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import streamlit as st
def ReadPDFFile(doc, PageNum, searchtext, BreakText):
Read = False
found = False
Extracttext = []
#
page = doc.loadPage(PageNum)
pagetext = page.getText("text")
#
text_instances = page.searchFor(searchtext)
#
if (text_instances):
page_display = page.getDisplayList()
dictionary_elements = page_display.getTextPage().extractDICT()
for block in dictionary_elements['blocks']:
for line in block['lines']:
for span in line['spans']:
Line = span['text']
if (Line.strip() == searchtext):
Read = True
if (BreakText != "" and BreakText in Line.strip() and Read == True):
Extracttext.append(Line)
found = True
break
if (Read):
if (len(Line) > 1):
Extracttext.append(Line)
if (found): break
if (found): break
#
return Extracttext
def PopulateDict(Extracttext, DictText):
Extractedtext = []
# DictText = {}
ShareAmts = []
Key = ""
Extractedtext = Extracttext[4:len(Extracttext) - 1]
for readtext in Extractedtext:
if (not any(map(str.isdigit, readtext)) and "(" in readtext):
Key = Key + readtext
else:
if (not any(map(str.isdigit, readtext))):
if (ShareAmts):
DictText[Key] = ShareAmts
Key = readtext # String data
else:
Key = readtext
ShareAmts = []
else:
ShareAmts.append(readtext.strip())
#
if (ShareAmts):
DictText[Key] = ShareAmts
#
return DictText
def get_brief(DictText):
for Key in DictText:
Values = DictText[Key]
if (len(Values) == 3):
Val0 = Values[0].replace(",", ".")
Val1 = Values[1].replace(",", ".")
Val0 = Val0.replace("%", "")
Val1 = Val1.replace("%", "")
Val2 = Values[2]
Val2 = Val2.replace("(", "")
Val2 = Val2.replace(")", "")
Val2 = Val2.replace("]", "")
Val2 = Val2.replace("[", "")
Val2 = Val2.replace("pt", "%")
Val2 = Val2.replace(" %", "%")
#
if (float(Val0) > float(Val1)):
st.markdown('* {} ${}B, <font color="green">**up**</font> {} YoY vs ${}B in 1Q21.'.format(Key, round(float(Val0), 2), Val2,
round(float(Val1), 2)),unsafe_allow_html=True)
else:
st.markdown('* {} ${}B, <font color="red">**down**</font> {} YoY vs ${}B in 1Q21.'.format(Key, round(float(Val0), 2), Val2,
round(float(Val1), 2)),unsafe_allow_html=True)
if (len(Values) == 2):
Val0 = Values[0].replace(",", ".")
Val1 = Values[1].replace(",", ".")
Val0 = Val0.replace("%", "")
Val1 = Val1.replace("%", "")
Val0 = Val0.replace("(", "")
Val0 = Val0.replace(")", "")
Val1 = Val1.replace("(", "")
Val1 = Val1.replace(")", "")
#
if (float(Val0) > float(Val1)):
diffVal = (float(Val0) - float(Val1))
Res = (100 * diffVal) / (float(Val1))
st.markdown('* {} ${}B, <font color="green">**up**</font> {}% YoY vs ${}B in 1Q21.'.format(Key, round(float(Val0), 2), round(Res, 2),
round(float(Val1), 2)),unsafe_allow_html=True)
else:
diffVal = (float(Val1) - float(Val0))
Res = (100 * diffVal) / (float(Val0))
st.markdown('* {} ${}B, <font color="red">**down**</font> {}% YoY vs ${}B in 1Q21.'.format(Key, round(float(Val0), 2), round(Res, 2),
round(float(Val1), 2)),unsafe_allow_html=True)
if (len(Values) == 1):
Values = str(Values)
Values = Values.replace("]", "")
Values = Values.replace("[", "")
Values = Values.replace(" %", "%")
if ("Impact" in Key):
if ("(" in Values):
Values = Values.replace("(", "")
Values = Values.replace(")", "")
st.markdown('* {} on revenue growth, <font color="red">**negative**</font> {}.'.format(Key, Values),unsafe_allow_html=True)
else:
st.markdown('* {} on revenue growth, {}.'.format(Key, Values),unsafe_allow_html=True)
else:
if ("Organic" in Key):
st.write('* {}, {}.'.format(Key, Values))
else:
st.write('* {}, {}.'.format(Key, Values))
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