data:image/png;base64,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<#1> ,<#1> ,<#1> ,<#1><#2><#2><#3><#1><#2><#1><#1><#1><#2><#1><#3><#1><#1><#2><#2><#1><#1><#1><#1><#1><#1><#1><#1><#2><#2>This will split the input script by blocks. This is different from the regular (split [] by [blocks]) block, because this one actually tells you how many inputs are in a variadic input. IMPORTANT NOTE: This uses codification to determine how many slots are in a variadic input, so if your project relies upon codification, don't use this block.

scriptlengthinput namesinput namessplit blockempty blockinputswith variadic inputsslotsinput numberwith variadic inputssplit blockblocksempty block1inputslisterrorI cannot tell if it's an empty ring, because for some reason a ring from (split by [blocks]) is not equal to a regular ring. Thankfully ([] of block []) throws an error if an empty ring came from (split [] by [blocks]).itemcollectionvariablesparameters#slottruetruetruewith variadic inputsFix blocks inside inputs.list100141617180slotThrow an error. Makes a red halo appear around the script that runs it, with the input text shown in a speech balloon next to the script, just like any Snap! error. This is useful to put in the second script of SAFELY TRY after some other instructions to undo the partial work of the first script.

pt:lança o erro _

11 last randomCatch errors. Runs the first script. If it succeeds, nothing else happens. But if it has an error (something that would otherwise result in a red halo around the block), then the second script is run, with the text of the error message that would have been shown in the variable ERROR.

pt:tenta executar _ e, em caso de erro _ , executa _ ca:prova de forma segura _ i si _ _ Convert any script to snapblocks. If the definition? tooggle is on, it will convert the definition of the block to snapblocks (including the block definition hat).

falselinessnapblocks partssnapblocks codeblockinput valuesslots infoinputslabelsshapeoverridessnapblocks partssnapblocks codeoverrideslabelsinputsblock1input valuesslots infoshapetypeselectorreportGetVarreportGetVartype2custom?labelide_blocks :: variables)itemslotsmenuseditablesreplaceablesseparatorscollapsesexpandsmin slotsmax slotsdefaultsnameinput namesdefinition#value%rr%rc1slotslabelshas loop#labeltruelinelabel1\ #1#2trueslots15custom?custom?labelglobal?custom?type4snapblocks code length :: 1lastlast @$1<:>lastsnapblocks code{1(<1)>}commentdefinitionsnapblocks code false

This block carries out the given script for each item of the given list, like the primitive FOR EACH. What's different is that it provides the # variable, which will contain the item number in the list of each item in turn, 1 while processing item 1, and so on.

ca:_ per cada _ de _ _ Get the category name of a block. If the block is in a custom category, it will be "other". However, if javascript is enabled, it will get the custom category color (as "rgb(r,g,b)").

truelength11%_trueLike a regular indent function, but it doesn't indent lines inside square brakets (which are text inputs in snapblocks).

2lineslineletter1length[]1/*1*/ truelinesThe second input is an "association list," a list of two-item lists. Each of those smaller lists has a "key" as its first item and a "value" as its second. ASSOC reports the first key-value pair in the association list whose key matches the first input.

ca:associació _ _ Escape snapblocks special characters

Minimalist color to hex function from the Colors and Crayons library.

Get block variables in a block. Requires javascript.

sectionpart length11%true

pt:o texto multilinha _

err_reset

infoidslotsslotslisttruespeclist1valuescript1value0trueexpandstextexpands#valuevaluevalueexpandslist1separatorsvariadic arrows1valuemin slotsreplaceablesmax slots01valuemax slotsresult valuelist1valuescript1valuelistblock code{}result678slots210slots3slots11slots%rr%rcslots13slots12slots515slotstruespeclist1speccoderesultslots1(speclist1spectxtslots4[{[menuslistlengthmenus11menusmenustextmenusmenusBooleanmenusresultslots1)speclist1spectxtslots4}]]Catch errors in a reporter. Evaluates its first input. If that expression successfully reports a value, this block reports that value. If the expression causes a Snap! error, then the final input slot is evaluated with the text of what would have been the error message in variable ERROR. SAFELY TRY then reports the value of that final expression. Sometimes you'll want to throw an error in the final expression. You can put an ERROR block inside a CALL block to do that.

ca:prova de forma segura reportant _ i si _ reportant _ err

514slotsslots10014161718slots515slots2slots3slots11slots13slots678910slotsdefaults4slotstrue1slots4slots(())

Reports the character position (starting from 1) of the beginning of the first input string inside the second input string. If it's not found, reports 0.

pt:a posição de _ em _ Reports True if the first input string contains the second input string, otherwise false. Comparison is case-independent by default; use USE CASE-INDEPENDENT COMPARISONS to change that.

pt:o texto de _ antes de _

adata:image/png;base64,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