Module Gnumed.business.gmAllergy

GNUmed allergy related business objects.

Functions

def create_allergy(allergene: str = None,
allg_type=None,
episode_id: int = None,
encounter_id: int = None) ‑> cAllergy

Expand source code

def create_allergy(allergene:str=None, allg_type=None, episode_id:int=None, encounter_id:int=None) -> cAllergy:
        """Creates a new allergy clinical item.

        Args:
                allergene: allergic substance
                allg_type: allergy or sensitivity, pk or string
                encounter_id - encounter
                episode_id - episode

        Returns:
                The newly created allergy.
        """
        SQL = """
                SELECT pk_allergy
                FROM clin.v_pat_allergies
                WHERE
                        pk_patient = (SELECT fk_patient FROM clin.encounter WHERE pk = %(enc)s)
                                AND
                        allergene = %(allergene)s
        """
        args = {'enc': encounter_id, 'allergene': allergene}
        rows = gmPG2.run_ro_queries(queries = [{'sql': SQL, 'args': args}])
        if rows:
                # don't implicitely change existing data, return existing allergy
                return cAllergy(aPK_obj = rows[0][0])

        # insert new allergy
        queries = []
        if isinstance(allg_type, int):
                SQL = """
                        INSERT INTO clin.allergy (fk_type, fk_encounter, fk_episode, allergene, substance)
                        VALUES (%(allg_type)s, %(enc)s, %(epi)s, %(allergene)s, %(subst)s)"""
        else:
                SQL = """
                        insert into clin.allergy (fk_type, fk_encounter, fk_episode,  allergene, substance)
                        VALUES (
                                (select pk from clin._enum_allergy_type where value = %(allg_type)s),
                                %(enc)s,
                                %(epi)s,
                                %(allergene)s,
                                %(subst)s
                        )"""
        args = {
                'allg_type': allg_type,
                'enc': encounter_id,
                'epi': episode_id,
                'allergene': allergene,
                'subst': allergene
        }
        queries.append({'sql': SQL, 'args': args})
        SQL = "select currval('clin.allergy_id_seq')"
        queries.append({'sql': SQL})
        rows = gmPG2.run_rw_queries(queries = queries, return_data = True)
        allergy = cAllergy(aPK_obj = rows[0][0])
        return allergy

Creates a new allergy clinical item.

Args

allergene

allergic substance

allg_type

allergy or sensitivity, pk or string

encounter_id - encounter episode_id - episode

Returns

The newly created allergy.

def ensure_has_allergy_state(encounter=None) ‑> cAllergyState

Expand source code

def ensure_has_allergy_state(encounter=None) -> cAllergyState:
        _log.debug('checking allergy state for identity of encounter [%s]', encounter)
        args = {'enc': encounter}
        SQL_create = """
                INSERT INTO clin.allergy_state (
                        fk_encounter,
                        has_allergy
                )       SELECT
                                %(enc)s,
                                NULL
                        WHERE NOT EXISTS (
                                SELECT 1 FROM clin.v_pat_allergy_state
                                WHERE pk_patient = (
                                        SELECT fk_patient FROM clin.encounter WHERE pk = %(enc)s
                                )
                        )
        """
        SQL_search = """
                SELECT pk_allergy_state FROM clin.v_pat_allergy_state
                WHERE pk_patient = (
                        SELECT fk_patient FROM clin.encounter WHERE pk = %(enc)s
                )
        """
        rows = gmPG2.run_rw_queries (
                queries = [
                        {'sql': SQL_create, 'args': args},
                        {'sql': SQL_search, 'args': args}
                ],
                return_data = True
        )
        return cAllergyState(aPK_obj = rows[0][0])

def get_allergy_state(pk_encounter: int = None, pk_patient: int = None) ‑> cAllergyState

Expand source code

def get_allergy_state(pk_encounter:int=None, pk_patient:int=None) -> cAllergyState:
        """Get allergy state for patient by patient XOR encounter.

        Args:
                pk_encounter: any encounter (primary key) of the patient
                pk_patient: the patient primary key

        Returns:
                cAllergyState or None. If None is returned, the allergy state
                has yet to be obtained.

        Return of None means the state has not yet been
        (documented to have been) determined.

        This is forensically vastly different from

                cAllergyState['has_allergy'] == None

        meaning that the allergy state has been asked
        for but no data was available.
        """
        assert not((pk_encounter is None) and (pk_patient is None)), 'one of <pk_encounter> or <pk_patient> must be given'

        args = {'pk_enc': pk_encounter, 'pk_pat': pk_patient}
        if pk_encounter:
                SQL = """
                        SELECT pk_allergy_state FROM clin.v_pat_allergy_state
                        WHERE pk_patient = (
                                SELECT fk_patient FROM clin.encounter WHERE pk = %(pk_enc)s
                        )
                """
        else:
                SQL = 'SELECT pk_allergy_state FROM clin.v_pat_allergy_state WHERE pk_patient = %(pk_pat)s'
        rows = gmPG2.run_rw_queries(queries = [{'sql': SQL, 'args': args}], return_data = True)
        if not rows:
                return None

        return cAllergyState(aPK_obj = rows[0][0])

Get allergy state for patient by patient XOR encounter.

Args

pk_encounter

any encounter (primary key) of the patient

pk_patient

the patient primary key

Returns

cAllergyState or None. If None is returned, the allergy state has yet to be obtained. Return of None means the state has not yet been (documented to have been) determined.

This is forensically vastly different from

    cAllergyState['has_allergy'] == None

meaning that the allergy state has been asked for but no data was available.

Classes

class cAllergy (aPK_obj: int | dict = None, row: dict = None, link_obj=None)

Expand source code

class cAllergy(gmBusinessDBObject.cBusinessDBObject):
        """Represents one allergy item.

        Actually, those things are really things to "avoid".
        Allergy is just one of several reasons for that.
        See Adrian's post on gm-dev.

        Another word might be Therapeutic Precautions.
        """
        _cmd_fetch_payload = "SELECT * FROM clin.v_pat_allergies WHERE pk_allergy = %s"
        _cmds_store_payload = [
                """UPDATE clin.allergy SET
                                clin_when = %(date)s,
                                substance = %(substance)s,
                                substance_code = %(substance_code)s,
                                generics = %(generics)s,
                                allergene = %(allergene)s,
                                atc_code = %(atc_code)s,
                                fk_type = %(pk_type)s,
                                generic_specific = %(generic_specific)s::boolean,
                                definite = %(definite)s::boolean,
                                narrative = %(reaction)s
                        WHERE
                                pk = %(pk_allergy)s AND
                                xmin = %(xmin_allergy)s""",
                """SELECT xmin_allergy FROM clin.v_pat_allergies WHERE pk_allergy=%(pk_allergy)s"""
        ]
        _updatable_fields = [
                'date',
                'substance',
                'substance_code',
                'generics',
                'allergene',
                'atc_code',
                'pk_type',
                'generic_specific',
                'definite',
                'reaction'
        ]
        #--------------------------------------------------------
        def format_maximum_information(self, patient=None):
                lines = []
                lines.append('%s%s: %s     [#%s]' % (
                        self._payload['l10n_type'],
                        gmTools.bool2subst (
                                self._payload['definite'],
                                ' (%s)' % _('definite'),
                                ' (%s)' % _('indefinite'),
                                ''
                        ),
                        self._payload['descriptor'],
                        self._payload['pk_allergy']
                ))
                if self._payload['reaction'] is not None:
                        lines.append(' ' + _('Reaction:') + ' ' + self._payload['reaction'])
                if self._payload['date']:
                        lines.append(' ' + _('Noted:') + ' ' + self._payload['date'].strftime('%Y %b %d'))
                if self._payload['allergene'] is not None:
                        lines.append(' ' + _('Allergene:') + ' ' + self._payload['allergene'])
                if self._payload['substance'] is not None:
                        lines.append(' ' + _('Substance:') + ' ' + self._payload['substance'])
                if self._payload['substance_code'] is not None:
                        lines.append(' ' + _('Code:') + ' ' + self._payload['substance_code'])
                if self._payload['atc_code'] is not None:
                        lines.append(' ' + _('ATC:') + ' ' + self._payload['atc_code'])
                lines.append(' ' + _('Specific to:') + ' ' + gmTools.bool2subst (
                        self._payload['generic_specific'],
                        _('this substance only'),
                        _('drug class'),
                        _('unknown')
                ))
                if self._payload['generics']:
                        lines.append(' ' + _('Generics:') + ' ' + self._payload['generics'])
                return lines

        #--------------------------------------------------------
        def format_for_failsafe_output(self, max_width:int=80) -> list[str]:
                lines = [
                        '%s%s: %s' % (
                                self._payload['l10n_type'],
                                gmTools.bool2subst (
                                        self._payload['definite'],
                                        ' (%s)' % _('definite'),
                                        ' (%s)' % _('indefinite'),
                                        ''
                                ),
                                self._payload['descriptor']
                        )
                ]
                if self._payload['reaction']:
                        lines.append(gmTools.shorten_text('  ' + self._payload['reaction'], max_width))
                return lines

        #--------------------------------------------------------
        def __setitem__(self, attribute, value):
                if attribute == 'pk_type':
                        if value in ['allergy', 'sensitivity']:
                                cmd = 'select pk from clin._enum_allergy_type where value = %(allg_type)s'
                                rows = gmPG2.run_ro_queries(queries = [{'sql': cmd, 'args': {'allg_type': value}}])
                                value = rows[0][0]
                gmBusinessDBObject.cBusinessDBObject.__setitem__(self, attribute, value)

        #--------------------------------------------------------
        def _get_as_amts_latex(self, strict=True):
                # Freitextzeile: 200 Zeichen, @...
                cells = ['\\multicolumn{1}{>{\\RaggedRight}p{4cm}}{%s}' % gmTools.tex_escape_string(self['descriptor'])]
                txt = '%s%s' % (
                        self['l10n_type'],
                        gmTools.coalesce(self['reaction'], '', ': %s')
                )
                if strict:
                        txt = txt[:(200-len(self['descriptor']))]
                cells.append('\\multicolumn{10}{>{\\RaggedRight}p{23.9cm}}{%s}' % gmTools.tex_escape_string(txt))
                table_row = ' & '.join(cells)
                table_row += '\\tabularnewline'
                return table_row

        as_amts_latex = property(_get_as_amts_latex)

        #--------------------------------------------------------
        def _get_as_amts_data_v_2_0(self, strict=True):
                # Freitextzeile: 200 Zeichen, @..., \textwidth
                txt = '@%s %s%s' % (
                        self['descriptor'],
                        self['l10n_type'],
                        gmTools.coalesce(self['reaction'], '', ': %s')
                )
                if strict:
                        return txt[:200]
                return txt

        #--------------------------------------------------------
        def _get_as_amts_data(self, strict=True):
                txt = '%s %s%s' % (
                        self['descriptor'],
                        self['l10n_type'],
                        gmTools.coalesce(self['reaction'], '', ': %s')
                )
                if strict:
                        txt = txt[:200]
                # Freitextzeile: 200 Zeichen
                return '<X t="%s"/>' % txt

        as_amts_data = property(_get_as_amts_data)

Represents one allergy item.

Actually, those things are really things to "avoid". Allergy is just one of several reasons for that. See Adrian's post on gm-dev.

Another word might be Therapeutic Precautions.

Call init from child classes like so:

    super().__init__(aPK_obj = aPK_obj, row = row, link_obj = link_obj)

Args

aPK_obj

retrieve data from backend

• an scalar value the ._cmd_fetch_payload WHERE condition must be a simple column: "… WHERE pk_col = %s"
• a dictionary of values the ._cmd_fetch_payload WHERE condition must consume the dictionary and produce a unique row

row

must hold the fields

• data: list of column values for the row selected by ._cmd_fetch_payload (as returned by cursor.fetchone() in the DB-API)
• pk_field: the name of the primary key column OR
• pk_obj: a dictionary suitable for being passed to cursor.execute and holding the primary key values, used for composite PKs
• for example:

  row = {
          'data': rows[0],
          'pk_field': 'pk_XXX (the PK column name)',
          'pk_obj': {'pk_col1': pk_col1_val, 'pk_col2': pk_col2_val}
  }
  
  rows = gmPG2.run_ro_queries(queries = [{'sql': cmd, 'args': args}])
  objects = [ cChildClass(row = {'data': r, 'pk_field': 'the PK column name'}) for r in rows ]
  

Ancestors

• cBusinessDBObject

Instance variables

prop as_amts_data

Expand source code

def _get_as_amts_data(self, strict=True):
        txt = '%s %s%s' % (
                self['descriptor'],
                self['l10n_type'],
                gmTools.coalesce(self['reaction'], '', ': %s')
        )
        if strict:
                txt = txt[:200]
        # Freitextzeile: 200 Zeichen
        return '<X t="%s"/>' % txt

prop as_amts_latex

Expand source code

def _get_as_amts_latex(self, strict=True):
        # Freitextzeile: 200 Zeichen, @...
        cells = ['\\multicolumn{1}{>{\\RaggedRight}p{4cm}}{%s}' % gmTools.tex_escape_string(self['descriptor'])]
        txt = '%s%s' % (
                self['l10n_type'],
                gmTools.coalesce(self['reaction'], '', ': %s')
        )
        if strict:
                txt = txt[:(200-len(self['descriptor']))]
        cells.append('\\multicolumn{10}{>{\\RaggedRight}p{23.9cm}}{%s}' % gmTools.tex_escape_string(txt))
        table_row = ' & '.join(cells)
        table_row += '\\tabularnewline'
        return table_row

Methods

def format_for_failsafe_output(self, max_width: int = 80) ‑> list[str]

Expand source code

def format_for_failsafe_output(self, max_width:int=80) -> list[str]:
        lines = [
                '%s%s: %s' % (
                        self._payload['l10n_type'],
                        gmTools.bool2subst (
                                self._payload['definite'],
                                ' (%s)' % _('definite'),
                                ' (%s)' % _('indefinite'),
                                ''
                        ),
                        self._payload['descriptor']
                )
        ]
        if self._payload['reaction']:
                lines.append(gmTools.shorten_text('  ' + self._payload['reaction'], max_width))
        return lines

def format_maximum_information(self, patient=None)

Expand source code

def format_maximum_information(self, patient=None):
        lines = []
        lines.append('%s%s: %s     [#%s]' % (
                self._payload['l10n_type'],
                gmTools.bool2subst (
                        self._payload['definite'],
                        ' (%s)' % _('definite'),
                        ' (%s)' % _('indefinite'),
                        ''
                ),
                self._payload['descriptor'],
                self._payload['pk_allergy']
        ))
        if self._payload['reaction'] is not None:
                lines.append(' ' + _('Reaction:') + ' ' + self._payload['reaction'])
        if self._payload['date']:
                lines.append(' ' + _('Noted:') + ' ' + self._payload['date'].strftime('%Y %b %d'))
        if self._payload['allergene'] is not None:
                lines.append(' ' + _('Allergene:') + ' ' + self._payload['allergene'])
        if self._payload['substance'] is not None:
                lines.append(' ' + _('Substance:') + ' ' + self._payload['substance'])
        if self._payload['substance_code'] is not None:
                lines.append(' ' + _('Code:') + ' ' + self._payload['substance_code'])
        if self._payload['atc_code'] is not None:
                lines.append(' ' + _('ATC:') + ' ' + self._payload['atc_code'])
        lines.append(' ' + _('Specific to:') + ' ' + gmTools.bool2subst (
                self._payload['generic_specific'],
                _('this substance only'),
                _('drug class'),
                _('unknown')
        ))
        if self._payload['generics']:
                lines.append(' ' + _('Generics:') + ' ' + self._payload['generics'])
        return lines

Inherited members

• cBusinessDBObject:
  • fields_as_dict
  • format
  • get_fields
  • get_patient
  • get_updatable_fields
  • is_modified
  • keys
  • patient_pk
  • refetch_payload
  • same_payload
  • save
  • save_payload
  • staff_id

class cAllergyState (aPK_obj: int | dict = None, row: dict = None, link_obj=None)

Expand source code

class cAllergyState(gmBusinessDBObject.cBusinessDBObject):
        """Represents the allergy state of one patient.

        See ALLERGY_STATES for the meaning of cAllergyState['has_allergy'].
        """
        _cmd_fetch_payload = "select * from clin.v_pat_allergy_state where pk_allergy_state = %s"
        _cmds_store_payload = [
                """update clin.allergy_state set
                                last_confirmed = %(last_confirmed)s,
                                has_allergy = %(has_allergy)s,
                                comment = gm.nullify_empty_string(%(comment)s)
                        where
                                pk = %(pk_allergy_state)s and
                                xmin = %(xmin_allergy_state)s
                        RETURNING
                                xmin AS xmin_allergy_state"""
                #,"""select xmin_allergy_state from clin.v_pat_allergy_state where pk_allergy_state = %(pk_allergy_state)s"""
        ]
        _updatable_fields = [
                'last_confirmed',               # special value 'now' will set to datetime.datetime.now() in the local time zone
                'has_allergy',                  # verified against ALLERGY_STATES (see above)
                'comment'                               # '' maps to None / NULL
        ]

        #--------------------------------------------------------
        def format_maximum_information(self, patient=None):
                lines = []
                lines.append('%s (%s)' % (
                        self.state_string,
                        gmDateTime.pydt_strftime(self['last_confirmed'], '%Y %b %d', none_str = '?')
                ))
                if self._payload['comment']:
                        lines.append(' %s' % self._payload['comment'])
                return lines

        #--------------------------------------------------------
        # properties
        #--------------------------------------------------------
        def _get_as_string(self):
                if self._payload['has_allergy'] is ALLERGY_STATE_UNKNOWN:
                        return _('unknown allergy state')
                if self._payload['has_allergy'] == ALLERGY_STATE_NONE:
                        return _('no known allergies')
                if self._payload['has_allergy'] == ALLERGY_STATE_SOME:
                        return _('*does* have allergies')
                _log.error('unknown allergy state [%s]', self._payload['has_allergy'])
                return _('ERROR: unknown allergy state [%s]') % self._payload['has_allergy']

        state_string = property(_get_as_string)

        #--------------------------------------------------------
        def _get_as_symbol(self):
                try:
                        symbol = ALLERGY_STATE_SYMBOLS[self._payload['has_allergy']]
                except KeyError:
                        _log.error('unknown allergy state [%s]', self._payload['has_allergy'])
                        symbol = _('ERROR: unknown allergy state [%s]') % self._payload['has_allergy']
                if self._payload['comment']:
                        symbol += gmTools.u_superscript_one
                return symbol

        state_symbol = property(_get_as_symbol)

        #--------------------------------------------------------
        def _get_as_amts_latex(self, strict=True):
                table_rows = []
                # Trennzeile als leere Zeile für bessere Lesbarkeit
                table_rows.append('\\multicolumn{11}{l}{}\\tabularnewline')
                # Zwischenüberschrift: 31 Zeichen, $..., 14pt, no frame, \textwidth
                state = '%s (%s)' % (
                        self.state_string,
                        gmDateTime.pydt_strftime(self['last_confirmed'], '%b %Y', none_str = '?')
                )
                if strict:
                        state = state[:31]
                table_rows.append('\\multicolumn{11}{>{\\RaggedRight}p{27.9cm}}{\\rule{0pt}{4.5mm} \\fontsize{14pt}{16pt}\selectfont %s\label{AnchorAllergieDetails}}\\tabularnewline' % gmTools.tex_escape_string(state))
                # Freitextzeile: 200 Zeichen, @..., \textwidth
                if self['comment'] is not None:
                        if strict:
                                cmt = self['comment'].strip()[:200]
                        else:
                                cmt = self['comment'].strip()
                        table_rows.append('\\multicolumn{11}{>{\\RaggedRight}p{27.9cm}}{%s}\\tabularnewline') % gmTools.tex_escape_string(cmt)
                return table_rows

        as_amts_latex = property(_get_as_amts_latex)

        #--------------------------------------------------------
        def _get_as_amts_data_v_2_0(self, strict=True):
                lines = []
                # Trennzeile für bessere Lesbarkeit als leere Zwischenüberschrift
                lines.append('$ ')
                # Zwischenüberschrift: 31 Zeichen, $..., \textwidth
                txt = '$%s (%s)' % (
                        self.state_string,
                        gmDateTime.pydt_strftime(self['last_confirmed'], '%b %Y', none_str = '?')
                )
                if strict:
                        lines.append(txt[:32])
                else:
                        lines.append(txt)
                # Freitextzeile: 200 Zeichen, @..., \textwidth
                if self['comment']:
                        if strict:
                                lines.append('@%s' % self['comment'][:200])
                        else:
                                lines.append('@%s' % self['comment'])
                return lines

        #--------------------------------------------------------
        def _get_as_amts_data(self, strict=True):
                # Zwischenüberschrift
                state = '%s (%s)' % (self.state_string, gmDateTime.pydt_strftime(self['last_confirmed'], '%b %Y', none_str = '?'))
                if strict:
                        state = state[:32]
                # Freitextzeile
                if self['comment'] is None:
                        comment = ''
                else:
                        comment = '<X t="%s"/>' % self['comment']
                        if strict:
                                comment = '<X t="%s"/>' % self['comment'][:200]
                return '<S t="%s">%s%%s</S>' % (state, comment)

        as_amts_data = property(_get_as_amts_data)

        #--------------------------------------------------------
        def __setitem__(self, attribute, value):
                if attribute == 'last_confirmed':
                        if value == 'now':
                                value = pyDT.datetime.now(tz = gmDateTime.gmCurrentLocalTimezone)
                        return

                if attribute == 'has_allergy':
                        if value not in ALLERGY_STATES:
                                raise ValueError('invalid allergy state [%s]' % value)
                super().__setitem__(attribute, value)

Represents the allergy state of one patient.

See ALLERGY_STATES for the meaning of cAllergyState['has_allergy'].

Call init from child classes like so:

    super().__init__(aPK_obj = aPK_obj, row = row, link_obj = link_obj)

Args

aPK_obj

retrieve data from backend

• an scalar value the ._cmd_fetch_payload WHERE condition must be a simple column: "… WHERE pk_col = %s"
• a dictionary of values the ._cmd_fetch_payload WHERE condition must consume the dictionary and produce a unique row

row

must hold the fields

• data: list of column values for the row selected by ._cmd_fetch_payload (as returned by cursor.fetchone() in the DB-API)
• pk_field: the name of the primary key column OR
• pk_obj: a dictionary suitable for being passed to cursor.execute and holding the primary key values, used for composite PKs
• for example:

  row = {
          'data': rows[0],
          'pk_field': 'pk_XXX (the PK column name)',
          'pk_obj': {'pk_col1': pk_col1_val, 'pk_col2': pk_col2_val}
  }
  
  rows = gmPG2.run_ro_queries(queries = [{'sql': cmd, 'args': args}])
  objects = [ cChildClass(row = {'data': r, 'pk_field': 'the PK column name'}) for r in rows ]
  

Ancestors

• cBusinessDBObject

Instance variables

prop as_amts_data

Expand source code

def _get_as_amts_data(self, strict=True):
        # Zwischenüberschrift
        state = '%s (%s)' % (self.state_string, gmDateTime.pydt_strftime(self['last_confirmed'], '%b %Y', none_str = '?'))
        if strict:
                state = state[:32]
        # Freitextzeile
        if self['comment'] is None:
                comment = ''
        else:
                comment = '<X t="%s"/>' % self['comment']
                if strict:
                        comment = '<X t="%s"/>' % self['comment'][:200]
        return '<S t="%s">%s%%s</S>' % (state, comment)

prop as_amts_latex

Expand source code

def _get_as_amts_latex(self, strict=True):
        table_rows = []
        # Trennzeile als leere Zeile für bessere Lesbarkeit
        table_rows.append('\\multicolumn{11}{l}{}\\tabularnewline')
        # Zwischenüberschrift: 31 Zeichen, $..., 14pt, no frame, \textwidth
        state = '%s (%s)' % (
                self.state_string,
                gmDateTime.pydt_strftime(self['last_confirmed'], '%b %Y', none_str = '?')
        )
        if strict:
                state = state[:31]
        table_rows.append('\\multicolumn{11}{>{\\RaggedRight}p{27.9cm}}{\\rule{0pt}{4.5mm} \\fontsize{14pt}{16pt}\selectfont %s\label{AnchorAllergieDetails}}\\tabularnewline' % gmTools.tex_escape_string(state))
        # Freitextzeile: 200 Zeichen, @..., \textwidth
        if self['comment'] is not None:
                if strict:
                        cmt = self['comment'].strip()[:200]
                else:
                        cmt = self['comment'].strip()
                table_rows.append('\\multicolumn{11}{>{\\RaggedRight}p{27.9cm}}{%s}\\tabularnewline') % gmTools.tex_escape_string(cmt)
        return table_rows

prop state_string

Expand source code

def _get_as_string(self):
        if self._payload['has_allergy'] is ALLERGY_STATE_UNKNOWN:
                return _('unknown allergy state')
        if self._payload['has_allergy'] == ALLERGY_STATE_NONE:
                return _('no known allergies')
        if self._payload['has_allergy'] == ALLERGY_STATE_SOME:
                return _('*does* have allergies')
        _log.error('unknown allergy state [%s]', self._payload['has_allergy'])
        return _('ERROR: unknown allergy state [%s]') % self._payload['has_allergy']

prop state_symbol

Expand source code

def _get_as_symbol(self):
        try:
                symbol = ALLERGY_STATE_SYMBOLS[self._payload['has_allergy']]
        except KeyError:
                _log.error('unknown allergy state [%s]', self._payload['has_allergy'])
                symbol = _('ERROR: unknown allergy state [%s]') % self._payload['has_allergy']
        if self._payload['comment']:
                symbol += gmTools.u_superscript_one
        return symbol

Methods

def format_maximum_information(self, patient=None)

Expand source code

def format_maximum_information(self, patient=None):
        lines = []
        lines.append('%s (%s)' % (
                self.state_string,
                gmDateTime.pydt_strftime(self['last_confirmed'], '%Y %b %d', none_str = '?')
        ))
        if self._payload['comment']:
                lines.append(' %s' % self._payload['comment'])
        return lines

Inherited members

• cBusinessDBObject:
  • fields_as_dict
  • format
  • get_fields
  • get_patient
  • get_updatable_fields
  • is_modified
  • keys
  • patient_pk
  • refetch_payload
  • same_payload
  • save
  • save_payload
  • staff_id