00:00",
+ "upload_create_time": "2023-01-18T11:17:04.878570+00:00",
"nomad_commit": "bf3c06fa",
- "publish_time": "2022-12-19T09:28:50.960865+00:00",
+ "publish_time": "2023-01-18T11:17:04.881570+00:00",
"results": {
"material": {
"symmetry": {
@@ -192,7 +192,7 @@
"name": "Markus Scheidgen"
}
],
- "entry_create_time": "2022-12-19T09:28:50.961865+00:00",
+ "entry_create_time": "2023-01-18T11:17:04.882570+00:00",
"with_embargo": false,
"domain": "dft",
"comment": "Mocked",
@@ -311,14 +311,14 @@
],
"metadata": {
"upload_id": "dft_upload",
- "upload_create_time": "2022-12-19T09:28:50.957865+00:00",
+ "upload_create_time": "2023-01-18T11:17:04.878570+00:00",
"entry_id": "dft_bulk",
"entry_hash": "dummy_hash_dft_bulk",
- "entry_create_time": "2022-12-19T09:28:50.961865+00:00",
+ "entry_create_time": "2023-01-18T11:17:04.882570+00:00",
"parser_name": "parsers/vasp",
"mainfile": "vasp.xml",
"published": true,
- "publish_time": "2022-12-19T09:28:50.960865+00:00",
+ "publish_time": "2023-01-18T11:17:04.881570+00:00",
"with_embargo": false,
"embargo_length": 0,
"license": "CC BY 4.0",
@@ -479,14 +479,14 @@
],
"metadata": {
"upload_id": "dft_upload",
- "upload_create_time": "2022-12-19T09:28:50.957865+00:00",
+ "upload_create_time": "2023-01-18T11:17:04.878570+00:00",
"entry_id": "dft_bulk",
"entry_hash": "dummy_hash_dft_bulk",
- "entry_create_time": "2022-12-19T09:28:50.961865+00:00",
+ "entry_create_time": "2023-01-18T11:17:04.882570+00:00",
"parser_name": "parsers/vasp",
"mainfile": "vasp.xml",
"published": true,
- "publish_time": "2022-12-19T09:28:50.960865+00:00",
+ "publish_time": "2023-01-18T11:17:04.881570+00:00",
"with_embargo": false,
"embargo_length": 0,
"license": "CC BY 4.0",
diff --git a/gui/tests/data/entry/eln-author.json b/gui/tests/data/entry/eln-author.json
index 90a0d10e0357040a418eedbd48556319b4c59c51..a97e02624af9090fab692ec7a93dfdcef659670d 100644
--- a/gui/tests/data/entry/eln-author.json
+++ b/gui/tests/data/entry/eln-author.json
@@ -7,7 +7,7 @@
"body": "",
"headers": {
"accept": "application/json",
- "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.eyJqdGkiOiJiNzE3ZTA1MS05YzRmLTQwMTQtOGZlNy00ZTU5ZmI4OTQyMTAiLCJleHAiOjE2NzE0NzQ4NzksIm5iZiI6MCwiaWF0IjoxNjcxNDM4OTA4LCJpc3MiOiJodHRwczovL25vbWFkLWxhYi5ldS9mYWlyZGkva2V5Y2xvYWsvYXV0aC9yZWFsbXMvZmFpcmRpX25vbWFkX3Rlc3QiLCJhdWQiOiJhY2NvdW50Iiwic3ViIjoiNjg4NzhhZjctNjg0NS00NmMwLWIyYzEtMjUwZDRkOGViNDcwIiwidHlwIjoiQmVhcmVyIiwiYXpwIjoibm9tYWRfZ3VpX2RldiIsImF1dGhfdGltZSI6MCwic2Vzc2lvbl9zdGF0ZSI6IjRiMmQ3ZTM5LTQ4OGMtNDhlYS04OTRhLTUzMjMzZTVjYmM3ZCIsImFjciI6IjEiLCJhbGxvd2VkLW9yaWdpbnMiOlsiKiJdLCJyZWFsbV9hY2Nlc3MiOnsicm9sZXMiOlsib2ZmbGluZV9hY2Nlc3MiLCJ1bWFfYXV0aG9yaXphdGlvbiJdfSwicmVzb3VyY2VfYWNjZXNzIjp7ImFjY291bnQiOnsicm9sZXMiOlsibWFuYWdlLWFjY291bnQiLCJtYW5hZ2UtYWNjb3VudC1saW5rcyIsInZpZXctcHJvZmlsZSJdfX0sInNjb3BlIjoiZW1haWwgcHJvZmlsZSIsImVtYWlsX3ZlcmlmaWVkIjp0cnVlLCJuYW1lIjoiTWFya3VzIFNjaGVpZGdlbiIsInByZWZlcnJlZF91c2VybmFtZSI6InRlc3QiLCJnaXZlbl9uYW1lIjoiTWFya3VzIiwiZmFtaWx5X25hbWUiOiJTY2hlaWRnZW4iLCJlbWFpbCI6Im1hcmt1cy5zY2hlaWRnZW5AZmhpLWJlcmxpbi5kZSJ9.EDtipkQl2hEkCOMfz7YD4moW_zClEi0rwnPfpWsIVieNLD6KZYpPi0otZori24cX89Sdk2LNb414R7bB4bZV2QOzLhTOVZ-ptlUXSE5ibduIOu_P769JV0HuaJb8yyScRdrLjDBTjlnNxcSaz-T7eaTpc7-JdwpWVU5XUuui_VcB4_e05j162YN9I_DKtg2V4_mzYi8Hml84Y61xmbRqyJ9eFjGhf_bBa71bznULQn7x4YJadslkOKzJsV3Djmr39xaVxNEMiOTYqE0G9sxDFvbn3-Dp3aV7KTSI11EUHz6EBTOq-dxCY0_IPKxCXtZhoLjr9xOOWgBzTUNIFrPyjw",
+ "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.dm5WH8Z23EoEuNJHxJ857gJ0z56SAP30oDPZqBeoK9rU8WqO-j93P0pjQ0rkKvg99lNwSsrkoYqDV7BRewuIg_4mhJtJCWLXFfgzZbzYfi4gJjnDGhXfgFNx-f5-gz2-ylx6Su77kaf2Eq4KDa9j9NDEY-BcuH2--J-a9xfijC8EhVZ93CwwCb8jlvsju37B3oYovwGKyFDj3O-Z9zMXHvNmKin_JbQy4wRPSd2AKSQh-tvFvD53pndm_nTTRokUWvYcrD7n647NbEtLwuCmtxonqjCBnLckKGzU6sogRRDESOJH8d5CQkmomRv3ZgRVk29AZozf0PaMl-vwawvgQQ",
"cookie": null
}
},
@@ -29,18 +29,19 @@
"data.name",
"data.processes",
"data.processes.hotplate_annealing",
- "data.processes.hotplate_annealing.datetime",
"data.processes.hotplate_annealing.duration",
"data.processes.hotplate_annealing.set_temperature",
+ "data.processes.hotplate_annealing.timestamp",
"data.processes.pvd_evaporation",
"data.processes.pvd_evaporation.chamber_pressure",
"data.processes.pvd_evaporation.data_file",
- "data.processes.pvd_evaporation.datetime",
"data.processes.pvd_evaporation.instrument",
"data.processes.pvd_evaporation.substrate_temperature",
"data.processes.pvd_evaporation.time",
+ "data.processes.pvd_evaporation.timestamp",
"data.substrate_type",
"data.tags",
+ "data.timestamp",
"metadata",
"metadata.coauthors",
"metadata.datasets",
@@ -98,34 +99,34 @@
"results.properties.available_properties"
],
"datasets": [],
- "n_quantities": 60,
- "nomad_version": "1.1.2.dev647+g9297338f3",
- "upload_create_time": "2022-12-19T08:34:59.912000+00:00",
+ "n_quantities": 61,
+ "nomad_version": "1.1.2.dev717+g548f58be7.d20221222",
+ "upload_create_time": "2023-01-18T11:20:22.651000+00:00",
"nomad_commit": "",
"section_defs": [
{
"used_directly": true,
- "definition_id": "b729e4f513a17b6142767e5535beba91708c13bc",
+ "definition_id": "b1015a197cd459e4c6fa7fb3797e61fb5ae2f698",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Process"
},
{
"used_directly": true,
- "definition_id": "f3e96e7b60388fa6821dc2b45804aaaaef2c74aa",
+ "definition_id": "463190d96dbfc15e155003987c38e90a33f23699",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample"
},
{
"used_directly": true,
- "definition_id": "4f78f22cb32c9134ab4886289892c86d4c535d4e",
+ "definition_id": "9dbb9129992e8465899fa590f080cd2372b25263",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes"
},
{
"used_directly": true,
- "definition_id": "5dc1199d73fb589c01643a663f0381456baaa08d",
+ "definition_id": "1d4d27e0a85c6d427d5a508b3db8f42fc74e336e",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes.HotplateAnnealing"
},
{
"used_directly": true,
- "definition_id": "cf78db6a0eb9b133f780f36e6cbcc2066fa5aa01",
+ "definition_id": "2bccc77a670e159b0043329260c5b76c79f6d307",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes.PvdEvaporation"
},
{
@@ -140,7 +141,7 @@
},
{
"used_directly": true,
- "definition_id": "1a9821c15d4ee2c92ebed46a981072f911f33e76",
+ "definition_id": "923fd8ffed25ac724d156dc4fa8696e7b778d6fb",
"definition_qualified_name": "nomad.datamodel.datamodel.EntryArchive"
},
{
@@ -160,27 +161,27 @@
},
{
"used_directly": false,
- "definition_id": "452515af5cb7bc8c1d20f9701eca186369f612a1",
- "definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection"
+ "definition_id": "f206c717608ebd896849c324c5b3387a997670d9",
+ "definition_qualified_name": "nomad.datamodel.metainfo.eln.Activity"
},
{
"used_directly": false,
- "definition_id": "05c13125f04981c8560d309e4647e139cb7ede63",
+ "definition_id": "4bc96e9848adb949d2a9c249399895fabff7f1d0",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnBaseSection"
},
{
"used_directly": false,
- "definition_id": "05886ab2544dd913005d5844ee0aec737731e171",
+ "definition_id": "eeae659a282a6ed4e1f9885cf6f84aa4b623cd52",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnWithFormulaBaseSection"
},
{
"used_directly": false,
- "definition_id": "3772fa53cde966eadb55808e99d9e420d40c16b7",
+ "definition_id": "37ff57223b98a7ea31463a54036e739a03e4a2ed",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.Process"
},
{
"used_directly": true,
- "definition_id": "b071aea15c2f8d132e5a562355d110591e3d0de4",
+ "definition_id": "2fe7f36c48040045590d8ede8eb61c7d6bc759ac",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.Sample"
},
{
@@ -195,7 +196,7 @@
},
{
"used_directly": true,
- "definition_id": "1752078207d327d7d4b25f8ca831ca968da19479",
+ "definition_id": "8840348bb74559fc9efb985c3ff7785fa96a01a3",
"definition_qualified_name": "nomad.datamodel.results.Results"
},
{
@@ -234,7 +235,7 @@
}
},
"entry_name": "ELN example sample",
- "last_processing_time": "2022-12-19T08:35:00.831000+00:00",
+ "last_processing_time": "2023-01-18T11:20:23.500000+00:00",
"parser_name": "parsers/archive",
"searchable_quantities": [
{
@@ -261,12 +262,6 @@
"section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3",
"keyword_value": "SLG"
},
- {
- "path": "data.processes.pvd_evaporation.datetime",
- "date_value": "2022-05-10T07:20:00+00:00",
- "quantity_name": "datetime",
- "section_definition": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection"
- },
{
"text_value": "PVDProcess.csv",
"path": "data.processes.pvd_evaporation.data_file",
@@ -274,10 +269,34 @@
"section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/0"
},
{
- "path": "data.processes.hotplate_annealing.datetime",
- "date_value": "2022-05-10T07:22:00+00:00",
- "quantity_name": "datetime",
- "section_definition": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection"
+ "path": "data.processes.pvd_evaporation.timestamp",
+ "date_value": "2023-01-18T13:20:26.729450+00:00",
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
+ },
+ {
+ "path": "data.processes.hotplate_annealing.set_temperature",
+ "quantity_name": "set_temperature",
+ "section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/1",
+ "double_value": 373.15
+ },
+ {
+ "path": "data.processes.hotplate_annealing.duration",
+ "quantity_name": "duration",
+ "section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/1",
+ "double_value": 60
+ },
+ {
+ "path": "data.processes.hotplate_annealing.timestamp",
+ "date_value": "2023-01-18T13:20:26.729908+00:00",
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
+ },
+ {
+ "path": "data.timestamp",
+ "date_value": "2023-01-18T13:20:26.730607+00:00",
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
}
],
"calc_id": "bC7byHvWJp62Sn9uiuJUB38MT5j-",
@@ -325,7 +344,7 @@
"name": "Test Tester"
}
],
- "entry_create_time": "2022-12-19T08:35:00.181000+00:00",
+ "entry_create_time": "2023-01-18T11:20:22.985000+00:00",
"with_embargo": false,
"files": [
"sample.archive.json",
@@ -392,7 +411,7 @@
},
"headers": {
"connection": "close",
- "content-length": "14506",
+ "content-length": "15431",
"content-type": "application/json",
"server": "uvicorn"
}
@@ -432,7 +451,7 @@
"headers": {
"accept": "application/json",
"content-type": "application/json",
- "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.RhX49xtwfOwmp9hMrabvq-AF-ai38wu7KIqaPJw1Iqn8RyVoUOW9xj1mhOisnOepiamR6a8gYCnorUuR4HE2YA816R9jsM4VQmORPy90bhPnDj707czki5zPJhevKPRuiemJkB6GsF4UuSiRg5xu5afXZBNhNGCTwe2GTkKhpmjqTWB9onDjZ90IHzJKxhxPh-fOY2daUdkOSYBtqLk5f551A4GRQaLAJv3XChAH7JDDkoPZKfEMi8bnbttuNMeV1DHSY2_T0iNACIA3s9nvQDS0yHXx_25b8tM3r0SEV1HaPdtquA2lIo73F5nYKY_P0DL1nt9a5vOxU64iZBMDzw",
+ "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.CZRAXaFlql79XfrLWjeH3tpiTYZo65bCf1bk998SM2G2nSzWl3X6MwptTeVRcmS14MzVnziGC4N2pA6pNr2FkC01zF2IbuT8ldqO6Un8vlOEmAOM-LQLiR4hfvjHlxUrr3-szKjefJg-87HoPi35vfDuqY-G4d0LZe-WpIDqcRbAM7GSI-vpqQQkPS43_97IkZ0YYaGiaLgYYj2RF4S3OTLnCMRIjkm_44pX68enr9xPBgJkEePrz_HvVaVBMMaBqfa0Ehif-XhKF94Xk8PQC6HlJV-NEq7FEzKF5Xenz5W6DrZhJanW6GHBVAZXueod1oHp4bZiPBuSXzj11HOCOQ",
"cookie": null
}
},
@@ -470,12 +489,12 @@
"archive": {
"metadata": {
"upload_id": "eln_upload_id",
- "upload_create_time": "2022-12-19T08:34:59.912000+00:00",
+ "upload_create_time": "2023-01-18T11:20:22.651000+00:00",
"entry_id": "bC7byHvWJp62Sn9uiuJUB38MT5j-",
"entry_name": "ELN example sample",
"entry_type": "Sample",
- "entry_hash": "CcET_ASxyul-r0csVVafDPmcpvtB",
- "entry_create_time": "2022-12-19T08:35:00.181000+00:00",
+ "entry_hash": "XHZK3LbguZipoP3qkHXEkmobWKr8",
+ "entry_create_time": "2023-01-18T11:20:22.985000+00:00",
"parser_name": "parsers/archive",
"mainfile": "sample.archive.json",
"files": [
@@ -493,9 +512,9 @@
"embargo_length": 0,
"license": "CC BY 4.0",
"processed": true,
- "last_processing_time": "2022-12-19T08:35:00.831215+00:00",
+ "last_processing_time": "2023-01-18T11:20:23.500974+00:00",
"processing_errors": [],
- "nomad_version": "1.1.2.dev647+g9297338f3",
+ "nomad_version": "1.1.2.dev717+g548f58be7.d20221222",
"nomad_commit": "",
"references": [],
"main_author": "68878af7-6845-46c0-b2c1-250d4d8eb470",
@@ -507,7 +526,7 @@
"54cb1f64-f84e-4815-9ade-440ce0b5430f"
],
"datasets": [],
- "n_quantities": 60,
+ "n_quantities": 61,
"quantities": [
"",
"data",
@@ -517,18 +536,19 @@
"data.name",
"data.processes",
"data.processes.hotplate_annealing",
- "data.processes.hotplate_annealing.datetime",
"data.processes.hotplate_annealing.duration",
"data.processes.hotplate_annealing.set_temperature",
+ "data.processes.hotplate_annealing.timestamp",
"data.processes.pvd_evaporation",
"data.processes.pvd_evaporation.chamber_pressure",
"data.processes.pvd_evaporation.data_file",
- "data.processes.pvd_evaporation.datetime",
"data.processes.pvd_evaporation.instrument",
"data.processes.pvd_evaporation.substrate_temperature",
"data.processes.pvd_evaporation.time",
+ "data.processes.pvd_evaporation.timestamp",
"data.substrate_type",
"data.tags",
+ "data.timestamp",
"metadata",
"metadata.coauthors",
"metadata.datasets",
@@ -600,35 +620,35 @@
],
"entry_timestamp": {
"m_def": "nomad.datamodel.datamodel.RFC3161Timestamp",
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"tsa_server": "http://time.certum.pl/",
- "timestamp": "2022-12-19T08:35:00+00:00"
+ "timestamp": "2023-01-18T11:20:23+00:00"
},
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{
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Process",
- "definition_id": "b729e4f513a17b6142767e5535beba91708c13bc",
+ "definition_id": "b1015a197cd459e4c6fa7fb3797e61fb5ae2f698",
"used_directly": true
},
{
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample",
- "definition_id": "f3e96e7b60388fa6821dc2b45804aaaaef2c74aa",
+ "definition_id": "463190d96dbfc15e155003987c38e90a33f23699",
"used_directly": true
},
{
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes",
- "definition_id": "4f78f22cb32c9134ab4886289892c86d4c535d4e",
+ "definition_id": "9dbb9129992e8465899fa590f080cd2372b25263",
"used_directly": true
},
{
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes.HotplateAnnealing",
- "definition_id": "5dc1199d73fb589c01643a663f0381456baaa08d",
+ "definition_id": "1d4d27e0a85c6d427d5a508b3db8f42fc74e336e",
"used_directly": true
},
{
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes.PvdEvaporation",
- "definition_id": "cf78db6a0eb9b133f780f36e6cbcc2066fa5aa01",
+ "definition_id": "2bccc77a670e159b0043329260c5b76c79f6d307",
"used_directly": true
},
{
@@ -643,7 +663,7 @@
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{
"definition_qualified_name": "nomad.datamodel.datamodel.EntryArchive",
- "definition_id": "1a9821c15d4ee2c92ebed46a981072f911f33e76",
+ "definition_id": "923fd8ffed25ac724d156dc4fa8696e7b778d6fb",
"used_directly": true
},
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- "definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection",
- "definition_id": "452515af5cb7bc8c1d20f9701eca186369f612a1",
+ "definition_qualified_name": "nomad.datamodel.metainfo.eln.Activity",
+ "definition_id": "f206c717608ebd896849c324c5b3387a997670d9",
"used_directly": false
},
{
"definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnBaseSection",
- "definition_id": "05c13125f04981c8560d309e4647e139cb7ede63",
+ "definition_id": "4bc96e9848adb949d2a9c249399895fabff7f1d0",
"used_directly": false
},
{
"definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnWithFormulaBaseSection",
- "definition_id": "05886ab2544dd913005d5844ee0aec737731e171",
+ "definition_id": "eeae659a282a6ed4e1f9885cf6f84aa4b623cd52",
"used_directly": false
},
{
"definition_qualified_name": "nomad.datamodel.metainfo.eln.Process",
- "definition_id": "3772fa53cde966eadb55808e99d9e420d40c16b7",
+ "definition_id": "37ff57223b98a7ea31463a54036e739a03e4a2ed",
"used_directly": false
},
{
"definition_qualified_name": "nomad.datamodel.metainfo.eln.Sample",
- "definition_id": "b071aea15c2f8d132e5a562355d110591e3d0de4",
+ "definition_id": "2fe7f36c48040045590d8ede8eb61c7d6bc759ac",
"used_directly": true
},
{
@@ -698,7 +718,7 @@
},
{
"definition_qualified_name": "nomad.datamodel.results.Results",
- "definition_id": "1752078207d327d7d4b25f8ca831ca968da19479",
+ "definition_id": "8840348bb74559fc9efb985c3ff7785fa96a01a3",
"used_directly": true
},
{
@@ -770,12 +790,6 @@
"path": "data.substrate_type",
"keyword_value": "SLG"
},
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- "section_definition": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection",
- "path": "data.processes.pvd_evaporation.datetime",
- "date_value": "2022-05-10T07:20:00+00:00"
- },
{
"quantity_name": "data_file",
"section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/0",
@@ -783,16 +797,41 @@
"text_value": "PVDProcess.csv"
},
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- "quantity_name": "datetime",
- "section_definition": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection",
- "path": "data.processes.hotplate_annealing.datetime",
- "date_value": "2022-05-10T07:22:00+00:00"
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection",
+ "path": "data.processes.pvd_evaporation.timestamp",
+ "date_value": "2023-01-18T13:20:26.729450+00:00"
+ },
+ {
+ "quantity_name": "set_temperature",
+ "section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/1",
+ "path": "data.processes.hotplate_annealing.set_temperature",
+ "double_value": 373.15
+ },
+ {
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- "instruments": [
- "PVD-P"
- ],
- "descriptions": [
- "<p><img 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"m_annotations": {
"eln": [
{
- "overview": true,
"hide": [
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}
],
"plot": [
{
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"y": [
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"m_annotations": {
"tabular_parser": [
{
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"m_annotations": {
"eln": [
{
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}
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},
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"m_annotations": {
"eln": [
{
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alt=\"PVD process\" width=\"500\" height=\"348\" /></p>"
+ ],
+ "sections": [
+ "Instrument"
+ ],
+ "lab_ids": [
+ "I-02"
+ ]
+ },
+ "properties": {
+ "available_properties": []
+ }
},
- "m_ref_archives": {}
+ "entry_name": "PVD-P",
+ "last_processing_time": "2023-01-18T11:20:23.501000+00:00",
+ "parser_name": "parsers/archive",
+ "searchable_quantities": [
+ {
+ "text_value": "PVD-P",
+ "path": "data.name",
+ "quantity_name": "name",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
+ },
+ {
+ "text_value": "I-02",
+ "path": "data.lab_id",
+ "quantity_name": "lab_id",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
+ },
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alt=\"PVD process\" width=\"500\" height=\"348\" /></p>",
+ "path": "data.description",
+ "quantity_name": "description",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
+ },
+ {
+ "path": "data.timestamp",
+ "date_value": "2023-01-18T13:20:23.626058+00:00",
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
+ }
+ ],
+ "calc_id": "Ah-tjm5zSi_pczZJZo-8cjESYGft",
+ "published": false,
+ "writers": [
+ {
+ "user_id": "68878af7-6845-46c0-b2c1-250d4d8eb470",
+ "name": "Markus Scheidgen"
+ },
+ {
+ "user_id": "a03af8b6-3aa7-428a-b3b1-4a6317e576b6",
+ "name": "Sheldon Cooper"
+ }
+ ],
+ "sections": [
+ "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Instrument",
+ "nomad.datamodel.datamodel.EntryArchive",
+ "nomad.datamodel.datamodel.EntryMetadata",
+ "nomad.datamodel.datamodel.RFC3161Timestamp",
+ "nomad.datamodel.results.ELN",
+ "nomad.datamodel.results.Properties",
+ "nomad.datamodel.results.Results"
+ ],
+ "processed": true,
+ "mainfile": "PVD-P.archive.json",
+ "main_author": {
+ "user_id": "68878af7-6845-46c0-b2c1-250d4d8eb470",
+ "name": "Markus Scheidgen"
+ },
+ "viewers": [
+ {
+ "user_id": "68878af7-6845-46c0-b2c1-250d4d8eb470",
+ "name": "Markus Scheidgen"
+ },
+ {
+ "user_id": "a03af8b6-3aa7-428a-b3b1-4a6317e576b6",
+ "name": "Sheldon Cooper"
+ },
+ {
+ "user_id": "54cb1f64-f84e-4815-9ade-440ce0b5430f",
+ "name": "Test Tester"
+ }
+ ],
+ "entry_create_time": "2023-01-18T11:20:22.918000+00:00",
+ "with_embargo": false,
+ "files": [
+ "PVD-P.archive.json",
+ "Copper_II_Selenide.archive.json",
+ "PVDProcess.csv",
+ "README.md",
+ "Tin_II_Selenide.archive.json",
+ "Zinc_Selenide.archive.json",
+ "sample.archive.json",
+ "schema.archive.yaml"
+ ],
+ "entry_type": "Instrument",
+ "entry_id": "Ah-tjm5zSi_pczZJZo-8cjESYGft",
+ "authors": [
+ {
+ "user_id": "68878af7-6845-46c0-b2c1-250d4d8eb470",
+ "name": "Markus Scheidgen"
+ },
+ {
+ "user_id": "a03af8b6-3aa7-428a-b3b1-4a6317e576b6",
+ "name": "Sheldon Cooper"
+ }
+ ],
+ "license": "CC BY 4.0"
}
+ ]
+ },
+ "headers": {
+ "connection": "close",
+ "content-length": "123653",
+ "content-type": "application/json",
+ "server": "uvicorn"
+ }
+ }
+ },
+ {
+ "request": {
+ "url": "http://localhost:8000/fairdi/nomad/latest/api/v1/entries/query",
+ "method": "POST",
+ "body": {
+ "required": {
+ "metadata": "*"
+ },
+ "owner": "visible",
+ "pagination": {
+ "order_by": "upload_create_time",
+ "order": "desc",
+ "page_size": 20
+ },
+ "query": {
+ "entry_references.target_entry_id": "bC7byHvWJp62Sn9uiuJUB38MT5j-"
}
},
+ "headers": {
+ "accept": "application/json, text/plain, */*",
+ "content-type": "application/json",
+ "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.Co5EF7GpdjIEtgNkfx7XFaf0zBGWWiuJjFsNxUSZDbFiHOp8TEJpyGNWkd5dDDLjZTX4tN04p3eyVGgROExCcI2UYlWrDmWPUoJZpWBbQQz28qGL0tpQp2i6_BhFn5vBa7pTymz5Ia-pmVFhUnVAeUZnAQxO-5-Uj49rXbqtlRqq4gRJZksh-UNQK-sLDTJS60Oc4UMU3A-5kLC4SBlILktmR9wyAkUMf0VrndAm0JurZ2gvEwniaRSCOpxiZQcYACH-cSnQ9pLGFkzBUjzVB1orV5yX1dcu8s-LgSy8cFJkVnb9JHzkHl7pnNnnRVHln0VD4toVxcxyFKnarBb2yA",
+ "cookie": null
+ }
+ },
+ "response": {
+ "status": 200,
+ "body": {
+ "owner": "visible",
+ "query": {
+ "prefix": "entry_references",
+ "query": {
+ "name": "target_entry_id",
+ "value": "bC7byHvWJp62Sn9uiuJUB38MT5j-"
+ }
+ },
+ "pagination": {
+ "page_size": 20,
+ "order_by": "upload_create_time",
+ "order": "desc",
+ "total": 0
+ },
+ "required": {},
+ "data": []
+ },
"headers": {
"connection": "close",
- "content-length": "35403",
+ "content-length": "326",
"content-type": "application/json",
"server": "uvicorn"
}
diff --git a/gui/tests/data/entry/eln-coauthor.json b/gui/tests/data/entry/eln-coauthor.json
index 176b1ddaf3bd1c248619f701cce0aef053666b3a..3f5b49d0c506a0e20801fe8ca8437c62a684b56f 100644
--- a/gui/tests/data/entry/eln-coauthor.json
+++ b/gui/tests/data/entry/eln-coauthor.json
@@ -7,7 +7,7 @@
"body": "",
"headers": {
"accept": "application/json",
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}
},
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"data.name",
"data.processes",
"data.processes.hotplate_annealing",
- "data.processes.hotplate_annealing.datetime",
"data.processes.hotplate_annealing.duration",
"data.processes.hotplate_annealing.set_temperature",
+ "data.processes.hotplate_annealing.timestamp",
"data.processes.pvd_evaporation",
"data.processes.pvd_evaporation.chamber_pressure",
"data.processes.pvd_evaporation.data_file",
- "data.processes.pvd_evaporation.datetime",
"data.processes.pvd_evaporation.instrument",
"data.processes.pvd_evaporation.substrate_temperature",
"data.processes.pvd_evaporation.time",
+ "data.processes.pvd_evaporation.timestamp",
"data.substrate_type",
"data.tags",
+ "data.timestamp",
"metadata",
"metadata.coauthors",
"metadata.datasets",
@@ -98,34 +99,34 @@
"results.properties.available_properties"
],
"datasets": [],
- "n_quantities": 60,
- "nomad_version": "1.1.2.dev647+g9297338f3",
- "upload_create_time": "2022-12-19T08:35:45.758000+00:00",
+ "n_quantities": 61,
+ "nomad_version": "1.1.2.dev717+g548f58be7.d20221222",
+ "upload_create_time": "2023-01-18T11:21:08.341000+00:00",
"nomad_commit": "",
"section_defs": [
{
"used_directly": true,
- "definition_id": "b729e4f513a17b6142767e5535beba91708c13bc",
+ "definition_id": "b1015a197cd459e4c6fa7fb3797e61fb5ae2f698",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Process"
},
{
"used_directly": true,
- "definition_id": "f3e96e7b60388fa6821dc2b45804aaaaef2c74aa",
+ "definition_id": "463190d96dbfc15e155003987c38e90a33f23699",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample"
},
{
"used_directly": true,
- "definition_id": "4f78f22cb32c9134ab4886289892c86d4c535d4e",
+ "definition_id": "9dbb9129992e8465899fa590f080cd2372b25263",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes"
},
{
"used_directly": true,
- "definition_id": "5dc1199d73fb589c01643a663f0381456baaa08d",
+ "definition_id": "1d4d27e0a85c6d427d5a508b3db8f42fc74e336e",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes.HotplateAnnealing"
},
{
"used_directly": true,
- "definition_id": "cf78db6a0eb9b133f780f36e6cbcc2066fa5aa01",
+ "definition_id": "2bccc77a670e159b0043329260c5b76c79f6d307",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes.PvdEvaporation"
},
{
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},
{
"used_directly": true,
- "definition_id": "1a9821c15d4ee2c92ebed46a981072f911f33e76",
+ "definition_id": "923fd8ffed25ac724d156dc4fa8696e7b778d6fb",
"definition_qualified_name": "nomad.datamodel.datamodel.EntryArchive"
},
{
@@ -160,27 +161,27 @@
},
{
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- "definition_id": "452515af5cb7bc8c1d20f9701eca186369f612a1",
- "definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection"
+ "definition_id": "f206c717608ebd896849c324c5b3387a997670d9",
+ "definition_qualified_name": "nomad.datamodel.metainfo.eln.Activity"
},
{
"used_directly": false,
- "definition_id": "05c13125f04981c8560d309e4647e139cb7ede63",
+ "definition_id": "4bc96e9848adb949d2a9c249399895fabff7f1d0",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnBaseSection"
},
{
"used_directly": false,
- "definition_id": "05886ab2544dd913005d5844ee0aec737731e171",
+ "definition_id": "eeae659a282a6ed4e1f9885cf6f84aa4b623cd52",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnWithFormulaBaseSection"
},
{
"used_directly": false,
- "definition_id": "3772fa53cde966eadb55808e99d9e420d40c16b7",
+ "definition_id": "37ff57223b98a7ea31463a54036e739a03e4a2ed",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.Process"
},
{
"used_directly": true,
- "definition_id": "b071aea15c2f8d132e5a562355d110591e3d0de4",
+ "definition_id": "2fe7f36c48040045590d8ede8eb61c7d6bc759ac",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.Sample"
},
{
@@ -195,7 +196,7 @@
},
{
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+ "definition_id": "8840348bb74559fc9efb985c3ff7785fa96a01a3",
"definition_qualified_name": "nomad.datamodel.results.Results"
},
{
@@ -234,7 +235,7 @@
}
},
"entry_name": "ELN example sample",
- "last_processing_time": "2022-12-19T08:35:46.952000+00:00",
+ "last_processing_time": "2023-01-18T11:21:09.171000+00:00",
"parser_name": "parsers/archive",
"searchable_quantities": [
{
@@ -261,12 +262,6 @@
"section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3",
"keyword_value": "SLG"
},
- {
- "path": "data.processes.pvd_evaporation.datetime",
- "date_value": "2022-05-10T07:20:00+00:00",
- "quantity_name": "datetime",
- "section_definition": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection"
- },
{
"text_value": "PVDProcess.csv",
"path": "data.processes.pvd_evaporation.data_file",
@@ -274,10 +269,34 @@
"section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/0"
},
{
- "path": "data.processes.hotplate_annealing.datetime",
- "date_value": "2022-05-10T07:22:00+00:00",
- "quantity_name": "datetime",
- "section_definition": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection"
+ "path": "data.processes.pvd_evaporation.timestamp",
+ "date_value": "2023-01-18T13:21:12.248304+00:00",
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
+ },
+ {
+ "path": "data.processes.hotplate_annealing.set_temperature",
+ "quantity_name": "set_temperature",
+ "section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/1",
+ "double_value": 373.15
+ },
+ {
+ "path": "data.processes.hotplate_annealing.duration",
+ "quantity_name": "duration",
+ "section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/1",
+ "double_value": 60
+ },
+ {
+ "path": "data.processes.hotplate_annealing.timestamp",
+ "date_value": "2023-01-18T13:21:12.248758+00:00",
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
+ },
+ {
+ "path": "data.timestamp",
+ "date_value": "2023-01-18T13:21:12.249453+00:00",
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
}
],
"calc_id": "bC7byHvWJp62Sn9uiuJUB38MT5j-",
@@ -325,7 +344,7 @@
"name": "Test Tester"
}
],
- "entry_create_time": "2022-12-19T08:35:46.062000+00:00",
+ "entry_create_time": "2023-01-18T11:21:08.660000+00:00",
"with_embargo": false,
"files": [
"sample.archive.json",
@@ -392,7 +411,7 @@
},
"headers": {
"connection": "close",
- "content-length": "14506",
+ "content-length": "15431",
"content-type": "application/json",
"server": "uvicorn"
}
@@ -432,7 +451,7 @@
"headers": {
"accept": "application/json",
"content-type": "application/json",
- "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.i64dmTRgBVZGtXqcQ_5_1uGHiFNcdAgeZJjLqVuADXWMk_zrD1GSeXQKfi3bLjaxYu1AtMip-m8NENRLsGDP88ZI95dYPDm43uSn-gg6Oew1zcr4V27J2WdslfsepAU5G7o5jSPCaBiK_r5DMcGNq5RFfEGW3JKDjGx2oFi2IhBDP-QnudXCQyqlCwPwNsNfmFIdUrqD3hRsoxw1k9VR_H4DfxaID9e-s0Gu175ng3QMBPT8wXESlX26FuC1fVQwD6hpzWtB74qHSqliRA-NSGXu7sWwf883ZVL2lqQfmSmnbv1hIp171kj8xvYB9at9BoiN2UlMSsqjpbNO-p42_Q",
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}
},
@@ -470,12 +489,12 @@
"archive": {
"metadata": {
"upload_id": "eln_upload_id",
- "upload_create_time": "2022-12-19T08:35:45.758000+00:00",
+ "upload_create_time": "2023-01-18T11:21:08.341000+00:00",
"entry_id": "bC7byHvWJp62Sn9uiuJUB38MT5j-",
"entry_name": "ELN example sample",
"entry_type": "Sample",
- "entry_hash": "CcET_ASxyul-r0csVVafDPmcpvtB",
- "entry_create_time": "2022-12-19T08:35:46.062000+00:00",
+ "entry_hash": "XHZK3LbguZipoP3qkHXEkmobWKr8",
+ "entry_create_time": "2023-01-18T11:21:08.660000+00:00",
"parser_name": "parsers/archive",
"mainfile": "sample.archive.json",
"files": [
@@ -493,9 +512,9 @@
"embargo_length": 0,
"license": "CC BY 4.0",
"processed": true,
- "last_processing_time": "2022-12-19T08:35:46.952994+00:00",
+ "last_processing_time": "2023-01-18T11:21:09.171700+00:00",
"processing_errors": [],
- "nomad_version": "1.1.2.dev647+g9297338f3",
+ "nomad_version": "1.1.2.dev717+g548f58be7.d20221222",
"nomad_commit": "",
"references": [],
"main_author": "68878af7-6845-46c0-b2c1-250d4d8eb470",
@@ -507,7 +526,7 @@
"54cb1f64-f84e-4815-9ade-440ce0b5430f"
],
"datasets": [],
- "n_quantities": 60,
+ "n_quantities": 61,
"quantities": [
"",
"data",
@@ -517,18 +536,19 @@
"data.name",
"data.processes",
"data.processes.hotplate_annealing",
- "data.processes.hotplate_annealing.datetime",
"data.processes.hotplate_annealing.duration",
"data.processes.hotplate_annealing.set_temperature",
+ "data.processes.hotplate_annealing.timestamp",
"data.processes.pvd_evaporation",
"data.processes.pvd_evaporation.chamber_pressure",
"data.processes.pvd_evaporation.data_file",
- "data.processes.pvd_evaporation.datetime",
"data.processes.pvd_evaporation.instrument",
"data.processes.pvd_evaporation.substrate_temperature",
"data.processes.pvd_evaporation.time",
+ "data.processes.pvd_evaporation.timestamp",
"data.substrate_type",
"data.tags",
+ "data.timestamp",
"metadata",
"metadata.coauthors",
"metadata.datasets",
@@ -600,35 +620,35 @@
],
"entry_timestamp": {
"m_def": "nomad.datamodel.datamodel.RFC3161Timestamp",
- "token_seed": "CcET_ASxyul-r0csVVafDPmcpvtB",
- "token": 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",
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"tsa_server": "http://time.certum.pl/",
- "timestamp": "2022-12-19T08:35:46+00:00"
+ "timestamp": "2023-01-18T11:21:09+00:00"
},
"section_defs": [
{
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Process",
- "definition_id": "b729e4f513a17b6142767e5535beba91708c13bc",
+ "definition_id": "b1015a197cd459e4c6fa7fb3797e61fb5ae2f698",
"used_directly": true
},
{
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample",
- "definition_id": "f3e96e7b60388fa6821dc2b45804aaaaef2c74aa",
+ "definition_id": "463190d96dbfc15e155003987c38e90a33f23699",
"used_directly": true
},
{
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes",
- "definition_id": "4f78f22cb32c9134ab4886289892c86d4c535d4e",
+ "definition_id": "9dbb9129992e8465899fa590f080cd2372b25263",
"used_directly": true
},
{
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes.HotplateAnnealing",
- "definition_id": "5dc1199d73fb589c01643a663f0381456baaa08d",
+ "definition_id": "1d4d27e0a85c6d427d5a508b3db8f42fc74e336e",
"used_directly": true
},
{
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes.PvdEvaporation",
- "definition_id": "cf78db6a0eb9b133f780f36e6cbcc2066fa5aa01",
+ "definition_id": "2bccc77a670e159b0043329260c5b76c79f6d307",
"used_directly": true
},
{
@@ -643,7 +663,7 @@
},
{
"definition_qualified_name": "nomad.datamodel.datamodel.EntryArchive",
- "definition_id": "1a9821c15d4ee2c92ebed46a981072f911f33e76",
+ "definition_id": "923fd8ffed25ac724d156dc4fa8696e7b778d6fb",
"used_directly": true
},
{
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},
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- "definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection",
- "definition_id": "452515af5cb7bc8c1d20f9701eca186369f612a1",
+ "definition_qualified_name": "nomad.datamodel.metainfo.eln.Activity",
+ "definition_id": "f206c717608ebd896849c324c5b3387a997670d9",
"used_directly": false
},
{
"definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnBaseSection",
- "definition_id": "05c13125f04981c8560d309e4647e139cb7ede63",
+ "definition_id": "4bc96e9848adb949d2a9c249399895fabff7f1d0",
"used_directly": false
},
{
"definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnWithFormulaBaseSection",
- "definition_id": "05886ab2544dd913005d5844ee0aec737731e171",
+ "definition_id": "eeae659a282a6ed4e1f9885cf6f84aa4b623cd52",
"used_directly": false
},
{
"definition_qualified_name": "nomad.datamodel.metainfo.eln.Process",
- "definition_id": "3772fa53cde966eadb55808e99d9e420d40c16b7",
+ "definition_id": "37ff57223b98a7ea31463a54036e739a03e4a2ed",
"used_directly": false
},
{
"definition_qualified_name": "nomad.datamodel.metainfo.eln.Sample",
- "definition_id": "b071aea15c2f8d132e5a562355d110591e3d0de4",
+ "definition_id": "2fe7f36c48040045590d8ede8eb61c7d6bc759ac",
"used_directly": true
},
{
@@ -698,7 +718,7 @@
},
{
"definition_qualified_name": "nomad.datamodel.results.Results",
- "definition_id": "1752078207d327d7d4b25f8ca831ca968da19479",
+ "definition_id": "8840348bb74559fc9efb985c3ff7785fa96a01a3",
"used_directly": true
},
{
@@ -770,12 +790,6 @@
"path": "data.substrate_type",
"keyword_value": "SLG"
},
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- "section_definition": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection",
- "path": "data.processes.pvd_evaporation.datetime",
- "date_value": "2022-05-10T07:20:00+00:00"
- },
{
"quantity_name": "data_file",
"section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/0",
@@ -783,16 +797,41 @@
"text_value": "PVDProcess.csv"
},
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- "quantity_name": "datetime",
- "section_definition": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection",
- "path": "data.processes.hotplate_annealing.datetime",
- "date_value": "2022-05-10T07:22:00+00:00"
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection",
+ "path": "data.processes.pvd_evaporation.timestamp",
+ "date_value": "2023-01-18T13:21:12.248304+00:00"
+ },
+ {
+ "quantity_name": "set_temperature",
+ "section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/1",
+ "path": "data.processes.hotplate_annealing.set_temperature",
+ "double_value": 373.15
+ },
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"name": "ELN example sample",
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"quantity_name": "ec_number",
"section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/0"
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"quantity_name": "ec_number",
"section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/0"
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"quantity_name": "ec_number",
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+ "definition_id": "d898e59489078d6da6e3f164b3a680c9a1d9cea5",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.Instrument"
},
{
@@ -30801,7 +30862,7 @@
},
{
"used_directly": true,
- "definition_id": "1752078207d327d7d4b25f8ca831ca968da19479",
+ "definition_id": "8840348bb74559fc9efb985c3ff7785fa96a01a3",
"definition_qualified_name": "nomad.datamodel.results.Results"
}
],
@@ -30829,7 +30890,7 @@
}
},
"entry_name": "PVD-P",
- "last_processing_time": "2022-12-19T08:35:46.952000+00:00",
+ "last_processing_time": "2023-01-18T11:21:09.179000+00:00",
"parser_name": "parsers/archive",
"searchable_quantities": [
{
@@ -30849,6 +30910,12 @@
"path": "data.description",
"quantity_name": "description",
"section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
+ },
+ {
+ "path": "data.timestamp",
+ "date_value": "2023-01-18T13:21:09.271283+00:00",
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
}
],
"calc_id": "Ah-tjm5zSi_pczZJZo-8cjESYGft",
@@ -30892,7 +30959,7 @@
"name": "Test Tester"
}
],
- "entry_create_time": "2022-12-19T08:35:46+00:00",
+ "entry_create_time": "2023-01-18T11:21:08.593000+00:00",
"with_embargo": false,
"files": [
"PVD-P.archive.json",
@@ -30922,7 +30989,7 @@
},
"headers": {
"connection": "close",
- "content-length": "122562",
+ "content-length": "123653",
"content-type": "application/json",
"server": "uvicorn"
}
@@ -30949,7 +31016,7 @@
"headers": {
"accept": "application/json, text/plain, */*",
"content-type": "application/json",
- "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.aXqkYBJbEPkPLcpxCamKiciC-GnpuSR0mdGHRTdAtZw-izNMAe88-zmeEOV3Y0r4xyqQ7cSVORQrz6qw2qJ4GrJFc1Q3lqJxjADJaC3J6RR1T97aaLIhu8zZnWWaWubPjkxDqTSXeLFbEtwXSYZAtHpwu5vp63jke5zU3Nbk7Y8ILLc07zfqBzHPXWE6tus4XRuWM4UlX0zTcX7qh2gmcsgtD_lQsOmvF9ftODNLziEk88WHlcOSTtUipLd76IafbvbfBrZyRwquCFDYxAZWmuLYYGNFDAK5MjVgHZEhbj7_J0oucigCLLl2ZA2gwcO-keDlGb2abUNHwrbo-1uVnw",
+ "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.M9AxnQLMttGIt50vTdQdB6VPWWcM_j5ovOAZaqVKl3uNgXe-oMvVhpH1SAZ-Rlw7u_ylpNGdC125MUT1IqKjfQyd4fjb34XFjYDQe3pln4szEchpx8h8hZecLn8LC_JIYjG_j17AwyRrQOEqcPsYfnr7xN8hJDH5rIQnGZeSf_j7L0WKVDMNyI7XiFfeoac6XdylW0fn0V4UTZP8fJD7Xi42z_hOvMai6kXzvu4gpeWR2dG-_rmT7QOpOsCvlJb617JHua2c5JJbr3P_4LnpgoRnG8Eab4BPmUDvm5zhp85ogAIXSMaAm2E2FKKOpY9GJFUhYcNK2PI2L9U56TkMfg",
"cookie": null
}
},
@@ -30997,7 +31064,7 @@
"headers": {
"accept": "application/json",
"content-type": "application/json",
- "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.aXqkYBJbEPkPLcpxCamKiciC-GnpuSR0mdGHRTdAtZw-izNMAe88-zmeEOV3Y0r4xyqQ7cSVORQrz6qw2qJ4GrJFc1Q3lqJxjADJaC3J6RR1T97aaLIhu8zZnWWaWubPjkxDqTSXeLFbEtwXSYZAtHpwu5vp63jke5zU3Nbk7Y8ILLc07zfqBzHPXWE6tus4XRuWM4UlX0zTcX7qh2gmcsgtD_lQsOmvF9ftODNLziEk88WHlcOSTtUipLd76IafbvbfBrZyRwquCFDYxAZWmuLYYGNFDAK5MjVgHZEhbj7_J0oucigCLLl2ZA2gwcO-keDlGb2abUNHwrbo-1uVnw",
+ "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.M9AxnQLMttGIt50vTdQdB6VPWWcM_j5ovOAZaqVKl3uNgXe-oMvVhpH1SAZ-Rlw7u_ylpNGdC125MUT1IqKjfQyd4fjb34XFjYDQe3pln4szEchpx8h8hZecLn8LC_JIYjG_j17AwyRrQOEqcPsYfnr7xN8hJDH5rIQnGZeSf_j7L0WKVDMNyI7XiFfeoac6XdylW0fn0V4UTZP8fJD7Xi42z_hOvMai6kXzvu4gpeWR2dG-_rmT7QOpOsCvlJb617JHua2c5JJbr3P_4LnpgoRnG8Eab4BPmUDvm5zhp85ogAIXSMaAm2E2FKKOpY9GJFUhYcNK2PI2L9U56TkMfg",
"cookie": null
}
},
@@ -31308,18 +31375,17 @@
"m_annotations": {
"eln": [
{
- "overview": true,
"hide": [
"name",
"lab_id",
"description",
"method"
- ]
+ ],
+ "overview": true
}
],
"plot": [
{
- "title": "Pressure and Temperature over Time",
"x": "time",
"y": [
"chamber_pressure",
@@ -31341,8 +31407,8 @@
"m_annotations": {
"tabular_parser": [
{
- "sep": "\\t",
- "comment": "#"
+ "comment": "#",
+ "sep": "\\t"
}
],
"browser": [
@@ -31448,12 +31514,12 @@
"m_annotations": {
"eln": [
{
- "overview": true,
"hide": [
"name",
"lab_id",
"description"
- ]
+ ],
+ "overview": true
}
]
},
@@ -31469,8 +31535,7 @@
"m_annotations": {
"eln": [
{
- "component": "NumberEditQuantity",
- "minValue": 0
+ "component": "NumberEditQuantity"
}
]
},
@@ -31509,12 +31574,12 @@
},
"metadata": {
"upload_id": "eln_upload_id",
- "upload_create_time": "2022-12-19T08:35:45.758000+00:00",
+ "upload_create_time": "2023-01-18T11:21:08.341000+00:00",
"entry_id": "83DS7AzwqTKFVwlrdVeaL3kMSLU_",
"entry_name": "Electronic Lab Notebook example schema",
"entry_type": "Schema",
- "entry_hash": "_n0TrgUeQA1N6K-0HOXBKmXuvDyj",
- "entry_create_time": "2022-12-19T08:35:46.090000+00:00",
+ "entry_hash": "4W7pLVew_ccPtOHamRYyg5b3QUNx",
+ "entry_create_time": "2023-01-18T11:21:08.690000+00:00",
"parser_name": "parsers/archive",
"mainfile": "schema.archive.yaml",
"files": [
@@ -31532,9 +31597,9 @@
"embargo_length": 0,
"license": "CC BY 4.0",
"processed": true,
- "last_processing_time": "2022-12-19T08:35:46.938202+00:00",
+ "last_processing_time": "2023-01-18T11:21:09.175968+00:00",
"processing_errors": [],
- "nomad_version": "1.1.2.dev647+g9297338f3",
+ "nomad_version": "1.1.2.dev717+g548f58be7.d20221222",
"nomad_commit": "",
"references": [],
"main_author": "68878af7-6845-46c0-b2c1-250d4d8eb470",
@@ -31640,10 +31705,10 @@
],
"entry_timestamp": {
"m_def": "nomad.datamodel.datamodel.RFC3161Timestamp",
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+ "token": "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",
"tsa_server": "http://time.certum.pl/",
- "timestamp": "2022-12-19T08:35:46+00:00"
+ "timestamp": "2023-01-18T11:21:09+00:00"
},
"section_defs": [
{
@@ -31653,7 +31718,7 @@
},
{
"definition_qualified_name": "nomad.datamodel.datamodel.EntryArchive",
- "definition_id": "1a9821c15d4ee2c92ebed46a981072f911f33e76",
+ "definition_id": "923fd8ffed25ac724d156dc4fa8696e7b778d6fb",
"used_directly": true
},
{
@@ -31673,7 +31738,7 @@
},
{
"definition_qualified_name": "nomad.datamodel.results.Results",
- "definition_id": "1752078207d327d7d4b25f8ca831ca968da19479",
+ "definition_id": "8840348bb74559fc9efb985c3ff7785fa96a01a3",
"used_directly": true
},
{
@@ -31714,7 +31779,7 @@
},
"headers": {
"connection": "close",
- "content-length": "35403",
+ "content-length": "35295",
"content-type": "application/json",
"server": "uvicorn"
}
diff --git a/gui/tests/data/entry/eln-concurrent.json b/gui/tests/data/entry/eln-concurrent.json
index 06108d449cc91854e86647f93b8df6be7c9ec237..26678ea901526019aba8edfa7e8abd9d35605c2e 100644
--- a/gui/tests/data/entry/eln-concurrent.json
+++ b/gui/tests/data/entry/eln-concurrent.json
@@ -7,7 +7,7 @@
"body": "",
"headers": {
"accept": "application/json",
- "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.ZONx6whMnrkOxy-_UFv0tOktBSqvqbEEhXpTuA4yfG3iZxTZLstjb9V9U8YAl8FHYCp-OWwlOvdhQ9XJqLC1_t0L4AofHF11_Idlo3la9RBCHmQ9xWHa4i2QqEKV963HWs1zUff_ZAbUtPUJgrL09gAj01E-IuRSPGsl12XDoFur14j3UKFoX1SklArcmi9-7gWdNUf2nBdqxNKpPHhxKBEJeKoBUqmZJE3LlG90HKIgjyJ7UpUFqCZaNgqoEjTb6FxiJ3hoJNkpMj1FFxol6mKrh8DIzFDp3BEpF-iLLhT_-3zww1trfNC406pZ7mx6gdKHYo5Rz5L2isXLDavzRQ",
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- "data.processes.hotplate_annealing.datetime",
"data.processes.hotplate_annealing.duration",
"data.processes.hotplate_annealing.set_temperature",
+ "data.processes.hotplate_annealing.timestamp",
"data.processes.pvd_evaporation",
"data.processes.pvd_evaporation.chamber_pressure",
"data.processes.pvd_evaporation.data_file",
- "data.processes.pvd_evaporation.datetime",
"data.processes.pvd_evaporation.instrument",
"data.processes.pvd_evaporation.substrate_temperature",
"data.processes.pvd_evaporation.time",
+ "data.processes.pvd_evaporation.timestamp",
"data.substrate_type",
"data.tags",
+ "data.timestamp",
"metadata",
"metadata.coauthors",
"metadata.datasets",
@@ -98,34 +99,34 @@
"results.properties.available_properties"
],
"datasets": [],
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- "nomad_version": "1.1.2.dev647+g9297338f3",
- "upload_create_time": "2022-12-19T08:36:36.422000+00:00",
+ "n_quantities": 61,
+ "nomad_version": "1.1.2.dev717+g548f58be7.d20221222",
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"nomad_commit": "",
"section_defs": [
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"used_directly": true,
- "definition_id": "b729e4f513a17b6142767e5535beba91708c13bc",
+ "definition_id": "b1015a197cd459e4c6fa7fb3797e61fb5ae2f698",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Process"
},
{
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- "definition_id": "f3e96e7b60388fa6821dc2b45804aaaaef2c74aa",
+ "definition_id": "463190d96dbfc15e155003987c38e90a33f23699",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample"
},
{
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- "definition_id": "4f78f22cb32c9134ab4886289892c86d4c535d4e",
+ "definition_id": "9dbb9129992e8465899fa590f080cd2372b25263",
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},
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"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes.HotplateAnnealing"
},
{
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+ "definition_id": "2bccc77a670e159b0043329260c5b76c79f6d307",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes.PvdEvaporation"
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- "definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection"
+ "definition_id": "f206c717608ebd896849c324c5b3387a997670d9",
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+ "definition_id": "4bc96e9848adb949d2a9c249399895fabff7f1d0",
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},
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},
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"definition_qualified_name": "nomad.datamodel.metainfo.eln.Process"
},
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- "definition_id": "b071aea15c2f8d132e5a562355d110591e3d0de4",
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"definition_qualified_name": "nomad.datamodel.metainfo.eln.Sample"
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+ "definition_id": "8840348bb74559fc9efb985c3ff7785fa96a01a3",
"definition_qualified_name": "nomad.datamodel.results.Results"
},
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},
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+ "last_processing_time": "2023-01-18T11:21:56.265000+00:00",
"parser_name": "parsers/archive",
"searchable_quantities": [
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@@ -261,12 +262,6 @@
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- "quantity_name": "datetime",
- "section_definition": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection"
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{
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"path": "data.processes.pvd_evaporation.data_file",
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},
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- "quantity_name": "datetime",
- "section_definition": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection"
+ "path": "data.processes.pvd_evaporation.timestamp",
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+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
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+ "quantity_name": "set_temperature",
+ "section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/1",
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+ "quantity_name": "duration",
+ "section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/1",
+ "double_value": 60
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+ "date_value": "2023-01-18T13:21:59.401511+00:00",
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
+ },
+ {
+ "path": "data.timestamp",
+ "date_value": "2023-01-18T13:21:59.402213+00:00",
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
}
],
"calc_id": "bC7byHvWJp62Sn9uiuJUB38MT5j-",
@@ -325,7 +344,7 @@
"name": "Test Tester"
}
],
- "entry_create_time": "2022-12-19T08:36:36.712000+00:00",
+ "entry_create_time": "2023-01-18T11:21:55.755000+00:00",
"with_embargo": false,
"files": [
"sample.archive.json",
@@ -392,7 +411,7 @@
},
"headers": {
"connection": "close",
- "content-length": "14506",
+ "content-length": "15431",
"content-type": "application/json",
"server": "uvicorn"
}
@@ -405,7 +424,7 @@
"body": "",
"headers": {
"accept": "application/json",
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"data.processes.hotplate_annealing.duration",
"data.processes.hotplate_annealing.set_temperature",
+ "data.processes.hotplate_annealing.timestamp",
"data.processes.pvd_evaporation",
"data.processes.pvd_evaporation.chamber_pressure",
"data.processes.pvd_evaporation.data_file",
- "data.processes.pvd_evaporation.datetime",
"data.processes.pvd_evaporation.instrument",
"data.processes.pvd_evaporation.substrate_temperature",
"data.processes.pvd_evaporation.time",
+ "data.processes.pvd_evaporation.timestamp",
"data.substrate_type",
"data.tags",
+ "data.timestamp",
"metadata",
"metadata.coauthors",
"metadata.datasets",
@@ -496,34 +516,34 @@
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],
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- "nomad_version": "1.1.2.dev647+g9297338f3",
- "upload_create_time": "2022-12-19T08:36:36.422000+00:00",
+ "n_quantities": 61,
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+ "upload_create_time": "2023-01-18T11:21:55.404000+00:00",
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"section_defs": [
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"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Process"
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"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample"
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+ "definition_id": "9dbb9129992e8465899fa590f080cd2372b25263",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes"
},
{
"used_directly": true,
- "definition_id": "5dc1199d73fb589c01643a663f0381456baaa08d",
+ "definition_id": "1d4d27e0a85c6d427d5a508b3db8f42fc74e336e",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes.HotplateAnnealing"
},
{
"used_directly": true,
- "definition_id": "cf78db6a0eb9b133f780f36e6cbcc2066fa5aa01",
+ "definition_id": "2bccc77a670e159b0043329260c5b76c79f6d307",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes.PvdEvaporation"
},
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@@ -538,7 +558,7 @@
},
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+ "definition_id": "923fd8ffed25ac724d156dc4fa8696e7b778d6fb",
"definition_qualified_name": "nomad.datamodel.datamodel.EntryArchive"
},
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@@ -558,27 +578,27 @@
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- "definition_id": "452515af5cb7bc8c1d20f9701eca186369f612a1",
- "definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection"
+ "definition_id": "f206c717608ebd896849c324c5b3387a997670d9",
+ "definition_qualified_name": "nomad.datamodel.metainfo.eln.Activity"
},
{
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- "definition_id": "05c13125f04981c8560d309e4647e139cb7ede63",
+ "definition_id": "4bc96e9848adb949d2a9c249399895fabff7f1d0",
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},
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- "definition_id": "05886ab2544dd913005d5844ee0aec737731e171",
+ "definition_id": "eeae659a282a6ed4e1f9885cf6f84aa4b623cd52",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnWithFormulaBaseSection"
},
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- "definition_id": "3772fa53cde966eadb55808e99d9e420d40c16b7",
+ "definition_id": "37ff57223b98a7ea31463a54036e739a03e4a2ed",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.Process"
},
{
"used_directly": true,
- "definition_id": "b071aea15c2f8d132e5a562355d110591e3d0de4",
+ "definition_id": "2fe7f36c48040045590d8ede8eb61c7d6bc759ac",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.Sample"
},
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@@ -593,7 +613,7 @@
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+ "definition_id": "8840348bb74559fc9efb985c3ff7785fa96a01a3",
"definition_qualified_name": "nomad.datamodel.results.Results"
},
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+ "last_processing_time": "2023-01-18T11:21:56.265000+00:00",
"parser_name": "parsers/archive",
"searchable_quantities": [
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@@ -659,12 +679,6 @@
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"keyword_value": "SLG"
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- "date_value": "2022-05-10T07:20:00+00:00",
- "quantity_name": "datetime",
- "section_definition": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection"
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{
"text_value": "PVDProcess.csv",
"path": "data.processes.pvd_evaporation.data_file",
@@ -672,10 +686,34 @@
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},
{
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- "quantity_name": "datetime",
- "section_definition": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection"
+ "path": "data.processes.pvd_evaporation.timestamp",
+ "date_value": "2023-01-18T13:21:59.401054+00:00",
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
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+ {
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+ "quantity_name": "set_temperature",
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+ "double_value": 373.15
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+ {
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+ "quantity_name": "duration",
+ "section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/1",
+ "double_value": 60
+ },
+ {
+ "path": "data.processes.hotplate_annealing.timestamp",
+ "date_value": "2023-01-18T13:21:59.401511+00:00",
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
+ },
+ {
+ "path": "data.timestamp",
+ "date_value": "2023-01-18T13:21:59.402213+00:00",
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
}
],
"calc_id": "bC7byHvWJp62Sn9uiuJUB38MT5j-",
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}
],
- "entry_create_time": "2022-12-19T08:36:36.712000+00:00",
+ "entry_create_time": "2023-01-18T11:21:55.755000+00:00",
"with_embargo": false,
"files": [
"sample.archive.json",
@@ -790,7 +828,7 @@
},
"headers": {
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+ "content-length": "15431",
"content-type": "application/json",
"server": "uvicorn"
}
@@ -803,7 +841,7 @@
"body": "",
"headers": {
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"data.name",
"data.processes",
"data.processes.hotplate_annealing",
- "data.processes.hotplate_annealing.datetime",
"data.processes.hotplate_annealing.duration",
"data.processes.hotplate_annealing.set_temperature",
+ "data.processes.hotplate_annealing.timestamp",
"data.processes.pvd_evaporation",
"data.processes.pvd_evaporation.chamber_pressure",
"data.processes.pvd_evaporation.data_file",
- "data.processes.pvd_evaporation.datetime",
"data.processes.pvd_evaporation.instrument",
"data.processes.pvd_evaporation.substrate_temperature",
"data.processes.pvd_evaporation.time",
+ "data.processes.pvd_evaporation.timestamp",
"data.substrate_type",
"data.tags",
+ "data.timestamp",
"metadata",
"metadata.coauthors",
"metadata.datasets",
@@ -894,34 +933,34 @@
"results.properties.available_properties"
],
"datasets": [],
- "n_quantities": 60,
- "nomad_version": "1.1.2.dev647+g9297338f3",
- "upload_create_time": "2022-12-19T08:36:36.422000+00:00",
+ "n_quantities": 61,
+ "nomad_version": "1.1.2.dev717+g548f58be7.d20221222",
+ "upload_create_time": "2023-01-18T11:21:55.404000+00:00",
"nomad_commit": "",
"section_defs": [
{
"used_directly": true,
- "definition_id": "b729e4f513a17b6142767e5535beba91708c13bc",
+ "definition_id": "b1015a197cd459e4c6fa7fb3797e61fb5ae2f698",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Process"
},
{
"used_directly": true,
- "definition_id": "f3e96e7b60388fa6821dc2b45804aaaaef2c74aa",
+ "definition_id": "463190d96dbfc15e155003987c38e90a33f23699",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample"
},
{
"used_directly": true,
- "definition_id": "4f78f22cb32c9134ab4886289892c86d4c535d4e",
+ "definition_id": "9dbb9129992e8465899fa590f080cd2372b25263",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes"
},
{
"used_directly": true,
- "definition_id": "5dc1199d73fb589c01643a663f0381456baaa08d",
+ "definition_id": "1d4d27e0a85c6d427d5a508b3db8f42fc74e336e",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes.HotplateAnnealing"
},
{
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- "definition_id": "cf78db6a0eb9b133f780f36e6cbcc2066fa5aa01",
+ "definition_id": "2bccc77a670e159b0043329260c5b76c79f6d307",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes.PvdEvaporation"
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{
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+ "definition_id": "923fd8ffed25ac724d156dc4fa8696e7b778d6fb",
"definition_qualified_name": "nomad.datamodel.datamodel.EntryArchive"
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- "definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection"
+ "definition_id": "f206c717608ebd896849c324c5b3387a997670d9",
+ "definition_qualified_name": "nomad.datamodel.metainfo.eln.Activity"
},
{
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- "definition_id": "05c13125f04981c8560d309e4647e139cb7ede63",
+ "definition_id": "4bc96e9848adb949d2a9c249399895fabff7f1d0",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnBaseSection"
},
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- "definition_id": "05886ab2544dd913005d5844ee0aec737731e171",
+ "definition_id": "eeae659a282a6ed4e1f9885cf6f84aa4b623cd52",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnWithFormulaBaseSection"
},
{
"used_directly": false,
- "definition_id": "3772fa53cde966eadb55808e99d9e420d40c16b7",
+ "definition_id": "37ff57223b98a7ea31463a54036e739a03e4a2ed",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.Process"
},
{
"used_directly": true,
- "definition_id": "b071aea15c2f8d132e5a562355d110591e3d0de4",
+ "definition_id": "2fe7f36c48040045590d8ede8eb61c7d6bc759ac",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.Sample"
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@@ -991,7 +1030,7 @@
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+ "definition_id": "8840348bb74559fc9efb985c3ff7785fa96a01a3",
"definition_qualified_name": "nomad.datamodel.results.Results"
},
{
@@ -1030,7 +1069,7 @@
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},
"entry_name": "ELN example sample",
- "last_processing_time": "2022-12-19T08:36:37.630000+00:00",
+ "last_processing_time": "2023-01-18T11:21:56.265000+00:00",
"parser_name": "parsers/archive",
"searchable_quantities": [
{
@@ -1057,12 +1096,6 @@
"section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3",
"keyword_value": "SLG"
},
- {
- "path": "data.processes.pvd_evaporation.datetime",
- "date_value": "2022-05-10T07:20:00+00:00",
- "quantity_name": "datetime",
- "section_definition": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection"
- },
{
"text_value": "PVDProcess.csv",
"path": "data.processes.pvd_evaporation.data_file",
@@ -1070,10 +1103,34 @@
"section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/0"
},
{
- "path": "data.processes.hotplate_annealing.datetime",
- "date_value": "2022-05-10T07:22:00+00:00",
- "quantity_name": "datetime",
- "section_definition": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection"
+ "path": "data.processes.pvd_evaporation.timestamp",
+ "date_value": "2023-01-18T13:21:59.401054+00:00",
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
+ },
+ {
+ "path": "data.processes.hotplate_annealing.set_temperature",
+ "quantity_name": "set_temperature",
+ "section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/1",
+ "double_value": 373.15
+ },
+ {
+ "path": "data.processes.hotplate_annealing.duration",
+ "quantity_name": "duration",
+ "section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/1",
+ "double_value": 60
+ },
+ {
+ "path": "data.processes.hotplate_annealing.timestamp",
+ "date_value": "2023-01-18T13:21:59.401511+00:00",
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
+ },
+ {
+ "path": "data.timestamp",
+ "date_value": "2023-01-18T13:21:59.402213+00:00",
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
}
],
"calc_id": "bC7byHvWJp62Sn9uiuJUB38MT5j-",
@@ -1121,7 +1178,7 @@
"name": "Test Tester"
}
],
- "entry_create_time": "2022-12-19T08:36:36.712000+00:00",
+ "entry_create_time": "2023-01-18T11:21:55.755000+00:00",
"with_embargo": false,
"files": [
"sample.archive.json",
@@ -1188,7 +1245,7 @@
},
"headers": {
"connection": "close",
- "content-length": "14506",
+ "content-length": "15431",
"content-type": "application/json",
"server": "uvicorn"
}
@@ -1228,7 +1285,7 @@
"headers": {
"accept": "application/json",
"content-type": "application/json",
- "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.FOZZUyi82wch0DSjTpvSKOzGIiubjzCwd8qhYcWzx8I37s9MHrOYXAK2Pkb_mKLHcuOOGatCI_kEQTf5N3z-ZuiEUt6eTbk8aaPeGuBuUv5YbY3H5nBDV7t-jh36Gqn7RQ-sbYdP8nl7QJoXJgtzuTYnD4N1xD84RfJQeC700GU5Z8n_1GawmeTfawKJhj9nMTCWjl8fAdoN8JUi0WnRUN6_O87Og_0WYiWMDzWSIwiSoZxEOlL__gWF-dKrfh8a29VwgH9HyXsnX49SnNvgOWCasKA6PwWXRSE737ve42EiSbWiXwcvr4MeiVEIHy3Fe7jsBjZeBfkaUeIInFh_wg",
+ "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.kMKZs52qaB3SYwdddxQI7Ehapy0DmbN54BcOYHfXFtXOP9luu8GANPp5VVO5XiR9QtPJ4gj5-rGgyaGfzy9r2kYfNBrYZTIv43oVWnZYfvoYHeZaPe7PlNgmWzyX7ZGxdyb0YtHXTm2AvXd-8XwCDAzjt1EJEbOXrpJoS4Yto9ES3dXJ5TOT9p-Mhn8_5QrtWFHWrsnJBp7ZuF34zavsepB3XYDnAk_GaFAW4i3fv6y8i8B0C4Hbi97tiJzyCCk6ejutwuVaT1VUI5XMKjHL_W7nxFJ5TuQc38WL5O-1D6T7psHcMxmN4NRqSx8ZukjrfPnonVupVf6SATz-6IrbuA",
"cookie": null
}
},
@@ -1266,12 +1323,12 @@
"archive": {
"metadata": {
"upload_id": "eln_upload_id",
- "upload_create_time": "2022-12-19T08:36:36.422000+00:00",
+ "upload_create_time": "2023-01-18T11:21:55.404000+00:00",
"entry_id": "bC7byHvWJp62Sn9uiuJUB38MT5j-",
"entry_name": "ELN example sample",
"entry_type": "Sample",
- "entry_hash": "CcET_ASxyul-r0csVVafDPmcpvtB",
- "entry_create_time": "2022-12-19T08:36:36.712000+00:00",
+ "entry_hash": "XHZK3LbguZipoP3qkHXEkmobWKr8",
+ "entry_create_time": "2023-01-18T11:21:55.755000+00:00",
"parser_name": "parsers/archive",
"mainfile": "sample.archive.json",
"files": [
@@ -1289,9 +1346,9 @@
"embargo_length": 0,
"license": "CC BY 4.0",
"processed": true,
- "last_processing_time": "2022-12-19T08:36:37.630344+00:00",
+ "last_processing_time": "2023-01-18T11:21:56.265591+00:00",
"processing_errors": [],
- "nomad_version": "1.1.2.dev647+g9297338f3",
+ "nomad_version": "1.1.2.dev717+g548f58be7.d20221222",
"nomad_commit": "",
"references": [],
"main_author": "68878af7-6845-46c0-b2c1-250d4d8eb470",
@@ -1303,7 +1360,7 @@
"54cb1f64-f84e-4815-9ade-440ce0b5430f"
],
"datasets": [],
- "n_quantities": 60,
+ "n_quantities": 61,
"quantities": [
"",
"data",
@@ -1313,18 +1370,19 @@
"data.name",
"data.processes",
"data.processes.hotplate_annealing",
- "data.processes.hotplate_annealing.datetime",
"data.processes.hotplate_annealing.duration",
"data.processes.hotplate_annealing.set_temperature",
+ "data.processes.hotplate_annealing.timestamp",
"data.processes.pvd_evaporation",
"data.processes.pvd_evaporation.chamber_pressure",
"data.processes.pvd_evaporation.data_file",
- "data.processes.pvd_evaporation.datetime",
"data.processes.pvd_evaporation.instrument",
"data.processes.pvd_evaporation.substrate_temperature",
"data.processes.pvd_evaporation.time",
+ "data.processes.pvd_evaporation.timestamp",
"data.substrate_type",
"data.tags",
+ "data.timestamp",
"metadata",
"metadata.coauthors",
"metadata.datasets",
@@ -1396,35 +1454,35 @@
],
"entry_timestamp": {
"m_def": "nomad.datamodel.datamodel.RFC3161Timestamp",
- "token_seed": "CcET_ASxyul-r0csVVafDPmcpvtB",
- "token": 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"tsa_server": "http://time.certum.pl/",
- "timestamp": "2022-12-19T08:36:37+00:00"
+ "timestamp": "2023-01-18T11:21:56+00:00"
},
"section_defs": [
{
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Process",
- "definition_id": "b729e4f513a17b6142767e5535beba91708c13bc",
+ "definition_id": "b1015a197cd459e4c6fa7fb3797e61fb5ae2f698",
"used_directly": true
},
{
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample",
- "definition_id": "f3e96e7b60388fa6821dc2b45804aaaaef2c74aa",
+ "definition_id": "463190d96dbfc15e155003987c38e90a33f23699",
"used_directly": true
},
{
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes",
- "definition_id": "4f78f22cb32c9134ab4886289892c86d4c535d4e",
+ "definition_id": "9dbb9129992e8465899fa590f080cd2372b25263",
"used_directly": true
},
{
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes.HotplateAnnealing",
- "definition_id": "5dc1199d73fb589c01643a663f0381456baaa08d",
+ "definition_id": "1d4d27e0a85c6d427d5a508b3db8f42fc74e336e",
"used_directly": true
},
{
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes.PvdEvaporation",
- "definition_id": "cf78db6a0eb9b133f780f36e6cbcc2066fa5aa01",
+ "definition_id": "2bccc77a670e159b0043329260c5b76c79f6d307",
"used_directly": true
},
{
@@ -1439,7 +1497,7 @@
},
{
"definition_qualified_name": "nomad.datamodel.datamodel.EntryArchive",
- "definition_id": "1a9821c15d4ee2c92ebed46a981072f911f33e76",
+ "definition_id": "923fd8ffed25ac724d156dc4fa8696e7b778d6fb",
"used_directly": true
},
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},
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- "definition_id": "452515af5cb7bc8c1d20f9701eca186369f612a1",
+ "definition_qualified_name": "nomad.datamodel.metainfo.eln.Activity",
+ "definition_id": "f206c717608ebd896849c324c5b3387a997670d9",
"used_directly": false
},
{
"definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnBaseSection",
- "definition_id": "05c13125f04981c8560d309e4647e139cb7ede63",
+ "definition_id": "4bc96e9848adb949d2a9c249399895fabff7f1d0",
"used_directly": false
},
{
"definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnWithFormulaBaseSection",
- "definition_id": "05886ab2544dd913005d5844ee0aec737731e171",
+ "definition_id": "eeae659a282a6ed4e1f9885cf6f84aa4b623cd52",
"used_directly": false
},
{
"definition_qualified_name": "nomad.datamodel.metainfo.eln.Process",
- "definition_id": "3772fa53cde966eadb55808e99d9e420d40c16b7",
+ "definition_id": "37ff57223b98a7ea31463a54036e739a03e4a2ed",
"used_directly": false
},
{
"definition_qualified_name": "nomad.datamodel.metainfo.eln.Sample",
- "definition_id": "b071aea15c2f8d132e5a562355d110591e3d0de4",
+ "definition_id": "2fe7f36c48040045590d8ede8eb61c7d6bc759ac",
"used_directly": true
},
{
@@ -1494,7 +1552,7 @@
},
{
"definition_qualified_name": "nomad.datamodel.results.Results",
- "definition_id": "1752078207d327d7d4b25f8ca831ca968da19479",
+ "definition_id": "8840348bb74559fc9efb985c3ff7785fa96a01a3",
"used_directly": true
},
{
@@ -1566,12 +1624,6 @@
"path": "data.substrate_type",
"keyword_value": "SLG"
},
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- "section_definition": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection",
- "path": "data.processes.pvd_evaporation.datetime",
- "date_value": "2022-05-10T07:20:00+00:00"
- },
{
"quantity_name": "data_file",
"section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/0",
@@ -1579,16 +1631,41 @@
"text_value": "PVDProcess.csv"
},
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- "quantity_name": "datetime",
- "section_definition": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection",
- "path": "data.processes.hotplate_annealing.datetime",
- "date_value": "2022-05-10T07:22:00+00:00"
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection",
+ "path": "data.processes.pvd_evaporation.timestamp",
+ "date_value": "2023-01-18T13:21:59.401054+00:00"
+ },
+ {
+ "quantity_name": "set_temperature",
+ "section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/1",
+ "path": "data.processes.hotplate_annealing.set_temperature",
+ "double_value": 373.15
+ },
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+ "quantity_name": "duration",
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+ "path": "data.processes.hotplate_annealing.duration",
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+ "date_value": "2023-01-18T13:21:59.401511+00:00"
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+ "date_value": "2023-01-18T13:21:59.402213+00:00"
}
]
},
"data": {
"m_def": "../upload/raw/schema.archive.yaml#/definitions/section_definitions/3",
"name": "ELN example sample",
+ "timestamp": "2023-01-18T13:21:59.402213+00:00",
"lab_id": "001",
"description": "<p>A simple example for an \"sample\" that demonstrates how to combine different data entities.</p>\n<p>The sample it-self defines a few properties (involved chemicals, used substrate) and uses inherited default properties (formula, name, lab id, ...)</p>\n<p>But the sample also contains sub-sections that prodivde inforamtion about proccessed that were applied to this sample (PVD evaporation, hotplate annealing). </p>\n<p>The sample also show references to other entries (chemicals, instruments).</p>\n<p> </p>",
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@@ -1602,7 +1679,7 @@
"substrate_type": "SLG",
"processes": {
"pvd_evaporation": {
- "datetime": "2022-05-10T07:20:00+00:00",
+ "timestamp": "2023-01-18T13:21:59.401054+00:00",
"instrument": "../upload/raw/PVD-P.archive.json#data",
"data_file": "PVDProcess.csv",
"time": [
@@ -30554,7 +30631,7 @@
]
},
"hotplate_annealing": {
- "datetime": "2022-05-10T07:22:00+00:00",
+ "timestamp": "2023-01-18T13:21:59.401511+00:00",
"set_temperature": 373.15,
"duration": 60
}
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"headers": {
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"server": "uvicorn"
}
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@@ -30604,23 +30681,23 @@
"event": "Executing celery task",
"proc": "Entry",
"process": "process_entry",
- "process_worker_id": "J6I4rZ2tSii204w1FpjnBQ",
+ "process_worker_id": "qenzCvaqS1Ka_FXvpz0xLg",
"parser": "parsers/archive",
"logger": "nomad.processing",
- "timestamp": "2022-12-19 10:36.36",
+ "timestamp": "2023-01-18 13:21.55",
"level": "DEBUG"
},
{
- "exec_time": "0.06838655471801758",
+ "exec_time": "0.1075139045715332",
"input_size": "1469",
"event": "parser executed",
"proc": "Entry",
"process": "process_entry",
- "process_worker_id": "J6I4rZ2tSii204w1FpjnBQ",
+ "process_worker_id": "qenzCvaqS1Ka_FXvpz0xLg",
"parser": "parsers/archive",
"step": "parsers/archive",
"logger": "nomad.processing",
- "timestamp": "2022-12-19 10:36.37",
+ "timestamp": "2023-01-18 13:21.56",
"level": "INFO"
},
{
@@ -30629,24 +30706,24 @@
"event": "normalizer completed successfully",
"proc": "Entry",
"process": "process_entry",
- "process_worker_id": "J6I4rZ2tSii204w1FpjnBQ",
+ "process_worker_id": "qenzCvaqS1Ka_FXvpz0xLg",
"parser": "parsers/archive",
"logger": "nomad.processing",
- "timestamp": "2022-12-19 10:36.37",
+ "timestamp": "2023-01-18 13:21.56",
"level": "INFO"
},
{
- "exec_time": "0.001590728759765625",
+ "exec_time": "0.001976490020751953",
"input_size": "1469",
"event": "normalizer executed",
"proc": "Entry",
"process": "process_entry",
- "process_worker_id": "J6I4rZ2tSii204w1FpjnBQ",
+ "process_worker_id": "qenzCvaqS1Ka_FXvpz0xLg",
"parser": "parsers/archive",
"normalizer": "ResultsNormalizer",
"step": "ResultsNormalizer",
"logger": "nomad.processing",
- "timestamp": "2022-12-19 10:36.37",
+ "timestamp": "2023-01-18 13:21.56",
"level": "INFO"
},
{
@@ -30655,52 +30732,53 @@
"event": "normalizer completed successfully",
"proc": "Entry",
"process": "process_entry",
- "process_worker_id": "J6I4rZ2tSii204w1FpjnBQ",
+ "process_worker_id": "qenzCvaqS1Ka_FXvpz0xLg",
"parser": "parsers/archive",
"logger": "nomad.processing",
- "timestamp": "2022-12-19 10:36.40",
+ "timestamp": "2023-01-18 13:21.59",
"level": "INFO"
},
{
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+ "exec_time": "3.010312795639038",
"input_size": "1469",
"event": "normalizer executed",
"proc": "Entry",
"process": "process_entry",
- "process_worker_id": "J6I4rZ2tSii204w1FpjnBQ",
+ "process_worker_id": "qenzCvaqS1Ka_FXvpz0xLg",
"parser": "parsers/archive",
"normalizer": "MetainfoNormalizer",
"step": "MetainfoNormalizer",
"logger": "nomad.processing",
- "timestamp": "2022-12-19 10:36.40",
+ "timestamp": "2023-01-18 13:21.59",
"level": "INFO"
},
{
- "exec_time": "0.009022951126098633",
+ "exec_time": "0.009633302688598633",
"event": "entry metadata saved",
"proc": "Entry",
"process": "process_entry",
- "process_worker_id": "J6I4rZ2tSii204w1FpjnBQ",
+ "process_worker_id": "qenzCvaqS1Ka_FXvpz0xLg",
"parser": "parsers/archive",
"logger": "nomad.processing",
- "timestamp": "2022-12-19 10:36.40",
+ "timestamp": "2023-01-18 13:21.59",
"level": "INFO"
},
{
- "exec_time": "0.017974853515625",
+ "exec_time": "0.06500816345214844",
"event": "entry metadata indexed",
"proc": "Entry",
"process": "process_entry",
- "process_worker_id": "J6I4rZ2tSii204w1FpjnBQ",
+ "process_worker_id": "qenzCvaqS1Ka_FXvpz0xLg",
"parser": "parsers/archive",
"logger": "nomad.processing",
- "timestamp": "2022-12-19 10:36.40",
+ "timestamp": "2023-01-18 13:21.59",
"level": "INFO"
}
],
"data": {
"m_def": "../upload/raw/schema.archive.yaml#/definitions/section_definitions/3",
"name": "ELN example sample",
+ "timestamp": "2023-01-18T13:21:59.402213+00:00",
"lab_id": "001",
"description": "<p>A simple example for an \"sample\" that demonstrates how to combine different data entities.</p>\n<p>The sample it-self defines a few properties (involved chemicals, used substrate) and uses inherited default properties (formula, name, lab id, ...)</p>\n<p>But the sample also contains sub-sections that prodivde inforamtion about proccessed that were applied to this sample (PVD evaporation, hotplate annealing). </p>\n<p>The sample also show references to other entries (chemicals, instruments).</p>\n<p> </p>",
"tags": [
@@ -30714,7 +30792,7 @@
"substrate_type": "SLG",
"processes": {
"pvd_evaporation": {
- "datetime": "2022-05-10T07:20:00+00:00",
+ "timestamp": "2023-01-18T13:21:59.401054+00:00",
"instrument": "../upload/raw/PVD-P.archive.json#data",
"data_file": "PVDProcess.csv",
"time": [
@@ -59666,7 +59744,7 @@
]
},
"hotplate_annealing": {
- "datetime": "2022-05-10T07:22:00+00:00",
+ "timestamp": "2023-01-18T13:21:59.401511+00:00",
"set_temperature": 373.15,
"duration": 60
}
@@ -59674,12 +59752,12 @@
},
"metadata": {
"upload_id": "eln_upload_id",
- "upload_create_time": "2022-12-19T08:36:36.422000+00:00",
+ "upload_create_time": "2023-01-18T11:21:55.404000+00:00",
"entry_id": "bC7byHvWJp62Sn9uiuJUB38MT5j-",
"entry_name": "ELN example sample",
"entry_type": "Sample",
- "entry_hash": "CcET_ASxyul-r0csVVafDPmcpvtB",
- "entry_create_time": "2022-12-19T08:36:36.712000+00:00",
+ "entry_hash": "XHZK3LbguZipoP3qkHXEkmobWKr8",
+ "entry_create_time": "2023-01-18T11:21:55.755000+00:00",
"parser_name": "parsers/archive",
"mainfile": "sample.archive.json",
"files": [
@@ -59697,9 +59775,9 @@
"embargo_length": 0,
"license": "CC BY 4.0",
"processed": true,
- "last_processing_time": "2022-12-19T08:36:37.630344+00:00",
+ "last_processing_time": "2023-01-18T11:21:56.265591+00:00",
"processing_errors": [],
- "nomad_version": "1.1.2.dev647+g9297338f3",
+ "nomad_version": "1.1.2.dev717+g548f58be7.d20221222",
"nomad_commit": "",
"references": [],
"main_author": "68878af7-6845-46c0-b2c1-250d4d8eb470",
@@ -59711,7 +59789,7 @@
"54cb1f64-f84e-4815-9ade-440ce0b5430f"
],
"datasets": [],
- "n_quantities": 60,
+ "n_quantities": 61,
"quantities": [
"",
"data",
@@ -59721,18 +59799,19 @@
"data.name",
"data.processes",
"data.processes.hotplate_annealing",
- "data.processes.hotplate_annealing.datetime",
"data.processes.hotplate_annealing.duration",
"data.processes.hotplate_annealing.set_temperature",
+ "data.processes.hotplate_annealing.timestamp",
"data.processes.pvd_evaporation",
"data.processes.pvd_evaporation.chamber_pressure",
"data.processes.pvd_evaporation.data_file",
- "data.processes.pvd_evaporation.datetime",
"data.processes.pvd_evaporation.instrument",
"data.processes.pvd_evaporation.substrate_temperature",
"data.processes.pvd_evaporation.time",
+ "data.processes.pvd_evaporation.timestamp",
"data.substrate_type",
"data.tags",
+ "data.timestamp",
"metadata",
"metadata.coauthors",
"metadata.datasets",
@@ -59804,35 +59883,35 @@
],
"entry_timestamp": {
"m_def": "nomad.datamodel.datamodel.RFC3161Timestamp",
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- "timestamp": "2022-12-19T08:36:37+00:00"
+ "timestamp": "2023-01-18T11:21:56+00:00"
},
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- "definition_id": "b729e4f513a17b6142767e5535beba91708c13bc",
+ "definition_id": "b1015a197cd459e4c6fa7fb3797e61fb5ae2f698",
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},
{
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- "definition_id": "f3e96e7b60388fa6821dc2b45804aaaaef2c74aa",
+ "definition_id": "463190d96dbfc15e155003987c38e90a33f23699",
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},
{
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},
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+ "definition_id": "1d4d27e0a85c6d427d5a508b3db8f42fc74e336e",
"used_directly": true
},
{
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes.PvdEvaporation",
- "definition_id": "cf78db6a0eb9b133f780f36e6cbcc2066fa5aa01",
+ "definition_id": "2bccc77a670e159b0043329260c5b76c79f6d307",
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},
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@@ -59847,7 +59926,7 @@
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- "definition_id": "1a9821c15d4ee2c92ebed46a981072f911f33e76",
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- "definition_id": "452515af5cb7bc8c1d20f9701eca186369f612a1",
+ "definition_qualified_name": "nomad.datamodel.metainfo.eln.Activity",
+ "definition_id": "f206c717608ebd896849c324c5b3387a997670d9",
"used_directly": false
},
{
"definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnBaseSection",
- "definition_id": "05c13125f04981c8560d309e4647e139cb7ede63",
+ "definition_id": "4bc96e9848adb949d2a9c249399895fabff7f1d0",
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},
{
"definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnWithFormulaBaseSection",
- "definition_id": "05886ab2544dd913005d5844ee0aec737731e171",
+ "definition_id": "eeae659a282a6ed4e1f9885cf6f84aa4b623cd52",
"used_directly": false
},
{
"definition_qualified_name": "nomad.datamodel.metainfo.eln.Process",
- "definition_id": "3772fa53cde966eadb55808e99d9e420d40c16b7",
+ "definition_id": "37ff57223b98a7ea31463a54036e739a03e4a2ed",
"used_directly": false
},
{
"definition_qualified_name": "nomad.datamodel.metainfo.eln.Sample",
- "definition_id": "b071aea15c2f8d132e5a562355d110591e3d0de4",
+ "definition_id": "2fe7f36c48040045590d8ede8eb61c7d6bc759ac",
"used_directly": true
},
{
@@ -59902,7 +59981,7 @@
},
{
"definition_qualified_name": "nomad.datamodel.results.Results",
- "definition_id": "1752078207d327d7d4b25f8ca831ca968da19479",
+ "definition_id": "8840348bb74559fc9efb985c3ff7785fa96a01a3",
"used_directly": true
},
{
@@ -59974,12 +60053,6 @@
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"keyword_value": "SLG"
},
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- "section_definition": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection",
- "path": "data.processes.pvd_evaporation.datetime",
- "date_value": "2022-05-10T07:20:00+00:00"
- },
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"quantity_name": "data_file",
"section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/0",
@@ -59987,10 +60060,34 @@
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},
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- "section_definition": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection",
- "path": "data.processes.hotplate_annealing.datetime",
- "date_value": "2022-05-10T07:22:00+00:00"
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection",
+ "path": "data.processes.pvd_evaporation.timestamp",
+ "date_value": "2023-01-18T13:21:59.401054+00:00"
+ },
+ {
+ "quantity_name": "set_temperature",
+ "section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/1",
+ "path": "data.processes.hotplate_annealing.set_temperature",
+ "double_value": 373.15
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+ "quantity_name": "duration",
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+ "path": "data.processes.hotplate_annealing.duration",
+ "double_value": 60
+ },
+ {
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection",
+ "path": "data.processes.hotplate_annealing.timestamp",
+ "date_value": "2023-01-18T13:21:59.401511+00:00"
+ },
+ {
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection",
+ "path": "data.timestamp",
+ "date_value": "2023-01-18T13:21:59.402213+00:00"
}
]
},
@@ -60028,7 +60125,7 @@
},
"headers": {
"connection": "close",
- "content-length": "679993",
+ "content-length": "681067",
"content-type": "application/json",
"server": "uvicorn"
}
@@ -60066,7 +60163,7 @@
"headers": {
"accept": "application/json",
"content-type": "application/json",
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+ "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.X05FJ5Tmtv9d8LRy9qtlxYQCHNfmMXbOi9sFjY0JkrqwT2xuI8xGEqu7SqHSvZO86ggqQxkfXw7kiVYg0CqPjFYWmbdvRwUBhmWtIvniqJu0a15FOxNSCJuHX7KpGL0ORuO9Q7MVQdoU0QZ-KUPH7mkeSiMyNL6u76TomDtcyySKWPO1FE3d8mrJOMn1wpPyKKCcDowGqyuDMDbjT9bdX3BrIYm7Sn34gk6_glsTc-j3yHUykmSlVtWFj_X50E-3N75iPKQxh6VoEULMgJ4JBQ22X_sMOk_sV27JTHGSzQTASBmpNY4aTO53C-d2iIdmA_k8gxMZqC6dnCKqeuTTaA",
"cookie": null
}
},
@@ -60104,12 +60201,12 @@
"archive": {
"metadata": {
"upload_id": "eln_upload_id",
- "upload_create_time": "2022-12-19T08:36:36.422000+00:00",
+ "upload_create_time": "2023-01-18T11:21:55.404000+00:00",
"entry_id": "bC7byHvWJp62Sn9uiuJUB38MT5j-",
"entry_name": "ELN example sample",
"entry_type": "Sample",
- "entry_hash": "CcET_ASxyul-r0csVVafDPmcpvtB",
- "entry_create_time": "2022-12-19T08:36:36.712000+00:00",
+ "entry_hash": "XHZK3LbguZipoP3qkHXEkmobWKr8",
+ "entry_create_time": "2023-01-18T11:21:55.755000+00:00",
"parser_name": "parsers/archive",
"mainfile": "sample.archive.json",
"files": [
@@ -60127,9 +60224,9 @@
"embargo_length": 0,
"license": "CC BY 4.0",
"processed": true,
- "last_processing_time": "2022-12-19T08:36:37.630344+00:00",
+ "last_processing_time": "2023-01-18T11:21:56.265591+00:00",
"processing_errors": [],
- "nomad_version": "1.1.2.dev647+g9297338f3",
+ "nomad_version": "1.1.2.dev717+g548f58be7.d20221222",
"nomad_commit": "",
"references": [],
"main_author": "68878af7-6845-46c0-b2c1-250d4d8eb470",
@@ -60141,7 +60238,7 @@
"54cb1f64-f84e-4815-9ade-440ce0b5430f"
],
"datasets": [],
- "n_quantities": 60,
+ "n_quantities": 61,
"quantities": [
"",
"data",
@@ -60151,18 +60248,19 @@
"data.name",
"data.processes",
"data.processes.hotplate_annealing",
- "data.processes.hotplate_annealing.datetime",
"data.processes.hotplate_annealing.duration",
"data.processes.hotplate_annealing.set_temperature",
+ "data.processes.hotplate_annealing.timestamp",
"data.processes.pvd_evaporation",
"data.processes.pvd_evaporation.chamber_pressure",
"data.processes.pvd_evaporation.data_file",
- "data.processes.pvd_evaporation.datetime",
"data.processes.pvd_evaporation.instrument",
"data.processes.pvd_evaporation.substrate_temperature",
"data.processes.pvd_evaporation.time",
+ "data.processes.pvd_evaporation.timestamp",
"data.substrate_type",
"data.tags",
+ "data.timestamp",
"metadata",
"metadata.coauthors",
"metadata.datasets",
@@ -60234,35 +60332,35 @@
],
"entry_timestamp": {
"m_def": "nomad.datamodel.datamodel.RFC3161Timestamp",
- "token_seed": "CcET_ASxyul-r0csVVafDPmcpvtB",
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"tsa_server": "http://time.certum.pl/",
- "timestamp": "2022-12-19T08:36:37+00:00"
+ "timestamp": "2023-01-18T11:21:56+00:00"
},
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"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Process",
- "definition_id": "b729e4f513a17b6142767e5535beba91708c13bc",
+ "definition_id": "b1015a197cd459e4c6fa7fb3797e61fb5ae2f698",
"used_directly": true
},
{
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample",
- "definition_id": "f3e96e7b60388fa6821dc2b45804aaaaef2c74aa",
+ "definition_id": "463190d96dbfc15e155003987c38e90a33f23699",
"used_directly": true
},
{
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes",
- "definition_id": "4f78f22cb32c9134ab4886289892c86d4c535d4e",
+ "definition_id": "9dbb9129992e8465899fa590f080cd2372b25263",
"used_directly": true
},
{
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- "definition_id": "5dc1199d73fb589c01643a663f0381456baaa08d",
+ "definition_id": "1d4d27e0a85c6d427d5a508b3db8f42fc74e336e",
"used_directly": true
},
{
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes.PvdEvaporation",
- "definition_id": "cf78db6a0eb9b133f780f36e6cbcc2066fa5aa01",
+ "definition_id": "2bccc77a670e159b0043329260c5b76c79f6d307",
"used_directly": true
},
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@@ -60277,7 +60375,7 @@
},
{
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- "definition_id": "1a9821c15d4ee2c92ebed46a981072f911f33e76",
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"used_directly": true
},
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},
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- "definition_id": "452515af5cb7bc8c1d20f9701eca186369f612a1",
+ "definition_qualified_name": "nomad.datamodel.metainfo.eln.Activity",
+ "definition_id": "f206c717608ebd896849c324c5b3387a997670d9",
"used_directly": false
},
{
"definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnBaseSection",
- "definition_id": "05c13125f04981c8560d309e4647e139cb7ede63",
+ "definition_id": "4bc96e9848adb949d2a9c249399895fabff7f1d0",
"used_directly": false
},
{
"definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnWithFormulaBaseSection",
- "definition_id": "05886ab2544dd913005d5844ee0aec737731e171",
+ "definition_id": "eeae659a282a6ed4e1f9885cf6f84aa4b623cd52",
"used_directly": false
},
{
"definition_qualified_name": "nomad.datamodel.metainfo.eln.Process",
- "definition_id": "3772fa53cde966eadb55808e99d9e420d40c16b7",
+ "definition_id": "37ff57223b98a7ea31463a54036e739a03e4a2ed",
"used_directly": false
},
{
"definition_qualified_name": "nomad.datamodel.metainfo.eln.Sample",
- "definition_id": "b071aea15c2f8d132e5a562355d110591e3d0de4",
+ "definition_id": "2fe7f36c48040045590d8ede8eb61c7d6bc759ac",
"used_directly": true
},
{
@@ -60332,7 +60430,7 @@
},
{
"definition_qualified_name": "nomad.datamodel.results.Results",
- "definition_id": "1752078207d327d7d4b25f8ca831ca968da19479",
+ "definition_id": "8840348bb74559fc9efb985c3ff7785fa96a01a3",
"used_directly": true
},
{
@@ -60404,12 +60502,6 @@
"path": "data.substrate_type",
"keyword_value": "SLG"
},
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- "section_definition": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection",
- "path": "data.processes.pvd_evaporation.datetime",
- "date_value": "2022-05-10T07:20:00+00:00"
- },
{
"quantity_name": "data_file",
"section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/0",
@@ -60417,16 +60509,41 @@
"text_value": "PVDProcess.csv"
},
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- "section_definition": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection",
- "path": "data.processes.hotplate_annealing.datetime",
- "date_value": "2022-05-10T07:22:00+00:00"
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection",
+ "path": "data.processes.pvd_evaporation.timestamp",
+ "date_value": "2023-01-18T13:21:59.401054+00:00"
+ },
+ {
+ "quantity_name": "set_temperature",
+ "section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/1",
+ "path": "data.processes.hotplate_annealing.set_temperature",
+ "double_value": 373.15
+ },
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+ "order": "desc",
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+ "required": {},
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+ "references": [],
+ "origin": "Markus Scheidgen",
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+ "<p><strong>Zinc selenide</strong> (<em>ZnSe</em>) is a light-yellow, solid compound comprising zinc (<em>Zn</em>) and selenium (<em>Se</em>). It is an intrinsic semiconductor with a band gap of about 2.70 eV at 25 °C (77 °F).</p>"
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+ "text_value": "<p><strong>Zinc selenide</strong> (<em>ZnSe</em>) is a light-yellow, solid compound comprising zinc (<em>Zn</em>) and selenium (<em>Se</em>). It is an intrinsic semiconductor with a band gap of about 2.70 eV at 25 °C (77 °F).</p>",
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"quantities": [
"",
"data",
- "data.cas_number",
- "data.chemical_formula",
"data.description",
- "data.ec_number",
- "data.form",
"data.lab_id",
"data.name",
+ "data.timestamp",
"metadata",
"metadata.coauthors",
"metadata.datasets",
@@ -91566,27 +90509,23 @@
"results",
"results.eln",
"results.eln.descriptions",
+ "results.eln.instruments",
"results.eln.lab_ids",
"results.eln.names",
"results.eln.sections",
- "results.material",
- "results.material.chemical_formula_descriptive",
- "results.material.chemical_formula_hill",
- "results.material.chemical_formula_reduced",
- "results.material.elements",
"results.properties",
"results.properties.available_properties"
],
"datasets": [],
- "n_quantities": 52,
- "nomad_version": "1.1.2.dev647+g9297338f3",
- "upload_create_time": "2022-12-19T08:36:36.422000+00:00",
+ "n_quantities": 45,
+ "nomad_version": "1.1.2.dev717+g548f58be7.d20221222",
+ "upload_create_time": "2023-01-18T11:21:55.404000+00:00",
"nomad_commit": "",
"section_defs": [
{
"used_directly": true,
- "definition_id": "6bcb944e0c70b59b214498bf8310bcdc80832765",
- "definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Chemical"
+ "definition_id": "0e62188447400f10184f6594b639610a034e8268",
+ "definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Instrument"
},
{
"used_directly": true,
@@ -91600,7 +90539,7 @@
},
{
"used_directly": true,
- "definition_id": "1a9821c15d4ee2c92ebed46a981072f911f33e76",
+ "definition_id": "923fd8ffed25ac724d156dc4fa8696e7b778d6fb",
"definition_qualified_name": "nomad.datamodel.datamodel.EntryArchive"
},
{
@@ -91613,31 +90552,21 @@
"definition_id": "265ae33dbc9ace82b50260c1050d30c59ef9cb3c",
"definition_qualified_name": "nomad.datamodel.datamodel.RFC3161Timestamp"
},
- {
- "used_directly": true,
- "definition_id": "db4c35aba78e8b2e0aedbfa5298ecbeda4c8af14",
- "definition_qualified_name": "nomad.datamodel.metainfo.eln.Chemical"
- },
{
"used_directly": false,
- "definition_id": "05c13125f04981c8560d309e4647e139cb7ede63",
+ "definition_id": "4bc96e9848adb949d2a9c249399895fabff7f1d0",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnBaseSection"
},
{
- "used_directly": false,
- "definition_id": "05886ab2544dd913005d5844ee0aec737731e171",
- "definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnWithFormulaBaseSection"
+ "used_directly": true,
+ "definition_id": "d898e59489078d6da6e3f164b3a680c9a1d9cea5",
+ "definition_qualified_name": "nomad.datamodel.metainfo.eln.Instrument"
},
{
"used_directly": true,
"definition_id": "eeed330bd18d40f3a2a00cc35ba6f58808d0c543",
"definition_qualified_name": "nomad.datamodel.results.ELN"
},
- {
- "used_directly": true,
- "definition_id": "43920083339a4aa13c70d035cc502203940ada12",
- "definition_qualified_name": "nomad.datamodel.results.Material"
- },
{
"used_directly": true,
"definition_id": "084f877453597ae0c8287d3acc193c32020ab572",
@@ -91645,90 +90574,63 @@
},
{
"used_directly": true,
- "definition_id": "1752078207d327d7d4b25f8ca831ca968da19479",
+ "definition_id": "8840348bb74559fc9efb985c3ff7785fa96a01a3",
"definition_qualified_name": "nomad.datamodel.results.Results"
}
],
"processing_errors": [],
"results": {
- "material": {
- "elements": [
- "Zn",
- "Se"
- ],
- "elements_exclusive": "Se Zn",
- "structural_type": "not processed",
- "chemical_formula_reduced": "ZnSe",
- "n_elements": 2,
- "chemical_formula_descriptive": "ZnSe",
- "chemical_formula_hill": "SeZn"
- },
"eln": {
"names": [
- "Zinc Selenide"
+ "PVD-P"
+ ],
+ "instruments": [
+ "PVD-P"
],
"descriptions": [
- "<p><strong>Zinc selenide</strong> (<em>ZnSe</em>) is a light-yellow, solid compound comprising zinc (<em>Zn</em>) and selenium (<em>Se</em>). It is an intrinsic semiconductor with a band gap of about 2.70 eV at 25 °C (77 °F).</p>"
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alt=\"PVD process\" width=\"500\" height=\"348\" /></p>"
],
"sections": [
- "Chemical"
+ "Instrument"
],
"lab_ids": [
- "0025"
+ "I-02"
]
},
"properties": {
"available_properties": []
}
},
- "entry_name": "Zinc Selenide",
- "last_processing_time": "2022-12-19T08:36:37.631000+00:00",
+ "entry_name": "PVD-P",
+ "last_processing_time": "2023-01-18T11:21:56.256000+00:00",
"parser_name": "parsers/archive",
"searchable_quantities": [
{
- "text_value": "Zinc Selenide",
+ "text_value": "PVD-P",
"path": "data.name",
"quantity_name": "name",
"section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
},
{
- "text_value": "0025",
+ "text_value": "I-02",
"path": "data.lab_id",
"quantity_name": "lab_id",
"section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
},
{
- "text_value": "<p><strong>Zinc selenide</strong> (<em>ZnSe</em>) is a light-yellow, solid compound comprising zinc (<em>Zn</em>) and selenium (<em>Se</em>). It is an intrinsic semiconductor with a band gap of about 2.70 eV at 25 °C (77 °F).</p>",
+ "text_value": "<p><img 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}
],
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],
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- "Copper_II_Selenide.archive.json",
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"README.md",
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],
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+ "method": "POST",
+ "body": {
+ "required": {
+ "metadata": "*"
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+ "owner": "visible",
+ "pagination": {
+ "order_by": "upload_create_time",
+ "order": "desc",
+ "page_size": 20
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+ "entry_id:any": [
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+ "IDoCNIYzEGqZN-rPIeKzPl2b6poF",
+ "HJjDrI3HRtHFW40uNbE8eHLiHKqs",
+ "Ah-tjm5zSi_pczZJZo-8cjESYGft"
+ ]
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+ "headers": {
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+ "content-type": "application/json",
+ "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.GUefYz_dGks7dce0uPI8dk_x8pOhFDOUV8UeBodxBLvQ_iXzByqyLoP3flsDy3WjwUtzORJBNgSaH4EMivnomZIoHqd88zCjTAESxiMdXbD-KgOhD3D1UH-xVbCY228qijb9wKDSkO-nrnK1jI81BNVO038DMGMYp_CLqasTPklI6Pu6DWHWRmVgsqlZAcymQLp5QL9Xuip3prhqn4lBfGh4UqgeNz_rxG5LPq1kltkCVeCbWeRFh0RVb33Kt0fot5T8LRhHuad-4rZ_xIkrjrlR6_pjm0m5_XK8qLzWhx8UJZ0rP_lmm0CdQhg4Rll5cEVx1vanQSAvpqBRHCCuNA",
+ "cookie": null
+ }
+ },
+ "response": {
+ "status": 200,
+ "body": {
+ "owner": "visible",
+ "query": {
+ "name": "entry_id",
+ "value": {
+ "any": [
+ "mvOv85uBWGZG0RmoIOhgxho8yMK5",
+ "IDoCNIYzEGqZN-rPIeKzPl2b6poF",
+ "HJjDrI3HRtHFW40uNbE8eHLiHKqs",
+ "Ah-tjm5zSi_pczZJZo-8cjESYGft"
+ ]
+ }
+ },
+ "pagination": {
+ "page_size": 20,
+ "order_by": "upload_create_time",
+ "order": "desc",
+ "total": 4
+ },
+ "required": {},
+ "data": [
{
"upload_id": "eln_upload_id",
"references": [],
@@ -91803,9 +90820,14 @@
"quantities": [
"",
"data",
+ "data.cas_number",
+ "data.chemical_formula",
"data.description",
+ "data.ec_number",
+ "data.form",
"data.lab_id",
"data.name",
+ "data.timestamp",
"metadata",
"metadata.coauthors",
"metadata.datasets",
@@ -91846,23 +90868,27 @@
"results",
"results.eln",
"results.eln.descriptions",
- "results.eln.instruments",
"results.eln.lab_ids",
"results.eln.names",
"results.eln.sections",
+ "results.material",
+ "results.material.chemical_formula_descriptive",
+ "results.material.chemical_formula_hill",
+ "results.material.chemical_formula_reduced",
+ "results.material.elements",
"results.properties",
"results.properties.available_properties"
],
"datasets": [],
- "n_quantities": 44,
- "nomad_version": "1.1.2.dev647+g9297338f3",
- "upload_create_time": "2022-12-19T08:36:36.422000+00:00",
+ "n_quantities": 53,
+ "nomad_version": "1.1.2.dev717+g548f58be7.d20221222",
+ "upload_create_time": "2023-01-18T11:21:55.404000+00:00",
"nomad_commit": "",
"section_defs": [
{
"used_directly": true,
- "definition_id": "8d554da4e84d4f0e96fbcc657220919a701248a0",
- "definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Instrument"
+ "definition_id": "85d9d467f38fcacd8e6c7a2908f778fc23d02efe",
+ "definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Chemical"
},
{
"used_directly": true,
@@ -91876,7 +90902,7 @@
},
{
"used_directly": true,
- "definition_id": "1a9821c15d4ee2c92ebed46a981072f911f33e76",
+ "definition_id": "923fd8ffed25ac724d156dc4fa8696e7b778d6fb",
"definition_qualified_name": "nomad.datamodel.datamodel.EntryArchive"
},
{
@@ -91889,21 +90915,31 @@
"definition_id": "265ae33dbc9ace82b50260c1050d30c59ef9cb3c",
"definition_qualified_name": "nomad.datamodel.datamodel.RFC3161Timestamp"
},
+ {
+ "used_directly": true,
+ "definition_id": "e07ec2c24592dbdc12ba728003e8d0e74ef6171f",
+ "definition_qualified_name": "nomad.datamodel.metainfo.eln.Chemical"
+ },
{
"used_directly": false,
- "definition_id": "05c13125f04981c8560d309e4647e139cb7ede63",
+ "definition_id": "4bc96e9848adb949d2a9c249399895fabff7f1d0",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnBaseSection"
},
{
- "used_directly": true,
- "definition_id": "95422d8c57c1ebc2bcf9484f86b980fd38335d3a",
- "definition_qualified_name": "nomad.datamodel.metainfo.eln.Instrument"
+ "used_directly": false,
+ "definition_id": "eeae659a282a6ed4e1f9885cf6f84aa4b623cd52",
+ "definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnWithFormulaBaseSection"
},
{
"used_directly": true,
"definition_id": "eeed330bd18d40f3a2a00cc35ba6f58808d0c543",
"definition_qualified_name": "nomad.datamodel.results.ELN"
},
+ {
+ "used_directly": true,
+ "definition_id": "43920083339a4aa13c70d035cc502203940ada12",
+ "definition_qualified_name": "nomad.datamodel.results.Material"
+ },
{
"used_directly": true,
"definition_id": "084f877453597ae0c8287d3acc193c32020ab572",
@@ -91911,57 +90947,96 @@
},
{
"used_directly": true,
- "definition_id": "1752078207d327d7d4b25f8ca831ca968da19479",
+ "definition_id": "8840348bb74559fc9efb985c3ff7785fa96a01a3",
"definition_qualified_name": "nomad.datamodel.results.Results"
}
],
"processing_errors": [],
"results": {
+ "material": {
+ "elements": [
+ "Cu",
+ "Se"
+ ],
+ "elements_exclusive": "Cu Se",
+ "structural_type": "not processed",
+ "chemical_formula_reduced": "Cu2Se",
+ "n_elements": 2,
+ "chemical_formula_descriptive": "Cu2Se",
+ "chemical_formula_hill": "Cu2Se"
+ },
"eln": {
"names": [
- "PVD-P"
- ],
- "instruments": [
- "PVD-P"
+ "Copper (II) Selenide"
],
"descriptions": [
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alt=\"PVD process\" width=\"500\" height=\"348\" /></p>"
+ "<p><strong>Copper selenide</strong> is an inorganic binary compound consisting of copper and selenium. Its formula is sometimes described as <em>CuSe</em> or <em>Cu2Se</em>.</p>"
],
"sections": [
- "Instrument"
+ "Chemical"
],
"lab_ids": [
- "I-02"
+ "0024"
]
},
"properties": {
"available_properties": []
}
},
- "entry_name": "PVD-P",
- "last_processing_time": "2022-12-19T08:36:37.622000+00:00",
+ "entry_name": "Copper (II) Selenide",
+ "last_processing_time": "2023-01-18T11:21:56.268000+00:00",
"parser_name": "parsers/archive",
"searchable_quantities": [
{
- "text_value": "PVD-P",
+ "text_value": "Copper (II) Selenide",
"path": "data.name",
"quantity_name": "name",
"section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
},
{
- "text_value": "I-02",
+ "text_value": "0024",
"path": "data.lab_id",
"quantity_name": "lab_id",
"section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
},
{
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],
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{
"used_directly": true,
- "definition_id": "1a9821c15d4ee2c92ebed46a981072f911f33e76",
+ "definition_id": "923fd8ffed25ac724d156dc4fa8696e7b778d6fb",
"definition_qualified_name": "nomad.datamodel.datamodel.EntryArchive"
},
{
@@ -92813,31 +91780,21 @@
"definition_id": "265ae33dbc9ace82b50260c1050d30c59ef9cb3c",
"definition_qualified_name": "nomad.datamodel.datamodel.RFC3161Timestamp"
},
- {
- "used_directly": true,
- "definition_id": "db4c35aba78e8b2e0aedbfa5298ecbeda4c8af14",
- "definition_qualified_name": "nomad.datamodel.metainfo.eln.Chemical"
- },
{
"used_directly": false,
- "definition_id": "05c13125f04981c8560d309e4647e139cb7ede63",
+ "definition_id": "4bc96e9848adb949d2a9c249399895fabff7f1d0",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnBaseSection"
},
{
- "used_directly": false,
- "definition_id": "05886ab2544dd913005d5844ee0aec737731e171",
- "definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnWithFormulaBaseSection"
+ "used_directly": true,
+ "definition_id": "d898e59489078d6da6e3f164b3a680c9a1d9cea5",
+ "definition_qualified_name": "nomad.datamodel.metainfo.eln.Instrument"
},
{
"used_directly": true,
"definition_id": "eeed330bd18d40f3a2a00cc35ba6f58808d0c543",
"definition_qualified_name": "nomad.datamodel.results.ELN"
},
- {
- "used_directly": true,
- "definition_id": "43920083339a4aa13c70d035cc502203940ada12",
- "definition_qualified_name": "nomad.datamodel.results.Material"
- },
{
"used_directly": true,
"definition_id": "084f877453597ae0c8287d3acc193c32020ab572",
@@ -92845,90 +91802,63 @@
},
{
"used_directly": true,
- "definition_id": "1752078207d327d7d4b25f8ca831ca968da19479",
+ "definition_id": "8840348bb74559fc9efb985c3ff7785fa96a01a3",
"definition_qualified_name": "nomad.datamodel.results.Results"
}
],
"processing_errors": [],
"results": {
- "material": {
- "elements": [
- "Zn",
- "Se"
- ],
- "elements_exclusive": "Se Zn",
- "structural_type": "not processed",
- "chemical_formula_reduced": "ZnSe",
- "n_elements": 2,
- "chemical_formula_descriptive": "ZnSe",
- "chemical_formula_hill": "SeZn"
- },
"eln": {
"names": [
- "Zinc Selenide"
+ "PVD-P"
+ ],
+ "instruments": [
+ "PVD-P"
],
"descriptions": [
- "<p><strong>Zinc selenide</strong> (<em>ZnSe</em>) is a light-yellow, solid compound comprising zinc (<em>Zn</em>) and selenium (<em>Se</em>). It is an intrinsic semiconductor with a band gap of about 2.70 eV at 25 °C (77 °F).</p>"
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z9eKmoouwuxnlJ/dX/vkUqqFHy8ewAFOoouw1DJz94/pRub+8fyoopXYXF3H1NGT6mkop3fcLsOfU0mPc/mf8aWii7C7Ex7t/30aMY7n8TS0UrsLsQAZzj60tFFAHLnwB4f8A7ch1WO1MUsTCQRRttjLjkNtH0HQ4rp6Bx0FH0pKKV7aXNaterWt7STdlZX107C/j+tH40UUzIQgEYIBHoaia1t3+/BE31QVNRQNNo4zxlaW8TWZjgiQlJSdqAZxs68V1TaLpx/5dYx9OK5rxr96y/wByb/2Su1rWKVjWNSa2b+8pWumWlpIZIItjMME7if51cNLijpVpW2CUnJ3k7i1j+ILDV9R03yNG1s6Pdbw32n7Klx8vOV2tgc8c+1bFJ2oEeQaTD8QtU8XeItB/4WH5X9jfZv3/APYtufO85C/3f4cYx1OfauptviX4Ts7yLRL3xLFPqkLi1mme3eON5gAGJbb5a5IPG7A6VV8J/wDJXfiL/wBwz/0Q1cD4p8Qar4y+FWoeI73xFYaZo87PDDo8NqkjyusmY0kkY7hIdob5QMKN3TNAHsWreLtB0G6lt9U1KG1kitGvHWQNxEGCZHGCdxACj5iegNU9U+IfhXRrHT7y/wBXjii1CJZ7YCN2eRGG5W2KpYAjuQPTrXIX1tFe/Gnwm90izvHojTI0gziQFsNg9+T1789RVvTdRsNL+NHi0a1cxW1xc2lmdNa6cIWgVD5ojZuAu8ZKg8lScHaSADstB8WaH4meddG1KK8NvHG8vlA4QSAlc5HX5TkdRjBArNsviX4Q1DWY9KttcgkupZGii+RxHKwOMJIVCMc8DBOeMZzXmbXMWrP8Y5/CrwTRTQWuGt1G2QeXIJyvGGJ/e8j7xORnOa6GXQLvxf4FsYIfGmjJpEn2cWUsOk7HgdWXy1Q+f8knATHXkjrQBqT/ABf8OWvje48P3FzFHDAuxromQn7T5mww7Nnbk7s4/p6GCOtecw3Ai+P16JpdgfQIliDnbu/fj7uevORx3r0egAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKSlpKAOK8J/8AIU1D6f8As7111cj4T/5CmofT/wBneuurGW5nLcKKKKkQUUUUAFFFFABRRRQAUUUUAFQ3NzBZW0lzdTxQQRjdJLK4VEHqxPAHvU1fO/xhv7jxf8Q9O8JaJPc3EkYWKaETE24mJJ3FAvBRWO58nA4wNpzUVfcaV2e8aLrNj4g0mDU9MmM1nPu8uQoybgrFc4YAjkHtWhWB4K0iXQ/Bej6bcR+VPb2iJMm4Ha+MsMgkHknnJrfpNK+gnuFFFFIAooooA5rxd4vh8LQWiLZT3+pX0jR2dlAQGkKjLEsfuqBjJ7Z6dcUvC3jr+29Wn0XVdJm0fWI4/tCW8kqzJNFwNySKACQeo/LODiHx94d1bUbvRdc0NILi+0iSX/Q5n8sTxyqFcBugb5RjPHPtg5/hfw3r9/4tj8R+IrOHTI7GF4LKwjnWZ9zgb5HdeMYyAP5Y+bJut7aKUV7Ozu7636JLtt0/ya97mt0PSK4rxJ4+fS9c/sPRdGm1nU441luI0nSGOBG5AZznDHggYHBzmu06815t4i8O+ItL8YX/AIg0DT4tXg1WOJbq0e5WCSN412Kys3G3bjIyTkntTrOoqcnRinK2ibsm/N+lwbkk3Hc6nwl4stfFmnzSxwS2l5ayeTd2c5HmQyYB7dVPODxnB4GCK6HpXF+AvDWpaQ2q6xrbQrquryRvLBA26OGNFIRM45YZbJBIPHXqe0q1ey5t9L+ttUn2uP1CiiimAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFAHJeNvvWX+5N/7JXaVxfjb71l/uTf+yV2law2LjsLRRRVlBRRRQBVhsLO3vLi7htII7q52/aJkiAeXaMLvYDLYHAz0FZX/AAhXhj+0Li/Ph/TDc3AYSyNaoS+4ENnj+LJz65Oa36KAKC6Ppi3cF2unWgubeLyYZhAoeKP+4pxlV56DiuZ8aQalPdW3l+CNJ8T2ip8gu7iOOSByTuOJEIKkbOhzkHI6V2tFAHG+B/C97os+ravqgtYtR1WSLdbWf+ptoYk2RRrwMlV4Jxjpjpk6EXgfwtBqg1KPw9piXYYOsi2qZVgchhxgNnnIGfeuiooAyNT8NaLrF/bXuoaXaXN1bMDDNLEGdMHIAPpkk46Z7VrAClooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACkpaSgDivCf/IU1D6f+zvXXVyPhP8A5CmofT/2d666sZbmctwoooqRBRRRQAUUUUAFFFFABRRmjpQByfxE8YReCvCdzqOVa8f9zZxtn55SDgn2AyxzjO3GckVwnwN8HTR21x4z1cPLf6gWFs02S4QnLykk5Jc9yM4BOSHrmNRmm+NHxaisbd2/4R7Ttw8xDj9yCN78n70jYUYGQNpI+U19EwQQ2tvHb28SRQRKEjjjUKqKBgAAcAAcAVb0VupWysS0UUVBIUUUUAFFJkH0paACiikBBGRQAtFFFABRSdvc15Ze+J/FviDWtWTQLux0yw0u8ksk8+3817mWPAbeedqZ6FeefyirVp0oc9RpLu/uWwm0leTsj1Siua8EeJpfFPh5bu7tVtdQgme1vIEOVSZDhtp9DkHvjOMnGT0tWMKKKZLLHBC0ssixxqNzOxwqgdyTQCXRDu55o7etZmneIdJ1a7ltrHULe4miXc6xtnjpkeo5A46ZrT6cCj0dy505QfLNNPzVvPqLRRRQQFFFFABRRRQAUUUUAFFFFABRRRQByXjb71l/uTf+yV2lcX42+9Zf7k3/ALJXaVrDYuOwtFFFWUFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFJS0lAHFeE/wDkKah9P/Z3rrq5Hwn/AMhTUPp/7O9ddWMtzOW4UUUVIgooooAK83+JM+satqmm+FvD97dWt68FxqE0lpO0UiLHGyxAkEfI8rBT9B6Zr0g8CvMPD9jeeLfFniPxRa61e2ESXP8AZdmYI4X3QwgbirSIwKNIS3y45znPal3Gu51OjeLbe++HcPiuYF4lsGurhYF/ijU+YqhiOjKwGT261W0nx2niKB59C0TVLyBdhW4kRYIZQeG2O7YYoQVOO4OCRzXHWzSaJofxJ8I3Ny87W9nc39pJKApkhmhZm2qAFAV+u0AbmOAOleg+B/8AkQPDn/YLtv8A0UtDSSuDK/gbVdU1fwtp0+p2UsTtZW7i5eVG+0lkBZ8Kcr2ODjr7Vxnxy8bDQvDg8P2cmL/VEIkIx+7t+jE88F+VHGMB+QQK9I1TUtP8NaDcX90yW9jZQ7iFAUBQMBVGQMnhQO5IArw34aaVefEb4i3vjnWU/wBFtJw0KZ480Y8tBgAERrtJPBJ2k5yaa3u9hruek/CnwSPBfhJEuI8ape4mvCcEqcfLGDjooJ9fmLHOCK7ugcUVLd3dkt31CiiikAVzPjzxJN4V8I3mp2sKTXalIoEkzs3uwUFj6DOffGMjNdNWdrmjWXiHRbvSdRiMlpdJsdVOCOQQR7ggEe4prfUFvqeZrrvi/wALajpd1q/iGPWbG6u47O6t2skhMZk43xlBkkYPGOfTnI9c65rhNM+GcNrq9re6nr2ratHYzCayt7t12IwztZ8D53GeDx9DXedqxoRrRpqNaSlLXVKy8tP6/USTtaTuzhvH/iDWLC90PQdCmis7zVpJSb6WMSeRHCFZtqEEMzA9/pxnIz/DPiDX9O8ZQeH9d1RdXgv7WSa1uRbJFJG8f3lYJwVK5O45OePWuo8VeEbHxZaW6XMtxa3do5ltby1YLLCx64OPunjI74HTAql4Y8B2+ganNq91qN5qmrTQ+Qbm6YARx5ztRBwoJwep6cYycjjV9spKS5LNNW1b6O/Rf11un73Ne+ljrqKKK1AK891P4b3x1nUL/wAPeKJ9Hh1CQz3NsbNblPOOdzoWYFM9SB374wB6FSc+tKUYyi4zV0+j1X3MPXVGP4Z8O2XhXQrfSbEyNHFlmllwXldjlmY45JP6ADtWxkev602R/LVm2s2ATtUZJxzwK8MsrrxLr/hqTxi3i7ULO/dZLmC3gcLZwKjNhGjOQwwpGTzyM7sc51q9OilKq7XaS9XtsKUlHWTPZ9Wtry70ueHT7tbS7IHlzNGHCkEE8H8R7Z74r5/8THXYtWkttfnuJLhDuAkfKEHunbB9v8a928K6xJr/AIW0vVZ4fJmu7VJZEAIAYjnaCSdpxkZPQio/E3hiw8T6f9nu1KyploZl+9Ge+PY4GR0PHcUYik6kbJ2f4f15/ee9keawwFb97BOL3dveXmnvby+7z8/8FaXY6VLHrNveC/dkMagDy1jJ+8DyTn8uD05r0GPxDEeJraRR6owYVn+EPBcPhq0uopbn7Y1w6k74gqqFBAAGTzyefp6VtS6Lp8mT5AQn/nmxX/61KnCcIpKy7r/g6k5jjMNicTKUm5rpLbT0029PMdHrNhLjFyqH/popX9SKupKkq7o3Vwe6HNY0nhyP/ljcyL7OgYfpiqUnh+8iJZPKc+qtsb9f8a0vLqr+n9M4vY4afwzt6o6miuU3axZ9TcqvviUf1qSLxDdxnbIIJPbGxv5/0pc6WjTQngZtXg1I6ejmsSPxFH/y1tpU90YMP6GrcetafJwLhVPpICv6kVSknszGWGqx3i/69LmhRTI5Y5V3Rurr6qwI/Sn0zBrowooooAKKKKAOS8bfesv9yb/2Su0ri/G33rL/AHJv/ZK7StYbFx2FqteXtrp1pJd3tzDbW0fLzTOERO2STwOas1wPxR0TUdW0nTLqzsV1SHTNQS9udMI5uo1Byq/3iMn5T1yeCcA2UdRpfiXRNbkeLS9YsL6RBuZLa5SRlHTJAOQM961q5Dwp4k8M+Jb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alt=\"PVD process\" width=\"500\" height=\"348\" /></p>"
],
"sections": [
- "Chemical"
+ "Instrument"
],
"lab_ids": [
- "0025"
+ "I-02"
]
},
"properties": {
"available_properties": []
}
},
- "entry_name": "Zinc Selenide",
- "last_processing_time": "2022-12-19T08:36:37.631000+00:00",
+ "entry_name": "PVD-P",
+ "last_processing_time": "2023-01-18T11:21:56.256000+00:00",
"parser_name": "parsers/archive",
"searchable_quantities": [
{
- "text_value": "Zinc Selenide",
+ "text_value": "PVD-P",
"path": "data.name",
"quantity_name": "name",
"section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
},
{
- "text_value": "0025",
+ "text_value": "I-02",
"path": "data.lab_id",
"quantity_name": "lab_id",
"section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
},
{
- "text_value": "<p><strong>Zinc selenide</strong> (<em>ZnSe</em>) is a light-yellow, solid compound comprising zinc (<em>Zn</em>) and selenium (<em>Se</em>). It is an intrinsic semiconductor with a band gap of about 2.70 eV at 25 °C (77 °F).</p>",
+ "text_value": "<p><img 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- }
- ],
- "processing_errors": [],
- "results": {
- "eln": {
- "names": [
- "PVD-P"
- ],
- "instruments": [
- "PVD-P"
- ],
- "descriptions": [
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- "cookie": null
- }
- },
- "response": {
- "status": 200,
- "body": {
- "owner": "visible",
- "query": {
- "prefix": "entry_references",
- "query": {
- "name": "target_entry_id",
- "value": "bC7byHvWJp62Sn9uiuJUB38MT5j-"
- }
- },
- "pagination": {
- "page_size": 20,
- "order_by": "upload_create_time",
- "order": "desc",
- "total": 0
- },
- "required": {},
- "data": []
- },
"headers": {
"connection": "close",
- "content-length": "326",
+ "content-length": "35295",
"content-type": "application/json",
"server": "uvicorn"
}
}
}
],
- "807f27b033e72fbdfb40162e020dca1e": [
+ "d6068830e7fa3e415eecc033254d784d": [
{
"request": {
- "url": "http://localhost:8000/fairdi/nomad/latest/api/v1/entries/HJjDrI3HRtHFW40uNbE8eHLiHKqs/archive/query",
+ "url": "http://localhost:8000/fairdi/nomad/latest/api/v1/entries/mvOv85uBWGZG0RmoIOhgxho8yMK5/archive/query",
"method": "POST",
"body": {
"required": {
@@ -93310,7 +93479,7 @@
"headers": {
"accept": "application/json",
"content-type": "application/json",
- "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.DA1GFXOSOIeRJHsi8VSj48rJg7KpwIkpDzqdDeXA4e48EExTkGQ_KTmkLa2H3L03Bv6ulPLe4jd-jjWwjhzgrzP1byxPfMcXYdlg8PEB5Q1kYXinVXhi0n53PaPhOZSklkU8k6Jmd4BG9vQh0CZ28sK0pkArVlfZ_Gs9UdthS0so0LysZl6EyemxsDqGDrrkWU3f2bg-WPDA_IqBOOJGgS6VqBlb6UUoPD0J8x9Xo1uKAgens9mieyeF8bBR0uDikxGWoMEcts1wzYrz9axgrSajiUYZdIJJfvNruBibCDezI3IusU1J1RQLIlQgDLP37oLygVHvwcynSDPcqodvGw",
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"cookie": null
}
},
@@ -93325,16 +93494,16 @@
"processing_errors": "*"
}
},
- "entry_id": "HJjDrI3HRtHFW40uNbE8eHLiHKqs",
+ "entry_id": "mvOv85uBWGZG0RmoIOhgxho8yMK5",
"data": {
- "entry_id": "HJjDrI3HRtHFW40uNbE8eHLiHKqs",
+ "entry_id": "mvOv85uBWGZG0RmoIOhgxho8yMK5",
"upload_id": "eln_upload_id",
"parser_name": "parsers/archive",
"archive": {
"metadata": {
"upload_id": "eln_upload_id",
- "entry_id": "HJjDrI3HRtHFW40uNbE8eHLiHKqs",
- "mainfile": "Zinc_Selenide.archive.json",
+ "entry_id": "mvOv85uBWGZG0RmoIOhgxho8yMK5",
+ "mainfile": "Copper_II_Selenide.archive.json",
"processing_errors": []
},
"m_ref_archives": {}
@@ -93343,7 +93512,7 @@
},
"headers": {
"connection": "close",
- "content-length": "582",
+ "content-length": "587",
"content-type": "application/json",
"server": "uvicorn"
}
@@ -93351,7 +93520,7 @@
},
{
"request": {
- "url": "http://localhost:8000/fairdi/nomad/latest/api/v1/entries/HJjDrI3HRtHFW40uNbE8eHLiHKqs/archive/query",
+ "url": "http://localhost:8000/fairdi/nomad/latest/api/v1/entries/mvOv85uBWGZG0RmoIOhgxho8yMK5/archive/query",
"method": "POST",
"body": {
"required": {
@@ -93366,7 +93535,7 @@
"headers": {
"accept": "application/json",
"content-type": "application/json",
- "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.eyJqdGkiOiI1NTE5NTc2OS1jYmZlLTQxNjYtYTEyNC1iZDI2M2IwOGE1YzEiLCJleHAiOjE2NzE0NzQ5NzUsIm5iZiI6MCwiaWF0IjoxNjcxNDM5MDMwLCJpc3MiOiJodHRwczovL25vbWFkLWxhYi5ldS9mYWlyZGkva2V5Y2xvYWsvYXV0aC9yZWFsbXMvZmFpcmRpX25vbWFkX3Rlc3QiLCJhdWQiOiJhY2NvdW50Iiwic3ViIjoiNjg4NzhhZjctNjg0NS00NmMwLWIyYzEtMjUwZDRkOGViNDcwIiwidHlwIjoiQmVhcmVyIiwiYXpwIjoibm9tYWRfZ3VpX2RldiIsImF1dGhfdGltZSI6MCwic2Vzc2lvbl9zdGF0ZSI6IjBiMTZhZTI0LWMyZDItNDgwOC1hOWNiLTk1YTMyZDc2Y2Y0OSIsImFjciI6IjEiLCJhbGxvd2VkLW9yaWdpbnMiOlsiKiJdLCJyZWFsbV9hY2Nlc3MiOnsicm9sZXMiOlsib2ZmbGluZV9hY2Nlc3MiLCJ1bWFfYXV0aG9yaXphdGlvbiJdfSwicmVzb3VyY2VfYWNjZXNzIjp7ImFjY291bnQiOnsicm9sZXMiOlsibWFuYWdlLWFjY291bnQiLCJtYW5hZ2UtYWNjb3VudC1saW5rcyIsInZpZXctcHJvZmlsZSJdfX0sInNjb3BlIjoiZW1haWwgcHJvZmlsZSIsImVtYWlsX3ZlcmlmaWVkIjp0cnVlLCJuYW1lIjoiTWFya3VzIFNjaGVpZGdlbiIsInByZWZlcnJlZF91c2VybmFtZSI6InRlc3QiLCJnaXZlbl9uYW1lIjoiTWFya3VzIiwiZmFtaWx5X25hbWUiOiJTY2hlaWRnZW4iLCJlbWFpbCI6Im1hcmt1cy5zY2hlaWRnZW5AZmhpLWJlcmxpbi5kZSJ9.bsu2GVACWOa_YwzGaovAZ4F3yTR6kQflz3i7e9xgxbb9ltoX4N5gVxjseAgnAr0hOXsXpxnHuhqgulxkS_wqMkPxJAVgz-yBhFiVRTC5CAIjK3Uf-4bs0CZ3psHUUrxpgmGs8WZZ3d_cbf_CfAcrDOjzzHit3Bjw-0gkBXFLx2OggMoPk3Rt94jwnB0UUZhR1lquIPdS-_g1uctwPmMGUzX6XdhlOV_brJMhznfQRpuyoE87plwmiyx8l2NhEsBKJ_fwE_W8KqskydjLbHPnzjgHX7xms2wLkGJQ5lAginp_oXUKv60_h_7-S96KvMU3YW7QahQs-hN_nlCd9Z2XWA",
+ "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.eyJqdGkiOiI1OGUwMTQ3Ni05ZDdhLTQ5OGMtODVjNy00NTJmZjM5NzM2MWMiLCJleHAiOjE2NzQwNzY4OTcsIm5iZiI6MCwiaWF0IjoxNjc0MDQwOTQ0LCJpc3MiOiJodHRwczovL25vbWFkLWxhYi5ldS9mYWlyZGkva2V5Y2xvYWsvYXV0aC9yZWFsbXMvZmFpcmRpX25vbWFkX3Rlc3QiLCJhdWQiOiJhY2NvdW50Iiwic3ViIjoiNjg4NzhhZjctNjg0NS00NmMwLWIyYzEtMjUwZDRkOGViNDcwIiwidHlwIjoiQmVhcmVyIiwiYXpwIjoibm9tYWRfZ3VpX2RldiIsImF1dGhfdGltZSI6MCwic2Vzc2lvbl9zdGF0ZSI6ImI0MmUyOGQxLWNmYTMtNGMxMi05MzUzLWJlM2U0ZjU5ZGRjYSIsImFjciI6IjEiLCJhbGxvd2VkLW9yaWdpbnMiOlsiKiJdLCJyZWFsbV9hY2Nlc3MiOnsicm9sZXMiOlsib2ZmbGluZV9hY2Nlc3MiLCJ1bWFfYXV0aG9yaXphdGlvbiJdfSwicmVzb3VyY2VfYWNjZXNzIjp7ImFjY291bnQiOnsicm9sZXMiOlsibWFuYWdlLWFjY291bnQiLCJtYW5hZ2UtYWNjb3VudC1saW5rcyIsInZpZXctcHJvZmlsZSJdfX0sInNjb3BlIjoiZW1haWwgcHJvZmlsZSIsImVtYWlsX3ZlcmlmaWVkIjp0cnVlLCJuYW1lIjoiTWFya3VzIFNjaGVpZGdlbiIsInByZWZlcnJlZF91c2VybmFtZSI6InRlc3QiLCJnaXZlbl9uYW1lIjoiTWFya3VzIiwiZmFtaWx5X25hbWUiOiJTY2hlaWRnZW4iLCJlbWFpbCI6Im1hcmt1cy5zY2hlaWRnZW5AZmhpLWJlcmxpbi5kZSJ9.Gl16D5-3il1kIlbs5nb42kmsdstuwfYG3SrxoHABL1jKh4fTtFTmdfNFEtuWS13zNgjq3Wf-eZF-cAUIwthX_chL-yKoMtWKAUr837B038WwV0EvaynxjnjdYZYbgolrGcq5mIU13jtejRPAsfi-4mPoz_zqv277zCFyLYH1d8O-5xoYakYY3AbaHCMM2RVAOWzh6h3_90YaHg0ThnQmUPmMZSYjNrbih7hixLhH8LEivFpK3JVXgyT1fo3tTUXWpE6jWeMnTjFcsfa720HVD0eNVB2Sz9xAhDfW0Vq7jZsV9S_kaAdniEkvcLXDOaUavzZDHG0XLEH1_o5cglebHQ",
"cookie": null
}
},
@@ -93381,16 +93550,16 @@
"processing_errors": "*"
}
},
- "entry_id": "HJjDrI3HRtHFW40uNbE8eHLiHKqs",
+ "entry_id": "mvOv85uBWGZG0RmoIOhgxho8yMK5",
"data": {
- "entry_id": "HJjDrI3HRtHFW40uNbE8eHLiHKqs",
+ "entry_id": "mvOv85uBWGZG0RmoIOhgxho8yMK5",
"upload_id": "eln_upload_id",
"parser_name": "parsers/archive",
"archive": {
"metadata": {
"upload_id": "eln_upload_id",
- "entry_id": "HJjDrI3HRtHFW40uNbE8eHLiHKqs",
- "mainfile": "Zinc_Selenide.archive.json",
+ "entry_id": "mvOv85uBWGZG0RmoIOhgxho8yMK5",
+ "mainfile": "Copper_II_Selenide.archive.json",
"processing_errors": []
},
"m_ref_archives": {}
@@ -93399,17 +93568,17 @@
},
"headers": {
"connection": "close",
- "content-length": "582",
+ "content-length": "587",
"content-type": "application/json",
"server": "uvicorn"
}
}
}
],
- "33ada810f5432c76fff38ad099ca3728": [
+ "d481855da64e8c68fd5278df34c9cfa5": [
{
"request": {
- "url": "http://localhost:8000/fairdi/nomad/latest/api/v1/entries/IDoCNIYzEGqZN-rPIeKzPl2b6poF/archive/query",
+ "url": "http://localhost:8000/fairdi/nomad/latest/api/v1/entries/Ah-tjm5zSi_pczZJZo-8cjESYGft/archive/query",
"method": "POST",
"body": {
"required": {
@@ -93424,7 +93593,7 @@
"headers": {
"accept": "application/json",
"content-type": "application/json",
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+ "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.IFDZhWceVSkPpUF5qjOrgLrpOiNAVkDbsy0VJ6F-mAXb5sXRfTE3UZO1o5aZDJFP1WjERN0My2t54PUqUzjcd1lkOjN7os4TqrLVK4nRmTGsKOkrIOfPP3Yz09Pfe8Ow3Pm7ORWlJMtg8DXHPo_SOUo8SBJJDSEvERDW-92YJf7V3eGK_61Cjnkx62jbFlRa0VeO5zOlLesgUikr68qyl0as95PHhxNJjCwcY7FDM5_isSPzZ_yfWZXQ3ZW1rTlvra-YbvztqWYGOG2LLYXf7sfLfQhsA00Hf6DIjl3xZkGP4FxKXUEa1aKxbuB8OqWa8jOPcWZDzjkn3AcOawy7Uw",
"cookie": null
}
},
@@ -93439,16 +93608,16 @@
"processing_errors": "*"
}
},
- "entry_id": "IDoCNIYzEGqZN-rPIeKzPl2b6poF",
+ "entry_id": "Ah-tjm5zSi_pczZJZo-8cjESYGft",
"data": {
- "entry_id": "IDoCNIYzEGqZN-rPIeKzPl2b6poF",
+ "entry_id": "Ah-tjm5zSi_pczZJZo-8cjESYGft",
"upload_id": "eln_upload_id",
"parser_name": "parsers/archive",
"archive": {
"metadata": {
"upload_id": "eln_upload_id",
- "entry_id": "IDoCNIYzEGqZN-rPIeKzPl2b6poF",
- "mainfile": "Tin_II_Selenide.archive.json",
+ "entry_id": "Ah-tjm5zSi_pczZJZo-8cjESYGft",
+ "mainfile": "PVD-P.archive.json",
"processing_errors": []
},
"m_ref_archives": {}
@@ -93457,7 +93626,7 @@
},
"headers": {
"connection": "close",
- "content-length": "584",
+ "content-length": "574",
"content-type": "application/json",
"server": "uvicorn"
}
@@ -93465,7 +93634,7 @@
},
{
"request": {
- "url": "http://localhost:8000/fairdi/nomad/latest/api/v1/entries/IDoCNIYzEGqZN-rPIeKzPl2b6poF/archive/query",
+ "url": "http://localhost:8000/fairdi/nomad/latest/api/v1/entries/Ah-tjm5zSi_pczZJZo-8cjESYGft/archive/query",
"method": "POST",
"body": {
"required": {
@@ -93480,7 +93649,7 @@
"headers": {
"accept": "application/json",
"content-type": "application/json",
- "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.bsu2GVACWOa_YwzGaovAZ4F3yTR6kQflz3i7e9xgxbb9ltoX4N5gVxjseAgnAr0hOXsXpxnHuhqgulxkS_wqMkPxJAVgz-yBhFiVRTC5CAIjK3Uf-4bs0CZ3psHUUrxpgmGs8WZZ3d_cbf_CfAcrDOjzzHit3Bjw-0gkBXFLx2OggMoPk3Rt94jwnB0UUZhR1lquIPdS-_g1uctwPmMGUzX6XdhlOV_brJMhznfQRpuyoE87plwmiyx8l2NhEsBKJ_fwE_W8KqskydjLbHPnzjgHX7xms2wLkGJQ5lAginp_oXUKv60_h_7-S96KvMU3YW7QahQs-hN_nlCd9Z2XWA",
+ "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.Gl16D5-3il1kIlbs5nb42kmsdstuwfYG3SrxoHABL1jKh4fTtFTmdfNFEtuWS13zNgjq3Wf-eZF-cAUIwthX_chL-yKoMtWKAUr837B038WwV0EvaynxjnjdYZYbgolrGcq5mIU13jtejRPAsfi-4mPoz_zqv277zCFyLYH1d8O-5xoYakYY3AbaHCMM2RVAOWzh6h3_90YaHg0ThnQmUPmMZSYjNrbih7hixLhH8LEivFpK3JVXgyT1fo3tTUXWpE6jWeMnTjFcsfa720HVD0eNVB2Sz9xAhDfW0Vq7jZsV9S_kaAdniEkvcLXDOaUavzZDHG0XLEH1_o5cglebHQ",
"cookie": null
}
},
@@ -93495,16 +93664,16 @@
"processing_errors": "*"
}
},
- "entry_id": "IDoCNIYzEGqZN-rPIeKzPl2b6poF",
+ "entry_id": "Ah-tjm5zSi_pczZJZo-8cjESYGft",
"data": {
- "entry_id": "IDoCNIYzEGqZN-rPIeKzPl2b6poF",
+ "entry_id": "Ah-tjm5zSi_pczZJZo-8cjESYGft",
"upload_id": "eln_upload_id",
"parser_name": "parsers/archive",
"archive": {
"metadata": {
"upload_id": "eln_upload_id",
- "entry_id": "IDoCNIYzEGqZN-rPIeKzPl2b6poF",
- "mainfile": "Tin_II_Selenide.archive.json",
+ "entry_id": "Ah-tjm5zSi_pczZJZo-8cjESYGft",
+ "mainfile": "PVD-P.archive.json",
"processing_errors": []
},
"m_ref_archives": {}
@@ -93513,17 +93682,17 @@
},
"headers": {
"connection": "close",
- "content-length": "584",
+ "content-length": "574",
"content-type": "application/json",
"server": "uvicorn"
}
}
}
],
- "d6068830e7fa3e415eecc033254d784d": [
+ "33ada810f5432c76fff38ad099ca3728": [
{
"request": {
- "url": "http://localhost:8000/fairdi/nomad/latest/api/v1/entries/mvOv85uBWGZG0RmoIOhgxho8yMK5/archive/query",
+ "url": "http://localhost:8000/fairdi/nomad/latest/api/v1/entries/IDoCNIYzEGqZN-rPIeKzPl2b6poF/archive/query",
"method": "POST",
"body": {
"required": {
@@ -93538,7 +93707,7 @@
"headers": {
"accept": "application/json",
"content-type": "application/json",
- "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.DA1GFXOSOIeRJHsi8VSj48rJg7KpwIkpDzqdDeXA4e48EExTkGQ_KTmkLa2H3L03Bv6ulPLe4jd-jjWwjhzgrzP1byxPfMcXYdlg8PEB5Q1kYXinVXhi0n53PaPhOZSklkU8k6Jmd4BG9vQh0CZ28sK0pkArVlfZ_Gs9UdthS0so0LysZl6EyemxsDqGDrrkWU3f2bg-WPDA_IqBOOJGgS6VqBlb6UUoPD0J8x9Xo1uKAgens9mieyeF8bBR0uDikxGWoMEcts1wzYrz9axgrSajiUYZdIJJfvNruBibCDezI3IusU1J1RQLIlQgDLP37oLygVHvwcynSDPcqodvGw",
+ "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.IFDZhWceVSkPpUF5qjOrgLrpOiNAVkDbsy0VJ6F-mAXb5sXRfTE3UZO1o5aZDJFP1WjERN0My2t54PUqUzjcd1lkOjN7os4TqrLVK4nRmTGsKOkrIOfPP3Yz09Pfe8Ow3Pm7ORWlJMtg8DXHPo_SOUo8SBJJDSEvERDW-92YJf7V3eGK_61Cjnkx62jbFlRa0VeO5zOlLesgUikr68qyl0as95PHhxNJjCwcY7FDM5_isSPzZ_yfWZXQ3ZW1rTlvra-YbvztqWYGOG2LLYXf7sfLfQhsA00Hf6DIjl3xZkGP4FxKXUEa1aKxbuB8OqWa8jOPcWZDzjkn3AcOawy7Uw",
"cookie": null
}
},
@@ -93553,16 +93722,16 @@
"processing_errors": "*"
}
},
- "entry_id": "mvOv85uBWGZG0RmoIOhgxho8yMK5",
+ "entry_id": "IDoCNIYzEGqZN-rPIeKzPl2b6poF",
"data": {
- "entry_id": "mvOv85uBWGZG0RmoIOhgxho8yMK5",
+ "entry_id": "IDoCNIYzEGqZN-rPIeKzPl2b6poF",
"upload_id": "eln_upload_id",
"parser_name": "parsers/archive",
"archive": {
"metadata": {
"upload_id": "eln_upload_id",
- "entry_id": "mvOv85uBWGZG0RmoIOhgxho8yMK5",
- "mainfile": "Copper_II_Selenide.archive.json",
+ "entry_id": "IDoCNIYzEGqZN-rPIeKzPl2b6poF",
+ "mainfile": "Tin_II_Selenide.archive.json",
"processing_errors": []
},
"m_ref_archives": {}
@@ -93571,7 +93740,7 @@
},
"headers": {
"connection": "close",
- "content-length": "587",
+ "content-length": "584",
"content-type": "application/json",
"server": "uvicorn"
}
@@ -93579,7 +93748,7 @@
},
{
"request": {
- "url": "http://localhost:8000/fairdi/nomad/latest/api/v1/entries/mvOv85uBWGZG0RmoIOhgxho8yMK5/archive/query",
+ "url": "http://localhost:8000/fairdi/nomad/latest/api/v1/entries/IDoCNIYzEGqZN-rPIeKzPl2b6poF/archive/query",
"method": "POST",
"body": {
"required": {
@@ -93594,7 +93763,7 @@
"headers": {
"accept": "application/json",
"content-type": "application/json",
- "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.bsu2GVACWOa_YwzGaovAZ4F3yTR6kQflz3i7e9xgxbb9ltoX4N5gVxjseAgnAr0hOXsXpxnHuhqgulxkS_wqMkPxJAVgz-yBhFiVRTC5CAIjK3Uf-4bs0CZ3psHUUrxpgmGs8WZZ3d_cbf_CfAcrDOjzzHit3Bjw-0gkBXFLx2OggMoPk3Rt94jwnB0UUZhR1lquIPdS-_g1uctwPmMGUzX6XdhlOV_brJMhznfQRpuyoE87plwmiyx8l2NhEsBKJ_fwE_W8KqskydjLbHPnzjgHX7xms2wLkGJQ5lAginp_oXUKv60_h_7-S96KvMU3YW7QahQs-hN_nlCd9Z2XWA",
+ "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.Gl16D5-3il1kIlbs5nb42kmsdstuwfYG3SrxoHABL1jKh4fTtFTmdfNFEtuWS13zNgjq3Wf-eZF-cAUIwthX_chL-yKoMtWKAUr837B038WwV0EvaynxjnjdYZYbgolrGcq5mIU13jtejRPAsfi-4mPoz_zqv277zCFyLYH1d8O-5xoYakYY3AbaHCMM2RVAOWzh6h3_90YaHg0ThnQmUPmMZSYjNrbih7hixLhH8LEivFpK3JVXgyT1fo3tTUXWpE6jWeMnTjFcsfa720HVD0eNVB2Sz9xAhDfW0Vq7jZsV9S_kaAdniEkvcLXDOaUavzZDHG0XLEH1_o5cglebHQ",
"cookie": null
}
},
@@ -93609,16 +93778,16 @@
"processing_errors": "*"
}
},
- "entry_id": "mvOv85uBWGZG0RmoIOhgxho8yMK5",
+ "entry_id": "IDoCNIYzEGqZN-rPIeKzPl2b6poF",
"data": {
- "entry_id": "mvOv85uBWGZG0RmoIOhgxho8yMK5",
+ "entry_id": "IDoCNIYzEGqZN-rPIeKzPl2b6poF",
"upload_id": "eln_upload_id",
"parser_name": "parsers/archive",
"archive": {
"metadata": {
"upload_id": "eln_upload_id",
- "entry_id": "mvOv85uBWGZG0RmoIOhgxho8yMK5",
- "mainfile": "Copper_II_Selenide.archive.json",
+ "entry_id": "IDoCNIYzEGqZN-rPIeKzPl2b6poF",
+ "mainfile": "Tin_II_Selenide.archive.json",
"processing_errors": []
},
"m_ref_archives": {}
@@ -93627,17 +93796,17 @@
},
"headers": {
"connection": "close",
- "content-length": "587",
+ "content-length": "584",
"content-type": "application/json",
"server": "uvicorn"
}
}
}
],
- "d481855da64e8c68fd5278df34c9cfa5": [
+ "807f27b033e72fbdfb40162e020dca1e": [
{
"request": {
- "url": "http://localhost:8000/fairdi/nomad/latest/api/v1/entries/Ah-tjm5zSi_pczZJZo-8cjESYGft/archive/query",
+ "url": "http://localhost:8000/fairdi/nomad/latest/api/v1/entries/HJjDrI3HRtHFW40uNbE8eHLiHKqs/archive/query",
"method": "POST",
"body": {
"required": {
@@ -93652,7 +93821,7 @@
"headers": {
"accept": "application/json",
"content-type": "application/json",
- "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.DA1GFXOSOIeRJHsi8VSj48rJg7KpwIkpDzqdDeXA4e48EExTkGQ_KTmkLa2H3L03Bv6ulPLe4jd-jjWwjhzgrzP1byxPfMcXYdlg8PEB5Q1kYXinVXhi0n53PaPhOZSklkU8k6Jmd4BG9vQh0CZ28sK0pkArVlfZ_Gs9UdthS0so0LysZl6EyemxsDqGDrrkWU3f2bg-WPDA_IqBOOJGgS6VqBlb6UUoPD0J8x9Xo1uKAgens9mieyeF8bBR0uDikxGWoMEcts1wzYrz9axgrSajiUYZdIJJfvNruBibCDezI3IusU1J1RQLIlQgDLP37oLygVHvwcynSDPcqodvGw",
+ "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.IFDZhWceVSkPpUF5qjOrgLrpOiNAVkDbsy0VJ6F-mAXb5sXRfTE3UZO1o5aZDJFP1WjERN0My2t54PUqUzjcd1lkOjN7os4TqrLVK4nRmTGsKOkrIOfPP3Yz09Pfe8Ow3Pm7ORWlJMtg8DXHPo_SOUo8SBJJDSEvERDW-92YJf7V3eGK_61Cjnkx62jbFlRa0VeO5zOlLesgUikr68qyl0as95PHhxNJjCwcY7FDM5_isSPzZ_yfWZXQ3ZW1rTlvra-YbvztqWYGOG2LLYXf7sfLfQhsA00Hf6DIjl3xZkGP4FxKXUEa1aKxbuB8OqWa8jOPcWZDzjkn3AcOawy7Uw",
"cookie": null
}
},
@@ -93667,16 +93836,16 @@
"processing_errors": "*"
}
},
- "entry_id": "Ah-tjm5zSi_pczZJZo-8cjESYGft",
+ "entry_id": "HJjDrI3HRtHFW40uNbE8eHLiHKqs",
"data": {
- "entry_id": "Ah-tjm5zSi_pczZJZo-8cjESYGft",
+ "entry_id": "HJjDrI3HRtHFW40uNbE8eHLiHKqs",
"upload_id": "eln_upload_id",
"parser_name": "parsers/archive",
"archive": {
"metadata": {
"upload_id": "eln_upload_id",
- "entry_id": "Ah-tjm5zSi_pczZJZo-8cjESYGft",
- "mainfile": "PVD-P.archive.json",
+ "entry_id": "HJjDrI3HRtHFW40uNbE8eHLiHKqs",
+ "mainfile": "Zinc_Selenide.archive.json",
"processing_errors": []
},
"m_ref_archives": {}
@@ -93685,7 +93854,7 @@
},
"headers": {
"connection": "close",
- "content-length": "574",
+ "content-length": "582",
"content-type": "application/json",
"server": "uvicorn"
}
@@ -93693,7 +93862,7 @@
},
{
"request": {
- "url": "http://localhost:8000/fairdi/nomad/latest/api/v1/entries/Ah-tjm5zSi_pczZJZo-8cjESYGft/archive/query",
+ "url": "http://localhost:8000/fairdi/nomad/latest/api/v1/entries/HJjDrI3HRtHFW40uNbE8eHLiHKqs/archive/query",
"method": "POST",
"body": {
"required": {
@@ -93708,7 +93877,7 @@
"headers": {
"accept": "application/json",
"content-type": "application/json",
- "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.bsu2GVACWOa_YwzGaovAZ4F3yTR6kQflz3i7e9xgxbb9ltoX4N5gVxjseAgnAr0hOXsXpxnHuhqgulxkS_wqMkPxJAVgz-yBhFiVRTC5CAIjK3Uf-4bs0CZ3psHUUrxpgmGs8WZZ3d_cbf_CfAcrDOjzzHit3Bjw-0gkBXFLx2OggMoPk3Rt94jwnB0UUZhR1lquIPdS-_g1uctwPmMGUzX6XdhlOV_brJMhznfQRpuyoE87plwmiyx8l2NhEsBKJ_fwE_W8KqskydjLbHPnzjgHX7xms2wLkGJQ5lAginp_oXUKv60_h_7-S96KvMU3YW7QahQs-hN_nlCd9Z2XWA",
+ "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.Gl16D5-3il1kIlbs5nb42kmsdstuwfYG3SrxoHABL1jKh4fTtFTmdfNFEtuWS13zNgjq3Wf-eZF-cAUIwthX_chL-yKoMtWKAUr837B038WwV0EvaynxjnjdYZYbgolrGcq5mIU13jtejRPAsfi-4mPoz_zqv277zCFyLYH1d8O-5xoYakYY3AbaHCMM2RVAOWzh6h3_90YaHg0ThnQmUPmMZSYjNrbih7hixLhH8LEivFpK3JVXgyT1fo3tTUXWpE6jWeMnTjFcsfa720HVD0eNVB2Sz9xAhDfW0Vq7jZsV9S_kaAdniEkvcLXDOaUavzZDHG0XLEH1_o5cglebHQ",
"cookie": null
}
},
@@ -93723,16 +93892,16 @@
"processing_errors": "*"
}
},
- "entry_id": "Ah-tjm5zSi_pczZJZo-8cjESYGft",
+ "entry_id": "HJjDrI3HRtHFW40uNbE8eHLiHKqs",
"data": {
- "entry_id": "Ah-tjm5zSi_pczZJZo-8cjESYGft",
+ "entry_id": "HJjDrI3HRtHFW40uNbE8eHLiHKqs",
"upload_id": "eln_upload_id",
"parser_name": "parsers/archive",
"archive": {
"metadata": {
"upload_id": "eln_upload_id",
- "entry_id": "Ah-tjm5zSi_pczZJZo-8cjESYGft",
- "mainfile": "PVD-P.archive.json",
+ "entry_id": "HJjDrI3HRtHFW40uNbE8eHLiHKqs",
+ "mainfile": "Zinc_Selenide.archive.json",
"processing_errors": []
},
"m_ref_archives": {}
@@ -93741,7 +93910,7 @@
},
"headers": {
"connection": "close",
- "content-length": "574",
+ "content-length": "582",
"content-type": "application/json",
"server": "uvicorn"
}
@@ -93762,7 +93931,7 @@
"headers": {
"accept": "application/json",
"content-type": "application/json",
- "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.eyJqdGkiOiJlOWE2NzNjZC0wOTNmLTQ2MzItODhkMy01MTc1NmQ5NjM4NTYiLCJleHAiOjE2NzE0NzQ5NzUsIm5iZiI6MCwiaWF0IjoxNjcxNDM5MDMxLCJpc3MiOiJodHRwczovL25vbWFkLWxhYi5ldS9mYWlyZGkva2V5Y2xvYWsvYXV0aC9yZWFsbXMvZmFpcmRpX25vbWFkX3Rlc3QiLCJhdWQiOiJhY2NvdW50Iiwic3ViIjoiNjg4NzhhZjctNjg0NS00NmMwLWIyYzEtMjUwZDRkOGViNDcwIiwidHlwIjoiQmVhcmVyIiwiYXpwIjoibm9tYWRfZ3VpX2RldiIsImF1dGhfdGltZSI6MCwic2Vzc2lvbl9zdGF0ZSI6IjBiMTZhZTI0LWMyZDItNDgwOC1hOWNiLTk1YTMyZDc2Y2Y0OSIsImFjciI6IjEiLCJhbGxvd2VkLW9yaWdpbnMiOlsiKiJdLCJyZWFsbV9hY2Nlc3MiOnsicm9sZXMiOlsib2ZmbGluZV9hY2Nlc3MiLCJ1bWFfYXV0aG9yaXphdGlvbiJdfSwicmVzb3VyY2VfYWNjZXNzIjp7ImFjY291bnQiOnsicm9sZXMiOlsibWFuYWdlLWFjY291bnQiLCJtYW5hZ2UtYWNjb3VudC1saW5rcyIsInZpZXctcHJvZmlsZSJdfX0sInNjb3BlIjoiZW1haWwgcHJvZmlsZSIsImVtYWlsX3ZlcmlmaWVkIjp0cnVlLCJuYW1lIjoiTWFya3VzIFNjaGVpZGdlbiIsInByZWZlcnJlZF91c2VybmFtZSI6InRlc3QiLCJnaXZlbl9uYW1lIjoiTWFya3VzIiwiZmFtaWx5X25hbWUiOiJTY2hlaWRnZW4iLCJlbWFpbCI6Im1hcmt1cy5zY2hlaWRnZW5AZmhpLWJlcmxpbi5kZSJ9.Vaqfn9ilao20S7dJXF4N0uUlqv3vHGrBJcfD7te7kLEjm9d4W6oFz9vU328LlPWFqxv3fuzDxEL9CACnhvzJov9_VP7RgJGxW9QDHBEoVRKF88EacHxaI9Oe4dGtMK--3GMIHD0-InUC02TSt9hbHZfKEYXfo8SkJjEttDLlwfN8GH9RD7ScvPQ1zkyIk3BlZ3a2DrVcA4Btq52DBbS2FFEwtPcSCFYdO9q_jNiM70NCtxdC3Opvk6uDD4wfSQ33cNugV2XbE7PXpmful504LiIDE_OelXcBidlWZvL3-nG4BQma_XJgbAPTDww1IXbxNLRctzOW-tDDsiX86442ag",
+ "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.ZKnX_HjVuEx02wNdBaX2xpv3AXoodxlcuCBcMY_YI47qWCgFb3Wvs69v_d4iQthS2NTtXN2Js0fCl3fcLlhPbVJ6YGMzWvizSpgTL3faZpK7TDGpPMlFnS13nm-XASxyuP8x6sGsqXXD9Q3TWZH2UWfnpoyoFksWwn9hbVsijg11VIBAvGbuvapQ0pc9oMOrJntS3eHLb9Mje39DVC4mMkDB3tY0JhjCAhLYNVQn0V3CErvcQMFoEkPLDCixahKM392txna-e0btsf6rzRQqiQzJnoey_unkvDKc4ar1OfTKCFSc7JfxQJX-NrdT93g2s7WO-FCEKpMkpdKxU8EAIg",
"cookie": null
}
},
@@ -93777,9 +93946,9 @@
"last_status_message": "Pending: process_upload",
"errors": [],
"warnings": [],
- "complete_time": "2022-12-19T08:36:40.554000",
+ "complete_time": "2023-01-18T11:21:59.760000",
"upload_id": "eln_upload_id",
- "upload_create_time": "2022-12-19T08:36:36.422000",
+ "upload_create_time": "2023-01-18T11:21:55.404000",
"main_author": "68878af7-6845-46c0-b2c1-250d4d8eb470",
"coauthors": [
"a03af8b6-3aa7-428a-b3b1-4a6317e576b6"
@@ -93814,15 +93983,16 @@
}
}
],
- "d6dd778f9483d875a3f0063684c68be3": [
+ "ef287956a8ee5059a10e5dec0aa4a358": [
{
"request": {
- "url": "http://localhost:8000/fairdi/nomad/latest/api/v1/uploads/eln_upload_id/raw/?file_name=sample.archive.json&wait_for_processing=true&entry_hash=CcET_ASxyul-r0csVVafDPmcpvtB",
+ "url": "http://localhost:8000/fairdi/nomad/latest/api/v1/uploads/eln_upload_id/raw/?file_name=sample.archive.json&wait_for_processing=true&entry_hash=XHZK3LbguZipoP3qkHXEkmobWKr8",
"method": "PUT",
"body": {
"data": {
"m_def": "../upload/raw/schema.archive.yaml#/definitions/section_definitions/3",
"name": "ELN example sample",
+ "timestamp": "2023-01-18T13:21:59.402213+00:00",
"lab_id": "001",
"description": "<p>A simple example for an \"sample\" that demonstrates how to combine different data entities.</p>\n<p>The sample it-self defines a few properties (involved chemicals, used substrate) and uses inherited default properties (formula, name, lab id, ...)</p>\n<p>But the sample also contains sub-sections that prodivde inforamtion about proccessed that were applied to this sample (PVD evaporation, hotplate annealing). </p>\n<p>The sample also show references to other entries (chemicals, instruments).</p>\n<p> </p>",
"tags": [
@@ -93836,7 +94006,7 @@
"substrate_type": "SLG",
"processes": {
"pvd_evaporation": {
- "datetime": "2022-05-10T07:20:00+00:00",
+ "timestamp": "2023-01-18T13:21:59.401054+00:00",
"instrument": "../upload/raw/PVD-P.archive.json#data",
"data_file": "PVDProcess.csv",
"time": [
@@ -122788,7 +122958,7 @@
]
},
"hotplate_annealing": {
- "datetime": "2022-05-10T07:22:00+00:00",
+ "timestamp": "2023-01-18T13:21:59.401511+00:00",
"set_temperature": 373.15,
"duration": 60
}
@@ -122800,7 +122970,7 @@
"headers": {
"accept": "application/json",
"content-type": "application/json",
- "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.eyJqdGkiOiI5ZDcwNTI3MS1jZGI3LTQ1NzEtODM5MS0zN2Y0Y2FlZmQzYTYiLCJleHAiOjE2NzE0NzQ5NzUsIm5iZiI6MCwiaWF0IjoxNjcxNDM5MDM0LCJpc3MiOiJodHRwczovL25vbWFkLWxhYi5ldS9mYWlyZGkva2V5Y2xvYWsvYXV0aC9yZWFsbXMvZmFpcmRpX25vbWFkX3Rlc3QiLCJhdWQiOiJhY2NvdW50Iiwic3ViIjoiNjg4NzhhZjctNjg0NS00NmMwLWIyYzEtMjUwZDRkOGViNDcwIiwidHlwIjoiQmVhcmVyIiwiYXpwIjoibm9tYWRfZ3VpX2RldiIsImF1dGhfdGltZSI6MCwic2Vzc2lvbl9zdGF0ZSI6IjBiMTZhZTI0LWMyZDItNDgwOC1hOWNiLTk1YTMyZDc2Y2Y0OSIsImFjciI6IjEiLCJhbGxvd2VkLW9yaWdpbnMiOlsiKiJdLCJyZWFsbV9hY2Nlc3MiOnsicm9sZXMiOlsib2ZmbGluZV9hY2Nlc3MiLCJ1bWFfYXV0aG9yaXphdGlvbiJdfSwicmVzb3VyY2VfYWNjZXNzIjp7ImFjY291bnQiOnsicm9sZXMiOlsibWFuYWdlLWFjY291bnQiLCJtYW5hZ2UtYWNjb3VudC1saW5rcyIsInZpZXctcHJvZmlsZSJdfX0sInNjb3BlIjoiZW1haWwgcHJvZmlsZSIsImVtYWlsX3ZlcmlmaWVkIjp0cnVlLCJuYW1lIjoiTWFya3VzIFNjaGVpZGdlbiIsInByZWZlcnJlZF91c2VybmFtZSI6InRlc3QiLCJnaXZlbl9uYW1lIjoiTWFya3VzIiwiZmFtaWx5X25hbWUiOiJTY2hlaWRnZW4iLCJlbWFpbCI6Im1hcmt1cy5zY2hlaWRnZW5AZmhpLWJlcmxpbi5kZSJ9.R87E3hOMUVTsf504BgqDipH_rSbSy9G7Zhhtd32tebBHDBeHvnU7N1NFJzMd5GGS7gVOjwdlDUmQqzVqRHzmkRHxAZ4NjCkhrLFPrpN7aJG8rK-RKBceDerOUwrVeXFZNJmPXg71YI0EnSGfsa2QAzcB9xc0m6mLfsx1ATekN1YKanCjafmeXeLdasfyZp6QrjqMpjFEQdTeTN5vv7V9Ev9D15hZ-eWv6LThGEKdoEbVxdtV4rM6dc_bkR5C2YbAJrbg3B5ImBfF6f16ynWWPPnG3d-mYxSC9YsXbGPB9ykduOOI8_Apv1Ss0BT1KM_VzXTfNgLDbD9erg_1Esffbw",
+ "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.kJZ75mddhKSy2c7UGhi3_I7Z-2-w9MPnTVOqejOd7XsPkVJ4OTZMPXI075DRYiPpLDzswg7mOOmxHU9RbqyiAvOJDtvfw4E3FQ33H8sgsXm2yq-bm-PQF8lOkb1iMUENgXaZjrILq4KS_KwKQy4knQXM73dUTqNPusnDvBNP6boptTvOElUxhMcSyWwB-2uk8pRIz0ca9NJSMFtOPNMOCuyXKXuASkuh2_fJloSiHnGKRZuRTCjWRjcpYxVFsPIXBLkZCCUaEZClV-ovx-umYbio7uPg-gzf6weNO-X2QPfJb_dWOImQknoFNZGtE4xZXR5ljvVNh2xA__w4fChdOw",
"cookie": null
}
},
diff --git a/gui/tests/data/entry/eln-reviewer.json b/gui/tests/data/entry/eln-reviewer.json
index 93e5a6819ac9260596d63af39d27921ec5c4a121..afd09bfb9fd77afbdd66453bf15eac915f7427ef 100644
--- a/gui/tests/data/entry/eln-reviewer.json
+++ b/gui/tests/data/entry/eln-reviewer.json
@@ -7,7 +7,7 @@
"body": "",
"headers": {
"accept": "application/json",
- "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.iS43T-dHhzRXlB1NlQuEHKyNmgweuiwlUDF7rZe88qSbdk-rG_j3nL9_sXzZtbJJYWsYXNuD4N0CtDVLLAYeK8pXHtYw_8pX0J9OCp7Gn3WY60FdimzzinDui6rr3k53gPeLheNmFG9haJXsgLYEDyBHYecvhIz_nWgv4zyJ0fnTQrs9wAF23VU181WxszMj5sFstOI1vx4D7HbJzVH1AZhmJBpfEcUaeZUzWsVFDsPC81XHCLP6K80NSgYAen-_PkFQ3bGGhzIyv7pLiY_2frOgNR71HSKCNpNktePloEY1KjLMHcAik0DsEQwehCJPqIUgXvzYeBxfnljZOlmqpw",
+ "authorization": "Bearer eyJhbGciOiJSUzI1NiIsInR5cCIgOiAiSldUIiwia2lkIiA6ICJSWFFIV1YxSEJ6cmh5U3h3UmRDdkhCcUF1WVNKRzZWSEJSZXg0TW5oX293In0.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.hYnCA-T7edIvMDiyUc7mfltxS3ZXaX3A3JpKtaWUR_njlmnTprhUfEgRZapSZ2H5eyg7SPU23NMrikS2D9QoPrqAYJu884XdIruJkLQ8OT-Dt0bJXV7xPaJBmSEurhtfNewi-UucU45U00fRJF70aVvhB9CkOmyTR8D8IUhEsIowF69vxAtiw29jIpmdrYDZe3pZU6xZ3pIBPG8s6uLJ6mnExUvUv5q3qZ2_yDWPOSxI1iaEW_iL6aSyCVow_C1AxccEEYeLzEbzepIh4U4XddWJs4fR0guF48W1BtccAUQ5r3I5DV6Ove-9XiIYvEym34ONCf5Fut9WSYK-o-Xn8Q",
"cookie": null
}
},
@@ -29,18 +29,19 @@
"data.name",
"data.processes",
"data.processes.hotplate_annealing",
- "data.processes.hotplate_annealing.datetime",
"data.processes.hotplate_annealing.duration",
"data.processes.hotplate_annealing.set_temperature",
+ "data.processes.hotplate_annealing.timestamp",
"data.processes.pvd_evaporation",
"data.processes.pvd_evaporation.chamber_pressure",
"data.processes.pvd_evaporation.data_file",
- "data.processes.pvd_evaporation.datetime",
"data.processes.pvd_evaporation.instrument",
"data.processes.pvd_evaporation.substrate_temperature",
"data.processes.pvd_evaporation.time",
+ "data.processes.pvd_evaporation.timestamp",
"data.substrate_type",
"data.tags",
+ "data.timestamp",
"metadata",
"metadata.coauthors",
"metadata.datasets",
@@ -98,34 +99,34 @@
"results.properties.available_properties"
],
"datasets": [],
- "n_quantities": 60,
- "nomad_version": "1.1.2.dev647+g9297338f3",
- "upload_create_time": "2022-12-19T08:34:17.415000+00:00",
+ "n_quantities": 61,
+ "nomad_version": "1.1.2.dev717+g548f58be7.d20221222",
+ "upload_create_time": "2023-01-18T11:19:44.535000+00:00",
"nomad_commit": "",
"section_defs": [
{
"used_directly": true,
- "definition_id": "b729e4f513a17b6142767e5535beba91708c13bc",
+ "definition_id": "b1015a197cd459e4c6fa7fb3797e61fb5ae2f698",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Process"
},
{
"used_directly": true,
- "definition_id": "f3e96e7b60388fa6821dc2b45804aaaaef2c74aa",
+ "definition_id": "463190d96dbfc15e155003987c38e90a33f23699",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample"
},
{
"used_directly": true,
- "definition_id": "4f78f22cb32c9134ab4886289892c86d4c535d4e",
+ "definition_id": "9dbb9129992e8465899fa590f080cd2372b25263",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes"
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{
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- "definition_id": "5dc1199d73fb589c01643a663f0381456baaa08d",
+ "definition_id": "1d4d27e0a85c6d427d5a508b3db8f42fc74e336e",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes.HotplateAnnealing"
},
{
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- "definition_id": "cf78db6a0eb9b133f780f36e6cbcc2066fa5aa01",
+ "definition_id": "2bccc77a670e159b0043329260c5b76c79f6d307",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes.PvdEvaporation"
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- "definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection"
+ "definition_id": "f206c717608ebd896849c324c5b3387a997670d9",
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- "definition_id": "05c13125f04981c8560d309e4647e139cb7ede63",
+ "definition_id": "4bc96e9848adb949d2a9c249399895fabff7f1d0",
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+ "definition_id": "eeae659a282a6ed4e1f9885cf6f84aa4b623cd52",
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- "definition_id": "3772fa53cde966eadb55808e99d9e420d40c16b7",
+ "definition_id": "37ff57223b98a7ea31463a54036e739a03e4a2ed",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.Process"
},
{
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- "definition_id": "b071aea15c2f8d132e5a562355d110591e3d0de4",
+ "definition_id": "2fe7f36c48040045590d8ede8eb61c7d6bc759ac",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.Sample"
},
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+ "definition_id": "8840348bb74559fc9efb985c3ff7785fa96a01a3",
"definition_qualified_name": "nomad.datamodel.results.Results"
},
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+ "last_processing_time": "2023-01-18T11:19:45.796000+00:00",
"parser_name": "parsers/archive",
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"section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3",
"keyword_value": "SLG"
},
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- "date_value": "2022-05-10T07:20:00+00:00",
- "quantity_name": "datetime",
- "section_definition": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection"
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{
"text_value": "PVDProcess.csv",
"path": "data.processes.pvd_evaporation.data_file",
@@ -274,10 +269,34 @@
"section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/0"
},
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- "quantity_name": "datetime",
- "section_definition": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection"
+ "path": "data.processes.pvd_evaporation.timestamp",
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+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
+ },
+ {
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+ "quantity_name": "set_temperature",
+ "section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/1",
+ "double_value": 373.15
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+ "quantity_name": "duration",
+ "section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/1",
+ "double_value": 60
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+ "date_value": "2023-01-18T13:19:48.823719+00:00",
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
+ },
+ {
+ "path": "data.timestamp",
+ "date_value": "2023-01-18T13:19:48.824419+00:00",
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
}
],
"calc_id": "bC7byHvWJp62Sn9uiuJUB38MT5j-",
@@ -325,7 +344,7 @@
"name": "Test Tester"
}
],
- "entry_create_time": "2022-12-19T08:34:17.759000+00:00",
+ "entry_create_time": "2023-01-18T11:19:44.860000+00:00",
"with_embargo": false,
"files": [
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@@ -392,7 +411,7 @@
},
"headers": {
"connection": "close",
- "content-length": "14506",
+ "content-length": "15431",
"content-type": "application/json",
"server": "uvicorn"
}
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"headers": {
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@@ -470,12 +489,12 @@
"archive": {
"metadata": {
"upload_id": "eln_upload_id",
- "upload_create_time": "2022-12-19T08:34:17.415000+00:00",
+ "upload_create_time": "2023-01-18T11:19:44.535000+00:00",
"entry_id": "bC7byHvWJp62Sn9uiuJUB38MT5j-",
"entry_name": "ELN example sample",
"entry_type": "Sample",
- "entry_hash": "CcET_ASxyul-r0csVVafDPmcpvtB",
- "entry_create_time": "2022-12-19T08:34:17.759000+00:00",
+ "entry_hash": "XHZK3LbguZipoP3qkHXEkmobWKr8",
+ "entry_create_time": "2023-01-18T11:19:44.860000+00:00",
"parser_name": "parsers/archive",
"mainfile": "sample.archive.json",
"files": [
@@ -493,9 +512,9 @@
"embargo_length": 0,
"license": "CC BY 4.0",
"processed": true,
- "last_processing_time": "2022-12-19T08:34:18.223370+00:00",
+ "last_processing_time": "2023-01-18T11:19:45.796818+00:00",
"processing_errors": [],
- "nomad_version": "1.1.2.dev647+g9297338f3",
+ "nomad_version": "1.1.2.dev717+g548f58be7.d20221222",
"nomad_commit": "",
"references": [],
"main_author": "68878af7-6845-46c0-b2c1-250d4d8eb470",
@@ -507,7 +526,7 @@
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],
"datasets": [],
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+ "n_quantities": 61,
"quantities": [
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@@ -517,18 +536,19 @@
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- "data.processes.hotplate_annealing.datetime",
"data.processes.hotplate_annealing.duration",
"data.processes.hotplate_annealing.set_temperature",
+ "data.processes.hotplate_annealing.timestamp",
"data.processes.pvd_evaporation",
"data.processes.pvd_evaporation.chamber_pressure",
"data.processes.pvd_evaporation.data_file",
- "data.processes.pvd_evaporation.datetime",
"data.processes.pvd_evaporation.instrument",
"data.processes.pvd_evaporation.substrate_temperature",
"data.processes.pvd_evaporation.time",
+ "data.processes.pvd_evaporation.timestamp",
"data.substrate_type",
"data.tags",
+ "data.timestamp",
"metadata",
"metadata.coauthors",
"metadata.datasets",
@@ -600,35 +620,35 @@
],
"entry_timestamp": {
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"tsa_server": "http://time.certum.pl/",
- "timestamp": "2022-12-19T08:34:18+00:00"
+ "timestamp": "2023-01-18T11:19:45+00:00"
},
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"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Process",
- "definition_id": "b729e4f513a17b6142767e5535beba91708c13bc",
+ "definition_id": "b1015a197cd459e4c6fa7fb3797e61fb5ae2f698",
"used_directly": true
},
{
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample",
- "definition_id": "f3e96e7b60388fa6821dc2b45804aaaaef2c74aa",
+ "definition_id": "463190d96dbfc15e155003987c38e90a33f23699",
"used_directly": true
},
{
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes",
- "definition_id": "4f78f22cb32c9134ab4886289892c86d4c535d4e",
+ "definition_id": "9dbb9129992e8465899fa590f080cd2372b25263",
"used_directly": true
},
{
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- "definition_id": "5dc1199d73fb589c01643a663f0381456baaa08d",
+ "definition_id": "1d4d27e0a85c6d427d5a508b3db8f42fc74e336e",
"used_directly": true
},
{
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Sample.Processes.PvdEvaporation",
- "definition_id": "cf78db6a0eb9b133f780f36e6cbcc2066fa5aa01",
+ "definition_id": "2bccc77a670e159b0043329260c5b76c79f6d307",
"used_directly": true
},
{
@@ -643,7 +663,7 @@
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{
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- "definition_id": "1a9821c15d4ee2c92ebed46a981072f911f33e76",
+ "definition_id": "923fd8ffed25ac724d156dc4fa8696e7b778d6fb",
"used_directly": true
},
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- "definition_id": "452515af5cb7bc8c1d20f9701eca186369f612a1",
+ "definition_qualified_name": "nomad.datamodel.metainfo.eln.Activity",
+ "definition_id": "f206c717608ebd896849c324c5b3387a997670d9",
"used_directly": false
},
{
"definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnBaseSection",
- "definition_id": "05c13125f04981c8560d309e4647e139cb7ede63",
+ "definition_id": "4bc96e9848adb949d2a9c249399895fabff7f1d0",
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},
{
"definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnWithFormulaBaseSection",
- "definition_id": "05886ab2544dd913005d5844ee0aec737731e171",
+ "definition_id": "eeae659a282a6ed4e1f9885cf6f84aa4b623cd52",
"used_directly": false
},
{
"definition_qualified_name": "nomad.datamodel.metainfo.eln.Process",
- "definition_id": "3772fa53cde966eadb55808e99d9e420d40c16b7",
+ "definition_id": "37ff57223b98a7ea31463a54036e739a03e4a2ed",
"used_directly": false
},
{
"definition_qualified_name": "nomad.datamodel.metainfo.eln.Sample",
- "definition_id": "b071aea15c2f8d132e5a562355d110591e3d0de4",
+ "definition_id": "2fe7f36c48040045590d8ede8eb61c7d6bc759ac",
"used_directly": true
},
{
@@ -698,7 +718,7 @@
},
{
"definition_qualified_name": "nomad.datamodel.results.Results",
- "definition_id": "1752078207d327d7d4b25f8ca831ca968da19479",
+ "definition_id": "8840348bb74559fc9efb985c3ff7785fa96a01a3",
"used_directly": true
},
{
@@ -770,12 +790,6 @@
"path": "data.substrate_type",
"keyword_value": "SLG"
},
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- "section_definition": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection",
- "path": "data.processes.pvd_evaporation.datetime",
- "date_value": "2022-05-10T07:20:00+00:00"
- },
{
"quantity_name": "data_file",
"section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/0",
@@ -783,16 +797,41 @@
"text_value": "PVDProcess.csv"
},
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- "section_definition": "nomad.datamodel.metainfo.eln.ElnActivityBaseSection",
- "path": "data.processes.hotplate_annealing.datetime",
- "date_value": "2022-05-10T07:22:00+00:00"
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection",
+ "path": "data.processes.pvd_evaporation.timestamp",
+ "date_value": "2023-01-18T13:19:48.823265+00:00"
+ },
+ {
+ "quantity_name": "set_temperature",
+ "section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/3/inner_section_definitions/0/inner_section_definitions/1",
+ "path": "data.processes.hotplate_annealing.set_temperature",
+ "double_value": 373.15
+ },
+ {
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+ "nomad_version": "1.1.2.dev717+g548f58be7.d20221222",
+ "upload_create_time": "2023-01-18T11:19:44.535000+00:00",
"nomad_commit": "",
"section_defs": [
{
"used_directly": true,
- "definition_id": "6bcb944e0c70b59b214498bf8310bcdc80832765",
+ "definition_id": "85d9d467f38fcacd8e6c7a2908f778fc23d02efe",
"definition_qualified_name": "entry_id:83DS7AzwqTKFVwlrdVeaL3kMSLU_.Chemical"
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@@ -30543,7 +30597,7 @@
},
{
"used_directly": true,
- "definition_id": "1a9821c15d4ee2c92ebed46a981072f911f33e76",
+ "definition_id": "923fd8ffed25ac724d156dc4fa8696e7b778d6fb",
"definition_qualified_name": "nomad.datamodel.datamodel.EntryArchive"
},
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@@ -30558,17 +30612,17 @@
},
{
"used_directly": true,
- "definition_id": "db4c35aba78e8b2e0aedbfa5298ecbeda4c8af14",
+ "definition_id": "e07ec2c24592dbdc12ba728003e8d0e74ef6171f",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.Chemical"
},
{
"used_directly": false,
- "definition_id": "05c13125f04981c8560d309e4647e139cb7ede63",
+ "definition_id": "4bc96e9848adb949d2a9c249399895fabff7f1d0",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnBaseSection"
},
{
"used_directly": false,
- "definition_id": "05886ab2544dd913005d5844ee0aec737731e171",
+ "definition_id": "eeae659a282a6ed4e1f9885cf6f84aa4b623cd52",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnWithFormulaBaseSection"
},
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@@ -30588,7 +30642,7 @@
},
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+ "definition_id": "8840348bb74559fc9efb985c3ff7785fa96a01a3",
"definition_qualified_name": "nomad.datamodel.results.Results"
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],
@@ -30625,7 +30679,7 @@
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},
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- "last_processing_time": "2022-12-19T08:34:18.217000+00:00",
+ "last_processing_time": "2023-01-18T11:19:45.790000+00:00",
"parser_name": "parsers/archive",
"searchable_quantities": [
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@@ -30669,6 +30723,12 @@
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"quantity_name": "ec_number",
"section_definition": "../uploads/eln_upload_id/archive/83DS7AzwqTKFVwlrdVeaL3kMSLU_#/definitions/section_definitions/0"
+ },
+ {
+ "path": "data.timestamp",
+ "date_value": "2023-01-18T13:19:45.921744+00:00",
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
}
],
"calc_id": "HJjDrI3HRtHFW40uNbE8eHLiHKqs",
@@ -30713,7 +30773,7 @@
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- "entry_create_time": "2022-12-19T08:34:17.740000+00:00",
+ "entry_create_time": "2023-01-18T11:19:44.844000+00:00",
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"files": [
"Zinc_Selenide.archive.json",
@@ -30749,6 +30809,7 @@
"data.description",
"data.lab_id",
"data.name",
+ "data.timestamp",
"metadata",
"metadata.coauthors",
"metadata.datasets",
@@ -30797,14 +30858,14 @@
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- "nomad_version": "1.1.2.dev647+g9297338f3",
- "upload_create_time": "2022-12-19T08:34:17.415000+00:00",
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"section_defs": [
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"used_directly": true,
- "definition_id": "8d554da4e84d4f0e96fbcc657220919a701248a0",
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- "definition_id": "1a9821c15d4ee2c92ebed46a981072f911f33e76",
+ "definition_id": "923fd8ffed25ac724d156dc4fa8696e7b778d6fb",
"definition_qualified_name": "nomad.datamodel.datamodel.EntryArchive"
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@@ -30834,12 +30895,12 @@
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- "definition_id": "05c13125f04981c8560d309e4647e139cb7ede63",
+ "definition_id": "4bc96e9848adb949d2a9c249399895fabff7f1d0",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.ElnBaseSection"
},
{
"used_directly": true,
- "definition_id": "95422d8c57c1ebc2bcf9484f86b980fd38335d3a",
+ "definition_id": "d898e59489078d6da6e3f164b3a680c9a1d9cea5",
"definition_qualified_name": "nomad.datamodel.metainfo.eln.Instrument"
},
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@@ -30854,7 +30915,7 @@
},
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- "definition_id": "1752078207d327d7d4b25f8ca831ca968da19479",
+ "definition_id": "8840348bb74559fc9efb985c3ff7785fa96a01a3",
"definition_qualified_name": "nomad.datamodel.results.Results"
}
],
@@ -30882,7 +30943,7 @@
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},
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- "last_processing_time": "2022-12-19T08:34:18.186000+00:00",
+ "last_processing_time": "2023-01-18T11:19:45.783000+00:00",
"parser_name": "parsers/archive",
"searchable_quantities": [
{
@@ -30902,6 +30963,12 @@
"path": "data.description",
"quantity_name": "description",
"section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
+ },
+ {
+ "path": "data.timestamp",
+ "date_value": "2023-01-18T13:19:45.879868+00:00",
+ "quantity_name": "timestamp",
+ "section_definition": "nomad.datamodel.metainfo.eln.ElnBaseSection"
}
],
"calc_id": "Ah-tjm5zSi_pczZJZo-8cjESYGft",
@@ -30945,7 +31012,7 @@
"name": "Test Tester"
}
],
- "entry_create_time": "2022-12-19T08:34:17.691000+00:00",
+ "entry_create_time": "2023-01-18T11:19:44.791000+00:00",
"with_embargo": false,
"files": [
"PVD-P.archive.json",
@@ -30975,7 +31042,7 @@
},
"headers": {
"connection": "close",
- "content-length": "122569",
+ "content-length": "123653",
"content-type": "application/json",
"server": "uvicorn"
}
@@ -30997,7 +31064,7 @@
"headers": {
"accept": "application/json",
"content-type": "application/json",
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},
@@ -31308,18 +31375,17 @@
"m_annotations": {
"eln": [
{
- "overview": true,
"hide": [
"name",
"lab_id",
"description",
"method"
- ]
+ ],
+ "overview": true
}
],
"plot": [
{
- "title": "Pressure and Temperature over Time",
"x": "time",
"y": [
"chamber_pressure",
@@ -31341,8 +31407,8 @@
"m_annotations": {
"tabular_parser": [
{
- "sep": "\\t",
- "comment": "#"
+ "comment": "#",
+ "sep": "\\t"
}
],
"browser": [
@@ -31448,12 +31514,12 @@
"m_annotations": {
"eln": [
{
- "overview": true,
"hide": [
"name",
"lab_id",
"description"
- ]
+ ],
+ "overview": true
}
]
},
@@ -31469,8 +31535,7 @@
"m_annotations": {
"eln": [
{
- "component": "NumberEditQuantity",
- "minValue": 0
+ "component": "NumberEditQuantity"
}
]
},
@@ -31509,12 +31574,12 @@
},
"metadata": {
"upload_id": "eln_upload_id",
- "upload_create_time": "2022-12-19T08:34:17.415000+00:00",
+ "upload_create_time": "2023-01-18T11:19:44.535000+00:00",
"entry_id": "83DS7AzwqTKFVwlrdVeaL3kMSLU_",
"entry_name": "Electronic Lab Notebook example schema",
"entry_type": "Schema",
- "entry_hash": "_n0TrgUeQA1N6K-0HOXBKmXuvDyj",
- "entry_create_time": "2022-12-19T08:34:17.789000+00:00",
+ "entry_hash": "4W7pLVew_ccPtOHamRYyg5b3QUNx",
+ "entry_create_time": "2023-01-18T11:19:44.892000+00:00",
"parser_name": "parsers/archive",
"mainfile": "schema.archive.yaml",
"files": [
@@ -31532,9 +31597,9 @@
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"license": "CC BY 4.0",
"processed": true,
- "last_processing_time": "2022-12-19T08:34:18.216341+00:00",
+ "last_processing_time": "2023-01-18T11:19:45.788041+00:00",
"processing_errors": [],
- "nomad_version": "1.1.2.dev647+g9297338f3",
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"main_author": "68878af7-6845-46c0-b2c1-250d4d8eb470",
@@ -31640,10 +31705,10 @@
],
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"m_def": "nomad.datamodel.datamodel.RFC3161Timestamp",
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+ "token_seed": "4W7pLVew_ccPtOHamRYyg5b3QUNx",
+ "token": "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",
"tsa_server": "http://time.certum.pl/",
- "timestamp": "2022-12-19T08:34:18+00:00"
+ "timestamp": "2023-01-18T11:19:45+00:00"
},
"section_defs": [
{
@@ -31653,7 +31718,7 @@
},
{
"definition_qualified_name": "nomad.datamodel.datamodel.EntryArchive",
- "definition_id": "1a9821c15d4ee2c92ebed46a981072f911f33e76",
+ "definition_id": "923fd8ffed25ac724d156dc4fa8696e7b778d6fb",
"used_directly": true
},
{
@@ -31673,7 +31738,7 @@
},
{
"definition_qualified_name": "nomad.datamodel.results.Results",
- "definition_id": "1752078207d327d7d4b25f8ca831ca968da19479",
+ "definition_id": "8840348bb74559fc9efb985c3ff7785fa96a01a3",
"used_directly": true
},
{
@@ -31714,7 +31779,7 @@
},
"headers": {
"connection": "close",
- "content-length": "35403",
+ "content-length": "35295",
"content-type": "application/json",
"server": "uvicorn"
}
diff --git a/gui/tests/data/entry/material_card.json b/gui/tests/data/entry/material_card.json
index 331d9b0708790d765ad236055e19413d7d6afe0c..595386195cbfc9a7a472b1a22d60d06e8f6e5d77 100644
--- a/gui/tests/data/entry/material_card.json
+++ b/gui/tests/data/entry/material_card.json
@@ -24,9 +24,9 @@
"datasets": [],
"n_quantities": 0,
"nomad_version": "0.10.0",
- "upload_create_time": "2022-12-19T09:28:27.232825+00:00",
+ "upload_create_time": "2023-01-18T11:16:40.468058+00:00",
"nomad_commit": "bf3c06fa",
- "publish_time": "2022-12-19T09:28:27.235825+00:00",
+ "publish_time": "2023-01-18T11:16:40.471058+00:00",
"results": {
"material": {
"symmetry": {
@@ -73,7 +73,7 @@
"name": "Markus Scheidgen"
}
],
- "entry_create_time": "2022-12-19T09:28:27.236825+00:00",
+ "entry_create_time": "2023-01-18T11:16:40.472058+00:00",
"with_embargo": false,
"domain": "dft",
"comment": "Mocked",
@@ -119,9 +119,9 @@
"datasets": [],
"n_quantities": 0,
"nomad_version": "0.10.0",
- "upload_create_time": "2022-12-19T09:28:27.232825+00:00",
+ "upload_create_time": "2023-01-18T11:16:40.468058+00:00",
"nomad_commit": "bf3c06fa",
- "publish_time": "2022-12-19T09:28:27.235825+00:00",
+ "publish_time": "2023-01-18T11:16:40.471058+00:00",
"results": {
"material": {
"symmetry": {
@@ -168,7 +168,7 @@
"name": "Markus Scheidgen"
}
],
- "entry_create_time": "2022-12-19T09:28:27.236825+00:00",
+ "entry_create_time": "2023-01-18T11:16:40.472058+00:00",
"with_embargo": false,
"domain": "dft",
"comment": "Mocked",
@@ -261,14 +261,14 @@
"archive": {
"metadata": {
"upload_id": "dft_upload",
- "upload_create_time": "2022-12-19T09:28:27.232825+00:00",
+ "upload_create_time": "2023-01-18T11:16:40.468058+00:00",
"entry_id": "dft_bulk",
"entry_hash": "dummy_hash_dft_bulk",
- "entry_create_time": "2022-12-19T09:28:27.236825+00:00",
+ "entry_create_time": "2023-01-18T11:16:40.472058+00:00",
"parser_name": "parsers/vasp",
"mainfile": "vasp.xml",
"published": true,
- "publish_time": "2022-12-19T09:28:27.235825+00:00",
+ "publish_time": "2023-01-18T11:16:40.471058+00:00",
"with_embargo": false,
"embargo_length": 0,
"license": "CC BY 4.0",
@@ -386,14 +386,14 @@
"archive": {
"metadata": {
"upload_id": "dft_upload",
- "upload_create_time": "2022-12-19T09:28:27.232825+00:00",
+ "upload_create_time": "2023-01-18T11:16:40.468058+00:00",
"entry_id": "dft_bulk",
"entry_hash": "dummy_hash_dft_bulk",
- "entry_create_time": "2022-12-19T09:28:27.236825+00:00",
+ "entry_create_time": "2023-01-18T11:16:40.472058+00:00",
"parser_name": "parsers/vasp",
"mainfile": "vasp.xml",
"published": true,
- "publish_time": "2022-12-19T09:28:27.235825+00:00",
+ "publish_time": "2023-01-18T11:16:40.471058+00:00",
"with_embargo": false,
"embargo_length": 0,
"license": "CC BY 4.0",
diff --git a/gui/tests/data/entry/mechanical_card.json b/gui/tests/data/entry/mechanical_card.json
index 90348cf29251e5d953d0b8696a227156ae3a4774..f67be74cde6866e72090550598184a5493eec991 100644
--- a/gui/tests/data/entry/mechanical_card.json
+++ b/gui/tests/data/entry/mechanical_card.json
@@ -24,9 +24,9 @@
"datasets": [],
"n_quantities": 0,
"nomad_version": "0.10.0",
- "upload_create_time": "2022-12-19T09:29:13.282595+00:00",
+ "upload_create_time": "2023-01-18T11:17:29.164477+00:00",
"nomad_commit": "bf3c06fa",
- "publish_time": "2022-12-19T09:29:13.285595+00:00",
+ "publish_time": "2023-01-18T11:17:29.167477+00:00",
"results": {
"material": {
"symmetry": {
@@ -86,7 +86,7 @@
"name": "Markus Scheidgen"
}
],
- "entry_create_time": "2022-12-19T09:29:13.286595+00:00",
+ "entry_create_time": "2023-01-18T11:17:29.168477+00:00",
"with_embargo": false,
"domain": "dft",
"comment": "Mocked",
@@ -132,9 +132,9 @@
"datasets": [],
"n_quantities": 0,
"nomad_version": "0.10.0",
- "upload_create_time": "2022-12-19T09:29:13.282595+00:00",
+ "upload_create_time": "2023-01-18T11:17:29.164477+00:00",
"nomad_commit": "bf3c06fa",
- "publish_time": "2022-12-19T09:29:13.285595+00:00",
+ "publish_time": "2023-01-18T11:17:29.167477+00:00",
"results": {
"material": {
"symmetry": {
@@ -194,7 +194,7 @@
"name": "Markus Scheidgen"
}
],
- "entry_create_time": "2022-12-19T09:29:13.286595+00:00",
+ "entry_create_time": "2023-01-18T11:17:29.168477+00:00",
"with_embargo": false,
"domain": "dft",
"comment": "Mocked",
@@ -287,14 +287,14 @@
"archive": {
"metadata": {
"upload_id": "dft_upload",
- "upload_create_time": "2022-12-19T09:29:13.282595+00:00",
+ "upload_create_time": "2023-01-18T11:17:29.164477+00:00",
"entry_id": "dft_bulk",
"entry_hash": "dummy_hash_dft_bulk",
- "entry_create_time": "2022-12-19T09:29:13.286595+00:00",
+ "entry_create_time": "2023-01-18T11:17:29.168477+00:00",
"parser_name": "parsers/vasp",
"mainfile": "vasp.xml",
"published": true,
- "publish_time": "2022-12-19T09:29:13.285595+00:00",
+ "publish_time": "2023-01-18T11:17:29.167477+00:00",
"with_embargo": false,
"embargo_length": 0,
"license": "CC BY 4.0",
@@ -422,14 +422,14 @@
"archive": {
"metadata": {
"upload_id": "dft_upload",
- "upload_create_time": "2022-12-19T09:29:13.282595+00:00",
+ "upload_create_time": "2023-01-18T11:17:29.164477+00:00",
"entry_id": "dft_bulk",
"entry_hash": "dummy_hash_dft_bulk",
- "entry_create_time": "2022-12-19T09:29:13.286595+00:00",
+ "entry_create_time": "2023-01-18T11:17:29.168477+00:00",
"parser_name": "parsers/vasp",
"mainfile": "vasp.xml",
"published": true,
- "publish_time": "2022-12-19T09:29:13.285595+00:00",
+ "publish_time": "2023-01-18T11:17:29.167477+00:00",
"with_embargo": false,
"embargo_length": 0,
"license": "CC BY 4.0",
diff --git a/gui/tests/data/entry/structural_card.json b/gui/tests/data/entry/structural_card.json
index cbc45bbf732539968350a8653c4e9feb4a423cc4..29132e0fe7507f533191ed9109b8b58953764354 100644
--- a/gui/tests/data/entry/structural_card.json
+++ b/gui/tests/data/entry/structural_card.json
@@ -24,9 +24,9 @@
"datasets": [],
"n_quantities": 0,
"nomad_version": "0.10.0",
- "upload_create_time": "2022-12-19T09:30:19.517415+00:00",
+ "upload_create_time": "2023-01-18T11:18:39.210904+00:00",
"nomad_commit": "bf3c06fa",
- "publish_time": "2022-12-19T09:30:19.520415+00:00",
+ "publish_time": "2023-01-18T11:18:39.213904+00:00",
"results": {
"material": {
"symmetry": {
@@ -92,7 +92,7 @@
"name": "Markus Scheidgen"
}
],
- "entry_create_time": "2022-12-19T09:30:19.521415+00:00",
+ "entry_create_time": "2023-01-18T11:18:39.214904+00:00",
"with_embargo": false,
"domain": "dft",
"comment": "Mocked",
@@ -138,9 +138,9 @@
"datasets": [],
"n_quantities": 0,
"nomad_version": "0.10.0",
- "upload_create_time": "2022-12-19T09:30:19.517415+00:00",
+ "upload_create_time": "2023-01-18T11:18:39.210904+00:00",
"nomad_commit": "bf3c06fa",
- "publish_time": "2022-12-19T09:30:19.520415+00:00",
+ "publish_time": "2023-01-18T11:18:39.213904+00:00",
"results": {
"material": {
"symmetry": {
@@ -206,7 +206,7 @@
"name": "Markus Scheidgen"
}
],
- "entry_create_time": "2022-12-19T09:30:19.521415+00:00",
+ "entry_create_time": "2023-01-18T11:18:39.214904+00:00",
"with_embargo": false,
"domain": "dft",
"comment": "Mocked",
@@ -299,14 +299,14 @@
"archive": {
"metadata": {
"upload_id": "dft_upload",
- "upload_create_time": "2022-12-19T09:30:19.517415+00:00",
+ "upload_create_time": "2023-01-18T11:18:39.210904+00:00",
"entry_id": "dft_bulk",
"entry_hash": "dummy_hash_dft_bulk",
- "entry_create_time": "2022-12-19T09:30:19.521415+00:00",
+ "entry_create_time": "2023-01-18T11:18:39.214904+00:00",
"parser_name": "parsers/vasp",
"mainfile": "vasp.xml",
"published": true,
- "publish_time": "2022-12-19T09:30:19.520415+00:00",
+ "publish_time": "2023-01-18T11:18:39.213904+00:00",
"with_embargo": false,
"embargo_length": 0,
"license": "CC BY 4.0",
@@ -449,14 +449,14 @@
"archive": {
"metadata": {
"upload_id": "dft_upload",
- "upload_create_time": "2022-12-19T09:30:19.517415+00:00",
+ "upload_create_time": "2023-01-18T11:18:39.210904+00:00",
"entry_id": "dft_bulk",
"entry_hash": "dummy_hash_dft_bulk",
- "entry_create_time": "2022-12-19T09:30:19.521415+00:00",
+ "entry_create_time": "2023-01-18T11:18:39.214904+00:00",
"parser_name": "parsers/vasp",
"mainfile": "vasp.xml",
"published": true,
- "publish_time": "2022-12-19T09:30:19.520415+00:00",
+ "publish_time": "2023-01-18T11:18:39.213904+00:00",
"with_embargo": false,
"embargo_length": 0,
"license": "CC BY 4.0",
diff --git a/gui/tests/data/entry/thermodynamic_card.json b/gui/tests/data/entry/thermodynamic_card.json
index 2586fa53291c465fd7915db452636e6f476f21fa..cc77d31fa059da2627d52b5d158c6563d30643fe 100644
--- a/gui/tests/data/entry/thermodynamic_card.json
+++ b/gui/tests/data/entry/thermodynamic_card.json
@@ -24,9 +24,9 @@
"datasets": [],
"n_quantities": 0,
"nomad_version": "0.10.0",
- "upload_create_time": "2022-12-19T09:29:35.594933+00:00",
+ "upload_create_time": "2023-01-18T11:17:52.049577+00:00",
"nomad_commit": "bf3c06fa",
- "publish_time": "2022-12-19T09:29:35.597933+00:00",
+ "publish_time": "2023-01-18T11:17:52.052577+00:00",
"results": {
"material": {
"symmetry": {
@@ -95,7 +95,7 @@
"name": "Markus Scheidgen"
}
],
- "entry_create_time": "2022-12-19T09:29:35.598933+00:00",
+ "entry_create_time": "2023-01-18T11:17:52.053577+00:00",
"with_embargo": false,
"domain": "dft",
"comment": "Mocked",
@@ -141,9 +141,9 @@
"datasets": [],
"n_quantities": 0,
"nomad_version": "0.10.0",
- "upload_create_time": "2022-12-19T09:29:35.594933+00:00",
+ "upload_create_time": "2023-01-18T11:17:52.049577+00:00",
"nomad_commit": "bf3c06fa",
- "publish_time": "2022-12-19T09:29:35.597933+00:00",
+ "publish_time": "2023-01-18T11:17:52.052577+00:00",
"results": {
"material": {
"symmetry": {
@@ -212,7 +212,7 @@
"name": "Markus Scheidgen"
}
],
- "entry_create_time": "2022-12-19T09:29:35.598933+00:00",
+ "entry_create_time": "2023-01-18T11:17:52.053577+00:00",
"with_embargo": false,
"domain": "dft",
"comment": "Mocked",
@@ -305,14 +305,14 @@
"archive": {
"metadata": {
"upload_id": "dft_upload",
- "upload_create_time": "2022-12-19T09:29:35.594933+00:00",
+ "upload_create_time": "2023-01-18T11:17:52.049577+00:00",
"entry_id": "dft_bulk",
"entry_hash": "dummy_hash_dft_bulk",
- "entry_create_time": "2022-12-19T09:29:35.598933+00:00",
+ "entry_create_time": "2023-01-18T11:17:52.053577+00:00",
"parser_name": "parsers/vasp",
"mainfile": "vasp.xml",
"published": true,
- "publish_time": "2022-12-19T09:29:35.597933+00:00",
+ "publish_time": "2023-01-18T11:17:52.052577+00:00",
"with_embargo": false,
"embargo_length": 0,
"license": "CC BY 4.0",
@@ -473,14 +473,14 @@
"archive": {
"metadata": {
"upload_id": "dft_upload",
- "upload_create_time": "2022-12-19T09:29:35.594933+00:00",
+ "upload_create_time": "2023-01-18T11:17:52.049577+00:00",
"entry_id": "dft_bulk",
"entry_hash": "dummy_hash_dft_bulk",
- "entry_create_time": "2022-12-19T09:29:35.598933+00:00",
+ "entry_create_time": "2023-01-18T11:17:52.053577+00:00",
"parser_name": "parsers/vasp",
"mainfile": "vasp.xml",
"published": true,
- "publish_time": "2022-12-19T09:29:35.597933+00:00",
+ "publish_time": "2023-01-18T11:17:52.052577+00:00",
"with_embargo": false,
"embargo_length": 0,
"license": "CC BY 4.0",
diff --git a/gui/tests/data/entry/vibrational_card.json b/gui/tests/data/entry/vibrational_card.json
index 7b85f9bb1fb7f5ab1fa5832e034aba637fc0a233..ac610c65f820b7b525501677680f502d5f521c20 100644
--- a/gui/tests/data/entry/vibrational_card.json
+++ b/gui/tests/data/entry/vibrational_card.json
@@ -24,9 +24,9 @@
"datasets": [],
"n_quantities": 0,
"nomad_version": "0.10.0",
- "upload_create_time": "2022-12-19T09:29:58.337314+00:00",
+ "upload_create_time": "2023-01-18T11:18:15.244684+00:00",
"nomad_commit": "bf3c06fa",
- "publish_time": "2022-12-19T09:29:58.340314+00:00",
+ "publish_time": "2023-01-18T11:18:15.247684+00:00",
"results": {
"material": {
"symmetry": {
@@ -78,7 +78,7 @@
"name": "Markus Scheidgen"
}
],
- "entry_create_time": "2022-12-19T09:29:58.341314+00:00",
+ "entry_create_time": "2023-01-18T11:18:15.248684+00:00",
"with_embargo": false,
"domain": "dft",
"comment": "Mocked",
@@ -124,9 +124,9 @@
"datasets": [],
"n_quantities": 0,
"nomad_version": "0.10.0",
- "upload_create_time": "2022-12-19T09:29:58.337314+00:00",
+ "upload_create_time": "2023-01-18T11:18:15.244684+00:00",
"nomad_commit": "bf3c06fa",
- "publish_time": "2022-12-19T09:29:58.340314+00:00",
+ "publish_time": "2023-01-18T11:18:15.247684+00:00",
"results": {
"material": {
"symmetry": {
@@ -178,7 +178,7 @@
"name": "Markus Scheidgen"
}
],
- "entry_create_time": "2022-12-19T09:29:58.341314+00:00",
+ "entry_create_time": "2023-01-18T11:18:15.248684+00:00",
"with_embargo": false,
"domain": "dft",
"comment": "Mocked",
@@ -296,14 +296,14 @@
],
"metadata": {
"upload_id": "dft_upload",
- "upload_create_time": "2022-12-19T09:29:58.337314+00:00",
+ "upload_create_time": "2023-01-18T11:18:15.244684+00:00",
"entry_id": "dft_bulk",
"entry_hash": "dummy_hash_dft_bulk",
- "entry_create_time": "2022-12-19T09:29:58.341314+00:00",
+ "entry_create_time": "2023-01-18T11:18:15.248684+00:00",
"parser_name": "parsers/vasp",
"mainfile": "vasp.xml",
"published": true,
- "publish_time": "2022-12-19T09:29:58.340314+00:00",
+ "publish_time": "2023-01-18T11:18:15.247684+00:00",
"with_embargo": false,
"embargo_length": 0,
"license": "CC BY 4.0",
@@ -456,14 +456,14 @@
],
"metadata": {
"upload_id": "dft_upload",
- "upload_create_time": "2022-12-19T09:29:58.337314+00:00",
+ "upload_create_time": "2023-01-18T11:18:15.244684+00:00",
"entry_id": "dft_bulk",
"entry_hash": "dummy_hash_dft_bulk",
- "entry_create_time": "2022-12-19T09:29:58.341314+00:00",
+ "entry_create_time": "2023-01-18T11:18:15.248684+00:00",
"parser_name": "parsers/vasp",
"mainfile": "vasp.xml",
"published": true,
- "publish_time": "2022-12-19T09:29:58.340314+00:00",
+ "publish_time": "2023-01-18T11:18:15.247684+00:00",
"with_embargo": false,
"embargo_length": 0,
"license": "CC BY 4.0",
diff --git a/nomad/atomutils.py b/nomad/atomutils.py
index 3270db450ab5b87a8f0958c3848b405d03b34169..49097208c5dfc8d691751e07a74060a11c437793 100644
--- a/nomad/atomutils.py
+++ b/nomad/atomutils.py
@@ -16,6 +16,8 @@
# limitations under the License.
#
+from __future__ import annotations
+
import warnings
import functools
import itertools
@@ -26,7 +28,7 @@ import math
import re
from string import ascii_uppercase
from functools import reduce
-from typing import List, Dict, Tuple, Any, Union, Iterable, cast, Callable
+from typing import List, Dict, Tuple, Any, Union, Iterable, cast, Callable, TYPE_CHECKING
import logging
from nptyping import NDArray
@@ -51,6 +53,9 @@ from nomad.aflow_prototypes import aflow_prototypes
from nomad.constants import atomic_masses
from nomad.units import ureg
+if TYPE_CHECKING:
+ from nomad.datamodel.results import Material
+
def get_summed_atomic_mass(atomic_numbers: NDArray[Any]) -> float:
'''
@@ -728,6 +733,7 @@ class Formula():
self._count = count
if len(count) == 0:
raise ValueError(f'Could not extract any species from the formula "{formula}"')
+ self._original_formula = formula
def count(self) -> Dict[str, int]:
'''Return dictionary that maps chemical symbol to number of atoms.
@@ -742,6 +748,7 @@ class Formula():
- iupac: The IUPAC formula (see chemical_formula_iupac)
- reduced: Reduced formula (see chemical_formula_reduced)
- anonymous: Anonymized formula (see chemical_formula_anonymous)
+ - original: The originally supplied formula format
'''
if fmt == 'hill':
return self._formula_hill()
@@ -751,6 +758,8 @@ class Formula():
return self._formula_reduced()
if fmt == 'anonymous':
return self._formula_anonymous()
+ if fmt == 'original':
+ return self._original_formula
else:
raise ValueError(f'Invalid format option "{fmt}"')
@@ -759,6 +768,42 @@ class Formula():
'''
return sorted(self.count().keys())
+ def atomic_fractions(self) -> Dict[str, float]:
+ '''Returns dictionary that maps chemical symbol to atomic fraction.
+
+ Returns:
+ Dict[str, float]: Dictionary with chemical symbol as key and the atomic
+ fraction as value.
+ '''
+ count = self.count()
+ total_count = sum(count.values())
+ atomic_fractions = {key: value / total_count for key, value in count.items()}
+ return atomic_fractions
+
+ def populate_material(self, material: Material,
+ descriptive_format: Union[str, None] = 'original') -> None:
+ '''Populates the supplied material object with the list of elements as well as the
+ formulae in the formats: hill, reduced, iupac, anonymous and descriptive.
+ The descriptive formula defaults to the originally supplied formula but can be
+ changed to any other format by supplying the `descriptive_format` argument as:
+ 'hill', 'reduced', 'iupac' or 'anonymous'. If descriptive_format is None, no
+ descriptive formula will be added to the material.
+
+ Args:
+ material (Material): The material object to be populated with elements and
+ formulae.
+ descriptive_format (Union[str, None], optional): The format used for the
+ descriptive formula (see `format` method for details). If None, the materials
+ descriptive formula is not set. Defaults to 'original'.
+ '''
+ material.elements = self.elements()
+ material.chemical_formula_hill = self.format('hill')
+ material.chemical_formula_reduced = self.format('reduced')
+ material.chemical_formula_iupac = self.format('iupac')
+ material.chemical_formula_anonymous = self.format('anonymous')
+ if descriptive_format:
+ material.chemical_formula_descriptive = self.format(descriptive_format)
+
def _remove_parentheses(self, formula: str) -> str:
'''Used to remove parentheses from a formula. E.g. C(2)O(1) becomes C2O1
Args:
diff --git a/nomad/datamodel/metainfo/eln/__init__.py b/nomad/datamodel/metainfo/eln/__init__.py
index f5f874529600cfa06da07f750ac0af25c17461c0..63393daaa90c97eaac7e696c9f7765d62719ba5c 100644
--- a/nomad/datamodel/metainfo/eln/__init__.py
+++ b/nomad/datamodel/metainfo/eln/__init__.py
@@ -17,14 +17,16 @@
#
import numpy as np
+import datetime
+import re
+from typing import Any, Dict, List
from nomad import utils
from nomad.units import ureg
from nomad.datamodel.data import EntryData, ArchiveSection, author_reference
-from nomad.metainfo.metainfo import SectionProxy
-from nomad.datamodel.results import (
- ELN, Results, Material, ElectronicProperties, BandStructureElectronic, BandGap
-)
-from nomad.metainfo import Package, Quantity, Datetime, Reference, Section
+from nomad.metainfo.metainfo import MSection, MProxy, MEnum
+from nomad.datamodel.results import ELN, Results, Material
+from nomad.metainfo import Package, Quantity, Datetime, Reference, Section, SubSection
+from ase.data import chemical_symbols, atomic_numbers, atomic_masses
from nomad.datamodel.metainfo.eln.perovskite_solar_cell_database import (
add_solar_cell, add_band_gap
)
@@ -35,6 +37,13 @@ from nomad.datamodel.metainfo.eln.nexus_data_converter import NexusDataConverter
m_package = Package(name='eln')
+class User(MSection):
+ user = Quantity(
+ type=author_reference,
+ description='The corresponding user for the activity.',
+ a_eln=dict(component='AuthorEditQuantity'))
+
+
class ElnBaseSection(ArchiveSection):
'''
A generic abstract base section for ELNs that provides a few commonly used properties.
@@ -46,29 +55,44 @@ class ElnBaseSection(ArchiveSection):
to NOMAD's search. A particular example are `tags`, if you define a string
or enum quantity in your sections named `tags`, its values will be searchable.
'''
+
name = Quantity(
type=str,
description='A short human readable and descriptive name.',
- a_eln=dict(component='StringEditQuantity'))
+ a_eln=dict(component='StringEditQuantity', label='Short name'))
+
+ datetime = Quantity(
+ type=Datetime,
+ description='The date and time associated with this section.',
+ a_eln=dict(component='DateTimeEditQuantity'))
lab_id = Quantity(
type=str,
- description='A id string that is unique at least for the lab that produced this data.',
- a_eln=dict(component='StringEditQuantity'))
+ description='''An ID string that is unique at least for the lab that produced this
+ data. Will be generated automatically upon saving if name, users and institute
+ is filled.''',
+ a_eln=dict(component='StringEditQuantity', label="ID"))
description = Quantity(
type=str,
- description=(
- 'A human description. This provides room for human readable information '
- 'that could not be captured in the ELN.'),
+ description='Any information that cannot be captured in the other fields.',
a_eln=dict(component='RichTextEditQuantity'))
+ users = SubSection(
+ description='''
+ The responsible person for this archive entry.
+ ''',
+ section_def=User,
+ repeats=True)
+
def normalize(self, archive, logger):
super(ElnBaseSection, self).normalize(archive, logger)
if isinstance(self, EntryData):
if archive.data == self and self.name:
archive.metadata.entry_name = self.name
+ elif self.name is None:
+ self.name = archive.metadata.entry_name.split('.')[0].replace('_', ' ')
EntryData.normalize(self, archive, logger)
if not archive.results:
@@ -76,10 +100,17 @@ class ElnBaseSection(ArchiveSection):
if not archive.results.eln:
archive.results.eln = ELN()
+ if self.datetime is None:
+ self.datetime = datetime.datetime.now()
+
if self.lab_id:
if archive.results.eln.lab_ids is None:
archive.results.eln.lab_ids = []
- archive.results.eln.lab_ids.append(self.lab_id)
+ if self.lab_id not in archive.results.eln.lab_ids:
+ archive.results.eln.lab_ids.append(self.lab_id)
+ else:
+ if archive.results.eln.lab_ids and len(archive.results.eln.lab_ids) > 0:
+ self.lab_id = archive.results.eln.lab_ids[0]
if getattr(self, 'name'):
if archive.results.eln.names is None:
@@ -105,27 +136,37 @@ class ElnBaseSection(ArchiveSection):
archive.results.eln.sections.append(self.m_def.name)
-class ElnActivityBaseSection(ElnBaseSection):
+class Entity(ElnBaseSection):
+ ''' A ELN base section that can be used for chemicals.'''
+ pass
+
+
+class Activity(ElnBaseSection):
'''
A generic abstract base section for ELNs that provides a few commonly used for
laboratory activities, e.g. processes, characterizations, measurements, etc.
'''
datetime = Quantity(
+ type=Datetime,
+ description='The date and time when this activity was started.',
+ a_eln=dict(component='DateTimeEditQuantity', label='Starting Time'))
+
+ end_time = Quantity(
type=Datetime,
description='The date and time when this activity was done.',
- a_eln=dict(component='DateTimeEditQuantity'))
+ a_eln=dict(component='DateTimeEditQuantity', label='Ending Time'))
method = Quantity(
type=str,
description='A short consistent handle for the applied method.')
- user = Quantity(
- type=author_reference,
- description='The corresponding user for the activity.',
- a_eln=dict(component='AuthorEditQuantity'))
+ location = Quantity(
+ type=str,
+ description='location of the experiment.',
+ a_eln=dict(component='StringEditQuantity'))
def normalize(self, archive, logger):
- super(ElnActivityBaseSection, self).normalize(archive, logger)
+ super(Activity, self).normalize(archive, logger)
if archive.results.eln.methods is None:
archive.results.eln.methods = []
@@ -135,51 +176,60 @@ class ElnActivityBaseSection(ElnBaseSection):
archive.results.eln.methods.append(self.m_def.name)
-class ElnWithFormulaBaseSection(ElnBaseSection):
- '''
- A generic abstract base section for ELNs that provides a few commonly used for
- items with a chemical formula, e.g. chemicals or samples.
+class ElementalComposition(MSection):
+ '''A section for describing the elemental composition of a system, i.e. the element
+ and its atomic fraction.
'''
- chemical_formula = Quantity(
- type=str,
- description=(
- 'The chemical formula. This will be used directly and '
- 'indirectly in the search. The formula will be used itself as well as '
- 'the extracted chemical elements.'),
- a_eln=dict(component='StringEditQuantity'))
-
- def normalize(self, archive, logger):
- super(ElnWithFormulaBaseSection, self).normalize(archive, logger)
-
- if logger is None:
- logger = utils.get_logger(__name__)
- from nomad.atomutils import Formula
- if self.chemical_formula:
- if not archive.results:
- archive.results = Results()
- if not archive.results.material:
- archive.results.material = Material()
- material = archive.results.material
-
- try:
- material.elements = Formula(self.chemical_formula).elements()
- material.chemical_formula_hill = Formula(self.chemical_formula).format('hill')
- material.chemical_formula_reduced = Formula(self.chemical_formula).format('reduced')
- material.chemical_formula_iupac = Formula(self.chemical_formula).format('iupac')
- material.chemical_formula_anonymous = Formula(self.chemical_formula).format('anonymous')
- material.chemical_formula_descriptive = self.chemical_formula
- except Exception as e:
- logger.warn('could not analyse chemical formula', exc_info=e)
-
-
-class Chemical(ElnWithFormulaBaseSection):
- ''' A ELN base section that can be used for chemicals.'''
- pass
-
-
-class Sample(ElnWithFormulaBaseSection):
- ''' A ELN base section that can be used for samples.'''
- pass
+ m_def = Section(label_quantity='element')
+ element = Quantity(
+ type=MEnum(chemical_symbols[1:]),
+ description='''
+ The symbol of the element, e.g. 'Pb'.
+ ''',
+ a_eln=dict(component='EnumEditQuantity'))
+ atomic_fraction = Quantity(
+ type=np.float64,
+ description='''
+ The atomic fraction of the element in the system it is contained within.
+ Per definition a positive value less than or equal to 1.
+ ''',
+ a_eln=dict(component='NumberEditQuantity')
+ )
+
+
+class System(Entity):
+ '''A base class for any system of materials which is investigated or used to construct
+ other systems.'''
+ elemental_composition = SubSection(
+ description='''
+ A list of all the elements found in the system together and their respective
+ atomic fraction within the system.
+ ''',
+ section_def=ElementalComposition,
+ repeats=True)
+
+ def normalize(self, archive, logger: Any) -> None:
+ '''The normalizer for the `System` class. Will add a results.material subsection
+ if none exists. Will populate the elements property of that subsection with a
+ uniques list of element symbols retrieved from the system elemental_composition.
+
+ Args:
+ archive (EntryArchive): The archive containing the section that is being
+ normalized.
+ logger (Any): A structlog logger.
+ '''
+ super(System, self).normalize(archive, logger)
+ if not archive.results.material:
+ archive.results.material = Material()
+ elements = set()
+ for comp in self.elemental_composition:
+ if comp.element not in chemical_symbols:
+ logger.warn(
+ f"'{comp.element}' is not a valid element symbol and this "
+ "elemental_composition section will be ignored.")
+ else:
+ elements.add(comp.element)
+ archive.results.material.elements = list(elements)
class Instrument(ElnBaseSection):
@@ -193,25 +243,479 @@ class Instrument(ElnBaseSection):
archive.results.eln.instruments.append(self.name)
-class Process(ElnActivityBaseSection):
+class Process(Activity):
''' A ELN base section that can be used for processes.'''
pass
-class Measurement(ElnActivityBaseSection):
+class Measurement(Activity):
''' A ELN base section that can be used for measurements.'''
pass
+class Component(ArchiveSection):
+ '''A section for describing a component and its role in an ensemble.'''
+ name = Quantity(
+ type=str,
+ description='A short name for the component.',
+ a_eln=dict(component='StringEditQuantity', label='Component name'))
+ system = Quantity(
+ type=Reference(System.m_def),
+ description='A reference to the component system.',
+ a_eln=dict(component='ReferenceEditQuantity'))
+ mass = Quantity(
+ type=np.float64,
+ description='The mass of the component.',
+ unit='kg',
+ a_eln=dict(component='NumberEditQuantity', defaultDisplayUnit='mg'))
+
+ def normalize(self, archive, logger: Any) -> None:
+ '''The normalizer for the `Component` class. If none is set, the normalizer
+ will set the name of the component to be that of the referenced system if it has
+ one.
+
+ Args:
+ archive (EntryArchive): The archive containing the section that is being
+ normalized.
+ logger (Any): A structlog logger.
+ '''
+ super(Component, self).normalize(archive, logger)
+ if self.name is None and self.system is not None:
+ self.name = self.system.name
+
+
+class Ensemble(System):
+ '''A base class for an ensemble of material systems. Each component of the ensemble is
+ of a (sub)type of `System`.'''
+ components = SubSection(
+ description='''
+ A list of all the components of the ensemble containing a name, reference to the
+ system section and mass of that component.
+ ''',
+ section_def=Component,
+ repeats=True)
+
+ @staticmethod
+ def _atomic_to_mass(composition: List[ElementalComposition], mass: float) -> Dict[str, float]:
+ '''Private static method for converting list of ElementalComposition objects to
+ dictionary of element masses with the element symbol as key and mass as value.
+
+ Args:
+ composition (List[ElementalComposition]): List of ElementalComposition objects
+ containing the element symbol and the atomic fraction of that element
+ respectively.
+ mass (float): The total mass of that component which is simply multiplied with
+ the atomic fractions.
+
+ Returns:
+ Dict[str, float]: Dictionary of element masses with the element symbol as key
+ and the mass as (float) value. If any atomic fraction is None, all masses will
+ be None.
+ '''
+ atomic_fractions = []
+ atom_masses = []
+ for comp in composition:
+ if None in [mass, comp.element, comp.atomic_fraction]:
+ return {comp.element: None for comp in composition if comp.element}
+ atomic_fractions.append(comp.atomic_fraction)
+ if comp.element not in atomic_numbers:
+ raise ValueError(f'Unknown element symbol: {comp.element}')
+ atom_masses.append(atomic_masses[atomic_numbers[comp.element]])
+ masses = np.array(atomic_fractions) * np.array(atom_masses)
+ mass_array = mass * masses / masses.sum()
+ mass_dict: Dict[str, float] = {}
+ for c, m in zip(composition, mass_array):
+ if c.element in mass_dict:
+ mass_dict[c.element] += m
+ else:
+ mass_dict[c.element] = m
+ return mass_dict
+
+ @staticmethod
+ def _mass_to_atomic(mass_dict: Dict[str, float]) -> List[ElementalComposition]:
+ '''Private static method for converting ditctionary of elements with their masses
+ to a list of ElementalComposition objects containing atomic fractions.
+
+ Args:
+ mass_dict (Dict[str, float]): Dictionary of element masses with the element
+ symbol as key and the mass as (float) value.
+
+ Returns:
+ List[ElementalComposition]: List of ElementalComposition objects containing
+ the element symbol and the atomic fraction of that element respectively. If
+ any input mass is None all the "atomic_fraction" properties are set to None.
+ '''
+ atoms = []
+ elements = []
+ for element, mass in mass_dict.items():
+ elements.append(element)
+ if mass is None:
+ return [ElementalComposition(element=symbol) for symbol in mass_dict]
+ else:
+ atoms.append(mass / atomic_masses[atomic_numbers[element]])
+ atoms_array: np.ndarray = np.array(atoms).astype(float)
+ total_atoms = atoms_array.sum()
+ atomic_fractions = atoms_array / total_atoms
+
+ return [ElementalComposition(element=symbol, atomic_fraction=atomic_fraction)
+ for atomic_fraction, symbol in zip(atomic_fractions, elements)]
+
+ def normalize(self, archive, logger: Any) -> None:
+ '''The normalizer for the `Ensemble` class. If the elemental composition list is
+ empty, the normalizer will iterate over the components and extract all the
+ elements for populating the elemental composition list. If masses are provided for
+ all components and the elemental composition of all components contain atomic
+ fractions the normalizer will also calculate the atomic fractions for the
+ ensemble. The populated elemental composition list is added to the results by the
+ normalizer in the `System` super class.
+
+ Args:
+ archive (EntryArchive): The archive containing the section that is being
+ normalized.
+ logger (Any): A structlog logger.
+ '''
+ if logger is None:
+ logger = utils.get_logger(__name__)
+ if not self.elemental_composition:
+ from pint import UnitRegistry
+ ureg = UnitRegistry()
+
+ mass_dict: Dict[str, float] = {}
+ for component in self.components:
+ if component.mass is None:
+ mass = None
+ else:
+ mass = component.mass.to(ureg.kilogram).magnitude
+ component_dict = self._atomic_to_mass(
+ component.system.elemental_composition, mass)
+ for element, mass in component_dict.items():
+ if element in mass_dict and mass is not None:
+ mass_dict[element] += mass
+ else:
+ mass_dict[element] = mass
+ self.elemental_composition = self._mass_to_atomic(mass_dict)
+
+ super(Ensemble, self).normalize(archive, logger)
+
+
+class CASExperimentalProperty(MSection):
+ '''A section for experimental properties retrieved from the CAS API.'''
+
+ name = Quantity(
+ type=str,
+ description='CAS experimental property name.')
+
+ property = Quantity(
+ type=str,
+ description='CAS experimental property.')
+
+ sourceNumber = Quantity(
+ type=str,
+ description='CAS experimental property source.')
+
+
+class CASPropertyCitation(MSection):
+ '''A section for citations of the experimental properties retrieved from the CAS API.
+ '''
+
+ docUri = Quantity(
+ type=str,
+ description='CAS property citation document uri.')
+
+ sourceNumber = Quantity(
+ type=int,
+ decription='CAS property citation source number.')
+
+ source = Quantity(
+ type=str,
+ description='CAS property citation source.')
+
+
+class Substance(System):
+ '''A base section for any substance defined in the ELN.'''
+
+ name = Quantity(
+ type=str,
+ description='The name of the substance entry.',
+ a_eln=dict(component='StringEditQuantity', label='Substance name'))
+
+ lab_id = Quantity(
+ type=str,
+ description='''
+ A human human readable substance ID that is at least unique for the lab.
+ ''',
+ a_eln=dict(component='StringEditQuantity', label='Substance ID'))
+
+ cas_uri = Quantity(
+ type=str,
+ description='CAS uri',
+ a_eln=dict(component='StringEditQuantity', label='CAS uri'))
+
+ cas_number = Quantity(
+ type=str,
+ description='CAS number.',
+ a_eln=dict(component='StringEditQuantity', label='CAS number'))
+
+ cas_name = Quantity(
+ type=str,
+ description='CAS name.',
+ a_eln=dict(component='StringEditQuantity', label='CAS name'))
+
+ image = Quantity(
+ type=str,
+ description='CAS image.',
+ a_eln=dict(component='FileEditQuantity'),
+ a_browser=dict(adaptor='RawFileAdaptor', label='Image of substance'))
+
+ inchi = Quantity(
+ type=str,
+ description='CAS inchi.',
+ a_eln=dict(component='StringEditQuantity'))
+
+ inchi_key = Quantity(
+ type=str,
+ description='CAS inchi key.',
+ a_eln=dict(component='StringEditQuantity'))
+
+ smile = Quantity(
+ type=str,
+ description='CAS smile.',
+ a_eln=dict(component='StringEditQuantity'))
+
+ canonical_smile = Quantity(
+ type=str,
+ description='CAS canonical smile.',
+ a_eln=dict(component='StringEditQuantity'))
+
+ molecular_formula = Quantity(
+ type=str,
+ description='CAS molecular formula.',
+ a_eln=dict(component='StringEditQuantity'))
+
+ molecular_mass = Quantity(
+ type=np.dtype(np.float64),
+ unit='Da',
+ description='CAS molecular mass.',
+ a_eln=dict(
+ component='NumberEditQuantity'))
+
+ cas_experimental_properties = SubSection(
+ section_def=CASExperimentalProperty,
+ repeats=True)
+
+ cas_property_citations = SubSection(
+ section_def=CASPropertyCitation,
+ repeats=True)
+
+ cas_synonyms = Quantity(
+ type=str,
+ shape=['*'],
+ description='CAS synonyms.'
+ )
+
+ description = Quantity(
+ type=str,
+ description='''
+ A field for adding additional information about the substance that is not captured
+ by the other quantities and subsections.
+ ''',
+ a_eln=dict(
+ component='RichTextEditQuantity', label='Detailed substance description'))
+
+ def _populate_from_cas(self, archive, logger: Any) -> None:
+ '''Private method for populating the attributes from a call to the CAS API using
+ the `cas_number`.
+ Will overwrite exisiting CAS attributes if the query provides a value for them.
+ I.e. all attributes that begin with `cas_`.
+
+ Args:
+ archive (EntryArchive): The archive that is being normalized.
+ logger (Any): A structlog logger.
+ '''
+ import httpx
+ response = httpx.get(
+ f'https://commonchemistry.cas.org/api/detail?cas_rn={self.cas_number}',
+ timeout=2)
+ if response.status_code == 200:
+ response_dict = response.json()
+
+ self.cas_uri = response_dict.get("uri", None)
+
+ cas_name = response_dict.get("name", None)
+ if cas_name:
+ self.cas_name = re.sub(r'<.*?>', '', cas_name)
+ if not self.name:
+ self.name = self.cas_name
+
+ if not self.image:
+ image = response_dict.get("image", None)
+ if image:
+ self.image = f"cas_{self.cas_number}_image.svg"
+ with archive.m_context.raw_file(self.image, 'w') as fh:
+ fh.write(image)
+
+ if not self.inchi:
+ self.inchi = response_dict.get("inchi", None)
+
+ if not self.inchi_key:
+ self.inchi_key = response_dict.get("inchiKey", None)
+
+ if not self.smile:
+ self.smile = response_dict.get("smile", None)
+
+ if not self.canonical_smile:
+ self.canonical_smile = response_dict.get("canonicalSmile", None)
+
+ if not self.molecular_formula:
+ molecular_formula = response_dict.get("molecularFormula", None)
+ if molecular_formula:
+ self.molecular_formula = re.sub(r'<.*?>', '', molecular_formula)
+
+ if not self.molecular_mass:
+ molecular_mass = response_dict.get("molecularMass", None)
+ if molecular_mass:
+ try:
+ self.molecular_mass = float(molecular_mass)
+ except ValueError as e:
+ logger.warn(
+ f"Could not convert molecular mass results'{molecular_mass}'"
+ + "returned from CAS api request.",
+ exc_info=e)
+
+ experimental_properties = response_dict.get("experimentalProperties", [])
+ props = [
+ CASExperimentalProperty.m_from_dict(p) for p in experimental_properties]
+ if len(props) > 0:
+ self.cas_experimental_properties = props
+
+ property_citations = response_dict.get("propertyCitations", [])
+ citations = [CASPropertyCitation.m_from_dict(c) for c in property_citations]
+ if len(citations) > 0:
+ self.cas_property_citations = citations
+
+ self.cas_synonyms = response_dict.get("synonyms", [])
+
+ elif response.status_code == 404:
+ logger.warn(f"No CAS entry found with CAS number: {self.cas_number}")
+ elif response.status_code >= 500:
+ logger.warn(f"Remote server error on CAS API call.")
+ else:
+ logger.warn(
+ f"Unexpected response code: {response.status_code} from CAS API call.")
+
+ def _cas_search_unique(self, search: str, archive, logger: Any) -> bool:
+ '''Private method for performing a search of the CAS API and populating the
+ attributes with the CAS number of any unique search result.
+
+ Args:
+ search (str): The string to search the CAS API with.
+ archive (EntryArchive): The archive that is being normalized.
+ logger (Any): A structlog logger.
+
+ Returns:
+ bool: Whether the search found a unique result.
+ '''
+ import httpx
+ response = httpx.get(
+ f'https://commonchemistry.cas.org/api/search?q={search}', timeout=2)
+ if response.status_code == 200:
+ response_dict = response.json()
+ n_hits = response_dict.get("count", 0)
+ if n_hits == 0:
+ logger.info(f"Queried the CAS API for '{search}' without result.")
+ return False
+ elif n_hits == 1:
+ try:
+ self.cas_number = response_dict["results"][0]["rn"]
+ self._populate_from_cas(archive, logger)
+ return True
+ except KeyError as e:
+ logger.warn("Unknown response format from CAS API.", exc_info=e)
+ else:
+ logger.warn(
+ f"Query to CAS API for '{search}' returned {n_hits} hits, please "
+ + "specify further.")
+ return False
+ return False
+
+ def _find_cas(self, archive, logger: Any) -> None:
+ '''Private method for finding the CAS number using the filled attributes in the
+ following order:
+ 1. `cas_name`
+ 2. `inchi`
+ 3. `inchi_key`
+ 4. `smile`
+ 5. `canonical_smile`
+ 6. `name`
+ The first unique hit will populate the `cas_number` attribute and return.
+
+ Args:
+ archive (EntryArchive): The archive that is being normalized.
+ logger (Any): A structlog logger.
+ '''
+ for key in (
+ self.cas_name,
+ self.inchi,
+ self.inchi_key,
+ self.smile,
+ self.canonical_smile,
+ self.name):
+ if key and self._cas_search_unique(key, archive, logger):
+ return
+
+ def normalize(self, archive, logger: Any) -> None:
+ '''The normalizer method for the `Substance` class.
+ This method will attempt to get data on the substance instance from the CAS API:
+ https://commonchemistry.cas.org/api-overview
+ If a CAS number is specified the details are retrieved directly.
+ Otherwise a search query is made for the filled attributes in the following order:
+ 1. `cas_name`
+ 2. `inchi`
+ 3. `inchi_key`
+ 4. `smile`
+ 5. `canonical_smile`
+ 6. `name`
+
+ Args:
+ archive (EntryArchive): The archive that is being normalized.
+ logger (Any): A structlog logger.
+ '''
+ super(Substance, self).normalize(archive, logger)
+ if logger is None:
+ logger = utils.get_logger(__name__)
+ from nomad.atomutils import Formula
+
+ if self.cas_number:
+ self.cas_number = self.cas_number.strip()
+ self._populate_from_cas(archive, logger)
+ else:
+ self._find_cas(archive, logger)
+
+ if self.molecular_formula:
+ if not archive.results:
+ archive.results = Results()
+ if not archive.results.material:
+ archive.results.material = Material()
+
+ try:
+ formula = Formula(self.molecular_formula)
+ formula.populate_material(material=archive.results.material)
+ if not self.elemental_composition:
+ for element, fraction in formula.atomic_fractions().items():
+ self.elemental_composition.append(ElementalComposition.m_from_dict({
+ "element": element, "atomic_fraction": fraction}))
+ except Exception as e:
+ logger.warn('Could not analyse chemical formula.', exc_info=e)
+
+ super(Substance, self).normalize(archive, logger)
+
+
class SampleID(ArchiveSection):
''' A ELN base section that can be used for sample IDs.
If the `sample_owner`, `sample_short_name`, `ìnstitute`, and `creation_datetime`
quantities are provided, the sample_id will be automatically created as a combination
of these four quantities.'''
- # m_def = Section(
- # a_eln=dict(hide=['name', 'lab_id']))
-
institute = Quantity(
type=str,
description='Alias/short name of the home institute of the owner, i.e. *HZB*.',
@@ -246,31 +750,74 @@ class SampleID(ArchiveSection):
An example would be hzb_oah_20200602_4001-08''',
a_eln=dict(component='StringEditQuantity'))
- children = Quantity(
- type=Reference(SectionProxy('SampleID')),
- shape=["*"],
- descriptions='A reference to a sample which are children of this one.',
- a_eln=dict(component='ReferenceEditQuantity'))
-
- parents = Quantity(
- type=Reference(SectionProxy('SampleID')),
- descriptions='A reference to sample which are parents of this one.',
- a_eln=dict(component='ReferenceEditQuantity'))
-
def normalize(self, archive, logger):
+ '''The normalizer for the `SampleID` class.
+ If sample owner is not filled the field will be filled by the first two letters of
+ the first name joined with the first two letters of the last name of the author.
+ If the institute is not filled a institute abreviations will be constructed from
+ the author's affiliation.
+ If no creation datetime is filled, the datetime will be taken from the `datetime`
+ property of the parent, if it exists, otherwise the current date and time will be
+ used.
+ If no short name is filled, the name will be taken from the parent name, if it
+ exists, otherwise it will be taken from the archive metadata entry name, if it
+ exists, and finally if no other options are available it will use the name of the
+ mainfile.
+
+ Args:
+ archive (EntryArchive): The archive containing the section that is being
+ normalized.
+ logger (Any): A structlog logger.
+ '''
super(SampleID, self).normalize(archive, logger)
+ if self.sample_owner is None or self.institute is None:
+ from unidecode import unidecode
+ author = archive.metadata.main_author
+ if author and self.sample_owner is None:
+ first_short = unidecode(author.first_name)[:2]
+ last_short = unidecode(author.last_name)[:2]
+ self.sample_owner = first_short + last_short
+ if author and self.institute is None:
+ unwanted_words = ("zu", "of", "the", "fur", "für")
+ institute = ''
+ all_words = re.split(' |-|_|,|:|;', unidecode(author.affiliation))
+ wanted_words = [w for w in all_words if w.lower() not in unwanted_words]
+ for word in wanted_words:
+ word_remainder = word
+ while word_remainder and len(institute) < 3:
+ letter = word_remainder[:1]
+ if letter.isupper():
+ institute += letter
+ word_remainder = word_remainder[1:]
+ if len(institute) < min(len(author.affiliation), 2):
+ if len(wanted_words) < 3:
+ institute = author.affiliation[:3].upper()
+ else:
+ institute = ''.join([w[:1] for w in wanted_words[:3]]).upper()
+ self.institute = institute
+
+ if self.creation_datetime is None:
+ if self.m_parent and getattr(self.m_parent, 'datetime', None):
+ self.creation_datetime = self.m_parent.datetime
+ else:
+ self.creation_datetime = datetime.datetime.now()
+
+ if self.sample_short_name is None:
+ if self.m_parent and getattr(self.m_parent, 'name', None):
+ name = self.m_parent.name
+ elif archive.metadata.entry_name:
+ name = archive.metadata.entry_name
+ else:
+ name = archive.metadata.mainfile
+ self.sample_short_name = re.sub(r'_|\s', '-', name.split('.')[0])
+
if self.institute and self.sample_short_name and self.sample_owner and self.creation_datetime:
creation_date = self.creation_datetime.strftime('%Y%m%d')
sample_owner = self.sample_owner.replace(' ', '-')
sample_id_list = [self.institute, sample_owner, creation_date, self.sample_short_name]
self.sample_id = '_'.join(sample_id_list)
- if isinstance(self, EntryData):
- if archive.data == self and self.sample_id:
- archive.metadata.entry_name = self.sample_id.replace('_', ' ')
- EntryData.normalize(self, archive, logger)
-
if not archive.results:
archive.results = Results(eln=ELN())
if not archive.results.eln:
@@ -279,7 +826,8 @@ class SampleID(ArchiveSection):
if self.sample_id:
if not archive.results.eln.lab_ids:
archive.results.eln.lab_ids = []
- archive.results.eln.lab_ids.append(self.sample_id.replace('_', ' '))
+ if self.sample_id not in archive.results.eln.lab_ids:
+ archive.results.eln.lab_ids.append(self.sample_id)
if not archive.results.eln.sections:
archive.results.eln.sections = []
@@ -341,14 +889,14 @@ class PublicationReference(ArchiveSection):
super(PublicationReference, self).normalize(archive, logger)
from nomad.datamodel.datamodel import EntryMetadata
import dateutil.parser
- import requests
+ import httpx
# Parse journal name, lead author and publication date from crossref
if self.DOI_number:
try:
url = f'https://api.crossref.org/works/{self.DOI_number}?mailto=contact@nomad-lab.eu'
timeout = 2
- r = requests.get(url, timeout=timeout)
+ r = httpx.get(url, timeout=timeout)
if r.status_code == 200:
temp_dict = r.json()
# make sure the doi has the prefix https://doi.org/
@@ -376,6 +924,50 @@ class PublicationReference(ArchiveSection):
logger.warning(e)
+# Legacy sections:
+class ElnWithFormulaBaseSection(ElnBaseSection):
+ '''
+ A generic abstract base section for ELNs that provides a few commonly used for
+ items with a chemical formula, e.g. chemicals or samples.
+ '''
+ chemical_formula = Quantity(
+ type=str,
+ description=(
+ 'The chemical formula. This will be used directly and '
+ 'indirectly in the search. The formula will be used itself as well as '
+ 'the extracted chemical elements.'),
+ a_eln=dict(component='StringEditQuantity'))
+
+ def normalize(self, archive, logger):
+ super(ElnWithFormulaBaseSection, self).normalize(archive, logger)
+
+ if logger is None:
+ logger = utils.get_logger(__name__)
+ from nomad.atomutils import Formula
+ if self.chemical_formula:
+ if not archive.results:
+ archive.results = Results()
+ if not archive.results.material:
+ archive.results.material = Material()
+
+ try:
+ formula = Formula(self.chemical_formula)
+ formula.populate_material(material=archive.results.material)
+ except Exception as e:
+ logger.warn('could not analyse chemical formula', exc_info=e)
+
+
+class Chemical(ElnWithFormulaBaseSection):
+ ''' A ELN base section that can be used for chemicals.'''
+ pass
+
+
+class Sample(ElnWithFormulaBaseSection):
+ ''' A ELN base section that can be used for samples.'''
+ pass
+
+
+# Solar cell sections:
class SolarCellDefinition(ArchiveSection):
stack_sequence = Quantity(
diff --git a/tests/data/datamodel/metainfo/eln/test_ensemble.archive.yaml b/tests/data/datamodel/metainfo/eln/test_ensemble.archive.yaml
new file mode 100644
index 0000000000000000000000000000000000000000..6c0f0741a29c149021bc071592af69ffc39222df
--- /dev/null
+++ b/tests/data/datamodel/metainfo/eln/test_ensemble.archive.yaml
@@ -0,0 +1,17 @@
+definitions:
+ name: My custom schemas
+ sections:
+ my_ensemble:
+ base_sections: [nomad.datamodel.metainfo.eln.Ensemble, nomad.datamodel.data.EntryData]
+ sub_sections:
+ sample_id:
+ section: nomad.datamodel.metainfo.eln.SampleID
+ my_substance:
+ base_sections: [nomad.datamodel.metainfo.eln.Substance, nomad.datamodel.data.EntryData]
+
+data:
+ m_def: my_ensemble
+ name: My ensemble
+ datetime: 1993-01-01T08:00:00.000000+00:00
+ sample_id:
+ creation_datetime: 1993-01-01T08:00:00.000000+00:00
diff --git a/tests/data/datamodel/metainfo/eln/test_substance.archive.yaml b/tests/data/datamodel/metainfo/eln/test_substance.archive.yaml
new file mode 100644
index 0000000000000000000000000000000000000000..6ea73e18c12ea134fe04d8fce5f61edef9cb632c
--- /dev/null
+++ b/tests/data/datamodel/metainfo/eln/test_substance.archive.yaml
@@ -0,0 +1,9 @@
+definitions:
+ name: My custom schemas
+ sections:
+ my_substance:
+ base_sections: [nomad.datamodel.metainfo.eln.Substance, nomad.datamodel.data.EntryData]
+
+data:
+ m_def: my_substance
+ name: Lead Iodide
diff --git a/tests/datamodel/metainfo/eln/test_system.py b/tests/datamodel/metainfo/eln/test_system.py
new file mode 100644
index 0000000000000000000000000000000000000000..ac2f7e70d4fb4de6a0def25ac4ec9cede7173d62
--- /dev/null
+++ b/tests/datamodel/metainfo/eln/test_system.py
@@ -0,0 +1,50 @@
+#
+# Copyright The NOMAD Authors.
+#
+# This file is part of NOMAD. See https://nomad-lab.eu for further info.
+#
+# Licensed under the Apache License, Version 2.0 (the "License");
+# you may not use this file except in compliance with the License.
+# You may obtain a copy of the License at
+#
+# http://www.apache.org/licenses/LICENSE-2.0
+#
+# Unless required by applicable law or agreed to in writing, software
+# distributed under the License is distributed on an "AS IS" BASIS,
+# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+# See the License for the specific language governing permissions and
+# limitations under the License.
+#
+
+from tests.normalizing.conftest import run_processing, run_normalize
+from nomad.datamodel.data import User
+
+
+def test_substance(raw_files, no_warn):
+ directory = 'tests/data/datamodel/metainfo/eln'
+ mainfile = 'test_substance.archive.yaml'
+ test_archive = run_processing(directory, mainfile)
+
+ # Check that entry type is the custom 'my_substance' class
+ assert test_archive.metadata.entry_type == 'my_substance'
+ # Check that api call to CAS found Lead Iodide
+ assert test_archive.data.cas_number == '10101-63-0'
+ # Check that the material results section was populated by the normalizer
+ assert "I" in test_archive.results.material.elements
+ assert "Pb" in test_archive.results.material.elements
+
+
+def test_ensemble(raw_files, no_warn):
+ directory = 'tests/data/datamodel/metainfo/eln'
+ mainfile = 'test_ensemble.archive.yaml'
+ test_archive = run_processing(directory, mainfile)
+ test_archive.metadata.main_author = User.m_from_dict({
+ "first_name": "Sheldon",
+ "last_name": "Cooper",
+ "affiliation": "Humboldt-Universität zu Berlin"})
+ run_normalize(test_archive)
+
+ # Check that entry type is the custom 'my_ensemble' class
+ assert test_archive.metadata.entry_type == 'my_ensemble'
+ # Check that sample id was generated correctly from the author metadata
+ assert test_archive.data.lab_id == 'HUB_ShCo_19930101_My-ensemble'
diff --git a/tests/states/archives/dft.json b/tests/states/archives/dft.json
index 72077b21b42df2758cf5133ab607dabfa1238baa..2e80a2456885a182ff75b510a9220f7b90d3bae5 100644
--- a/tests/states/archives/dft.json
+++ b/tests/states/archives/dft.json
@@ -280,15 +280,15 @@
],
"metadata": {
"upload_id": "dft_upload",
- "upload_create_time": "2022-12-19T08:33:40.022167+00:00",
+ "upload_create_time": "2023-01-18T11:19:02.555556+00:00",
"entry_id": "dft_bulk",
"calc_id": "dft_bulk",
"entry_hash": "dummy_hash_dft_bulk",
- "entry_create_time": "2022-12-19T08:33:40.026167+00:00",
+ "entry_create_time": "2023-01-18T11:19:02.559556+00:00",
"parser_name": "parsers/vasp",
"mainfile": "vasp.xml",
"published": true,
- "publish_time": "2022-12-19T08:33:40.025167+00:00",
+ "publish_time": "2023-01-18T11:19:02.558556+00:00",
"with_embargo": false,
"embargo_length": 0,
"license": "CC BY 4.0",
diff --git a/tests/test_atomutils.py b/tests/test_atomutils.py
index 31765e4a5d7a3cc98b0ca8c9b9f46e4d7f6ad4b2..6287aecb1e422d45a53f9aeb59fb658ad1398dbc 100644
--- a/tests/test_atomutils.py
+++ b/tests/test_atomutils.py
@@ -17,6 +17,7 @@
#
import pytest
from nomad.atomutils import Formula
+from nomad.datamodel.results import Material
@pytest.mark.parametrize('format, formula, expected_formula', [
@@ -54,6 +55,35 @@ from nomad.atomutils import Formula
pytest.param('anonymous', 'OH2', 'A2B', id='reversed order'),
pytest.param('anonymous', 'Cu2ZnSn0.5Ge0.5Se4', 'A8B4C2DE', id='non-integer coefficients'),
pytest.param('anonymous', 'C2HOZa', 'A2BCD', id='unknown species'),
+ pytest.param('original', 'CsPbBr0.9I2.1', 'CsPbBr0.9I2.1', id='original formula'),
])
def test_formula(formula, format, expected_formula):
assert Formula(formula).format(format) == expected_formula
+
+
+@pytest.mark.parametrize('formula, expected_fractions', [
+ pytest.param('C1H4', {'C': 1 / 5, 'H': 4 / 5}, id='integer coefficients'),
+ pytest.param('CsPbBr0.9I2.1', {'Cs': 0.2, 'Pb': 0.2, 'Br': 0.18, 'I': 0.42}, id='non-integer coefficients'),
+ pytest.param('HOH', {'H': 2 / 3, 'O': 1 / 3}, id='multiple element occurrences')
+])
+def test_formula_atomic_fraction(formula, expected_fractions):
+ assert Formula(formula).atomic_fractions() == expected_fractions
+
+
+@pytest.mark.parametrize('formula, descriptive_format, expected_formula, elements', [
+ pytest.param('OH2', 'reduced', 'H2O', ['H', 'O'], id='reduced descriptive formula'),
+ pytest.param('I2Pb', 'iupac', 'PbI2', ['Pb', 'I'], id='iupac descriptive formula'),
+ pytest.param('I2Pb', 'original', 'I2Pb', ['Pb', 'I'], id='original descriptive formula'),
+ pytest.param('I2Pb', None, None, ['Pb', 'I'], id='no descriptive formula'),
+])
+def test_formula_material_population(formula, descriptive_format, expected_formula, elements):
+ material = Material()
+ formula_object = Formula(formula)
+ formula_object.populate_material(material=material, descriptive_format=descriptive_format)
+
+ assert material.chemical_formula_descriptive == expected_formula
+ assert sorted(material.elements) == sorted(elements)
+ assert material.chemical_formula_hill is not None
+ assert material.chemical_formula_reduced is not None
+ assert material.chemical_formula_iupac is not None
+ assert material.chemical_formula_anonymous is not None